ASROCK 990FX Extreme4 Manual de usuario

Marca: ASROCK

Modelo: 990FX Extreme4

Categoría: Placas base

Tipo: Manual de usuario

ASRock 990FX Extreme4 Motherboard

English

No part of this installation guide may be reproduced, transcribed, transmitted, or trans-

lated in any language, in any form or by any means, except duplication of documentation

by the purchaser for backup purpose, without written consent of ASRock Inc.

Products and corporate names appearing in this guide may or may not be registered

trademarks or copyrights of their respective companies, and are used only for identiﬁ ca-

tion or explanation and to the owners’ beneﬁ t, without intent to infringe.

Disclaimer:

Speciﬁ cations and information contained in this guide are furnished for informational use

only and subject to change without notice, and should not be constructed as a commit-

ment by ASRock. ASRock assumes no responsibility for any errors or omissions that may

appear in this guide.

With respect to the contents of this guide, ASRock does not provide warranty of any kind,

either expressed or implied, including but not limited to the implied warranties or condi-

tions of merchantability or ﬁ tness for a particular purpose. In no event shall ASRock, its

directors, ofﬁ cers, employees, or agents be liable for any indirect, special, incidental, or

consequential damages (including damages for loss of proﬁ ts, loss of business, loss of

data, interruption of business and the like), even if ASRock has been advised of the pos-

sibility of such damages arising from any defect or error in the guide or product.

This device complies with Part 15 of the FCC Rules. Operation is subject to the following

two conditions:

(1) this device may not cause harmful interference, and

(2) this device must accept any interference received, including interference that

may cause undesired operation.

CALIFORNIA, USA ONLY

The Lithium battery adopted on this motherboard contains Perchlorate, a toxic substance

controlled in Perchlorate Best Management Practices (BMP) regulations passed by the

California Legislature. When you discard the Lithium battery in California, USA, please

follow the related regulations in advance.

“Perchlorate Material-special handling may apply, see

www.dtsc.ca.gov/hazardouswaste/perchlorate”

ASRock Website: http://www.asrock.com

Published July 2013

ASRock 990FX Extreme4 Motherboard

English

Motherboard Layout

24.4cm (9.6-in)

SOCKET AM3b

AMD

990FX

Chipset

DDR3_A1 (64 bit, 240-pin module)

DDR3_A2 (64 bit, 240-pin module)

DDR3_B1 (64 bit, 240-pin module)

DDR3_B2 (64 bit, 240-pin module)

ATX1 2V1

CPU_FAN2

CPU_FAN1

CHA_FAN2

CHA_FAN3

CLRCMOS1

USB8_9

USB2_3

FRONT_1394

IDE1

SATA3_5_6

SATA3_3_4

SATA3_1_2

PLED1

SPEAKER1

Dr.

Debug

PWRBTN1

RSTBTN1

USB3_0_1

HDLED RESET

PLED PWRBTN

PANEL 1

FLOPPY1

COM1

SATA3_7

SATA3_8

PCIE5

PCI2

PCIE4

PCIE1

PCIE2

PCIE3

PCI1

PWR_FAN1

CD1

HD_AUDIO1

CHA_FAN1

IR1

CMOS

BATTERY

LAN

PHY

PS2

Keyboard

Coaxial

SPDIF

Optical

SPDIF

Clr

CMOS

PS2

Mouse

USB 2.0

T: U SB0

B: USB1

RJ-45 LAN

USB 2.0

T: US B6

B: USB7

USB 2.0

T: US B4

B: USB5

eSATA3

IEEE 1394

USB 3.0

T: U SB2

B: USB3

Top:

SIDE SPK

Center:

REAR SPK

Bottom:

CTR BASS

Top:

LINE IN

Center:

FRONT

Bottom:

MIC IN

AUDIO

CODEC

32Mb

BIOS

Super

I/O

30.5cm (12.0-in)

DDR3 1866

HT3.0

Phenom II

AM3+

FSB2.6GHz

Dual Channel

140W CPU

Designed in Taipei

990FX Extreme4

Support 8-Core CPU

PCI Express 2.0

SATA3 6Gb/s

ErP/EuP Ready

Front USB 3.0

RoHS

1394a

USB 3.0

HDMI_SPDIF1

AMD

SB950

Chipset

24242525262627282930313233

1 HDMI_SPDIF Header (HDMI_SPDIF1, White) 23 Chassis Speaker Header

2 Chassis Fan Connector (CHA_FAN3) (SPEAKER 1, White)

3 Clear CMOS Jumper (CLRCMOS1) 24 Dr. Debug (LED)

4 Chassis Fan Connector (CHA_FAN2) 25 Reset Switch (RSTBTN)

5 ATX 12V Power Connector (ATX12V1) 26 Power Switch (PWRBTN)

6 CPU Fan Connector (CPU_FAN1) 27 SPI Flash Memory (32Mb)

7 CPU Fan Connector (CPU_FAN2) 28 USB 3.0 Header (USB3_0_1, Light Blue)

8 CPU Heatsink Retention Module 29 System Panel Header (PANEL1, White)

9 AM3+ CPU Socket 30 Floppy Connector (FLOPPY1)

10 2 x 240-pin DDR3 DIMM Slots 31 Serial Port Connector (COM1)

(Dual Channel B: DDR3_A1, DDR3_B1; Blue) 32 SATA3 Connector (SATA3_7, White)

11 2 x 240-pin DDR3 DIMM Slots 33 SATA3 Connector (SATA3_8, White)

(Dual Channel B: DDR3_A2, DDR3_B2; White) 34 PCI Express 2.0 x16 Slot (PCIE5; Blue)

12 ATX Power Connector (ATXPWR1) 35 PCI Slot (PCI2)

13 USB 2.0 Header (USB8_9, Blue) 36 PCI Express 2.0 x16 Slot (PCIE4; Blue)

14 USB 2.0 Header (USB2_3, Blue) 37 PCI Slot (PCI1)

15 Front Panel IEEE 1394 Header 38 PCI Express 2.0 x1 Slot (PCIE3; White)

(FRONT_1394, White) 39 PCI Express 2.0 x16 Slot (PCIE2; Blue)

16 Northbridge Controller 40 Power Fan Connector (PWR_FAN1)

17 Southbridge Controller 41 PCI Express 2.0 x1 Slot (PCIE1; White)

18 Primary IDE Connector (IDE1, Blue) 42 Internal Audio Connector: CD1 (White)

19 SATA3 Connector (SATA3_5_6, White) 43 Front Panel Audio Header

20 SATA3 Connector (SATA3_3_4, White) (HD_AUDIO1, White)

21 SATA3 Connector (SATA3_1_2, White) 44 Infrared Module Header (IR1)

22 Power LED Header (PLED1) 45 Chassis Fan Connector (CHA_FAN1)

ASRock 990FX Extreme4 Motherboard

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I/O Panel

If you use 2-channel speaker, please connect the speaker’s plug into “Front Speaker Jack”.

See the table below for connection details in accordance with the type of speaker you use.

TABLE for Audio Output Connection

Audio Output Channels Front Speaker Rear Speaker Central / Bass Side Speaker

(No. 9) (No. 6) (No. 7) (No. 5)

2 V -- -- --

4 V V -- --

6 V V V --

8 V V V V

LAN Port

ACT/LINK

LED

SPEED

LED

* There are two LED next to the LAN port. Please refer to the table below for the LAN port LED

indications.

LAN Port LED Indications

Activity/Link LED SPEED LED

Status Description Status Description

Off No Link Off 10Mbps connection

Blinking Data Activity Orange 100Mbps connection

On Link Green 1Gbps connection

1 PS/2 Mouse Port (Green) 10 Microphone (Pink)

2 Coaxial SPDIF Out Port 11 USB 3.0 Ports (USB23)

*3 LAN RJ-45 Port 12 IEEE 1394 Port (IEEE 1394)

4 USB 2.0 Ports (USB45) ***13 eSATA3 Connector

5 Side Speaker (Gray) 14 USB 2.0 Ports (USB67)

6 Rear Speaker (Black) 15 USB 2.0 Ports (USB01)

7 Central / Bass (Orange) 16 Optical SPDIF Out Port

8 Line In (Light Blue) 17 Clear CMOS Switch (CLRCBTN)

**9 Front Speaker (Lime) 18 PS/2 Keyboard Port (Purple)

ASRock 990FX Extreme4 Motherboard

To enable Multi-Streaming function, you need to connect a front panel audio cable to the front

panel audio header. After restarting your computer, you will ﬁ nd “Mixer” tool on your system.

Please select “Mixer ToolBox” , click “Enable playback multi-streaming”, and click “ok”.

Choose “2CH”, “4CH”, “6CH”, or “8CH” and then you are allowed to select “Realtek HDA Pri-

mary output” to use Rear Speaker, Central/Bass, and Front Speaker, or select “Realtek HDA

Audio 2nd output” to use front panel audio.

*** eSATA3 connector supports SATA Gen3 in cable 1M.

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ASRock 990FX Extreme4 Motherboard

1. Introduction

Thank you for purchasing ASRock 990FX Extreme4 motherboard, a reliable moth-

erboard produced under ASRock’s consistently stringent quality control. It delivers

excellent performance with robust design conforming to ASRock’s commitment to

quality and endurance.

In this manual, chapter 1 and 2 contain introduction of the motherboard and step-

by-step guide to the hardware installation. Chapter 3 and 4 contain the conﬁ guration

guide to BIOS setup and information of the Support CD.

Because the motherboard speciﬁ cations and the BIOS software might

be updated, the content of this manual will be subject to change without

notice. In case any modiﬁ cations of this manual occur, the updated ver-

sion will be available on ASRock website without further notice. You may

ﬁ nd the latest VGA cards and CPU support lists on ASRock website as

well. ASRock website http://www.asrock.com

If you require technical support related to this motherboard, please visit

our website for speciﬁ c information about the model you are using.

www.asrock.com/support/index.asp

1.1 Package Contents

ASRock 990FX Extreme4 Motherboard

(ATX Form Factor: 12.0-in x 9.6-in, 30.5 cm x 24.4 cm)

ASRock 990FX Extreme4 Quick Installation Guide

ASRock 990FX Extreme4 Support CD

1 x ASRock SLI_Bridge_2S Card

1 x 80-conductor Ultra ATA 66/100/133 IDE Ribbon Cable

1 x Ribbon Cable for a 3.5-in Floppy Drive

4 x Serial ATA (SATA) Data Cables (Optional)

2 x Serial ATA (SATA) HDD Power Cables (Optional)

1 x 3.5mm Audio Cable (Optional)

1 x I/O Panel Shield

1 x Front USB 3.0 Panel

4 x HDD Screws

6 x Chassis Screws

1 x Rear USB 3.0 Bracket

ASRock Reminds You...

To get better performance in Windows

7 / 7 64-bit / Vista

/ Vista

bit, it is recommended to set the BIOS option in Storage Conﬁ guration

to AHCI mode. For the BIOS setup, please refer to the “User Manual” in

our support CD for details.

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ASRock 990FX Extreme4 Motherboard

1.2 Specifications

Platform - ATX Form Factor: 12.0-in x 9.6-in, 30.5 cm x 24.4 cm

- All Solid Capacitor design (100% Japan-made high-quality

Conductive Polymer Capacitors)

CPU - Support for Socket AM3+ processors

- Support for Socket AM3 processors: AMD Phenom

II X6 /

X4 / X3 / X2 (except 920 / 940) / Athlon II X4 / X3 / X2 /

Sempron processors

- Supports 8-Core CPU

- Supports UCC feature (Unlock CPU Core) (see CAUTION 1)

- Advanced V8 + 2 Power Phase Design

- Supports CPU up to 140W

- Supports AMD’s Cool ‘n’ Quiet

Technology

- FSB 2600 MHz (5.2 GT/s)

- Supports Untied Overclocking Technology (see CAUTION 2)

- Supports Hyper-Transport 3.0 (HT 3.0) Technology

Chipset - Northbridge: AMD 990FX

- Southbridge: AMD SB950

Memory - Dual Channel DDR3 Memory Technology (see CAUTION 3)

- 4 x DDR3 DIMM slots

- Support DDR3 2100(OC)/1866/1600/1333/1066/800

non-ECC, un-buffered memory (see CAUTION 4)

- Max. capacity of system memory: 32GB (see CAUTION 5)

Expansion Slot - 3 x PCI Express 2.0 x16 slots (PCIE2/PCIE4: x16 mode;

PCIE5: x4 mode)

- 2 x PCI Express 2.0 x1 slots

- 2 x PCI slots

- Supports AMD

Quad CrossFireX

, 3-Way CrossFireX

and CrossFireX

- Supports NVIDIA

Quad SLI

and SLI

Audio - 7.1 CH HD Audio with Content Protection

(Realtek ALC892 Audio Codec)

- Premium Blu-ray audio support

LAN - PCIE x1 Gigabit LAN 10/100/1000 Mb/s

- Broadcom BCM57781

- Supports Wake-On-LAN

- Supports Energy Efﬁ cient Ethernet 802.3az

- Supports PXE

Rear Panel I/O I/O Panel

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ASRock 990FX Extreme4 Motherboard

- 1 x PS/2 Mouse Port

- 1 x PS/2 Keyboard Port

- 1 x Coaxial SPDIF Out Port

- 1 x Optical SPDIF Out Port

- 6 x Ready-to-Use USB 2.0 Ports

- 2 x Ready-to-Use USB 3.0 Ports

- 1 x eSATA3 Connector

- 1 x RJ-45 LAN Port with LED (ACT/LINK LED and SPEED

LED)

- 1 x IEEE 1394 Port

- 1 x Clear CMOS Switch with LED

- HD Audio Jack: Side Speaker/Rear Speaker/Central/Bass/

Line in/Front Speaker/Microphone (see CAUTION 6)

SATA3 - 6 x SATA3 6.0 Gb/s connectors by AMD SB950, support

RAID (RAID 0, RAID 1, RAID 0+1, JBOD and RAID 5), NCQ,

AHCI and "Hot Plug" functions

- 2 x SATA3 6.0 Gb/s connectors by Marvell SE9120, support

NCQ, AHCI and “Hot Plug” functions

(SATA3_8 connector is shared with eSATA3 port)

USB 3.0 - 2 x Rear USB 3.0 ports by Etron EJ168A, support USB 1.0

/2.0/3.0 up to 5Gb/s

- 1 x Front USB 3.0 header (supports 2 USB 3.0 ports) by

Etron EJ168A, supports USB 1.0/2.0/3.0 up to 5Gb/s

Connector - 8 x SATA3 6.0Gb/s connectors

- 1 x ATA133 IDE connector (supports 2 x IDE devices)

- 1 x Floppy connector

- 1 x IR header

- 1 x COM port header

- 1 x IEEE 1394 header

- 1 x HDMI_SPDIF header

- 1 x Power LED header

- CPU/Chassis/Power FAN connector

- 24 pin ATX power connector

- 8 pin 12V power connector

- CD in header

- Front panel audio connector

- 2 x USB 2.0 headers (support 4 USB 2.0 ports)

- 1 x USB 3.0 header (supports 2 USB 3.0 ports)

- 1 x Dr. Debug (7-Segment Debug LED)

Smart Switch - 1 x Clear CMOS Switch with LED

- 1 x Power Switch with LED

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ASRock 990FX Extreme4 Motherboard

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- 1 x Reset Switch with LED

BIOS Feature - 32Mb AMI UEFI Legal BIOS with GUI support

- Supports “Plug and Play”

- ACPI 1.1 Compliance Wake Up Events

- Supports jumperfree

- SMBIOS 2.3.1 Support

- CPU, VCCM, NB, SB Voltage Multi-adjustment

Support CD - Drivers, Utilities, AntiVirus Software (Trial Version),

CyberLink MediaEspresso 6.5 Trial

Unique Feature - ASRock Extreme Tuning Utility (AXTU) (see CAUTION 7)

- ASRock Instant Boot

- ASRock Instant Flash (see CAUTION 8)

- ASRock APP Charger (see CAUTION 9)

- ASRock XFast USB (see CAUTION 10)

- ASRock On/Off Play Technology (see CAUTION 11)

- Hybrid Booster:

- CPU Frequency Stepless Control (see CAUTION 12)

- ASRock U-COP (see CAUTION 13)

- Boot Failure Guard (B.F.G.)

- Turbo 50 / Turbo 60 CPU Overclocking

- Turbo UCC

Hardware - CPU Temperature Sensing

Monitor - Chassis Temperature Sensing

- CPU/Chassis/Power Fan Tachometer

- CPU Quiet Fan

- CPU/Chassis Fan Multi-Speed Control

- Voltage Monitoring: +12V, +5V, +3.3V, Vcore

OS - Microsoft

Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP

/ XP 64-bit compliant

Certiﬁ cations - FCC, CE, WHQL

- ErP/EuP Ready (ErP/EuP ready power supply is required)

(see CAUTION 14)

* For detailed product information, please visit our website: http://www.asrock.com

ASRock 990FX Extreme4 Motherboard

CAUTION!

1. ASRock UCC (Unlock CPU Core) feature simpliﬁ es AMD CPU activa-

tion. As long as a simple switch of the UEFI option “ASRock UCC”, you

can unlock the extra CPU core to enjoy an instant performance boost.

When UCC feature is enabled, the dual-core or triple-core CPU will boost

to the quad-core CPU, and some CPU, including quad-core CPU, can

also increase L3 cache size up to 6MB, which means you can enjoy the

upgrade CPU performance with a better price. Please be noted that UCC

feature is supported with AM3 CPU only, and in addition, not every AM3

CPU can support this function because some CPU’s hidden core may be

malfunctioned.

2. This motherboard supports Untied Overclocking Technology. Please read

“Untied Overclocking Technology” on page 39 for details.

3. This motherboard supports Dual Channel Memory Technology. Before

you implement Dual Channel Memory Technology, make sure to read the

installation guide of memory modules on page 14 for proper installation.

4. Whether 2100MHz memory speed is supported depends on the AM3/

AM3+ CPU you adopt. If you want to adopt DDR3 2100 memory module

on this motherboard, please refer to the memory support list on our web-

site for the compatible memory modules.

ASRock website http://www.asrock.com

5. Due to the operating system limitation, the actual memory size may be

less than 4GB for the reservation for system usage under Windows

7 /

Vista

/ XP. For Windows

64-bit OS with 64-bit CPU, there is no such

limitation.

6. For microphone input, this motherboard supports both stereo and mono

modes. For audio output, this motherboard supports 2-channel, 4-chan-

nel, 6-channel, and 8-channel modes. Please check the table on page 3

for proper connection.

7. ASRock Extreme Tuning Utility (AXTU) is an all-in-one tool to ne-tune

different system functions in a user-friendly interface, which is including

Hardware Monitor, Fan Control, Overclocking, OC DNA and IES. In Hard-

ware Monitor, it shows the major readings of your system. In Fan Control,

it shows the fan speed and temperature for you to adjust. In Overclock-

ing, you are allowed to overclock CPU frequency for optimal system per-

formance. In OC DNA, you can save your OC settings as a proﬁ le and

share with your friends. Your friends then can load the OC proﬁ le to

WARNING

Please realize that there is a certain risk involved with overclocking, including adjusting the

setting in the BIOS, applying Untied Overclocking Technology, or using the third-party over-

clocking tools. Overclocking may affect your system stability, or even cause damage to the

components and devices of your system. It should be done at your own risk and expense.

We are not responsible for possible damage caused by overclocking.

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ASRock 990FX Extreme4 Motherboard

English

their own system to get the same OC settings. In IES (Intelligent Energy

Saver), the voltage regulator can reduce the number of output phases to

improve efﬁ ciency when the CPU cores are idle without sacriﬁ cing com-

puting performance. Please visit our website for the operation procedures

of ASRock Extreme Tuning Utility (AXTU).

ASRock website: http://www.asrock.com

8. ASRock Instant Flash is a BIOS ﬂ ash utility embedded in Flash ROM.

This convenient BIOS update tool allows you to update system BIOS

without entering operating systems ﬁ rst like MS-DOS or Windows

. With

this utility, you can press <F6> key during the POST or press <F2> key to

BIOS setup menu to access ASRock Instant Flash. Just launch this tool

and save the new BIOS ﬁ le to your USB ﬂ ash drive, ﬂ oppy disk or hard

drive, then you can update your BIOS only in a few clicks without prepar-

ing an additional ﬂ oppy diskette or other complicated ﬂ ash utility. Please

be noted that the USB ﬂ ash drive or hard drive must use FAT32/16/12 ﬁ le

system.

9. If you desire a faster, less restricted way of charging your Apple devices,

such as iPhone/iPod/iPad Touch, ASRock has prepared a wonderful so-

lution for you - ASRock APP Charger. Simply installing the APP Charger

driver, it makes your iPhone charged much quickly from your computer

and up to 40% faster than before. ASRock APP Charger allows you to

quickly charge many Apple devices simultaneously and even supports

continuous charging when your PC enters into Standby mode (S1), Sus-

pend to RAM (S3), hibernation mode (S4) or power off (S5). With APP

Charger driver installed, you can easily enjoy the marvelous charging

experience than ever.

ASRock website: http://www.asrock.com/Feature/AppCharger/index.asp

10. ASRock XFast USB can boost USB storage device performance. The

performance may depend on the property of the device.

11. ASRock On/Off Play Technology allows users to enjoy the great audio ex-

perience from the portable audio devices, such like MP3 player or mobile

phone to your PC, even when the PC is turned off (or in ACPI S5 mode)!

This motherboard also provides a free 3.5mm audio cable (optional) that

ensures users the most convenient computing environment.

12. Although this motherboard offers stepless control, it is not recommended

to perform over-clocking. Frequencies other than the recommended CPU

bus frequencies may cause the instability of the system or damage the

CPU.

13. While CPU overheat is detected, the system will automatically shutdown.

Before you resume the system, please check if the CPU fan on the

motherboard functions properly and unplug the power cord, then plug

it back again. To improve heat dissipation, remember to spray thermal

grease between the CPU and the heatsink when you install the PC sys-

tem.

ASRock 990FX Extreme4 Motherboard

English

14. EuP, stands for Energy Using Product, was a provision regulated by Eu-

ropean Union to deﬁ ne the power consumption for the completed system.

According to EuP, the total AC power of the completed system shall be

under 1.00W in off mode condition. To meet EuP standard, an EuP ready

motherboard and an EuP ready power supply are required. According to

Intel’s suggestion, the EuP ready power supply must meet the standard

of 5v standby power efﬁ ciency is higher than 50% under 100 mA current

consumption. For EuP ready power supply selection, we recommend you

checking with the power supply manufacturer for more details.

ASRock 990FX Extreme4 Motherboard

2. Installation

This is an ATX form factor (12.0-in x 9.6-in, 30.5 cm x 24.4 cm) motherboard.

Before you install the motherboard, study the conﬁ guration of your chassis to ensure

that the motherboard ﬁ ts into it.

Pre-installation Precautions

Take note of the following precautions before you install motherboard

components or change any motherboard settings.

Before you install or remove any component, ensure that the

power is switched off or the power cord is detached from the

power supply. Failure to do so may cause severe damage to the

motherboard, peripherals, and/or components.

1. Unplug the power cord from the wall socket before touching any

component.

2. To avoid damaging the motherboard components due to static elec-

tricity, NEVER place your motherboard directly on the carpet or the

like. Also remember to use a grounded wrist strap or touch a safety

grounded object before you handle components.

3. Hold components by the edges and do not touch the ICs.

4. Whenever you uninstall any component, place it on a grounded anti-

static pad or in the bag that comes with the component.

5. When placing screws into the screw holes to secure the mother-

board to the chassis, please do not over-tighten the screws! Doing

so may damage the motherboard.

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ASRock 990FX Extreme4 Motherboard

2.1 CPU Installation

Step 1. Unlock the socket by lifting the lever up to a 90

angle.

Step 2. Position the CPU directly above the socket such that the CPU corner with

the golden triangle matches the socket corner with a small triangle.

Step 3. Carefully insert the CPU into the socket until it ﬁ ts in place.

The CPU ﬁ ts only in one correct orientation. DO NOT force the CPU

into the socket to avoid bending of the pins.

Step 4. When the CPU is in place, press it ﬁ rmly on the socket while you push

down the socket lever to secure the CPU. The lever clicks on the side tab

to indicate that it is locked.

2.2 Installation of CPU Fan and Heatsink

After you install the CPU into this motherboard, it is necessary to install a

larger heatsink and cooling fan to dissipate heat. You also need to spray

thermal grease between the CPU and the heatsink to improve heat dis-

sipation. Make sure that the CPU and the heatsink are securely fastened

and in good contact with each other. Then connect the CPU fan to the

CPU FAN connector (CPU_FAN1, see Page 2, No. 6 or CPU_FAN2, see

Page 2, No. 7). For proper installation, please kindly refer to the instruc-

tion manuals of the CPU fan and the heatsink.

STEP 1:

Lift Up The Socket Lever

STEP 2 / STEP 3:

Match The CPU Golden Triangle

To The Socket Corner Small

Triangle

STEP 4:

Push Down And Lock

The Socket Lever

Lever 90° Up

CPU Golden Triangle

Socker Corner

Small Triangle

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ASRock 990FX Extreme4 Motherboard

2.3 Installation of Memory Modules (DIMM)

This motherboard provides four 240-pin DDR3 (Double Data Rate 3) DIMM slots,

and supports Dual Channel Memory Technology. For dual channel conﬁ guration,

you always need to install identical (the same brand, speed, size and chip-type)

DDR3 DIMM pair in the slots of the same color. In other words, you have to install

identical DDR3 DIMM pair in Dual Channel A (DDR3_A1 and DDR3_B1; Blue

slots; see p.2 No.10) or identical DDR3 DIMM pair in Dual Channel B (DDR3_

A2 and DDR3_B2; White slots; see p.2 No.11), so that Dual Channel Memory

Technology can be activated. This motherboard also allows you to install four DDR3

DIMMs for dual channel conﬁ guration, and please install identical DDR3 DIMMs in

all four slots. You may refer to the Dual Channel Memory Conﬁ guration Table below.

Dual Channel Memory Conﬁ gurations

DDR3_A1 DDR3_A2 DDR3_B1 DDR3_B2

(Blue Slot) (White Slot) (Blue Slot) (White Slot)

(1) Populated - Populated -

(2) - Populated - Populated

(3)* Populated Populated Populated Populated

For the conﬁ guration (3), please install identical DDR3 DIMMs in all four

slots.

1. Please install the memory module into the white slot (DDR3_A2

and DDR3_B2) for the ﬁ rst priority.

2. If you want to install two memory modules, for optimal compatibility

and reliability, it is recommended to install them in the slots of the

same color. In other words, install them either in the set of blue

slots (DDR3_A1 and DDR3_B1), or in the set of white slots (DDR3_

A2 and DDR3_B2).

3. If only one memory module or three memory modules are installed

in the DDR3 DIMM slots on this motherboard, it is unable to activate

the Dual Channel Memory Technology.

4. If a pair of memory modules is NOT installed in the same Dual

Channel, for example, installing a pair of memory modules in

DDR3_A1 and DDR3_A2, it is unable to activate the Dual Channel

Memory Technology .

5. It is not allowed to install a DDR or DDR2 memory module into

DDR3 slot; otherwise, this motherboard and DIMM may be dam-

aged.

6. If you adopt DDR3 2100 memory modules on this motherboard, it is

recommended to install them on DDR3_A2 and DDR3_B2 slots.

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ASRock 990FX Extreme4 Motherboard

Installing a DIMM

Please make sure to disconnect power supply before adding or

removing DIMMs or the system components.

Step 1. Unlock a DIMM slot by pressing the retaining clips outward.

Step 2. Align a DIMM on the slot such that the notch on the DIMM matches the

break on the slot.

The DIMM only ﬁ ts in one correct orientation. It will cause permanent

damage to the motherboard and the DIMM if you force the DIMM into

the slot at incorrect orientation.

Step 3. Firmly insert the DIMM into the slot until the retaining clips at both ends

fully snap back in place and the DIMM is properly seated.

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ASRock 990FX Extreme4 Motherboard

2.4 Expansion Slots (PCI and PCI Express Slots)

There are 2 PCI slots and 5 PCI Express slots on this motherboard.

PCI Slots: PCI slots are used to install expansion cards that have the 32-bit PCI

interface.

PCIE Slots:

PCIE1 / PCIE3 (PCIE x1 slot; White) is used for PCI Express cards with

x1 lane width cards, such as Gigabit LAN card and SATA2 card.

PCIE2 / PCIE4 (PCIE x16 slot; Blue) is used for PCI Express x16 lane

width graphics cards, or used to install PCI Express graphics cards to

support SLI

and CrossFireX

function.

PCIE5 (PCIE x16 slot; Blue) is used for PCI Express x4 lane width

cards, or used to install PCI Express graphics cards to support 3-Way

CrossFireX

function.

1. In single VGA card mode, it is recommended to install a PCI Ex-

press x16 graphics card on PCIE2 slot.

2. In CrossFireX

or SLI

mode, please install PCI Express x16

graphics cards on PCIE2 and PCIE4 slots. Therefore, both these

two slots will work at x16 bandwidth.

3. In 3-Way CrossFireX

mode, please install PCI Express x16 graph-

ics cards on PCIE2, PCIE4 and PCIE5 slots. Therefore, PCIE2 and

PCIE4 slots will work at x16 bandwidth while PCIE5 slot will work at

x4 bandwidth.

4. Please connect a chassis fan to motherboard chassis fan connec-

tor (CHA_FAN1, CHA_FAN2 or CHA_FAN3) when using multiple

graphics cards for better thermal environment.

Installing an expansion card

Step 1. Before installing the expansion card, please make sure that the power

supply is switched off or the power cord is unplugged. Please read the

documentation of the expansion card and make necessary hardware

settings for the card before you start the installation.

Step 2. Remove the system unit cover (if your motherboard is already installed

in a chassis).

Step 3. Remove the bracket facing the slot that you intend to use. Keep the

screws for later use.

Step 4. Align the card connector with the slot and press ﬁ rmly until the card is

completely seated on the slot.

Step 5. Fasten the card to the chassis with screws.

Step 6. Replace the system cover.

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ASRock 990FX Extreme4 Motherboard

2.5 SLI

and Quad SLI

Operation Guide

This motherboard supports NVIDIA

SLI

and Quad SLI

(Scalable Link Interface)

technology that allows you to install up to three identical PCI Express x16 graphics

cards. Currently,

NVIDIA

SLI

technology supports Windows

XP / XP 64-bit /

Vista

/ Vista

64-bit / 7 / 7 64-bit OS. NVIDIA

Quad SLI

technology support

Windows

Vista

/ Vista

64-bit / 7 / 7 64-bit OS only. Please follow the installation

procedures in this section.

Requirements

1. For SLI

technology, you should have two identical SLI

-ready

graphics cards that are NVIDIA

certiﬁ ed. For Quad SLI

technolo-

gy, you should have two identical Quad SLI

-ready graphics cards

that are NVIDIA

certiﬁ ed.

2. Make sure that your graphics card driver supports NVIDIA

SLI

technology. Download the driver from NVIDIA

website

(www.nvidia.com).

3. Make sure that your power supply unit (PSU) can provide at least

the minimum power required by your system. It is recommended

to use NVIDIA

certiﬁ ed PSU. Please refer to NVIDIA

website for

details.

2.5.1 Graphics Card Setup

2.5.1.1 Installing Two SLI

-Ready Graphics Cards

Step 1. Install the identical SLI

-ready graphics cards that are NVIDIA

certiﬁ ed

because different types of graphics cards will not work together properly.

(Even the GPU chips version shall be the same.) Insert one graphics card

into PCIE2 slot and the other graphics card to PCIE4 slot. Make sure that

the cards are properly seated on the slots.

Step2. If required, connect the auxiliary power source to the PCI Express

graphics cards.

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ASRock 990FX Extreme4 Motherboard

Step3. Align and insert ASRock SLI_Bridge_2S Card to the goldﬁ ngers on each

graphics card. Make sure ASRock SLI_Bridge_2S Card is ﬁ rmly in place.

ASRock SLI_Bridge_2S Card

Step4. Connect a VGA cable or a DVI cable to the monitor connector or the DVI

connector of the graphics card that is inserted to PCIE2 slot.

2.5.2 Driver Installation and Setup

Install the graphics card drivers to your system. After that, you can enable the Multi-

Graphics Processing Unit (GPU) feature in the NVIDIA

nView system tray utility.

Please follow the below procedures to enable the multi-GPU feature.

For Windows

XP / XP 64-bit OS:

(For SLI

mode only)

A. Double-click NVIDIA Settings icon on your Windows

taskbar.

C. Reboot your system.

D. You can freely enjoy the beneﬁ t of SLI

feature.

B. From the pop-up menu, select Set SLI and PhysX conﬁ guration. In

Set PhysX GPU acceleration item, please select Enabled. In Select

an SLI conﬁ guration item, please select Enable SLI. And click Apply.

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ASRock 990FX Extreme4 Motherboard

For Windows

Vista

/ Vista

64-bit / 7 / 7 64-bit OS:

(For SLI

and Quad SLI

mode)

A. Click the Start icon on your Windows taskbar.

B. From the pop-up menu, select All Programs, and then click NVIDIA

Corporation.

C. Select NVIDIA Control Panel tab.

D. Select Control Panel tab.

F. Reboot your system.

G.You can freely enjoy the beneﬁ t of SLI

or Quad SLI

feature.

* SLI

appearing here is a registered trademark of NVIDIA

Technologies Inc., and is used

only for identiﬁ cation or explanation and to the owners’ beneﬁ t, without intent to infringe.

E. From the pop-up menu, select Set SLI and PhysX conﬁ guration. In

Set PhysX GPU acceleration item, please select Enabled. In Select

an SLI conﬁ guration item, please select Enable SLI. And click Apply.

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ASRock 990FX Extreme4 Motherboard

2.6 CrossFireX

, 3-Way CrossFireX

and Quad CrossFireX

Operation Guide

This motherboard supports CrossFireX

, 3-way CrossFireX

and Quad

CrossFireX

feature. CrossFireX

technology offers the most advantageous

means available of combining multiple high performance Graphics Processing

Units (GPU) in a single PC. Combining a range of different operating modes with

intelligent software design and an innovative interconnect mechanism, CrossFireX

enables the highest possible level of performance and image quality in any 3D

application. Currently CrossFireX

feature is supported with Windows

XP with

Service Pack 2 / Vista

/ 7 OS. 3-way CrossFireX

and Quad CrossFireX

feature

are supported with Windows

Vista

/ 7 OS only. Please check AMD website for

AMD

CrossFireX

driver updates.

2.6.1 Graphics Card Setup

2.6.1.1 Installing Two CrossFireX

-Ready Graphics

Cards

Different CrossFireX

cards may require different methods to enable CrossFi-

reX

feature. In below procedures, we use Radeon HD 3870 as the example

graphics card. For other CrossFireX

cards that AMD

has released or will

release in the future, please refer to AMD

graphics card manuals for detailed

installation guide.

Step 1. Insert one Radeon graphics card into PCIE2 slot and the other Radeon

graphics card to PCIE4 slot. Make sure that the cards are properly seated

on the slots.

1. If a customer incorrectly configures their system they will not see the

performance beneﬁ ts of CrossFireX

. All three CrossFireX

components, a

CrossFireX

Ready graphics card, a CrossFireX

Ready motherboard and a

CrossFireX

Edition co-processor graphics card, must be installed correctly

to beneﬁ t from the CrossFireX

multi-GPU platform.

2. If you pair a 12-pipe CrossFireX

Edition card with a 16-pipe card, both cards

will operate as 12-pipe cards while in CrossFireX

mode.

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ASRock 990FX Extreme4 Motherboard

Step 2. Connect two Radeon graphics cards by installing CrossFire Bridge on

CrossFire Bridge Interconnects on the top of Radeon graphics cards.

(CrossFire Bridge is provided with the graphics card you purchase, not

bundled with this motherboard. Please refer to your graphics card vendor

for details.)

CrossFire Bridge

Step 3. Connect the DVI monitor cable to the DVI connector on the Radeon graph-

ics card on PCIE2 slot. (You may use the DVI to D-Sub adapter to convert

the DVI connector to D-Sub interface, and then connect the D-Sub monitor

cable to the DVI to D-Sub adapter.)

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ASRock 990FX Extreme4 Motherboard

2.6.1.2 Installing Three CrossFireX

-Ready Graphics Cards

Step 1. Install one Radeon graphics card to PCIE2 slot. For the proper installation

procedures, please refer to section “Expansion Slots”.

Step 2. Install one Radeon graphics card to PCIE4 slot. For the proper installation

procedures, please refer to section “Expansion Slots”.

Step 3. Install one Radeon graphics card to PCIE5 slot. For the proper installation

procedures, please refer to section “Expansion Slots”.

Step 4. Use one CrossFire

Bridge to connect Radeon graphics cards on PCIE2

and PCIE4 slots, and use the other CrossFire

Bridge to connect Radeon

graphics cards on PCIE4 and PCIE5 slots. (CrossFire

Bridge is provided

with the graphics card you purchase, not bundled with this motherboard.

Please refer to your graphics card vendor for details.)

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ASRock 990FX Extreme4 Motherboard

CrossFire

Bridge

Step 5. Connect the DVI monitor cable to the DVI connector on the Radeon graph-

ics card on PCIE2 slot. (You may use the DVI to D-Sub adapter to convert

the DVI connector to D-Sub interface, and then connect the D-Sub monitor

cable to the DVI to D-Sub adapter.)

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ASRock 990FX Extreme4 Motherboard

The Catalyst Uninstaller is an optional download. We recommend using this

utility to uninstall any previously installed Catalyst drivers prior to installation.

Please check AMD website for ATI

driver updates.

Step 3. Install the required drivers to your system.

For Windows

XP OS:

A. AMD

recommends Windows

XP Service Pack 2 or higher to be

installed (If you have Windows

XP Service Pack 2 or higher installed

in your system, there is no need to download it again):

http://www.microsoft.com/windowsxp/sp2/default.mspx

B. You must have Microsoft .NET Framework installed prior to

downloading and installing the CATALYST Control Center. Please

check Microsoft website for details.

For Windows

7 / Vista

OS:

Install the CATALYST Control Center. Please check AMD website for de-

tails.

Step 4. Restart your computer.

Step 5. Install the VGA card drivers to your system, and restart your computer.

Then you will ﬁ nd “ATI Catalyst Control Center” on your Windows

taskbar.

ATI Catalyst Control Center

2.6.2 Driver Installation and Setup

Step 1. Power on your computer and boot into OS.

Step 2. Remove the ATI

driver if you have any VGA driver installed in your sys-

tem.

Step 6. Double-click “ATI Catalyst Control Center”. Click “View”, select “CrossFi-

reX

”, and then check the item “Enable CrossFireX

”. Select “2 GPUs”

and click “Apply” (if you install two Radeon graphics cards). Select “3

GPUs” and click “OK” (if you install three Radeon graphics cards).

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ASRock 990FX Extreme4 Motherboard

Although you have selected the option “Enable CrossFire

”, the Cross-

FireX

function may not work actually. Your computer will automatically

reboot. After restarting your computer, please conﬁ rm whether the option

“Enable CrossFire

” in “ATI Catalyst Control Center” is selected or not;

if not, please select it again, and then you are able to enjoy the beneﬁ t of

CrossFireX

feature.

Step 7. You can freely enjoy the beneﬁ t of CrossFireX

, 3-Way CrossFireX

Quad CrossFireX

feature.

* CrossFireX

appearing here is a registered trademark of AMD

Technologies Inc., and is

used only for identiﬁ cation or explanation and to the owners’ beneﬁ t, without intent to infringe.

* For further information of AMD

CrossFireX

technology, please check AMD website for

updates and details.

2.7 Surround Display Feature

This motherboard supports Surround Display upgrade. With the external add-on PCI

Express VGA cards, you can easily enjoy the beneﬁ ts of Surround Display feature.

For the detailed instruction, please refer to the document at the following path in the

Support CD:

..\ Surround Display Information

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ASRock 990FX Extreme4 Motherboard

2.8 Jumpers Setup

The illustration shows how jumpers are

setup. When the jumper cap is placed on

pins, the jumper is “Short”. If no jumper cap

is placed on pins, the jumper is “Open”. The

illustration shows a 3-pin jumper whose

pin1 and pin2 are “Short” when jumper cap

is placed on these 2 pins.

Jumper Setting Description

Clear CMOS Jumper

(CLRCMOS1)

(see p.2, No. 3)

Note: CLRCMOS1 allows you to clear the data in CMOS. To clear and reset the

system parameters to default setup, please turn off the computer and unplug

the power cord from the power supply. After waiting for 15 seconds, use a

jumper cap to short pin2 and pin3 on CLRCMOS1 for 5 seconds. However,

please do not clear the CMOS right after you update the BIOS. If you need

to clear the CMOS when you just ﬁ nish updating the BIOS, you must boot

up the system ﬁ rst, and then shut it down before you do the clear-CMOS ac-

tion. Please be noted that the password, date, time, user default proﬁ le, 1394

GUID and MAC address will be cleared only if the CMOS battery is removed.

Clear CMOSDefault

The Clear CMOS Switch has the same function as the Clear CMOS

jumper.

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ASRock 990FX Extreme4 Motherboard

2.9 Onboard Headers and Connectors

Onboard headers and connectors are NOT jumpers. Do NOT place

jumper caps over these headers and connectors. Placing jumper caps

over the headers and connectors will cause permanent damage of the

motherboard!

Serial ATA (SATA) Either end of the SATA data

Data Cable cable can be connected to the

(Optional)

SATA3 hard disk or the SATA3

connector on this motherboard.

3.5mm Audio Cable Either end of the 3.5mm audio

(Optional)

cable can be connected to the

portable audio devices, such

as MP3 player and mobile

phone or the Line-in port of

your PC.

FDD connector

(33-pin FLOPPY1)

(see p.2 No. 30)

Note: Make sure the red-striped side of the cable is plugged into Pin1 side of the

connector.

the red-striped side to Pin1

Primary IDE connector (Blue)

(39-pin IDE1, see p.2 No. 18)

Note: Please refer to the instruction of your IDE device vendor for the details.

connect the black end

to the IDE devices

connect the blue end

to the motherboard

80-conductor ATA 66/100/133 cable

connect to the SATA

HDD power connector

connect to the

power supply

Serial ATA (SATA) Please connect the black end

Power Cable of SATA power cable to the

(Optional)

power connector on each drive.

Then connect the white end of

SATA power cable to the power

connector of the power supply.

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ASRock 990FX Extreme4 Motherboard

USB 2.0 Headers Besides six default USB 2.0

(9-pin USB2_3)

ports on the I/O panel, there

(see p.2 No. 14)

are two USB 2.0 headers on

this motherboard. Each USB 2.0

header can support two USB

2.0 ports.

(9-pin USB8_9)

(see p.2 No. 13)

SATA3_1_2 SATA3_3_4 SATA3_5_6

Serial ATA3 Connectors These eight Serial ATA3

(SATA3_1_2: see p.2, No. 21)

(SATA3) connectors support

(SATA3_3_4: see p.2, No. 20)

SATA data cables for internal

(SATA3_5_6: see p.2, No. 19)

storage devices. The current

(SATA3_7: see p.2, No. 32)

SATA3 interface allows up to

(SATA3_8: see p.2, No. 33)

6.0 Gb/s data transfer rate. If

you install the HDD on the

eSATA port on the rear I/O,

the internal SATA3_8 will not

function.

SATA3_8 SATA3_7

P-11

P+11

GND

DUMMY

USB_PWR

P+10

P-10

GND

P-13

P+13

GND

DUMMY

USB_PWR

P+12

P-12

GND

USB 3.0 Header Besides two default USB 3.0

(19-pin USB3_0_1)

ports on the I/O panel, there is

(see p.2 No. 28)

one USB 3.0 header on this

motherboard. This USB 3.0

header can support two USB

3.0 ports.

Infrared Module Header This header supports an

(5-pin IR1)

optional wireless transmitting

(see p.2 No. 44)

and receiving infrared module.

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ASRock 990FX Extreme4 Motherboard

Front Panel Audio Header This is an interface for the front

(9-pin HD_AUDIO1)

panel audio cable that allows

(see p.2 No. 43)

convenient connection and

control of audio devices.

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

1. High Deﬁ nition Audio supports Jack Sensing, but the panel wire on

the chassis must support HDA to function correctly. Please follow the

instruction in our manual and chassis manual to install your system.

2. If you use AC’97 audio panel, please install it to the front panel audio

header as below:

A. Connect Mic_IN (MIC) to MIC2_L.

B. Connect Audio_R (RIN) to OUT2_R and Audio_L (LIN) to OUT2_L.

C. Connect Ground (GND) to Ground (GND).

D. MIC_RET and OUT_RET are for HD audio panel only. You don’t

need to connect them for AC’97 audio panel.

E. To activate the front mic.

For Windows

XP / XP 64-bit OS:

Select “Mixer”. Select “Recorder”. Then click “FrontMic”.

For Windows

7 / 7 64-bit / Vista

/ Vista

64-bit OS:

Go to the "FrontMic" Tab in the Realtek Control panel. Adjust

“Recording Volume”.

System Panel Header This header accommodates

(9-pin PANEL1)

several system front panel

(see p.2 No. 29)

functions.

Connect the power switch, reset switch and system status indicator

on the chassis to this header according to the pin assignments below.

Note the positive and negative pins before connecting the cables.

PWRBTN (Power Switch):

Connect to the power switch on the chassis front panel. You may con-

ﬁ gure the way to turn off your system using the power switch.

Internal Audio Connectors This connector allows you

(4-pin CD1)

to receive stereo audio input

(CD1: see p.2 No. 42)

from sound sources such as

a CD-ROM, DVD-ROM, TV

tuner card, or MPEG card.

CD1

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ASRock 990FX Extreme4 Motherboard

RESET (Reset Switch):

Connect to the reset switch on the chassis front panel. Press the reset

switch to restart the computer if the computer freezes and fails to per-

form a normal restart.

PLED (System Power LED):

Connect to the power status indicator on the chassis front panel. The

LED is on when the system is operating. The LED keeps blinking

when the sys-tem is in S1 sleep state. The LED is off when the system

is in S3/S4 sleep state or powered off (S5).

HDLED (Hard Drive Activity LED):

Connect to the hard drive activity LED on the chassis front panel. The

LED is on when the hard drive is reading or writing data.

The front panel design may differ by chassis. A front panel module

mainly consists of power switch, reset switch, power LED, hard drive

activity LED, speaker and etc. When connecting your chassis front

panel module to this header, make sure the wire assignments and the

pin assign-ments are matched correctly.

Power LED Header Please connect the chassis

(3-pin PLED1)

power LED to this header to

(see p.2 No. 22)

indicate system power status.

The LED is on when the system

is operating. The LED keeps

blinking in S1 state. The LED is

off in S3/S4 state or S5 state

(power off).

Chassis Speaker Header Please connect the chassis

(4-pin SPEAKER 1)

speaker to this header.

(see p.2 No. 23)

+5V

DUMMY

SPEAKER

Chassis and Power Fan Connectors Please connect the fan cables

(4-pin CHA_FAN1)

to the fan connectors and

(see p.2 No. 45)

match the black wire to the

ground pin. CHA_FAN1/2/3 fan

speed can be controlled through

(3-pin CHA_FAN2)

UEFI or AXTU.

(see p.2 No. 4)

(3-pin CHA_FAN3)

(see p.2 No. 2)

GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

GND

+12V

CHA_FA N_SPEED

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ASRock 990FX Extreme4 Motherboard

CPU Fan Connectors Please connect the CPU fan

(4-pin CPU_FAN1)

cable to the connector and

(see p.2 No. 6)

match the black wire to the

ground pin.

1 2 3 4

GND

+12V

CPU_FAN_SPEED

FAN_SPEED_CONTROL

Though this motherboard provides 4-Pin CPU fan (Quiet Fan) support, the 3-Pin

CPU fan still can work successfully even without the fan speed control function.

If you plan to connect the 3-Pin CPU fan to the CPU fan connector on this

motherboard, please connect it to Pin 1-3.

ATX Power Connector Please connect an ATX power

(24-pin ATXPWR1)

supply to this connector.

(see p.2 No. 12)

Though this motherboard provides 24-pin ATX power connector,

it can still work if you adopt a traditional 20-pin ATX power supply.

To use the 20-pin ATX power supply, please plug your power

supply along with Pin 1 and Pin 13.

ATX 12V Power Connector Please connect an ATX 12V

(8-pin ATX12V1)

power supply to this connector.

(see p.2 No. 5)

Though this motherboard provides 8-pin ATX 12V power connector, it can still work

if you adopt a traditional 4-pin ATX 12V power supply. To use the 4-pin ATX power

supply, please plug your power supply along with Pin 1 and Pin 5.

(3-pin CPU_FAN2)

(see p.2 No. 7)

GND

+12V

PWR_FAN_SPEED

20-Pin ATX Power Supply Installation

4-Pin ATX 12V Power Supply Installation

Pin 1-3 Connected

3-Pin Fan Installation

8 5

4 1

8 5

4 1

(3-pin PWR_FAN1)

(see p.2 No. 40)

GND

+12V

PWR_FAN_SPEED

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ASRock 990FX Extreme4 Motherboard

IEEE 1394 Header Besides one default IEEE 1394

(9-pin FRONT_1394)

port on the I/O panel, there is

(see p.2 No. 15)

one IEEE 1394 header

(FRONT_1394) on this

motherboard. This IEEE 1394

header can support one IEEE

1394 port.

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

HDMI_SPDIF Header HDMI_SPDIF header, providing

(2-pin HDMI_SPDIF1)

SPDIF audio output to HDMI

(

see p.2 No. 1)

VGA card, allows the system to

connect HDMI Digital TV/

projector/LCD devices. Please

connect the HDMI_SPDIF

connector of HDMI VGA card to

this header.

Serial port Header This COM1 header supports a

(9-pin COM1)

serial port module.

(see p.2 No.31)

DDTR#1

DDSR#1

CCTS#1

RRI#1

DDCD#1

RRXD1

TTXD1

GND

RRTS#1

Front USB 3.0 Panel Installation Guide

Intall the Front USB 3.0 Panel into

the 2.5” drive bay of the chassis.

Step 3 Screw the Front USB 3.0 Panel to

the drive bay with six chassis screws.

Prepare the bundled Front USB 3.0

Panel, four HDD screws, and six

chassis screws.

Step 1 Step 2 Screw the 2.5” HDD/SSD to the Front

USB 3.0 Panel with four HDD screws.

Step 4

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ASRock 990FX Extreme4 Motherboard

Rear USB 3.0 Bracket Installation Guide

Put the USB 3.0 cable and the

rear USB 3.0 bracket together.

Unscrew the two screws from the Front

USB 3.0 Panel.

Step 1

Put the rear USB 3.0 bracket into

the chassis.

Screw the two screws into the rear

USB 3.0 bracket.

Step 3

The Front USB 3.0 Panel is ready

to use.

Plug the Front USB 3.0 cable into the

USB 3.0 header (USB3_0_1) on the

motherboard.

Step 5 Step 6

Step 2

Step 4

2.10 Smart Switches

This motherboard has three smart switches: power switch, reset switch and clear

CMOS switch, allowing users to quickly turn on/off or reset the system or clear the

CMOS values.

Power Switch Power Switch is a smart switch,

(PWRBTN)

allowing users to quickly turn

(see p.2 No. 26)

on/off the system.

Reset Switch Reset Switch is a smart switch,

(RSTBTN)

allowing users to quickly reset

(see p.2 No. 25)

the system.

Clear CMOS Switch Clear CMOS Switch is a smart

(CLRCBTN)

switch, allowing users to quickly

(see p.3 No. 17)

clear the CMOS values

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ASRock 990FX Extreme4 Motherboard

2.11 Dr. Debug

Dr. Debug is used to provide code information, which makes troubleshooting even

easier. Please see the diagrams below for reading the Dr. Debug codes.

Status Code Description

0x00 Not used

0x01 Power on. Reset type detection (soft/hard)

0x02 AP initialization before microcode loading

0x03 North Bridge initialization before microcode loading

0x04 South Bridge initialization before microcode loading

0x05 OEM initialization before microcode loading

0x06 Microcode loading

0x07 AP initialization after microcode loading

0x08 North Bridge initialization after microcode loading

0x09 South Bridge initialization after microcode loading

0x0A OEM initialization after microcode loading

0x0B Cache initialization

0x0C – 0x0D Reserved for future AMI SEC error codes

0x0E Microcode not found

0x0F Microcode not loaded

0x10 PEI Core is started

0x11 Pre-memory CPU initialization is started

0x12 Pre-memory CPU initialization (CPU module speciﬁ c)

0x13 Pre-memory CPU initialization (CPU module speciﬁ c)

0x14 Pre-memory CPU initialization (CPU module speciﬁ c)

0x15 Pre-memory North Bridge initialization is started

0x16 Pre-Memory North Bridge initialization (North Bridge module speciﬁ c)

0x17 Pre-Memory North Bridge initialization (North Bridge module speciﬁ c)

0x18 Pre-Memory North Bridge initialization (North Bridge module speciﬁ c)

0x19 Pre-memory South Bridge initialization is started

0x1A Pre-memory South Bridge initialization (South Bridge module speciﬁ c)

0x1B Pre-memory South Bridge initialization (South Bridge module speciﬁ c)

0x1C Pre-memory South Bridge initialization (South Bridge module speciﬁ c)

0x1D – 0x2A OEM pre-memory initialization codes

0x2B Memory initialization. Serial Presence Detect (SPD) data reading

0x2C Memory initialization. Memory presence detection

0x2D Memory initialization. Programming memory timing information

0x2E Memory initialization. Conﬁ guring memory

0x2F Memory initialization (other)

0x30 Reserved for ASL (see ASL Status Codes section below)

0x31 Memory Installed

0x32 CPU post-memory initialization is started

0x33 CPU post-memory initialization. Cache initialization

0x34 CPU post-memory initialization. Application Processor(s) (AP) initialization

0x35 CPU post-memory initialization. Boot Strap Processor (BSP) selection

0x36 CPU post-memory initialization. System Management Mode (SMM)

initialization

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ASRock 990FX Extreme4 Motherboard

0x37 Post-Memory North Bridge initialization is started

0x38 Post-Memory North Bridge initialization (North Bridge module speciﬁ c)

0x39 Post-Memory North Bridge initialization (North Bridge module speciﬁ c)

0x3A Post-Memory North Bridge initialization (North Bridge module speciﬁ c)

0x3B Post-Memory South Bridge initialization is started

0x3C Post-Memory South Bridge initialization (South Bridge module speciﬁ c)

0x3D Post-Memory South Bridge initialization (South Bridge module speciﬁ c)

0x3E Post-Memory South Bridge initialization (South Bridge module speciﬁ c)

0x3F-0x4E OEM post memory initialization codes

0x4F DXE IPL is started

0x50 Memory initialization error. Invalid memory type or incompatible memory

speed

0x51 Memory initialization error. SPD reading has failed

0x52 Memory initialization error. Invalid memory size or memory modules do not

match

0x53 Memory initialization error. No usable memory detected

0x54 Unspeciﬁ ed memory initialization error

0x55 Memory not installed

0x56 Invalid CPU type or Speed

0x57 CPU mismatch

0x58 CPU self test failed or possible CPU cache error

0x59 CPU micro-code is not found or micro-code update is failed

0x5A Internal CPU error

0x5B reset PPI is not available

0x5C-0x5F Reserved for future AMI error codes

0xE0 S3 Resume is stared (S3 Resume PPI is called by the DXE IPL)

0xE1 S3 Boot Script execution

0xE2 Video repost

0xE3 OS S3 wake vector call

0xE4-0xE7 Reserved for future AMI progress codes

0xE8 S3 Resume Failed

0xE9 S3 Resume PPI not Found

0xEA S3 Resume Boot Script Error

0xEB S3 OS Wake Error

0xEC-0xEF Reserved for future AMI error codes

0xF0 Recovery condition triggered by ﬁ rmware (Auto recovery)

0xF1 Recovery condition triggered by user (Forced recovery)

0xF2 Recovery process started

0xF3 Recovery ﬁ rmware image is found

0xF4 Recovery ﬁ rmware image is loaded

0xF5-0xF7 Reserved for future AMI progress codes

0xF8 Recovery PPI is not available

0xF9 Recovery capsule is not found

0xFA Invalid recovery capsule

0xFB – 0xFF Reserved for future AMI error codes

0x60 DXE Core is started

0x61 NVRAM initialization

English

ASRock 990FX Extreme4 Motherboard

0x62 Installation of the South Bridge Runtime Services

0x63 CPU DXE initialization is started

0x64 CPU DXE initialization (CPU module speciﬁ c)

0x65 CPU DXE initialization (CPU module speciﬁ c)

0x66 CPU DXE initialization (CPU module speciﬁ c)

0x67 CPU DXE initialization (CPU module speciﬁ c)

0x68 PCI host bridge initialization

0x69 North Bridge DXE initialization is started

0x6A North Bridge DXE SMM initialization is started

0x6B North Bridge DXE initialization (North Bridge module speciﬁ c)

0x6C North Bridge DXE initialization (North Bridge module speciﬁ c)

0x6D North Bridge DXE initialization (North Bridge module speciﬁ c)

0x6E North Bridge DXE initialization (North Bridge module speciﬁ c)

0x6F North Bridge DXE initialization (North Bridge module speciﬁ c)

0x70 South Bridge DXE initialization is started

0x71 South Bridge DXE SMM initialization is started

0x72 South Bridge devices initialization

0x73 South Bridge DXE Initialization (South Bridge module speciﬁ c)

0x74 South Bridge DXE Initialization (South Bridge module speciﬁ c)

0x75 South Bridge DXE Initialization (South Bridge module speciﬁ c)

0x76 South Bridge DXE Initialization (South Bridge module speciﬁ c)

0x77 South Bridge DXE Initialization (South Bridge module speciﬁ c)

0x78 ACPI module initialization

0x79 CSM initialization

0x7A – 0x7F Reserved for future AMI DXE codes

0x80 – 0x8F OEM DXE initialization codes

0x90 Boot Device Selection (BDS) phase is started

0x91 Driver connecting is started

0x92 PCI Bus initialization is started

0x93 PCI Bus Hot Plug Controller Initialization

0x94 PCI Bus Enumeration

0x95 PCI Bus Request Resources

0x96 PCI Bus Assign Resources

0x97 Console Output devices connect

0x98 Console input devices connect

0x99 Super IO Initialization

0x9A USB initialization is started

0x9B USB Reset

0x9C USB Detect

0x9D USB Enable

0x9E – 0x9F Reserved for future AMI codes

0xA0 IDE initialization is started

0xA1 IDE Reset

0xA2 IDE Detect

0xA3 IDE Enable

0xA4 SCSI initialization is started

0xA5 SCSI Reset

English

ASRock 990FX Extreme4 Motherboard

0xA6 SCSI Detect

0xA7 SCSI Enable

0xA8 Setup Verifying Password

0xA9 Start of Setup

0xAA Reserved for ASL (see ASL Status Codes section below)

0xAB Setup Input Wait

0xAC Reserved for ASL (see ASL Status Codes section below)

0xAD Ready To Boot event

0xAE Legacy Boot event

0xAF Exit Boot Services event

0xB0 Runtime Set Virtual Address MAP Begin

0xB1 Runtime Set Virtual Address MAP End

0xB2 Legacy Option ROM Initialization

0xB3 System Reset

0xB4 USB hot plug

0xB5 PCI bus hot plug

0xB6 Clean-up of NVRAM

0xB7 Conﬁ guration Reset (reset of NVRAM settings)

0xB8 – 0xBF Reserved for future AMI codes

0xC0 – 0xCF OEM BDS initialization codes

0xD0 CPU initialization error

0xD1 North Bridge initialization error

0xD2 South Bridge initialization error

0xD3 Some of the Architectural Protocols are not available

0xD4 PCI resource allocation error. Out of Resources

0xD5 No Space for Legacy Option ROM

0xD6 No Console Output Devices are found

0xD7 No Console Input Devices are found

0xD8 Invalid password

0xD9 Error loading Boot Option (LoadImage returned error)

0xDA Boot Option is failed (StartImage returned error)

0xDB Flash update is failed

0xDC Reset protocol is not available

English

ASRock 990FX Extreme4 Motherboard

2.12 Driver Installation Guide

To install the drivers to your system, please insert the support CD to your optical

drive ﬁ rst. Then, the drivers compatible to your system can be auto-detected and

listed on the support CD driver page. Please follow the order from up to bottom side

to install those required drivers. Therefore, the drivers you install can work properly.

2.13 Installing Windows

7 / 7 64-bit / Vista

Vista

64-bit / XP / XP 64-bit With RAID Functions

If you want to install Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-

bit on your SATA3 HDDs with RAID functions, please refer to the document at the

following path in the Support CD for detailed procedures:

..\ RAID Installation Guide

Using SATA3 HDDs without NCQ and Hot Plug functions (IDE mode)

STEP 1: Set up UEFI.

A.Enter UEFI SETUP UTILITY Advanced screen Storage Conﬁ guration.

B.Set the option “SATA Mode” to [IDE]. (For SATA3_1 to SATA3_6 ports.)

Set the option “Marvell SATA3 Operation Mode” to [IDE]. (For SATA3_7 and

SATA3_8 ports.)

STEP 2: Install Windows

XP / XP 64-bit OS on your system.

2.14 Installing Windows

7 / 7 64-bit / Vista

Vista

64-bit / XP / XP 64-bit Without RAID Functions

If you want to install Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit

OS on your SATA3 HDDs without RAID functions, please follow below procedures

according to the OS you install.

2.14.1 Installing Windows

XP / XP 64-bit Without RAID

Functions

If you want to install Windows

XP / XP 64-bit on your SATA3 HDDs without RAID

functions, please follow below steps.

English

ASRock 990FX Extreme4 Motherboard

2.15 Untied Overclocking Technology

This motherboard supports Untied Overclocking Technology, which means during

overclocking, FSB enjoys better margin due to ﬁ xed PCI / PCIE buses. Before you

enable Untied Overclocking function, please enter “Overclock Mode” option of UEFI

setup to set the selection from [Auto] to [Manual]. Therefore, CPU FSB is untied

during overclocking, but PCI / PCIE buses are in the ﬁ xed mode so that FSB can

operate under a more stable overclocking environment.

Please refer to the warning on page 9 for the possible overclocking risk

before you apply Untied Overclocking Technology.

STEP 1: Set up UEFI.

A.Enter UEFI SETUP UTILITY Advanced screen Storage Conﬁ guration.

B.Set the option “SATA Mode” to [IDE]. (For SATA3_1 to SATA3_6 ports.)

Set the option “Marvell SATA3 Operation Mode” to [IDE]. (For SATA3_7 and

SATA3_8 ports.)

STEP 2: Install Windows

7 / 7 64-bit / Vista

/ Vista

64-bit OS on your sys-

tem.

Using SATA3 HDDs without NCQ and Hot Plug functions (IDE mode)

2.14.2 Installing Windows

7 / 7 64-bit / Vista

/ Vista

64-bit

Without RAID Functions

If you want to install Windows

7 / 7 64-bit / Vista

/ Vista

64-bit on your SATA3

HDDs without RAID functions, please follow below steps.

Using SATA3 HDDs with NCQ and Hot Plug functions (AHCI mode)

STEP 1: Set up UEFI.

A.Enter UEFI SETUP UTILITY Advanced screen Storage Conﬁ guration.

B.Set the option “SATA Mode” to [AHCI]. (For SATA3_1 to SATA3_6 ports.)

Set the option “Marvell SATA3 Operation Mode” to [AHCI]. (For SATA3_7 and

SATA3_8 ports.)

STEP 2: Install Windows

7 / 7 64-bit / Vista

/ Vista

64-bit OS on your

system.

English

ASRock 990FX Extreme4 Motherboard

3. BIOS Information

The Flash Memory on the motherboard stores BIOS Setup Utility. When you start up

the computer, please press <F2> or <Del> during the Power-On-Self-Test (POST)

to enter BIOS Setup utility; otherwise, POST continues with its test routines. If you

wish to enter BIOS Setup after POST, please restart the system by pressing <Ctl>

+ <Alt> + <Delete>, or pressing the reset button on the system chassis. The BIOS

Setup program is designed to be user-friendly. It is a menu-driven program, which

allows you to scroll through its various sub-menus and to select among the prede-

termined choices. For the detailed information about BIOS Setup, please refer to the

User Manual (PDF ﬁ le) contained in the Support CD.

4. Software Support CD information

This motherboard supports various Microsoft

Windows

operating systems: 7 / 7

64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit. The Support CD that came with the

motherboard contains necessary drivers and useful utilities that will enhance moth-

erboard features. To begin using the Support CD, insert the CD into your CD-ROM

drive. It will display the Main Menu automatically if “AUTORUN” is enabled in your

computer. If the Main Menu does not appear automatically, locate and double-click

on the ﬁ le “ASSETUP.EXE” from the BIN folder in the Support CD to display the

menus.

English

ASRock 990FX Extreme4 Motherboard

1. Einführung

Wir danken Ihnen für den Kauf des ASRock 990FX Extreme4 Motherboard, ein zu-

verlässiges Produkt, welches unter den ständigen, strengen Qualitätskontrollen von

ASRock gefertigt wurde. Es bietet Ihnen exzellente Leistung und robustes Design,

gemäß der Verpflichtung von ASRock zu Qualität und Halbarkeit. Diese Schnel-

linstallationsanleitung führt in das Motherboard und die schrittweise Installation

ein. Details über das Motherboard ﬁ nden Sie in der Bedienungsanleitung auf der

Support-CD.

Da sich Motherboard-Speziﬁ kationen und BIOS-Software verändern

können, kann der Inhalt dieses Handbuches ebenfalls jederzeit geändert

werden. Für den Fall, dass sich Änderungen an diesem Handbuch

ergeben, wird eine neue Version auf der ASRock-Website, ohne weitere

Ankündigung, verfügbar sein. Die neuesten Graﬁ kkarten und unterstützten

CPUs sind auch auf der ASRock-Website aufgelistet.

ASRock-Website: http://www.asrock.com

Wenn Sie technische Unterstützung zu Ihrem Motherboard oder speziﬁ sche

Informationen zu Ihrem Modell benötigen, besuchen Sie bitte unsere

Webseite:

www.asrock.com/support/index.asp

1.1 Kartoninhalt

ASRock 990FX Extreme4 Motherboard

(ATX-Formfaktor: 30.5 cm x 24.4 cm; 12.0 Zoll x 9.6 Zoll)

ASRock 990FX Extreme4 Schnellinstallationsanleitung

ASRock 990FX Extreme4 Support-CD

Ein 80-adriges Ultra-ATA 66/100/133 IDE-Flachbandkabel

Ein Flachbandkabel für ein 3,5-Zoll-Diskettenlaufwerk

Vier Serial ATA (SATA) -Datenkabel (optional)

Zwei Serial ATA (SATA) -Festplattenstromkabel (optional)

Ein Audiokabel (3,5 mm, Klinke) (optional)

Ein I/O Shield

Ein USB 3.0-Frontblende

Vier Festplatte Schrauben

Sechs Gehäuses Schrauben

Ein USB 3.0-Blech an der Rückwand

Ein ASRock SLI_Bridge_2S-Karte

ASRock erinnert...

Zur besseren Leistung unter Windows

7 / 7, 64 Bit / Vista

/ Vista

64 Bit empfehlen wir, die Speicherkonﬁ guration im BIOS auf den AHCI-

Modus einzustellen. Hinweise zu den BIOS-Einstellungen ﬁ nden Sie in

der Bedienungsanleitung auf der mitgelieferten CD.

Deutsch

ASRock 990FX Extreme4 Motherboard

1.2 Spezifikationen

Plattform - ATX-Formfaktor: 30.5 cm x 24.4 cm; 12.0 Zoll x 9.6 Zoll

- Alle Feste Kondensatordesign (100% in Japan gefertigte,

erstklassige leitfähige Polymer-Kondensatoren)

CPU - Unterstützung von Socket AM3+-Prozessoren

- Unterstützung von Socket AM3-Prozessoren: AMD Phenom

II X6 / X4 / X3 / X2 (außer 920 / 940) / Athlon X4 / X3 / X2

/ Sempron-Prozessor

- Acht-Kern-CPU-bereit

- Unterstützt UCC (Unlock CPU Core) (siehe VORSICHT 1)

- Erweitertes V8 + 2-Stromphasendesign

- Unterstützt CPU bis 140W

- Unterstützt Cool ‘n’ Quiet

-Technologie von AMD

- FSB 2600 MHz (5.2 GT/s)

- Unterstützt Untied-Übertaktungstechnologie

(siehe VORSICHT 2)

- Unterstützt Hyper-Transport- 3.0 Technologie (HT 3.0)

Chipsatz - Northbridge: AMD 990FX

- Southbridge: AMD SB950

Speicher - Unterstützung von Dual-Kanal-Speichertechnologie

(siehe VORSICHT 3)

- 4 x Steckplätze für DDR3

- Unterstützt DDR3 2100(OC)/1866/1600/1333/1066/800

non-ECC, ungepufferter Speicher

(siehe VORSICHT 4)

- Max. Kapazität des Systemspeichers: 32GB

(siehe VORSICHT 5)

Erweiterungs- - 3 x PCI-Express-2.0-x16-Steckplätze

Steckplätze (PCIE2/PCIE4: x16-Modus; PCIE5: x4-Modus)

- 2 x PCI Express 2.0 x1-Steckplätze

- 2 x PCI -Steckplätze

- Unterstützt AMD

Quad CrossFireX

, 3-Way CrossFireX

und CrossFireX

- NVIDIA

Quad SLI

und SLI

Audio - 7.1

CH HD Audio mit dem Inhalt Schutz

(Realtek ALC892 Audio Codec)

- Premium Blu-ray-Audio-Unterstützung

LAN - PCIE x1 Gigabit LAN 10/100/1000 Mb/s

- Broadcom BCM57781

Deutsch

ASRock 990FX Extreme4 Motherboard

Deutsch

- Unterstützt Wake-On-LAN

- Unterstützt energieefﬁ zientes Ethernet 802.3az

- Unterstützt PXE

E/A-Anschlüsse I/O Panel

an der - 1 x PS/2-Mausanschluss

Rückseite - 1 x PS/2-Tastaturanschluss

- 1 x Koaxial-SPDIF-Ausgang

- 1 x optischer SPDIF-Ausgang

- 6 x Standard-USB 2.0-Anschlüsse

- 2 x Standard-USB 3.0-Anschlüsse

- 1 x eSATA3-Anschluss

- 1 x RJ-45 LAN Port mit LED (ACT/LINK LED und SPEED

LED)

- 1 x IEEE 1394 Port

- 1 x CMOS löschen-Schalter

- HD Audiobuchse: Lautsprecher seitlich / Lautsprecher

hinten / Mitte/Bass / Audioeingang/ Lautsprecher vorne /

Mikrofon (siehe VORSICHT 6)

SATA3 - 6 x SATA 3-Anschluss mit 6,0 Gb/s durch AMD SB950,

unterstützt RAID- (RAID 0, RAID 1, RAID 0+1, JBOD und

RAID 5), NCQ-, AHCI- und „Hot Plugging“-Funktionen

- 2 x SATA 3-Anschlüsse (6,0 Gb/s) durch Marvell SE9120;

unterstützt NCQ-, AHCI-und „Hot Plug“ (Hot-Plugging)-

Funktionen

(SATA3_8-Anschluss wird mit dem eSATA 3-Port geteilt)

USB3.0 - 2 x USB 3.0-Ports an der Rückseite durch Etron EJ168A,

unterstützt USB 1.0/2.0/3.0 mit bis zu 5 Gb/s

- 1 x USB 3.0-Header (unterstützt zwei USB 3.0-Ports) an der

Vorderseite durch Etron EJ168A, unterstützt USB 1.0/2.0/3.0

mit bis zu 5 Gb/s

Anschlüsse - 8 x SATA3 6,0 GB/s-Anschlüsse

- 1 x ATA133 IDE-Anschlüsse (Unterstützt bis 2 IDE-Geräte)

- 1 x FDD-Anschlüsse

- 1 x Infrarot-Modul-Header

- 1 x COM-Anschluss-Header

- 1 x IEEE 1394-Anschluss

- 1 x HDMI_SPDIF-Anschluss

- 1 x Betriebs-LED-Header

- CPU/Gehäuse/Stromlüfter-Anschluss

- 24-pin ATX-Netz-Header

- 8-pin anschluss für 12V-ATX-Netzteil

ASRock 990FX Extreme4 Motherboard

- Interne Audio-Anschlüsse

- Anschluss für Audio auf der Gehäusevorderseite

- 2 x USB 2.0-Anschlüsse (Unterstützung 4 zusätzlicher

USB 2.0-Anschlüsse)

- 1 x USB 3.0-Anschluss (Unterstützung 2 zusätzlicher

USB 3.0-Anschlüsse)

- 1 x Dr. Debug (Debug-LED mit 7 Segmenten)

Schnellschalter - 1 x CMOS löschen-Schalter mit LED

- 1 x Netzschalter mit LED

- 1 x Rücksetzschalter (Reset) mit LED

BIOS - 32Mb AMIs Legal BIOS UEFI mit GUI-Unterstützung

- Unterstützung für “Plug and Play”

- ACPI 1.1-Weckfunktionen

- JumperFree-Modus

- SMBIOS 2.3.1

- CPU, VCCM, NB, SB Stromspannung Multianpassung

Support-CD - Treiber, Dienstprogramme, Antivirussoftware (Probeversion),

CyberLink MediaEspresso 6.5-Testversion

Einzigartige - ASRock Extreme Tuning Utility (AXTU)

Eigenschaft (siehe VORSICHT 7)

- ASRock Sofortstart

- ASRock Instant Flash (siehe VORSICHT 8)

- ASRock APP Charger (siehe VORSICHT 9)

- ASRock XFast USB (siehe VORSICHT 10)

- ASRock ein/aus-Wiedergabetechnologie

(siehe VORSICHT 11)

- Hybrid Booster:

- Schrittloser CPU-Frequenz-Kontrolle

(siehe VORSICHT 12)

- ASRock U-COP (siehe VORSICHT 13)

- Boot Failure Guard (B.F.G. – Systemstartfehlerschutz)

- Turbo 50 / Turbo 60 CPU Übertaktungs

- Turbo UCC

Hardware Monitor - CPU-Temperatursensor

- Motherboardtemperaturerkennung

- Drehzahlmessung für CPU/Gehäuse/Stromlüfter

- CPU-Lüftergeräuschdämpfung

- Mehrstuﬁ ge Geschwindigkeitsteuerung für CPU-/

Gehäuselüfter

- Spannungsüberwachung: +12V, +5V, +3.3V, Vcore

Deutsch

ASRock 990FX Extreme4 Motherboard

WARNUNG

Beachten Sie bitte, dass Overclocking, einschließlich der Einstellung im BIOS, Anwenden

der Untied Overclocking-Technologie oder Verwenden von Overclocking-Werkzeugen von

Dritten, mit einem gewissen Risiko behaftet ist. Overclocking kann sich nachteilig auf die

Stabilität Ihres Systems auswirken oder sogar Komponenten und Geräte Ihres Systems

beschädigen. Es geschieht dann auf eigene Gefahr und auf Ihre Kosten. Wir übernehmen

keine Verantwortung für mögliche Schäden, die aufgrund von Overclocking verursacht wur-

den.

VORSICHT!

1. Die ASRock UCC-Funktion (Unlock CPU Core; zu Deutsch: CPU-Kern

freigeben) vereinfacht die AMD-CPU-Aktivierung. Zur Freigabe des zusätzli-

chen CPU-Kerns müssen Sie lediglich die UEFI-Option „Unlock CPU Core“

(zu Deutsch: CPU-Kern freigeben) umschalten – schon proﬁ tieren Sie von

einem Leistungsschub. Wenn die UCC-Funktion aktiviert ist, rüstet die Dual-

Core- oder Triple-Core-CPU auf eine Quad-Core-CPU auf – einige CPUs

(inklusive Quad-Core) können zudem die L3-Cache-Größe auf bis zu 6 MB

anheben; das bedeutet verbesserte CPU-Leistung zu einem geringeren

Preis. Bitte beachten Sie, dass die UCC-Funktion nur bei AM3-CPUs ein-

setzbar ist; die Unterstützung besteht jedoch aufgrund möglicher Fehlfunk-

tionen des verborgenen Kerns einiger CPUs auch nicht zwangsläuﬁ g bei

jeder AM3-CPU.

2. Dieses Motherboard unterstützt die Untied-Übertaktungstechnologie.

Unter “Entkoppelte Übertaktungstechnologie” auf Seite 39 ﬁ nden Sie detail-

lierte Informationen.

Dieses Motherboard unterstützt Dual-Kanal-Speichertechnologie. Vor

Implementierung der Dual-Kanal-Speichertechnologie müssen Sie die

Installationsanleitung für die Speichermodule auf Seite 50 zwecks richtiger

Installation gelesen haben.

4. Ob die Speichergeschwindigkeit 2100 MHz unterstützt wird, hängt von

der von Ihnen eingesetzten AM3/AM3+-CPU ab. Schauen Sie bitte auf

unseren Internetseiten in der Liste mit unterstützten Speichermodulen

nach, wenn Sie DDR3 2100-Speichermodule einsetzen möchten.

ASRock-Internetseite: http://www.asrock.com

5. Durch Betriebssystem-Einschränkungen kann die tatsächliche Speicher-

größe weniger als 4 GB betragen, da unter Windows

7 / Vista™ / XP

Betriebssysteme - Unterstützt Microsoft

Windows

7 / 7 64-Bit / Vista

Vista

64-Bit / XP / XP 64-Bit

Zertiﬁ zierungen - FCC, CE, WHQL

- Gemäß Ökodesign-Richtlinie (ErP/EuP) (Stromversorgung

gemäß Ökodesign-Richtlinie (ErP/EuP) erforderlich)

(siehe VORSICHT 14)

* Für die ausführliche Produktinformation, besuchen Sie bitte unsere Website:

http://www.asrock.com

Deutsch

ASRock 990FX Extreme4 Motherboard

etwas Speicher zur Nutzung durch das System reserviert wird. Unter

Windows

OS mit 64-Bit-CPU besteht diese Einschränkung nicht.

6. Der Mikrofoneingang dieses Motherboards unterstützt Stereo- und Mono-

Modi. Der Audioausgang dieses Motherboards unterstützt 2-Kanal-,

4-Kanal-, 6-Kanal- und 8-Kanal-Modi. Stellen Sie die richtige Verbindung

anhand der Tabelle auf Seite 3 her.

7. ASRock Extreme Tuning Utility (AXTU) ist ein Alles-in-einem-

Werkzeug zur Feineinstellung verschiedener Systemfunktionen an

einer benutzerfreundlichen Schnittstelle; diese beinhaltet

HardwareÜberwachung, Lüftersteuerung, Übertaktung, OC DNA und

IES. Über die Hardware-Überwachung können Sie die Hauptsys-

temdaten einsehen. Die Lüftersteuerung zeigt Ihnen zur Anpassung

Lüftergeschwindigkeit und Temperatur an. Bei der Übertaktung können

Sie die CPU-Frequenz zur Erzielung optimaler Systemleistung übertak-

ten. OC DNA ermöglicht Ihnen die Speicherung Ihrer OC-

Einstellungen als Proﬁ l, welches Sie mit Freunden teilen können. Ihre

Freunde können das OC-Proﬁ l dann in ihrem System laden und so die

gleichen OC-Einstellungen erzielen. Per IES (Intelligent Energy Saver)

kann der Spannungsregulator bei Inaktivität der CPU-Kerne die Anzahl

an Ausgangsphasen zur Steigerung der Efﬁ zienz reduzieren – ohne die

Rechenleistung zu beeinträchtigen. Hinweise zur Bedienung der ASRock

Extreme Tuning Utility (AXTU) ﬁ nden Sie auf unserer Webseite.

ASRock-Webseite: http://www.asrock.com

8. ASRock Instant Flash ist ein im Flash-ROM eingebettetes BIOS-Flash-

Programm. Mithilfe dieses praktischen BIOS-Aktualisierungswerkzeugs

können Sie das System-BIOS aktualisieren, ohne dafür zuerst Betriebs-

systeme wie MS-DOS oder Windows

aufrufen zu müssen. Mit diesem

Programm bekommen Sie durch Drücken der <F6>-Taste während des

POST-Vorgangs oder durch Drücken der <F2>-Taste im BIOS-Setup-

Menü Zugang zu ASRock Instant Flash. Sie brauchen dieses Werkzeug

einfach nur zu starten und die neue BIOS-Datei auf Ihrem USB-Flash-

Laufwerk, Diskettenlaufwerk oder der Festplatte zu

speichern, und schon können Sie Ihr BIOS mit nur wenigen Klickvorgän-

gen ohne Bereitstellung einer zusätzlichen Diskette oder eines ande-

ren komplizierten Flash-Programms aktualisieren. Achten Sie darauf,

dass das USB-Flash-Laufwerk oder die Festplatte das Dateisystem

FAT32/16/12 benutzen muss.

9. Wenn Sie nach einer schnelleren, weniger eingeschränkten Möglich-

keit zur Auﬂ adung Ihrer Apple-Geräte (z. B. iPhone/iPad/iPod touch)

suchen, bietet ASRock Ihnen eine wunderbare Lösung – den ASRock

APP Charger. Installieren Sie einfach den ASRock APP Charger-Treiber;

dadurch lädt sich Ihr iPhone wesentlich schneller über einen Computer

auf – genaugenommen bis zu 40 % schneller als zuvor. Der ASRock APP

Charger ermöglicht Ihnen die schnelle Auﬂ adung mehrerer Apple-Geräte

gleichzeitig; der Ladevorgang wird sogar dann fortgesetzt, wenn der PC

den Ruhezustand (S1), Suspend to RAM-Modus (S3) oder Tiefschlafmo-

dus (S4) aufruft oder ausgeschaltet wird (S5). Nach der

Deutsch

ASRock 990FX Extreme4 Motherboard

Installation des APP Charger-Treibers können Sie im Handumdrehen das

großartigste Ladeerlebnis überhaupt genießen.

ASRock-Webseite: http://www.asrock.com/Feature/AppCharger/index.

asp

10. ASRocks XFast USB dient der Steigerung der Leistungsfähigkeit Ihrer

USB-Speichergeräte. Die Leistung kann je nach Eigenschaften des Gerä-

tes variieren.

11. Durch die ASRock ein/aus-Wiedergabetechnologie können Sie großartige

Klangerlebnisse von portablen Audiogeräten, wie z. B. MP3-Playern oder

Mobiltelefonen, an Ihrem PC genießen – selbst wenn der PC ausge-

schaltet ist (oder sich im ACPI S5-Modus beﬁ ndet)! Dieses Motherboard

wird zudem mit einem kostenlosen Audiokabel (3,5 mm, Klinke) (optional)

geliefert, was eine IT-Umgebung von höchster Benutzerfreundlichkeit

gewährleistet.

12. Obwohl dieses Motherboard stufenlose Steuerung bietet, wird Over-

clocking nicht empfohlen. Frequenzen, die von den empfohlenen CPU-

Busfrequenzen abweichen, können Instabilität des Systems verursachen

oder die CPU beschädigen.

13. Wird eine Überhitzung der CPU registriert, führt das System einen automati-

schen Shutdown durch. Bevor Sie das System neu starten, prüfen Sie bitte,

ob der CPU-Lüfter am Motherboard richtig funktioniert, und stecken Sie bitte

den Stromkabelstecker aus und dann wieder ein. Um die Wärmeableitung

zu verbessern, bitte nicht vergessen, etwas Wärmeleitpaste zwischen CPU

und Kühlkörper zu sprühen.

14. EuP steht für Energy Using Product und kennzeichnet die Ökodesign-Richt-

linie, die von der Europäischen Gemeinschaft zur Festlegung des Ener-

gieverbrauchs von vollständigen Systemen in Kraft gesetzt wurde. Gemäß

dieser Ökodesign-Richtlinie (EuP) muss der gesamte Netzstromverbrauch

von vollständigen Systemen unter 1,00 Watt liegen, wenn sie ausgeschal-

tet sind. Um dem EuP-Standard zu entsprechen, sind ein EuP-fähiges

Motherboard und eine EuP-fähige Stromversorgung erforderlich. Gemäß

einer Empfehlung von Intel muss eine EuP-fähige Stromversorgung dem

Standard entsprechen, was bedeutet, dass bei einem Stromverbrauch von

100 mA die 5-Volt-Standby-Energieefﬁ zienz höher als 50% sein sollte. Für

die Wahl einer EuP-fähigen Stromversorgung empfehlen wir Ihnen, weitere

Details beim Hersteller der Stromversorgung abzufragen.

Deutsch

ASRock 990FX Extreme4 Motherboard

2. Installation

Dies ist ein Motherboard mit einem ATX-Formfaktor (12,0 Zoll x 9,6 Zoll, 30,5 cm x

24,4 cm). Vor Installation des Motherboards müssen Sie die Konﬁ guration Ihres

Gehäuses dahingehend überprüfen, ob das Motherboard dort hineinpasst.

Sicherheitshinweise vor der Montage

Bitte nehmen Sie die folgende Sicherheitshinweise zur Kenntnis, bevor

Sie das Motherboard einbauen oder Veränderungen an den Einstellungen

vornehmen.

Vor dem Ein- oder Ausbauen einer Komponent müssen Sie sicherstellen,

dass der Netzschalter ausgeschaltet oder die Netzleitung von der Steckdose

abgezogen ist. Andernfalls könnten das Motherboard, Peripheriegeräte und/

oder Komponenten schwer beschädigt werden.

1. Trennen Sie das System vom Stromnetz, bevor Sie eine

Systemkomponente berühren, da es sonst zu schweren Schäden am

Motherboard oder den sonstigen internen, bzw. externen Komponenten

kommen kann.

2. Um Schäden aufgrund von statischer Elektrizität zu vermeiden, das

Motherboard NIEMALS auf einen Teppich o.ä.legen. Denken

Sie außerem daran, immer ein geerdetes Armband zu tragen

oder ein geerdetes Objekt aus Metall zu berühren, bevor Sie mit

Systemkomponenten hantieren.

3. Halten Sie Komponenten immer an den Rändern und vermeiden Sie

Berührungen mit den ICs.

4. Wenn Sie Komponenten ausbauen, legen Sie sie immer auf eine

antistatische Unterlage, oder zurück in die Tüte, mit der die Komponente

geliefert wurde.

5. Wenn Sie das Motherboard mit den Schrauben an dem

Computergehäuse befestigen, überziehen Sie bitte die Schrauben nicht!

Das Motherboard kann sonst beschädigt werden.

Deutsch

ASRock 990FX Extreme4 Motherboard

2.1 CPU Installation

Schritt 1: Öffnen Sie den CPU-Sockel, indem sie den Hebel leicht zur Seite und

dann nach oben ziehen, auf einen Winkel von 90°.

Schritt 2: Positionieren Sie die CPU genau so über dem Sockel, dass sich die

Ecke der CPU mit dem goldenen Dreieck exakt über der Ecke des

Sockels beﬁ ndet, die mit einem kleinen Dreieck gekennzeichnet ist.

Schritt 3: Drücken Sie die CPU vorsichtig in den Sockel.

Die CPU sollte problemlos in den Sockel passen. Drücken Sie die CPU

nicht mit Gewalt in den Sockel, damit sich die Pins nicht verbiegen.

Überprüfen Sie die Ausrichtung und suchen nach verbogenen Pins,

sollte die CPU nicht in den Sockel passen.

Schritt 4: Wenn die CPU korrekt im Sockel sitzt, leicht mit dem Finger

draufdrücken und gleichzeitig den Hebel nach unten drücken, bis er

hörbar einrastet.

2.2 Installation des CPU-Lüfters und des Kühlkörpers

Nachdem Sie die CPU auf diesem Motherboard installiert haben, müssen

Sie einen größeren Kühlkörper und Lüfter installieren, um Wärme

abzuleiten. Zwischen CPU und Kühlkörper müssen Sie auch

Wärmeleitpaste auftragen, um die Wärmeableitung zu verbessern.

Vergewissern Sie sich, dass die CPU und der Kühlkörper gut befestigt

sind und einen guten Kontakt zueinander haben. Verbinden Sie dann den

CPU-Lüfter mit dem CPU-LÜFTER-Anschluss (CPU_FAN1, siehe Seite 2,

Nr. 6 oder CPU_FAN2, siehe Seite 2, Nr. 7). Beziehen Sie sich für eine

richtige Installation auf die Handbücher des CPU-Lüfters und des

Kühlkörpers.

SCHRITT 1:

Ziehen Sie den Sockelhe-

bel hoch

SCHRITT 2 / SCHRITT 3:

Richten Sie das goldene

Dreieck der CPU mit dem

kleinen Dreieck der

Sockelecke aus

SCHRITT 4:

Drücken Sie den Sockelhe-

bel nach unten und rasten

Sie ihn ein

Hebel 90°

nach oben

Goldenes Dreieck der

CPU

Kleines Dreieck der

Sockelecke

Deutsch

ASRock 990FX Extreme4 Motherboard

2.3 Installation der Speichermodule (DIMM)

Die Motherboards 990FX Extreme4 bieten vier 240-pol. DDR3 (Double Data Rate

3) DIMM-Steckplätze und unterstützen die Dual-Kanal-Speichertechnologie. Für die

Dual-Kanalkonﬁ guration dürfen Sie nur identische (gleiche Marke, Geschwindigkeit,

Größe und gleicher Chiptyp) DDR3 DIMM-Paare in den Steckplätzen gleicher Farbe

installieren. Mit anderen Worten, sie müssen ein identisches DDR3 DIMM-Paar im

Dual-Kanal A (DDR3_A1 und DDR3_B1; Blau Steckplätze, siehe Seite 2 Nr. 10)

oder ein identisches DDR3 DIMM-Paar im Dual-Kanal B (DDR3_A2 und DDR3_

B2; Weiß Steckplätze, siehe Seite 2 Nr. 11) installieren, damit die Dual-Kanal-

Speichertechnologie aktiviert werden kann. Auf diesem Motherboard können Sie

auch vier DDR3 DIMMs für eine Dual-Kanalkonﬁ guration installieren. Auf diesem

Motherboard können Sie auch vier DDR3 DIMM-Module für eine Dual-Kanalkonﬁ gu-

ration installieren, wobei Sie bitte in allen vier Steckplätzen identische DDR3 DIMM-

Module installieren. Beziehen Sie sich dabei auf die nachstehende Konﬁ gurations-

tabelle für Dual-Kanalspeicher.

1. Installieren Sie das Speichermodul für die erste Priorität im weißen

Steckplatz (DDR3_A2 oder DDR3_B2).

2. Wenn Sie zwei Speichermodule installieren möchten, verwenden Sie

dazu für optimale Kompatibilität und Stabilität Steckplätze gleicher

Farbe. Installieren Sie die beiden Speichermodule also entweder in

den blau Steckplätzen (DDR3_A1 und DDR3_B1) oder den Weiß

Steckplätzen (DDR3_A2 und DDR3_B2).

3. Wenn nur ein Speichermodul oder drei Speichermodule in den DDR3

DIMM-Steckplätzen auf diesem Motherboard installiert sind, kann es

die Dual-Kanal-Speichertechnologie nicht aktivieren.

4. Ist ein Speichermodulpaar NICHT im gleichen “Dual-Kanal” installiert,

z.B. ein Speichermodulpaar wird in DDR3_A1 und DDR3_A2 instal-

liert, kann es die Dual-Kanal-Speichertechnologie nicht aktivieren.

5. Es ist nicht zulässig, DDR oder DDR2 in einen DDR3 Steckplatz zu

installieren; andernfalls könnten Motherboard und DIMMs beschädigt

werden.

Dual-Kanal-Speicherkonﬁ gurationen

DDR3_A1 DDR3_A2 DDR3_B1 DDR3_B2

(Blau) (Weiß) (Blau) (Weiß)

(1) Bestückt - Bestückt -

(2) - Bestückt - Bestückt

(3) Bestückt Bestückt Bestückt Bestückt

* Für Konﬁ guration (3) installieren Sie bitte identische DDR3 DIMMs in allen vier

Steckplätzen.

Deutsch

ASRock 990FX Extreme4 Motherboard

Einsetzen eines DIMM-Moduls

Achten Sie darauf, das Netzteil abzustecken, bevor Sie DIMMs oder

Systemkomponenten hinzufügen oder entfernen.

Schritt 1: Öffnen Sie einen DIMM-Slot, indem Sie die seitlichen Clips nach außen

drücken.

Schritt 2: Richten Sie das DIMM-Modul so über dem Slot aus, dass das Modul mit

der Kerbe in den Slot passt.

Die DIMM-Module passen nur richtig herum eingelegt in die Steckplät-

ze. Falls Sie versuchen, die DIMM-Module mit Gewalt falsch herum

in die Steckplätze zu zwingen, führt dies zu dauerhaften Schäden am

Mainboard und am DIMM-Modul.

Schritt 3: Drücken Sie die DIMM-Module fest in die Steckplätze, so dass die

Halteklammern an beiden Enden des Moduls einschnappen und das

DIMM-Modul fest an Ort und Stelle sitzt.

6. Wenn Sie DDR3 2100-Speichermodule für dieses Motherboard

übernehmen, wird empfohlen, sie in den DDR3_A2- und DDR3_B2-

Steckplätzen zu installieren.

Deutsch

ASRock 990FX Extreme4 Motherboard

2.4 Erweiterungssteckplätze: (PCI- und PCI Express-Slots):

Es stehen 2 PCI- und 5 PCI Express-Slot auf dem 990FX EXtreme4 Motherboard

zur Verfügung.

PCI-Slots: PCI-Slots werden zur Installation von Erweiterungskarten mit dem

32bit PCI-Interface genutzt.

PCI Express-Slots:

PCIE1 / PCIE3 (PCIE x1-Steckplatz; weiß) wird für PCI

Express x1 Lane-Breite-Karten verwendet, z.B. Gigabit LAN-

Karte, SATA2-Karte.

PCIE2 / PCIE4 (PCIE x16-Steckplatz; blau) wird für PCI

Express x16 Lane-Breite-Graﬁ kkarten oder für die

Installation von PCI Express-Graﬁ kkarten verwendet, um die

CrossFireX

-Funktion zu unterstützen.

PCIE5 (PCIE x16-Steckplatz; blau) wird für PCI Express x4

Lane-Breite-Karten verwendet, oder für die Installation von

PCI Express-Graﬁ kkarten, um die 3-Way CrossFireX

Funktion zu unterstützen.

1. Im Einzel-VGA-Kartenmodus wird empfohlen, eine PCI Express

x16-Graﬁ kkarte im PCIE2-Steckplatz zu installieren.

2. Im CrossFireX

-Modus oder SLI

-Modus installieren Sie PCI

Express x16-Graﬁ kkarten in den PCIE2- und PCIE4-Steckplätzen.

Daher funktionieren diese zwei Steckplätze mit x16-Bandbreite.

3. Im 3-Way CrossFireX

-Modus installieren Sie PCI Express x16-

Graﬁ kkarten in den PCIE2-, PCIE4- und PCIE5-Steckplätzen. Daher

funktioniert der PCIE2- und PCIE4-Steckplätz mit x16-Bandbreite, die

PCIE5-Steckplätze aber mit x4-Bandbreite.

4. Verbinden Sie einen Gehäuselüfter mit dem Motherboard-

Gehäuselüfteranschluss (CHA_FAN1, CHA_FAN2 oder

CHA_FAN3), wenn Sie mehrere Graﬁ kkarten für eine bessere

Wärmeumgebung verwenden.

Einbau einer Erweiterungskarte

Schritt 1: Bevor Sie die Erweiterungskarte installieren, vergewissern Sie sich,

dass das Netzteil ausgeschaltet und das Netzkabel abgezogen ist.

Bitte lesen Sie die Dokumentation zur Erweiterungskarte und nehmen

Sie nötige Hardware-Einstellungen für die Karte vor, ehe Sie mit der

Installation beginnen.

Schritt 2: Entfernen Sie das Abdeckungsblech (Slotblende) von dem

Gehäuseschacht (Slot) , den Sie nutzen möchten und behalten die

Schraube für den Einbau der Karte.

Schritt 3: Richten Sie die Karte über dem Slot aus und drücken Sie sie ohne

Gewalt hinein, bis sie den Steckplatz korrekt ausfüllt.

Schritt 4: Befestigen Sie die Karte mit der Schraube aus Schritt 2.

Deutsch

ASRock 990FX Extreme4 Motherboard

2.5 SLI

- und Quad SLI

-Bedienungsanleitung

Dieses Motherboard unterstützt NVIDIA

SLI

- und Quad SLI

- (Scalable Link

Interface) Technologie, die Ihnen die Installation von bis zu zwei identischen PCI Ex-

press x16-Graﬁ kkarten gestattet. Derzeit unterstützt die NVIDIA

SLI

-Technologie

die Betriebssysteme Windows

7 / 7 64-Bit / Vista

/ Vista

64-Bit/ XP / XP 64-Bit.

Die NVIDIA

Quad SLI

-Technologie unterstützt nur die Betriebssysteme Windows

7 / 7 64-Bit / Vista

/ Vista

64-Bit. Beachten Sie den detailliert erklärten Installa-

tionsablauf auf Seite 17.

2.6 CrossFireX

-, 3-Way CrossFireX

- und Quad CrossFireX

Bedienungsanleitung

Dieses Motherboard unterstützt die CrossFireX

-, 3-Way CrossFireX

- und Quad

CrossFireX

-Funktion. CrossFireX

-Technologie bietet die am vorteilhaftesten

zur Verfügung stehende Methode zur Kombination mehrerer leistungsstarker

Graﬁ kprozessoren (GPU) in einem einzelnen PC. Die Kombination einer Reihe

unterschiedlicher Betriebsmodi mit intelligentem Softwaredesign und einem in-

novativen Schaltmechanismus ermöglicht CrossFireX

die optimalste Leistung und

Bildqualität in einer 3D-Anwendung. Derzeit wird die CrossFireX

-Funktion von

den Betriebssystemen Windows

XP mit Service Pack 2 / Vista

/ 7 unterstützt. Die

3-Way CrossFireX

-und Quad CrossFireX

-Funktion wird nur vom Betriebssystem

Windows

Vista

/ 7 unterstützt. Schauen Sie auf der AMD-Website nach, ob es

AMD

CrossFireX

-Treiber-Updates gibt. Beachten Sie den detailliert erklärten

Installationsablauf auf Seite

20.

Schritt 5. Befestigen Sie die Karte mit Schrauben am Gehäuse.

Schritt 6. Bringen Sie die Systemabdeckung wieder an.

Deutsch

ASRock 990FX Extreme4 Motherboard

2.7 Einstellung der Jumper

Die Abbildung verdeutlicht, wie Jumper

gesetzt werden. Werden Pins durch

Jumperkappen verdeckt, ist der Jumper

“gebrückt”. Werden keine Pins durch Jump-

erkappen verdeckt, ist der Jumper “offen”.

Die Abbildung zeigt einen 3-Pin Jumper

dessen Pin1 und Pin2 “gebrückt” sind, bzw.

es befindet sich eine Jumper-Kappe auf

diesen beiden Pins.

Jumper Einstellun

CMOS löschen

(CLRCMOS1, 3-Pin jumper)

(siehe S.2, No. 3)

Hinweis: CLRCMOS1 erlaubt Ihnen das Löschen der CMOS-Daten. Diese beinhal-

ten das System-Passwort, Datum, Zeit und die verschiedenen BIOS-Para-

meter. Um die Systemparameter zu löschen und auf die Werkseinstellung

zurückzusetzen, schalten Sie bitte den Computer ab und entfernen das

Stromkabel. Benutzen Sie eine Jumperkappe, um die

Pin 2 und Pin 3 an CLRCMOS1 für 5 Sekunden kurzzuschließen. Bitte

vergessen Sie nicht, den Jumper wieder zu entfernen, nachdem das

CMOS gelöscht wurde. Bitte vergessen Sie nicht, den Jumper wieder zu

entfernen, nachdem das CMOS gelöscht wurde. Wenn Sie den CMOS-

Inhalt gleich nach dem Aktualisieren des BIOS löschen müssen, müssen

Sie zuerst das System starten und dann wieder ausschalten, bevor Sie

den CMOS-Inhalt löschen.

Gebrückt Offen

CMOS

löschen

Default-

Einstellung

Der CMOS löschen-Schalter hat dieselbe Funktion wie der CMOS

löschen-Jumper.

Deutsch

ASRock 990FX Extreme4 Motherboard

Serial ATA- (SATA-) SJedes Ende des SATA

Datenkabel Datenkabels kann an die

(Option)

SATA3 Festplatte oder das

SATA3 Verbindungsstück auf

dieser Hauptplatine

angeschlossen werden.

Audiokabel (3,5 mm, Klinke) Beide Enden des 3,5-mm-Klin

(Option)

kenaudiokabels können an

portable Audiogeräte, wie z. B.

MP3-Player und Mobiltelefone,

oder den Line-in-Port Ihres PCs

angeschlossen werden.

Deutsch

die rotgestreifte Seite auf Stift 1

2.8 Integrierte Header und Anschlüsse

Integrierte Header und Anschlüsse sind KEINE Jumper. Setzen Sie KE-

INE Jumperkappen auf diese Header und Anschlüsse. Wenn Sie Jump-

erkappen auf Header und Anschlüsse setzen, wird das Motherboard

unreparierbar beschädigt!

Anschluss für das

Floppy-Laufwerk

(33-Pin FLOPPY1)

(siehe S.2 - No. 30)

Hinweis: Achten Sie darauf, dass die rotgestreifte Seite des Kabel mit der Stift 1-

Seite des Anschlusses verbunden wird.

Primärer IDE-Anschluss (Blau)

(39-pin IDE1, siehe S.2 - No. 18)

Blauer Anschluss Schwarzer Anschluss

zum Motherboard zur Festplatte

80-adriges ATA 66/100/133 Kabel

Hinweis: Details entnehmen Sie bitte den Anweisungen Ihres IDE-Gerätehändlers.

Verbindung zum

Netzteil

Verbindung zum

SATA-HDD-Stromanschluss

Serial ATA- (SATA-) Verbinden Sie das schwarze

Stromversorgungskabel Ende des SATA-Netzkabels mit

(Option)

dem Netzanschluss am

Laufwerk. Verbinden Sie dann

das weiße Ende des SATA-

Stromversorgungskabels mit

dem Stromanschluss des

Netzteils.

ASRock 990FX Extreme4 Motherboard

USB 3.0-Header Neben zwei Standard-USB

(19-pol. USB3_0_1)

3.0-Ports am E/A-Panel

(siehe S.2 - No. 28)

beﬁ ndet sich ein USB 3.0-

Header an diesem

Motherboard. Dieser USB 3.0-

Header kann zwei USB 3.0-

Ports unterstützen.

Infrarot-Modul-Header Dieser Header unterstützt ein

(5-pin IR1)

optionales, drahtloses Sende-

(siehe S.2 - No. 44)

und Empfangs-Infrarotmodul.

Deutsch

USB 2.0-Header Zusätzlich zu den sechs

(9-pol. USB2_3)

üblichen USB 2.0-Ports an den

(siehe S.2 - No. 14)

I/O-Anschlüssen beﬁ nden sich

zwei USB 2.0-

Anschlussleisten am

Motherboard. Pro USB 2.0-

Anschlussleiste werden zwei

(9-pol. USB8_9)

USB 2.0-Ports unterstützt.

(siehe S.2 - No. 13)

Seriell-ATA3-Anschlüsse Diese acht Serial ATA3-

(SATA3_1_2: siehe S.2 - No. 21)

(SATA3-)Verbínder

(SATA3_3_4: siehe S.2 - No. 20)

unterstützten SATA-Datenkabel

(SATA3_5_6: siehe S.2 - No. 19)

für interne

(SATA3_7: siehe S.2 - No. 32)

Massenspeichergeräte. Die

(SATA3_8: siehe S.2 - No. 19)

aktuelle SATA3- Schnittstelle

ermöglicht eine

Datenübertragungsrate bis

6,0 Gb/s.

SATA3_1_2 SATA3_3_4 SATA3_5_6

SATA3_8 SATA3_7

P-3

P+3

GND

DUMMY

USB_PWR

P-2

P+2

GND

P-9

P+9

GND

DUMMY

USB_PWR

P-8

P+8

GND

ASRock 990FX Extreme4 Motherboard

System Panel-Header Dieser Header unterstützt

(9-pin PANEL1)

mehrere Funktion der

(siehe S.2 - No. 29)

Systemvorderseite.

1. High Deﬁ nition Audio unterstützt Jack Sensing (automatische Erkennung

falsch angeschlossener Geräte), wobei jedoch die Bildschirmverdrahtung

am Gehäuse HDA unterstützen muss, um richtig zu funktionieren.

Beachten Sie bei der Installation im System die Anweisungen in unserem

Handbuch und im Gehäusehandbuch.

2. Wenn Sie die AC’97-Audioleiste verwenden, installieren Sie diese wie

nachstehend beschrieben an der Front-Audioanschlussleiste:

A. Schließen Sie Mic_IN (MIC) an MIC2_L an.

B. Schließen Sie Audio_R (RIN) an OUT2_R und Audio_L (LIN) an OUT2_L an.

C. Schließen Sie Ground (GND) an Ground (GND) an.

D. MIC_RET und OUT_RET sind nur für den HD-Audioanschluss gedacht. Diese

Anschlüsse müssen nicht an die AC’97-Audioleiste angeschlossen werden.

E. So aktivieren Sie das Mikrofon an der Vorderseite.

Bei den Betriebssystemen Windows

XP / XP 64 Bit:

Wählen Sie „Mixer“. Wählen Sie „Recorder“ (Rekorder). Klicken Sie dann

auf „FrontMic“ (Vorderes Mikrofon).

Bei den Betriebssystemen Windows

7 / 7 64 Bit / Vista

/ Vista

64 Bit:

Wählen Sie im Realtek-Bedienfeld die „FrontMic“ (Vorderes Mikrofon)-

Registerkarte. Passen Sie die „Recording Volume“ (Aufnahmelautstärke)

an.

Schließen Sie die Ein-/Austaste, die Reset-Taste und die

Systemstatusanzeige am Gehäuse an diesen Header an; befolgen Sie

dabei die nachstehenden Hinweise zur Pinbelegung. Beachten Sie die

positiven und negativen Pins, bevor Sie die Kabel anschließen.

Deutsch

Interne Audio-Anschlüsse Diese ermöglichen Ihnen

(4-Pin CD1)

Stereo-Signalquellen, wie z. B.

(siehe S.2 - No. 42)

CD-ROM, DVD-ROM, TV-Tuner

oder MPEG-Karten mit Ihrem

System zu verbinden.

CD1

Anschluss für Audio auf Dieses Interface zu einem

der Gehäusevorderseite Audio-Panel auf der Vorder

(9-Pin HD_AUDIO1)

seite Ihres Gehäuses,

(siehe S.2 - No. 43)

ermöglicht Ihnen eine bequeme

Anschlussmöglichkeit und

Kontrolle über Audio-Geräte.

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

ASRock 990FX Extreme4 Motherboard

PWRBTN (Ein-/Ausschalter):

Zum Anschließen des Ein-/Ausschalters an der Frontblende des Gehäu

ses. Sie können konﬁ gurieren, wie das System mit Hilfe des

Ein-/Ausschalters ausgeschaltet werden können soll.

RESET (Reset-Taste):

Zum Anschließen der Reset-Taste an der Frontblende des Gehäuses.

Mit der Reset-Taste können Sie den Computer im Falle eines Absturzes

neu starten.

PLED (Systembetriebs-LED):

Zum Anschließen der Betriebsstatusanzeige an der Frontblende des

Gehäuses. Die LED leuchtet, wenn das System in Betrieb ist. Die LED

blinkt, wenn sich das System im Ruhezustand S1 beﬁ ndet. Die LED

schaltet sich aus, wenn sich das System in den Modi S3/S4 beﬁ ndet

oder ausgeschaltet ist (S5).

HDLED (Festplattenaktivitäts-LED):

Zum Anschließen der Festplattenaktivitäts-LED an der Frontblende des

Gehäuses. Die LED leuchtet, wenn die Festplatte Daten liest oder

schreibt.

Das Design der Frontblende kann je nach Gehäuse variiere. Ein

Frontblendenmodul besteht hauptsächlich aus einer Ein-/Austaste, einer

Reset-Taste, einer Betriebs-LED, einer Festplattenaktivitäts-LED,

Lautsprechern, etc. Stellen Sie beim Anschließen des

Frontblendenmoduls Ihres Gehäuses an diesem Header sicher, dass die

Kabel- und Pinbelegung korrekt übereinstimmen.

Gehäuse- und Stromlüfteranschlüsse Verbinden Sie die Lüfterkabel

(4-pin CHA_FAN1)

mit den Lüfteranschlüssen,

(siehe S.2, No. 45)

wobei der schwarze Draht an

den Schutzleiterstift

Betriebs-LED-Header Bitte schließen Sie die

(3-pin PLED1)

Betriebs-LED des Gehäuses

(siehe S.2 - No. 22)

zur Anzeige des

Systembetriebsstatus an

diesem Header an. Die LED

leuchtet, wenn das System in

Betrieb ist. Die LED blinkt im

S1-Zustand. Im S3-/S4- oder

S5-Zustand (ausgeschaltet)

leuchtet die LED nicht.

Gehäuselautsprecher-Header Schließen Sie den

(4-pin SPEAKER1)

Gehäuselautsprecher an

(siehe S.2 - No. 23)

diesen Header an.

+5V

DUMMY

SPEAKER

Deutsch

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

ASRock 990FX Extreme4 Motherboard

CPU-Lüfteranschluss Verbinden Sie das CPU -

(4-pin CPU_FAN1)

Lüfterkabel mit diesem

(siehe S.2 - No. 6)

Anschluss und passen Sie den

schwarzen Draht dem

Erdungsstift an.

Pins 1–3 anschließen

Lüfter mit dreipoligem Anschluss installieren

Obwohl dieses Motherboard einen vierpoligen CPU-Lüfteranschluss

(Quiet Fan) bietet, können auch CPU-Lüfter mit dreipoligem Anschluss

angeschlossen werden; auch ohne Geschwindigkeitsregulierung. Wenn

Sie einen dreipoligen CPU-Lüfter an den CPU-Lüferanschluss dieses

Motherboards anschließen möchten, verbinden Sie ihn bitte mit den

Pins 1 – 3.

(3-pin CPU_FAN2)

(siehe S.2 - No. 7)

1 2 3 4

GND

+12V

CPU_FAN_SPEED

FAN_SPEED_CONTROL

GND

+12V

CPU_FAN_SPEED

ATX-Netz-Header Verbinden Sie die ATX-

(24-pin ATXPWR1)

Stromversorgung mit diesem

(siehe S.2 - No. 12)

Header.

Installation eines 20-pol. ATX-Netzteils

Obwohl dieses Motherboard einen 24-pol. ATX-

Stromanschluss bietet, kann es auch mit einem

modiﬁ zierten traditionellen 20-pol. ATX-Netzteil

verwendet werden. Um ein 20-pol. ATX-Netzteil zu

verwenden, stecken Sie den Stecker mit Pin 1 und

Pin 13 ein.

Deutsch

GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

(3-pin CHA_FAN2)

angeschlossenwird. CHA_

(siehe S.2 - No. 4)

FAN1/2/3-Lüftergeschwindigkeit

kann über UEFI oder AXTU

gesteuert werden.

(3-pin CHA_FAN3)

(siehe S.2 - No. 2)

(3-pin PWR_FAN1)

(siehe S.2 - No. 40)

GND

+12V

PWR_FAN_SPEED

ASRock 990FX Extreme4 Motherboard

COM-Anschluss-Header Dieser COM-Anschluss-

(9-pin COM1)

Header wird verwendet, um

(siehe S.2 - No. 31)

ein COM-Anschlussmodul zu

unterstützen.

IEEE-1394 Header Außer einem vorgegebenem

(9-

pin FRONT_1394)

IEEE-1394 Port auf dem Ein-/

(siehe S.2 - No. 15)

Ausgabe Paneel, gibt es einen

IEEE-1394 Header

(FRONT_1394) auf dieser

Hauptplatine. Dieser IEEE-1394

Header kann einen IEEE-1394

Port unterstützen.

DDTR#1

DDSR#1

CCTS#1

RRI# 1

DDCD#1

RRXD1

TTXD1

RRTS#1

GND

HDMI_SPDIF-Anschluss Der HDMI_SPDIF-Anschluss

(2-pin HDMI_SPDIF1)

stellt einen SPDIF-

(siehe S.2 - No. 1)

Audioausgang für eine HDMI-

VGA-Karte zur Verfügung und

ermöglicht den Anschluss von

HDMI-Digitalgeräten wie

Fernsehgeräten, Projektoren,

LCD-Geräten an das System.

Bitte verbinden Sie den

HDMI_SPDIF-Anschluss der

HDMI-VGA-Karte mit diesem

Anschluss.

Deutsch

Installation der 4-Pin ATX 12V Energieversorgung

Obwohl diese Hauptplatine 8-Pin ATX 12V Stromanschluss zur

Verfügung stellt, kann sie noch arbeiten, wenn Sie einen

traditionellen 4-Pin ATX 12V Energieversorgung adoptieren. Um die

4-Pin ATX Energieversorgung zu verwenden, stecken Sie bitte Ihre

Energieversorgung zusammen mit dem Pin 1 und Pin 5 ein.

ATX 12V Anschluss Bitte schließen Sie an diesen

(8-pin ATX12V1)

Anschluss die ATX 12V

(siehe S.2 - No. 5)

Stromversorgung an.

8 5

4 1

8 5

4 1

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

ASRock 990FX Extreme4 Motherboard

Installationsanleitung der USB 3.0-Frontblende

Installieren Sie die USB 3.0-Frontblende im

2,5 Zoll-Festplatteneinschub des Gehäuses.

Schritt 3

Schritt 4

Die USB 3.0-Frontblende ist nun

einsatzbereit.

Schließen Sie das Kabel der

USB 3.0-Frontblende am USB 3.0-Header

(USB3_0_1) am Motherboard an.

Schritt 5

Schritt 6

Montieren Sie die USB 3.0-Frontblende

mit sechs Gehäuseschrauben am

Festplatteneinschub.

Schritt 1

Schritt 2

Halten Sie die mitgelieferte USB 3.0-

Frontblende, vier Festplattenschrauben

und sechs Gehäuseschrauben bereit.

Montieren Sie die 2,5 Zoll-HDD/SSD

mit vier Festplattenschrauben an der

USB 3.0-Frontblende.

Installationsanleitung zum USB 3.0-Blech an der Rückwand

Schließen Sie das USB 3.0-Kabel an

das USB 3.0-Blech an.

Lösen Sie die beiden Schrauben am

USB 3.0-Panel.

Setzen Sie das USB 3.0-Blech an

der Rückwand des Gehäuses ein.

Fixieren Sie das USB 3.0-Blech mit

Schrauben an der Rückwand.

Schritt 1

Schritt 3

Schritt 2

Schritt 4

Deutsch

ASRock 990FX Extreme4 Motherboard

2.9 Schnellschalter

Dieses Motherboard besitzt drei Schnellschalter: Netzschalter, Rücksetzschalter

(Reset) und CMOS löschen-Schalter, mit denen Benutzer das System schnell ein-/

ausschalten oder zurücksetzen oder die CMOS-Werte löschen können.

Netzschalter Der Netzschalter ist ein

(PWRBTN)

Schnellschalter, mit dem

(siehe S.2 - No. 26)

Benutzer das System schnell

ein-/ausschalten können.

Rücksetzschalter (Reset) Der Rücksetzschalter (Reset)

(RSTBTN)

ist ein Schnellschalter, mit dem

(siehe S.2 - No. 25)

Benutzer das System schnell

zurücksetzen können.

CMOS löschen-Schalter Der CMOS löschen-Schalter ist

(CLRCBTN)

ein Schnellschalter, mit dem

(siehe S.3 - No. 17)

Benutzer die CMOS-Werte

schnell löschen können.

Deutsch

ASRock 990FX Extreme4 Motherboard

2.13 Windows

7 / 7 64-Bit / Vista

/ Vista

64-Bit / XP /

XP 64-Bit ohne RAID-Funktionalität installieren

Wenn Sie Windows

7 / 7 64-Bit / Vista

/ Vista

64-Bit / XP / XP 64-Bit ohne

RAID-Funktionalität auf Ihren SATA / SATAII / SATA3-Festplatten installieren, dann

folgen Sie bitte je nach dem zu installierenden Betriebssystem den folgenden Schrit-

ten.

2.11 Treiberinstallation

Zur Treiberinstallation Sie bitte die Unterstützungs-CD in Ihr optisches Laufwerk

ein. Anschließend werden die mit Ihrem System kompatiblen Treiber automatisch

erkannt und auf dem Bildschirm angezeigt. Zur Installation der nötigen Treiber ge-

hen Sie bitte der Reihe nach von oben nach unten vor. Nur so können die von Ihnen

installierten Treiber richtig arbeiten.

2.13.1 Windows

XP / XP 64-Bit ohne RAID-Funktionalität

installieren

Wenn Sie Windows

XP / XP 64-Bit ohne RAID-Funktionalität auf Ihren SATA /

SATAII / SATA3-Festplatten installieren, gehen Sie bitte wie folgt vor.

2.12 Windows

7 / 7 64-Bit / Vista

/ Vista

64-Bit / XP / XP 64-Bit

mit RAID-Funktionalität installieren

Wenn Sie die Betriebssysteme Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP

/ XP 64-bit auf Ihren SATA- / SATAII- / SATA3- Festplatten mit RAID-Funktionalität

installieren möchten, entnehmen Sie die detaillierten Schritte bitte dem Dokument,

das Sie unter folgendem Pfad auf der Unterstützungs-CD ﬁ nden:

..\ RAID Installation Guide

2.10 Debug-LED

Die integrierte Debug-LED liefert Codeinformationen, die eine Fehlerbehebung er-

leichtern. Siehe die Abbildungen auf den Seite

n 34, 35, 36 und 37 zum Ablesen der

Debug-LED-Codes.

Verwendung von SATA / SATAII / SATA3-Festplatten ohne NCQ-Funktionen

SCHRITT 1: Konﬁ gurieren Sie UEFI.

A.Rufen Sie im UEFI-DIENSTPROGRAMM den Bildschirm

→

„Erweitert“

und

→

„Storage-Konﬁ guration“ auf.

B.Stellen Sie “SATA Mode” (SATA-Modus) auf [IDE]. (Für SATA3_1 zu SATA3_6.)

Stellen Sie “Marvell SATA3 Operation Mode” (SATA-Modus) auf [IDE]. (Für

SATA3_7 und SATA3_8.)

SCHRITT 2: Installieren Sie Windows

XP / XP 64-Bit in Ihrem System.

Deutsch

ASRock 990FX Extreme4 Motherboard

SCHRITT 1: Konﬁ gurieren Sie UEFI.

A.Rufen Sie im UEFI-DIENSTPROGRAMM den Bildschirm

→

„Erweitert“

und

→

„Storage-Konﬁ guration“ auf.

B.Stellen Sie “SATA Mode” (SATA-Modus) auf [AHCI]. (Für SATA3_1 zu SATA3_6.)

Stellen Sie “Marvell SATA3 Operation Mode” (SATA-Modus) auf [AHCI]. (Für

SATA3_7 und SATA3_8.)

SCHRITT 2: Installieren Sie Windows

7 / 7 64-Bit / Vista

/ Vista

64-Bit in

Ihrem System.

Verwendung von SATA3-Festplatten mit NCQ und Hot-Plug-Funktionen

SCHRITT 1: Konﬁ gurieren Sie UEFI.

A.Rufen Sie im UEFI-DIENSTPROGRAMM den Bildschirm

→

„Erweitert“

und

→

„Storage-Konﬁ guration“ auf.

B.Stellen Sie “SATA Mode” (SATA-Modus) auf [IDE]. (Für SATA3_1 zu SATA3_6.)

Stellen Sie “Marvell SATA3 Operation Mode” (SATA-Modus) auf [IDE]. (Für

SATA3_7 und SATA3_8.)

SCHRITT 2: Installieren Sie Windows

7 / 7 64-Bit / Vista

/ Vista

64-Bit in

Ihrem System.

Verwendung von SATA3-Festplatten ohne NCQ und Hot-Plug-Funktionen

2.13.2 Installation von Windows

7 / 7 64-Bit / Vista

Vista

64-Bit ohne RAID-Funktionen

Wenn Sie Windows

7 / 7 64-Bit / Vista

/ Vista

64-Bit ohne RAID-Funktionalität

auf Ihren SATA3-Festplatten installieren, gehen Sie bitte wie folgt vor.

Deutsch

ASRock 990FX Extreme4 Motherboard

3. BIOS-Information

Das Flash Memory dieses Motherboards speichert das Setup-Utility. Drücken Sie

<F2> oder <Del> während des POST (Power-On-Self-Test) um ins Setup zu gelan-

gen, ansonsten werden die Testroutinen weiter abgearbeitet. Wenn Sie ins Setup

gelangen wollen, nachdem der POST durchgeführt wurde, müssen Sie das System

über die Tastenkombination <Ctrl> + <Alt> + <Delete> oder den Reset-Knopf auf

der Gehäusevorderseite, neu starten. Natürlich können Sie einen Neustart auch

durchführen, indem Sie das System kurz ab- und danach wieder anschalten.

Das Setup-Programm ist für eine bequeme Bedienung entwickelt worden. Es ist ein

menügesteuertes Programm, in dem Sie durch unterschiedliche Untermenüs scrol-

len und die vorab festgelegten Optionen auswählen können. Für detaillierte Infor-

mationen zum BIOS-Setup, siehe bitte das Benutzerhandbuch (PDF Datei) auf der

Support CD.

4. Software Support CD information

Dieses Motherboard unterstützt eine Reiche von Microsoft

Windows

Betriebssys-

temen: 7 / 7 64-Bit / Vista

/ Vista

64-Bit / XP / XP 64-Bit. Die Ihrem Motherboard

beigefügte Support-CD enthält hilfreiche Software, Treiber und Hilfsprogramme, mit

denen Sie die Funktionen Ihres Motherboards verbessern können Legen Sie die

Support-CD zunächst in Ihr CD-ROM-Laufwerk ein. Der Willkommensbildschirm

mit den Installationsmenüs der CD wird automatisch aufgerufen, wenn Sie die

“Autorun”-Funktion Ihres Systems aktiviert haben.

Erscheint der Wilkommensbildschirm nicht, so “doppelklicken” Sie bitte auf das File

ASSETUP.EXE im BIN-Verzeichnis der Support-CD, um die Menüs aufzurufen.

Das Setup-Programm soll es Ihnen so leicht wie möglich machen. Es ist menüges-

teuert, d.h. Sie können in den verschiedenen Untermenüs Ihre Auswahl treffen und

die Programme werden dann automatisch installiert.

Deutsch

ASRock 990FX Extreme4 Motherboard

1. Introduction

Merci pour votre achat d’une carte mère ASRock 990FX Extreme4, une carte mère

très ﬁ able produite selon les critères de qualité rigoureux de ASRock. Elle offre des

performances excellentes et une conception robuste conformément à l’engagement

d’ASRock sur la qualité et la ﬁ abilité au long terme.

Ce Guide d’installation rapide présente la carte mère et constitue un guide

d’installation pas à pas. Des informations plus détaillées concernant la carte

mère pourront être trouvées dans le manuel l’utilisateur qui se trouve sur le CD

d’assistance.

Les spéciﬁ cations de la carte mère et le BIOS ayant pu être mis à

jour, le contenu de ce manuel est sujet à des changements sans

notiﬁ cation. Au cas où n’importe qu’elle modiﬁ cation intervenait sur ce

manuel, la version mise à jour serait disponible sur le site web

ASRock sans nouvel avis. Vous trouverez les listes de prise en

charge des cartes VGA et CPU également sur le site Web ASRock.

Site web ASRock, http://www.asrock.com

Si vous avez besoin de support technique en relation avec cette carte

mère, veuillez consulter notre site Web pour de plus amples

informations particulières au modèle que vous utilisez.

www.asrock.com/support/index.asp

1.1 Contenu du paquet

Carte mère ASRock 990FX Extreme4

(Facteur de forme ATX: 12.0 pouces x 9.6 pouces, 30.5 cm x 24.4 cm)

Guide d’installation rapide ASRock 990FX Extreme4

CD de soutien ASRock 990FX Extreme4

Un câble ruban IDE Ultra ATA 66/100/133 80 conducteurs

Un câble ruban pour un lecteur de disquettes 3,5 pouces

Quatre câbles de données de série ATA (SATA) (en option)

Deux câble d’alimentation de série ATA (SATA) HDD (en option)

Un Câble audio 3,5mm (en option)

Un I/O Panel Shield

Un panneau avant USB 3.0

Quatre HDD vis

Six châssis vis

Un support arrière USB 3.0

Un carte 2S_Pont_ASRock SLI

ASRock vous rappelle...

Pour bénéﬁ cier des meilleures performances sous Windows

7 / 7 64 bits

/ Vista

64 bits, il est recommandé de paramétrer l'option BIOS

dans Conﬁ guration de stockage en mode AHCI. Pour plus de détails sur

l'installation BIOS, référez-vous au "Mode d'emploi" sur votre CD de sup-

port.

Français

ASRock 990FX Extreme4 Motherboard

Français

1.2 Spécifications

Format - Facteur de forme ATX:

12.0 pouces x 9.6 pouces, 30.5 cm x 24.4 cm

- Accessoires de Carte mère (condensateurs 100% polymère

conducteur de haute qualité fabriqué au Japon)

CPU - Prise en charge des processeurs sur socket AM3+

- Prise en charge des processeurs sur socket AM3:

Processeur Phenom

II X6 / X4 / X3 / X2 (sauf 920 / 940) /

Athlon II X4 / X3 / X2 / Sempron d’AMD

- Prêt pour processeurs Huit-Core

- Supporte UCC (Unlock CPU Core) (voir ATTENTION 1)

- Conception avancée V8 + 2 Power Phase

- Supporte les processeurs jusqu’à 140W

- Supporte la technologie Cool ‘n’ Quiet

d’AMD

- FSB 2600 MHz (5.2 GT/s)

- Prend en charge la technologie Untied Overclocking

(voir ATTENTION 2)

- Prise en charge de la technologie Hyper Transport 3.0

(HT 3.0)

Chipsets - Northbridge: AMD 990FXFX

- Southbridge: AMD SB950

Mémoire - Compatible avec la Technologie de Mémoire à Canal

Double (voir ATTENTION 3)

- 4 x slots DIMM DDR3

- Supporter DDR3 2100(OC)/1866/1600/1333/1066/800

non-ECC, sans amortissement mémoire

(voir ATTENTION 4)

- Capacité maxi de mémoire système: 32GB

(voir ATTENTION 5)

Slot d’extension - 3 x slots PCI Express 2.0 x16

(PCIE2/PCIE4 : mode x16 ; PCIE5 : mode x4)

- 2 x slots PCI Express 2.0 x1

- 2 x slots PCI

- Prend en charge AMD

Quad CrossFireX

, 3-Way

CrossFireX

et CrossFireX

- Prend en charge NVIDIA

Quad SLI

et SLI

Audio - 7,1 CH HD Audio avec protection de contenu

(Realtek ALC892 Audio Codec)

- Prise en charge de l’audio Premium Blu-ray

LAN - PCIE x1 Gigabit LAN 10/100/1000 Mb/s

ASRock 990FX Extreme4 Motherboard

- Broadcom BCM57781

- Supporte du Wake-On-LAN

- Prend en charge la norme Energy Efﬁ cient Ethernet

(Ethernet à efﬁ cacité énergétique) 802.3az

- Support de PXE

Panneau arrière I/O Panel

- 1 x port souris PS/2

- 1 x port clavier PS/2

- 1 x Port de sortie coaxial SPDIF

- 1 x Port de sortie optique SPDIF

- 6 x ports USB 2.0 par défaut

- 2 x ports USB 3.0 par défaut

- 1 x Connecteur eSATA3

- 1 x port LAN RJ-45 avec LED (ACT/LED CLIGNOTANTE et

LED VITESSE)

- 1 x port IEEE 1394

- 1 x interrupteur d’effacement du CMOS

- Prise HD Audio: Haut-parleur latéral / Haut-parleur arrière /

Central /Basses / Entrée Ligne / Haut-parleur frontal /

Microphone (voir ATTENTION 6)

SATA3 - 6 x connecteurs 6,0 Gb/s SATA3 par AMD SB950, prise en

charge des fonctions RAID (RAID 0, RAID 1, RAID 0+1,

JBOD et RAID 5), NCQ, AHCI et « Connexion à chaud »

- 2 x connecteurs SATA3 6,0 Gb/s par Marvell SE9120,

prennent en charge les fonctions NCQ, AHCI et « Hot

Plug » (Branche ment à chaud)

(le connecteur SATA3_8 est partagé avec le port eSATA3)

USB 3.0 - 2 x ports USB3.0 à l’arrière par Etron EJ168A, prennent en

charge USB 1.0/2.0/3.0 jusqu’à 5 Gb/s

- 1 x barrette USB3.0 en façade (prend en charge 2 ports

USB 3.0) par Etron EJ168A, prend en charge USB 1.0/

2.0/3.0 jusqu’à 5 Gb/s

Connecteurs - 8 x connecteurs SATA3, prennent en charge un taux de

transfert de données pouvant aller jusqu’à 6.0Go/s

- 1 x ATA133 IDE connecteurs

(prend en charge jusqu’à 2 périphériques IDE)

- 1 x Port Disquette

- 1 x En-tête du module infrarouge

- 1 x En-tête de port COM

- 1 x Connecteur IEEE 1394

- 1 x Connecteur HDMI_SPDIF

- 1 x LED di accensione

Français

ASRock 990FX Extreme4 Motherboard

- Connecteur pour ventilateur de CPU/Châssis/Ventilateur

- br. 24 connecteur d’alimentation ATX

- br. 8 connecteur d’alimentation 12V ATX

- Connecteurs audio internes

- Connecteur audio panneau avant

- 2 x En-tête USB 2.0 (prendre en charge 4 ports USB 2.0

supplémentaires)

- 1 x En-tête USB 3.0 (prendre en charge 2 ports USB 3.0

supplémentaires)

- 1 x Dr. Debug (LED de débogage à 7 segments)

Interrupteur - 1 x interrupteur d’effacement du CMOS avec LED

rapide - 1 x interrupteur d’alimentation avec LED

- 1 x interrupteur de réinitialisation avec LED

BIOS - 32Mb AMI UEFI Legal BIOS avec support GUI

- Support du “Plug and Play”

- Compatible pour événements de réveil ACPI 1.1

- Gestion jumperless

- Support SMBIOS 2.3.1

- CPU, VCCM, NB, SB Tension Multi-ajustement

CD d’assistance - Pilotes, utilitaires, logiciel anti-virus (Version d’essai),

CyberLink MediaEspresso 6.5 Trial

Caractéristique - Utilitaire ASRock Extreme Tuning (AXTU)

unique (voir ATTENTION 7)

- ASRock l'Instant Boot

- ASRock Instant Flash (voir ATTENTION 8)

- Chargeur ASRock APP (voir ATTENTION 9)

- ASRock XFast USB (voir ATTENTION 10)

- Technologie Lecture Marche/Arrêt ASRock

(voir ATTENTION 11)

- L’accélérateur hybride:

- Contrôle direct de la fréquence CPU

(voir ATTENTION 12)

- ASRock U-COP (voir ATTENTION 13)

- Garde d’échec au démarrage (B.F.G.)

- Turbo 50 / Turbo 60 CPU Overclocking

- Turbo UCC

Surveillance - Détection de la température de l’UC

système - Mesure de température de la carte mère

- Tachéomètre ventilateur CPU/Châssis/Ventilateur

- Ventilateur silencieux d’unité centrale

Français

ASRock 990FX Extreme4 Motherboard

ATTENTION!

1. La fonction ASRock UCC (Unlock CPU Core : Déverrouillage du coeur

du processeur) permet de simpliﬁ er l’activation des processeurs AMD.

Il vous sufﬁ t de sélectionner dans le UEFI l’option « Unlock CPU Core »

(Déverrouillage du coeur du processeur), et vous pouvez déverrouiller le

coeur du processeur pour proﬁ ter instantanément de performances ren-

forcées. Lorsque la fonction UCC est activée, le processeur à double ou

à triple coeur sera renforcée de façon à fonctionner comme processeur à

quatre coeurs, et pour certains processeurs, notamment les processeurs

quad-core, la taille du cache L3 sera aussi augmentée pour passer à 6

Mo, ce qui signiﬁ e que vous pourrez améliorer les performances du pro-

cesseur à plus faible coût. Veuillez noter que la fonction UCC est prise

en charge uniquement avec les processeurs AM3, et en outre, tous les

processeurs AM3 ne prennent pas cette fonction en charge car certains

coeurs cachés de processeurs risquent de dysfonctionner.

2. Cette carte mère prend en charge la technologie Untied Overclocking.

Veuillez lire “La technologie de surcadençage à la volée” à la page 39

pour plus d’informations.

3. Cette carte mère supporte la Technologie de Mémoire à Canal Double.

Avant d’intégrer la Technologie de Mémoire à Canal Double, assurez-

vous de bien lire le guide d’installation des modules mémoire en page

pour réaliser une installation correcte.

4. La prise en charge de fréquences de mémoire de 2100MHz dépend du

CPU AM3/AM3+ que vous choisissez. Si vous choisissez des barrettes

de mémoire DDR3 2100 sur cette carte mère, veuillez vous référer à la

liste des mémoires prises en charge sur notre site Web pour connaître

barrettes de mémoire compatibles.

Site Web ASRock : http://www.asrock.com

ATTENTION

Il est important que vous réalisiez qu’il y a un certain risque à effectuer l’overclocking, y

compris ajuster les réglages du BIOS, appliquer la technologie Untied Overclocking, ou

utiliser des outils de tiers pour l’overclocking. L’overclocking peut affecter la stabilité de

votre système, ou même causer des dommages aux composants et dispositifs de votre

système. Si vous le faites, c’est à vos frais et vos propres risques. Nous ne sommes

pas responsables des dommages possibles causés par l’overclocking.

- Commande de ventilateur CPU/boîtier à plusieurs vitesses

- Monitoring de la tension: +12V, +5V, +3.3V, Vcore

OS - Microsoft

Windows

7 / 7 64-bit / Vista

/ Vista

64-bit /

XP / XP 64-bit

Certiﬁ cations - FCC, CE, WHQL

- Prêt pour ErP/EuP (alimentation Prêt pour ErP/EuP requise)

(voir ATTENTION 14)

* Pour de plus amples informations sur les produits, s’il vous plaît visitez notre site web:

http://www.asrock.com

Français

ASRock 990FX Extreme4 Motherboard

5. Du fait des limites du système d’exploitation, la taille mémoire réelle

réservée au système pourra être inférieure à 4 Go sous Windows

7 /

Vista

/ XP. Avec Windows

OS avec CPU 64 bits, il n’y a pas ce genre

de limitation.

6. Pour l’entrée microphone, cette carte mère supporte les deux modes

stéréo et mono. Pour la sortie audio, cette carte mère supporte les

modes 2-canaux, 4-canaux, 6-canaux et 8-canaux. Veuillez vous référer

au tableau en page 3 pour effectuer la bonne connexion.

7. ASRock Extreme Tuning Utility (AXTU) est un utilitaire tout-en-un qui

permet de régler précisément différentes fonctions du système, via une

interface facile à utiliser, incluant Moniteur de périphériques, Contrôle du

ventilateur, Overclocking, OC DNA et IES. Dans Moniteur de périphé-

riques, il afﬁ che les valeurs principales de votre système.

Dans Contrôle du ventilateur, il afﬁ che la vitesse du ventilateur et la

température, que vous pouvez ajuster. Dans Overclocking, vous pouvez

overclocker la fréquence du CPU pour améliorer les performances du

système. Dans OC DNA, vous pouvez enregistrer vos réglages OC dans

un proﬁ l et les partager avec vos amis. Vos amis pourront alors installer

le proﬁ l OC sur leur système pour utiliser les mêmes réglages OC.

Dans IES (Intelligent Energy Saver – Fonction intelligente d’économie

d’énergie), le contrôleur de la tension peut réduire le nombre de phases

de sortie pour améliorer le fonctionnement lorsque les cores du CPU

ne sont pas utilisées, sans diminuer les performances de l’ordinateur.

Veuillez visiter notre site Web pour plus d’informations sur l’utilisation des

fonctions de l’utilitaire ASRock Extreme Tuning Utility (AXTU). Site Web

de ASRock : http://www.asrock.com

8. O ASRock Instant Flash é um utilitário de ﬂ ash do BIOS incorporado na

memória Flash ROM. Esta prática ferramenta de actualização do BIOS

permite-lhe actualizar o BIOS do sistema sem necessitar de entrar nos

sistemas operativos, como o MS-DOS ou o Windows

. Com este

utilitário, poderá premir a tecla <F6> durante o teste de arranque POST

ou premir a tecla <F2> para exibir o menu de conﬁ guração do BIOS para

aceder ao ASRock Instant Flash. Execute esta ferramenta para guardar

o novo ﬁ cheiro de BIOS numa unidade ﬂ ash USB, numa disquete ou

num disco rígido, em seguida, poderá actualizar o BIOS com apenas

alguns cliques sem ter de utilizar outra disquete ou outro complicado

utilitário de ﬂ ash. Note que a unidade ﬂ ash USB ou a unidade de disco

rígido devem utilizar o sistema de ﬁ cheiros FAT32/16/12.

9. Si vous désirez un moyen plus rapide et moins contraignant de recharger

vos appareils Apple tels que iPhone/iPod/iPad Touch, ASRock a préparé

pour vous la solution idéale - le chargeur ASRock APP. Il sufﬁ t d’installer

le pilote du chargeur APP, et vous pourrez recharger rapidement votre

iPhone à partir de votre ordinateur, jusqu’à 40% plus vite qu’avant. Le

chargeur ASRock APP vous permet de charger rapidement et simulta-

nément plusieurs appareils Apple, et le chargement continu est même

pris en charge lorsque le PC passe en mode Veille (S1), Suspension à

la RAM (S3), hibernation (S4) ou hors tension (S5). Lorsque le pilote du

Français

ASRock 990FX Extreme4 Motherboard

chargeur APP est installé, vous découvrez un mode de mise en charge

tout à fait inédit.

Site web ASRock : http://www.asrock.com/Feature/AppCharger/index.asp

10. ASRock XFast USB permet d’améliorer les performances de votre péri-

phérique de stockage USB. Les performances réelles dépendent des

propriétés du périphérique.

11. La Technologie Lecture Marche/Arrêt ASRock permet aux utilisateurs

d’expériencer l’audio incroyable à partir d’appareils audio portables

comme un lecteur MP3 ou un téléphone portable, sur votre PC, même

lorsque le PC est éteint (ou en mode ACPI S5)! Cette carte mère fournie

aussi un câble audio 3,5mm gratuit (optionnel) qui facilite beaucoup dans

les environnements informatiques.

12. Même si cette carte mère offre un contrôle sans souci, il n’est pas

recommandé d’y appliquer un over clocking. Les fréquences autres que

les fréquences de bus d’UC recommandées risquent de déstabiliser le

système ou d’endommager l’UC.

13. Lorsqu’une surchauffe du CPU est détectée, le système s’arrête

automatiquement. Avant de redémarrer le système, veuillez vériﬁ er que

le ventilateur d’UC sur la carte mère fonctionne correctement et

débranchez le cordon d’alimentation, puis rebranchez-le. Pour améliorer

la dissipation de la chaleur, n’oubliez pas de mettre de la pâte thermique

entre le CPU le dissipateur lors de l’installation du PC.

14. EuP, qui signiﬁ e Energy Using Product (Produit Utilisant de l’Energie),

est une disposition établie par l’Union Européenne pour déﬁ nir la con-

sommation de courant pour le système entier. Conformément à la norme

EuP, le courant CA total du système entier doit être inférieur à 1 W en

mode d’arrêt. Pour être conforme à la norme EuP, une carte mère EuP

et une alimentation EuP sont requises. Selon les suggestions d’Intel’,

l’alimentation électrique EuP doit correspondre à la norme, qui est que

l’efﬁ cacité électrique de 5v en mode de veille doit être supérieure à 50%

pour 100 mA de consommation de courant. Pour choisir une alimentation

électrique conforme à la norme EuP, nous vous recommandons de con-

sulter votre fournisseur de courant pour plus de détails.

Français

ASRock 990FX Extreme4 Motherboard

2. Installation

Il s’agit d’une carte mère à facteur de forme ATX (12,0 po x 9,6 po, 30,5 cm x

24,4 cm). Avant d’installer la carte mère, étudiez la conﬁ guration de votre châssis

pour vous assurer que la carte mère s’y insère.

Précautions à observer avant l’installation

Veuillez tenir compte des précautions suivantes avant l’installation des

composants ou tout réglage de la carte mère.

1. Débranchez le câble d’alimentation de la prise secteur avant

de toucher à tout composant. En ne le faisant pas, vous pou-

vez sérieusement endommager la carte mère, les périphéri-

ques et/ou les composants.

2. Pour éviter d’endommager les composants de la carte mère

du fait de l’électricité statique, ne posez JAMAIS votre carte

mère directement sur de la moquette ou sur un tapis. N’oubliez

pas d’utiliser un bracelet antistatique ou de toucher un objet

relié à la masse avant de manipuler les composants.

3. Tenez les composants par les bords et ne touchez pas les

circuits intégrés.

4. A chaque désinstallation de composant, placez-le sur un sup-

port antistatique ou dans son sachet d’origine.

5. Lorsque vous placez les vis dans les oriﬁ ces pour vis pour

ﬁ xer la carte mère sur le châssis, ne serrez pas trop les vis !

Vous risquez sinon d’endommager la carte mère.

Avant d’installer ou de retirer un composant, assurez-vous que l’alimentation

est mise hors tension ou que la ﬁ che électrique est débranchée de l’alimentation

électrique. Dans le cas contraire, la carte mère, des périphériques et/ou des

composants risquent d’être gravement endommagés.

Français

ASRock 990FX Extreme4 Motherboard

2.1 Installation du CPU

Etape 1. Déverrouillez le support en relevant le levier selon un angle de 90

Etape 2. Placer l’UC directement au-dessus de la prise pour que le coin de l’UC

avec son triangle jaune coïncide avec le petit triangle dans le coin de la

prise.

Etape 3. Insérez avec précaution le CPU dans le support jusqu’à ce qu’il soit bien

en place.

Le CPU ne peut être inséré que dans un seul sens. NE JAMAIS forcer le CPU

dans le support pour éviter de tordre ses broches.

Etape 4. Quand le CPU est en place, appuyez fermement dessus tout en abaissant

le levier du support pour bloquer le CPU. Le verrouillage du levier dans

son encoche latérale est annoncé par un clic.

2.2 Installation du ventilateur et du dissipateur

Une fois que vous avez installé le CPU dans cette carte mère, il faut

installer un dissipateur plus grand et un ventilateur de refroidissement

pour dissiper la chaleur. Vous devez également asperger de la pâte

thermique entre le CPU et le dissipateur pour améliorer la dissipation

de chaleur. Assurez-vous que le CPU et le dissipateur sont fermement

ﬁ xés et en bon contact l’un avec l’autre. Ensuite, connectez le ventilateur

du CPU à la prise du VENTILATEUR DU CPU (CPU_FAN1, reportez-

vous en page 2, No. 6 ou CPU_FAN2, reportez-vous en page 2, No. 7).

Pour une bonne installation, veuillez vous référer aux manuels d’instruction

sur le ventilateur du CPU et le dissipateur.

ETAPE 1 :

Levez le levier de prise

ETAPE 2 / ETAPE 3 :

Mettez le triangle doré du

processeur sur le petit

triangle du côté de la prise

ETAPE 4 :

Appuyez et verrouillez

le levier de la prise

Levier 90°

Haut

Triangle doré du

processeur

Petit triangle du

côté de la prise

Français

ASRock 990FX Extreme4 Motherboard

2.3 Installation des modules m émoire [DIMM]

La carte mère 990FX Extreme4 dispose de quatre emplacements DIMM DDR3

(Double Data Rate 3) de 240-broches, et supporte la Technologie de Mémoire à

Canal Double. Pour effectuer une conﬁ guration à canal double, vous devez toujours

installer des paires de DIMM DDR3 identiques (de la même marque, de la même

vitesse, de la même taille et du même type de puce) dans les slots de même cou-

leur. En d’autres termes, vous devez installer une paire de DIMM DDR3 identiques

dans le Canal Double A (DDR3_A1 et DDR3_B1; slots bleu; voir p.2 No. 10) ou une

paire de DIMM DDR3 identiques dans le Canal Double B (DDR3_A2 et DDR3_B2;

slots blanc; voir p.2 No. 11), de façon à ce que la Technologie de Mémoire à Canal

Double puisse être activée. Cette carte vous permet également d’installer quatre

modules DIMM DDR3 pour la conﬁ guration à canal double. Cette carte mère vous

permet également d’installer quatre modules DIMM DDR3 pour une conﬁ guration

double canal; veuillez installer les mêmes modules DIMM DDR3 dans les quatre

emplacements. Vous pouvez vous reporter au Tableau de conﬁ guration mémoire

double canal ci-dessous.

Conﬁ gurations de Mémoire à Canal Double

DDR3_A1 DDR3_A2 DDR3_B1 DDR3_B2

(Slot Bleu) (Slot Blanc) (Slot Bleu) (Slot Blanc)

(1) Occupé - Occupé -

(2) - Occupé - Occupé

(3) Occupé Occupé Occupé Occupé

* Pour la conﬁ guration (3), veuillez installer des DIMM DDR3 identiques dans les

quatre emplacements.

1. Veuillez tout d’abord installer le module de mémoire dans la fente

blanche (DDR3_A2 ou DDR3_B2).

2. Si vous voulez installer deux modules de mémoire, pour une com-

patibilité et une ﬁ abilité optimales, il est recommandé de les installer

dans des emplacements de la même couleur. En d’autres termes,

installez-les soit dans les emplacements bleu (DDR3_A1 et DDR3_

B1), soit dans les emplacements blanc (DDR3_A2 et DDR3_B2).

3. Si un seul module mémoire ou trois modules mémoire sont installés

dans les slots DIMM DDR3 sur cette carte mère, il sera impossible

d’activer la Technologie de Mémoire à Canal Double.

4. Si une paire de modules mémoire N’est PAS installée dans le

même “Canal Double”, par exemple, installer une paire de modules

mémoire dans le DDR3_A1 et le DDR3_A2, il sera impossible

d’activer la Technologie de Mémoire à Canal Double.

5. Il n’est pas permis d’installer de la DDR ou DDR2 sur le slot DDR3;

Français

ASRock 990FX Extreme4 Motherboard

Installation d’un module DIMM

Ayez bien le soin de débrancher l’alimentation avant d’ajouter ou de

retirer des modules DIMM ou les composants du système.

Etape 1. Déverrouillez un connecteur DIMM en poussant les taquets de maintien

vers l’extérieur.

Etape 2. Alignez le module DIMM sur son emplacement en faisant correspondre

les encoches du module DIMM aux trous du connecteur.

Le module DIMM s’insère uniquement dans un seul sens. Si vous

forcez le module DIMM dans son emplacement avec une mauvaise

orientation cela provoquera des dommages irrémédiables à la carte

mère et au module DIMM.

Etape 3. Insérez fermement le module DIMM dans son emplacement jusqu’à ce

que les clips de maintien situés aux deux extrémités se ferment

complètement et que le module DIMM soit inséré correctement.

la carte mère et les DIMM pourraient être endommagés.

6. Si vous adoptez des modules de mémoire DDR3 2100 sur cette

carte mère, il est recommandé de les installer dans les fentes

DDR3_A2 et DDR3_B2.

Français

ASRock 990FX Extreme4 Motherboard

2.4 Slot d’extension (Slots PCI et Slots PCI Express)

Il y a 2 ports PCI et 5 ports PCI Express sur la carte mère 990FX Extreme4.

Slots PCI: Les slots PCI sont utilisés pour installer des cartes d’extension dotées

d’une interface PCI 32 bits.

Slots PCIE:

Le PCIE1 / PCIE3 (slot PCIE x1; blanc) sert aux cartes PCI Express

avec les cartes de largeur x1 voie, comme la carte Gigabit LAN, la carte

SATA2.

Le PCIE2 / PCIE4 (slot PCIE x16; bleu) sert aux cartes graphiques PCI

Express de largeur x16 voies, ou sert à installer des cartes graphiques

PCI Express pour prendre en charge la fonction CrossFireX

Le PCIE5 (slot PCIE x16; bleu) sert aux cartes graphiques PCI Express

de largeur x4 voie, ou sert à installer des cartes graphiques PCI Ex-

press pour prendre en charge la fonction CrossFireX

3-voies.

Installation d’une carte d’extension

Etape 1. Avant d’installer les cartes d’extension, veuillez vous assurer de bien

avoir coupé l’alimentation ou d’avoir débranché le cordon d’alimentation.

Veuillez lire la documentation des cartes d’extension et effectuer les

réglages matériels nécessaires pour les cartes avant de débuter

l’installation.

Etape 2. Retirez l’équerre correspondant au connecteur que vous voulez utiliser.

Gardez la vis pour un usage ultérieur.

Etape 3. Alignez la carte sur le connecteur et appuyez fermement jusqu’à l’insertion

complète de la carte dans son emplacement.

Etape 4. Fixez la carte sur le châssis à l’aide d’une vis.

Etape 5. Attachez la carte au châssis en utilisant les vis.

Etape 6. Refermez le couvercle du système.

1. En mode de carte VGA unique, il est recommandé d’installer

une carte graphique PCI Express x16 dans la fente PCIE2.

2. En mode CrossFireX

ou SLI

, installez une carte graphique PCI

Express x16 dans les fentes PCIE2 et PCIE4. Par conséquent, ces

deux fentes fonctionneront avec une largeur de bande x16.

3. En mode CrossFireX

trois voies, installez les cartes graphiques PCI

Express x16 dans les fentes PCIE2, PCIE4 et PCIE5. Par conséquent,

la fentes PCIE2 et PCIE4 fonctionnera avec une largeur de bande x16

tandis que les fente PCIE5 fonctionneront avec une largeur de bande

x4.

4. Reliez un ventilateur de châssis au connecteur pour ventilateur

de châssis de la carte mère (CHA_FAN1, CHA_FAN2 ou

CHA_FAN3) lorsque vous utilisez plusieurs cartes graphiques aﬁ n

d’obtenir un meilleur environnement thermique.

Français

ASRock 990FX Extreme4 Motherboard

2.5 Mode d’emploi pour SLI

et Quad SLI

Cette carte mère prend en charge les technologies NVIDIA

SLI

et Quad SLI

(Interface de lien extensible) qui vous permettront d’installer jusqu’à deux cartes

graphiques PCI Express x16 identiques. En général, la technologie NVIDIA

SLI

prend en charge Windows

7 / 7 64 octets / Vista

/ Vista

64 octets / XP / XP 64

octets. Les technologies NVIDIA

Quad SLI

prennent en charge Windows

7 / 7

64 octets / Vista

/ Vista

64 octets uniquement. Veuillez suivre les instructions

d’installation de la page 17 pour plus de détails.

2.6 Mode d’emploi pour CrossFireX

, CrossFireX

3-voies et

Quad CrossFireX

Cette carte mère prend en charge CrossFireX

, CrossFireX

3-voies et Quad

CrossFireX

. La technologie CrossFireX

offre le moyen le plus avantageux de

combiner divers dispositifs de traitement graphique performants (GPU) dans un seul

PC. Combinez une gamme de modes d’exploitation différents avec des logiciels

intelligents et des mécanismes d’interconnexion innovants. CrossFireX

permet

d’obtenir le niveau de performance le plus haut possible et une haute qualité d’image

pour les applications 3D. En général, CrossFireX

est pris en charge par Windows

XP avec le Pack de service 2 / Vista

/ 7. CrossFireX

3-voies et Quad CrossFi-

reX

est pris en charge par Windows

Vista

/ 7 uniquement. Veuillez consulter le

site d’AMD pour les mises à jour de driver AMD

CrossFireX

. Veuillez suivre les

instructions d’installation de la page

20 pour plus de détails.

Français

ASRock 990FX Extreme4 Motherboard

2.7 Réglage des cavaliers

L’illustration explique le réglage des cava-

liers. Quand un capuchon est placé sur les

broches, le cavalier est « FERME ». Si au-

cun capuchon ne relie les broches,le cava-

lier est « OUVERT ». L’illustration montre un

cavalier à 3 broches dont les broches 1 et 2

sont « FERMEES » quand le capuchon est

placé sur ces 2 broches.

Le cavalier Description

Effacer la CMOS

(CLRCMOS1)

(voir p.2 ﬁ g. 3)

Remarque :

CLRCMOS1 vous permet d’effacer les données du CMOS. Pour effacer

et réinitialiser les paramètres du système à la conﬁ guration originale,

veuillez éteindre l’ordinateur et débrancher le cordon d’alimentation de

la prise de courant. Après 15 secondes, utilisez un couvercle de jumper

pour court-circuiter les broches pin2 et pin3 de CLRCMOS1 pendant

secondes. Veuillez cependant ne pas effacer le CMOS immédiatement

près avoir mis à jour le BIOS. Si vous avez besoin d’effacer le CMOS

après avoir mis à jour le BIOS, vous devez allumer en premier le

système, puis l’éteindre avant de continuer avec l’opération d’effacement

du CMOS. Veuillez noter que le mot de passe, la date, l’heure, le proﬁ l

par défaut de l’utilisateur, 1394 GUID et l’adresse MAC seront effacés

seulement si la batterie du CMOS est enlevée.

Effacer la

CMOS

Paramètres

par défaut

Ferme Ouvert

Français

Le commutateur Effacer CMOS présente la même fonction que le

cavalier Effacer CMOS.

ASRock 990FX Extreme4 Motherboard

2.8 En-têtes et Connecteurs sur Carte

Les en-têtes et connecteurs sur carte NE SONT PAS des cavaliers.

NE PAS placer les capuchons de cavalier sur ces en-têtes et con-

necteurs. Le fait de placer les capuchons de cavalier sur les en-têtes

et connecteurs causera à la carte mère des dommages irréversibles!

Câble de données Toute cote du cable de data

Série ATA (SATA) SATA peut etre connecte au

(en option)

disque dur SATA3 ou au

connecteur SATA3 sur la carte

mere.

Câble audio 3,5mm L’une des extrémités du câble

(en option)

audio 3,5mm peut être

branchée sur des appareils

audio portatifs comme un

lecteur MP3 ou un téléphone

portable, ou le port Entrée Ligne

de votre PC.

Français

le côté avec ﬁ l rouge côté

Broche1

Connecteur du lecteur

de disquette

(FLOPPY1 br. 33)

(voir p.2 No. 30)

Note: Assurez-vous que le côté avec ﬁ l rouge du câble est bien branché sur le

côté Broche1 du connecteur.

Connecteur IDE primaire (bleu)

(IDE1 br. 39, voir p.4 No. 18)

connecteur bleu connecteur noir

vers la carte mère vers le disque dur

Câble ATA 66/100/133 80 conducteurs

Note: Veuillez vous reporter aux instructions du fabricant de votre IDE périphérique

pour les détails.

ASRock 990FX Extreme4 Motherboard

En-tête USB 2.0 A côté des six ports USB

(USB2_3 br.9)

2.0 par défaut sur le panneau

(voir p.2 No. 14)

E/S, il y a deux embases USB

2.0 sur cette carte mère.

Chaque embase USB 2.0 peut

prendre en charge 2 ports USB

(USB8_9 br.9)

2.0.

(voir p.2 No. 13)

Connecteurs Série ATA3 Ces huit connecteurs Série

(SATA3_1_2: voir p.2 No. 21)

ATA3 (SATA3) prennent en

(SATA3_3_4: voir p.2 No. 20)

charge les câbles SATA pour

(SATA3_5_6 voir p.2 No. 19)

les périphériques de stockage

(SATA3_7: voir p.2 No. 32)

internes. L’interface SATA3

(SATA3_8: voir p.2 No. 33)

actuelle permet des taux

transferts de données pouvant

aller jusqu’à 6,0 Gb/s.

En-tête USB 3.0 En plus des deux ports

(USB3_0_1 br.19)

USB 3.0 par défaut sur le

(voir p.2 No. 28)

panneau E/S, il y a une barrette

USB 3.0 sur la carte mère.

Cette barrette USB 3.0 peut

prendre en charge deux ports

USB 3.0.

Français

Cordon d’alimentation Veuillez connecter l’extrémité

Série ATA (SATA) noire du cordon d’alimentation

(en option)

SATA sur le connecteur

d’alimentation sur chaque unité.

Connectez ensuite l’extrémité

blanche du cordon

d’alimentation SATA sur le

connecteur d’alimentation de

l’unité d’alimentation électrique.

connecter à

l’unité

d’alimentation

électrique

connecter au connec-

teur

d’alimentation du

disque

dur SATA

SATA3_1_2 SATA3_3_4 SATA3_5_6

SATA3_8 SATA3_7

P-3

P+3

GND

DUMMY

USB_PWR

P-2

P+2

GND

P-9

P+9

GND

DUMMY

USB_PWR

P-8

P+8

GND

ASRock 990FX Extreme4 Motherboard

1. L’audio à haute déﬁ nition (HDA) prend en charge la détection de ﬁ che,

mais le ﬁ l de panneau sur le châssis doit prendre en charge le HDA pour

fonctionner correctement. Veuillez suivre les instructions dans notre

manuel et le manuel de châssis aﬁ n installer votre système.

2. Si vous utilisez le panneau audio AC’97, installez-le sur l’adaptateur audio

du panneau avant conformément à la procédure ci-dessous :

A. Connectez Mic_IN (MIC) à MIC2_L.

B. Connectez Audio_R (RIN) à OUT2_R et Audio_L (LIN) à OUT2_L.

C. Connectez Ground (GND) à Ground (GND).

D. MIC_RET et OUT_RET sont réservés au panneau audio HD. Vous

n’avez pas besoin de les connecter pour le panneau audio AC’97.

E. Pour activer le micro avant.

Pour les systèmes d’exploitation Windows

XP / XP 64 bits :

Sélectionnez “Mixer”. Sélectionnez “Recorder” (Enregistreur). Puis cliquez

sur “FrontMic” (Micro avant).

Pour les systèmes d’exploitation Windows

7 / 7 64 bits / Vista

/ Vista

64 bits :

Allez sur l’onglet “FrontMic” (Micro avant) sur le Panneau de contrôle

Realtek. Ajustez “Recording Volume” (Volume d’enregistrement).

En-tête du panneau système Cet en-tête permet d’utiliser

(PANEL1 br.9)

plusieurs fonctions du

(voir p.2 No. 29)

panneau système frontal.

Français

En-tête du module infrarouge Cet en-tête supporte un module

(IR1 br.5)

infrarouge optionnel de

(voir p.2 No. 44)

transfert et de réception sans

ﬁ l.

Connecteur audio panneau C’est une interface pour

(HD_AUDIO1 br. 9)

un câble avant audio en façade

(voir p.2 No. 43)

qui permet le branchement et

le contrôle commodes de

périphériques audio.

CD1

Connecteurs audio internes Ils vous permettent de gérer

(CD1 br. 4)

des entrées audio à partir de

(CD1: voir p.2 No. 42)

sources stéréo comme un

CD-ROM, DVD-ROM, un tuner

TV ou une carte MPEG.

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

ASRock 990FX Extreme4 Motherboard

Connectez l’interrupteur d’alimentation, l’interrupteur de réinitialisation et

l’indicateur d’état du système du châssis sur cette barrette en respectant

l’affectation des broches décrite ci-dessous. Faites attention aux broches

positives et négatives avant de connecter les câbles.

PWRBTN (Interrupteur d’alimentation):

Connectez ici le connecteur d’alimentation sur le panneau avant du

châssis. Vous pouvez conﬁ gurer la façon de mettre votre système hors

tension avec l’interrupteur d’alimentation.

RESET (Interrupteur de réinitialisation):

Connectez ici le connecteur de réinitialisation sur le panneau avant du

châssis. Appuyez sur l’interrupteur de réinitialisation pour redémarrer

l’ordinateur s’il se bloque ou s’il n’arrive pas à redémarrer normalement.

PLED (DEL alimentation système):

Connectez ici l’indicateur d’état de l’alimentation sur le panneau avant

du châssis. Ce voyant DEL est allumé lorsque le système est en

marche. Le voyant DEL clignote lorsque le système est en mode veille

S1. Le voyant DEL est éteint lorsque le système est en mode veille S3/

S4 ou lorsqu’il est éteint (S5).

HDLED (DEL activité du disque dur):

Connectez ici le voyant DEL d’activité du disque dur sur le panneau

avant du châssis. Ce voyant DEL est allumé lorsque le disque dur est en

train de lire ou d’écrire des données.

Le design du panneau avant peut varier en fonction du châssis. Un

module de panneau avant consiste principalement en : interrupteur

d’alimentation, interrupteur de réinitialisation, voyant DEL d’alimentation,

voyant DEL d’activité du disque dur, haut-parleur, etc. Lorsque vous

connectez le panneau avant de votre châssis sur cette barrette, vériﬁ ez

bien à faire correspondre les ﬁ ls et les broches.

LED di accensione Collegare il LED di accensione

(3-pin PLED1)

chassi per indicare lo stato di

(vedi p.2 Nr. 22)

alimentazione del sistema. Il

LED è acceso quando il sistema

è in funzione. Il LED continua a

lampeggiare in stato S1. Il LED

è spento in stato S3/S4 o S5

(spegnimento).

En-tête du haut-parleur Veuillez connecter le

de châssis haut-parleur de châssis sur

(SPEAKER1 br. 4)

cet en-tête.

(voir p.2 No. 23)

+5V

DUMMY

SPEAKER

Français

ASRock 990FX Extreme4 Motherboard

Bien que cette carte mère offre un support de (Ventilateur silencieux

ventilateur de CPU à 4 broches , le ventilateur de CPU à 3 broches peut

bien fonctionner même sans la fonction de commande de vitesse du

ventilateur. Si vous prévoyez de connecter le ventilateur de CPU à 3

broches au connecteur du ventilateur de CPU sur cette carte mère,

veuillez le connecter aux broches 1-3.

Installation de ventilateur à 3 broches

Broches 1-3 connectées

En-tête d’alimentation ATX Veuillez connecter l’unité

(ATXPWR1 br. 24)

d’alimentation ATX sur cet en-

(voir p.2 No. 12)

tête.

Bien que cette carte mère fournisse un connecteur de

courant ATX 24 broches, elle peut encore fonctionner

si vous adopter une alimentation traditionnelle ATX 20

broches. Pour utiliser une alimentation ATX 20 broches,

branchez à l’alimentation électrique ainsi qu’aux

broches 1 et 13.

20-Installation de l’alimentation électrique ATX

(CPU_FAN2 br. 3)

(voir p.2 No. 7)

GND

+12V

CPU_FAN_SPEED

Français

Connecteur pour châssis et ventilateur

(CHA_FAN1 br. 4)

(voir p.2 No. 45)

(CHA_FAN2 br. 3)

(voir p.2 No. 4)

(CHA_FAN3 br. 3)

(voir p.2 No. 2)

(PWR_FAN1 br. 3)

(voir p.2 No. 40)

Connecteur du ventilateur Veuillez connecter le câble de

de l’UC ventilateur d’UC sur ce

(CPU_FAN1 br. 4)

connecteur et brancher le ﬁ l

(voir p.2 No. 6)

noir sur la broche de terre.

1 2 3 4

GND

+12V

CPU_FAN_SPEED

FAN_SPEED_CONTROL

Branchez les câbles du

ventilateur aux connecteurs pour

ventilateur et faites correspondre

le ﬁ l noir à la broche de terre. La

vitesse des ventilateurs CHA_

FAN1/2/3 peut être réglée avec

UEFI ou AXTU.

GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

GND

+12V

CHA_FA N_SPEED

GND

+12V

PWR_FAN_SPEED

ASRock 990FX Extreme4 Motherboard

Connecteur ATX 12V Veuillez connecter une unité

(ATX12V1 br.8)

d’alimentation électrique ATX

(voir p.2 No. 5)

12V sur ce connecteur.

8 5

4 1

Bien que cette carte mère possède 8 broches connecteur d’alimentation

ATX 12V, il peut toujours travailler si vous adoptez une approche

traditionnelle à 4 broches ATX 12V alimentation. Pour utiliser

l’alimentation des 4 broches ATX, branchez votre alimentation

avec la broche 1 et la broche 5.

4-Installation d’alimentation à 4 broches ATX 12V

8 5

4 1

Header de IEEE 1394 Sauf un port de default IEEE

(FRONT_1394 br. 9)

1394 sur le panel I/O, il y a un

(voir p.2 No. 15)

header de IEEE1394

(FRONT_1394) sur cette carte

mere. Le header de IEEE 1394

peut supporter un port de IEEE

1394.

Connecteur HDMI_SPDIF Connecteur HDMI_SPDIF,

(HDMI_SPDIF1 2-pin)

fournissant une sortie audio

(voir p.2 No. 1)

SPDIF vers la carte VGA HDMI,

et permettant au système

de se connecter au un

téléviseur numérique HDMI /un

projecteur / un périphérique

LCD. Veuillez brancher le

connecteur HDMI_SPDIF de la

carte VGA HDMI sur ce

connecteur.

En-tête de port COM Cette en-tête de port COM est

(COM1 br.9)

utilisée pour prendre en charge

(voir p.2 No. 31)

un module de port COM.

Français

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

ASRock 990FX Extreme4 Motherboard

Français

Le Guide d'installation du Support arrière USB 3.0

Assemblez le câble USB 3.0 et le

support arrière USB 3.0.

Dévissez les deux vis du panneau

avant USB 3.0.

Placez le support arrière USB 3.0

dans le châssis.

Vissez les deux vis dans le support

arrière USB 3.0.

Étape 3

Étape 4

Étape 2

Étape 1

Le Guide d’installation du panneau USB 3.0 frontal

Installez le panneau USB 3.0 frontal

dans la baie de disque 2,5” du châssis.

Etape 3

Etape 4

Le panneau USB 3.0 frontal peut maintenant

être utilisé.

Branchez le câble USB 3.0 dans le

connecteur USB 3.0 (USB3_0_1) de la

carte mère.

Etape 5

Etape 6

Vissez le panneau USB 3.0 frontal dans la

baie de disque avec les six vis de châssis.

Préparez le panneau USB 3.0 frontal

fourni, quatre vis HDD et six vis de châssis.

Etape 1

Etape 2

Vissez le HDD/SSD 2,5” sur le panneau

USB 3.0. frontal avec les quatre vis HDD.

ASRock 990FX Extreme4 Motherboard

2.9 Interrupteur rapides

Cette carte mère dispose de trois interrupteurs rapides : un interrupteur d’alimenta-

tion, un interrupteur de réinitialisation et un interrupteur d’effacement de CMOS, per-

mettant aux utilisateurs de rapidement allumer/éteindre ou réinitialiser le système,

ainsi que d’effacer les valeurs du CMOS.

Interrupteur d’alimentation

(PWRBTN)

(voir p.2 No. 26)

L’interrupteur d’effacement de

CMOS est un interrupteur rapide

qui permet à l’utilisateur d’effacer

rapidement les valeurs du CMOS.

Interrupteur de réinitialisation

(RSTBTN)

(voir p.2 No. 25)

Interrupteur d’effacement de CMOS

(CLRCBTN)

(voir p.3 No. 17)

L’interrupteur d’alimentation est

un interrupteur rapide, qui permet

à l’utilisateur d’allumer/éteindre

rapidement le système.

L’interrupteur de réinitialisation

est un interrupteur rapide, qui

permet à l’utilisateur de

réinitialiser rapidement le

système.

2.10 LED de débogage

La LED de débogage intégrée sert à fournir des informations de code, ce qui rend le

dépannage encore plus facile. Veuillez consulter les diagrammes des pages 34, 35,

36 et 37 pour la lecture des codes LED de débogage.

2.11 Guide d’installation des pilotes

Pour installer les pilotes sur votre système, veuillez d’abord insérer le CD dans

votre lecteur optique. Puis, les pilotes compatibles avec votre système peuvent être

détectés automatiquement et sont listés sur la page du pilote du CD. Veuillez suivre

l’ordre de haut en bas sur le côté pour installer les pilotes requis. En conséquence,

les pilotes que vous installez peuvent fonctionner correctement.

2.12 Installation de Windows

7 / 7 64-bit / Vista

Vista

64-bit / XP / XP 64-bit avec fonctions RAID

Si vous souhaitez installer Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP

64-bit OS sur votre lecteur de disque dur SATA3 avec les fonctions RAID, veuillez

Français

ASRock 990FX Extreme4 Motherboard

ETAP 1: Conﬁ gurez le UEFI.

A.Entrez dans UTILITAIRE DE CONFIGURATION UEFI

→

écran Avancé

→

Conﬁ guration Storage.

B.Réglez «SATA Mode « sur [IDE]. (Pour SATA3_1 à SATA3_6.)

Réglez «Marvell SATA3 Operation Mode « sur [IDE]. (Pour SATA3_7 à SATA3_8.)

ETAPE 2: Installer le système d’exploitation Windows

XP / XP 64-bit sur

votre système.

Utilisation des disques durs SATA3 sans NCQ et les fonctions de connexion à

chaud

2.14.1 Installation de Windows

XP / XP 64-bit sans fonctions RAID

Si vous voulez installer Windows

XP / XP 64-bit sur vos disques durs SATA3 sans

fonctions RAID, veuillez suivre la procédure ci-dessous.

2.14 Installation de Windows

7 / 7 64-bit / Vista

Vista

64-bit / XP / XP 64-bit sans fonctions RAID

Si vous voulez installer Windows

7 / 7 64-bit / Vista

/ Vista

64-bits / XP / XP 64-

bit sur vos disques durs SATA3 sans les fonctions RAID, veuillez suivre les procé-

dures ci-dessous, en fonction de l’OS que vous installez.

vous référer au document de l’étape suivante sur le CD de support pour connaître la

procédure détaillée:

..\ RAID Installation Guide (Guide d’installation RAID)

ETAP 1: Conﬁ gurez le UEFI.

A.Entrez dans UTILITAIRE DE CONFIGURATION UEFI

→

écran Avancé

→

Conﬁ guration Storage.

B.Réglez «SATA Mode « sur [IDE]. (Pour SATA3_1 à SATA3_6.)

Réglez «Marvell SATA3 Operation Mode « sur [IDE]. (Pour SATA3_7 à SATA3_8.)

ETAPE 2: Installer le système d’exploitation Windows

7 / 7 64-bit / Vista

/ Vista

64-bit sur votre système.

Utilisation des disques durs SATA3 sans NCQ et les fonctions de connexion à

chaud

2.14.2 Installation de Windows

7 / 7 64-bit / Vista

Vista

64-bit sans fonctions RAID

Si vous voulez installer Windows

7 / 7 64-bit / Vista

/ Vista

64-bit sur vos

disques durs SATA3 sans les fonctions RAID, veuillez suivre la procédure ci-des-

sous.

Français

ASRock 990FX Extreme4 Motherboard

ETAP 1: Conﬁ gurez le UEFI.

A.Entrez dans UTILITAIRE DE CONFIGURATION UEFI

→

écran Avancé

→

Conﬁ guration Storage.

B.Réglez «SATA Mode « sur [AHCI]. (Pour SATA3_1 à SATA3_6.)

Réglez «Marvell SATA3 Operation Mode « sur [AHCI]. (Pour SATA3_7 à

SATA3_8.)

ETAPE 2: Installer le système d’exploitation Windows

7 / 7 64-bit / Vista

/ Vista

64-bit sur votre système.

Utilisation des disques durs SATA3 avec NCQ et les fonctions de connexion à

chaud

Français

ASRock 990FX Extreme4 Motherboard

3. Informations sur le BIOS

La puce Flash Memory sur la carte mère stocke le Setup du BIOS. Lorsque vous

démarrez l’ordinateur, veuillez presser <F2> ou <Del> pendant le POST (Power-On-

Self-Test) pour entrer dans le BIOS; sinon, le POST continue ses tests de routine. Si

vous désirez entrer dans le BIOS après le POST, veuillez redémarrer le système en

pressant <Ctl> + <Alt> + <Suppr>, ou en pressant le bouton de reset sur le boîtier

du système. Vous pouvez également redémarrer en éteignant le système et en le

rallumant. L’utilitaire d’installation du BIOS est conçu pour être convivial. C’est un

programme piloté par menu, qui vous permet de faire déﬁ ler par ses divers sous-

menus et de choisir parmi les choix prédéterminés. Pour des informations détaillées

sur le BIOS, veuillez consulter le Guide de l’utilisateur (ﬁ chier PDF) dans le CD

technique.

4. Informations sur le CD de support

Cette carte mère supporte divers systèmes d’exploitation Microsoft

Windows

7 / 7 64 bits / Vista

/ Vista

64 bits / XP / XP 64 bits. Le CD technique livré avec

cette carte mère contient les pilotes et les utilitaires nécessaires pour améliorer les

fonctions de la carte mère. Pour utiliser le CD technique, insérez-le dans le lecteur

de CD-ROM. Le Menu principal s’afﬁ che automatiquement si “AUTORUN” est activé

dans votre ordinateur. Si le Menu principal n’apparaît pas automatiquement, locali-

sez dans le CD technique le ﬁ chier “ASSETUP.EXE” dans le dossier BIN et double-

cliquez dessus pour afﬁ cher les menus.

Français

ASRock 990FX Extreme4 Motherboard

1. Introduzione

Grazie per aver scelto una scheda madre ASRock 990FX Extreme4, una scheda

madre afﬁ dabile prodotta secondo i severi criteri di qualità ASRock. Le prestazioni

eccellenti e il design robusto si conformano all’impegno di ASRock nella ricerca

della qualità e della resistenza.

Questa Guida Rapida all’Installazione contiene l’introduzione alla motherboard e la

guida passo-passo all’installazione. Informazioni più dettagliate sulla motherboard si

possono trovare nel manuale per l’utente presente nel CD di supporto.

Le speciﬁ che della scheda madre e il software del BIOS possono

essere aggiornati, pertanto il contenuto di questo manuale può subire

variazioni senza preavviso. Nel caso in cui questo manuale sia

modiﬁ cato, la versione aggiornata sarà disponibile sul sito di ASRock

senza altro avviso. Sul sito ASRock si possono anche trovare le più

recenti schede VGA e gli elenchi di CPU supportate.

ASRock website http://www.asrock.com

Se si necessita dell’assistenza tecnica per questa scheda madre,

visitare il nostro sito per informazioni speciﬁ che sul modello che si

sta usando.

www.asrock.com/support/index.asp

1.1 Contenuto della confezione

Scheda madre ASRock 990FX Extreme4

(ATX Form Factor: 12.0-in x 9.6-in, 30.5 cm x 24.4 cm)

Guida di installazione rapida ASRock 990FX Extreme4

CD di supporto ASRock 990FX Extreme4

Un cavo IDE 80-pin Ultra ATA 66/100/133

Un cavo per ﬂ oppy drive a 1,44 Mb

Quattro cavi dati Serial ATA (SATA) (opzionali)

Due cavi di alimentazione HDD Serial ATA (SATA) (opzionali)

Un cavo audio da 3,5 mm (opzionali)

Un I/O Shield

Un porta USB 3.0 sul pannello frontale

Quattro HDD viti

Sei telaio viti

Un supporto USB 3.0 posteriore

Un Scheda ASRock SLI_Bridge_2S

ASRock vi ricorda...

Per ottenere migliori prestazioni in Windows

7 / 7 64-bit / Vista

/ Vista

64-bit, si consiglia di impostare l'opzione BIOS in Storage Conﬁ guration

(Conﬁ gurazione di archiviazione) sulla modalità AHCI. Per l'impostazione

BIOS, fare riferimento a “User Manual” (Manuale dell'utente) nel CD di

supporto per dettagli.

Italiano

ASRock 990FX Extreme4 Motherboard

1.2 Specifiche

Piattaforma - ATX Form Factor: 12.0-in x 9.6-in, 30.5 cm x 24.4 cm

- Design condensatore compatto (condensatori a conduttore in

polimero di alta qualità realizzati al 100% in Giappone)

Processore - Supporto di processori Socket AM3+

- Supporto di processori Socket AM3: AMD Phenom

II X6 / X4

/ X3 / X2 (fatta eccezione per 920 / 940) / Athlon II X4 / X3 / X2

/ Sempron

- CPU Otto-Core Ready

- Supporto UCC (Unlock CPU Core) (vedi ATTENZIONE 1)

- Struttura di fase con alimentazione V8 + 2 avanzata

- Supporta CPU ﬁ no a 140 W

- Supporto tecnologia AMD Cool ‘n’ Quiet

- FSB 2600 MHz (5.2 GT/s)

- Supporta la tecnologia overclocking “slegata”

(vedi ATTENZIONE 2)

- Supporta la tecnologia Hyper-Transport 3.0 (HT 3.0)

Chipset - Northbridge: AMD 990FX

- Southbridge: AMD SB950

Memoria - Supporto tecnologia Dual Channel Memory

(vedi ATTENZIONE 3)

- 4 x slot DDR3 DIMM

- Supporto DDR3 2100(OC)/1866/1600/1333/1066/800

non-ECC, momoria senza buffer (vedi ATTENZIONE 4)

- Capacità massima della memoria di sistema: 32GB

(vedi ATTENZIONE 5)

Slot di - 3 alloggiamenti PCI Express 2.0 x16

espansione (PCIE2/PCIE4 : modalità x16; PCIE5 : modalità x4)

- 2 x slot PCI Express 2.0 x1

- 2 x slot PCI

- Supporto di AMD

Quad CrossFireX

, 3-Way CrossFireX

e CrossFireX

- Supporto di NVIDIA

Quad SLI

e SLI

Audio - 7.1 CH HD Audio con protezioni contenuti

(Realtek ALC892 Audio Codec)

- Supporto audio Blu-ray Premium

LAN - PCIE x1 Gigabit LAN 10/100/1000 Mb/s

- Broadcom BCM7781

- Supporta Wake-On-LAN

- Supporto di Energy Efﬁ cient Ethernet 802.3az

Italiano

ASRock 990FX Extreme4 Motherboard

Italiano

- Supporta PXE

Pannello I/O Panel

posteriore - 1 x porta PS/2 per mouse

I/O - 1 x porta PS/2 per tastiera

- 1 x Porta coassiale SPDIF Out

- 1 x Porta ottica SPDIF Out

- 6 x porte USB 2.0 già integrate

- 2 x porte USB 3.0 già integrate

- 1 x Connettore eSATA3

- 1 x porte LAN RJ-45 con LED (LED azione/collegamento e

LED velocità)

- 1 x porte IEEE 1394

- 1 x interruttore di pulizia CMOS

- Connettore HD Audio: cassa laterale / cassa posteriore /

cassa centrale / bassi / ingresso linea / cassa frontale /

microfono (vedi ATTENZIONE 6)

SATA3 - 6 x connettori SATA3 6,0 Gb/s tramite AMD SB950, supporto

di RAID (RAID 0, RAID 1, RAID 0+1, JBOD e RAID 5) e delle

funzioni NCQ, AHCI e “Hot Plug”

- 2 x Connettori SATA3 6,0Gb/s SE9120 Marvell, supporto delle

funzioni NCQ, AHCI e “Hot Plug”

(il connettore SATA3_8 è condiviso con la porta eSATA3)

USB 3.0 - 2 x porte USB 3.0 posteriori amministrate dal controller

Etron EJ168A, supporto di USB 1.0/2.0/3.0 ﬁ no a 5Gb/s

- 1 x header USB 3.0 frontale (supporta 2 porte USB 3.0)

amministrato dal controller Etron EJ168A, supporto di

USB 1.0/2.0/3.0 ﬁ no a 5Gb/s

Connettori - 8 x connettori SATA3 6.0Go/s

- 1 x connettori ATA133 IDE (supporta ﬁ no a 2 dispositivi IDE)

- 1 x porta Floppy

- 1 x Collettore modulo infrarossi

- 1 x collettore porta COM

- 1 x collettore IEEE 1394

- 1 x Header HDMI_SPDIF

- 1 x LED di accensione

- Connettore CPU/Chassis/Alimentazione ventola

- 24-pin collettore alimentazione ATX

- 8-pin connettore ATX 12V

- Connettori audio interni

- Connettore audio sul pannello frontale

- 2 x Collettore USB 2.0 (supporta 4 porte USB 2.0)

- 1 x Collettore USB 3.0 (supporta 2 porte USB 3.0)

- 1 x Dr. Debug (LED debug con 7 segmenti)

ASRock 990FX Extreme4 Motherboard

Interruttore - 1 x interruttore pulizia CMOS con LED

rapido - 1 x interruttore di alimentazione con LED

- 1 x interruttore di reset con LED

BIOS - 32Mb AMI UEFI Legal BIOS con interfaccia di supporto

- Supporta “Plug and Play”

- Compatibile con ACPI 1.1 wake up events

- Supporta jumperfree

- Supporta SMBIOS 2.3.1

- Regolazione multi-voltaggio CPU, VCCM, NB, SB

CD di - Driver, utilità, software antivirus (Versione dimostrativa),

supporto CyberLink MediaEspresso 6.5 Trial

Caratteristi- - ASRock Extreme Tuning Utility (AXTU)

ca speciale (vedi ATTENZIONE 7)

- ASRock Instant Boot

- ASRock Instant Flash (vedi ATTENZIONE 8)

- Caricatore ASRock APP Charger (vedi ATTENZIONE 9)

- ASRock XFast USB (vedi ATTENZIONE 10)

- Tecnologia ASRock On/Off Play (vedi ATTENZIONE 11)

- Booster ibrido:

- Stepless control per frequenza del processore

(vedi ATTENZIONE 12)

- ASRock U-COP (vedi ATTENZIONE 13)

- Boot Failure Guard (B.F.G.)

- Turbo 50 / Turbo 60 CPU Overclocking

- Turbo UCC

Monitoraggio - Sensore per la temperatura del processore

Hardware - Sensore temperatura scheda madre

- Indicatore di velocita per la ventola del CPU/Chassis/

Alimentazione

- Ventola CPU silenziosa

- Ventola CPU/chassis con controllo di varie velocità

- Voltaggio: +12V, +5V, +3.3V, Vcore

Compatibi- - Microsoft

Windows

7 / 7 64 bit / Vista

/ Vista

64 bit

lità SO / XP / XP 64 bit

Certiﬁ cazioni - FCC, CE, WHQL

- Predisposto ErP/EuP (è necessaria l’alimentazione predis

posta per il sistema ErP/EuP) (vedi ATTENZIONE 14)

* Per ulteriori informazioni, prego visitare il nostro sito internet: http://www.asrock.com

Italiano

ASRock 990FX Extreme4 Motherboard

AVVISO

Si prega di prendere atto che la procedura di overclocking implica dei rischi, come anche

la regolazione delle impostazioni del BIOS, l’applicazione della tecnologia Untied Over-

clocking Technology, oppure l’uso di strumenti di overclocking forniti da terzi. L’overclocking

può inﬂ uenzare la stabilità del sistema, ed anche provocare danni ai componenti ed alle

periferiche del sistema. La procedura è eseguita a proprio rischio ed a proprie spese. Noi

non possiamo essere ritenuti responsabili per possibili danni provocati dall’overclocking.

ATTENZIONE!

1. La funzione ASRock UCC (Unlock CPU Core, Sblocca CPU Core) sem-

pliﬁ ca l’attivazione della CPU AMD. È una semplice voce d’attivazione

delle opzioni UEFI chiamata “Unlock CPU Core” (Sblocca CPU Core) che

permette di sbloccare il core CPU extra per sfruttare un’immediata acce-

lerazione delle prestazioni. Quando la funzione UCC è abilitata, la CPU

dual-core o triple-core CPU aumenta alla velocità di una CPU quad-core,

ed alcune CPU, includendo le quad-core, possono anche aumentare le

dimensioni della cache L3 ﬁ no a 6MB, e questo signiﬁ ca che le prestazioni

CPU sono migliorate ad un prezzo conveniente. Si prega di notare che la

funzione UCC è supportata solo da CPU AM3; inoltre, non tutte le CPU

AM3 supportano questa funzione perché il core nascosto (hidden) di alcu-

ne CPU potrebbe non funzionare in modo appropriato.

2. Questa scheda madre supporta la tecnologia overclocking “slegata”.

Per i dettagli leggere “Tecnologia di Untied Overclocking” a pagina 39.

3. Questa scheda madre supporta la tecnologia Dual Channel Memory. Prima

di implementare la tecnologia Dual Channel Memory, assicurarsi di leggere

la guida all’installazione dei moduli di memoria, a pagina 100, per seguire

un’installazione appropriata.

4. Il fatto che la velocità della memoria da 2100MHz sia supportata o meno,

dipende dagli AM3/AM3+ CPU utilizzati. Se si desidera adottare il modulo

di memoria DDR3 2100 su questa scheda madre, fare riferimento all’elen-

co delle memorie supportate nel nostro sito web per scoprire quali sono i

moduli compatibili.

Sito web ASRock http://www.asrock.com

5. A causa delle limitazioni del sistema operativo, le dimensioni effettive della

memoria possono essere inferiori a 4GB per l’accantonamento riservato

all’uso del sistema sotto Windows

7 / Vista

/ XP. Per Windows

OS con

CPU 64-bit, non c’è tale limitazione.

6. Questa scheda madre supporta l’ingresso stereo e mono per il microfono.

Questa scheda madre supporta le modalità 2 canali, 4 canali, 6 canali e

8 canali per l’uscita audio. Controllare la tavola a pagina 3 per eseguire il

collegamento appropriato.

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ASRock 990FX Extreme4 Motherboard

7. L’utilità AXTU (ASRock Extreme Tuning Utility) è uno strumento tutto in

uno per regolare varie funzioni del sistema in un’interfaccia

facile da usare che include monitoraggio hardware, controllo ventola,

overclocking, OC DNA ed IES. Hardware Monitor (Monitoraggio hardwa-

re) mostra le letture principali del sistema. Fan Control (Controllo ventola)

mostra la velocità e la temperatura che possono essere regolate. Over-

clocking permette di eseguire l’overclocking della frequenza della CPU

per ottenere le prestazioni ottimali del sistema. OC

DNA permette di salvare le impostazioni OC come un proﬁ lo da

condividere con gli amici! Gli amici possono scaricare il proﬁ lo OC sul

loro sistema operativo per ottenere le stesse impostazioni OC Il regola-

tore di tensione di IES (Intelligent Energy Saver) può ridurre il numero di

fasi d’uscita per migliorare l’efﬁ cienza quando i core CPU sono inattivi

senza sacriﬁ care le prestazioni di computazione. Vistare il nostro per

informazioni sulle procedure operative dell’utilità AXT

(ASRock Extreme Tuning Utility).

Sito ASRock: http://www.asrock.com

8. ASRock Instant Flash è una utilità Flash BIOS integrata nella Flash ROM.

Questo comodo strumento d’aggiornamento del BIOS permette di aggior-

nare il sistema BIOS senza accedere a sistemi operativi come MS-DOS

or Windows

. Con questa utilità, si può premere il tasto <F6> durante il

POST, oppure il tasto <F2> nel menu BIOS per accedere ad ASRock In-

stant Flash. Avviare questo strumento e salvare il nuovo ﬁ le BIOS nell’unità

Flash USB, dischetto (disco ﬂ oppy) o disco rigido; poi si può aggiornare il

BIOS con pochi clic, senza preparare altri dischetti (dischi ﬂ oppy) o altre

complicate utilità Flash. Si prega di notare che l’unità Flash USB o il disco

rigido devono usare il File System FAT32/16/12.

9. Se vuoi un modo rapido e indipendente per caricare i dispositivi Apple,

come iPhone/iPod/iPad Touch, ASRock ha preparato una soluzione

meravigliosa: ASRock APP Charger. Basta installare il driver APP Char-

ger per caricare l’iPhone più rapidamente rispetto al computer, con una

velocità maggiore del 40%. ASRock APP Charger permette di caricare

simultaneamente molti dispositivi Apple in modo rapido e supporta anche il

caricamento continuato quando il PC accede alla modalità di Standby (S1),

Sospensione su RAM (S3), Ibernazione (S4) o Spegnimento (S5). Una

volta installato il driver APP Charger si otterranno prodigi e comodità mai

avuti prima.

Sito ASRock: http://www.asrock.com/Feature/AppCharger/index.asp

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ASRock 990FX Extreme4 Motherboard

10. ASRock XFast USB può accelerare le prestazioni del dispositivo d’archi-

viazione USB. Le prestazioni dipendono dalle proprietà del dispositivo.

11. La tecnologia ASRock On/Off Play consente agli utenti di godere di una

esperienza audio eccezionale tramite i dispositivi audio portatili come i

lettori MP3 o il cellulare sul proprio PC, anche quando il PC è spento (op-

pure in modalità ACPI S5)! Questa scheda madre fornisce inoltre un cavo

audio libero da 3,5 mm (opzionale) che garantisce agli utenti l’ambiente

di elaborazione più comodo.

12. Anche se questa motherboard offre il controllo stepless, non si consiglia di

effettuare l’overclocking. L’uso di frequenze diverse da quelle raccomanda-

te per il bus CPU possono provocare l’instabilità del sistema o danneggiare

la CPU.

13. Se il processore si surriscalda, il sistema si chiude automaticamente. Prima

di riavviare il sistema, assicurarsi che la ventolina CPU della scheda madre

funzioni correttamente; scollegare e ricollegare il cavo d’alimentazione. Per

migliorare la dissipazione del calore, ricordare di applicare l’apposita pasta

siliconica tra il processore e il dissipatore quando si installa il sistema.

14. EuP, che sta per Energy Using Product (Prodotto che consuma energia) ,

era una normativa emanata dall’Unione Europea che deﬁ niva il consumo

energetico del sistema completo. In base all’EuP, l’alimentazione totale

del sistema completo deve essere inferiore a 1,00 W quando è spento.

Per soddisfare la norma EuP sono necessari un alimentatore e una sche-

da elettrica predisposti EuP. In base ai

suggerimenti Intel l’alimentatore predisposto EuP deve soddisfare lo

standard secondo cui l’efﬁ cienza energetica in standby di 5 v è più alta

del 50% con un consumo di corrente di 100 mA. Per la scelta di un’ali-

mentatore predisposto EuP consigliamo di veriﬁ care ulteriori dettagli con

il produttore.

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ASRock 990FX Extreme4 Motherboard

2. Installazione

Questa è una scheda madre con Form Factor ATX (12.0 pollici x 9.6 pollici; 30,5 cm

x 24,4 cm). Prima di installare la scheda madre, studiare la conﬁ gurazione del telaio

per assicurarsi che la scheda madre vi si adatti.

Precauzioni preinstallazione

Leggere le seguenti precauzioni prima di installare componenti delle

schede madri o di cambiare le impostazioni delle schede madri.

Prima di installare o rimuovere qualsiasi componente, assicurarsi che

l’alimentazione sia disattiva e che il cavo d’alimentazione sia scollegato dalla

presa di corrente. Diversamente si causeranno gravi danni alla scheda madre,

alle periferiche e/o ad altri componenti.

1. Togliere il cavo dalla presa elettrica prima di toccare le com-

ponenti. In caso contrario la schedamadre, le periferiche, e/o i

componenti possono subire gravi danni.

2. Per evitare che l’elettricità statica danneggi la scheda madre,

NON appoggiare la scheda madre su moquette, tappeti o

tessuti simili. Ricordarsi di indossare un braccialetto antistatico

collegato a terra o di toccare un oggetto posizionato a terra

prima di maneggiare le componenti.

3. Tenere i componenti per i bordi e non toccare i ICs.

4. Ogni volta che si disinstalla un componente, appoggiarlo su un

tappetino antistatico messo a terra o depositarlo nella borsa

data in dotazione con il componente.

5. Nell’usare i giraviti per ﬁ ssare la scheda madre al telaio non

serrare eccessivamente le viti! Altrimenti si rischia di danneg-

giare la scheda madre.

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ASRock 990FX Extreme4 Motherboard

2.1 Installazione del processore

Fase 1. Aprire lo zoccolo sollevando la leva da un angolo di 90°.

Fase 2. Posizionare la CPU direttamente sopra la presa in modo tale che l’angolo

della CPU con il triangolo dorato corrisponda all’angolo della presa con il

triangolino.

Fase 3. Inserire con cautela il processore nello zoccolo ﬁ nché si adatta

perfettamente.

Il processore ha un solo corretto orientamento. NON forzare il

processore nello zoccolo: i pin potrebbero stortarsi.

Fase 4. Quando il processore è posizionato, premere con decisione sullo zoccolo

mentre si abbassa la leva dello zonnettore per ﬁ ssare il processore.

Quando la leva fa clic sulla linguetta laterale signiﬁ ca che è bloccata.

2.2 Installazione della ventolina e del dispersore di calore

CPU

Dopo avere installato la CPU sulla scheda madre, è necessario installare un

dispersore di calore ed una ventolina per dissipare il calore. È anche

necessario applicare del grasso termico tra la CPU ed il dispersore di calore

per migliorare la dissipazione del calore. Assicurarsi che la CPU ed il

dispersore di calore siano ﬁ ssati in modo appropriato e che ci sia una

buona aderenza tra i due. Quindi collegare la ventolina CPU al connettore

PU FAN (CPU_FAN1, fare riferimento a pagina 2, Numero 6 o CPU_FAN2,

fare riferimento a pagina 2, Numero 7). Per eseguire un’installazione

appropriata, fare riferimento al manuale d’istruzioni della ventolina CPU e del

dispersore di calore.

FASE 1:

Sollevare la levetta socket

FASE 2 / FASE 3:

Far corrispondere il triangolo

dorato della CPU al triangolino

nell’angolo del socket

FASE 4:

Abbassare e bloccare la

levetta socket

Levetta solle-

vata di 90°

Triangolo dorato CPU

Triangolino angolo

socket

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Conﬁ gurazioni Dual Channel Memory

DDR3_A1 DDR3_A2 DDR3_B1 DDR3_B2

(alloggiamento (alloggiamento (alloggiamento (alloggiamento

blu) bianco) blu) bianco)

(1) Popolato - Popolato -

(2) - Popolato - Popolato

(3) Popolato Popolato Popolato Popolato

* Per la conﬁ gurazione (3), installare DDR3 DIMM identici nei quattro slot.

2.3 Installazione dei moduli di memoria (DIMM)

La scheda madre 990FX Extreme4 fornisce quattro alloggiamenti DIMM DDR3

(Double Data Rate 3) a 240 pin, e supporta la tecnologia Dual Channel Memory.

Per la conﬁ gurazione a due canali, è necessario installare sempre coppie identiche

(stessa marca, velocità, dimensioni e tipo di chip) di DIMM DDR3 negli alloggiamenti

dello stesso colore. In altre parole, è necessario installare coppie identiche di DIMM

DDR3 nel canale doppio A (DDR3_A1 e DDR3_B1; alloggiamenti blu; vedere pag.

2 Nr. 10) oppure coppie identiche di DIMM DDR3 nel canale doppio B (DDR3_A2 e

DDR3_B2; alloggiamenti bianco; vedere pag. 2 Nr. 11), per fare sì che la tecnologia

Dual Channel Memory possa essere attivata. Questa scheda madre consente an-

che di installare quattro DIMM DDR3 per la conﬁ gurazione a canale doppio.Questa

scheda madre consente anche di installare quattro DIMM DDR3 per conﬁ gurazione

a canale duale, si raccomanda di installare DIMM DDR3 identiche nei quattro allog-

giamenti. Consultare la Tabella conﬁ gurazione Memoria Canale Duale di seguito.

1. Installare il modulo di memoria nell’alloggio bianco (DDR3_A2 o

DDR3_B2) per la prima priorità.

2. Se si vogliono installare due moduli di memoria, per ottenere com-

patibilità ed afﬁ dabilità ottimali, si raccomanda di installarli negli al-

loggiamenti dello stesso colore. In altre parole: installare i moduli di

memoria o nella serie di alloggiamenti blu (DDR3_A1 e DDR3_B1)

oppure nella serie di alloggiamenti bianco (DDR3_A2 e DDR3_B2).

3. Se negli alloggiamenti DIMM di questa scheda madre è installato

un solo modulo di memoria, oppure sono installati tre moduli di me-

moria, è impossibile attivare la tecnologia Dual Channel Memory.

4. Se una coppia di moduli di memoria NON è installata nello stesso

“canale doppio”, ad esempio se si installa una coppia di moduli di

memoria su DDR3_A1 e DD3_A2, è impossibile attivare la tecnolo-

gia Dual Channel Memory.

5. Non è consentito installare la DDR o DDR2 nello slot DDR3, altri-

menti si possono danneggiare questa scheda madre e la DIMM.

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ASRock 990FX Extreme4 Motherboard

6. Se si adottano moduli di memoria DDR3 2100 sulla

scheda madre, si consiglia di installarli sugli slot DDR3_

A2 e DDR3_B2.

Installare una DIMM

Scollegare l’alimentazione elettrica prima di aggiungere o rimuovere i

DIMM o altri componenti del sistema.

Fase 1. Sbloccare lo slot DIMM premendo i fermi che lo trattengono verso

l’esterno.

Fase 2. Allineare una DIMM sullo slot così che il pettine della DIMM combaci con

la sua sede sullo slot.

La DIMM può essere montata correttamente soltanto con un orienta-

mento. Se si dovesse installare a forza la DIMM nello slot con un orien-

tamento errato, si causerebbero danni permanenti alla scheda madre e

alla DIMM stessa.

Fase 3. Inserire saldamente la DIMM nello slot ﬁ no a far scattare completamente

in posizione i fermagli di ritegno alle due estremità e ﬁ no ad installare

correttamente la DIMM nella sua sede.

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2.4 Slot di espansione (Slot PCI ed Slot PCI Express)

Sulla scheda madre 990FX Extreme4 c’è 2 slot PCI ed 5 slot PCI Express.

Slot PCI: Sono utilizzati per installare schede di espansione con Interfaccia PCI

a 32-bit.

Slot PCI Express: L’alloggio PCIE1 / PCIE3 (PCIE x1; bianco) è usato per le

schede PCI Express x1 lane, come schede Gigabit LAN,

SATA2. L’alloggio PCIE2 / PCIE4 (PCIE x16; blu) è usato per

le schede graﬁ che PCI Express x16 lane, oppure è usato per

installare schede graﬁ che PCI Express per supportare la

funzione CrossFireX

. L’alloggio PCIE5 (PCIE x16; blu) è

usato per le schede PCI Express x4 lane, oppure è usato per

installare schede graﬁ che PCI Express per supportare la

funzione 3-Way CrossFireX

Installare una scheda di espansione

Fase 1. Prima d’installare la scheda di espansione, assicurarsi che l’alimentazione

sia stata esclusa oppure che il cavo di alimentazione sia scollegato. Prima

di iniziare l’installazione, si prega di leggere la documentazione della scheda

di espansione e di effettuare le necessarie impostazioni del hardware.

Fase 2. Rimuovere i ganci sullo slot che si intende utilizzare. Tenere a portata di

mano le viti.

Fase 3. Allineare il connettore della scheda con lo slot e premere con decisione

ﬁ nché la scheda è completamente inserita nello slot.

Fase 4. Agganciare la scheda allo chassis con le viti.

Fase 5. Fissare la scheda al case usando le viti.

Fase 6. Rimettere a posto il coperchio del sistema.

1. Se si intende installare una sola scheda PCI Express VGA su ques-

ta scheda madre, installarla nell’alloggio PCIE2.

2. In modalità CrossFireX

o SLI

, installare le schede video PCI

Express x16 negli alloggi PCIE2 e PCIE4. Quindi, entrambi gli

alloggi lavoreranno a larghezza di banda x16.

3. In modalità 3-Way CrossFireX

, installare le schede video PCI

Express x16 negli alloggi PCIE2, PCIE4 e PCIE5. Quindi, alloggi

PCIE2 e PCIE4 lavoreranno a larghezza di banda x16 mentre

l’alloggio PCIE5 lavorerà a larghezza di banda x4.

4. Collegare una ventola chassis al relativo connettore della scheda

madre (CHA_FAN1, CHA_FAN2 o CHA_FAN3) quando si usano

più schede video per ottenere un migliore ambiente termico.

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ASRock 990FX Extreme4 Motherboard

2.5 Guida operativa per SLI

e Quad SLI

Questa scheda madre supporta a tecnologia NVIDIA

SLI

e Quad SLI

(Scalable

Link Interface) che permette di installare ﬁ no a due schede video PCI Express x16

identiche. Correntemente, la tecnologia NVIDIA

SLI

supporta i sistemi operativi

Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit. La tecnologia NVI-

DIA

Quad SLI

supporta solo i sistemi operativi Windows

7 / 7 64-bit / Vista

Vista

64-bit. Attenersi alle procedure d’installazione, a pagina 17, per i dettagli.

2.6 Guida operativa per CrossFireX

, 3-Way CrossFireX

Quad CrossFireX

Questa scheda madre supporta la funzione CrossFireX

, 3-Way CrossFireX

e Quad CrossFireX

. La tecnologia CrossFireX

offre i mezzi più vantaggiosi

possibile per combinare più GPU (Graphics Processing Unit) ad altre prestazio-

ni in un singolo PC. Combinando una serie di diverse modalità operative con la

progettazione software intuitiva ed un meccanismo d’interconnessione innovativo,

CrossFireX

abilita il massimo livello possibile di prestazioni e qualità d’immagine

in qualsiasi applicazione 3D. Correntemente la funzione CrossFireX

è supportata

solo dai sistemi operativi Windows

XP con Service Pack 2 / Vista

/ 7. La funzione

3-Way CrossFireX

e Quad CrossFireX

è supportata solo dal sistema operativo

Windows

Vista

/ 7. Visitare il sito AMD per gli aggiornamenti dei driver AMD

CrossFireX

. Attenersi alle procedure d’installazione, a pagina 20, per i dettagli.

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ASRock 990FX Extreme4 Motherboard

2.7 Setup dei Jumpers

L’illustrazione mostra come sono settati i jump-

er. Quando il ponticello è posizionato sui pin,

il jumper è “CORTOCIRCUITATO”. Se sui pin

non ci sono ponticelli, il jumper è “APERTO”.

L’illustrazione mostra un jumper a 3 pin in cui il

pin1 e il pin2 sono “CORTOCIRCUITATI” quan-

do il ponticello è posizionato su questi pin.

Jumper Settaggio del Jumper

Resettare la CMOS

(CLRCMOS1)

(vedi p.2 item 3)

Nota:

CLRCMOS1 permette si azzerare i dati nella CMOS. Per cancellare e ripristinare

parametri del sistema sulla conﬁ gurazione iniziale, spegnere il computer e

scollegare il cavo d’alimentazione dalla presa di corrente. Attendere 15 secondi,

poi usare un cappuccio jumper per cortocircuitare il pin 2 ed il pin 3 su

CLRCMOS1 per 5 secondi. Tuttavia, si consiglia di non cancellare la CMOS

subito dopo avere aggiornato il BIOS. Se si deve azzerare la CMOS quando si

è completato l’aggiornamento del BIOS, è necessario per prima cosa avviare

il sistema e poi spegnerlo prima di eseguire l’azzeramento della CMOS. No-

tare che password, data, ore, proﬁ lo utente predeﬁ nito, 1394 GUID e indirizzo

MAC saranno cancellati solo se è rimossa la batteria della CMOS.

Azzeramen-

to CMOS

Impostazione

predeﬁ nita

L’interruttore Clear CMOS (Cancella CMOS) ha la stessa funzione del

jumper Clear CMOS.

CORTOCIRCUITATO APERTO

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2.8 Collettori e Connettori su Scheda

I collettori ed i connettori su scheda NON sono dei jumper. NON instal-

lare cappucci per jumper su questi collettori e connettori. L’installazione

di cappucci per jumper su questi collettori e connettori provocherà

danni permanenti alla scheda madre!

Cavi dati Serial ATA (SATA) Una o altra estremità del cavo

(Opzionale)

di dati SATA può essere

collegata al disco rigido SATA /

SATAII / SATA3 o al connettore

di SATAII / SATA3 su questa

cartolina base.

Cavo audio da 3,5 mm Una delle estremità del cavo

(Opzionale)

audio da 3,5 mm può essere

collegata ai dispositivi audio

portatili come lettori MP3 o

cellulari, oppure alla porta

Line-in del computer.

Italiano

Lato del Pin1 con la striscia rossa

Connettore del

Floppy disk

(33-pin FLOPPY1)

(vedi p.2 Nr. 30)

Nota: Assicurarsi che il lato del cavo con la striscia rossa sia inserito nel lato Pin1

del connettore.

Connettore IDE primario (blu)

(39-pin IDE1, vedi p.2 Nr. 18)

Connettore blu Connettore nero

alla schedamadre all’hard disk drive

Cavo ATA 66/100/133 a 80 Pin

Nota: Fate riferimento alle istruzioni del produttore del dispositivo IDE per maggiori

dettagli.

Cavo d’alimentazione Collegare l’estremità nera de

Serial ATA (SATA) cavo di alimentazione SATA al

(Opzionale)

connettore di alimentazione del

drive. Poi connettete l’estremità

bianca del cavo di alimentazio

ne SATA al connettore power

dell’alimentatore.

Connettere all’ailmentazio-

dei dischi SATA

Connettere al gruppo

di alimentazione

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ASRock 990FX Extreme4 Motherboard

Collettore USB 3.0 Oltre alle due porte USB 3.0

(19-pin USB3_0_1)

standard del pannello I/O,

(vedi p.2 Nr. 28)

questa scheda madre è dotata

di un header USB 3.0 che

supporta due porte USB 3.0.

Collettore modulo infrarossi Questo collettore supporta

(5-pin IR1)

moduli ad infrarossi optional

(vedi p.2 Nr. 44)

per la trasmissione e la

ricezione senza ﬁ li.

Italiano

Connettori Serial ATA3 Questi otto connettori Serial

(SATA3_1_2: vedi p.2 Nr. 21)

ATA3 (SATA3) supportano cavi

(SATA3_3_4: vedi p.2 Nr. 20)

dati SATA per dispositivi di

(SATA3_5_6: vedi p.2 Nr. 19)

immagazzinamento interni.

(SATA3_7: vedi p.2 Nr. 32)

ATA3 (SATA3) supportano cavi

(SATA3_8: vedi p.2 Nr. 33)

SATA per dispositivi di memoria

interni. L’interfaccia SATA3

attuale permette velocità di

trasferimento dati ﬁ no a

6.0 Gb/s.

Collettore USB 2.0 Oltre alle sei porte USB 2.0

(9-pin USB2_3)

predeﬁ nite nel pannello I/O, la

(vedi p.2 Nr. 14)

scheda madre dispone di

due intestazioni USB 2.0.

Ciascuna intestazione USB 2.0

(9-pin USB8_9)

supporta due porte USB 2.0.

(vedi p.2 Nr. 13)

SATA3_1_2 SATA3_3_4 SATA3_5_6

SATA3_8 SATA3_7

P-3

P+3

GND

DUMMY

USB_PWR

P-2

P+2

GND

P-9

P+9

GND

DUMMY

USB_PWR

P-8

P+8

GND

Connettori audio interni Permettono di ricevere input

(4-pin CD1)

stereo audio da fonti di

(vedi p.2 Nr. 42)

suono come CD-ROM, DVD -

ROM,TV tuner, o schede

MPEG.

CD1

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ASRock 990FX Extreme4 Motherboard

Connettore audio sul È un’interfaccia per il cavo del

pannello frontale pannello audio. Che consente

(9-pin HD_AUDIO1)

connessione facile e controllo

(vedi p.2 Nr. 43)

dei dispositivi audio.

1. La caratteristica HDA (High Deﬁ nition Audio) supporta il rilevamento dei

connettori, però il pannello dei cavi sul telaio deve supportare la funzione

HDA (High Deﬁ nition Audio) per far sì che questa operi in modo corretto.

Attenersi alle istruzioni del nostro manuale e del manuale del telaio per

installare il sistema.

2. Se si utilizza un pannello audio AC’97, installarlo nell’intestazione audio

del pannello anteriore, come indicato di seguito:

A. Collegare Mic_IN (MIC) a MIC2_L.

B. Collegare Audio_R (RIN) a OUT2_R e Audio_L (LIN) ad OUT2_L.

C. Collegare Ground (GND) a Ground (GND).

D. MIC_RET e OUT_RET sono solo per il pannello audio HD. Non è

necessario collegarli per il pannello audio AC’97.

E. Per attivare il microfono frontale.

Sistema operativo Windows

XP / XP 64-bit:

Selezionare “Mixer”. Selezionare “Recorder” (Registratore). Poi, fare

clic su “FrontMic” (Microfono frontale).

Sistema operativo Windows

7 / 7 64-bit / Vista

/ Vista

64-bit:

Andare alla scheda “FrontMic” (Microfono frontale) del pannello di

controllo Realtek. Regolare la voce “Recording Volume” (Volume

registrazione).

Collettore pannello di sistema Questo collettore accomoda

(9-pin PANEL1)

diverse funzioni di sistema

(vedi p.2 Nr. 29)

pannello frontale.

Collegare l’interruttore d’alimentazione, l’interruttore di ripristino,

l’indicatore di stato del sistema del pannello frontale del telaio a questo

header in base all’assegnazione dei pin deﬁ nita di seguito. Determinare i

pin positivi e negativi prima di collegare i cavi.

PWRBTN (interruttore d’alimentazione):

Va collegato all’interruttore d’alimentazione del pannello frontale del

telaio. Usando l’interruttore d’alimentazione si può conﬁ gurare il modo in

cui si spegne il sistema.

RESET (interruttore di ripristino):

Va collegato all’interruttore di ripristino del pannello frontale del telaio.

Premere l’interruttore di ripristino per riavviare il sistema se il computer si

Italiano

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

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ASRock 990FX Extreme4 Motherboard

Collettore casse telaio Collegare le casse del telaio a

(4-pin SPEAKER1)

questo collettore.

(vedi p.2 Nr. 23)

LED di accensione Collegare il LED di accensione

(3-pin PLED1)

chassi per indicare lo stato di

(vedi p.2 Nr. 22)

alimentazione del sistema. Il

LED è acceso quando il sistema

è in funzione. Il LED continua a

lampeggiare in stato S1. Il LED

è spento in stato S3/S4 o S5

(spegnimento).

blocca e non riesce ad eseguire un normale riavvio.

PLED (LED alimentazione del sistema):

Va collegato all’indicatore di stato d’alimentazione del pannello frontale

del telaio. Il LED è acceso quando il sistema è operativo. Il LED continua

a lampeggiare quando il sistema è in stato di standby S1. Il LED è

spento quando il sistema è in stato di sospensione /ibernazione S3/S4

oppure spento (S5).

HDLED (LED attività disco rigido):

Va collegato al LED attività disco rigido del pannello frontale del telaio. Il

LED è acceso quando disco rigido legge e scrive i dati.

Il design del pannello frontale può variare in base ai telai. Il modulo di

un pannello frontale può consistere di: interruttore d’alimentazione,

interruttore di ripristino, LED d’alimentazione, LED attività disco rigido,

casse, eccetera. Quando si collega il modulo del pannello frontale a

questo header, assicurarsi che l’assegnazione dei ﬁ li e dei pin sia fatta

corrispondere in modo appropriato.

Collettori Chassis ed alimentazione ventola Collegare i cavi della ventola ai

(4-pin CHA_FAN1)

corrispondenti connettori

(vedi p.2 Nr. 45)

facendo combaciare il cavo

nero col pin di terra. La velocità

(3-pin CHA_FAN2)

della ventola CHA_FAN1/2/3

(vedi p.2 Nr. 4)

può essere controllata tramite

UEFI o AXTU.

(3-pin CHA_FAN3)

(vedi p.2 Nr. 2)

(3-pin PWR_FAN1)

(vedi p.2 Nr. 40)

Italiano

GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

GND

+12V

CHA_FA N_SPEED

GND

+12V

PWR_FAN_SPEED

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ASRock 990FX Extreme4 Motherboard

Installazione dell’alimentatore ATX a 20 pin

Con questa scheda madre, c’è in dotazione un

connettore elettrico ATX a 24 pin, ma può funzionare lo

stesso se si adotta un alimentatore ATX a 20 pin. Per

usare l’alimentatore ATX a 20 pin, collegare l’alimentatore

con il Pin 1 e il Pin 13.

Connettore alimentazione ATX Collegare la sorgente

(24-pin ATXPWR1)

d’alimentazione ATX a questo

(vedi p.2 Nr. 12)

connettore.

Sebbene la presente scheda madre disponga di un supporto per ventola

CPU a 4 piedini (ventola silenziosa), la ventola CPU a 3 piedini è in

grado di funzionare anche senza la funzione di controllo della velocità

della ventola. Se si intende collegare la ventola CPU a 3 piedini al

connettore della ventola CPU su questa scheda madre, collegarla ai

piedini 1-3.

Piedini 1-3 collegati

Installazione della ventola a 3 piedini

(3-pin CPU_FAN2)

(vedi p.2 Nr. 7)

GND

+12V

CPU_FAN_SPEED

Sebbene questa schedamadre fornisca un connettore elettrico 8-pin ATX

12V, l‘unita‘ puo‘ ancora essere funzionante se viene utilizzata una

fornitura elettrica tradizionale a 4-pin ATX 12V. Per usare tale fornitura

elettrica 4-pin ATX 12V, prego collegare la presa elettrica

al Pin 1 e Pin 5.

Installazione elettrica 4-Pin ATX 12V

Connettore ATX 12 V Collegare un alimentatore ATX

(8-pin ATX12V1)

12 V a questo connettore.

(vedi p.2 Nr. 5)

8 5

4 1

8 5

4 1

Italiano

Connettore ventolina CPU Collegare il cavo della ventolina

(4-pin CPU_FAN1)

CPU a questo connettore e far

(vedi p.2 Nr. 6)

combaciare il ﬁ lo nero al pin

terra.

1 2 3 4

GND

+12V

CPU_FAN_SPEED

FAN_SPEED_CONTROL

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ASRock 990FX Extreme4 Motherboard

Header HDMI_SPDIF Header HDMI_SPDIF, con

(2-pin HDMI_SPDIF1)

uscita audio SPDIF su scheda

(vedi p.2 Nr. 1)

HDMI VGA, consente al

sistema di collegare dispositivi

per TV digitale HDMI/proiettori/

LCD . Collegare il connettore

HDMI_SPDIF della scheda

VGA HDMI a questo header.

Collettore porta COM Questo collettore porta COM è

(9-pin COM1)

utilizzato per supportare il

(vedi p.2 Nr. 31)

modulo porta COM.

Intestazione IEEE 1394 Accanto alla porta di default

(9-pin FRONT_1394)

IEEE 1394 sul pannello I/O, e‘

(vedi p.2 Nr. 15)

presente un‘intestazione IEEE

1394 (FRONT_1394) sulla

scheda madre. Questa

intestazione IEEE 1394 puo‘

supportare una porta IEEE

1394.

Italiano

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

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ASRock 990FX Extreme4 Motherboard

Italiano

Guida di installazione del supporto USB 3.0 posteriore

Collegare il cavo USB 3.0 e il

supporto USB 3.0 posteriore.

Svitare le due viti dal pannello USB 3.0

anteriore.

Inserire il supporto USB 3.0

posteriore nel telaio.

Avvitare le due viti nel supporto USB 3.0

posteriore.

Punto 1

Punto 4

Punto 2

Punto 3

Guida all’installazione del pannello frontale USB 3.0

Installare il pannello frontale USB 3.0

nell’alloggio unità 2,5” del telaio.

Il pannello frontale USB 3.0 è pronto

all’uso.

Collegare il cavo del pannello frontale

USB 3.0 al connettore USB 3.0 (USB3_0_1)

della scheda madre.

Fissare il pannello frontale USB 3.0

all’alloggio unità usando sei viti telaio.

Preparare il pannello frontale USB 3.0

fornito in dotazione, quattro viti HDD e sei

viti telaio.

Punto 1

Fissare l’unità HDD/SSD 2,5” al pannello

frontale USB 3.0 usando quattro viti HDD.

Punto 3

Punto 5

Punto 2

Punto 4

Punto 6

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ASRock 990FX Extreme4 Motherboard

2.9 Interruttori rapidi

Questa scheda madre ha tre interruttori rapidi: Interruttore di alimentazione, interrut-

tore di reset e interruttore pulizia CMOS, che consentono agli utenti di accendere /

spegnere rapidamente o cancellare i valori CMOS.

Interruttore

(PWRBTN)

(vedi p.2 Nr. 26)

Interruttore di reset

(RSTBTN)

(vedi p.2 Nr. 25)

L’interruttore di alimentazione è

un interruttore rapido che

consente agli utenti di

accendere/spegnere

rapidamente il sistema.

L’interruttore di reset è un

interruttore rapido che consente

agli utenti di resettare

rapidamente il sistema.

L’interruttore di pulizia CMOS è

un interruttore rapido che

consente agli utenti di cancellare

velocemente i valori CMOS.

Interruttore pulizia CMOS

(CLRCBTN)

(vedi p.3 Nr. 17)

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ASRock 990FX Extreme4 Motherboard

2.11 Guida installazione del driver

Per installare i driver nel sistema, inserire dapprima il CD in dotazione nell’unità

ottica. Quindi, i driver compatibili con il sistema vengono rilevati automaticamente

ed elencati nella pagina del driver del CD in dotazione. Per l’installazione dei driver

necessari, procedere in base ad un ordine dall’alto verso il basso. In tal modo, i

driver installati funzioneranno correttamente.

2.10 LED di debug

Il LED di debug integrato viene usato per fornire informazioni sui codici, il che rende

la risoluzione dei problemi ancora più semplice. Vedere i disegni a pagina 34, 35, 36

e 37 per leggere i codici del LED di debug.

2.13 Installazione di Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit senza funzioni RAID

Se si desidera installare Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-

bit sulle unità disco rigido SATA3 senza funzioni RAID, attenersi alle procedure che

seguono relative al sistema operativo che si installa.

2.12 Installazione di Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit con funzioni RAID

Se sugli HDD SATA3 con funzione RAID si vuole installare il sistema operativo

Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit, fare riferimento al

documento che si trova sul seguente percorso del CD di supporto, per le relative

procedure:

...\ RAID Installation Guide (Guida all’installazione RAID)

2.13.1 Installazione di Windows

XP / XP 64 bit senza

funzioni RAID

Se si desidera installare Windows

XP / XP 64 bit sui dischi rigidi SATA3 senza

funzioni RAID, seguire le istruzioni in basso.

1° PASSO: Conﬁ gurare il UEFI.

A.Entrare in UTILIT

→

UEFI SETUP

→

Avanzate

→

Conﬁ gurazione Storage.

B.Impostare “SATA Mode” su [IDE]. (Per SATA3_1 a SATA3_6.)

Impostare “Marvell SATA3 Operation Mode” su [IDE]. (Per SATA3_7 e SATA3_8.)

2° PASSO: Installazione di Windows

XP / XP 64-bit sul sistema.

Utilizzo dei dischi rigidi SATA3 privi di funzioni NCQ e Hot Plug

Italiano

114

ASRock 990FX Extreme4 Motherboard

2.13.2 Installazione di Windows

7 / 7 64 bit / Vista

Vista

64 bit senza funzioni RAID

Se si desidera installare Windows

7 / 7 64 bit / Vista

/ Vista

64 bit sui dischi

rigidi SATA3 senza funzioni RAID, seguire le istruzioni in basso.

1° PASSO: Conﬁ gurare il UEFI.

A.Entrare in UTILIT

→

UEFI SETUP

→

Avanzate

→

Conﬁ gurazione Storage.

B.Impostare “SATA Mode” su [IDE]. (Per SATA3_1 a SATA3_6.)

Impostare “Marvell SATA3 Operation Mode” su [IDE]. (Per SATA3_7 e SATA3_8.)

Passo 2: Installazione di Windows

7 / 7 64-bit / Vista

/ Vista

64-bit sul

sistema.

Utilizzo dei dischi rigidi SATA3 privi di funzioni NCQ e Hot Plug

1° PASSO: Conﬁ gurare il UEFI.

A.Entrare in UTILIT

→

UEFI SETUP

→

Avanzate

→

Conﬁ gurazione Storage.

B.Impostare “SATA Mode” su [AHCI]. (Per SATA3_1 a SATA3_6.)

Impostare “Marvell SATA3 Operation Mode” su [AHCI]. (Per SATA3_7 e

SATA3_8.)

Passo 2: Installazione di Windows

7 / 7 64-bit / Vista

/ Vista

64-bit sul

sistema.

Utilizzo dei dischi rigidi SATA3 con funzioni NCQ e Hot Plug

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ASRock 990FX Extreme4 Motherboard

3. Informazioni sul BIOS

La Flash Memory sulla scheda madre contiene le Setup Utility. Quando si avvia il

computer, premi <F2> o <Del> durante il Power-On-Self-Test (POST) della Setup

utility del BIOS; altrimenti, POST continua con i suoi test di routine. Per entrare il

BIOS Setup dopo il POST, riavvia il sistema premendo <Ctl> + <Alt> + <Delete>, o

premi il tasto di reset sullo chassis del sistema. Per informazioni più dettagliate circa

il Setup del BIOS, fare riferimento al Manuale dell’Utente (PDF ﬁ le) contenuto nel cd

di supporto.

4. Software di supporto e informazioni su

Questa scheda madre supporta vari sistemi operativi Microsoft

Windows

: 7 /

7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit. Il CD di supporto a corredo della

scheda madre contiene i driver e utilità necessari a potenziare le caratteristiche

della scheda.

Inserire il CD di supporto nel lettore CD-ROM. Se la funzione “AUTORUN” è attivata

nel computer, apparirà automaticamente il Menù principale. Se il Menù principale

non appare automaticamente, posizionarsi sul ﬁ le “ASSETUP.EXE” nel CESTINO

del CD di supporto e cliccare due volte per visualizzare i menù.

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ASRock 990FX Extreme4 Motherboard

1. Introducción

Gracias por su compra de ASRock 990FX Extreme4 placa madre, una placa de

conﬁ anza producida bajo el control de calidad estricto y persistente. La placa madre

provee realización excelente con un diseño robusto conforme al compromiso de

calidad y resistencia de ASRock.

Esta Guía rápida de instalación contiene una introducción a la placa base y una

guía de instalación paso a paso. Puede encontrar una información más detallada

sobre la placa base en el manual de usuario incluido en el CD de soporte.

Porque las especiﬁ caciones de la placa madre y el software de BIOS

podrían ser actualizados, el contenido de este manual puede ser cambiado

sin aviso. En caso de cualquier modiﬁ cación de este manual, la versión

actualizada estará disponible en el website de ASRock sin previo aviso.

También encontrará las listas de las últimas tarjetas VGA y CPU soportadas

en la página web de ASRock.

Website de ASRock http://www.asrock.com

Si necesita asistencia técnica en relación con esta placa base, visite

nuestra página web con el número de modelo especíﬁ co de su placa.

www.asrock.com/support/index.asp

1.1 Contenido de la caja

Placa base ASRock 990FX Extreme4

(Factor forma ATX: 30,5 cm x 24,4 cm, 12,0” x 9,6”)

Guía de instalación rápida de ASRock 990FX Extreme4

CD de soporte de ASRock 990FX Extreme4

Una cinta de datos IDE de conducción 80 Ultra ATA 66/100/133

Una cinta de datos para una unidad de disco de 3,5”

Cuatro cables de datos Serial ATA (SATA) (Opcional)

Dos cables de alimentación HDD Serial ATA (SATA) (Opcional)

Una Cable de audio de 3,5 mm (Opcional)

Una protección I/O

Una panel frontal USB 3.0

Cuatro de disco duro tornillos

Seises chasis tornillos

Una Soporte USB 3.0 posterior

Una tarjeta ASRock SLI_Bridge_2S

ASRock le recuerda...

Para mejorar el rendimiento en Windows

7 / 7 64 bits / Vista

/ Vista

64 bits, es recomendable establecer la opción del BIOS de la conﬁ gura-

ción de almacenamiento en el modo AHCI. Para obtener detalles sobre

la conﬁ guración del BIOS, consulte el “Manual del usuario” que se en-

cuentra en nuestro CD de soporte.

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ASRock 990FX Extreme4 Motherboard

Español

1.2 Especificación

Plataforma - Factor forma ATX: 30,5 cm x 24,4 cm, 12,0” x 9,6”

- Todo diseño de Capacitor Sólido (condensadores de

polímero conductor de alta calidad 100% fabricados en

Japón)

Procesador - Compatibilidad con procesadores con conector AM3+

- Compatibilidad con procesadores con conector AM3:

procesador AMD Phenom

II X6 / X4 / X3 / X2 (excepto 920

/ 940) / Athlon II X4 / X3 / X2 / Sempron

- Compatible con CPU de ocho núcleo

- Con soporte UCC (Unlock CPU Core) (vea ATENCIÓN 1)

- Avanzado diseño de fases de potencia V8 + 2

- Compatible con CPU de hasta 140W

- Con soporte para tecnología Cool ‘n’ Quiet

de AMD

- FSB 2600 MHz (5.2 GT/s)

- Admite tecnología de aumento de velocidad liberada

(vea ATENCIÓN 2)

- Soporta Tecnología de Hiper-Transporte 3.0 (HT 3.0)

Chipset - North Bridge: AMD 990FX

- South Bridge: AMD SB950

Memoria - Soporte de Tecnología de Memoria de Doble Canal

(ver ATENCIÓN 3)

- 4 x DDR3 DIMM slots

- Apoya DDR3 2100(OC)/1866/1600/1333/1066/800

non-ECC, memoria de un-buffered (vea ATENCIÓN 4)

- Máxima capacidad de la memoria del sistema: 32GB

(vea ATENCIÓN 5)

Ranuras de - 3 x ranuras PCI Express 2.0 x16

Expansión (PCIE2/PCIE4: modo x16 (PCIE2) ; PCIE5 : modo x4)

- 2 x ranura PCI Express 2.0 x1

- 2 x ranuras PCI

- Soporta AMD

Quad CrossFireX

, 3-Way CrossFireX

CrossFireX

- Compatible con NVIDIA

Quad SLI

y SLI

Audio - 7.1 CH HD Audio con Protección de Contenido

(Realtek ALC892 Audio Codec)

- Compatible con audio Blu-ray de alta calidad

LAN - PCIE x1 Gigabit LAN 10/100/1000 Mb/s

- Broadcom BCM57781

- Soporta Wake-On-LAN

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ASRock 990FX Extreme4 Motherboard

- Compatible con Ethernet 802.3az de bajo consumo

energético

- Admite PXE

Entrada/Salida I/O Panel

de Panel - 1 x puerto de ratón PS/2

Trasero - 1 x puerto de teclado PS/2

- 1 x puerto de salida coaxial SPDIF

- 1 x puerto de salida óptica SPDIF

- 6 x puertos USB 2.0 predeterminados

- 2 x puertos USB 3.0 predeterminados

- 1 x Conector eSATA3

- 1 x Puerto LAN RJ-45 con LED (LED de ACCIÓN/

ENLACE y LED de VELOCIDAD)

- 1 x puerto IEEE 1394

- 1 x conmutador de borrado de memoria CMOS

- Conexión de audio: Altavoz lateral / Altavoz trasero /

Central/Bajos / Entrada de línea / Altavoz frontal /

Micrófono (ver ATENCIÓN 6)

SATA3 - 6 x conectores SATA3 de 6,0 Gb/s con chip AMD SB950

compatibles con funciones RAID (RAID 0, RAID 1, RAID

0+1, JBOD y RAID 5), NCQ, AHCI y de “conexión en

caliente” compatibles con funciones NCQ, AHCI y de

“conexión en caliente”

- 2 x conectores SATA3 de 6,0 Gb/s con chip Marvell

SE9120 con funciones NCQ, AHCI y de “Hot Plug”

(conexión en caliente) (los puertos SATA3_M2 y eSATA3

son compartidos)

USB 3.0 - 2 x puertos USB 3.0 traseros de Etron EJ168A,

compatible con USB 1.0/2.0/3.0 de hasta 5 GB/s

- 1 x cabecera USB 3.0 delantera (compatible con 2 puertos

USB 3.0) de Etron EJ168A, compatible con USB 1.0/

2.0/3.0 de hasta 5 GB/s

Conectores - 8 x conexiones SATA3, admiten una velocidad de

transferencia de datos de hasta 6,0Gb/s

- 1 x ATA133 conexiones IDE

(admite hasta 2 dispositivos IDE)

- 1 x puerto Floppy

- 1 x Cabezal de Módulo Infrarrojos

- 1 x En-tête de port COM

- 1 x cabecera IEEE 1394

- 1 x cabecera HDMI_SPDIF

- 1 x cabecera de indicador LED de encendido

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ASRock 990FX Extreme4 Motherboard

- Conector de ventilador de CPU / chasis / alimentacion

- 24-pin cabezal de alimentación ATX

- 8-pin conector de ATX 12V power

- Conector de Audio Interno

- Conector de audio de panel frontal

- 2 x Cabezal USB 2.0 (admite 4 puertos USB 2.0

adicionales)

- 1 x Cabezal USB 3.0 (admite 2 puertos USB 3.0

adicionales)

- 1 x Dr. Debug (indicador LED de avería de 7 segmentos)

Conmutador - 1 x conmutador de borrado de memoria CMOS con

rápido indicador LED

- 1 x conmutador de encendido con indicador LED

- 1 x conmutador de reinicio con indicador LED

BIOS - 32Mb AMI BIOS legal UEFI AMI compatible con GUI

- Soporta “Plug and Play”

- ACPI 1.1 compliance wake up events

- Soporta “jumper free setup”

- Soporta SMBIOS 2.3.1

- Múltiple ajuste de CPU, VCCM, NB, SB Voltage

CD de soport - Controladores, Utilerías, Software de Anti Virus (Versión

de prueba), Prueba de CyberLink MediaEspresso 6.5

Característica - ASRock Extreme Tuning Utility (AXTU) (vea ATENCIÓN 7)

Única - ASRock Instant Boot

- ASRock Instant Flash (vea ATENCIÓN 8)

- ASRock APP Charger (vea ATENCIÓN 9)

- Tecnología de activación y desactivación de la

reproducción de ASRock (vea ATENCIÓN 10)

- ASRock XFast USB (vea ATENCIÓN 11)

- Ampliﬁ cador Híbrido:

- Stepless control de frecuencia de CPU

(vea ATENCIÓN 12)

- ASRock U-COP (vea ATENCIÓN 13)

- Protección de Falla de Inicio (B.F.G.)

- Turbo 50 / Turbo 60 CPU Overclocking

- Turbo UCC

Monitor Hardware - Sensibilidad a la temperatura del procesador

- Sensibilidad a la temperatura de la placa madre

- Taquimetros de los ventiladores del procesador y del CPU

/ chasis / alimentacion

- Ventilador silencioso para procesador

- Control de ajuste de la velocidad del ventilador de la CPU

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ASRock 990FX Extreme4 Motherboard

ATENCIÓN!

1. La función ASRock UCC (Unlock CPU Core, desbloquear núcleo la CPU)

simplifica la activación de una CPU AMD. Con sólo activar la opción

“Unlock CPU Core” (desbloquear núcleo la CPU) en el UEFI, es posible

desbloquear el núcleo de CPU adicional y disfrutar de un aumento de

rendimiento instantáneo. La activación de la función UCC permite elevar

la potencia de una CPU de doble o triple núcleo a un nivel equivalente al

de una CPU de cuádruple núcleo y, en el caso de algunas CPUs, entre

ellas las CPUs de cuádruple núcleo, aumentar el tamaño de la memoria

caché L3 hasta 6 MB, lo cual le permitirá disfrutar de una CPU de mayor

rendimiento a un precio más económico. Recuerde que la función UCC

sólo es compatible con CPUs AM3 y que, además, no todas las CPUs

AM3 admiten esta función debido a que el núcleo oculto de algunas

CPUs puede provocar errores de funcionamiento.

2. Esta placa base admite la tecnología de aumento de velocidad liberada.

Por favor lea “Tecnología de Forzado de Reloj (Overclocking) no relacio-

nado” en la página 39 para obtener detalles.

3. Esta placa base soporta Tecnología de Memoria de Doble Canal. Antes

de implementar la Tecnología de Memoria de Doble Canal, asegúrese de

leer la guía de instalación de módulos de memoria en la página 125 para

su correcta instalación.

ADVERTENCIA

Tenga en cuenta que hay un cierto riesgo implícito en las operaciones de aumento de la

velocidad del reloj, incluido el ajuste del BIOS, aplicando la tecnología de aumento de velo-

cidad liberada o utilizando las herramientas de aumento de velocidad de otros fabricantes.

El aumento de la velocidad puede afectar a la estabilidad del sistema e, incluso, dañar los

componentes y dispositivos del sistema. Esta operación se debe realizar bajo su propia

responsabilidad y Ud. debe asumir los costos. No asumimos ninguna responsabilidad por

los posibles daños causados por el aumento de la velocidad del reloj.

y el chasis

- Monitor de Voltaje: +12V, +5V, +3.3V, Vcore

OS - En conformidad con Microsoft

Windows

7 / 7 64 bits /

Vista

/ Vista

64 bits / XP / XP 64 bits

Certiﬁ caciones - FCC, CE, WHQL

- Cumple con la directiva ErP/EuP (se requiere una fuente

de alimentación que cumpla con la directiva ErP/EuP)

(vea ATENCIÓN 14)

* Para más información sobre los productos, por favor visite nuestro sitio web:

http://www.asrock.com

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4. Que la velocidad de memoria de 2100 MHz se admita o no se admita,

depende de la conﬁ guración AM3/AM3+ Procesador que adopte. Si de-

sea adoptar el módulo de memoria DDR3 2100 en esta placa base, con-

sulte la lista de compatibilidad de memorias en nuestro sitio Web para

obtener los módulos de memoria compatibles.

Sitio Web de ASRock: http://www.asrock.com

5. Debido a las limitaciones del sistema, el tamaño real de la memoria debe

ser inferior a 4GB para que el sistema pueda funcionar bajo Windows

7 / Vista

/ XP. Para equipos con Windows

OS con CPU de 64-bit, no

existe dicha limitación.

6. Para la entrada de micrófono, esta placa madre ofrece soporte para

modos estéreo y mono. Para salida de audio, este placa madre ofrece

soporte para modos de 2 canales, 4 canales, 6 canales y 8 canales.

Consulte la tabla en la página 3 para una conexión correcta.

7. ASRock Extreme Tuning Utility (AXTU) es una herramienta todo en uno

que permite realizar ajustes precisos en diferentes funciones del sistema

mediante una interfaz sencilla, que incluye supervisión de hardware,

control de ventiladores, función de aumento de la velocidad del reloj,

DNA OC y IES. La función de supervisión de hardware, muestra las prin-

cipales lecturas del sistema. La función de control de los ventiladores,

muestra la velocidad y la temperatura de los ventiladores y permite

ajustarlas. La función de aumento de la velocidad del reloj, permite au-

mentar la frecuencia de la CPU para conseguir un rendimiento óptimo

del sistema. La función DNA OC permite guardar la conﬁ guración OC

como un perﬁ l y compartirla con sus amigos. Después, sus amistados

pueden cargar el perfi l OC en sus propios sistemas para obtener la

misma conﬁ guración OC. En el protector de energía inteligente (IES, In-

telligent Energy Saver), el regulador de voltaje puede reducir el número

de fases de salida para mejorar la eﬁ ciencia cuando los núcleos de la

CPU están inactivos sin que el rendimiento de cálculo disminuya. Visite

nuestro sitio Web para obtener los procedimientos de funcionamiento de

ASRock Extreme Tuning Utility (AXTU).

Sitio Web de ASRock: http://www.asrock.com

8. ASRock Instant Flash es una utilidad de programación del BIOS que

se encuentra almacenada en la memoria Flash ROM. Esta sencilla her-

ramienta de actualización de BIOS le permitirá actualizar el BIOS del

sistema sin necesidad de acceder a ningún sistema operativo, como

MS-DOS o Windows

. Gracias a esta utilidad, sólo necesitará pulsar

<F6> durante la fase POST o pulsar <F2> para acceder al menú de

conﬁ guración del BIOS y a la utilidad ASRock Instant Flash. Ejecute esta

herramienta y guarde el archivo correspondiente al sistema BIOS nuevo

en su unidad ﬂ ash USB, unidad de disco ﬂ exible o disco duro para poder

actualizar el BIOS con sólo pulsar un par de botones, sin necesidad de

preparar un disco ﬂ exible adicional ni utilizar complicadas utilidades de

programación. Recuerde que la unidad ﬂ ash USB o disco duro utilizado

debe disponer del sistema de archivos FAT32/16/12.

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9. Si desea una forma más rápida y menos limitada de cargar sus disposi-

tivos de Apple; como por ejemplo iPhone, iPod o iPad Touch, ASRock

ha creado una fantástica solución para usted: ASRock APP Charger.

Simplemente mediante la instalación del controlador de APP Charger,

podrá cargar su iPhone de forma mucho más rápida que antes, hasta un

40%, desde su equipo. ASRock APP Charger le permite cargar de forma

rápida muchos dispositivos de Apple simultáneamente e incluso podrá

continuar la carga cuando su PC entre en modo de espera (S1), suspen-

dido en RAM (S3), modo de hibernación (S4) o se apague (S5). Una vez

instalado el controlador de APP Charger, podrá disfrutar fácilmente de

una fantástica carga sin precedentes. Sitio web de ASRock: http://www.

asrock.com/Feature/AppCharger/index.asp

10. ASRock XFast USB puede aumentar el rendimiento de los dispositivos

de almacenamiento USB. El rendimiento depende de las propiedades

del dispositivo.

11. La tecnología de activación y desactivación de la reproducción de AS-

Rock permite a los usuarios disfrutar de una excelente experiencia de

audio de los dispositivos de audio portátiles, como por ejemplo reproduc-

tores MP3 o teléfonos móviles, en su PC, ¡incluso cuando su PC está

apagado (o en el modo ACPI S5)! Esta placa base también proporciona

un cable de audio de 3,5 mm (opcional) que garantiza a los usuarios el

entorno de cálculo más práctico.

12. Aunque esta placa base ofrece un control complete, no es recomendable

forzar la velocidad. Las frecuencias de bus de la CPU distintas a las re-

comendadas pueden causar inestabilidad en el sistema o dañar la CPU.

13. Cuando la temperatura de CPU está sobre-elevada, el sistema va a

apagarse automaticamente. Antes de reanudar el sistema, compruebe

si el ventilador de la CPU de la placa base funciona apropiadamente y

desconecte el cable de alimentación, a continuación, vuelva a conec-

tarlo. Para mejorar la disipación de calor, acuérdese de aplicar thermal

grease entre el procesador y el disipador de calor cuando usted instala

el sistema de PC.

14. EuP, siglas de Energy Using Product (Producto que Utiliza Energía), es

una disposición regulada por la Unión Europea para establecer el con-

sumo total de energía de un sistema. Según la disposición EuP, la ali-

mentación de CA total para el sistema completo ha de ser inferior a 1,00W

en modo apagado. Para cumplir con el estándar EuP, se requieren una

placa base y una fuente de alimentación que cumplan con la directiva

EuP. Según las directrices de Intel, una fuente de alimentación que cum-

pla con la directiva EuP debe satisfacer el estándar, es decir, la eﬁ ciencia

de energía de 5v en modo de espera.

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2. Instalación

Esta placa base tiene un factor de forma ATX (12,0 pulgadas x 9,6 pulgadas, 30,5

cm. x 24,4 cm). Antes de instalar la placa base, estudie la conﬁ guración de su cha-

sis para asegurarse de que la placa base cabe en él.

Precaución de Pre-instalación

Tenga en cuenta las precauciones siguientes antes de instalar los

componentes de la placa base o cambiar cualquier conﬁ guración de la

placa base.

1. Desconecte el cable de electricidad antes de tocar cualquier

componente.

2. Para prevenir daño del componente de la placa madre por

electricidad estástica, NUNCA ponga su placa madre di-

rectamente sobre la alfombra y otros por el estilo. Póngase

la pulsera anti-estástica o toquelo a cualquier objecto de

tierra, por ejémplo como el cabinete de su computador,

para liberar cualquiera carga estástica.

3. Tome componentes por la margen y no toque los ICs.

4. Ponga cualquier componente deslocalizado sobre la bolsa

anti-estástica que viene con la placa madre.

5. Al colocar los tornillos en sus agujeros para ﬁ jar la placa

madre en el chasis, no los apriete demasiado. Eso podría

dañar la placa madre.

Antes de instalar o extraer cualquier componente, asegúrese de que la

alimentación está desactivada o de que el cable de alimentación está

desconectado de la fuente de alimentación. Si no lo hace podría provocar

serios daños en la placa base, los periféricos y/o componentes.

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ASRock 990FX Extreme4 Motherboard

2.1 Instalación de Procesador

Paso 1. Desbloquee el zócalo arrastrando la palanca hacia afuera y hacia arriba

en un ángulo de 90

Paso 2. Coloque la CPU directamente arriba del conector de manera que la

esquina de la CPU con el triángulo dorado corresponda con la esquina del

conector que tiene un triángulo pequeño.

Paso 3. Coloque cuidosamente el CPU en el zócalo.

El CPU se encaja al zócalo a una sola orientación. No esfuerce el CPU

en el zócalo para prevenir encorvados de los pins del CPU. Si no puede

encajar el CPU, examine su orientación o examine si los pins están ya

encorvados.

Paso 4. Encierre el zócalo bajando la palanca.

2.2 Instalación del Ventilador y el Radiador de la CPU

Después de instalar la CPU en esta placa base, es necesario instalar un radiador

y un ventilador más grandes para disipar el calor. También necesitará pulverizar

grasa pasta térmica entre la CPU y el radiador para mejorar la disipación de calor.

Asegúrese de que la CPU y el radiador se encuentran colocados con seguridad y

hacen buen contacto entre sí. Conecte entonces el ventilador de la CPU al conector

CPU FAN (CPU_FAN1, consulte Página 2, N. 6 o CPU_FAN2, consulte Página 2, N.

7). Para realizar la instalación correctamente, consulte el manual de instrucciones

del ventilador de la CPU y el radiador.

PASO 1:

Levante la Palanca del

Zócalo

PASO 2 / PASO 3:

Encaje el Triángulo Dorado

de la CPU Con el Triángulo

Pequeño de la Esquina del

Zócalo

PASO 4:

Apriete Hacia Abajo y Blo-

quee

La Palanca del Zócalo

Palanca levan-

tada 90°

Triángulo Dorado

de la CPU

Triángulo Pequeño

en la Esquina del

Zócalo

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2.3 Instalación de Memoria

La placa 990FX Extreme4 ofrece cuatro ranuras DIMM DDR3 de 240 pines, y

soporta Tecnología de Memoria de Doble Canal. Para la conﬁ guración de doble

canal, necesitará instalar siempre pares DIMM DDR3 idénticos (de la misma marca,

velocidad, tamaño y tipo) en las ranuras del mismo color. En otras palabras, tendrá

que instalar pares DDR3 DIMM de Doble Canal A (DDR3_A1 y DDR3_B1; Ranuras

Azul; consulte la p. 2 N. 10) o pares idénticos DDR3 DIMM en el Doble Canal B

(DDR3_A2 y DDR3_B2; Ranuras Blanco; consulte p.2 N.11), de modo que pueda

activarse la Tecnología de Memoria de Doble Canal. Esta placa base también le

permite instalar cuatro DIMMs DDR3 para conﬁ guración de doble canal. Esta placa

base también permite instalar cuatro módulos DDR3 DIMM para conﬁ guraciones

de doble canal, siempre que instale módulos DDR3 DIMM idénticos en las cuatro

ranuras. Puede consultar la tabla de conﬁ guración de memoria de doble canal que

se muestra a continuación.

Conﬁ guraciones de Memoria de Doble Canal

DDR3_A1 DDR3_A2 DDR3_B1 DDR3_B2

(Ranura (Ranura (Ranura (Ranura

Azul) Blanco) Azul) Blanco)

(1) Populada - Populada -

(2) - Populada - Populada

(3) Populada Populada Populada Populada

* Para la conﬁ guración (3), instale DIMM DDR3 idénticas en las cuatro ranuras.

1. Por favor, instale el módulo de memoria en la ranura blanca (DDR3_

A2 o DDR3_B2) para que se le asigne la máxima prioridad.

2. Si quiere instalar dos módulos de memoria, para una compatibili-

dad y ﬁ abilidad óptimas, se recomienda que los instale en las ranu-

ras del mismo color. En otras palabras, instálelas en las ranuras

azul (DDR3_A1 y DDR3_B1), o en las ranuras blanco (DDR3_A2 y

DDR3_B2).

3. Si se instalan sólo un módulo de memoria o tres módulos de me-

moria en las ranuras DIMM DDR3 de esta placa base, no será po-

sible activar la Tecnología de Memoria de Doble Canal.

4. Si un par de módulos de memoria NO está instalado en el mismo

“Canal Doble”, por ejemplo, al instalar un par de módulos de me-

moria en DDR3_A1 y DDR3_A2, no será posible activar la Tec-

nología de Memoria de Doble Canal.

5. No se permite instalar módulos DDR o DDR2 en la ranura DDR3;

si lo hace, esta placa base y los módulos DIMM pueden resultar

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ASRock 990FX Extreme4 Motherboard

Instalación de una DIMM

Asegúrese de desconectar la fuente de alimentación antes de añadir o

retirar módulos DIMM o componentes del sistema.

Paso 1. Empuje los clips blancos de retención por el extremo de cada lado de la

ranura de memoria.

Paso 2. Encaje la muesca del DIMM hacia la cumbrera de la ranura.

DIMM ajusta solamente en una dirección. Si fuerza la DIMM en la

ranura con una orientación incorrecta, provocará daños permanentes

en la placa base y en la DIMM.

Paso 3. Inserte la DIMM con ﬁ rmeza dentro de la ranura hasta que los clips de

sujeción de ambos lados queden completamente introducidos en su sitio y

la DIMM se haya asentado apropiadamente.

dañados.

6. Si adopta los módulos de memoria DDR3 2100 en esta placa base,

se recomienda instalarlos en las ranuras DDR3_A2 y DDR3_B2.

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ASRock 990FX Extreme4 Motherboard

2.4 Ranuras de Expansión (ranuras PCI y ranuras PCI

Express)

La placa madre 990FX Extreme4 cuenta con 2 ranuras PCI y 5 ranuras PCI Ex-

press.

Ranura PCI: Para instalar tarjetas de expansión que tienen 32-bit Interface PCI.

Ranura PCI Express:

La ranura PCIE1 / PCIE3 (ranura PCIE x1, Bianco) se utiliza con

tarjetas PCI Express con ancho de banda x1, como las tarjetas

Gigabit LAN, SATA2.

La ranura PCIE2 / PCIE4 (ranura PCIE x16, Azul) se utiliza con tar-

jetas PCI Express con ancho de banda x16, o para instalar tarjetas

gráﬁ cas PCI Express compatibles con la función CrossFireX

La ranura PCIE5 (ranura PCIE x16, Azul) se utiliza con tarjetas PCI

Express con ancho de banda x4, o para instalar tarjetas gráﬁ cas

PCI Express compatibles con la función 3-Way CrossFireX

Instalación de Tarjetas de Expansión

Paso 1. Antes de instalar la tarjeta de expansión, asegúrese de que la fuente de

alimentación está apagada o el cable de alimentación desconectado. Lea

la documentación que acompaña a la tarjeta de expansión y realice las

conﬁ guraciones de hardware necesarias para la tarjeta antes de iniciar la

instalación.

Paso 2. Quite la tapa que corresponde a la ranura que desea utilizar.

Paso 3. Encaje el conector de la tarjeta a la ranura. Empuje ﬁ rmemente la tarjeta

en la ranura.

Paso 4. Asegure la tarjeta con tornillos.

Paso 5. Asegure la tarjeta al chasis con tornillos.

Paso 6. Vuelva a colocar la tapa de sistema.

1. Si desea instalar sólo una tarjeta PCI Express VGA en esta placa base,

instálela en la ranura PCIE2.

2. En el modo CrossFireX

o SLI

, instale tarjetas gráﬁ cas PCI Express x16

en las ranuras PCIE2 y PCIE4. Ambas ranuras, por tanto, funcionarán con

un ancho de banda de x16.

3. En el modo CrossFireX

de 3 vías, instale tarjetas gráﬁ cas PCI Express x16

en las ranuras PCIE2, PCIE4 y PCIE5. La ranuras PCIE2 y PCIE4, por tanto,

funcionarán con un ancho de banda de x16, mientras que las ranura PCIE5

funcionará con un ancho de banda x4.

4. Conecte un ventilador de chasis al conector de ventilador de chasis de la

placa base (CHA_FAN1, CHA_FAN2 o CHA_FAN3) para fomentar la

refrigeración del entorno si desea utilizar varias tarjetas gráﬁ cas.

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ASRock 990FX Extreme4 Motherboard

2.5 Manual de uso de SLI

y Quad SLI

Esta placa base es compatible con las tecnologías NVIDIA

SLI

y Quad SLI

(interfaz de enlace escalable), que le permitirán instalar hasta dos tarjetas gráﬁ -

cas PCI Express x16 idénticas. En la actualidad, la tecnología NVIDIA

SLI

compatible con sistemas operativos Windows

7 / 7 64-bit / Vista

/ Vista

64-bit

/ XP / XP 64-bit. Las tecnologías NVIDIA

SLI

son compatibles únicamente con

sistemas operativos Windows

7 / 7 64-bit / Vista

/ Vista

64-bit. Por favor, siga

los procedimientos de instalación de la página 17 para conocer las instrucciones

detalladas.

2.6 Manual de uso de CrossFireX

, 3-Way CrossFireX

y Quad

CrossFireX

Esta placa base es compatible con las tecnologías CrossFireX

, 3-Way Cross-

FireX

y Quad CrossFireX

. La tecnología CrossFireX

ofrece los medios más

avanzados disponibles destinados a combinar varias unidades de procesado

gráﬁ co (GPU) de alto rendimiento en un único PC. Combinando una amplia gama

de modos de funcionamiento diferentes con un diseño de software inteligente y

un innovador mecanismo de interconexión, CrossFireX

le permitirá disfrutar del

nivel de rendimiento más alto posible y las imágenes de mayor calidad en cualquier

aplicación 3D. Actualmente, CrossFireX

es compatible con los sistemas opera-

tivos Windows

XP con Service Pack 2 / Vista

/ 7. La función 3-Way CrossFireX

y Quad CrossFireX

es compatible únicamente con el sistema operativo Windows

Vista

/ 7. Consulte el sitio web de AMD si desea obtener más información acerca

de las actualizaciones de los controladores de AMD

CrossFireX

. Por favor, siga

los procedimientos de instalación de la página 20 para conocer las instrucciones

detalladas.

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ASRock 990FX Extreme4 Motherboard

2.7 Setup de Jumpers

La ilustración muestra como los jumpers

son conﬁ gurados. Cuando haya un jumper-

cap sobre los pins, se dice gue el jumper

está “Short”. No habiendo jumper cap sobre

los pins, el jumper está “Open”. La ilus-

tración muesta un jumper de 3 pins cuyo

pin 1 y pin 2 están “Short”.

Jumper Setting

Limpiar CMOS

(CLRCMOS1, jumper de 3 pins)

(ver p.2, No. 3)

Nota:

CLRCMOS1 permite borrar los datos de la memoria CMOS. Para borrar los

parámetros del sistema y restablecer la conﬁ guración predeterminada de los mismos,

apague el equipo y desenchufe el cable de alimentación de la toma de corriente

eléctrica. Deje que transcurran 15 segundos y, después, utilice un puente

para

cortocircuitar los contactos 2 y 3 de CLRCMOS1 durante 5 segundos. No borre

la memoria CMOS justamente después de actualizar el BIOS. Si necesita borrar

la memoria CMOS justamente después de actualizar el BIOS, debe iniciar primero

el sistema y, a continuación, cerrarlo antes de llevar a cabo el borrado de

dicha memoria. Tenga en cuenta que la contraseña, la fecha, la hora, el perﬁ l

predeterminado del usuario, el GUID 1394 y la dirección MAC solamente se

borrará si la batería CMOS se quita.

Valor predetermi-

nado

Restablecimiento de

la CMOS

El conmutador Borrar CMOS tiene la misma función que el puente

Borrar CMOS.

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2.8 Cabezales y Conectores en Placas

Los conectores y cabezales en placa NO son puentes. NO coloque

las cubiertas de los puentes sobre estos cabezales y conectores. El

colocar cubiertas de puentes sobre los conectores y cabezales provo-

cará un daño permanente en la placa base.

Cable de datos de Cualquier extremo del cable de

serie ATA (SATA) los datos de SATA puede ser

(Opcional)

conectado con el disco duro

de SATA / SATAII / SATA3 o el

conectador de SATAII / SATA3

en esta placa base.

Cable de audio de 3,5 mm Cualquier extremo del cable de

(Opcional)

audio de 3,5 mm se puede

conectar a los dispositivos de

audio portátiles, como por

ejemplo reproductores MP3 y

teléfonos móviles, o al puerto

Entrada de línea de su PC.

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la banda roja debe quedar en

el mismo lado que el contacto 1

Conector de disquetera

(33-pin FLOPPY1)

(vea p.2, N. 30)

Atención: Asegúrese que la banda roja del cable queda situado en el mismo lado

que el contacto 1 de la conexión.

IDE conector primario (azul)

(39-pin IDE1, vea p.2, N. 18)

Atención: Consulte las instrucciones del distribuidor del dispositivo IDE para

conocer los detalles.

Conector azul

a placa madre

Conector negro

a aparato IDE

Cable ATA 66/100/133 de conducción 80

Connettere all’ailmentazione

dei dischi SATA

Connettere al gruppo

di alimentazione

Cable de alimentación Conecte el extremo negro del

de serie ATA (SATA) cable de SATA al conector de

(Opcional)

energía de la unidad. A

continuación, conecte el

extremo blanco del cable de

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ASRock 990FX Extreme4 Motherboard

Conexiones de serie ATA3 Estas ocho conexiones de

(SATA3_1_2: vea p.2, N. 21)

serie ATA3 (SATA3) admiten

(SATA3_3_4: vea p.2, N. 20)

cables SATA para dispositivos

(SATA3_5_6: vea p.2, N. 19)

de almacenamiento internos. La

(SATA3_7: vea p.2, N. 32)

interfaz SATAII / SATA3 actual

(SATA3_8: vea p.2, N. 33)

permite una velocidad de

transferencia de 6.0 Gb/s.

Cabezal USB 3.0 Además de dos puertos 3.0

(19-pin USB3_0_1)

predeterminados situados en el

(vea p.2, N. 28)

panel E/S, encontrará una

cabecera USB 3.0 en esta

placa base. Esta cabecera

USB 3.0 admiten dos puertos

USB 3.0.

Cabezal de Módulo Infrarrojos Este cabezal soporta un

(5-pin IR1)

módulo infrarrojos de

(vea p.2, N. 44)

transmisión y recepción

wireless opcional.

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SATA3_1_2 SATA3_3_4 SATA3_5_6

SATA3_8 SATA3_7

Cabezal USB 2.0 Además de seises puertos

(9-pin USB2_3)

USB 2.0 predeterminados en el

(vea p.2, N. 14)

panel de E/S, hay dos bases

de conexiones USB 2.0 en

esta placa base. Cada una de

estas bases de conexiones

admite dos puertos USB 2.0.

(9-pin USB8_9)

(vea p.2, N. 13)

P-3

P+3

GND

DUMMY

USB_PWR

P-2

P+2

GND

P-9

P+9

GND

DUMMY

USB_PWR

P-8

P+8

GND

CD1

Conector de audio interno Permite recepción de input

(4-pin CD1)

audio de fuente sónica como

(vea p.2, N. 42)

CD-ROM, DVD-ROM, TV tuner,

o tarjeta MPEG.

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ASRock 990FX Extreme4 Motherboard

Cabezal de panel de sistema Este cabezar acomoda varias

(9-pin PANEL1)

dunciones de panel frontal de

(vea p.2, N. 29)

sistema.

Conecte el interruptor de alimentación, el interruptor de restablecimiento

y el indicador de estado del sistema situados en el chasis con esta

cabecera en función de las siguientes asignaciones de contacto. Preste

atención a los contactos positivos y negativos antes de conectar los

cables.

PWRBTN (interruptor de alimentación):

Conecte el interruptor de encendido situado en el panel frontal del

chasis. Puede conﬁ gurar la forma de apagar su sistema mediante el

interruptor de alimentación.

RESTABLECER (interruptor de restablecimiento):

Conecte el interruptor de restablecimiento situado en el panel frontal del

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Conector de audio de Este es una interface para

panel frontal cable de audio de panel frontal

(9-pin HD_AUDIO1)

que permite conexión y control

(vea p.2, N. 43)

conveniente de apparatos de

Audio.

1. El Audio de Alta Deﬁ nición soporta la detección de conector, pero

el cable de panel en el chasis debe soportar HDA para operar

correctamente. Por favor, siga las instrucciones en nuestro manual y

en el manual de chasis para instalar su sistema.

2. Si utiliza el panel de sonido AC’97, instálelo en la cabecera de sonido

del panel frontal de la siguiente manera:

A. Conecte Mic_IN (MIC) a MIC2_L.

B. Conecte Audio_R (RIN) a OUT2_R y Audio_L (LIN) en OUT2_L.

C. Conecte Ground (GND) a Ground (GND).

D. MIC_RET y OUT_RET son sólo para el panel de sonido HD. No

necesitará conectarlos al panel de sonido AC’97.

E. Activación del micrófono frontal.

En sistemas operativos Windows

XP / XP 64-bit:

Seleccione “Mixer” (Mezclador). Seleccione “Recorder” (Grabadora).

A continuación, haga clic en “FrontMic” (Micrófono frontal).

En sistemas operativos Windows

7 / 7 64-bit / Vista

/ Vista

64-bit:

Acceda a la ﬁ cha “FrontMic” (Micrófono frontal) del panel de control

Realtek. Ajuste la posición del control deslizante “Recording Volume”

(Volumen de grabación).

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

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ASRock 990FX Extreme4 Motherboard

chasis. Pulse el interruptor de restablecimiento para restablecer el

equipo si se bloquea y no se reinicia con normalidad.

PLED (LED de alimentación del sistema):

Conecte el indicador de estado de alimentación situado en el panel

frontal del chasis. El LED se enciende cuando el sistema esté en

funcionamiento. El LED parpadea cuando el sistema se encuentre en

estado de suspensión S1. El LED se apaga cuando el sistema se

encuentre en estado de suspensión S3/S4 o se apaga (S5).

HDLED (LED de actividad del disco duro):

Conecte el LED de actividad de disco duro situado en el panel frontal

del chasis. El LED se enciende cuando el disco duro esté leyendo o

escribiendo datos.

Es posible que el diseño del panel frontal varíe en función del chasis. Un

módulo del panel frontal consiste principalmente de interruptor de

alimentación, interruptor de restablecimiento, LED de alimentación, LED

de actividad del disco duro, altavoz, etc. Al conectar el módulo del panel

frontal del chasis a esta cabecera, asegúrese de que las asignaciones

de cables y las asignaciones de contactos coincidan correctamente.

Cabezal del altavoz del chasis Conecte el altavoz del chasis a

(4-pin SPEAKER1)

su cabezal.

(vea p.2, N. 23)

Cabecera de indicador LED de encendido Conecte el indicador LED de

(3-pin PLED1)

encendido del chasis a esta

(vea p.2, N. 22)

cabecera para conocer el

estado de encendido del

sistema. El indicador LED se

encenderá si el sistema se

encuentra en funcionamiento.

El indicador LED parpadeará

en el estado S1. El indicador

LED se apagará en los estados

S3/S4 o S5 (apagado).

Conectores de ventilador de chasis

y alimentación

(4-pin CHA_FAN1)

(vea p.2, N. 45)

(3-pin CHA_FAN2)

(vea p.2, N. 4)

(3-pin CHA_FAN3)

(vea p.2, N. 2)

Por favor, conecte los cables

del ventilador a los conectores

de ventilador, haciendo coincidir

el cable negro con la patilla de

masa. La velocidad del venti-

lador CHA_FAN1/2/3 se puede

controlar mediante UEFI o

AXTU.

+5V

DUMMY

SPEAKER

Español

GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

GND

+12V

CHA_FA N_SPEED

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ASRock 990FX Extreme4 Motherboard

Instalación de una Fuente de Alimentación ATX de 20 Pins

A pesar de que esta placa base incluye in conector

de alimentación ATX de 24 pins, ésta puede funcionar

incluso si utiliza una fuente de alimentación ATX de

20 pins tradicional. Para usar una fuente de

alimentación ATX de 20 pins, por favor, conecte su

fuente de alimentación usando los Pins 1 y 13.

Cabezal de alimentación ATX Conecte la fuente de

(24-pin ATXPWR1)

alimentación ATX a su cabezal.

(vea p.2, N. 12)

Aunque esta placa base proporciona compatibilidad para un ventilador

(silencioso) de procesador de 4 contactos, el ventilador de procesador

de 3 contactos seguirá funcionando correctamente incluso sin la función

de control de velocidad del ventilador. Si pretende enchufar el ventilador

de procesador de 3 contactos en el conector del ventilador de

procesador de esta placa base, conéctelo al contacto 1-3.

Contacto 1-3 conectado

Instalación del ventilador de 3 contactos

(3-pin CPU_FAN2)

(vea p.2, N. 7)

GND

+12V

CPU_FAN_SPEED

Conector de ATX 12V power Tenga en cuenta que es

(8-pin ATX12V1)

necesario conectar este

(vea p.2, N. 5)

conector a una toma de

corriente con el enchufe ATX

12V, de modo que proporcione

suﬁ ciente electricidad. De lo

contrario no se podrá encender.

8 5

4 1

Español

1 2 3 4

GND

+12V

CPU_FAN_SPEED

FAN_SPEED_CONTROL

Conector del ventilador Conecte el cable del ventilador

de la CPU de la CPU a este conector y

(4-pin CPU_FAN1)

haga coincidir el cable negro

(vea p.2, N. 6)

con el conector de tierra.

(3-pin PWR_FAN1)

(vea p.2, N. 40)

GND

+12V

PWR_FAN_SPEED

135

ASRock 990FX Extreme4 Motherboard

Aunque esta placa base proporciona un conector de energía de 8-pin ATX 12V,

puede todavía trabajar si usted adopta un fuente tradicional de energía de 4-pin

ATX 12V. Para usar el fuente de energía de 4-pin ATX 12V, por favor conecte

su fuente de energía junto con Pin 1 y Pin 5.

Instalación de Fuente de Energía de 4-Pin ATX 12V

8 5

4 1

Cabezal del puerto COM Este cabezal del puerto COM

(9-pin COM1)

se utiliza para admitir un

(vea p.2, N. 31)

módulo de puerto COM.

Jefe de IEEE 1394 Además de un puerto de IEEE

(9-pin FRONT_1394)

1394 del defecto en el panel de

(ver p.2, N. 15)

I/O, hay un jefe de IEEE 1394

(FRONT_1394) en esta placa

base. Este jefe de IEEE 1394

puede apoyar un puerto de

IEEE 1394.

Cabecera HDMI_SPDIF Cabecera HDMI_SPDIF. Ofrece

(HDMI_SPDIF1 de 2 pin)

una salida SPDIF la tarjeta

(vea p.2, N. 1)

VGA HDMI, permite al sistema

conectarse a dispositivos de

TV Digital HDMI / proyectores /

Dispositivos LCD. Conecte el

conector HDMI_SPDIF de la

tarjeta VGA HDMI a esta

cabecera.

Español

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

136

ASRock 990FX Extreme4 Motherboard

Español

Guía de instalación del Panel frontal USB 3.0

Instale el Panel frontal USB 3.0 en la

bahía de unidad de 2,5” del chasis.

Paso 3

Paso 4

El Panel frontal USB 3.0 quedará así listo

para su uso.

Conecte el cable del Panel frontal USB 3.0

a la cabecera USB 3.0 (USB3_0_1) de la

placa base.

Paso 5

Paso 6

Atornille el Panel frontal USB 3.0 a la

bahía de unidad empleando los seis

tornillos de ﬁ jación al chasis.

Prepare el Panel frontal USB 3.0, los

cuatro tornillos para unidad HDD y los seis

tornillos de ﬁ jación al chasis suministrados.

Paso 1

Paso 2

Atornille la unidad HDD/SSD de 2,5” al

Panel frontal USB 3.0 empleando los

cuatro tornillos para unidad HDD.

Guía de instalación del soporte USB 3.0 posterior

Coloque el cable USB 3.0 el soporte

USB 3.0 posterior juntos.

Desatornille los dos tornillos del panel

USB 3.0 frontal.

Paso 1 Paso 2

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ASRock 990FX Extreme4 Motherboard

2.9 Conmutadores rápidos

Esta placa base dispone de tres conmutadores rápidos: conmutador de encen-

dido, conmutador de reinicio y conmutador de borrado de memoria CMOS. Dichos

conmutadores permiten al usuario encender / apagar o reiniciar el sistema, o bien

borrar el contenido de la memoria CMOS.

Conmutador de encendido

(PWRBTN)

(vea p.2, N. 26)

El conmutador de reinicio es un

conmutador rápido que permite

al usuario reiniciar rápidamente

el sistema.

Conmutador de reinicio

(RSTBTN)

(vea p.2, N. 25)

El conmutador de borrado de

memoria CMOS es un

conmutador rápido que permite

al usuario borrar rápidamente el

contenido de la memoria CMOS.

El conmutador de encendido es

un conmutador rápido que

permite al usuario encender /

apagar rápidamente el sistema.

Conmutador de borrado de memoria CMOS

(CLRCBTN)

(vea p.3, N. 17)

Español

Coloque el soporte USB 3.0 posterior

en el chasis.

Atornille los dos tornillos en el soporte

USB 3.0 posterior.

Paso 3 Paso 4

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ASRock 990FX Extreme4 Motherboard

2.10 Indicador LED de depuración

El indicador LED de depuración instalado en la placa se utiliza para presentar infor-

mación en forma de códigos que facilitan la resolución de problemas. Consulte los

diagramas de las páginas 34, 35, 36 y 37 si desea obtener más información acerca

de la lectura de los códigos del indicador LED de depuración.

2.12 Instalación de Windows

7 / 7 64 bits / Vista

/ Vista

64 bits

/ XP / XP 64 bits con Funciones RAID

Si desea instalar Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit OS

en su disco duro SATA3 con funciones RAID, consulte la documentación de la ruta

siguiente del CD de soporte para conocer el procedimiento detallado:

..\ RAID Installation Guide

2.13 Instalación de Windows

7 / 7 64 bits / Vista

/ Vista

64 bits

/ XP / XP 64 bits sin Funciones RAID

Si desea instalar Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit en

sus HDDs SATA3 sin funciones RAID, siga los procedimientos que se indican a

continuación en función del sistema operativo que tenga instalado.

2.11 Guía de instalación del controlador

Para instalar los controladores en el sistema, inserte en primer lugar el CD de so-

porte en la unidad óptica. A continuación, se detectarán automáticamente los con-

troladores compatibles con el sistema y se mostrarán en la página de controladores

de CD compatibles. Siga el orden de arriba a abajo para instalar los controladores

requeridos. Los controladores que instale pueden funcionar correctamente.

2.13.1 Instalación de Windows

XP / XP 64 bits sin Funciones

RAID

Si desea instalar Windows

XP / XP 64 bits en sus HDDs SATA3 sin funciones

RAID, por favor siga los pasos siguientes.

PASO 1: Conﬁ gure UEFI.

A.Entre a la Utilidad de conﬁ guración de UEFI

→

pantalla de Avanzada

→

Conﬁ guración Storage.

B.Conﬁ gure la “SATA Mode” a [IDE]. (Para SATA3_1 a SATA3_6.)

Conﬁ gure la “Marvell SATA3 Operation Mode” a [IDE]. (Para SATA3_7 y

SATA3_8.)

PASO 2: Instale el sistema operativo Windows

XP / XP 64 bits en su

sistema.

Uso de dispositivos SATA3 sin funciones NCQ y de Conexión en Caliente

Español

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ASRock 990FX Extreme4 Motherboard

2.13.2 Instalación de Windows

7 / 7 64 bits / Vista

Vista

64 bits sin Funciones RAID

Si desea instalar Windows

7 / 7 64 bits / Vista

/ Vista

64 bits en sus HDDs

SATA3 sin funciones RAID, por favor siga los pasos siguientes.

PASO 1: Conﬁ gure UEFI.

A.Entre a la Utilidad de conﬁ guración de UEFI

→

pantalla de Avanzada

→

Conﬁ guración Storage.

B.Conﬁ gure la “SATA Mode” a [AHCI]. (Para SATA3_1 a SATA3_6.)

Conﬁ gure la “Marvell SATA3 Operation Mode” a [AHCI]. (Para SATA3_7 y

SATA3_8.)

PASO 2: Instale el sistema operativo Windows

7 / 7 64 bits / Vista

Vista

64 bits en su sistema.

Uso de dispositivos SATA3 con funciones NCQ y de Conexión en Caliente

PASO 1: Conﬁ gure UEFI.

A.Entre a la Utilidad de conﬁ guración de UEFI

→

pantalla de Avanzada

→

Conﬁ guración Storage.

B.Conﬁ gure la “SATA Mode” a [IDE]. (Para SATA3_1 a SATA3_6.)

Conﬁ gure la “Marvell SATA3 Operation Mode” a [IDE]. (Para SATA3_7 y

SATA3_8.)

PASO 2: Instale el sistema operativo Windows

7 / 7 64 bits / Vista

Vista

64 bits en su sistema.

Uso de dispositivos SATA3 sin funciones NCQ y de Conexión en Caliente

Español

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ASRock 990FX Extreme4 Motherboard

3. BIOS Información

El Flash Memory de la placa madre deposita SETUP Utility. Durante el Power-Up

(POST) apriete <F2> o <Del> para entrar en la BIOS. Sí usted no oprime ninguna

tecla, el POST continúa con sus rutinas de prueba. Si usted desea entrar en la

BIOS después del POST, por favor reinicie el sistema apretando <Ctl> + <Alt> +

<Borrar>, o apretando el botón Reset en el panel del ordenador. Para información

detallada sobre como conﬁ gurar la BIOS, por favor reﬁ érase al Manual del Usuario

(archivo PDF) contenido en el CD.

4. Información de Software Support CD

Esta placa-base soporta diversos tipos de sistema operativo Windows

: 7 / 7 64

bits / Vista

/ Vista

64 bits / XP / XP 64 bits. El CD de instalación que acompaña

la placa-base trae todos los drivers y programas utilitarios para instalar y conﬁ gurar

la placa-base. Para iniciar la instalación, ponga el CD en el lector de CD y se des-

plegará el Menú Principal automáticamente si «AUTORUN» está habilitado en su

computadora.

Si el Menú Principal no aparece automáticamente, localice y doble-pulse en el ar-

chivo “ASSETUP.EXE” para iniciar la instalación.

Español

141

ASRock 990FX Extreme4 Motherboard

1. Вви

      ASRock 990FX Extreme4 

 ,       ASRock

   .    

   ,    ASRock 

 .

         

      .     

      - .

     

BIOS  ,    

   .   

       

- ASRock   . К ,

 

     

     ASRock.

А - ASRock http://www.asrock.com

П      

    -  

   .

www.asrock.com/support/index.asp

1.1 К

  ASRock 990FX Extreme4

(- ATX: 12,0 x 9,6  / 30,5 x 24,4 )

    ASRock 990FX Extreme4

К-  ASRock 990FX Extreme4

1 x 80-  IDE- Ultra ATA 66/100/133

1 x       3,5 

4 x   Serial ATA (SATA) ()

2 x      Serial ATA (SATA) ()

1 x   3,5-  ()

1 x I/O    / 

1 x П  USB 3.0

4 x  

6 x

  

1 x К   USB 3.0

1 x  ASRock SLI_Bridge_2S

ASRock аиа...

     Windows

7 / 7 64-bit / Vista

/ Vista

64-bit   BIOS  

 Storage Configuration (К 

)  AHCI. П    BIOS .

     -.



142

ASRock 990FX Extreme4 Motherboard

1.2 цц

 - - ATX: 12,0 x 9,6  / 30,5 x 24,4 

-   К  (

   ;  100%  

)

ц - П Socket AM3+ 

- П Socket AM3 : AMD Phenom

II X6 / X4 / X3 /

X2 (  920 / 940) / Athlon II X4 / X3 / X2 / Sempron

- П  

- П UCC (Unlock CPU Core) (. Ж,  1)

-  Advanced V8 + 2 Power Phase Design

- П    140 

- П  AMD Cool ‘n’ Quiet

- FSB 2600 MHz (5.2 GT/s)

- П  Untied Overclocking

(. Ж,  2)

- П  Hyper-Transport 3.0 (HT 3.0)

  -  : AMD 990FX

-  : AMD SB950

я - П  Dual Channel DDR3 Memory Technology

(. Ж,  3)

- 4 x  DDR3 DIMM

- П DDR3 2100(OC)/1866/1600/1333/1066/800

-ECC,   (. Ж,  4)

- M. 32  (. Ж,  5)

 - 3 x  PCI Express 2.0 x16

шя (PCIE2/PCIE4:  x16; PCIE5:  x4)

- 2 x  PCI Express 2.0 x1

- 2 x  PCI

- П AMD

Quad CrossFireX

, 3-Way CrossFireX



CrossFireX

-  NVIDIA

Quad SLI

 SLI

А - 7.1 CH HD А HD   З

(К- А Realtek ALC892)

- П Premium Blu-ray audio

ЛВ - PCIE x 1 Gigabit LAN 10/100/1000 Mb/s

- Broadcom BCM57781

-  Wake-On-LAN

- П   Ethernet 802.3az

- П PXE

 - I/O Panel

   - 1 x   PS/2

 - 1 x   PS/2

- 1 x  Coaxial SPDIF Out

- 1 x  Optical SPDIF Out

- 6 x  USB 2.0     





143

ASRock 990FX Extreme4 Motherboard



- 2 x  USB 3.0     



- 1 x eSATA3 

-  1 x RJ-45 LAN    (

ACT/LINK   SPEED)

- 1 x  IEEE 1394

- 1 x  Clear CMOS

-   :   / 

 /  /  /   / 

 /  (. ЖИ 6)

SATA3 - 6 x  SATA3     6,0 / 

 AMD SB950,   RAID (RAID 0,

RAID 1, RAID 0+1, JBOD  RAID 5), NCQ, AHCI  «

»

- 2 x  SATA3     6,0 / 

 Marvell SE9120,    

NCQ, AHCI  « »

( SATA3_8    eSATA3)

USB 3.0 - 2 x   USB 3.0   Etron EJ168A 

  USB 1.0/2.0/3.0   

  5 /

- 1 x   USB 3.0 ( 2  USB 3.0) 

 Etron EJ168A    USB

1.0/2.0/3.0      5 /

К  - 8 x  SATA3 6,0 /

 - 1 x  ATA133 IDE (П  2  IDE)

- 1 x П  

- 1 x К  

- 1 x К COM

- 1 x К IEEE 1394

- 1 x К HDMI_SPDIF

- 1 x  Power LED

- : CPU/Chassis/Power FAN

- 24- К  ATX

- 8-  ATX 12 

-  

- А  

- 2 x К USB 2.0 (    4

  USB 2.0

- 1 x К USB 3.0 (    2

  USB 3.0

- 1 x Dr. Debug (7- К-)

 - 1 x  Clear CMOS  

 - 1 x  Power Switch  

- 1 x  Reset Switch  

BIOS - 32Mb AMI UEFI Legal BIOS   rpackoro peca

 

-  “Plug and Play”

- ACPI 1.1,   

144

ASRock 990FX Extreme4 Motherboard

-     

-  SMBIOS 2.3.1

-   CPU, VCCM, NB, SB

К- - , , А ( ), П 

  CyberLink MediaEspresso 6.5



я - ASRock Extreme Tuning Utility (AXTU) (. Ж,  7)

 - ASRock Instant Boot

- ASRock Instant Flash (. Ж,  8)

- ASRock APP Charger (. Ж,  9)

- ASRock XFast USB (. Ж,  10)

-  ASRock      

  (. Ж,  11)

- Hybrid Booster:

-    

(. Ж,  12)

- ASRock U-COP (. Ж,  13)

- З    Boot Failure Guard (B.F.G)

- Turbo 50 / Turbo 60 CPU Overclocking

- Turbo UCC

К -   

- -   

я -   CPU/Chassis/Power FAN

-    

-    П/

- К : +12V, +5V, +3.3V, Vcore

ц -   Microsoft

Windows

7 / 7 64-bit / Vista

/ П 64-  Vista

/ XP / XP 64-bit

 - FCC, CE, WHQL

 -   ErP/EuP Ready (  

-   ErP/EuP) (. Ж,  14)



*    ,    :

http://www.asrock.com

ВИАИ

 ,         ,

   BIOS,   Untied Overclocking 

    . 

         

     . П  ,  

         .    

       .



145

ASRock 990FX Extreme4 Motherboard

Ж!

1.  ASRock UCC (Unlock CPU Core)  

 AMD . П   Unlock CPU

Core  UEFI      

   ! П

 UCC    -    

  .    

   - L3 ( 6 ).

П, ,   UCC   

   AMD  Socket AM3. П:  

     ,  

  .

2.       

(   ). П  . 

 «  »  . 39.

3.      

 Dual Channel Memory Technology. П  

       

     (. 150).

4. П   2100    

   AM3/AM3+.    

DDR3 2100       

     -,  

  .

- ASRock http://www.asrock.com

5.       

    4   

    Windows

7 / Vista

/ XP. 

   Windows

OS  64-bit  .

6. П       

. П 2-, 4-, 6-  8-   .

     . 3.

7.   ASRock Extreme Tuning Utility (AXTU) – 

      

    ,   Hardware

Monitor (  ), Fan Control (

), Overclocking («» ), OC DNA (П

«») and IES (А ).  

Hardware Monitor (  ) 

    .   Fan

Control ( )   

 ,   .   Overclocking

(«» )     П, 

   .   OC

DNA (П «»)    «»

   ,     



146

ASRock 990FX Extreme4 Motherboard

  .    

«»       . 

 IES (А )  

  ,     

  ,   КП    

      П.  , 

   ASRock Extreme Tuning Utility (AXTU), 

   . А  ASRock: http://www.asrock.com

8. ASRock Instant Flash –    BIOS,  

Flash ROM.     BIOS  

    ,  MS-DOS  Windows

     <F6>  

  (POST)    BIOS  

 <F2>    ASRock Instant Flash  .

З     BIOS  USB-,

   . П    

 BIOS,    

,    .   , 

USB-      

FAT32/16/12.

9.          

Apple,  iPhone, iPod  iPad Touch,  ASRock

     – ASRock APP Charger. П

  APP Charger,    iPhone 

  ,    40%. ASRock

APP Charger      Apple

     , 

     (S1),   

   З (S3),   (S4)  

 (S5).   APP Charger,  

  .

- ASRock: http://www.asrock.com/Feature/AppCharger/index.asp

10.  ASRock XFast USB    

USB.     .

11.  ASRock      

    

,   MP3-   ,

      ,

    (    ACPI S5)!

К ,      ()

   3,5- ,  

     .



147

ASRock 990FX Extreme4 Motherboard

12.       

,     .

      

,       

    .

13. П      

. П    ,  

   

      ,   

 .    ,    

      .

14. EuP   Energy Using Product.  

     

 . П  EuP    

   1  .    EuP

      . К

Intel ,    EuP   

 50%    5V  

100 А (  ).    

 ,      EuP.



148

ASRock 990FX Extreme4 Motherboard

2. Уавка

   - ATX (12,0 x 9,6 , 30,5 x 24,4 ).

П         

,      .

 

П         

      .

1. П     ,    

.

2.      

, КА     

    . К ,   

       

    .

3.         

.

4.    -   ,  

       ,   

.

5.        

 ,   !     

 .

П     

,       

  .    

    , 

  .



149

ASRock 990FX Extreme4 Motherboard

2.1  ц

 1.   ,      90

.

 2.  П   ,   П  

      .

 3.       .

П       .

   ,  П ,   

.

 4. К    ,      

   ,   .   

 , ,   .

2.2  я   Ц

П      П  

       . 

     П   

 . П       

    . З   П  

 П (CPU_FAN1, . . 2,  6 / CPU_FAN2, . . 2,

 7).    .   П 

.

ША 1.

  .

ША 4.

  

 .

ША 2, ША 3.

 

 Ц 

ш

  .

П 

 90° 

 -

   

З  П



150

ASRock 990FX Extreme4 Motherboard

2.3   я (DIMM)

  990FX Extreme4   240- 

DDR3 (Double Data Rate 3) DIMM    Dual Chan-

nel Memory Technology.     

    DDR3 DIMM (    ,

,    )    . 

,       DDR3 DIMM 

 Dual Channel A (DDR3_A1  DDR3_B1;  ; . . 2 . 10)

    DDR3 DIMM   Dual Channel B (DDR3_

A2  DDR3_B2;  ; . . 2 . 11),   

   .    

       DDR3

DIMM.        

DDR3 DIMM   ;      

    DDR3 DIMM. П .

    .

Кц  я

DDR3_A1 DDR3_A2 DDR3_B1 DDR3_B2

() () () ()

(1) З - З -

(2) - З - З

(3) З З З З

1.       (DDR3_A2  DDR3_

B2)  .

2.       ,  

    

      .

 ,      

 (DDR3_A1  DDR3_B1),     (DDR3_A2 

DDR3_B2).

3.    DDR3 DIMM    

       , 

  Dual Channel Memory Technology 

.

4.      АА    

    (,    

 DDR3_A1  DDR3_A2),    Dual

Channel Memory Technology  .

5.      DDR, DDR2  

*   (3),        

  DDR3 DIMM.



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 я DIMM

       

  DIMM    .

 1.   DIMM,     

 .

 2. П  DIMM   ,    

   .

DIMM-      

,    .

П        

     

   .

 3. П  DIMM-   –   

    .

DDR3 ; ,     DIMM  

.

6.        

 DDR3 2100     

DDR3_A2  DDR3_B2.



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1.     VGA  

  PCI Express x16   PCIE2.

2.   CrossFireX

 SLI

 

 PCI Express x16   PCIE2  PCIE4. 

,       

 x16.

3.   3-Way CrossFireX

  

PCI Express x16   PCIE2, PCIE4  PCIE5. 

,  PCIE2  PCIE4    

 x16,    PCIE5 -  x4.

4. П     

   (CHA_FAN1, CHA_FAN2 

CHA_FAN3)     

   .

2.4  шя (PCI  PCI Express)

  990FX Extreme4  2  PCI  5  PCI

Express.

 PCI:  PCI      32-

  PCI.

 PCIE:  PCIE1 / PCIE3 (PCIE x1; ) 

   PCI Express    x1,

,  Gigabit LAN.

  PCIE2 / PCIE4 ( PCIE x16; )

    PCI Express x16, 

    PCI Express 

  CrossFireX

 SLI

  PCIE5 ( PCIE x16; )

    PCI Express x4, 

    PCI Express 

  3-Way CrossFireX

  шя

 1. П      

     . П  

 ,     

     .

 2.  -  ,   

.  ,    

.

 3.        , 

    .

 4. З      .



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2.5   ц SLI

 Quad SLI

     NVIDIA

SLI



Quad SLI

(  ),   

   2-    PCI Express

x16.     NVIDIA

SLI

 

 Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit. 

NVIDIA

Quad SLI

    Windows

7 / 7 64-bit / Vista

/ Vista

64-bit. .    . 17 

 .

2.6   ц CrossFireX

3-  CrossFireX

 Quad

CrossFireX

     CrossFireX

, 3-

 CrossFireX

 Quad CrossFireX

.  CrossFireX



  ,    

     ПК. К

     

     

, CrossFireX

      

     3D-.  

  CrossFireX

    Win-

dows

XP  Service Pack 2 / Vista

/ 7.  3-  CrossFi-

reX

 Quad CrossFireX

    

Windows

Vista

/ 7. П - AMD    AMD

CrossFireX

. .    . 20   .



154

ASRock 990FX Extreme4 Motherboard

2.7  

К  

 . К   

,   “”

(short).     ,

   “” (open).

   3-

,    1  2

.

  

 CMOS

(CLRCMOS1,

3- )

(. . 2, . 3)

П.

К  CLRCMOS1    CMOS. 

       

        

.    15      5

   2  3   CLRCMOS1.  

  CMOS    BIOS. 

  CMOS      BIOS, ,

  CMOS,     , 

   . П  ,  , , ,

   ,  1394 GUID  MAC-

   ,       

CMOS.

  CMOS

П Clear CMOS   ,   Clear

CMOS.



155

ASRock 990FX Extreme4 Motherboard

2.8 К    

       

  .  ААА 

     –    

  !

  

 Serial ATA (SATA)  SATA / SATAII / SATA3

()

  .

    

    

  SATAII / SATA3

   .

  3,5-  3,5-    

()

  

  ,

  MP3- 

 ,   

  .



 

 

(33- FLOPPY1)

(. . 2, . 30)

П. ,       

 1  .

la banda roja debe quedar en el

mismo lado que el contacto 1

   IDE

()

(39- IDE1, . . 2, . 18)

80-  ATA 66/100/133

П. П     , 

 IDE-.

П   

 

П   

 IDE

К  П  

Serial ATA (SATA)  SATA  

()

   

  

  

   .

З  

  

  

 SATA

 

 

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К USB 3.0 ПП  

(19- USB3_0_1)

 USB 3.0   -

(. . 2, . 28)

,   

   

USB 3.0.   USB 3.0

   USB 3.0.

К     

(5- IR1)

 

(. . 2, . 44)

 



.



  



 Serial ATA3   Serial ATA3

(SATA3_1_2, . . 2, . 21)

 

(SATA3_3_4, . . 2, . 20)

 

(SATA3_5_6, . . 2, . 19)

  

(SATA3_7, . . 2, . 32)

 

(SATA3_8, . . 2, . 33)

 SATA3.  

  SATA

  

  \ 6,0 /.

К USB 2.0 П  

(9- USB2_3)

 USB 2.0   -

(. . 2, . 14)

,   

  

 USB 2.0. К 

USB 2.0   

USB 2.0.

(9- USB8_9)

(. . 2, . 13)

P-3

P+3

GND

DUMMY

USB_PWR

P-2

P+2

GND

P-9

P+9

GND

DUMMY

USB_PWR

P-8

P+8

GND

SATA3_1_2 SATA3_3_4 SATA3_5_6

SATA3_8 SATA3_7

157

ASRock 990FX Extreme4 Motherboard

А    

  

(9- HD_AUDIO1)

  ,

(. c. 2, .43)

 

  

 .

1.  High Deﬁ nition Audio  

   (Jack Sensing), 

   p     

 HDA. П    ,

      

 .

2.     AC’97,    

    :

A. П  Mic_IN (MIC)   MIC2_L.

B. П  Audio_R (RIN)   OUT2_R, 

 Audio_L (LIN)   OUT2_L.

C. П  Ground (GND)   Ground (GND).

D. К MIC_RET  OUT_RET   

 HD. П   AC’97

   .

E. П    .

  Windows

XP / XP 64-:

 «Mixer» ().  «Recorder» (

). З  «FrontMic» (П ).

  Windows

7 / 7 64-, Vista

/ Vista

64-:

П   «FrontMic» (П )  

 Realtek.   «Recording

Volume» ( ).

К     

(9- PANEL1)

  

(. . 2, . 29)

  .



    

(4- CD1)

 

(. c. 2, .42)

 

  , 

 CD-ROM, DVD-ROM -

   MPEG.

CD1

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

158

ASRock 990FX Extreme4 Motherboard

К   П   

(4- SPEAKER1)

    

(. . 2, . 23)

.

 Power LED П  Power LED

(3- PLED1)

    

(. . 2, . 22)

  . 

   

 S1.  

   S3/S4 

S5 ( ).

+5V

DUMMY

SPEAKER



П     ,  

        

   . П  

     

.

PWRBTN ( я):

П        

.       

 .

RESET ( ):

П        

.      , 

 «»     

.

PLED ( я ):

П       

  .   ,  

.  ,     

 S1.    ,   

   S3  S4,   (S5).

HDLED (   ):

П       

   .   , 

       .

К       

.        

,  ,  ,  

 ,   .. П    

    ,  

   .

П  

   

   

. 

Chassis  Power Fan-

(4- CHA_FAN1)

(. . 2, . 45)

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

159

ASRock 990FX Extreme4 Motherboard

1 2 3 4

GND

+12V

CPU_FAN_SPEED

FAN_SPEED_CONTROL

  П   

   

(4- CPU_FAN1)

,   

(. . 2, . 6)

  .

К  ATX П   

(24- ATXPWR1)

  ATX.

(. . 2, . 12)

  ,     -

 24-   ATX,  

,    

20-   ATX.  

20-   ATX  

    1   13.

 20-   ATX

     

 4-  (   ),

   3-    

,     

  .    

   3-   

     ,  

   1-3.

   3- 

К 1-3 

(3- CPU_FAN2)

(. . 2, . 7)

GND

+12V

CPU_FAN_SPEED



GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

GND

+12V

PWR_FAN_SPEED

(3- CHA_FAN2)

(. . 2, . 4)

(3- CHA_FAN3)

(. . 2, . 2)

(3- PWR_FAN1)

(. . 2, . 40)

  CHA_

FAN1/2/3  

 UEFI  AXTU.

160

ASRock 990FX Extreme4 Motherboard

К HDMI_SPDIF К HDMI_SPDIF

(2- HDMI_SPDIF1)

  

(. . 2, . 1)

  VGA-

HDMI,   

   ,

 

 

HDMI.    

 HDMI_SPDIF  VGA-

 HDMI.

К COM-   COM-

(9- COM1)

  

(. . 2, . 31)

 COM.

П   IEEE

1394   -

   

   

 

 IEEE

1394 .

К IEEE 1394

(9- FRONT_1394)

(. . 2, . 15)



     ATX  8  12V

 ,     ,   

 ATX  4-Pin 12V .  

 ATX  4-Pin,    

   1  П 5.

ATX  4-Pin 12V  

К  12V-ATX  ,   

(8- ATX12V1)

 

(. . 2, . 5)

   

ATX 12 ,  

 

.  

   

.

8 5

4 1

8 5

4 1

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

161

ASRock 990FX Extreme4 Motherboard



     USB 3.0

   USB 3.0 

 2,5”-  .

 3

 4

П  USB 3.0  

.

П   

USB 3.0    

USB 3.0 (USB3_0_1)  

.

 5

 6

З   USB 3.0

     

.

П   

USB 3.0,    

     

  .

 1

 2

З 2,5”- /

   

 USB 3.0   

.

   ш  

USB 3.0

  USB 3.0 

  USB 3.0.

    

 USB 3.0.

 1

 2

162

ASRock 990FX Extreme4 Motherboard

2.9  

         :  ,

      CMOS,   

 /   ,   CMOS,

.

Power Switch

(PWRBTN)

(. . 2, . 26)

Reset Switch

(RSTBTN)

(. . 2, . 25)

К Power Switch 

   

.

К Reset Switch 

  .

Clear CMOS Switch

(CLRCBTN)

(. . 3, . 17)

К Clear CMOS Switch

  

 CMOS.



  

 USB 3.0  .

З   

  USB 3.0.

 3

 4

163

ASRock 990FX Extreme4 Motherboard

2.10  

      .  

 ,       . 

  .      

 34, 35, 36  37.

2.13  Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit    ця RAID

      Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit     RAID, 

 .

2.12  Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit    ця RAID

П     Windows

7 / 7 64-bit / Vista

Vista

64-bit / XP / XP 64-bit    SATA3   RAID .

       -   

: ..\ RAID Installation Guide

2.11 я   

    ,    

-    . П  

  ,    ,  

      - .

        ,

 .       

.

2.13.1  Windows

XP / XP 64-bit   

ця RAID

      Windows

XP / XP 64-bit 

   RAID,   .

И   SATA3  ц NCQ  я

я



164

ASRock 990FX Extreme4 Motherboard

ША 1.   UEFI.

A.     UEFIЎ  AdvancedЎ Storage

Conﬁ guration.

B.   “SATA Mode”  [IDE]. ( SATA3_1  SATA3_6)

  “Marvell SATA3 Operation Mode”  [IDE]. (

SATA3_7  SATA3_8.)

ША 2.     Windows

XP / XP 64-bit.

И   SATA3  ця NCQ  я

я

ША 1.   UEFI.

A.     UEFIЎ  AdvancedЎ Storage

Conﬁ guration.

B.   “SATA Mode”  [AHCI]. ( SATA3_1  SATA3_6)

  “Marvell SATA3 Operation Mode”  [AHCI]. (

SATA3_7  SATA3_8.)

ША 2.     Windows

7 / 7 64-bit / Vista

Vista

64-bit.

2.13.2  Windows

7 / 7 64-bit / Vista

/ Vista

64-

bit  ц RAID

    Windows

7 / 7 64-bit / Vista

/ Vista

64-bit    SATA3   RAID,  

.

И   SATA3  ц NCQ  я

я

ША 1.   UEFI.

A.     UEFIЎ  AdvancedЎ Storage

Conﬁ guration.

B.   “SATA Mode”  [IDE]. ( SATA3_1  SATA3_6)

  “Marvell SATA3 Operation Mode”  [IDE]. (

SATA3_7  SATA3_8.)

ША 2.     Windows

7 / 7 64-bit / Vista

Vista

64-bit.



165

ASRock 990FX Extreme4 Motherboard

3. Иця  BIOS

  BIOS (BIOS Setup)   -   .

     BIOS Setup,     <F2>

 <Del>       (Power-On-Self-Test – POST).

   ,    POST   

.     BIOS Setup   POST,  

   <Ctrl> + <Alt> + <Delete>      

. П    BIOS Setup    

 (  PDF)  - .

4. Иця  -

  



       Microsoft

Windows

: 7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit. П   

-       , 

   .

    - ,     CD-ROM.

       (AUTORUN),   

    - (Main Menu).   

,    BIN  -   ASSETUP.EXE 

   ,   .



166

ASRock 990FX Extreme4 Motherboard

1. Giriş

ASRock’ın kesintisiz titiz kalite denetimi altında üretilen güvenilir bir anakart olan

ASRock 990FX Extreme4 anakartını satın aldığınız için teşekkür ederiz. ASRock’ın

kalite ve dayanıklılık konusundaki kararlılığına uygun güçlü tasarımıyla mükemmel

bir performans sunar.

Bu Hızlı Takma Kılavuzu anakarta giriş ve adım adım takma kılavuzu içerir. Anakart

hakkında daha ayrıntılı bilgiyi Destek CD’sinde sunulan kullanıcı kılavuzunda bula-

bilirsiniz.

Anakart özellikleri ve BIOS yazılımı güncelleştirilebileceğinden bu kılavuzun içeriği

önceden haber verilmeksizin değişebilir. Bu belgede değişiklik yapılması durumun

-da, güncelleştirilmiş sürüm ayrıca haber verilmeksizin ASRock web sitesinde

sunulur. En son VGA kartlarını ve CPU destek listelerini de ASRock web sitesinde

bulabilirsiniz. ASRock web sitesi http://www.asrock.com

Bu anakartla ilgili teknik desteğe ihtiyacınız olursa, kullandığınız modele özel bilgiler

için lütfen web sitemizi ziyaret edin.

www.asrock.com/support/index.asp

1.1 Paket İçindekiler

ASRock 990FX Extreme4 Anakart

(ATX Form Faktörü: 12,0-inç x 9,6-inç, 30,5 cm x 24,4 cm)

ASRock 990FX Extreme4 Hızlı Takma Kılavuzu

ASRock 990FX Extreme4 Destek CD’si

1 x 80 iletkenli Ultra ATA 66/100/133 IDE erit Kablo

1 x 3,5 inç Disket Sürücüsü için Şerit Kablo

4 x Seri ATA (SATA) Veri Kablosu (İsteğe Bağlı)

2 x Seri ATA (SATA) HDD Güç Kablosu (İsteğe Bağlı)

1 x 3,5mm Ses Kablosu (İsteğe Bağlı)

1 x USB 3.0 Ön Panel

4 x HDD Vida

6 x kasaya Vida

1 x Arka USB 3.0 Braketi

1 x G/Ç Panel Kalkanı

1 x ASRock SLI_Bridge_2S Kartı

ASRock Size Şunu Hatırlatır...

Windows

7 / 7 64-bit / Vista

/ Vista

64-bit ile daha iyi performans

elde etmek için, Depolama Konﬁ gürasyonundaki BIOS seçeneğini AHCI

moduna ayarlamanız tavsiye edilir. BIOS ayarı için, ayrıntıları öğrenmek

üzere lütfen destek CD'mizdeki "Kullanıcı Kılavuzu"na bakın.

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1.2 Özellikler

Platform - ATX Form Faktörü: 12,0 inç x 9,6 inç, 30,5 cm x 24,4 cm

- Tüm Katı Kapasitör tasarımı (%100 Japon yapımı yüksek

kaliteli Polimer Kapasitörler)

CPU - Soket AM3+ işlemcileri desteği

- Soket AM3 işlemcileri desteği: AMD Phenom

II X6 / X4 / X3 /

X2 (920 / 940 hariç) / Athlon II X4 / X3 / X2 / Sempron

işlemcileri

- Sekiz Çekirdekli CPU Desteği

- UCC özelliğini destekler - CPU çekirdeği Kilidi Açma

(bkz. DİKKAT 1)

- Gelişmiş V8 + 2 Güç Fazı Tasarımı

- 140W’ye kadar CPU’yu destekler

- AMD’nin Cool ‘n’ Quiet

Teknolojisini Destekler

- FSB 2600 MHz (5,2 GT/sn)

- Untied Overclocking Teknolojisini destekler (bkz. DİKKAT 2)

- Hyper-Transport 3.0 (HT 3.0) Teknolojisini Destekler

Yonga seti - Kuzey Köprüsü: AMD 990FX

- Güney Köprüsü: AMD SB950

Bellek - Çift Kanallı DDR3 Belleği Teknolojisi (bkz. DİKKAT 3)

- 4 x DDR3 DIMM yuva

- DDR3 2100(OC)/1866/1600/1333/1066/800 ECC olmayan,

ara belleksiz bellek (bkz. DİKKAT 4)

- Sistem belleğinin maks. kapasitesi: 32 GB (bkz. DİKKAT 5)

Genişletme - 3 x PCI Express 2.0 x16 yuva

Yuvası (PCIE2/PCIE4: x16 modu; PCIE5: x4 modu)

- 2 x PCI Express 2.0 x1 yuva

- 2 x PCI yuva

- AMD

CrossFireX

TM,

3-Way CrossFireX

ve Quad

CrossFireX

‘i destekler

- NVIDIA

Quad SLI

ve SLI

’yı destekler

Ses - İçerik Korumalı (Realtek ALC892 Ses Kodeki) 7,1 Kanal HD

Ses

- Premium Blu-ray ses desteği

LAN - PCIE x1 Gigabit LAN 10/100/1000 Mb/sn

- Broadcom BCM57781

- LAN’da Uyan özelliğini destekler

- Enerji Verimli Ethernet 802.3az desteği

- PXE destekler

Arka Panel G/З Paneli

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- 1 x PS/2 Fare Portu

- 1 x PS/2 Klavye Portu

- 1 x 1 x Koaksiyel SPDIF Çıkışı Portu

- 1 x Optik SPDIF Çıkışı Portu

- 6 x Kullanıma Hazır USB 2.0 Portu

- 2 x Kullanıma Hazır USB 3.0 Portu

- 1 x eSATA3 Konektörü

- 1 x RJ-45 LAN Portu, LED’li (AKT/LNK LED’i ve HIZ LED)

- 1 x IEEE 1394 Konektörü

- 1 x CMOS’u Temizleme Anahtarı

- HD Ses Jakı: Yan Hoparlör/Arka Hoparlör/Orta/Bas/Hat Girişi/

Ön Hoparlör/Mikrofon (bkz. DİKKAT 6)

SATA3 - 6 x SATA3 6,0Gb/sn AMD SB950 konektör, donanım RAID

(RAID 0, RAID 1, RAID 0+1, JBOD ve RAID 5), NCQ, AHCI ve

“Sistem Akken Bileen Takma” işlevlerini

- 2 x SATA3 6,0Gb/sn Marvell SE9120 konektör, donanım NCQ,

AHCI ve “Sistem Açıkken Bileşen Takma” işlevlerini

(SATA3_8 konektörü eSATA3 portuyla paylaşılır) destekler

USB 3.0 - Etron EJ168A tarafından 2 x Arka USB 3.0 bağlantı

noktası, 5Gb/s’ye kadar USB 1.0/2.0/3.0

- Etron EJ168A tarafından 1 x Ön USB 3.0 bağlantısı (2

USB 3.0 bağlantı noktasını destekler), 5Gb/s’ye kadar USB

1.0/2.0/3.0

Konektör - 8 x SATA3 6,0 Gb/s konektör

- 1 x ATA133 IDE konektörü (2 x IDE cihazlar destekler)

- 1 x Disket konektörü

- 1 x KÖ ﬁ şi

- 1 x COM portu ﬁ şi

- 1 x IEEE 1394 ﬁ şi

- 1 x HDMI_SPDIF ﬁ şi

- 1 x Güç LED’i ﬁ şi

- CPU/Kasa/G FAN konektörü

- 24 pin ATX güç konektörü

- 8 pin 12V güç konektörü

- CD giriş ﬁ şi

- Ön panel ses konektörü

- 2 x USB 2.0 ﬁ ş (4 USB 2.0 portu destekler)

- 1 x USB 3.0 ﬁ ş (2 USB 3.0 portu destekler)

- 1 x Dr. Debug (7 Segmentli Hata Ayıklama LED’i)

Akıllı Anahtar - 1 x LED’li CMOS’u Temizleme Anahtarı

- 1 x LED’li Güç Anahtarı

- 1 x LED’li Sıfırlama Anahtarı

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UYARI

Lütfen, ayarı BIOS'da ayarlama, Untied Overclocking Teknolojisi'ni uygulama veya

üçüncü taraf aşırı hızlandırma araçlarını kullanma gibi durumlarda aşırı hızlandırmayla

ilgili risk olduğunu unutmayın. Aşırı hızlandırma sisteminizin kararlılığını etkiler veya

hatta sisteminizin bileşenlerini ve cihazlarına zarar verebilir. Bu risk size aittir ve zararı

siz ödersiniz. Aşırı hızlandırmadan kaynaklanan olası zarardan sorumlu değiliz.

BIOS Özelliği - 32 Mb GUI destekli AMI UEFI Geçerli BIOS

- “Tak Çalıştır”ı destekler

- ACPI 1.1 Uyumlu Uyandırma Olayları

- Jumpersız ayarlamayı destekler

- SMBIOS 2.3.1 Desteği

- CPU, VCCM, NB, SB Voltaj Çoklu ayarı

Destek CD’si - Sürücüler, Yardımcı Programlar, AntiVirüs Yazılımı (Deneme

Sürümü), CyberLink MediaEspresso 6.5 Deneme Sürümü

Benzersiz - ASRock Extreme Tuning Utility (AXTU)

(bkz. DİKKAT 7)

- ASRock Anında Önyükleme

- ASRock Anında Flash (bkz. DİKKAT 8)

- ASRock APP Charger (bkz. DİKKAT 9)

- ASRock XFast USB (bkz. DİKKAT 10)

- ASRock Açık/Kapalı Çalma Teknolojisi (bkz. DİKKAT 11)

- Hibrit Yükseltici:

- CPU Frekans Adımsız Kontrol (bkz. DİKKAT 12)

- ASRock U-COP (bkz. DİKKAT 13)

- Önyükleme Hatası Koruması (B.F.G.)

- Turbo 50 / Turbo 60 Teknolojisini destekler

- Turbo UCC

Donanım - CPU Sıcaklık Duyarlılığı

Monitör - Kasa Sıcaklık Duyarlılığı

- CPU/Kasa/Güç Fan Takometresi

- CPU Sessiz Fan

- CPU/Kasa Fan Çoklu-Hız Kontrolü

- Voltaj İzleme: +12V, +5V, +3,3V, Vcore

İS - Microsoft

Windows

7 / 7 64-bit / Vista

/ Vista

64-bit /

XP / XP 64-bit uyumlu

Sertiﬁ kalar - FCC, CE, WHQL

- ErP/EuP Hazır (ErP/EuP hazır güç kaynağı gerekli)

(bkz. DİKKAT 14)

* Ayrıntılı ürün bilgileri için lütfen web sitemizi ziyaret edin: http://www.asrock.com

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DİKKAT!

1. UCC (CPU Çekirdeği Kilidi Açma) özelliği AMD CPU aktivasyonunu

basitleştirir. "ASRock UCC" BIOS seçeneğinin basit bir düğmesi olduğu

sürece, anlık performans artışı için ekstra CPU çekirdeğinin kilidini

açabilirsiniz. UCC özelliği etkinken, çift çekirdekli veya üç çekirdekli CPU

dört çekirdekli CPU'ya artırılacaktır ve dört çekirdekli CPU da dahil bazı

CPU'lar L3 önbellek boyutunu 6 MB'ye kadar artırabilir, yani yükseltilmiş

CPU performansının keyﬁ ni daha uygun ﬁ yata çıkarabilirsiniz. Lütfen UCC

özelliğinin yalnızca AM3 CPU ile desteklendiğini ve ek olarak her AM3

CPU'nun bu özelliği destekleyemediğini unutmayın, bazı CPU'ların gizli

çekirdeği yanlış çalışabilir.

2. Bu anakart Untied Overclocking Teknolojisi'ni destekler. Ayrıntılar için lütfen

sayfa 39'teki "Untied Overclocking Teknolojisi"ni okuyun.

3. Bu anakart Çift Kanallı Bellek Teknolojisi'ni destekler. Çift Kanallı Bellek

Teknolojisi'ni uygulamadan önce, uygun yükleme hakkında sayfa 174'deki

bellek modüllerinin yükleme kılavuzunu okuduğunuzdan emin olun.

4. 2100MHz bellek hızı çalıştığınız AM3/AM3+ CPU'ya göre desteklenir.

DDR3 2100 bellek modülünü bu anakartta çalıştırmak istiyorsanız, uyumlu

bellek modülleri için lütfen web sitemizdeki bellek destek listesine bakın.

ASRock web sitesi: http://www.asrock.com

5. İşletim sistemi kısıtlaması nedeniyle, Windows

7 / Vista

/ XP altında

sistem kullanımı için ayırmak için gerçek bellek boyutu 4 GB'den az olabilir.

64-bit CPU'lu Windows

OS için bu tür bir sınırlama yoktur.

6. Mikrofon çıkışı için, bu anakart hem stereo hem de mono modlarını

destekler. Ses çıkışı için, bu anakart 2 kanallı, 4 kanallı, 6 kanallı ve 8

kanallı modları destekler. Düzgün bağlantı için sayfa 3'teki tabloyu kontrol

edin.

7. ASRock Extreme Tuning Utility (AXTU) hepsi bir arada bir araç olup

kullanıcı ile dost bir arayüzde farklı sistem i.levlerinin ince ayarını yapmak

için kullanılmakta olup buna Donanım Monitörü, Fan Kontrolü, Hız A.ırtma,

OC DNA ve IES dahildir. Donanım Monitöründe sisteminizde okunan

önemli de.erleri gösterir. Fan Kontrolünde ayarlamanız için fan hızını ve

sıcaklı.ını gösterir. Hız a.ırtmada optimum sistem performansı almak için

CPU frekansını hız a.ırtma yapmanıza izin verilmi.tir. OC DNA’da OC

ayarlarınızı bir proﬁ l olarak kaydedebilir ve arkada.larınız ile payla.abilirsin-

iz. Ardından arkada.larınız OC proﬁ lini kendi sistemine ekleyerek aynı OC

ayarlarını alabilir. IES’de (Akıllı Enerji Tasarrufu), CPU çekirdekleri bo.ta

oldu.unda bilgisayarın performansından ödün vermeden gerilim düzenley-

icisi çıkı. fazlarının sayısını dü.ürerek verimlili.i iyile.tirir. ASRock Extreme

Tuning Utility (AXTU)’nun çalı.ma prosedürleri için lütfen web sitemizi

ziyaret ediniz. ASRock web sitesi: http://www.asrock.com

8. ASRock Anında Flash, Flash ROM'a katıştırılmış bir BIOS ﬂ ash yardımcı

programıdır. Bu kullanışlı BIOS güncelleme aracı, sistem BIOS'unu MS-

DOS veya Windows

gibi ilk önce işletim sistemine girmeden

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güncellemenizi sağlar. Bu yardımcı programla, POST sırasında <F6>

tuşuna basabilirsiniz veya BIOS ayarları menüsünün ASRock Anında

Flash'a erişmesi için <F2> tuşuna basabilirsiniz. Bu aracı başlatın ve yeni

BIOS dosyasını USB ﬂ ash sürücünüze, diskete veya sabit sürücüye kayde-

din, sonra BIOS'unuzu yalnızca birkaç tıklatma ile ek bir disket veya diğer

karmaşık ﬂ ash yardımcı programlarını hazırlamadan güncelleyebilirsiniz.

Lütfen USB ﬂ ash sürücünün veya sabit diskin FAT32/16/12 dosya sistemi

kullanması gerektiğini unutmayın.

9. iPhone/iPod/iPad Touch gibi Apple cihazlarınızı şarj etmek için daha

hızlı ve daha özgür bir biçimde şarj etmek istiyorsanız, ASRock sizin için

mükemmel bir çözüm hazırladı - ASRock APP Charger. Sadece APP

Charger sürücünü kurarak, iPhone’unuzu bilgisayarınızdan daha çabuk ve

eskisinden 40% daha hızlı şekilde şarj edebilirsiniz. ASRock APP Charger

birçok Apple cihazını aynı anda ve hızlı bir biçimde şarj etmenize olanak

tanır ve hatta bilgisayarınız Bekleme modunda (S1), RAM'de Askıya

Al modunda (S3), uyku modunda (S4) veya kapalı(S5) iken sürekli şarj

etmeyi destekler. APP Charger sürücüsü kurulu iken kolaylıkla şimdiye hiç

olmadığı kadar harika bir şarj deneyimi yaşayabilirsiniz.

ASRock internet sitesi: http://www.asrock.com/Feature/AppCharger/index.

asp

10. ASRock XFast USB, USB bellek aygıtı performansını arttırabilir. Perfor-

mans aygtının özelliğine göre değişiklik gösterebilir.

11. ASRock Açık/Kapalı Çalma Teknolojisi kullanıcıların bilgisayar kapalıyken

(veya ACPI S5 modundayken) bile bilgisayara bağlı MP3 çalar, cep tele-

fonu gibi taşınabilir ses aygıtlarında mükemmel ses deneyiminin keyﬁ ni

çıkarmalarına izin verir! Bu ana kart aynı zamanda kullanıcılar için en

elverişli bilgisayar kullanım ortamını sunan ücretsiz 3,5mm ses kablosu

(isteğe bağlı) sağlamaktadır.

12. Bu anakart adımsız kontrole izin verse de aşırı hızlandırma uygulamanız

önerilmez. Önerilen CPU veri yolu frekansları dışındaki frekanslar sistemin

dengesiz olmasına veya CPU'nun zarar görmesine neden olabilir.

13. CPU aşırı ısınması algılandığında, sistem otomatik olarak kapatılır. Sistemi

devam ettirmeden önce, lütfen anakarttaki CPU fanının düzgün çalıştığını

kontrol edin ve güç kablosunu çıkarın, sonra geri takın. Isı geçişini artırmak

için, PC sistemini yüklediğinizde CPU ile ısı emici arasına ısı macunu

sürmeyi unutmayın.

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ASRock 990FX Extreme4 Motherboard

2. Takma

Bu bir ATX form faktörü (12,0 inç x 9,6 inç, 30,5 cm x 24,4 cm) anakartıdır.

Anakartı monte etmeden önce, kasanızın yapısını inceleyerek anakartın kasaya

uyacağından emin olun.

Kurulum Öncesi Önlemler

Anakart bileşenlerini takmadan veya herhangi bir anakart ayarını değiştirmeden

önce aşağıdaki önlemleri okuyun.

Herhangi bir bileşeni takmadan veya çıkarmadan önce, güç düğmesinin

kapalı olduğundan veya güç kablosunun güç kaynağından çıkarılmış

olduğundan emin olun. Bunun yapılmaması anakarta, çevre aygıtlarına ve/

veya bileşenlere ciddi hasar verebilir.

1. Herhangi bir bileşene dokunmadan önce güç kablosunu prizden çıkarın.

2. Statik elektriğin anakart bileşenlerine zarar vermemesi için, anakartınızı

ASLA doğrudan halı veya benzeri üzerine koymayın. Ayrıca, bileşenlere

dokunmadan önce topraklı bileklik taktığınızdan veya topraklanmış

güvenli bir nesneye dokunduğunuzdan emin olun.

3. Bileşenleri kenarlarından tutun ve entegre devrelere dokunmayın.

4. Herhangi bir bileşeni çıkardığınızda, bileşeni topraklı bir antistatik altlık

üzerine veya bileşenle birlikte gelen poşete koyun.

5. Ana kartı kasaya sabitlemek için vida deliklerine vida takarken lütfen

vidaları aşırı sıkmayın! Aksi halde anakart zarar görebilir.

14. Enerji Kullanan Ürün anlamı na gelen EuP, tamamlanmış sistemler için güç

tüketimini tanımlamak için Avrupa Birliği tarafından düzenlenen bir gerekli-

liktir. EuP'a göre, kapalı mod durumunda tamamlanmış sistemin toplam

AC gücü 1,00W altında olmalıdır. EuP standardını karşılamak için, EuP

hazır anakart ve EuP hazır güç kaynağı gerekir. Intel'in önerisine göre, EuP

hazır güç kaynağının 100 mA akım tüketiminde 5v beklemede güç etkinliği

%50'den yüksektir standardını karşılaması gerekir. EuP hazır güç kaynağı

seçimi için, daha fazla ayrıntı için güç kaynağı üreticisine başvurmanızı

öneririz.

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2.1 CPU'nun Takılması

Adım 1. Mandalı 90° açıyla kaldırarak soketin kilidini açın.

Adım 2. CPU'yu, altın renkli üçgen bulunan CPU köşesi küçük bir üçgen bu-

lunan soket köşesiyle eşleşecek şekilde tam olarak soketin üzerinde

konumlandırın.

Adım 3. CPU'yu yerine oturuncaya kadar dikkatle sokete takın.

CPU'nun takılabileceği yalnızca bir doğru yön vardır. Pinlerin eğrilmemesi için

CPU'yu sokete zorlayarak TAKMAYIN.

Adım 4. CPU yerine yerleştiğinde, CPU'yu tam oturmak için soket mandalını

aşağı bastırarak soketin üzerine sıkıca bastırın. Mandal tık yaparak

yandaki kulakçığa girer ve kilitlenir.

ADIM 1:

Soket Mandalını

Kaldırın

2.2 CPU Fanı ve Isı Emicisinin Takılması

CPU'yu anakarta taktıktan sonra, ısıyı dağıtmak için daha büyük bir ısı

emici ve soğutma fanı takılması gerekir. Isı geçişini artırmak için CPU ile

ısı emici arasına ısı macunu sürmeniz de gerekir. CPU'nun ve ısı emicinin

sağlam bir şekilde sabitlendiğinden ve birbiriyle iyi temas ettiğinden emin

olun. Ardından CPU fanını CPU FAN konektörüne bağlayın (CPU_FAN1,

bkz. Sayfa 2, No. 6 örneğin CPU_FAN2, bkz. Sayfa 2, No. 7). Düzgün

şekilde takmak için lütfen CPU fanının ve ısı emicinin kullanım

kılavuzlarına bakın.

ADIM 2 / ADIM 3:

CPU'daki Altın Renkli

Üçgeni Soket

Köşesindeki

Küçük Üçgenle

Eşleştirin

ADIM 4:

Aşağı Bastırın ve

Soket Mandalını Kilitleyin

Soket Köşesindeki

Küçük Üçgen

Mandal 90° Yukarı

CPU'daki Altın Renkli Üçgen

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ASRock 990FX Extreme4 Motherboard

2.3 Bellek Modüllerinin (DIMM) Takılması

Bu anakart dört 240 pinli DDR3 (Çift Veri Hızı 3) DIMM yuvası sağlar ve Çift Kanallı

Bellek Teknolojisi'ni destekler. Çift kanallı yapılandırma için her zaman özdeş (aynı

marka, hız, boyut ve yonga-türü) DDR3 DIMM çiftini aynı renkli yuvalara takmanız

gerekir. Başka bir deyişle, Çift Kanal A'da (DDR3_A1 ve DDR3_B1; Mavi yuva-

lar; bkz. s.2 No.10) özdeş DDR3 DIMM çiftini veya Çift Kanal B'de (DDR3_A2

ve DDR3_B2; Beyaz yuvalar; bkz. s.2 No.11) özdeş DDR3 DIMM çiftini takmanız

gerekir, böylece Çift Kanallı Bellek Teknolojisi etkinleştirilebilir. Bu anakart ayrıca çift

kanal yapılandırması için dört DDR3 DIMM takmanıza izin verir ve lütfen her dört

yuvaya özdeş DDR3 DIMM takın. Aşağıdaki Çift Kanallı Yapılandırma Tablosuna

bakabilirsiniz.

Çift Kanallı Bellek Yapılandırmaları

DDR3_A1 DDR3_A2 DDR3_B1 DDR3_B2

(Mavi Yuva) (Beyaz Yuva) (Mavi Yuva) (Beyaz Yuva)

(1) Dolu - Dolu -

(2) - Dolu - Dolu

(3)* Dolu Dolu Dolu Dolu

* Yapılandırma için (3), her dört yuvaya da lütfen özdeş DDR3

DIMM'ler takın.

1. İlk önce lütfen bellek modülünü beyaz yuvaya (DDR3_A2 veya

DDR3_B2) takın.

2. Optimal uyumluluk ve güvenilirlik için iki bellek modülü takmak

istiyorsanız, aynı renkteki yuvalara takmanız önerilir. Başka bir

deyişle, mavi yuvalar (DDR3_A1 ve DDR3_B1) veya beyaz

yuvalar (DDR3_A2 ve DDR3_B2) seti şeklinde takın.

3. Bu anakartta DDR3 DIMM yuvalarına yalnızca bir bellek modülü

veya üç bellek modülü takılıysa, Çift Kanallı Bellek Teknolojisi

etkinleştirilemez.

4. Bir çift bellek modülü aynı Çift Kanalda takılı DEĞİLSE, örneğin,

DDR3_A1 ve DDR3_A2 bellek modülü çiftine takma, Çift Kanallı

Bellek Teknolojisi etkinleştirilemez.

5. Bir DDR veya DDR2 bellek modülünü DDR3 yuvasına takmaya

izin verilmez; aksi halde bu anakart ve DIMM zarar görebilir.

6. Bu anakartta DDR3 2100 bellek modüllerini çalıştırırsanız,

bunlar DDR3_A2 ve DDR3_B2 yuvalarına takmanız önerilir.

Türkçe

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ASRock 990FX Extreme4 Motherboard

Bir DIMM takma

DIMM'leri veya sistem bileşenlerini takmadan veya çıkarmadan önce

lütfen güç bağlantısını kestiğinizden emin olun.

Adım 1. Tutucu klipsi dışa doğru bastırarak bir DIMM yuvasının kilidini açın.

Adım 2. Bir DIMM'yi, DIMM'deki çentik yuvadaki aralıkla eşleşecek şekilde

hizalayın.

DIMM'nin takılabileceği yalnızca bir doğru yön vardır. DIMM'yi yanlış

yönde zorla yuvaya takarsanız anakart ve DIMM kalıcı hasar görür.

Adım 3. İki uçtaki tutucu klipsler yerine geri oturuncaya ve DIMM düzgün

şekilde yerleşinceye kadar DIMM'yi yuvanın içinde bastırın.

Türkçe

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ASRock 990FX Extreme4 Motherboard

Genişletme kartı takma

Adım 1. Genişletme kartını takmadan önce, güç kaynağının kapalı olduğundan

veya güç kablosunun çıkarılmış olduğundan emin olun. İşleme

başlamadan önce lütfen genişletme kartının belgelerini okuyun ve

kartın gerekli donanım ayarlarını yapın.

Adım 2. Sistem ünitesi kapağını çıkarın (anakartınız zaten kasada takılıysa).

Adım 3. Kullanmak istediğiniz yuvaya bakan braketi çıkarın. Vidaları daha

sonra kullanmak üzere saklayın.

Adım 4. Kartın konektörünü yuvaya hizalayın ve kart yuvaya tam olarak otu-

runcaya kadar sıkıca bastırın.

Adım 5. Vidalarla kartı kasaya sabitleyin.

Adım 6. Sistem kapağını yerleştirin.

2.4 Genişletme Yuvaları (PCI ve PCI Express Yuvaları)

Bu anakartta 2 PCI yuvası ve 5 PCI Express yuvası bulunmaktadır.

PCI Yuvaları: PCI yuvaları, 32-bit PCI arayüzü kullanan genişletme kartlarını

takmak için kullanılır.

PCIE Yuvaları: PCIE1 / PCIE3 (PCIE x1 yuvası; Beyaz), x1 yol genişliğindeki

kartlar ile PCI Express kartları için kullanılır, örneğin Gigabit

LAN kartı ve SATA2 kartı.

PCIE2 / PCIE4 (PCIE x16 yuvası; Mavi), PCI Express x16 şerit

genişlikli graﬁ k kartları için kullanılır veya PCI Express graﬁ k

kartlarının CrossFireX

veya SLI

işlevini desteklemesi için

kullanılır.

PCIE5 (PCIE x16 yuvası; Mavi), PCI Express x4 şerit genişlikli

graﬁ k kartları için kullanılır veya PCI Express graﬁ k kartlarının

3-Way CrossFireX

işlevini desteklemesi için kullanılır.

1. Tekli VGA kartı modunda, PCIE2 yuvasında bir PCI Express x16 graﬁ k

kartını yüklemeniz önerilir.

2. CrossFireX

modunda veya SLI

modunda, lütfen PCIE2 ve PCIE4

yuvalarında PCI Express x16 graﬁ k kartlarını yükleyin. Böylece, bu iki

yuvanın her ikisi de x16 bant genişliğinde çalışacaktır.

3. 3-Way CrossFireX

modunda, ltfen PCIE2, PCIE4 ve PCIE5 yuvalarnda

PCI Express x16 graﬁ k kartlarn ykleyin. Bylece, PCIE2 yuvann ve

PCIE4 yuvann her ikisi de x16 bant geniliinde alacaktr ve PCIE5

yuvann her ikisi de x4 bant geniliinde alacaktr.

4. Daha iyi termal ortam için birden fazla graﬁ k kartı kullanırken lütfen bir kasa

fanını anakart kasası fanı konektörüne (CHA_FAN1, CHA_FAN2 veya CHA_

FAN3) bağlayın.

Türkçe

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ASRock 990FX Extreme4 Motherboard

2.5 SLI

ve Quad SLI

Çalıştırma Kılavuzu

Bu anakart, iki özdeş PCI Express x16 graﬁ k kartını takabilmenizi sağlayan NVIDIA

SLI

ve Quad SLI

(Ölçeklendirilebilir Bağlantı Arabirimi) teknolojilerini destekler.

Geçerli olarak, NVIDIA

SLI

teknolojisi Windows

7 / 7 64 bit / Vista

/ Vista

64 bit / XP / XP 64 bit İS’leri destekler. NVIDIA

Quad SLI

teknolojisi yalnızca

Windows

7 / 7 64 bit / Vista

/ Vista

64 bit İS’leri destekler. Lütfen bu bölümdeki

takma prosedürlerini izleyin. Lütfen ayrıntılar için sayfa 17’a bakın.

2.6 CrossFireX

, 3-Way CrossFireX

ve Quad

CrossFireX

Çalıştırma Kılavuzu

Bu anakart CrossFireX

, 3-Way CrossFireX

ve Quad CrossFireX

özelliğini

destekler. CrossFireX

teknolojisi, birden fazla yüksek performanslı Graﬁ k

İşleme Ünitesini (GPU) tek bir PC’de birleştirmenin en avantajlı yoludur. Farklı

işletim modları aralığını akıllı yazılım tasarımıyla ve yenilikçi bir birbirine bağlantı

mekanizması olan CrossFireX

ile birleştirmek, tüm 3B uygulamalarda olası en

yüksek performans seviyesini ve görüntü kalitesini sağlar. Geçerli olarak CrossFi-

reX

özelliği Windows

XP, Service Pack 2 / Vista

/ 7 İS ile desteklenir. 3-Way

CrossFireX

ve Quad CrossFireX

özelliği yalnızca Windows

Vista

/ 7 İS’de

desteklenir. AMD

CrossFireX

sürücü güncellemeleri için lütfen AMD web sitesini

kontrol edin. Lütfen ayrıntılar için sayfa 20’ye bakın.

Türkçe

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ASRock 990FX Extreme4 Motherboard

2.7 Jumper'ların Ayarı

Şekilde jumper'ların nasıl ayarlandıkları

gösterilmektedir. Jumper kapağı pinler üzerine

yerleştirildiğinde jumper "Kapalı" dır. Jumper

kapağı pinler üzerindeyken jumper "Açık" tır.

Şekilde pin1 ve pin2'si "Kapalı" olan jumper

kapağı bu 2 pine yerleştirilmiş 3-pinli jumper

gösterilmektedir.

Jumper Ayar

CMOS’u temizleme

(CLRCMOS1, 3-pinli jumper)

(bkz. s.2 No. 3)

Not:

CLRCMOS1, CMOS’daki verilerinizi temizlemenize olanak sağlar. Sistem

parametrelerini temizlemek ve varsayılan ayara sıfırlamak için lütfen bilgisayarı

kapatın ve güç kablosunun ﬁ şini güç kaynağından çekin. 15 saniye bekledikten

sonra, pin2 ve pin3‘ü CLRCMOS1’de 5 saniye kısaltmak için bir atlatıcı şapkası

kullanın. Ancak, BIOS’u güncelledikten hemen sonra lütfen CMOS’u temizlemeyin.

BIOS’u güncellemeyi tamamladığınızda CMOS’u temizlemeniz gerekirse,

ilk olarak sistemi başlatmanı z ve ardı ndan CMOS temizleme işlemini

gerçekleştirmeden önce kapatmanız gereklidir. Parola, tarih, saat, kullanıcı

varsayılan proﬁ li, 1394 GUID ve MAC adresinin yalnızca CMOS pili çıkarıldığında

temizleneceğini lütfen aklınızda bulundurunuz.

Clear CMOSDefault

CMOS Devresini Temizle, CMOS Ayarı'nı Temizle ile aynı işleve

sahiptir.

Türkçe

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ASRock 990FX Extreme4 Motherboard

2.8 Yerleşik Fişler ve Konektörler

Yerleşik ﬁ şler ve konektörler jumper DEĞİLDİR. Bu ﬁ şlerin ve

konektörlerin üzerine jumper kapakları YERLEŞTİRMEYİN.

Fişlerin ve konektörlerin üzerine jumper kapakları yerleştirmek

anakartın kalıcı olarak zarar görmesine neden olabilir!

Seri ATA (SATA) SATA veri kablosunu her iki ucu

Veri Kablosu da SATA3 sabit diskine veya

(İsteğe bağlı)

anakarttaki SATA3 konektörüne

bağlanabilir.

3,5mm Ses Kablosu 3,5 mm ses kablosunun her iki

(İsteğe bağlı)

ucuda MP3 çalar ve cep

telefonu gibi taşınabilir ses

aygıtlarına veya bilgisayarın

Line-in (Hat Giriş) yuvasına

bağlanabilir.

Türkçe

Disket Konektörü

(33-pinli DİSKET1)

(bkz. s.2 No. 30)

Not: Kablonun kırmızı çizgili tarafının konektörün Pin1 tarafına takıldığından

emin olun.

kırmızı çizgili taraf Pin1'e

Birincil IDE konektörü (Mavi)

(39-pinli IDE1, bkz. s.2 No. 18)

Not: Ayrıntılar için lütfen IDE cihazı satıcınızın talimatlarına bakın.

siyah ucu IDE cihazlarına bağlayın

80-iletkenli ATA 66/100/133 kablo

mavi ucu anakarta bağlayın

SATA HDD güç konektörüne

bağlama

güç kaynağına bağlama

Seri ATA (SATA) Güç Kablosu Lütfen SATA güç kablosunun

(İsteğe bağlı)

siyah ucunu her sürücüde

bulunan güç konektörüne

bağlayın. Sonra, SATA güç

kablosunun beyaz ucunu güç

kaynağının güç konektörüne

bağlayın.

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ASRock 990FX Extreme4 Motherboard

USB 3.0 Fişleri I/O panelinde bulunan iki adet

(19-pinli USB3_0_1)

varsayılan USB 3.0 bağlantı

(bkz. s.2 No. 28)

noktasının yanı sıra, bu ana

kart üzerinde bir adet USB 3.0

bağlantısı bulunur. Bu USB 3.0

bağlantısı iki adet USB 3.0

bağlantı noktasını

destekleyebilir.

Kızılötesi Modülü Fişi Bu ﬁ ş, isteğe bağlı bir kablosuz

(5-pinli IR1)

aktarma ve alma kızılötesi

(bkz. s.2 No. 44)

modülünü destekler.

Türkçe

Seri ATA3 Konektörler Bu sekiz Seri ATA3 (SATA3)

(SATA3_1: bkz. s.2, No. 21)

konektör, dahili depolama

(SATA3_2_3: bkz. s.2, No. 20)

cihazları için SATA veri

(SATA3_4_5: bkz. s.2, No. 19)

kablolarını destekler. Geçerli

(SATA3_7: bkz. s.2, No. 32)

SATA3 arayüzü 6,0 Gb/sn veri

(SATA3_8: bkz. s.2, No. 33)

aktarım hızına izin verir.

SATA3_1_2 SATA3_3_4 SATA3_5_6

SATA3_8 SATA3_7

USB 2.0 Fişleri G/Ç panelindeki varsayılan altı

(9-pinli USB2_3)

USB 2.0 portundan başka, bu

(bkz. s.4 No. 14)

anakartta iki USB 2.0 ﬁ şi

bulunur. Her USB 2.0 ﬁ şi iki

USB 2.0 portunu destekler.

(9-pinli USB8_9)

(bkz. s.4 No. 13)

P-3

P+3

GND

DUMMY

USB_PWR

P-2

P+2

GND

P-9

P+9

GND

DUMMY

USB_PWR

P-8

P+8

GND

CD1

Dahili Ses Konektörleri Bu konektör, CD-ROM, DVD-

(4-pinli CD1)

ROM, TV tuner kartı veya

(bkz. s.2 No. 42)

MPEG kartı gibi ses

kaynaklarından stereo ses girişi

almanızı sağlar.

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ASRock 990FX Extreme4 Motherboard

Sistem Paneli Fişi Bu ﬁ ş, birçok sistem ön paneli

(9-pinli PANEL1)

işlevini barındırır.

(bkz. s.2 No. 29)

Kasa üzerindeki güç anahtarını, sıfırlama anahtarını ve sistem durumu

göstergesini aşağıdaki pin atamalarına göre bu bağlantıya bağlayın.

Kabloları bağlamadan önce pozitif ve negatif pinlere dikkat edin.

PWRBTN (Güç Anahtarı):

Kasa üzerindeki güç anahtarını ön panele bağlayın. Güç anahtarını

kullanarak sisteminizi kapatma şeklinizi yapılandırabilirsiniz.

RESET (Sıfırlama Anahtarı):

Kasa üzerindeki sıfırlama anahtarını ön panele bağlayın. Bilgisayar

donarsa veya normal bir yeniden başlatma gerçekleştirilemezse,

bilgisayarı yeniden başlatmak için sıfırlama anahtarına basın.

PLED (Sistem Gücü LED’i):

Kasa üzerindeki güç durumu göstergesini ön panele bağlayın. Sistem

Türkçe

Ön Panel Ses Fişi Bu, panel ses kablosu için

(9-pinli HD_AUDIO1)

uygun bağlantı sağlayan ve

(bkz. s.2 No. 43)

ses cihazlarını kontrol

etmeyi sağlayan bir arayüzdür.

1. Yükse Tanımlı Ses Jak Duyarlılığını destekler, ancak kasadaki panel

kablosunun HDA'nın düzgün çalışmasını desteklemesi gerekir. Lütfen

sisteminizi yüklemek için kılavuzumuzdaki ve kasa kılavuzundaki

talimatları izleyin.

2. AC'97 ses paneli kullanıyorsanız, lütfen ön panel ses ﬁ şine aşağıdaki gibi

takın:

A. Mic_IN'i (MIC) MIC2_L'ye bağlayın.

B. Audio_R'yi (RIN) OUT2_R'ye ve Audio_L'yi (LIN) OUT2_L'ye bağlayın.

C. Ground’u (GND) Ground’a (GND) bağlayın.

D. MIC_RET ve OUT_RET yalnızca HD ses paneli içindir. Bunları AC’97 ses

paneli için bağlamanız gerekmez.

E. Ön mikrofonu etkinleştirmek için

Windows

XP / XP 64-bit İS için:

“Karıştırıcı”yı seçin. “Kaydedici”yi seçin. Sonra “Ön Mikrofon”u tıklatın.

Windows

7 / 7 64-bit / Vista

/ Vista

64-bit İS için:

Realtek Kontrol panelinde “Ön Mikrofon” Sekmesine gidin. “Kayıt Ses

Seviyesi”ni ayarlayın.

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

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ASRock 990FX Extreme4 Motherboard

Kasa Hoparlörü Fişi Lütfen kasa hoparlörünü bu ﬁ şe

(4-pinli SPEAKER1)

bağlayın.

(bkz. s.2 No. 23)

Güç LED'i Fişi Sistem gücü durumunu

(3-pinli PLED1)

belirtmek için lütfen kasa güç

(bkz. s.2 No. 22)

LED'ini bu ﬁ şe bağlayın. Sistem

çalışırken LED açıktır. LED S1

durumunda yanıp sönmeye

devam eder. LED S3/S4

durumunda veya S5 durumun

da (güç kapalı) kapalıdır.

Kasa/güç Fan Konektörü Lütfen kasa fan kablolarını

(4-pinli CHA_FAN1)

fanına bu konektöre bağlayın

(bkz. s.2 No. 45)

ve siyah kabloyu toprak pinine

bağlayın. CHA_FAN1/2/3 fan

(3-pinli CHA_FAN2)

hızı UEFI veya AXTU yoluyla

(bkz. s.2 No. 4)

kontrol edilebilir.

(3-pinli CHA_FAN3)

(bkz. s.2 No. 2)

(3-pinli PWR_FAN1)

(bkz. s.2 No. 40)

CPU Fan Konektörü Lütfen fan kablolarını CPU

(4-pinli CPU_FAN1)

fanına bu konektöre bağlayın

(bkz. s.2 No. 6)

ve siyah kabloyu toprak pinine

bağlayın.

+5V

DUMMY

SPEAKER

1 2 3 4

GND

+12V

CPU_FAN_SPEED

FAN_SPEED_CONTROL

Türkçe

çalışırken LED yanar. Sistem S1 uyku modunda iken LED yanıp sön

meye devam eder. Sistem S3/S4 uyku modunda veya kapalı (S5) iken

LED söner.

HDLED (Sabit Disk Çalışma LED’i):

Kasa üzerindeki sabit disk çalışma LED'ini ön panele bağlayın. Sabit disk

veri okurken veya yazarken LED yanar.

Ön panel tasarımı kasaya göre değişiklik gösterebilir. Ön panel

modülünde temel olarak güç anahtarı, sıfırlama anahtarı, güç LED’i,

sabit disk çalışma LED’i, hoparlör vb. bulunur. Kasa ön panel

modülünüzü bu bağlantıya bağlarken, kablo atamalarının ve pin

atamalarının doğru biçimde eşleştirildiğinden emin olun.

GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

GND

+12V

CHA_FA N_SPEED

GND

+12V

PWR_FAN_SPEED

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ASRock 990FX Extreme4 Motherboard

3-Pinli Fanı Takma

Bu anakart 4-Pinli CPU fan (Sessiz Fan) desteği sağlasa da, 3-Pinli CPU

fan hızı kontrol işlevi olmadan bile hala başarılı bir şekilde çalışabilir.

3-Pinli CPU fanı bu konektördeki CPU fan konektörüne bağlamayı

planlıyorsanız, lütfen Pin 1-3'e bağlayın.

Pin 1-3 Bağlı

(3-pinli CPU_FAN2)

(bkz. s.2 No. 7)

GND

+12V

CPU_FAN_SPEED

ATX Güç Konektörü Lütfen bir ATX güç kaynağını

(24-pinli ATXPWR1)

bu konektöre bağlayın.

(bkz. s.2 No. 12)

Bu anakart 24-pinli ATX güç konektörü sağlasa da

geleneksel bir 20-pinli ATX güç kaynağı bağlarsanız da

çalışabilir. 20-pinli ATX güç kaynağını kullanmak için,

lütfen güç kaynağınızı Pin 1 ve Pin 13'le birlikte takın.

20-Pinli ATX Güç Kaynağını Takma

ATX 12V Güç Konektörü Lütfen bir ATX 12V güç

(8-pinli ATX12V1)

kaynağını bu konektöre

(bkz. s.2 No. 5)

bağlayın.

Bu anakart 8-pinli ATX 12V güç konektörü sağlasa da geleneksel bir

4-pinli ATX 12V güç kaynağı bağlarsanız da çalışabilir. 4-pinli ATX güç

kaynağını kullanmak için, lütfen güç kaynağınızı Pin 1 ve Pin 5'le birlikte

takın.

4-Pinli ATX 12V Güç Kaynağını Takma

8 5

4 1

8 5

4 1

IEEE 1394 Fişi Bu anakartta G/Ç panelindeki

(9-pinli FRONT_1394)

bir varsayılan IEEE 1394 portu

(bkz. s.2 No. 15)

nun yanı sıra, bir IEEE 1394 ﬁ ş

(FRONT_1394) de bulunur. Bu

IEEE 1394 ﬁ şi bir IEEE 1394

portunu destekler.

Türkçe

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

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ASRock 990FX Extreme4 Motherboard

HDMI_SPDIF Fişi HDMI_SPDIF ﬁ şi, SPDIF ses

(2-pinli HDMI_SPDIF1)

çıkışını HDMI VGA kartına

(bkz. s.2 No. 1)

sağlar, sistemin HDMI Dijital

TV/projektör/LCD cihazlarını

bağlamasına izin verir. Lütfen

HDMI VGA kartının

HDMI_SPDIF konektörünü bu

ﬁ şe bağlayın.

Türkçe

Seri port Fişi Bu COM1 ﬁ şi bir seri port

(9-pinli COM1)

modülünü destekler.

(bkz. s.2 No. 31)

Ön USB 3.0 Panelinin Kurulum Kılavuzu

Ön USB 3.0 Panelini şasinin 2,5” sürücü

yuvasına kurun.

Adım 3

Adım 4

Ön USB 3.0 Paneli zaten kullanılıyor.

Ön USB 3.0 kablosunu anakarttaki USB 3.0

başlığına (USB3_0_1) takın.

Adım 5

Adım 6

Ön USB 3.0 Panelini altı şasi vidası ile

sürücü yuvasına vidalayın.

Verilen Ön USB 3.0 Panelini, dört HDD

vidasını ve altı şasi vidasını hazırlayın.

Adım 1

Adım 2

2,5” HDD/SSD’yi Ön USB 3.0 Paneline

dört adet HDD vidasını kullanarak

vidalayın.

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ASRock 990FX Extreme4 Motherboard

2.9 Akıllı Anahtarlar

Bu anakartta üç akıllı anahtar bulunur: güç anahtarı, sıfırlama anahtarı ve CMOS'u

temizleme anahtarı; bunlar kullanıcıların hızlı bir şekilde sistemi açıp kapatmalarını

veya CMOS değerlerini temizlemelerini sağlar.

Güç Anahtarı Güç Anahtarı, kullanıcıların

(PWRBTN)

hızlı bir şekilde sistemi açıp

(bkz. s.2 No.26)

kapatmalarını sağlayan akıllı

bir anahtardır.

Sıfırlama Anahtarı Sıfırlama Anahtarı,

(RSTBTN)

kullanıcıların hızlı bir şekilde

(bkz. s.2 No.25)

sistemi sıfırlamalarını

sağlayan akıllı bir anahtardır.

CMOS'u Temizleme Anahtarı CMOS'u Temizleme Anahtarı,

(CLRSBTN)

kullanıcıların hızlı bir şekilde

(bkz. s.3 No.17)

CMOS değerlerini

temizlemelerini sağlayan akıllı

bir anahtardır.

Türkçe

Arka USB 3.0 Braketinin Kurulum Kılavuzu

USB 3.0 kablosunu ve arka USB 3.0

braketini bir araya getirin.

Ön USB 3.0 Panelinden iki vidayı sökün.

Adım 1 Adım 2

Arka USB 3.0 braketini kasaya

yerleştirin.

İki vidayı arka USB 3.0 braketine

vidalayın.

Adım 4Adım 3

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2.10 Dr. Debug

Dr. Debug, sorun gidermeyi daha da kolaylaştıran kod bilgisini sağlamak için

kullanılır. Dr. Debug kodlarını okuma hakkında bilgi için lütfen sayfa 34, 35, 36 ve 37

'teki diyagramlara bakın.

2.11 Sürücü Yükleme Kılavuzu

Sürücüleri sisteminize yüklemek için, lütfen önce destek CD'sini optik sürücünüze

bağlayın. Sonra, sisteminizle uyumlu sürücüler otomatik olarak algılanabilir ve

sürücü sayfasının destek CD'sinde listelenir. Lütfen, istenen sürücüleri yüklemek

için üstten aşağıya doğru sırayı izleyin. Böylece, yüklediğiniz sürücüler düzgün

çalışabilir.

2.12 Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP

64-bit RAID İşlevleriyle Yükleme

Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-biti RAID işlevleriyle

SATA3 HDD'lerinize yüklemek için, lütfen ayrıntılı prosedürler için Destek

CD'sinin aşağıdaki yolundaki belgeye bakın:

..\ RAID Yükleme Kılavuzu

2.13 Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP

64-bit RAID İşlevleri Olmadan Yükleme

Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit İS'yi RAID işlevleri

olmadan SATA3 HDD'lerinize yüklemek istiyorsanız, lütfen yüklediğiniz İS'ye

göre aşağıdaki prosedürleri izleyin.

2.13.1 Windows

XP / XP 64-biti RAID İşlevleri Olmadan

Yükleme

Windows

XP / XP 64-biti SATA3 HDD'lerinize RAID işlevleri olmadan yüklemek

istiyorsanız, lütfen aşağıdaki adımları izleyin.

ADIM 1: UEFI'u ayarlayın.

A.UEFI AYARLARI YARDIMCI PROGRAMI'na girin Gelişmiş ekran

Depolama Yapılandırması.

B.“SATA Modu” seçeneğini [IDE] olarak ayarlayın. (Için SATA3_1 için SATA3_6)

“Marvell SATA3 Operation Modu” seçeneğini [IDE] olarak ayarlayın. (Için

SATA3_7 ve SATA3_8.)

ADIM 2: Windows

XP / XP 64-bit İS'yi sisteminize yükleyin.

NCQ işlevi olmadan SATA3 HDD'ler aygıtlarını kullanma

Türkçe

187

ASRock 990FX Extreme4 Motherboard

2.13.2 Windows

7 / 7 64-bit / Vista

/ Vista

64-bit RAID

İşlevleri olmadan yükleme

Windows

7 / 7 64-bit / Vista

/ Vista

64-biti SATA3 HDD'lerinize RAID

işlevleri olmadan yüklemek istiyorsanız, lütfen aşağıdaki adımları izleyin.

ADIM 1: UEFI'u ayarlayın.

A.UEFI AYARLARI YARDIMCI PROGRAMI'na girin işmiş ekran Depolama

Yapılandırması.

B.“SATA Modu” seçeneğini [IDE] olarak ayarlayın. (Için SATA3_1 için SATA3_6)

“Marvell SATA3 Operation Modu” seçeneğini [IDE] olarak ayarlayın. (Için

SATA3_7 ve SATA3_8.)

ADIM 2: Windows

7 / 7 64-bit / Vista

/ Vista

64-bit İS’yi sisteminize

yükleyin.

ADIM 1: UEFI'u ayarlayın.

A.UEFI AYARLARI YARDIMCI PROGRAMI'na girin Gelişmiş ekran

Depolama Yapılandırması.

B.“SATA Modu” seçeneğini [AHCI] olarak ayarlayın. (Için SATA3_1 için SATA3_6)

“Marvell SATA3 Operation Modu” seçeneğini [AHCI] olarak ayarlayın. (Için

SATA3_7 ve SATA3_8.)

ADIM 2: Windows

7 / 7 64-bit / Vista

/ Vista

64-bit İS’yi sisteminize

yükleyin.

NCQ işlevi ile SATA3 HDD'ler aygıtlarını kullanma

NCQ işlevi olmadan SATA3 HDD'ler aygıtlarını kullanma

Türkçe

188

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3. BIOS Bilgileri

Anakarttaki Flash Bellek BIOS Ayarları Yardımcı Programını içerir. Bilgisayarı

başlattığınızda, lütfen Otomatik Güç Sınaması (POST) sırasında BIOS Ayarları

yardımcı programına girmek için <F2> veya <Del> tuşuna basın; aksi halde, POST

test rutinlerine devam eder. BIOS Ayarlarına POST'tan sonra girmek istiyorsanız,

lütfen <Ctl> + <Alt> + <Delete> tuşlarına basarak veya sistem kasasındaki sıfırlama

düğmesine basarak sistemi yeniden başlatın. BIOS Ayarları programı kullanıcı

dostu olacak şekilde tasarlanmıştır. Çeşitli alt menüler arasında dolaşmanıza ve

önceden belirlenen seçenekler arasından seçim yapmanıza izin veren menü tabanlı

bir programdır. BIOS Ayarları hakkında ayrıntılı bilgi için, lütfen Destek CD'sinde

bulunan Kullanıcı Kılavuzu'na (PDF dosyası) başvurun.

4. Yazılım Destek CD’si bilgileri

Bu anakart çeşitli Microsoft

Windows

işletim sistemleri destekler: 7 / 7 64-bit

/ Vista

64-bit / XP / XP 64-bit. Anakartla birlikte gelen Destek CD'si

anakart özelliklerini genişleten gerekli sürücüleri ve kullanışlı yardımcı programları

içerir. Destek CD'sini kullanmaya başlamak için, CD'yi CDROM sürücünüze takın.

Bilgisayarınızda "OTOMATİK KULLAN" özelliği etkinleştirilmişse, Ana Menüyü

otomatik olarak görüntüler. Ana Menü otomatik olarak görüntülenmezse, menüleri

görüntülemek için Destek CD'sinin “BIN” klasöründeki "ASSETUP.EXE" dosyasını

bulun ve çift tıklatın.

Türkçe

189

ASRock 990FX Extreme4 Motherboard

󰐤󰙢󰉺

 󰏧󰄎󰏮󰆤󰃖󰃵󰚁󰍫󰑔󰋋󰍣󰚁󰍫󰈱󰃣 

󰏬󰄎󰏮󰆤󰍚󰚃󰙢󰑸󰃞󰚁󰍣 󰉇󰈴󰍒󰑶 󰋋󰂬󰉢 󰏶󰄎󰏮󰆤󰏴 󰏬

󰐤󰙢󰏚󰙢󰀆󰏺󰏮󰚆 󰏧󰎮󰊞󰚃󰙢󰑸󰔐󰏧󰌬󰐢󰉢󰏛󰏺󰁯󰚁

󰏶󰋆 󰏬󰇨󰃕󰉛󰔹󰌬󰉕󰍣󰃦󰆤󰍣󰚃󰉛󰄝󰆜󰉛󰔹󰅴󰆋󰏬󰋍

󰂓󰏶󰋆 󰃦󰆤󰍣󰚃󰆤󰏺󰉤󰚃󰎭󰏚󰑴󰎺󰏧󰈱󰎭󰉛󰄝󰉕󰍣󰉕󰚾󰏮

󰚄󰊞󰏶󰋆 

 󰄎󰏮󰆤󰏧󰈱󰍋󰏬󰅧󰏬󰎂󰋀󰍛󰏬󰘂󰀛󰄼󰍣󰏬󰈱󰎭󰏺

 󰉛󰄝󰉕󰏧󰎭󰏚󰍻󰍜󰏬󰆛󰅧󰊞󰏶󰋆 󰃨󰏯󰏛

 󰉇󰚊󰉕󰏬󰈱󰎭󰏺󰉛󰄝󰉕󰏧󰍒󰀦󰆛󰏬󰏶󰏘󰄙󰏧󰏅

 󰈱󰏬󰘂󰍣󰉕󰍔󰐤󰑴󰍛󰏬󰘂󰃖󰚁󰋍󰊞󰏶󰋆 󰏅󰈱  

 󰏬󰘂󰍣󰉕󰔐󰋋󰕃󰎏󰑴󰎺󰄡󰂡󰏛󰚾󰏮󰚄󰊞󰏶󰋆 

  󰏧󰏅󰈱󰏬󰘂󰑔󰉺󰏴 

 󰆧󰄃󰆤󰎏󰂕󰚁󰍫󰊢󰑴󰎺󰏬󰙼󰎦󰚃󰎮󰈱󰏅󰈱󰏬󰘂󰃖󰅴󰄼󰚁

 󰍫󰈱󰎭󰑝󰏮󰄠󰍣󰚃󰘃󰐢󰐢󰆤󰃖󰍖󰏘󰋐󰋉󰎂 



󰘤󰖦󰑴󰎭

󰃦󰆤

 󰙏󰘥󰗃 

󰖔󰉛󰔹󰏬

󰑴󰎺

 󰓶󰎱󰘂󰁧󰃞󰆧󰕡󰏬󰇙 

 󰏮󰔹󰙵󰂠󰙹󰁧󰏬󰇖󰎭󰃞󰆧󰕡󰏬󰇙 

󰋉󰃞󰍗󰏬󰗃󰕡󰏬󰇙  󰉙󰖹󰈱󰍋 

󰋉󰃞󰍗󰐜󰎺󰕡󰏬󰇙  󰉙󰖹󰈱󰍋 

󰎂󰀆󰎂󰕡󰏬󰇙  󰉙󰖹󰈱󰍋 

󰓓󰙇 

󰐜󰄙󰘤 

 󰈱 

󰉐󰋉󰈱 

󰛔󰄙󰇖󰁳󰖬

 󰇖󰃤󰑴 󰕃 

󰏚󰈱󰎭󰏺󰍣󰌯󰃣







󰇝󰘂







󰇝󰘂󰏧󰉢󰏛󰚔󰈽󰋉󰖦

󰏇󰚊󰉕  󰋀󰗚󰃞󰑴 󰉢󰍣󰉕  󰎋󰉯󰏛 

󰄠󰂠󰉛󰐢󰚁󰏬󰐿󰋆󰉛󰐢󰂕󰚁󰍫󰏺󰉤󰚃󰎭󰏚󰑴

󰎺󰍣󰙋󰚆󰈱󰎭󰉛󰄝󰉕󰃖󰓘󰐴󰚁󰋐󰋉󰎂

󰚃󰍒

190

ASRock 990FX Extreme4 Motherboard

 󰉛󰄝󰉕

󰙵󰁹󰙏 󰙏󰘥󰗃 

 󰎑󰐜󰓶󰔚󰐜󰑴󰀆󰏺󰏮󰏯󰐤󰙢󰑸󰉢󰆼󰏺󰕴

 󰉕 

 󰙳󰂠󰉤󰉕󰍣󰚃󰑴󰎺

 󰙳󰂠󰉤󰉕󰍣󰚃󰑴󰎺 





 󰐤󰎞 

 󰙳󰂠󰉤󰉕

  󰕲󰍒󰑴󰎺

  󰑴󰎺 󰑔󰏧󰓘󰐴 

 󰐜󰎺󰏇󰈽󰀆󰏺󰏮

 󰔐 󰑴󰑴󰎺

  󰏧

‘



’





󰊢󰑴󰎺

 

 󰍔󰖮󰏬󰎂󰆄󰖢󰂁󰖭 󰊢󰑴󰎺

   󰑔󰏧󰓘󰐴 

  󰚁󰏬󰘯󰘂󰁵󰋀󰙋󰘂󰊢󰑴󰎺

󰕀󰉪 󰋀󰇖󰃤󰑴 

 󰈱󰎮󰋀󰇖󰃤󰑴 

󰄎󰄠󰃞 󰍗󰓞󰄎󰄠󰃞󰊢󰑴󰎺 󰑔󰏧󰓘󰐴 

 󰋃󰂦 

 󰇝 󰍔󰆄󰘯

 󰄎󰄠󰃞󰃖󰑴󰎺 󰑔󰏧󰓘󰐴 

 󰔐󰋉󰋀󰗑󰄎󰄠󰃞󰎭󰂀  󰑔󰏧󰓘󰐴 

󰚾󰐅󰋃󰂦 󰋃󰂦 󰄠 

 󰄠 

  󰏧  󰋃󰂦

  󰏧 󰋃󰂦

 











󰅥 

 



󰑴󰎺

 





󰅥



󰑴󰎺

󰎂󰀆󰎂 󰄡󰂡󰆤󰚳

 

 󰎂󰀆󰎂󰑴󰎺

󰁵 

 

 󰏀󰏬󰖟󰎄󰁵󰑴󰎺

 󰐝󰐜󰚮󰏬󰑴󰎺

  󰑴󰎺

󰚃󰍒

191

ASRock 990FX Extreme4 Motherboard

󰚃󰍒

󰛔󰄙󰘛 

   󰃦󰎮󰋀󰙋󰘂

   󰖦󰆤󰙋󰘂

  󰔚󰔜󰂔󰙋󰘂

  󰚂󰔜󰂔󰙋󰘂

  󰀆󰙎󰘂󰙋󰘂

  󰀆󰙎󰘂󰙋󰘂

   󰕗󰗃

   󰅥 󰏶

 󰙋󰘂

    󰙋󰘂

  󰈲󰐤󰋀󰏇󰔹

 󰎂󰀆󰎂󰐈  󰔲󰄙󰋀󰙹󰕗󰛔󰅴󰋀󰙹󰕗󰑝󰌷󰐚󰏝󰁧󰏮󰏮

 󰐜󰅴󰋀󰙹󰕗󰃦󰏬󰖟 󰑔󰏧󰓘󰐴 

  󰍣󰏧󰚊󰑴󰎺󰕗󰗃

   󰅥

 󰅥

“

󰚈󰙵󰂁

”

󰑴󰎺

  󰍣󰏧󰚃󰕗󰗃

 󰅥

“

󰚈󰙵󰂁

”

󰑴󰎺

 󰕗󰗃󰙋󰘂󰎏󰏏 

  󰍣󰏧󰚃󰛔󰄙󰘤󰙋󰘂  󰔐

   󰏧󰑴󰎺

  󰍣󰏧󰚃󰐜󰄙󰘤󰚞  

 󰙋󰘂 󰑴󰎺 󰔐 󰏧󰑴󰎺

󰎄󰆤󰚞  󰏧󰕗󰗃

󰅥󰕗󰗃 󰕗󰗃  󰔐 󰏧󰐅󰔹󰑴󰎺 

 󰙵󰂠󰙹󰙋󰘂 

 󰐛󰎞󰉙󰄠󰚞 

 󰙋󰘂󰚞 

 󰚞  

 󰚞  

 󰐜󰎺󰚞

  󰉐󰋉  󰐜󰎺󰘦󰕗󰗃

 󰙻󰐜󰎺󰚞

  󰙻 󰘘󰎸󰕴󰗃

 󰆺󰎂󰀆󰎂󰕴󰗃

 󰐜󰄙󰆺󰎂󰀆󰎂󰕴󰗃

 󰚞  󰏧󰔙󰙋󰘂󰃖󰑴󰎺󰚁󰚞

  

 󰚞  󰏧󰔙󰙋󰘂󰃖󰑴󰎺󰚁󰚞

  

  󰉤󰄅󰘂󰀆󰆄 

192

ASRock 990FX Extreme4 Motherboard

󰇨󰃕󰋀󰏇󰔹  󰃠󰈲󰐤󰋀󰏇󰔹 

  󰃠󰐜󰎺󰋀󰏇󰔹 

  󰃠󰃞󰉪󰋀󰏇󰔹 

 󰑴󰎺󰏛󰐤󰚁󰐛󰚇󰚮

 󰙵󰂁󰌼󰙵󰂋󰏬󰑴󰎺

 󰏀󰏬󰖟  󰍛󰏬󰆑󰘂󰎏󰏧󰚳󰚿

 󰐟󰘯󰙳󰃞󰑴󰎺

 󰐟󰘯󰙳󰃞󰑴󰎺󰑴󰎺

 󰐜󰌴󰄆󰘐󰐴󰐝

󰑴󰎺 󰁧󰏬󰆄 󰏏󰘓󰃞󰘐 󰌬󰘐󰅧󰏬󰂁󰋀󰉺󰙳󰘂󰏀󰍒  󰋉󰚚󰘛 

 󰙆󰘛

󰘃󰐟󰅥󰘃󰉢  󰑔󰏧󰓘󰐴 

 

 

 󰑔󰏧󰓘󰐴 

  󰑔󰏧󰓘󰐴 

  󰑔󰏧󰓘󰐴 

 󰊢 󰑔󰏧 󰓘󰐴 

 󰚁󰏬󰇖󰃞󰆺󰋀󰗃 

  󰑔󰘘󰊞󰏧󰐛󰏮󰐴󰐝 󰑔󰏧󰓘󰐴 

   󰑔󰏧󰓘󰐴 

  

 

 

󰚁󰏀󰍒󰄠󰗃 󰎄󰑴

 󰃦󰆤󰎄󰑴

  󰉐󰋉  󰐜󰎺󰘦󰛈󰐜󰉻  󰉈󰋉  󰕡󰏬󰋀 󰘦󰛈󰐜󰉻

 

 󰉺󰏝󰘦

  󰉐󰋉󰘦󰄆󰘐󰋀󰙹󰕙󰘂󰂣

 󰐜󰌴󰋉

 󰃦󰏬󰖟󰂠󰉺󰙳󰘂

󰇝󰘂 





 



󰇝󰘂 󰇝󰘂󰎏󰚳󰚿

󰏮󰑳󰉕 

 󰑴󰎺 󰑴󰎺󰐜󰎺󰎦 

  󰑔󰏧󰓘󰐴 

󰈽󰉤󰚃󰐤󰙢󰐢󰆤󰈱󰏧󰏅󰈱󰏬󰘂󰃖󰅴󰄼󰚄󰊞󰏶󰋆 

󰚃󰍒

193

ASRock 990FX Extreme4 Motherboard

󰑔󰏧 

  󰐁󰚊󰐤󰕲󰍒 󰏘󰂠󰏮󰚊

 󰙁󰚁󰛀󰉢󰚽 󰎋󰉯

“



”

 󰐁󰚊󰐤󰕲󰍒  󰃖󰚁󰆛󰚁󰃨󰚊󰔙󰕲󰍒󰏧󰐁

󰏛󰚊󰐤󰚊󰑭󰋉󰚔󰈽󰉢󰏛󰏬󰎭󰚄󰊞󰏶󰋆 󰏬󰛀󰉢󰚽

󰄙 󰍗  󰕲󰍒󰀻󰘂󰃞󰙵  󰕲󰍒 󰏧󰉢󰏬󰖍  󰕲󰍒 󰏧

󰉢󰏘󰂠󰚔󰈽󰄗 󰖍  󰕲󰍒 󰃖󰙋󰚆󰚃󰏯󰆺 󰕋󰋉󰖟

󰃖󰔐󰑳󰋉󰖫 󰀑󰁧󰉕󰏚󰏘󰂠󰍛󰂋󰏬

󰉢󰏛󰏬󰎭󰚄󰊞󰏶󰋆 󰏚 󰍣󰉕󰃨󰑴󰎺 

󰀻󰚃󰄠 󰏬󰏛󰑴󰎺󰚄󰊞󰏶󰏚󰌪 󰎘󰚁

󰄙󰏯󰆺 󰏧󰊣󰏚󰕲󰍒󰎂󰏻󰚄󰊞󰏶󰀛󰄼󰏴 

 󰏬󰃦󰆤󰍔󰖮󰏬󰎂󰆄󰖢󰂁󰖭󰊢󰏛󰑴󰎺󰚇 󰏺󰉤󰚃󰎭󰏚

 󰘸󰏬󰑴󰏧

“

󰍔󰖮󰏬󰎂󰆄󰖢󰂁󰖭󰊢

”

󰏛󰏰󰏘󰋐󰋉󰎂 

  󰏬󰃦󰆤󰍗󰓞󰄎󰄠󰃞󰊢󰏛󰑴󰎺󰚇 󰍗󰓞󰄎󰄠󰃞󰊢

  󰏛󰚨󰚁󰐜󰍣󰎅󰅧󰃕󰉛󰔹󰃖󰏇󰚁󰍫 󰒦󰍣󰏶󰄎󰄠󰃞󰄠󰉛󰔹󰌬

  󰃖󰏰󰏘󰋐󰋉󰎂 

  󰄎󰄠󰃞󰉻󰏧󰑴󰎺󰍫󰆺󰓞󰖹 󰍣󰀑󰁧

  󰐢 󰏬󰃦󰆤󰍣󰄎󰄠󰃞󰄠󰏛󰓞󰖹󰚁󰂓󰎮󰈱

  󰏅󰈱󰏬󰘂󰏧󰄎󰄠󰃞󰑴󰎺󰄡󰂡󰍣󰉕󰚳󰚿󰚃󰄎󰄠󰃞󰄠󰏛󰉀󰚁󰋐

  󰋉󰎂 󰏅󰈱󰏬󰘂

 󰎰󰍷󰓶󰐤󰚃󰀛󰄼󰍣





 󰍣󰉕󰋉󰋀󰗑󰎭󰂠󰍻󰍄

󰋍󰐤󰄎󰄠󰃞󰖟󰏬󰚁󰏯󰊞󰏶󰋆  󰇝󰘂 󰎏



󰏧󰎮󰂃󰚃󰍜󰋆 

   󰆧󰃦󰆤󰃦󰏬󰖟󰏴󰂔󰍣󰚊󰉕󰋀󰗍󰂋󰎂󰎏󰄠󰄠󰑴

   󰎺󰚇 󰆧󰃦󰆤󰎂󰀆󰎂󰔜󰂔󰍣󰚊󰉕 󰓞  󰓞  󰓞

   󰅥 󰓞󰄠󰃖󰑴󰎺󰚇 󰎅󰅧󰃕󰍮󰏛󰏇󰚊 󰒦󰍣󰎄󰙗 

   󰃖󰚾󰏮󰚁󰋐󰋉󰎂 

   󰈱󰎭󰏺󰍣󰔻󰊟󰚃

   󰏮󰗃󰘸󰏬󰋀󰂠󰃕󰋉󰋀󰗑󰏛󰅚󰉤󰐴󰐢󰚁󰏯󰓶󰚮󰂠󰉕

   󰍫󰍣󰚁󰏀󰍒󰄠󰗃󰘦󰕙󰘂󰂣󰎂󰆄󰖢󰂠󰖭

   󰀄󰏬󰙋󰚆󰍒󰏶󰋆󰚁󰏀󰍒󰄠󰗃󰋉󰋀󰗑󰏧󰑔󰎦󰏛󰙗󰋉

   󰚇󰘦󰕙󰘂󰂣󰏚󰐴󰐢󰚁󰂓󰘦󰉻󰎏󰎄󰃖󰙗󰋉󰚇󰎂󰆄

   󰖢󰂠󰖭󰍣󰉕󰑔󰘘󰊞󰃖󰎂󰆄󰖢󰂠󰖭󰚁󰍫󰔐󰐛󰏧󰋉󰋀󰗑󰉢󰏘

   󰂠󰐴󰐢󰚄󰊞󰏶󰋆󰍣󰉕󰉛󰐢󰏛󰙳󰂠󰘘󰏯󰂠󰐚󰐅

   󰚁󰏬󰃖󰔻󰎏󰏏󰚄󰊞󰏶󰋆󰂁󰄙󰔻󰙳󰂠󰘘󰏯

   󰏛󰏺󰋋󰏧󰋉󰋀󰗑󰍣󰂠󰚁󰍫󰏯󰚃󰉛󰐢󰏛󰈱󰎭󰚄󰊞󰏶󰋆

   󰏧󰎮󰐜󰌴󰐴󰐝󰂠󰔜󰂔󰏇󰈽󰏧



󰎂󰆄󰖢󰂠󰖭󰍣󰉛󰐢󰏛󰐴󰐢󰚁 󰃖󰐛󰎭󰚁

󰖮󰍛󰓶󰏧󰎂󰆄󰖢󰂠󰖭󰃖󰈱󰎭󰚁󰏛󰙋󰚆󰚁󰍫󰍒󰐢󰏧󰏇󰚚󰏬󰀑󰃕

󰏛󰏏󰚁󰋐󰋉󰎂 󰎂󰆄󰖢󰂠󰖭󰏚󰋉󰋀󰗑󰌬󰐢󰉢󰍣󰍷󰚔󰏛󰑔󰋏󰑴󰍒󰋉󰋀󰗑󰏧󰉢

󰎦󰉺󰎏󰐅󰔹󰍣󰉽󰈽󰏛󰏴󰜊󰑴󰄠󰃘 󰎂󰆄󰖢󰂠󰖭󰏚󰈱󰎭󰏺󰋀󰋀󰂠󰏇󰚚󰇝󰎭󰏛

󰊞󰚁󰚊󰍃󰚇 󰈱󰎂󰆄󰖢󰂠󰖭󰍣󰏧󰚊󰅭󰉇󰚄󰊞󰏶󰉽󰈽󰍣󰚊󰉕󰓟󰏳󰏬󰍜

󰋆 

󰚃󰍒

194

ASRock 990FX Extreme4 Motherboard

   󰊞󰃖󰑗󰍫󰕲󰍒󰏏󰛮󰈽󰖸󰏯󰀛󰕜󰙭󰗃󰉢󰏛󰐚󰚁󰋉󰖦󰑴󰌮

   󰏘󰄙󰉕󰛏󰏒󰏛󰏯󰊞󰏶󰋆󰏧

   󰏧󰏻󰐝󰓓󰈱󰏧󰏅󰈱󰏬󰘂󰃖󰓘󰐴󰚁󰋐󰋉 

   󰎂󰏅󰈱󰏬󰘂

    󰙵󰁳󰋉  󰍣󰐅󰏏󰘓󰃞󰘐󰏴

    󰏬󰙁󰃞󰚃󰍛󰏬󰘂󰗮󰏛󰈱󰎭󰚁󰄙󰄅󰐚 

   

󰏚󰎰󰍷󰓶󰐤󰍣󰍒󰑴󰌮󰋉󰋀󰗑 󰃖󰍛

   󰏬󰘂󰚄󰊞󰏶󰋆 󰑝󰍣󰉪󰍛󰄎󰍣󰉕󰖦󰃖

   󰃓󰖦󰃖󰃓󰄙󰏬󰏏󰘓󰃞󰘐󰂠 󰍣

   󰌻󰉤󰋀󰚄󰊞󰏶󰋆 󰏬󰐤󰏬󰗮󰏛󰋉󰏻󰚁󰍫󰙵󰁳󰋉󰁧󰏬

   󰇖 󰙵󰂠󰙹󰀆󰋀󰖟󰀻󰚁󰁧󰏬󰇖󰍣󰈿󰘘󰏯󰏛󰐚󰐅󰚁󰄙

   󰙵󰂠󰙹󰀆󰋀󰕧󰏬󰖮󰆥󰐂󰚃󰙵󰁳󰋉󰏏󰘓󰃞󰘐󰃖󰔙󰂠󰑖󰇝󰚁󰑴

   󰌮󰄞󰆆󰏧󰖢󰃟󰃨󰏘󰂠 󰃖󰍛󰏬󰘂󰚄󰊞󰏶󰋆 

   󰙵󰁳󰋉󰁧󰏬󰇖󰀻󰚁󰁧󰏬󰇖󰘘󰏯󰋉󰋀

   󰗑󰏛󰈱󰎭󰚊󰍃󰚇 

   󰌪󰏬󰙍  󰌪󰏬󰘠󰗃󰔹  󰌪󰏬󰘤󰎏󰏚󰏛󰇨󰃓

   󰐤󰚃󰅴󰋊󰏘󰂠󰔠󰐜󰚁󰂓󰎮  󰏬󰐤󰚁󰁧󰎰󰉾

   󰂹󰉯󰏮  󰃖󰏬󰎭󰚁󰋐󰋉󰎂 

   󰁧󰏬󰆄󰃖󰉛󰔹󰚁󰃨󰚁󰄙󰌪󰏬󰙍󰏬󰕜󰙭󰗃󰃖󰗡󰚊󰉕󰛞󰌤󰇫󰃞

   󰔠󰐜󰄗󰔠󰐜󰉻󰔐󰇫󰁧󰑻 

    󰃩󰏚󰃖󰋉󰍣󰇫󰃞󰔠󰐜󰚄󰊞󰏶󰚁󰄗  

   󰄠  󰍣󰚃󰏯󰋉󰑝 󰔐󰐝󰐜󰄠 󰀻

   󰐜󰎺󰑺󰄠  󰍣󰍒󰀛󰍮󰉻󰐛󰔠󰐜󰏛󰑴󰎺󰚇 

   󰁧󰏬󰆄󰃖󰉛󰔹󰚁󰄙󰍒󰀛󰆤󰙁󰚁󰇨󰃓

   󰔠󰐜󰚄󰊞󰏶󰋆 󰏅󰈱󰏬󰘂 

   

   󰋀󰗚󰃞󰑴󰐅󰔹󰉢󰏛󰍫󰑛 󰉢󰏚

  󰐅󰔹󰏧󰉻󰉢󰍣󰀑󰁧󰃖󰊞󰏶󰋆 

  󰊢󰏚󰈱󰎭󰏺󰙵󰂋󰏬󰍒󰀻󰛮󰐜󰚽󰎏

  󰏚󰏬󰋊󰎂󰀆󰎂󰐅󰔹󰍣󰉕 󰍣󰏬󰃓󰍫󰂁󰐅󰔹󰍣󰉕󰏝󰑸󰎂󰀆

  󰎂󰚚󰏛󰑯󰊞󰏶󰚁󰄗 󰐬󰏶󰏛󰀛  󰀻󰄠

  󰍣󰏶󰏛󰀛 󰏝󰑸󰎂󰀆󰎂󰚚󰏛󰑯󰊞󰏶󰚇 󰀻󰚃󰏬󰃦

  󰆤󰈱󰎭󰏺󰍣󰐅󰙁󰃞󰚃󰕜󰙭󰘗󰚿󰏛󰐤󰚁󰄹󰂳󰏧

  󰎂󰀆󰎂󰕡󰏬󰇙  󰎋󰉯  󰏛󰐤󰚇 

  󰆧󰃦󰆤󰑵󰐠󰐴󰐝󰏛󰐤󰚁󰑴󰃨 󰎂󰆄󰖢󰂁󰖭󰏛󰚁󰏚

 󰐅󰑴󰌮󰋆 󰐅󰚁󰑔󰘘󰊞󰎞󰍣󰃕󰑔󰘘󰊞󰃖󰉛󰐢

 󰋉󰍣󰋉󰋀󰗑󰏬󰆾󰌬󰐢󰚊󰑴 󰄎󰏮󰆤󰎏 󰏧󰆾󰂀󰏬󰅭󰉇

󰚄󰊞󰏶󰏘󰅕󰂠󰐛󰈱󰎭󰚁󰑴󰃦󰋐󰋉󰎂 

󰚃󰍒

195

ASRock 990FX Extreme4 Motherboard

󰉛󰔹󰚁

󰏬󰏚󰙏󰘥󰗃󰄃󰆤󰏴 

󰄃󰆤󰃖󰉛󰔹󰚁󰐜󰍣󰄃󰆤󰉐󰋉󰍣󰍒󰃲󰑴󰉐󰋉󰏧󰎞󰚮󰏛󰈶󰙹󰋐

󰋉󰎂 

  󰉛󰔹󰐜󰏧󰍻󰅴󰐴󰔹



󰄎󰏮󰆤󰏧󰉪󰘗󰏛󰆛󰚁󰄎󰏮󰆤󰍣󰆺󰙢󰏛󰉛󰔹󰚁󰐜󰍣󰌪

  󰁳󰏧󰌬󰐜󰊞󰔺󰏛󰀑󰁧󰑔󰉤󰎦 

 󰉢󰎦󰉺󰃖󰉛󰔹󰚁󰐤󰚁󰐜󰍣󰐜󰎺󰋀󰏇󰔹󰃖󰐜󰎺󰍣󰉕󰐜

 󰎺󰕲󰃖󰆼󰃞󰚁󰋐󰋉󰎂 󰂊󰑴󰌮󰏘󰄙󰄃󰆤 󰑔󰆛󰐅󰔹󰅥  󰀻󰉢󰎦 

 󰉺󰍣󰋏󰚃󰉽󰈽󰏛󰏯󰏘󰖩󰊞󰏶󰋆 



󰐤󰙢󰏛󰃨󰑴󰐜󰍣󰄅󰐚󰋉󰋀󰗑󰏧󰐜󰎺󰕲󰃖󰇳󰑔󰋉󰅧

󰁬 󰋍󰊞󰄎󰏮󰆤󰑔󰆛󰐅󰔹󰃞󰆺󰙢󰍣󰋏󰚃󰉽󰈽

󰏛󰍃󰋉󰖦󰏬󰏏 

 󰄎󰏮󰆤󰏧󰉽󰈽󰏛󰙹󰚁󰏇󰚁󰍫󰐢󰐜󰅴󰑴󰃖󰚊󰑔󰋉 

󰕃󰘾󰏬󰎏󰏏󰈱󰚃󰐅󰉺󰍣󰉕󰏧󰔥󰏚󰐝󰈹󰚊󰑔󰋉

󰅧󰁬 󰆺󰙢󰏛󰔥󰚁󰐜󰍣󰅫󰋉󰐢󰐜󰅴󰑴󰎭

󰉽󰄡󰁠󰃖󰓔󰎭󰚁󰌬󰐜󰚁󰐠󰑴󰐅󰉺󰍣󰉕󰈱󰎭󰚊󰍃

󰚃󰏛󰏸󰑴󰃦󰋉󰅧󰁬 

 󰕃󰂠󰎰󰏘󰂠󰆺󰙢󰏛󰐂 󰃖󰃨󰑴󰑴󰃦󰉤󰎦 

 󰆺󰙢󰏛󰐤󰚄󰀛󰍣󰐠󰑴󰅴󰐜󰘤󰅷󰍣󰏘󰋉

󰅧󰁬 

 󰈱󰃖󰈱󰄋󰍣󰃲󰔡󰃦󰆤󰃖󰉈󰋉󰍣󰐢󰋉󰖩󰀛 

󰈱󰃖󰄹󰉤󰐴󰏬󰑴󰌮󰂡󰚁󰋐󰋉󰎂 󰄹󰉤󰐴󰏬󰄙

󰃦󰆤󰍣󰄹󰃞󰊞󰏶󰋆 

  󰋉󰋀󰗑󰏛󰋉󰋉󰏻󰚁󰐜󰍣󰄎󰏮󰆤󰏇󰏧󰘦󰏬󰐢󰈽󰐛󰏘󰂠

 󰏻󰀻󰐅󰓔󰍒󰏶󰑴󰚾󰏮󰚁󰍫󰑔󰋐󰋉󰎂 󰎄󰅴󰑴󰃖󰏇󰚁󰍫

󰋉󰋀󰗑󰏛󰉛󰔹󰚄󰀛 󰎏󰅴󰍯󰘛󰈱󰏬󰍣󰃞󰋀󰃖󰅭󰁧󰑔󰉭

󰍃󰚇 

      󰍣󰑴󰈱󰎭󰐤󰙢  󰏧󰍄󰍒󰏬󰄗󰏏

   󰂆󰍮󰚇󰏬󰎑󰐤󰙢󰋉󰋀󰗑󰏧󰐜󰂔󰉺󰇝󰂀󰏛󰐢󰏧󰚁󰏇󰚊󰐤󰐢󰚃󰙗

   󰑖󰏬󰍞󰋆  󰍣󰀑󰃓󰄙 󰎑󰐤󰙢󰋉󰋀󰗑󰏧󰔋󰐜󰎺󰏚

   󰄠󰈽󰖸󰍣󰉕󰅚󰃨󰏬󰍒󰍃󰚇 󰙗󰑖󰏛󰔠󰐵󰚁󰂓

   󰄙󰑴󰎺󰃦󰆤󰅥󰑴󰎺󰐜󰎺󰐅󰔹󰙼󰎦󰚇 󰏮

   󰗐  󰏧󰐤󰌬󰍣󰀑󰃓󰄙󰑴󰎺󰐜󰎺󰐅󰔹󰐜󰂔

   󰛏󰏒󰏬󰐜󰃋󰉺󰇝󰚁󰍣󰉕 󰆤󰌪󰍃󰚃󰑖󰏛󰔠

   󰐵󰚊󰍃󰚇 󰑴󰎺󰐜󰎺󰐅󰔹󰃖󰉙󰖹󰚁󰂓󰄙󰐜󰎺󰐅󰔹

   󰐤󰐴󰍛󰓶󰍣󰏺󰉤󰚃󰈱󰚉󰏛󰄼󰏧󰚁󰋉󰅧󰁬 

󰚃󰍒

196

ASRock 990FX Extreme4 Motherboard

󰉛󰔹

 󰉺󰕧󰏧󰂋󰆄󰃖 󰑴󰍒󰎅󰂓󰐁󰏛󰙠󰍒󰑔󰉤󰎦 

 󰉀󰈹󰚮󰙗󰋉󰏶󰄠󰉕󰃞󰏻󰏚󰈹󰚮󰙗󰋉󰏶󰉺󰕧 

 󰄠󰉕󰃞󰍣󰏯󰔹󰚁󰂡 󰃖󰉺󰕧󰏇󰍣󰅧󰂠󰎅󰂓󰋆 

  󰌬󰓔󰀛󰑴󰉺󰕧󰍣 󰃖󰐴󰋏󰋀󰂆󰈺󰏴󰚁󰍫󰑔󰉤󰎦 



󰑔󰏧 



   󰚃󰒦󰅴󰚔󰏘󰂠󰃨󰃲󰂡󰍒󰏶󰋆 󰙻󰏬󰛦󰏛󰙹󰚁󰏇󰚁

  󰍫󰃞󰚃󰜋󰏛󰑔󰍒 󰃖󰉺󰕧󰍣󰉛󰔹󰚁󰑴󰃦󰉤󰎦 

  󰉛󰔹󰍞󰄙 󰃖󰌬󰐜󰚁󰆤󰚳󰚁󰏇󰚁󰍫󰉺󰕧󰂋󰆄󰃖

 󰂓 󰃖󰉺󰕧󰍣󰚁󰐢󰚁󰍫󰑔󰉤󰎦 󰂋󰆄󰅧󰒦󰏧󰖽󰍣 

 󰐢󰍞󰄙 󰐁󰏴 

󰘦󰅴󰍯󰘛󰉛󰔹

󰆧󰄃󰆤󰍣 󰃖󰉛󰔹󰚃󰛔󰍣󰖡󰅴󰍯󰘛󰘦󰏛󰉛󰔹󰚁󰍫󰍯󰏛󰆼󰈴

󰋉󰖩󰙼󰎦󰏶󰋆 󰀻󰚃 󰍯󰆼󰈴󰏛󰚔󰈽󰋉󰖩󰊞󰏶󰂡 󰎏󰅴󰍯󰘛󰈱󰏬󰍣

󰉕󰄆󰃞󰋀󰃖󰈛󰃡󰙼󰎦󰏶󰋆  󰎏󰅴󰍯󰘛󰏬󰚾󰋍󰚁󰐢󰉕󰂠󰏿

󰐠󰔅󰂡󰚁󰋐󰋉󰎂 󰂃󰏝󰘦󰏛󰕗󰗃  󰘸󰏬

󰑴  󰆆󰓘󰐴 󰘸󰏬󰑴  󰆆󰓘󰐴  󰍣󰍮󰚁󰋐󰋉󰎂 󰎅󰅧󰃕󰉛󰔹󰃖

󰏇󰚁󰍫󰘦󰅴󰍯󰘛󰏧󰈱󰎭󰉛󰄝󰉕󰃖󰓘󰐴󰚁󰋐󰋉󰎂 



󰉺󰕧󰂋󰆄󰃖󰍒󰎅󰃣

 

󰉀󰈹󰚮󰏛󰉺󰕧

󰄠󰉕󰃞󰏻󰏚󰈹󰚮

󰏯󰔹󰋉󰖫



󰉺󰕧󰂋󰆄󰃖󰅦󰏘󰂠

󰂁󰉕󰐁

󰉺󰕧󰄠󰉕󰃞󰏻󰏚

󰈹󰚮

󰂋󰆄󰃖 󰂠

󰍒󰎅󰃣

󰉀󰈹󰚮

󰚃󰍒

197

ASRock 990FX Extreme4 Motherboard

󰄎󰄠󰃞󰄠󰉛󰔹󰚁

󰃦󰆤 󰏧 󰙻 󰇙󰏬󰘂󰂋󰏬󰘂

󰋃󰂦󰏛󰐤󰚁󰍗󰓞󰄎󰄠󰃞󰊢󰏛󰑴󰎺󰚇 󰍗󰓞󰉢󰏛󰏇󰚊󰉕

󰅫󰋉󰏚󰉀󰋃󰂦󰍣󰏯󰚃󰚃󰋜  󰑭󰏯󰚃󰇖󰁵 󰉻 

󰖟󰅥󰕀󰏏󰚮  󰏛󰉛󰔹󰚊󰍃󰚇 󰑭󰏯󰚃󰚃󰋜󰏛󰍗󰓞

 󰘘󰁩󰉀󰋃󰂦  󰒦󰏧  󰆆󰓘󰐴  󰍣󰉛󰔹󰚁󰍗󰓞

 󰎏󰚁󰍅󰉀󰋃󰂦  󰒦󰏧 󰆆󰓘󰐴  󰍣󰉛󰔹󰚊󰍃󰃨

󰍗󰓞󰄎󰄠󰃞󰊢󰏬󰛀󰉢󰚽 󰏬󰃦󰆤󰍣󰍗󰓞󰉢󰎭󰏘󰂠 

󰏧 󰏛󰉛󰔹󰚄󰊞󰏶󰋆 󰍗󰓞󰉢󰏛󰏇󰚊󰏬󰃦󰆤󰍣 

󰏧 󰏛󰉛󰔹󰚄󰊞󰏶󰋆 󰏬󰎮 󰏧󰋃󰂦󰍣󰄠󰏯󰚃

 󰏛󰉛󰔹󰚊󰍃󰚇 󰌪󰁳󰏧󰍗󰓞󰉢󰙗󰃖󰓘󰐴󰚁󰋐󰋉󰎂 

󰍗󰓞󰄎󰄠󰃞󰉢

   

 󰘘󰁩󰉀󰋃󰂦  󰚁󰍅󰉀󰋃󰂦 

 󰘘󰁩󰉀󰋃󰂦  󰚁󰍅󰉀󰋃󰂦 



󰐅󰓔

󰐅󰓔 





󰐅󰓔

 󰐅󰓔



󰐅󰓔

󰐅󰓔

󰐅󰓔

󰐅󰓔

 󰉢  󰏧󰎮  󰏧󰋃󰂦󰄠󰍣󰏯󰚃 󰏛󰉛󰔹󰚁󰋐󰋉󰎂 



󰄎󰄠󰃞󰄠󰏛󰐤󰏯󰄅󰐚󰚁󰍅󰉀󰋃󰂦󰀻

󰍣󰉛󰔹󰚇 

 󰔐󰐛󰏧󰚳󰚿󰉢󰌬󰐢󰉢󰏛󰏇󰚊󰏧󰄎󰄠󰃞󰄠󰏛󰉛󰔹󰚁󰂓

󰎮󰏚󰉀󰏧󰋃󰂦󰍣󰉛󰔹󰚄󰏛󰐅󰚇 󰑭󰘘󰁩󰉀󰋃󰂦

  󰏬󰚁󰍅󰉀󰋃󰂦  󰎏

 󰍣󰉛󰔹󰚁󰋐󰋉󰎂 

 󰏬󰃦󰆤󰏧󰋃󰂦󰍣󰄎󰄠󰃞󰄠󰚃󰉤󰃖󰉛

󰔹󰚃󰎮󰍗󰓞󰄎󰄠󰃞󰊢󰏚󰛀󰉢󰚽󰑴󰌮󰋆 

 󰚃󰋜󰏧󰄎󰄠󰃞󰄠󰏛󰏯󰚃

“

󰍗󰓞

”(

󰍻󰃖󰍒 

 󰍣󰉛󰔹󰚁󰑴󰌮󰏚󰎮󰍗󰓞󰄎󰄠󰃞󰊢󰏚󰛀󰉢󰚽

󰑴󰌮󰋆 

  󰏛󰋃󰂦󰍣󰉛󰔹󰚁󰄙󰌬 󰏿󰄨󰉛󰔹󰚁

󰄙󰏬󰃦󰆤󰎏 󰄎󰄠󰃞󰉽󰈽󰊞󰏶󰋆 

 󰏬󰄎󰏮󰆤󰍣󰉕󰄎󰄠󰃞󰄠󰏛󰓞󰖹󰚃󰎮 

󰅥󰋃󰂦󰍣󰉛󰔹󰚄󰏛󰐅󰚇 

󰚃󰍒

198

ASRock 990FX Extreme4 Motherboard

󰄎󰄠󰃞󰏧󰉛󰔹

 󰏬󰋉󰋀󰗑󰉢󰎦󰉺󰃖󰔙󰀻󰐤󰚁󰐜󰍣󰐜󰎺

󰐅󰔹󰏧󰍮󰏛󰚊󰐤󰚊󰍃󰚇 

 󰄎󰄠󰃞󰉺󰕧󰏧󰍋󰒦󰐢󰖢󰃣󰏛󰆝󰂁󰐁󰏛󰙠󰍒󰑔󰉤󰎦 

 󰄎󰄠󰃞󰉺󰕧󰍣󰄠󰏛󰃲󰔙󰍒󰎸󰑔󰉤󰎦 

 󰏚󰅧󰃕󰏇󰔹󰍣󰐢󰚾󰚁󰈺󰏴󰚁󰍫󰍃󰚇 󰃨󰍄󰄹󰃞󰚃󰜋󰏛

󰑔󰍒󰏿󰄨󰈺󰏴󰚁󰄙 󰏬󰄎󰏮󰆤󰍣󰔹󰄝󰐛󰏮󰆾󰂀󰏛󰏏󰅭

󰋉󰖫 

 󰄠󰏛󰈺󰏴󰋉󰅧󰍣󰏶󰉽󰐂󰏬󰎑󰐜󰜇󰌪󰎅󰀛󰑴

  󰎸󰑸󰀛󰑴 󰂁󰉕󰐢󰚾󰜇󰐅󰓔󰊞󰏶󰂡󰚁󰍫󰍃󰚇 

󰚃󰍒

199

ASRock 990FX Extreme4 Motherboard

󰚾󰐅󰋃󰂦 󰋃󰂦  󰋃󰂦 

󰄎󰏮󰆤 󰏧󰋃󰂦󰏛  󰅥󰋃󰂦󰐤󰚇 

󰋃󰂦  󰋃󰂦󰏚󰏮󰗃󰘸󰏬󰋀󰃖󰑴󰚾󰐅󰕃󰏛󰉛󰔹󰚁󰍫

 󰈱󰎭󰚇 

󰋃󰂦  󰋃󰂦 󰚁󰍅󰉀  󰏚 󰕃  

  󰕃󰀄󰏬󰂋󰏮󰇝 󰏮󰕃󰍣󰈱󰎭

  

 󰋃󰂦 󰘘󰁩󰉀  󰂋󰏮

 󰙌󰁳󰙺󰕃󰍣󰈱󰎭 



󰅥



󰏛󰑴󰎺󰚁

 󰁳󰙺󰕃󰃖󰉛󰔹󰚁󰈱󰎭 

 󰋃󰂦 󰘘󰁩󰉀  󰂋󰏮󰙌󰁳󰙺

 󰕃󰍣󰈱󰎭  󰏀󰏬



󰏛󰑴󰎺󰚁

 󰁳󰙺󰕃󰃖󰉛󰔹󰚁󰈱󰎭 

󰚾󰐅󰕃󰉛󰔹󰚁

 󰚾󰐅󰕃󰃖󰉛󰔹󰚁󰋉󰐜󰍣󰅫󰋉󰐜󰎺󰏛󰋉󰐜󰎺󰕲󰃖󰈖󰏚

 󰏝󰑶󰚒󰚊󰑔󰋉󰅧󰁬 󰃞󰉛󰔹󰚁󰋉󰐜󰍣󰚾󰐅󰕃󰏧

 󰈱󰎭󰏺󰉛󰄝󰉕󰀄󰏛󰏰󰏘󰋉 󰕃󰍣󰙼󰎦󰚃󰚁󰏀󰍒󰉪󰘗󰏛󰚁󰍫

 󰑔󰋉󰅧󰁬 

 󰈱󰎭󰚁󰏺󰚁󰋃󰂦󰏧󰇖󰁧󰕧󰃖󰐤󰚁󰍫󰑔󰉤󰎦 󰈱

 󰑝󰍣󰈱󰎭󰏛󰏇󰚁󰍫󰆤󰚁󰍫󰑔󰉤󰎦 

 󰕃󰎏󰋃󰂦󰏛󰏯󰔹󰋉󰖦󰋃󰂦󰍣󰕃󰌬󰓔󰀛󰑴󰆺󰂆

 󰂁󰑔󰉤󰎦 

 󰕡󰏬󰋀󰎏󰕃󰃖󰈱󰂠󰐢󰚁󰍫󰑔󰉤󰎦 

  󰈱󰃖󰐴󰍫󰕃󰃖󰉐󰋉󰍣󰐢󰋉󰖫 

  󰋉󰋀󰗑󰃖󰋆 

  󰋒󰕃󰄠󰍣󰉕󰋃󰂦󰍣󰁳 

  󰙺󰕃󰃖󰉛󰔹󰚄󰏛󰐅󰚇 

  



󰄠󰀻



󰄠󰍣󰉕󰅥󰋃󰂦󰍣

  󰁳󰙺󰕃󰃖󰉛󰔹󰚁󰋐󰋉󰎂 󰏬 󰏧󰋃󰂦

  󰏚 󰍬󰙌󰍣󰉕󰏻󰚇 

   󰏀󰏬



󰄠󰍣󰉕󰅥 󰋃󰂦󰍣

  󰁳󰙺󰕃󰃖󰉛󰔹󰚁󰋐󰋉󰎂  󰅥

  󰋃󰂦󰏚 󰍬󰙌󰍣󰉕󰏻󰚁 󰋃󰂦󰏚󰍬󰙌󰍣󰉕󰏻󰚇

   

  󰍫󰂁󰏧󰁳󰙺󰕃󰃖󰈱󰎭󰚁󰎮󰍯󰅴󰑴󰚿󰏛󰉙󰚁

  󰚊󰄎󰏮󰆤󰉐󰋉󰘦󰕗󰗃 󰀻 

   󰃖󰉐󰋉󰘦󰍣󰍮󰚁󰋐󰋉󰎂 

󰚃󰍒

200

ASRock 990FX Extreme4 Motherboard





󰅥



󰈱󰎭󰉛󰄝󰉕

󰏬󰄎󰏮󰆤󰔐 󰏧󰏯󰚃󰁳󰙺󰕃󰃖󰉛󰔹󰚄󰊞󰏶󰂡

󰚁



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󰅥



󰊢󰏛󰑴󰎺󰚇

 󰚨󰐇 



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󰊢󰏚

 󰇝󰘂

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

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 󰇝

󰘂 󰇝󰘂 󰃖󰑴󰎺󰚇 



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󰊢󰏚



 󰇝󰘂

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

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 󰇝󰘂 󰃨󰑴󰎺󰚇 󰏺󰉤󰚃󰎭󰏚 󰘸󰏬

󰑴󰏧󰉛󰔹󰐝󰓓󰃖󰀑󰃓󰋐󰋉󰎂 









󰅥 





󰈱󰎭󰉛󰄝󰉕

󰏬󰄎󰏮󰆤







󰅥





󰏛󰑴󰎺󰚇 



󰊢󰏚󰍫󰂁󰏧󰉢󰁳󰙺󰓭󰃞󰐅󰔹  󰃖

󰚁󰏧 󰍣󰚇󰚁󰈱󰎭󰚃󰅴󰆋󰑝󰏬󰐟󰏬󰐅󰃩󰋆 󰆊󰏇󰚁

󰃕󰏻󰄠󰃖󰑴󰚮󰉺󰙳󰘂󰏀󰍒󰀆󰏺󰏮󰚧󰋋󰐛󰏮󰈽󰚳󰍮󰄎󰕗󰑰󰍣󰚇

󰚃



󰄠󰏠󰎭󰙳󰂠󰁷󰍣󰉕󰚃󰐅󰏚󰂋󰆓󰏧󰉢󰏬

󰅚󰑴󰙢󰑸󰏛󰐤󰚄󰊞󰏶󰋆 󰚨󰐇



󰏚

 󰉕󰇝

󰋀󰘥



 󰍣󰉕󰑴󰎺 



󰅥









󰏚





 󰍣󰉕󰃨󰑴󰎺 󰏅󰈱󰏬󰘂󰍣󰉕









󰁧󰏬󰆄󰍛󰏬󰘂󰃖󰚾󰏮󰚁󰋐󰋉󰎂 󰏺󰉤󰚃󰎭󰏚 󰘸󰏬

󰑴󰏧󰉛󰔹󰐝󰓓󰃖󰓘󰐴󰚁󰋐󰋉󰎂 

󰚃󰍒

201

ASRock 990FX Extreme4 Motherboard

󰐟󰘯󰉪󰘗

󰃢󰏚󰐟󰘯󰃖󰍒󰀯󰉪󰍛󰚁󰑴󰃖󰆤󰍫󰑛 

󰐟󰘯󰕐󰏬󰙻󰏇󰍣󰏶󰏛󰀛 󰐟󰘯

“

󰊖󰘂

”

󰏴 

󰐟󰘯󰕐󰏬󰙻󰏇󰍣󰍜󰏛󰀛󰐟󰘯

“

󰎂󰙴

”

󰏴 

󰃢󰏚 󰏧󰙻󰑝 󰆆󰙻󰏬

“

󰊖󰘂

”

󰏳󰏛

󰆤󰍫󰑔󰏬󰄗 󰐟󰘯󰕐󰏬󰏬󰙻󰏇󰍣󰏶󰏝󰏛

󰆤󰍫󰑔󰏴 

󰐟󰘯 󰉤󰘗

󰔄󰚽

 󰙻󰐟󰘯 

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 



󰓘 



 󰏛 󰈱󰎭󰚁󰍫  󰍣󰍒󰏶 󰏬󰗃󰃖 󰈲󰐤󰚄 󰊞 󰏶󰋆 

󰋉󰋀󰗑󰃵󰆛󰊞󰃖󰈲󰐤󰚁 󰆧 󰉛󰐢󰏘󰂠󰆥󰎺󰚁󰂓󰄙 󰕜󰙭󰗃󰃖 󰐜󰎺

󰐅󰔹󰍣󰉕󰙵󰂁󰃖 󰈖󰏘󰋐󰋉󰎂  󰔄󰃖󰃠 󰏝 󰐟󰘯 󰕐󰏛 󰈱󰎭󰚁󰍫

 󰏧󰙻 󰎏󰙻 󰏛 󰔄󰌬󰁨󰚁󰋐󰋉󰎂 󰂁󰍛󰏬󰘂

󰑵󰛔󰍣  󰃖 󰈲󰐤󰚁󰑴 󰃦󰋐󰋉󰎂  󰃖󰍛󰏬󰘂󰚁󰏺󰃦󰏺  󰃖

󰈲󰐤󰚊󰍃󰚁󰎮󰄅󰐚󰋉󰋀󰗑󰏛󰆺󰘗󰚁 󰃖󰐼󰂳󰚁󰈲󰐤󰏻󰍛󰏛󰚊

󰍃󰚇 󰅶󰗃󰃞󰃖󰐤󰚄󰎮󰍣󰃨󰌳󰚳 󰒁 󰋉 󰈱󰎭󰏺󰆧󰙳

󰂠󰘘󰏯 󰑔󰉺󰈲󰐤 

󰈲󰐤󰆧󰉛󰐢

󰐟󰘯󰎏󰏯󰚃󰏛

󰏶󰋆

󰊖󰘂

󰎂󰙴

󰚃󰍒

202

ASRock 990FX Extreme4 Motherboard

󰎄󰆤󰚞󰅥󰕗󰗃

󰑔󰏧



󰏬󰕴󰗃󰐟󰘯󰌪 󰏬󰕴󰗃󰏇󰍣󰐟󰘯󰕐󰏛󰈱󰎭󰚁󰑴󰃦

 󰉤󰎦 󰕗󰗃󰍣󰐟󰘯󰕐󰏛󰉛󰔹󰚁󰄙󰃦󰆤󰍷󰐛󰏘󰂠󰉽󰈽 

󰎂󰀆󰎂󰕡󰏬󰇙

󰎂󰀆󰎂󰕡󰏬󰇙󰏧󰍒󰚃

 󰉙󰖹󰈱󰍋 

 󰒦󰏛󰙵󰂋󰏬󰍒󰎏󰛮󰐜󰚽

 󰎏󰏚󰏬󰋊󰎂󰀆󰎂󰐅󰔹󰀻

  󰏧󰁧󰏮󰏴󰂔󰙋󰘂󰍣󰍮

 󰚄󰊞󰏶󰋆 

󰋉󰃞󰍗

󰏬󰗃󰕡󰏬󰇙

 󰉙󰖹󰈱󰍋 

󰏬󰗃󰕡󰏬󰇙󰏧󰏳󰏧

󰐛󰏮󰔲󰏛󰃦󰆤󰏧

 󰚁󰀆󰋀󰖟

󰚴󰏚 󰕗󰗃

󰍣󰍮󰚇 

󰚃󰍒

󰇫󰉀󰑗󰄹󰒦󰏛 󰆆󰙻󰍣

󰕴󰗃

 󰙻

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

󰓘 󰕡󰏬󰇙󰏧󰇫󰉀󰑗󰄹󰏶󰒦󰏛󰕗󰗃󰏧 󰆆󰙻󰍣󰃲󰔙󰍒

 󰍮󰚁󰋐󰋉󰎂 

󰐜󰎺

󰕗󰗃󰍣󰍮

󰐜󰎺󰐅󰔹󰍣

󰍮

󰋉󰃞󰍗

󰐜󰎺󰕡󰏬󰇙󰏧󰏚

󰐜󰎺󰕡󰏬󰇙 󰉀󰆺󰆼󰏛󰁧󰏬󰇖󰏧󰐜󰎺

 󰉙󰖹󰈱󰍋 

 󰕗󰗃󰍣󰍮󰚁󰋐󰋉󰎂 

 󰏝󰍣󰐜󰎺󰕡󰏬󰇙󰏧

 󰜂󰉀󰏛󰐜󰎺󰐅󰔹󰏧

 󰐜󰎺󰕗󰗃󰍣 󰍮󰚇 

󰕴󰗃 󰘘󰁩󰉀 

 󰙻 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 



󰘘󰁩󰉀󰏚󰄎󰏮󰆤󰍣   󰐢󰉀󰏚󰀆󰅧󰏬󰋀󰍣

 󰍮󰚇󰍮󰚇

   󰓶󰕡󰏬󰇙

󰓘  󰏺󰉤󰚃󰈱󰚉󰏚󰐅󰔹󰆑󰐤󰚁󰈱󰎭󰉛󰄝󰉕󰃖󰓘󰐴󰚁󰋐󰋉󰎂 

203

ASRock 990FX Extreme4 Motherboard

󰚞

󰆧󰄃󰆤󰍣󰘤󰍣󰏶

 󰙻

  󰏧󰆧󰙋󰘂

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰎞󰍣󰚞 󰏶

 󰋆 󰏧󰚞

  󰏧󰙋󰘂󰃖󰑴󰎺

 󰚄󰊞󰏶󰋆 

 󰙻

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

󰋉󰃞󰍗󰕗󰗃 󰏧󰋉󰃞󰍗

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰕗󰗃󰆺󰐚󰐅

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰐅󰔹󰎭 󰏬󰗃󰕡󰏬󰇙

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰏛󰑴󰎺󰚇 󰕗󰗃󰆺

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰍓󰐅󰔹󰎭󰕡󰏬󰇙󰏛

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰑴󰎺󰚇 󰚨󰐇󰏧

 󰏮󰗃󰘸󰏬󰋀󰔐 󰏧

 󰏬󰗃󰐜󰊃󰉻󰃖󰑴󰎺󰚇 

󰚞 󰘤󰍣󰏶󰏧󰆧

 󰙻

 󰐛󰙋󰘂󰏬󰎞󰍣󰃦

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰆤󰍣󰚃󰏧󰚞

 󰏶󰋆 󰏬󰚞

 󰏧󰙋󰘂󰃖

 󰑴󰎺󰚄󰊞󰏶󰋆 

󰐛󰎞󰉙󰄠󰚞 󰏬󰚞󰉙󰖹󰙢󰄡󰏮󰄹󰉙

 󰙻

 󰐛󰎞󰉙󰊃󰊞󰋋󰄠󰏛

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰑴󰎺󰚇 

󰚃󰍒

SATA3_1_2 SATA3_3_4 SATA3_5_6

P-3

P+3

GND

DUMMY

USB_PWR

P-2

P+2

GND

P-9

P+9

GND

DUMMY

USB_PWR

P-8

P+8

GND

CD1

󰆺󰎂󰀆󰎂󰕴󰗃 󰏬󰕴󰗃

 󰙻

 󰗽 󰀻

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰕃󰏧󰈱󰎰󰉺󰋀󰂠󰆺󰗃

 󰋀󰗍󰂋󰎂󰏴󰂔󰏛󰅬󰏇󰚃

 󰏴 

204

ASRock 990FX Extreme4 Motherboard

󰋉󰋀󰗑󰕴󰗃 󰏬󰕴󰗃󰋉󰋀󰗑󰐜󰄙󰘤 

 󰙻

 󰏛󰑴󰎺󰚁󰏇󰚃

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰏴 

  󰉐󰋉󰏧󰐜󰎺󰋀󰏇󰔹 󰃞󰉪󰋀󰏇󰔹 󰋉󰋀󰗑󰈽󰖸󰙗󰋉󰀄󰏛󰌪󰁳󰏧󰙻󰚄

  󰍣󰀑󰁧󰏬󰚞󰍣󰍮󰚇 󰕡󰏬󰇙󰏛󰍮󰚁󰐜󰍣󰍋󰙻󰏝󰙻

  󰏛󰂡󰚇 

   󰐜󰎺󰋀󰏇󰔹 

  󰉐󰋉󰐜󰄙󰘤󰏧󰐜󰎺󰋀󰏇󰔹󰍣󰍮󰚇 󰐜󰎺󰋀󰏇󰔹󰃖󰏬󰎭󰚊󰋉󰋀

  󰗑󰏛󰅴󰆋󰏛󰉢󰚄󰊞󰏶󰋆 

   󰃞󰉪󰋀󰏇󰔹 

  󰉐󰋉󰐜󰄙󰘤󰏧󰃞󰉪󰋀󰏇󰔹󰍣󰍮󰚇 󰕜󰙭󰗃󰐢󰑴󰚁󰐢󰈽󰐛

  󰐇󰋉󰏻󰏛󰊞󰚒󰚁󰑴󰄨󰚄󰎮󰃞󰉪󰋀󰏇󰔹󰃖󰂁󰕜󰙭󰗃󰃖󰐇󰋉󰏻󰚇

 

   󰋉󰋀󰗑󰐜󰎺

󰚃󰍒

󰐜󰄙󰆺󰎂󰀆󰎂󰕴󰗃 󰏬󰕴󰗃󰎂󰀆󰎂󰐅󰔹󰃖

 󰙻 

 󰙁󰃞󰚁󰐴󰐝󰚁󰍮󰚄󰊞

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰏶󰐜󰄙󰎂󰀆󰎂󰏮󰗃󰘸󰏬󰋀

 󰏴 

   󰏝󰑸󰎂󰀆󰎂  󰐈󰉦󰋀󰏛󰑴󰎺󰚁 󰐤

  󰂠󰏻󰚁󰂓󰄙󰉐󰋉󰏧󰘤󰎏󰏬󰍒 󰃖󰑴󰎺󰚊󰍃󰚇 󰏬󰉛

  󰄝󰉕󰅥󰉐󰋉󰉛󰄝󰉕󰏧󰑴󰔿󰏛󰀑󰁧󰋉󰋀󰗑󰏛󰉛󰔹󰚁󰋐󰋉󰎂 

  󰎂󰀆󰎂󰘤󰏛󰈱󰎭󰚁󰎮 󰏬󰃖󰌪󰁳󰎏󰏬󰙳󰂃󰘂󰘤

  󰏧󰎂󰀆󰎂󰚞󰍣󰉛󰔹󰚁󰋐󰋉󰎂 

     󰏛 󰍣󰍮󰚇 

    󰏛 󰍣󰍮󰚁  󰏛

    󰍣󰍮󰚇 

     󰏛󰍣󰍮󰚇 

    󰅥 󰎂󰀆󰎂󰘤󰐜󰎭󰏴 

   󰏬󰏛  󰎂󰀆󰎂󰘤󰍣󰍮󰚁󰑴󰌮󰌪 

   󰌹󰄙󰃦󰏬󰖟󰏻 

    

 󰇝󰘂 󰏧󰎮 

  

“



”

󰅛󰉕󰎏

“



”

 󰃞󰕲  󰃖󰉙󰖹󰚃󰛔

  

“



”

 󰌹󰄙󰃦󰏬󰖟  󰃖󰉙󰖹󰚇 



 󰇝󰘂







 󰇝󰘂 󰏧

󰎮

    󰐤󰍒󰘛󰍣󰉕

“



”

 󰌹󰄙󰃦󰏬󰖟  󰂠󰉕

  

“



”

 󰃞󰕲󰀏󰆨󰃏  󰏛󰐴󰐢󰚇 

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

205

ASRock 990FX Extreme4 Motherboard

󰐜󰎺󰚞 󰋉󰋀󰗑󰐜󰎺󰈽󰖸󰃖󰙗󰋉󰚁󰂓



󰙻

 󰄙󰉐󰋉󰐜󰎺 󰃖󰚞󰍣󰍮

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰚁󰋐󰋉󰎂 󰋉󰋀󰗑󰏻󰑝󰍣

  󰍣󰐜󰎺󰏬󰕩󰐬󰏶󰋆

  󰈽󰖸󰍣󰉕 

 󰉻󰅨󰏴 󰈽󰖸󰀻

 󰈽󰖸󰍣󰉕 󰑻

   󰐜󰎺󰑺 

󰈿󰋉󰋀󰙹󰕗󰚞

󰈿󰋉󰋀󰙹󰕗󰃖󰏬󰚞󰍣

 󰙻

 󰍮󰚁󰋐󰋉󰎂 

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

󰉐󰋉󰅥󰐜󰎺󰘦󰕗󰗃

 󰙻



 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰙻



 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰙻



 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 



 󰙻



 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

+5V

DUMMY

SPEAKER

1 2 3 4

GND

+12V

CPU_FAN_SPEED

FAN_SPEED_CONTROL

󰘦󰕡󰏬󰇙󰏛󰘦󰕗󰗃󰍣󰍮󰚁

󰐠󰑴󰙻󰍣󰏚󰉀󰐜󰉙󰏛

󰍮󰚁󰋐󰋉󰎂 

󰘦󰉻󰀻 󰃖

󰗡󰚁󰍫󰐤󰍒󰚄󰊞󰏶󰋆 

󰘦󰕗󰗃 󰘦󰕡󰏬󰇙󰏛󰏬󰕗󰗃󰍣

 󰙻

 󰍮󰚁󰛶󰉀󰉙󰏛󰐠󰑴󰙻󰍣

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰃲󰔙󰋐󰋉󰎂 

󰚃󰍒

  󰉐󰋉󰐜󰄙󰘤󰏧󰐜󰎺󰈽󰖸󰙗󰋉󰀄󰍣󰍮󰚇 󰋉󰋀󰗑󰏬󰏻󰚁󰏶

  󰏛󰀛  󰕩󰐬󰏶󰋆 󰋉󰋀󰗑󰏬󰈽󰖸󰍣󰏶󰏛󰀛

  󰉻󰅨󰏴 󰋉󰋀󰗑󰏬󰈽󰖸󰀻󰐜󰎺󰑺 󰈽󰖸

  󰍣󰏶󰏛󰀛 󰐬󰏶󰋆 

   󰚁󰁧󰏬󰇖󰏻

  󰉐󰋉󰐜󰄙󰘤󰏧󰚁󰁧󰏬󰇖󰏻 󰍣󰍮󰚇 󰚁󰁧󰏬

  󰇖󰏬󰗃󰃖󰏰󰌖󰏶󰏛󰀛 󰕩󰐬󰏶󰋆 

  󰐜󰄙󰘤󰀆󰏺󰏮󰏚󰉐󰋉󰆜󰂠󰃖󰊞󰏶󰋆 󰐜󰄙󰘤󰄠󰏚󰑔󰂠

  󰐜󰎺󰋀󰏇󰔹 󰃞󰉪󰋀󰏇󰔹 󰐜󰎺󰚁󰁧󰏬󰇖󰏻󰋀󰙹󰕗

  󰀄󰏘󰂠󰉢󰍒󰏶󰋆 󰉐󰋉󰐜󰄙󰘤󰄠󰏛󰏬󰚞󰍣󰍮󰚄󰀛

  󰎏󰏬󰍒󰚄󰙻󰚄󰏬󰐢󰚾󰜇󰏯󰔹󰚁󰑴󰚾󰏮󰚇 

GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

GND

+12V

CHA_FA N_SPEED

GND

+12V

PWR_FAN_SPEED

206

ASRock 990FX Extreme4 Motherboard

 󰙻󰐜󰎺󰐅󰔹󰉛󰔹

  󰏬󰃦󰆤 󰙻󰐜󰎺󰕗󰗃󰃖󰐤󰚁󰑴󰃨 

  󰐼󰁳󰏧  󰙻󰐜󰎺󰐅󰔹󰃖󰈱󰎭󰚊󰏻󰏬

  󰚇  󰙻 󰐜󰎺󰐅󰔹󰃖󰈱󰎭󰚁󰂓󰄙 

    󰏘󰂠󰐜󰎺󰐅󰔹󰃖󰍮󰚁󰋐󰋉󰎂 

 󰘘󰎸󰕴󰗃

 󰙵󰂁󰃠

 󰙻

 󰐜󰎺󰐅󰔹󰃖󰏬󰕗󰗃󰍣

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰍮󰚊󰍃󰔠󰆼󰚃󰐜󰂔󰏛

 󰚄󰊞󰏶󰋆 󰂁󰑴

 󰌮󰏛󰎮󰐜󰎺󰏛󰕫󰊞

 󰍜󰋆 

󰐜󰎺󰚞

󰐜󰎺󰃖󰏬󰚞󰍣

 󰙻

 󰍮󰚁󰋐󰋉󰎂 

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

  󰇝󰂡󰆧󰃦󰆤  󰙻󰐜󰎺󰍮󰃖󰐤󰚁󰑴󰃨󰏬󰏚

  󰍫󰐜󰜇󰏻󰍛󰚄󰊞󰏶󰋆 󰃨󰍄󰐜󰗡󰐛󰏮  󰙻󰐜󰎺󰏛󰓞

  󰎭󰚁󰍫 󰙻 󰐜󰂔󰏛󰈱󰎭󰚁󰎮 󰅫󰋉󰐜󰎺󰏛󰙻  󰙻

   󰍣󰐜󰎺󰏛󰈺󰏴󰚊󰍃󰚇 

 󰙻󰐜󰎺󰐅󰔹

8 5

4 1

8 5

4 1

 󰙻



 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

GND

+12V

CPU_FAN_SPEED

󰚃󰍒

  󰆧󰄃󰆤 󰙻󰘦  󰐚󰉺󰏝󰘦 󰑴󰎺󰏛󰐤󰚁󰚁󰑴󰃨󰘦󰉻

  󰐤󰍒󰍜󰏬 󰙻󰘦󰏛󰉢󰐛󰏘󰂠󰏻󰚄󰊞󰏶󰋆 󰆧󰄃

  󰆤󰏧 󰘦󰕗󰗃󰍣 󰙻󰘦󰏛󰍮󰚁󰂓󰄙 󰆆󰙻󰍣󰍮

  󰚁󰋐󰋉󰎂 

 󰆆󰙻󰍣󰍮

 󰙻󰘦󰉛󰔹

207

ASRock 990FX Extreme4 Motherboard

󰋉󰃞󰍗󰙋󰘂

󰕙󰗃 󰏬󰕴󰗃󰋉󰃞󰍗󰙋󰘂

 󰙻

 󰄠󰏛󰑴󰎺󰚇 

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

󰚞

 󰕃󰍣󰎂

 󰙻

 󰀆󰎂󰔜󰂔󰏛󰐤󰚁  

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰚞󰋉󰋀󰗑

 󰏬󰀆󰑴󰗆 󰙳󰂠󰐥

 󰗃 󰐅󰔹󰍣󰍮󰚄󰊞󰏶

 󰚇 󰕃󰏧

 󰕗󰗃󰃖󰏬󰚞

 󰍣󰍮󰚁󰋐󰋉󰎂 

󰚃󰍒

󰚞 󰏬󰆧󰄃󰆤󰍣󰘤󰍣

 󰙻

 󰏶 󰏧󰆧 󰙋

 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

 󰘂󰎞󰍣

 󰚞 

 󰏶󰋆 󰏧

 󰚞 󰏧󰙋 

 󰘂󰃖󰑴󰎺󰚄󰊞󰏶󰋆 

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

208

ASRock 990FX Extreme4 Motherboard

󰚃󰍒

󰛔󰄙󰇖󰁳󰖬󰏧󰉛󰔹󰌬󰉕

󰕡󰏬󰇙󰛔󰄙

󰇖󰁳󰖬󰏛󰍮󰚇

󰐜󰄙󰘤󰍣󰉕󰏧󰈱󰃖

󰐤󰚇









󰛔󰄙󰇖󰁳󰖬󰏛󰉐󰋉󰍣

󰐅󰓔󰚇

󰛔󰄙󰘤󰍣󰏧󰈱󰃖

󰐅󰓔󰚇









󰐜󰄙󰘤󰏧󰉛󰔹󰌬󰉕

󰐜󰄙󰘤󰏛󰉐󰋉󰏧󰁧󰏬󰇖

󰆏󰏬󰍣󰉛󰔹󰚇









󰐜󰄙󰘤󰏬󰈱󰎭

󰑖󰇝󰎑󰂳

󰐜󰄙󰕡󰏬󰇙󰏛󰃦󰆤󰏧

󰚞󰍣󰍮󰚇

















󰍫󰉠󰏧󰉐󰋉󰈱󰃖󰈱󰎭󰚁󰍫󰙳󰂢󰘂

󰘤󰏛󰁧󰏬󰇖󰆏󰏬󰍣

󰐢󰚇 

󰆆󰙳󰂢󰘂󰘤 󰏧󰈱 

󰍫󰉠󰏧󰉐󰋉󰈱󰃖󰑖󰇝󰚇 

󰏧󰈱󰃖󰈱󰎭󰚁󰍫

 󰃖󰙳󰂢󰘂󰘤󰏛

󰐢󰚇 

209

ASRock 990FX Extreme4 Motherboard

󰇨󰃕󰋀󰏇󰔹

󰏬󰄎󰏮󰆤󰍣󰉤󰏧󰇨󰃕󰋀󰏇󰔹 󰑭󰐜󰎺󰋀󰏇󰔹 󰃞󰉪󰋀󰏇󰔹󰅥󰈲󰐤

󰋀󰏇󰔹󰏶󰍒 󰈱󰎭󰏺󰇨󰃓󰋉󰋀󰗑󰏛󰕩󰃞󰉪󰚁󰏛󰈲󰐤

󰚄󰊞󰏶󰋆 

󰈲󰐤󰋀󰏇󰔹󰇨󰃕󰋀󰏇

󰔹󰂠󰉕 󰈱󰎭󰏺󰏛

󰇨󰃓󰈲󰐤󰚄󰊞󰏶󰋆 

󰃞󰉪󰋀󰏇󰔹



 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

󰈲󰐤󰋀󰏇󰔹



 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

󰐜󰎺󰋀󰏇󰔹



 󰘸󰏬󰑴  󰆆󰚉󰄡󰓘󰐴 

󰐜󰎺󰋀󰏇󰔹󰇨󰃕󰋀󰏇󰔹󰂠󰉕 

󰈱󰎭󰏺󰋉󰋀󰗑󰏛󰇨󰃓󰕩

󰊞󰏶󰋆 

󰃞󰉪󰋀󰏇󰔹󰇨󰃕󰋀󰏇󰔹󰂠󰉕 

󰈱󰎭󰏺󰋉󰋀󰗑󰏛󰇨󰃓󰃞󰉪

󰚄󰊞󰏶󰋆 

󰚃󰍒

210

ASRock 990FX Extreme4 Motherboard

󰁧󰏬󰆄󰉛󰔹󰏬

󰋉󰋀󰗑󰍣󰁧󰏬󰆄󰃖󰉛󰔹󰚁󰂓󰄙󰄅󰐚󰁧󰏬󰇖󰍣󰑴󰎺 󰃖󰏘󰋐󰋉󰎂 󰂁

󰄙󰋉󰋀󰗑󰍣󰐛󰚇󰚃󰁧󰏬󰆄󰏺󰏘󰂠󰉀󰍒󰑴󰎺󰁧󰏬󰆄󰘸󰏬󰑴󰍣󰍯

 󰙼󰎦󰚃󰁧󰏬󰆄󰃖󰏇󰍣󰉕󰌪󰁳󰂠󰊠󰉕󰂠󰉛󰔹󰚁󰋐󰋉󰎂 󰂊󰚊󰍃󰃨

󰉛󰔹󰚁󰁧󰏬󰆄󰎅󰅧󰃓󰏻󰚄󰊞󰏶󰋆 

󰀆󰆄

󰎄󰆤󰀆󰆄 󰄼󰐤󰚊󰏛󰛞󰌤󰎭󰏬󰚁󰚊󰑔󰕲󰐢󰆤󰃖󰐤󰚁

󰈱󰎭 󰀆󰆄󰕲󰃖󰏰󰅴󰆋󰏚 󰅥󰘸󰏬󰑴󰏧󰃢󰏛󰓘󰐴

󰚁󰋐󰋉󰎂 

󰏬󰑴󰎺󰑴󰌮

 

 󰇝󰘂

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



󰇝󰘂

󰇝󰘂

󰉛󰔹  󰍣󰏛󰑴󰎺󰚁󰑴󰌮

 󰇝󰘂



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

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 󰇝󰘂 󰇝󰘂󰃖󰉛󰔹󰚁 󰏝󰃖󰀑󰃓󰋐

󰋉󰎂 

󰏛󰙋󰚆󰚁󰍫

󰇝 

󰘂

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

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󰇝󰘂

󰇝󰘂󰉛󰔹󰚁

󰏬󰏶 󰍣

 󰇝󰘂

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

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

 󰇝󰘂 󰇝󰘂󰎰󰍷󰓶󰐤󰃖󰉛󰔹󰚁󰂓󰎮 󰏺󰉤󰚃󰐝󰓓󰑴󰎺

󰏧󰏝󰂠󰍣󰏶󰉛󰄝󰉕󰃖󰓘󰐴󰚁󰋐󰋉󰎂 





󰚃󰍒

211

ASRock 990FX Extreme4 Motherboard

󰏬󰑴󰎺󰑴󰌮



  󰇝󰘂

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

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󰇝󰘂

󰉛󰔹  󰍣󰏛󰑴󰎺󰚁󰑴󰌮

 󰇝󰘂









 󰇝󰘂󰃖󰉛󰔹󰚁 󰏝󰃖󰀑󰃓󰋐󰋉󰎂 

 󰃖󰉛󰐢󰚇 

󰉛󰐢󰏏󰘓󰃞󰘐 

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

 󰚽󰄙 

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󰉢 󰏛󰉙󰖹󰚇 

󰏛 󰂠󰉛󰐢󰚃  󰎭 󰍣 

󰏛 󰂠󰉛󰐢󰚃  󰎭 

󰅥 

󰋉󰋀󰗑󰍣

󰇝󰘂

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

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󰇝󰘂  

󰃖󰉛󰔹󰚇 

 󰎏󰚈󰙵󰂁󰏬󰍜󰐅󰔹󰏧󰈱󰎭

 󰃖󰉛󰐢󰚇 

󰉛󰐢󰏏󰘓󰃞󰘐 

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

 󰚽󰄙 

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󰉢 󰏛󰉙󰖹󰚇 

󰏛 󰂠󰉛󰐢󰚃  󰎭 󰍣 

󰏛 󰂠󰉛󰐢󰚃  󰎭 

󰅥 

󰋉󰋀󰗑󰍣

󰇝󰘂

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

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󰇝󰘂  

󰃖󰉛󰔹󰚇 

 󰎏󰚈󰙵󰂁󰏬󰏶󰐅󰔹󰏧󰈱󰎭

 󰃖󰉛󰐢󰚇 

󰉛󰐢󰏏󰘓󰃞󰘐 

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

 󰚽󰄙 

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󰉢 󰏛󰉙󰖹󰚇 

󰏛 󰂠󰉛󰐢󰚃  󰎭 󰍣 

󰏛 󰂠󰉛󰐢󰚃  󰎭 

󰅥 

󰋉󰋀󰗑󰍣

󰇝󰘂 󰃖󰉛󰔹󰚇 

 󰎏󰚈󰙵󰂁󰏬󰍜󰐅󰔹󰏧󰈱󰎭

󰏬󰑴󰎺󰑴󰌮

 

  󰇝󰘂

󰉛󰔹  󰍣󰏛󰑴󰎺󰚁󰑴󰌮

󰇝󰘂󰃖

󰉛󰔹󰚁 󰏝󰃖󰀑󰃓󰋐󰋉󰎂 

󰚃󰍒

212

ASRock 990FX Extreme4 Motherboard

󰋉󰋀󰗑󰅧󰏬󰎂󰋀󰐢󰆤

󰄎󰏮󰆤󰏧󰙵󰁳󰊲󰄎󰄠󰃞󰍣󰅧󰏬󰎂󰋀󰉪󰍛󰏏󰘓󰃞󰘐󰐚󰐅󰍒󰏶󰋆 

󰕜󰙭󰗃󰃖󰈱󰎭󰚁󰋍󰀛 󰏺󰑶󰗍󰋀󰘂󰋍󰋉󰌬 󰀻

 󰖦󰃖󰂁󰅧󰏬󰎂󰋀󰉪󰍛󰏘󰂠󰍒󰉤󰎦 󰃨󰏯󰂊󰚁󰑴󰌮󰏘󰄙

󰗍󰋀󰘂󰂹󰘒󰏛󰉻󰚁󰍫󰋍󰚒󰚄󰏴 󰃨󰏯󰏬󰛔󰅧󰏬󰎂󰋀󰉪󰍛󰏛󰚁

󰎺󰚁󰋋󰄙  󰖦󰃖󰃓 󰀻󰋉󰋀󰗑󰆧󰓶󰏧󰃞󰉪

󰆄󰘄󰏛󰂁󰋉󰋀󰗑󰏛󰐇󰋉󰏻󰚁󰍫󰑔󰋉󰅧󰁬 󰅧󰏬󰎂󰋀󰉪󰍛󰙳󰂠󰁷󰏚󰈱󰎭

󰚁󰙁󰚁󰂡󰀆󰏺󰏮󰍒󰏶󰋆 󰚉󰄡󰏚󰍋󰚃󰉕󰇖󰄎󰙗󰎅󰁧󰎂󰄗󰅚

󰃞󰐢󰚊󰑶󰑝󰍣󰉕󰉙󰖹󰚄󰊞󰏶󰂡󰍒󰏶󰋆 󰅧󰏬󰎂󰋀󰉪󰍛󰍣󰚃󰆤󰈽

󰉤󰚃󰐢󰆤󰃖󰎺󰚁󰋋󰄙󰆤󰐴 󰌬󰏧󰙋󰚆󰈱󰎭󰏺󰃵󰍗 󰘘󰏯  󰏛󰀑󰁧󰑔

󰋉󰅧󰁬 

󰉺󰙳󰘂󰏀󰍒󰑴󰎺󰐢󰆤

󰏬󰄎󰏮󰆤󰍫󰂁󰑴󰃦󰏬󰖟󰂠󰉺󰙳󰘂󰏉󰎮󰎰󰍷󰓶󰃖󰑴󰎺󰚇

󰇝󰘂 







󰇝󰘂 󰇝󰘂 󰄎󰏮󰆤󰍣󰙼󰎦󰚃󰁧󰏬󰆄

󰎏󰈱󰎭󰏺󰙁󰏧󰃖󰏇󰚊󰐤󰆤󰐴 󰄎󰏮󰆤󰏧󰏛󰚔󰈽󰋉󰕩󰑗󰏴

 󰆤󰐴 󰃖󰈱󰎭󰚁󰍫󰋉󰏻󰚁󰋉󰂓󰄙 󰁧󰏬󰇖󰍣 󰃖󰍒󰑔󰋉󰅧

󰁬 󰃨󰏯󰏧󰕜󰙭󰗃󰏬󰚁󰄙󰏺󰏘󰂠󰄎󰏮󰄎

󰃖󰄠󰗃󰍣󰀆󰋀󰙵󰂋󰏬󰋉󰕩󰑗󰏴 󰃨󰏯󰏺󰏘󰂠󰄎󰏮󰄎󰖮󰑴

󰌮󰄙 󰆤󰐴 󰏧󰀆󰋀󰙵󰂋󰏬󰄎󰌬󰍣󰏶󰙎 󰘘󰏯󰏛

󰇙󰖢󰃟󰚁󰍫󰑔󰋉󰅧󰁬 





 󰁧󰏬󰇖 

󰚃󰍒

213

ASRock 990FX Extreme4 Motherboard

󰗖󰖪く󰙁󰘪󰙓󰘽

󰕬󰕾󰕽󰖚󰖎󰖖く󰕤󰕤󰕛󰕱󰖃く󰕰󰖣󰖟󰖝󰖐󰖘󰖐󰕟く󰚣󰙻ー󰚡ー󰚎󰙤󰘜買い󰘤い󰘱󰘲󰘟あ󰙜󰘞󰘺う󰘦󰘨い󰙐󰘫󰖫

本製品󰙁󰖪弊社󰙀厳󰘩い品質管理󰙀󰘹製作󰘧󰙞󰘱󰚣󰙻ー󰚡ー󰚎󰘹󰘫󰖫本製品󰙁󰖪弊社󰙀

品質󰘺耐久性󰙀両立󰘺いう目標󰘽適合󰘩󰘱堅牢󰘼設計󰘽󰙚󰙜優󰙞󰘱性能󰙤実現󰘩󰙐󰘫󰖫󰘥

󰙀󰙴󰙩󰚈󰙴󰙩ン󰙾󰚍󰚱ー󰙼󰚬ン󰙱󰙩󰚎󰘽󰙁󰖪󰚣󰙻ー󰚡ー󰚎󰙀明󰘜󰙚󰙅段階的󰘽明󰘩󰘱󰙩ン

󰙾󰚍󰚱ー󰙼󰚬ン󰙀手引󰘟󰘞含󰙐󰙞󰘸い󰙐󰘫󰖫󰚣󰙻ー󰚡ー󰚎󰘽関󰘫󰙝󰘧󰙛󰘽詳󰘩い情報󰙁󰖪󰗌󰙺

󰚢ー󰚍 󰕮󰕯󰗍󰙀󰚫ー󰙻ー󰚣󰚐󰚪󰙧󰚰󰙤参照󰘩󰘸󰘡󰘲󰘧い󰖫

くく 󰚣󰙻ー󰚡ー󰚎󰙀様󰘜󰙚󰙅 󰕭󰕴󰕺󰕾 ソ󰚚󰚍󰙫󰙬󰙧󰙁󰖪󰙧󰚈󰚜󰚌ー󰚍󰘧󰙞󰙝󰘥󰘺

くく 󰘞有󰙜󰙐󰘫󰙀󰘹󰖪󰚣󰚐󰚪󰙧󰚰󰙀内容󰙁󰖪予告󰘼󰘩󰘽変更󰘧󰙞󰙝󰘥󰘺󰘞あ󰙜

くく 󰙐󰘫󰖫本󰚣󰚐󰚪󰙧󰚰󰘽変更󰘞有󰘵󰘱場合󰙁󰖪弊社󰙀󰙫󰙬󰚛󰙺󰙩󰚍󰘽通告󰘼くく

くく 󰘩󰘽新版󰙀󰚣󰚐󰚪󰙧󰚰󰘞掲載󰘧󰙞󰙐󰘫󰖫新󰙀 󰖁󰕲󰕬 󰙰ー󰚎󰘜󰙚󰙅 󰕮󰕻󰖀 󰙺く

くく 󰚢ー󰚍󰚯󰙾󰚍󰙔󰙫󰙬󰚛󰙺󰙩󰚍󰘹󰘦覧󰘽󰘼󰙞󰙐󰘫󰖫󰕬󰕾󰕽󰖚󰖎󰖖 社󰙫󰙬󰚛󰙺󰙩󰚍：

くく 󰖓󰖟󰖟󰖛󰕥󰕚󰕚󰖢󰖢󰖢󰕙󰖌󰖞󰖝󰖚󰖎󰖖󰕙󰖎󰖚󰖘

くく 󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰘽関連󰘫󰙝術󰙺󰚢ー󰚍󰘞必要󰘼場合󰖪当社󰙀 󰖂󰖐󰖍 󰙺󰙩󰚍く

くく 󰘽󰙧󰙴󰚀󰙾󰘩󰖪使用󰘩󰘸い󰙝󰚧󰚌󰚰󰘽󰘶い󰘸󰙀特定情報󰙤見󰘶󰘣󰘸󰘡󰘲󰘧くく

くくい󰖫く󰖢󰖢󰖢󰕙󰖌󰖞󰖝󰖚󰖎󰖖󰕙󰖎󰖚󰖘󰕚󰖞󰖠󰖛󰖛󰖚󰖝󰖟󰕚󰖔󰖙󰖏󰖐󰖣󰕙󰖌󰖞󰖛

󰕜󰕙󰕜くく󰚖󰚈󰙶ー󰙽内容

󰕬󰕾󰕽󰖚󰖎󰖖く󰕤󰕤󰕛󰕱󰖃く󰕰󰖣󰖟󰖝󰖐󰖘󰖐󰕟く󰚣󰙻ー󰚡ー󰚎：

く 󰕓󰕬󰕿󰖃 󰚚󰙮ー󰚥󰚚󰙦󰙴󰚄ー 󰕥く󰕜󰕝󰕙󰕛󰕘󰖔󰖙く󰖣く󰕤󰕙󰕡󰕘󰖔󰖙󰕗く󰕞󰕛󰕙󰕠く󰖎󰖘く󰖣く󰕝󰕟󰕙󰕟く󰖎󰖘󰕔

󰕬󰕾󰕽󰖚󰖎󰖖く󰕤󰕤󰕛󰕱󰖃く󰕰󰖣󰖟󰖝󰖐󰖘󰖐󰕟く󰙴󰙩󰚈󰙴󰙩ン󰙾󰚍󰚱ー󰙼󰚬ン󰙱󰙩󰚎

󰕬󰕾󰕽󰖚󰖎󰖖く󰕤󰕤󰕛󰕱󰖃く󰕰󰖣󰖟󰖝󰖐󰖘󰖐󰕟く󰙺󰚢ー󰚍 󰕮󰕯

󰕜く󰖣く󰖀󰖗󰖟󰖝󰖌く󰕬󰕿󰕬く󰕡󰕡󰕚󰕜󰕛󰕛󰕚󰕜󰕞󰕞く󰕴󰕯󰕰 󰚯󰚡ン󰙶ー󰚛󰚰く󰕓 線数：󰕣󰕛󰕔

󰕜く󰖣く󰕞󰕙󰕠 󰙩ン󰚆󰚚󰚲󰚈󰚙ー󰚎󰚮󰙩󰚛用󰚯󰚡ン󰙶ー󰚛󰚰

󰕟く󰖣く󰙼󰚯󰙧󰚰 󰕬󰕿󰕬く󰕓󰕾󰕬󰕿󰕬󰕔 󰚌ー󰚄󰙶ー󰚛󰚰󰗀󰙯󰚜󰙼󰚬ン󰗁くく

󰕝く󰖣く󰙼󰚯󰙧󰚰 󰖗く󰕬󰕿󰕬く󰕓󰕾󰕬󰕿󰕬󰕔く󰕳󰕯󰕯 用電源変換󰙶ー󰚛󰚰󰗀󰙯󰚜󰙼󰚬ン󰗁

󰕜く󰖣く󰕞󰕙󰕠󰖘󰖘 󰙯ー󰚌󰙨󰙯󰙶ー󰚛󰚰󰗀󰙯󰚜󰙼󰚬ン󰗁

󰕜く󰖣く󰕴󰕚󰕺 󰚖󰚒󰚰󰙼ー󰚰󰚎

󰕜く󰖣く󰖀󰕾󰕭く󰕞󰕙󰕛 前面󰚖󰚒󰚰

󰕟く󰖣く󰕳󰕯󰕯 󰘿󰘪

󰕡く󰖣く筐体󰘿󰘪

󰕜く󰖣く背面󰖀󰕾󰕭く󰕞󰕙󰕛󰚛󰚮󰙶󰚈󰚍

󰕜く󰖣く󰕬󰕾󰕽󰖚󰖎󰖖く󰕾󰕷󰕴_󰕭󰖝󰖔󰖏󰖒󰖐_󰕝󰕾 󰙰ー󰚎

󰕬󰕾󰕽󰖚󰖎󰖖󰘝󰙛󰙀󰘜知󰙛󰘭

󰕙󰕙󰕙

󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く

󰕢く󰕚く󰕢く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸く

󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟󰕘󰖍󰖔󰖟く󰘹󰙚󰙜良い性能󰙤

得󰙝󰘽󰙁󰖪󰙾󰚍󰚱ー󰙽構成󰙀󰕭󰕴󰕺󰕾󰙯󰚜󰙼󰚬ン󰙤󰕬󰕳󰕮󰕴󰚧ー󰚎󰘽設定󰘫󰙝󰘥󰘺󰙤推

奨󰘩󰙐󰘫󰖫く 󰕭󰕴󰕺 󰕾󰙀󰚀󰚈󰚍󰙧󰚈󰚜󰘽󰘶い󰘸󰙀詳細󰙁󰖪󰙺󰚢ー󰚍󰕮 󰕯󰙀󰗌󰚫ー󰙻ー󰚣

󰚐󰚪󰙧󰚰󰗍󰙤参照󰘩󰘸󰘡󰘲󰘧い󰖫

日本語

214

ASRock 990FX Extreme4 Motherboard

󰕜󰕙󰕝 仕様

󰚜󰚮󰚈󰚍󰚚 󰕘 󰕬󰕿󰖃 󰚚󰙮ー󰚥󰚚󰙦クター 󰕥 󰕜󰕝󰕙󰕛󰕘󰖔󰖙 󰖣 󰕤󰕙󰕡󰕘󰖔󰖙󰕗 󰙮ー󰚥 󰕞󰕛󰕙󰕠 󰖎󰖘

󰖣 󰕝󰕟󰕙󰕟 󰖎󰖘

󰕘 全ソ󰚯󰚈󰚎・キ󰚨パ󰙼ター設計 󰕓󰕜󰕛󰕛% 日本製の高品質導電性高分

子電解コン󰚌ンサー 󰕔

󰕮󰕻󰖀 󰕘 󰕾󰖚󰖎󰖖󰖐󰖟 󰕬󰕸󰕞󰕖 󰚜ロセ󰚈サのサポー󰚍

󰕘 󰕾󰖚󰖎󰖖󰖐󰖟 󰕬󰕸󰕞 󰚜ロセ󰚈サのサポー󰚍 󰕥󰕬󰕸󰕯 󰕻󰖓󰖐󰖙󰖚󰖘

󰕿󰕸

󰕴󰕴

󰖃󰕡 󰕚 󰖃󰕟 󰕚 󰖃󰕞 󰕚 󰖃󰕝󰕓󰕤󰕝󰕛 󰕚 󰕤󰕟󰕛 を除く 󰕔 󰕚 󰕬󰖟󰖓󰖗󰖚󰖙 󰕴󰕴

󰖃󰕟 󰕚 󰖃󰕞 󰕚 󰖃󰕝 󰕚 󰕾󰖐󰖘󰖛󰖝󰖚󰖙 󰚜ロセ󰚈サ

󰕘 󰕣󰕘󰕮󰖚󰖝󰖐 󰕮󰕻󰖀 搭載

󰕘 󰖀󰕮󰕮 󰕓󰖀󰖙󰖗󰖚󰖎󰖖 󰕮󰕻󰖀 󰕮󰖚󰖝󰖐󰕔 をサポー󰚍 󰕓 注意 󰕜 を参照 󰕔

󰕘 高度󰘼 󰖁󰕣 󰕖 󰕝 電源位相設計

󰕘 󰕜󰕟󰕛󰖂 まで 󰕮󰕻󰖀 をサポー󰚍

󰕘 󰕬󰕸󰕯 社 󰕮󰖚󰖚󰖗

‘

󰖙

’

󰕼󰖠󰖔󰖐󰖟

󰕿󰕸

をサポー󰚍

󰕘 󰕱󰕾󰕭 󰕝󰕡󰕛󰕛 󰕸󰕳󰖥 󰕓󰕠󰕙󰕝 󰕲󰕿󰕚󰖞󰕔

󰕘 󰖀󰖙󰖟󰖔󰖐󰖏 󰕺󰖡󰖐󰖝󰖎󰖗󰖚󰖎󰖖󰖔󰖙󰖒 をサポー󰚍 󰕓 注意 󰕝 を参照 󰕔

󰕘 󰕳󰖤󰖛󰖐󰖝󰕘󰕿󰖝󰖌󰖙󰖞󰖛󰖚󰖝󰖟 󰕞󰕙󰕛 󰕓󰕳󰕿 󰕞󰕙󰕛󰕔 をサポー󰚍

ヱ󰚈󰚜セ󰚈󰚍 󰕘 󰚓ー󰙾󰚛󰚯󰚈󰙽 󰕥 󰕬󰕸󰕯 󰕤󰕤󰕛󰕱󰖃

󰕘 サウ󰙾󰚛󰚯󰚈󰙽 󰕥 󰕬󰕸󰕯 󰕾󰕭󰕤󰕠󰕛

󰚦󰚧󰚯ー 󰕘 󰚌ュ󰙧󰚰ヱ󰚨ン󰚒󰚰 󰕯󰕯󰕽󰕞 󰚦󰚧󰚯ー󰚋ク󰚓ロ󰙽ー

󰕓 注意 󰕞 を参照 󰕔

󰕘 󰕯󰕯󰕽󰕞 󰕯󰕴󰕸󰕸 󰙾ロ󰚈󰚍 󰖣 󰕟

󰕘 󰕯󰕯󰕽󰕞 󰕝󰕜󰕛󰕛󰕓󰕺󰕮󰕔󰕚󰕜󰕣󰕡󰕡󰕚󰕜󰕡󰕛󰕛󰕚󰕜󰕞󰕞󰕞󰕚󰕜󰕛󰕡󰕡󰕚󰕣󰕛󰕛

󰖙󰖚󰖙󰕘󰕰󰕮󰕮󰕗 󰖠󰖙󰕘󰖍󰖠󰖑󰖑󰖐󰖝󰖐󰖏 󰚦󰚧󰚯ー󰘽対応 󰕓 注意 󰕟 を参照 󰕔

󰕘 󰙼󰙾󰚋󰚥󰚦󰚧󰚯の最大容量 󰕥 󰕞󰕝󰕲󰕭 󰕓 注意 󰕠 を参照 󰕔

拡張󰙾ロ󰚈󰚍 󰕘 󰕞 󰖣 󰕻󰕮󰕴 󰕰󰖣󰖛󰖝󰖐󰖞󰖞 󰕝󰕙󰕛 󰖣󰕜󰕡 󰙾ロ󰚈󰚍󰕓󰕻󰕮󰕴󰕰󰕝󰕚󰕻󰕮󰕴󰕰󰕟 󰕥 󰖣󰕜󰕡 󰚧ー

󰚎、󰕻󰕮󰕴󰕰󰕠 󰕥 󰖣󰕟 󰚧ー󰚎 󰕔

󰕘 󰕝 󰖣 󰕻󰕮󰕴 󰕰󰖣󰖛󰖝󰖐󰖞󰖞 󰕝󰕙󰕛 󰖣󰕜 󰙾ロ󰚈󰚍

󰕘 󰕝 󰖣 󰕻󰕮󰕴 󰙾ロ󰚈󰚍

󰕘 󰕬󰕸󰕯

󰕿󰕸

󰕼󰖠󰖌󰖏 󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

、󰕞󰕘󰖂󰖌󰖤 󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

および 󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

をサポー󰚍

󰕘 󰕹󰖁󰕴󰕯󰕴󰕬

󰕼󰖠󰖌󰖏 󰕾󰕷󰕴

󰕿󰕸

および 󰕾󰕷󰕴

󰕿󰕸

をサポー󰚍

󰙯ー󰚌󰙨󰙯 󰕘 󰕢󰕙󰕜 󰕮󰕳 󰕳󰕯 󰙯ー󰚌󰙨󰙯 󰕓 コン󰚋ン󰚉保護付 󰕔

󰕓󰕽󰖐󰖌󰖗󰖟󰖐󰖖 󰕬󰕷󰕮󰕣󰕤󰕝 󰙯ー󰚌󰙨󰙯 󰕮󰖚󰖏󰖐󰖎󰕔

󰕘 󰕻󰖝󰖐󰖘󰖔󰖠󰖘 󰕭󰖗󰖠󰕘󰖝󰖌󰖤 󰙯ー󰚌󰙨󰙯のサポー

󰕷󰕬󰕹 󰕘 󰕻󰕮󰕴󰕰 󰖣󰕜 󰕲󰖔󰖒󰖌󰖍󰖔󰖟 󰕷󰕬󰕹 󰕜󰕛󰕚󰕜󰕛󰕛󰕚󰕜󰕛󰕛󰕛 󰕸󰖍󰕚󰖞

󰕘 󰕭󰖝󰖚󰖌󰖏󰖎󰖚󰖘 󰕭󰕮󰕸󰕠󰕢󰕢󰕣󰕜

󰕘 󰖂󰖌󰖖󰖐󰕘󰕺󰖙󰕘󰕷󰕬󰕹 をサポー󰚍

󰕘 󰕰󰖙󰖐󰖝󰖒󰖤 󰕰󰖑󰖑󰖔󰖎󰖔󰖐󰖙󰖟 󰕰󰖟󰖓󰖐󰖝󰖙󰖐󰖟 󰕣󰕛󰕝󰕙󰕞󰖌󰖥 をサポー󰚍

󰕘 󰕻󰖃󰕰 󰘽対応

日本語

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ASRock 990FX Extreme4 Motherboard

日本語

く󰚯󰙧󰚖󰚒󰚰く

󰕴󰕚󰕺く󰕻󰖌󰖙󰖐󰖗く

く󰕴󰕚󰕺くく 󰕘く󰕻󰕾󰕚󰕝 󰚣󰙫󰙾󰚢ー󰚍く󰖣く󰕜

くく 󰕘く󰕻󰕾󰕚󰕝 󰙲ー󰚡ー󰚎󰚢ー󰚍く󰖣く󰕜く

くく 󰕘く同軸 󰕾󰕻󰕯󰕴󰕱 出力󰚢ー󰚍く󰖣く󰕜く

くく 󰕘く学 󰕾󰕻󰕯󰕴󰕱 出力󰚢ー󰚍く󰖣く󰕜

くく 󰕘く󰕽󰖐󰖌󰖏󰖤󰕘󰖟󰖚󰕘󰖀󰖞󰖐く󰖀󰕾󰕭く󰕝󰕙󰕛 󰚢ー󰚍く󰖣く󰕡

くく 󰕘く󰕽󰖐󰖌󰖏󰖤󰕘󰖟󰖚󰕘󰖀󰖞󰖐く󰖀󰕾󰕭く󰕞󰕙󰕛 󰚢ー󰚍く󰖣く󰕝

くく 󰕘く󰖐󰕾󰕬󰕿󰕬󰕞 󰚢ー󰚍く󰖣く󰕜

くく 󰕘く󰕷󰕰󰕯󰗀󰕬󰕮󰕿󰕚󰕷󰕴󰕹󰕶く󰕷󰕰󰕯く󰘜󰙚󰙅く󰕾󰕻󰕰󰕰󰕯く󰕷󰕰󰕯󰗁付󰘟く

くくくく󰕽󰕵󰕘󰕟󰕠く󰕷󰕬󰕹く󰚢ー󰚍く󰖣く󰕜

くく 󰕘く󰕴󰕰󰕰󰕰く󰕜󰕞󰕤󰕟 󰚢ー󰚍く󰖣く󰕜

くく 󰕘く󰙴󰚯󰙧 󰕮󰕸󰕺󰕾 󰙾󰙩󰚈ヱく󰖣く󰕜

くく 󰕘く󰙯ー󰚌󰙨󰙯󰙽󰚨󰚈󰙴：側面󰙀󰙾󰚙ー󰙰ー󰖪後部󰙾󰚙ーくくく

くくくくく󰙰ー󰖪中央音󰖪入力󰖪前部󰙾󰚙ー󰙰ー󰖪󰚣󰙩󰙴入力

く

󰕓注意󰕡参照󰕔く

く󰕾󰕬󰕿󰕬󰕞くく 󰕘く󰕬󰕸󰕯く󰕾󰕭󰕤󰕠󰕛 󰘽󰙚󰙝 󰕾󰕬󰕿󰕬󰕞く󰕡󰕙󰕛く󰕲󰖍󰕚 秒󰙀コ󰚒󰙴󰚄 󰕡 機󰘞󰖪󰕽󰕬󰕴󰕯

くくくく󰕓󰕽󰕬󰕴󰕯く󰕛󰕗く󰕽󰕬󰕴󰕯く󰕜󰕗く󰕽󰕬󰕴󰕯く󰕛󰕖󰕜󰕗く󰕵󰕭󰕺󰕯く󰖌󰖙󰖏く󰕽󰕬󰕴󰕯く󰕠󰕔󰕗く󰕹󰕮󰕼󰕗

くくくくくくくく󰕬󰕳󰕮󰕴く󰘜󰙚󰙅く塔 󰖥 󰚈󰚍󰚜󰚮󰙵・機能󰙤󰙺󰚢ー󰚍

 󰕗󰗃  󰚁󰏀󰍒 

 󰅥

“



”

 󰚈󰙵󰂁 󰑴󰎺

 󰕗󰗃󰙋󰘂󰎏󰏏 

く󰖀󰕾󰕭く󰕞󰕙󰕛くく 󰕘く󰕝く󰖣く󰚯󰙧 󰖀󰕾󰕭く󰕞󰕙󰕛 󰚢ー󰚍く󰕓󰕰󰖟󰖝󰖚󰖙く󰕰󰕵󰕜󰕡󰕣󰕬󰕔󰖪󰖀󰕾󰕭く󰕜󰕙󰕛󰕚󰕝󰕙󰕛󰕚󰕞󰕙󰕛

くくくく󰘽高 󰕠󰕲󰖍󰕚󰖞 󰙐󰘹対応

くく 󰕘く󰕜く󰖣く󰚚󰚲ン󰚍 󰖀󰕾󰕭く󰕞󰕙󰕛 󰚝󰚈󰚅 󰕓󰖀󰕾󰕭く󰕞󰕙󰕛 󰚢ー󰚍 󰕝 基対応 󰕔くくく

くくくく󰕓󰕰󰖟󰖝󰖚󰖙く󰕰󰕵󰕜󰕡󰕣󰕬󰕔󰖪󰖀󰕾󰕭く󰕜󰕙󰕛󰕚󰕝󰕙󰕛󰕚󰕞󰕙󰕛 󰘽高 󰕠󰕲󰖍󰕚󰖞 󰙐󰘹対応

くコ󰚒󰙴󰚄ーく 󰕘く󰕣く󰖣く󰕾󰕬󰕿󰕬󰕞く󰕡󰕙󰕛󰕲󰖍󰕚 秒コ󰚒󰙴󰚄󰘞

くく 󰕘く󰕬󰕿󰕬󰕜󰕞󰕞く󰕴󰕯󰕰 コ󰚒󰙴󰚄ー 󰖞󰕓 󰙺󰚢ー󰚍 󰕝く󰖣く󰕴󰕯󰕰く󰖏󰖐󰖡󰖔󰖎󰖐󰖞󰕔く󰖣く󰕜

くく 󰕘く󰚚󰚲󰚈󰚙ーコ󰚒󰙴󰚄ーく󰖣く󰕜

くく 󰕘く󰕴󰕽 󰚝󰚈󰚅ーく󰖣く󰕜

くく 󰕘く󰕮󰕺󰕸 󰚢ー󰚍󰚝󰚈󰚅く󰖣く󰕜

くく 󰕘く󰕴󰕰󰕰󰕰く󰕜󰕞󰕤󰕟 󰚝󰚈󰚅ーく󰖣く󰕜

くく 󰕘く󰕳󰕯󰕸󰕴_󰕾󰕻󰕯󰕴󰕱 󰚝󰚈󰚅ーく󰖣く󰕜

くく 󰕘く電源 󰕷󰕰󰕯 󰚝󰚈󰚅ー　󰖣く󰕜

くく 󰕘く󰕮󰕻󰖀󰕚 󰙼󰚨ー󰙼 󰕚 電源󰚚󰙦ンコ󰚒󰙴󰚄

くく 󰕘く󰕝󰕟 󰚙ンく󰕬󰕿󰖃 電源コ󰚒󰙴󰚄ー

くく 󰕘く󰕣 󰚙ンく󰕜󰕝󰖁 電源コ󰚒󰙴󰚄ー

くく 󰕘く󰕮󰕯 挿入󰚝󰚈󰚅ー

くく 󰕘く󰚚󰚲ン󰚍󰚖󰚒󰚰󰙯ー󰚌󰙨󰙯コ󰚒󰙴󰚄ー

くく 󰕘く󰖀󰕾󰕭く󰕝󰕙󰕛く󰚝󰚈󰚅ー 󰕓󰖀󰕾󰕭く󰕝󰕙󰕛 用 󰕟 󰚢ー󰚍󰙤󰙺󰚢ー󰚍 󰕔く󰖣く󰕝

くく 󰕘く󰖀󰕾󰕭く󰕞󰕙󰕛く󰚝󰚈󰚅ー 󰕓󰖀󰕾󰕭く󰕞󰕙󰕛 用 󰕝 󰚢ー󰚍󰙤󰙺󰚢ー󰚍 󰕔く󰖣く󰕜くく

くく 󰕘く󰕜く󰖣く󰕯󰖝󰕙く󰕯󰖐󰖍󰖠󰖒く󰕓󰕢󰕘 󰚀󰙵󰚦ン󰚍 󰕯󰖐󰖍󰖠󰖒く󰕷󰕰󰕯󰕔

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ASRock 990FX Extreme4 Motherboard

ク󰙩󰚈ク󰙾 󰕘 󰕜 󰖣 ク󰚯󰙧 󰕮󰕸󰕺󰕾 󰙾󰙩󰚈ヱ󰗀󰕷󰕰󰕯 付󰘟󰗁

󰙩󰚈ヱ 󰕘 󰕜 󰖣 電源󰙾󰙩󰚈󰚆󰗀󰕷󰕰󰕯 付󰘟󰗁

󰕘 󰕜 󰖣 󰚯セ󰚈󰚍󰙾󰙩󰚈ヱ󰗀󰕷󰕰󰕯 付󰘟󰗁

󰕭󰕴󰕺󰕾 関連機能 󰕘 󰕞󰕝󰕸󰖍 󰕬󰕸󰕴 󰖀󰕰󰕱󰕴 󰕷󰖐󰖒󰖌󰖗 󰕭󰕴󰕺󰕾󰗀󰕲󰖀󰕴 サポー󰚍󰗁

󰕘 󰚜󰚮󰙵＆󰚜󰚱󰙩をサポー󰚍

󰕘 󰕬󰕮󰕻󰕴 󰕜󰕙󰕜 準ウ󰙬󰙩ク󰙧󰚈󰚜󰙩󰚞ン󰚍

󰕘 󰖕󰖠󰖘󰖛󰖐󰖝󰖑󰖝󰖐󰖐 󰚧ー󰚎サポー󰚍

󰕘 󰕾󰕸󰕭󰕴󰕺󰕾 󰕝󰕙󰕞󰕙󰕜 サポー󰚍

󰕘 󰕮󰕻󰖀󰕗 󰖁󰕮󰕮󰕸󰕗 󰕹󰕭󰕗 󰕾󰕭 󰚛󰚯󰚈󰙽電圧

サポー󰚍 󰕮󰕯 󰕘 󰚎󰚮󰙩󰚕ー、󰚫ー󰚋󰙨󰚯󰚋󰙨、󰙧ン󰚆ウ󰙨󰚰󰙾ソ󰚚󰚍 ウ󰙬󰙧󰚔ー󰚎ウ󰙬󰙧

󰕓 体験版 󰕔、 󰕮󰖤󰖍󰖐󰖝󰕷󰖔󰖙󰖖 󰕸󰖐󰖏󰖔󰖌󰕰󰖞󰖛󰖝󰖐󰖞󰖞󰖚 󰕡󰕙󰕠 試用版

特徴 󰕘 󰕬󰕾󰕽󰖚󰖎󰖖 󰕰󰖣󰖟󰖝󰖐󰖘󰖐 ヱューニン󰙵󰚫ー󰚋󰙨󰚯󰚋󰙨 󰕓󰕬󰖃󰕿󰖀󰕔

󰕓注意󰕢参照󰕔

󰕘 󰕬󰕾󰕽󰖚󰖎󰖖 󰙩ン󰙾タン󰚍󰚛ー󰚍

󰕘 󰕬󰕾󰕽󰖚󰖎󰖖 󰕴󰖙󰖞󰖟󰖌󰖙󰖟 󰕱󰖗󰖌󰖞󰖓 󰕓 注意 󰕣 参照 󰕔

󰕘 󰕬󰕾󰕽󰖚󰖎󰖖 󰕬󰕻󰕻 ヱ󰚨ー󰙽󰚨ー 󰕓 注意 󰕤 を参照 󰕔

󰕘 󰕬󰕾󰕽󰖚󰖎󰖖 󰖃󰕱󰖌󰖞󰖟 󰖀󰕾󰕭 󰕓 注意 󰕜󰕛 を参照 󰕔

󰕘 󰕬󰕾󰕽󰖚󰖎󰖖 󰙯ン 󰕚 󰙯󰚚再生術 󰕓 注意 󰕜󰕜 を参照 󰕔

󰕘 󰚔󰙩󰚛󰚯󰚈󰚎󰚛ー󰙾タ 󰕥

󰕘 󰕮󰕻󰖀 周波数無段階制御 󰕓 注意 󰕜󰕝 を参照 󰕔

󰕘 󰕬󰕾󰕽󰖚󰖎󰖖 󰖀󰕘󰕮󰕺󰕻 󰕓 注意 󰕜󰕞 を参照 󰕔

󰕘 起動陴害保護 󰕓󰕭󰖚󰖚󰖟 󰕱󰖌󰖔󰖗󰖠󰖝󰖐 󰕲󰖠󰖌󰖝󰖏󰕥󰕭󰕙󰕱󰕙󰕲󰕙󰕔

󰕘 󰕿󰖠󰖝󰖍󰖚 󰕠󰕛 󰕚 󰕿󰖠󰖝󰖍󰖚 󰕡󰕛 󰕮󰕻󰖀 󰕺󰖡󰖐󰖝󰖎󰖗󰖚󰖎󰖖󰖔󰖙󰖒

󰕘 󰕿󰖠󰖝󰖍󰖚 󰖀󰕮󰕮

󰚧ニター 󰕘 󰕮󰕻󰖀 温度検知

󰕘 󰚣󰙻ー󰚡ー󰚎温度検知

󰕘 󰕮󰕻󰖀󰕚 󰙼󰚨ー󰙼 󰕚 電源󰚚󰙦ンタコ󰚦ータ

󰕘 󰕮󰕻󰖀 クワ󰙩󰙭󰚈󰚍󰚚󰙦ン

󰕘 󰕮󰕻󰖀󰕚 󰙼󰚨ー󰙼󰚚󰙦ン󰚣󰚰󰚆󰁬度制御

󰕘 電源󰚧ニター 󰕥 󰕖󰕜󰕝󰖁󰕗 󰕖󰕠󰖁󰕗 󰕖󰕞󰕙󰕞󰖁󰕗 󰖁󰖎󰖚󰖝󰖐

󰕺󰕾 󰕘 󰕸󰖔󰖎󰖝󰖚󰖞󰖚󰖑󰖟

󰖂󰖔󰖙󰖏󰖚󰖢󰖞

󰕢󰕚󰕢 󰕡󰕟󰕘󰖍󰖔󰖟󰕚󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

󰕚󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

󰕡󰕟󰕘󰖍󰖔󰖟󰕚󰖃󰕻󰕚󰖃󰕻 󰕡󰕟󰕘󰖍󰖔󰖟 󰖎󰖚󰖘󰖛󰖗󰖔󰖌󰖙󰖟

認証 󰕘 󰕱󰕮󰕮󰕗 󰕮󰕰󰕗 󰕸󰖔󰖎󰖝󰖚󰖞󰖚󰖑󰖟

󰖂󰕳󰕼󰕷 認証済󰙑

󰕘 󰕰󰖝󰕻󰕚󰕰󰖠󰕻 対応󰗀󰕰󰖝󰕻󰕚󰕰󰖠󰕻 対応の電源装置󰘞必要で󰘫󰗁

󰕓 注意 󰕜󰕟 を参照 󰕔

󰕕 製品の詳細󰘽󰘶い󰘸󰙁、󰖓󰖟󰖟󰖛󰕥󰕚󰕚󰖢󰖢󰖢󰕙󰖌󰖞󰖝󰖚󰖎󰖖󰕙󰖎󰖚󰖘 を御覧󰘼󰘧い󰖫

日本語

217

ASRock 990FX Extreme4 Motherboard

注意

󰕜󰕙 󰕬󰕾󰕽󰖚󰖎󰖖 󰖀󰕮󰕮 󰕓󰖀󰖙󰖗󰖚󰖎󰖖 󰕮󰕻󰖀 󰕮󰖚󰖝󰖐、󰙧ンロ󰚈ク 󰕮󰕻󰖀 コ󰙧 󰕔 機能󰙁 󰕬󰕸󰕯 󰕮󰕻󰖀 起

動を簡略化󰘩ま󰘫󰖫󰖀󰕰󰕱󰕴 󰙯󰚜󰙼󰚬ン填 󰖙󰖗󰖚󰖎󰖖 󰕮󰕻󰖀 󰕮󰖚󰖝󰖐・󰕓 󰙧ンロ󰚈ク 󰕮󰕻󰖀 コ

󰙧 󰕔 の󰙜え󰘲󰘣で、余分の 󰕮󰕻󰖀 コ󰙧を󰙧ンロ󰚈ク󰘩、パ󰚚󰙮ー󰚣ン󰙾の

時向をお楽󰘩󰙑頂󰘣ま󰘫󰖫󰖀󰕮󰕮 機能󰘞有効の場合、󰚌ュ󰙧󰚰コ󰙧あ󰙝い󰙁󰚍

󰚯󰚜󰚰コ󰙧 󰕮󰕻󰖀 󰙁ク󰙧󰚈󰚎コ󰙧 󰕮󰕻󰖀 󰘽引󰘟󰘤󰙛󰙞、ク󰙧󰚈󰚎コ󰙧 󰕮󰕻󰖀 を含󰙒

いく󰘶󰘝の 󰕮󰕻󰖀 󰙁、最大 󰕡󰕸󰕭 の 󰕷󰕞 キ󰚨󰚈󰙼ュサ󰙩󰙿󰘽増大󰘧󰙞ま󰘫󰖫󰘶ま

󰙜、よ󰙜安価󰘽󰙧󰚈󰚜󰙵󰚱ー󰚎 󰕮󰕻󰖀 のパ󰚚󰙮ー󰚣ン󰙾をお楽󰘩󰙑い󰘱󰘲󰘣󰙝󰘺い

う󰘥󰘺で󰘫󰖫󰖀󰕮󰕮 機能󰙁 󰕬󰕸󰕞 󰕮󰕻󰖀 の󰙑対応󰘩󰘸お󰙜ま󰘫󰖫󰘧󰙛󰘽、󰕮󰕻󰖀 の非表示

コ󰙧󰘞誤作動󰘫󰙝場合󰘞あ󰙝󰘱󰙓、いく󰘶󰘝の 󰕬󰕸󰕞 󰕮󰕻󰖀 󰙁対応󰘩󰘸いま󰘭󰙥󰖫

󰘦注意く󰘲󰘧い󰖫

󰕝󰕙 󰘥の󰚣󰙻ー󰚡ー󰚎󰙁、󰖀󰖙󰖟󰖔󰖐󰖏 󰕺󰖡󰖐󰖝󰖎󰖗󰖚󰖎󰖖󰖔󰖙󰖒 󰚋ク󰚓ロ󰙽ーをサポー󰚍󰘩󰘸

いま󰘫󰖫詳細󰙁 󰕞󰕤 󰚟ー󰙽の

“

󰖀󰖙󰖟󰖔󰖐󰖏 󰕺󰖡󰖐󰖝󰖎󰖗󰖚󰖎󰖖󰖔󰖙󰖒 󰚋ク󰚓ロ󰙽ー

”

をお読

󰙑く󰘲󰘧い󰖫

󰕞󰕙 󰘥の󰚣󰙻ー󰚡ー󰚎󰙁、󰚌ュ󰙧󰚰ヱ󰚨ン󰚒󰚰󰚦󰚧󰚯ー󰚋ク󰚓ロ󰙽ー 󰕓󰕯󰖠󰖌󰖗

󰕮󰖓󰖌󰖙󰖙󰖐󰖗 󰕸󰖐󰖘󰖚󰖝󰖤 󰕿󰖐󰖎󰖓󰖙󰖚󰖗󰖚󰖒󰖤󰗁をサポー󰚍󰘩󰘸お󰙜ま󰘫󰖫󰚌ュ󰙧󰚰ヱ󰚨

ン󰚒󰚰󰚦󰚧󰚯ー󰚋ク󰚓ロ󰙽を実行󰘫󰙝前󰘽、󰘩い󰙩ン󰙾󰚍ー󰚰法を理解󰘫

󰙝為󰘽 󰕝󰕝󰕝 󰚟ー󰙽の󰚦󰚧󰚯ー󰚧󰙽ュー󰚰の󰙩ン󰙾󰚍󰚱ー󰙼󰚬ン󰙱󰙩󰚎をお読

󰙑く󰘲󰘧い󰖫

󰕟󰕙 󰕝󰕜󰕛󰕛󰕸󰕳󰖥 󰚦󰚧󰚯󰁬度󰘞サポー󰚍󰘧󰙞󰘸い󰙝󰘝󰘻う󰘝󰙁、採用󰘩󰘸い

󰙝 󰕬󰕸󰕞󰕚󰕬󰕸󰕞󰕖 󰕮󰕻󰖀 󰘽よ󰘵󰘸異󰘼󰙜ま󰘫󰖫󰘥の󰚣󰙻ー󰚡ー󰚎󰘽 󰕯󰕯󰕽󰕞 󰕝󰕜󰕛󰕛

󰚦󰚧󰚯󰚧󰙽ュー󰚰を採用󰘫󰙝場合、󰖂󰕰󰕭 サ󰙩󰚍の󰚦󰚧󰚯サポー󰚍󰚯󰙾󰚍を参照󰘩

󰘸互換可能󰘼󰚦󰚧󰚯󰚧󰙽ュー󰚰を見󰘶󰘣󰘸く󰘲󰘧い󰖫

󰕬󰕾󰕽󰖚󰖎󰖖 󰖂󰖐󰖍 サ󰙩󰚍 󰖓󰖟󰖟󰖛󰕥󰕚󰕚󰖢󰖢󰖢󰕙󰖌󰖞󰖝󰖚󰖎󰖖󰕙󰖎󰖚󰖘

󰕠󰕙 󰙯󰚟󰚱ー󰚋󰙨ン󰙵󰙼󰙾󰚋󰚥制限の󰘱󰙓、󰖂󰖔󰖙󰖏󰖚󰖢󰖞

󰕢 󰕚 󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

󰕚 󰖃󰕻 使用󰘽

おい󰘸、󰙼󰙾󰚋󰚥使用の󰚯󰙻ー󰚛󰘽対󰘫󰙝実陳の記憶容量󰙁 󰕟󰕲󰕭 未満であ󰙝可能

性󰘞あ󰙜ま󰘫󰖫󰕡󰕟 󰚘󰚈󰚍 󰕮󰕻󰖀 の 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

󰕺󰕾 󰘽対󰘩󰘸󰙁、そのよう󰘼制限󰙁あ

󰙜ま󰘭󰙥󰖫

󰕡󰕙 󰚣󰙩ク入力の場合、󰘥の󰚣󰙻ー󰚡ー󰚎󰙁󰙾󰚋󰚱󰙯󰘺󰚧󰚓󰚮󰚰󰚧ー󰚎を󰘻󰘳󰙛

󰙔サポー󰚍󰘩ま󰘫󰖫󰙯ー󰚌󰙨󰙯出力の場合、󰘥の󰚣󰙻ー󰚡ー󰚎󰙁 󰕝 󰚆󰚨ン

󰚒󰚰、󰕟 󰚆󰚨ン󰚒󰚰、󰕡 󰚆󰚨ン󰚒󰚰󰘺 󰕣 󰚆󰚨ン󰚒󰚰󰚧ー󰚎をサポー󰚍󰘩ま

󰘫󰖫󰘩い接󰘽󰘶い󰘸󰙁、󰕞 󰚟ー󰙽の表を󰚆󰙬󰚈ク󰘩󰘸く󰘲󰘧い󰖫

󰕢󰕙 󰕬󰕾󰕽󰖚󰖎󰖖 󰕰󰖣󰖟󰖝󰖐󰖘󰖐 󰕿󰖠󰖙󰖔󰖙󰖒 󰖀󰖟󰖔󰖗󰖔󰖟󰖤 󰕓󰕬󰖃󰕿󰖀󰕔 󰙁、分󰘝󰙜や󰘫い󰙩ンター

󰚚󰙬󰙩󰙾で󰘧ま󰘨ま󰘼󰙼󰙾󰚋󰚥機能を微調整󰘫󰙝󰙯ー󰚰󰙩ンワン󰚉ー󰚰で、󰚔ー

󰚎ウ󰙬󰙧󰚧ニタ、󰚚󰙦ンコン󰚍ロー󰚰、󰙯ー󰚕ークロ󰚈キン󰙵、󰕺󰕮 󰕯󰕹󰕬、

󰕴󰕰󰕾 󰘼󰘻を含󰙥でいま󰘫󰖫󰚔ー󰚎ウ󰙬󰙧󰚧ニタで󰙁、󰙼󰙾󰚋󰚥の主要󰘼読󰙑込

󰙑を示󰘩ま󰘫󰖫󰚚󰙦ンコン󰚍ロー󰚰で󰙁、調整󰘫󰙝󰚚󰙦ン󰁬度󰘺温度を示󰘩ま

󰘫󰖫󰙯ー󰚕ークロ󰚈キン󰙵で󰙁、󰕮󰕻󰖀 周波数を󰙯ー󰚕ークロ󰚈ク󰘩󰘸最適の󰙼

警告

󰙯ー󰚕ークロ󰚈ク󰗀󰕭󰕴󰕺󰕾 設定の調整、󰙧ンタ󰙩󰚎・󰙯ー󰚕ークロ󰚈ク・󰚋ク󰚓ロ󰙽ーの適用、第者の󰙯ー

󰚕ークロ󰚈ク󰚉ー󰚰の使用󰘼󰘻󰗁󰙁󰚯󰙾クを伴いま󰘫ので󰘦注意く󰘲󰘧い󰖫󰙯ー󰚕ークロ󰚈ク󰘫󰙝󰘺

󰙼󰙾󰚋󰚥󰘞不安定󰘽󰘼󰘵󰘱󰙜、󰙼󰙾󰚋󰚥のコンポー󰚒ン󰚍や󰚌󰚕󰙩󰙾󰘞破損󰘫󰙝󰘥󰘺󰘞あ󰙜ま󰘫󰖫󰘦

自分の責任で行󰘵󰘸く󰘲󰘧い󰖫弊社で󰙁、󰙯ー󰚕ークロ󰚈ク󰘽よ󰙝破損の責任󰙁負い󰘝󰘿ま󰘫ので

󰘦了く󰘲󰘧い󰖫

日本語

218

ASRock 990FX Extreme4 Motherboard

󰙾󰚋󰚥パ󰚚󰙮ー󰚣ン󰙾を出󰘫󰘥󰘺󰘞で󰘟ま󰘫󰖫󰕺󰕮 󰕯󰕹󰕬 で󰙁、󰚜ロ󰚚󰙦󰙩󰚰󰘺

󰘩󰘸 󰕺󰕮 設定を保存󰘩友人󰘺共有󰘫󰙝󰘥󰘺󰘞で󰘟ま󰘫󰖫友人󰙁 󰕺󰕮 󰚜ロ󰚚󰙦󰙩󰚰

を自分の󰙼󰙾󰚋󰚥󰘽読󰙑込󰙥で、同󰘪 󰕺󰕮 設定󰘽󰘫󰙝󰘥󰘺󰘞可能で󰘫󰖫󰕴󰕰󰕾 󰕓

󰙩ン󰚋󰚯󰙽󰙬ン󰚍󰙭󰚒󰚰󰙳ーサー󰚕ー 󰕔 で󰙁、電圧󰚱󰙳ュ󰚱ータ󰘽よ󰙜、󰕮󰕻󰖀

コ󰙧󰘞󰙧󰙩󰚎󰚰󰘽󰘼󰘵󰘸い󰙝󰘺󰘟コン󰚙ュータの性能を犠牲󰘽󰘫󰙝󰘥󰘺󰘼く、多

くの出力位相を削減󰘩󰘸効率性の向を図󰙜ま󰘫󰖫󰕬󰕾󰕽󰖚󰖎󰖖 󰕰󰖣󰖟󰖝󰖐󰖘󰖐 󰕿󰖠󰖙󰖔󰖙󰖒

󰖀󰖟󰖔󰖗󰖔󰖟󰖤 󰕓󰕬󰖃󰕿󰖀󰕔 の操作手雽󰘽󰘶い󰘸󰙁、当社 󰖂󰖐󰖍 サ󰙩󰚍を󰘦覧く󰘲󰘧い󰖫

󰕬󰕾󰕽󰖚󰖎󰖖 󰖂󰖐󰖍 サ󰙩󰚍 󰕥󰖓󰖟󰖟󰖛󰕥󰕚󰕚󰖢󰖢󰖢󰕙󰖌󰖞󰖝󰖚󰖎󰖖󰕙󰖎󰖚󰖘

󰕣󰕙 󰕬󰕾󰕽󰖚󰖎󰖖 󰕴󰖙󰖞󰖟󰖌󰖙󰖟 󰕱󰖗󰖌󰖞󰖓 󰙁、󰕱󰖗󰖌󰖞󰖓 󰕽󰕺󰕸󰗀󰚚󰚮󰚈󰙼ュ 󰕽󰕺󰕸󰗁󰘽組󰙑込ま󰙞󰘸

い󰙝 󰕭󰕴󰕺󰕾 󰚚󰚮󰚈󰙼ュ󰚫ー󰚋󰙨󰚯󰚋󰙨で󰘫󰖫󰘥の便利󰘼 󰕭󰕴󰕺󰕾 更新󰚉ー󰚰󰘽よ󰙜、

󰕸󰕾󰕘󰕯󰕺󰕾 あ󰙝い󰙁 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

のよう󰘽最初󰘽󰙯󰚟󰚱ー󰚋󰙨ン󰙵󰙼󰙾󰚋󰚥󰘽入󰙝必要

󰘼󰘩󰘽、󰙼󰙾󰚋󰚥 󰕭󰕴󰕺󰕾 を更新󰘫󰙝󰘥󰘺󰘞で󰘟ま󰘫󰖫󰘥の󰚫ー󰚋󰙨󰚯󰚋󰙨で󰙁、

󰕻󰕺󰕾󰕿 の間󰘽 <󰕱󰕡> キーを、あ󰙝い󰙁 󰕭󰕴󰕺󰕾 設置󰙧󰚈󰚜󰚦ニューの陳󰘽 <󰕱󰕝> キー

を押󰘫󰘥󰘺で、󰕬󰕾󰕽󰖚󰖎󰖖 󰕴󰖙󰖞󰖟󰖌󰖙󰖟 󰕱󰖗󰖌󰖞󰖓 󰘽󰙧クセ󰙾󰘫󰙝󰘥󰘺󰘞で󰘟ま󰘫󰖫󰘥の

󰚉ー󰚰を起動󰘩、新規 󰕭󰕴󰕺󰕾 󰚚󰙦󰙩󰚰を 󰖀󰕾󰕭 󰚚󰚮󰚈󰙼ュ󰚎󰚮󰙩󰚛、󰚚ロ󰚈󰚙ー

󰚌󰙨󰙾ク、ま󰘱󰙁󰚔ー󰚎󰚎󰚮󰙩󰚛󰘽保存、そ󰘩󰘸いく󰘶󰘝のク󰚯󰚈ク󰘲󰘣で、

その他の󰚚ロ󰚈󰚙ー󰚌󰙨󰙾クや複雑󰘼󰚚󰚮󰚈󰙼ュ󰚫ー󰚋󰙨󰚯󰚋󰙨を使用󰘭󰘬󰘽

󰕭󰕴󰕺󰕾 を更新󰘫󰙝󰘥󰘺󰘞で󰘟ま󰘫󰖫󰘦使用の陳󰘽󰙁、󰖀󰕾󰕭 󰚚󰚮󰚈󰙼ュ󰚎󰚮󰙩󰚛あ

󰙝い󰙁󰚔ー󰚎󰚎󰚮󰙩󰚛󰘞 󰕱󰕬󰕿󰕞󰕝󰕚󰕜󰕡󰕚󰕜󰕝 󰚚󰙦󰙩󰚰󰙼󰙾󰚋󰚥を使用󰘩󰘸い󰙝󰘥󰘺を確

認󰘩󰘸く󰘲󰘧い󰖫

󰕤󰕙 󰖔󰕻󰖓󰖚󰖙󰖐󰕚󰖔󰕻󰖚󰖏󰕚󰖔󰕻󰖌󰖏 󰕿󰖚󰖠󰖎󰖓 󰘼󰘻 󰕬󰖛󰖛󰖗󰖐 󰚌󰚕󰙩󰙾を迅󰁬󰘝󰘶お手軽󰘽充電󰘫󰙝󰘱

󰙓󰘽、󰕬󰕾󰕽󰖚󰖎󰖖 で󰙁 󰕬󰕾󰕽󰖚󰖎󰖖 󰕬󰕻󰕻 󰚆󰚨ー󰙽󰚨ー󰘺いう素晴󰙛󰘩いソ󰚯ュー󰙼󰚬

ンを󰘦用意󰘩󰘸いま󰘫󰖫󰕬󰕻󰕻 󰚆󰚨ー󰙽󰚨ー󰚎󰚮󰙩󰚕を󰙩ン󰙾󰚍ー󰚰󰘫󰙝󰘲󰘣で、

󰘦使用の 󰖔󰕻󰖓󰖚󰖙󰖐 をコン󰚙ュータ󰘝󰙛素早く充電󰘫󰙝󰘥󰘺󰘞で󰘟ま󰘫󰖫充電時間

󰙁従来よ󰙜最高 󰕟󰕛% 󰙔󰁬く󰘼󰙜ま󰘫󰖫󰕬󰕾󰕽󰖚󰖎󰖖 󰕬󰕻󰕻 󰚆󰚨ー󰙽󰚨ーをお使いい󰘱

󰘲く󰘺複数の 󰕬󰖛󰖛󰖗󰖐 󰚌󰚕󰙩󰙾を同時󰘽素早く充電で󰘟ま󰘫󰖫本製品󰙁 󰕻󰕮 󰘞󰙾タ

ン󰚕󰙩󰚧ー󰚎 󰕓󰕾󰕜󰕔、󰚦󰚧󰚯サ󰙾󰚟ン󰚎󰚧ー󰚎 󰕓󰕾󰕞󰕔、休󰚧ー󰚎 󰕓󰕾󰕟󰕔 ま󰘱󰙁電源

󰙯󰚚 󰕓󰕾󰕠󰕔 の時󰘽󰙔充電をサポー󰚍󰘩ま󰘫󰖫󰕬󰕻󰕻 󰚆󰚨ー󰙽󰚨ー󰚎󰚮󰙩󰚕を󰙩ン

󰙾󰚍ー󰚰󰘩󰘸い󰘱󰘲く󰘺、󰘥󰙞まで󰘽󰘼い充電性能󰘽充分󰘦満足い󰘱󰘲󰘣󰙝󰘥󰘺

で󰘩󰙙う󰖫󰕬󰕾󰕽󰖚󰖎󰖖 の 󰖂󰖐󰖍 サ󰙩󰚍 󰕥 󰖓󰖟󰖟󰖛󰕥󰕚󰕚󰖢󰖢󰖢󰕙󰖌󰖞󰖝󰖚󰖎󰖖󰕙󰖎󰖚󰖘󰕚󰕱󰖐󰖌󰖟󰖠󰖝󰖐󰕚

󰕬󰖛󰖛󰕮󰖓󰖌󰖝󰖒󰖐󰖝󰕚󰖔󰖙󰖏󰖐󰖣󰕙󰖌󰖞󰖛

󰕜󰕛󰕙 󰕬󰕾󰕽󰖚󰖎󰖖 󰖃󰕱󰖌󰖞󰖟 󰖀󰕾󰕭 󰙁 󰖀󰕾󰕭 󰙾󰚍󰚱ー󰙽󰚌󰚕󰙩󰙾性能を拡張󰘫󰙝󰘥󰘺󰘞で

󰘟ま󰘫󰖫󰚌󰚕󰙩󰙾の特長󰘽よ󰙜性能󰙁異󰘼󰙜ま󰘫󰖫

󰕜󰕜󰕙 󰕬󰕾󰕽󰖚󰖎󰖖 󰙯ン 󰕚 󰙯󰚚術󰘽よ󰙜、󰚫ー󰙻ー󰙁 󰕻󰕮 の電源󰘞󰙯󰚚󰘽󰘼󰘵󰘸い󰙝場

合で󰙔󰗀ま󰘱󰙁 󰕬󰕮󰕻󰕴 󰕾󰕠 󰚧ー󰚎で󰗁、󰕸󰕻󰕞 󰚜󰚱ー󰚩ーや携帯電話󰘼󰘻のポータ

󰚛󰚰󰙯ー󰚌󰙨󰙯󰚌󰚕󰙩󰙾󰘝󰙛 󰕻󰕮 󰘽転送󰘧󰙞󰘱素晴󰙛󰘩い󰙯ー󰚌󰙨󰙯体験をお

楽󰘩󰙑い󰘱󰘲󰘣ま󰘫󰖫 󰘥の󰚣󰙻ー󰚡ー󰚎󰙁無料の 󰕞󰕙󰕠󰖘󰖘 󰙯ー󰚌󰙨󰙯󰙶ー󰚛󰚰

󰗀󰙯󰚜󰙼󰚬ン󰗁󰙔付属󰘩󰘸い󰙝󰘱󰙓、󰙔󰘵󰘺󰙔便利󰘼コン󰚙ュー󰚋󰙨ン󰙵環境を利

用󰘫󰙝󰘥󰘺󰙔で󰘟ま󰘫󰖫

󰕜󰕞󰕙 󰘥の󰚣󰙻ー󰚡ー󰚎󰙁、無段階制御を提供󰘩ま󰘫󰘞、󰙯ー󰚕ークロ󰚈キン󰙵

の実行󰙁お薦󰙓󰘩ま󰘭󰙥󰖫推奨 󰕮󰕻󰖀 󰚕󰙾周波数以外の周波数󰙁、󰙼󰙾󰚋󰚥

を不安定󰘽󰘩󰘱󰙜 󰕮󰕻󰖀 を損傷󰘩󰘱󰙜󰘫󰙝󰘥󰘺󰘞あ󰙜ま󰘫󰖫

日本語

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ASRock 990FX Extreme4 Motherboard

󰕜󰕞󰕙 󰕮󰕻󰖀 の󰙯ー󰚕ー󰚗ー󰚍󰘞検出󰘧󰙞ま󰘫󰘺、󰙼󰙾󰚋󰚥󰙁自動的󰘽󰙼󰚨󰚈󰚍󰚅ウ

ン󰘧󰙞ま󰘫󰖫󰙼󰙾󰚋󰚥の󰚱󰙽ュー󰚥を行う前󰘽、󰚣󰙻ー󰚡ー󰚎の 󰕮󰕻󰖀 冷

󰚚󰙦ン󰘞󰘩く機能󰘩󰘸い󰙝󰘝確認󰘩󰘸󰘝󰙛電源コー󰚎を外󰘩、そ󰘩󰘸再

度󰘶󰘼いでく󰘲󰘧い󰖫放熱効果を高󰙓󰙝為󰘽󰙁、󰕻󰕮 󰙼󰙾󰚋󰚥の󰙩ン󰙾󰚍ー

󰚰時󰘽、󰕮󰕻󰖀 󰘺󰚗ー󰚍󰙼ンクの間󰘽放熱󰙵󰚯ー󰙾を󰙾󰚜󰚱󰙩󰘫󰙝の󰘞効果的

で󰘫󰖫

󰕜󰕟󰕙 󰕰󰖙󰖐󰖝󰖒󰖤 󰖀󰖞󰖔󰖙󰖒 󰕻󰖝󰖚󰖏󰖠󰖎󰖟󰗀󰙭コ󰚌󰙻󰙩ン󰗁の略語 󰕰󰖠󰕻 󰙁完成󰙼󰙾󰚋󰚥の消費

電力を定義󰘫󰙝󰘱󰙓󰘽欧州連合󰘽よ󰙜規制󰘧󰙞󰘱条雼で󰘫󰖫 󰕰󰖠󰕻 󰘽従󰘵󰘸、管

制󰙼󰙾󰚋󰚥の総 󰕬󰕮 電力󰙁󰙯󰚚󰚧ー󰚎条件で 󰕜󰕙󰕛󰕛󰖂 未満󰘽抑え󰙝必要󰘞あ󰙜ま

󰘫󰖫󰕰󰖠󰕻 規格を満󰘱󰘫󰘽󰙁、󰕰󰖠󰕻 対応󰚣󰙻ー󰚡ー󰚎󰘺 󰕰󰖠󰕻 対応電源󰘞必要で

󰘫󰖫 󰕴󰖙󰖟󰖐󰖗 の提案󰘽従い、󰕰󰖠󰕻 対応電源装置󰙁規格を満󰘱󰘫必要󰘞あ󰙜ま󰘫、

󰘶ま󰙜 󰕠󰖡 の󰙾タン󰚕󰙩電力効率󰙁 󰕜󰕛󰕛 󰖘󰕬 の消費電流で 󰕠󰕛% 以で󰘼󰘣󰙞󰙂󰘼

󰙜ま󰘭󰙥󰖫 󰕰󰖠󰕻 対応電源装置を選択󰘫󰙝場合、電源装置製󰁭元󰘽詳細を確認󰘫

󰙝よう󰘽お勧󰙓󰘩ま󰘫󰖫

日本語

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ASRock 990FX Extreme4 Motherboard

󰗗󰖪くく󰙩ン󰙾󰚍󰚱ー󰙼󰚬ン

󰘥󰙞󰙁 󰕬󰕿󰖃 󰚚󰙮ー󰚥󰚚󰙦󰙴󰚄 󰕓󰕜󰕝󰕙󰕛󰕘󰖔󰖙く󰖣く󰕤󰕙󰕡󰕘󰖔󰖙󰖪󰕞󰕛󰕙󰕠く󰖎󰖘く󰖣く󰕝󰕟󰕙󰕟く󰖎󰖘󰕔 󰚣󰙻ー󰚡ー󰚎

󰘹󰘫󰖫󰚣󰙻ー󰚡ー󰚎󰙤󰙩ン󰙾󰚍ー󰚰󰘫󰙝前󰘽󰙼󰚨ー󰙼󰙀構成󰙤調󰙋󰖪󰚣󰙻ー󰚡ー󰚎󰘞󰙼󰚨ー

󰙼󰘽適合󰘫󰙝󰘥󰘺󰙤確認󰘩󰘸󰘡󰘲󰘧い󰖫

く 󰙩ン󰙾󰚍󰚱ー󰙼󰚬ン󰙤行う前󰙀注意事󰊬

くくくく

󰚣󰙻ー󰚡ー󰚎部品󰙀󰙩ン󰙾󰚍󰚱ー󰙼󰚬ンや󰚣󰙻ー󰚡ー󰚎󰙀設定変更󰙤行うく前󰘽󰖪以󰙀

くくくく注意事󰊬󰙤󰘵󰘸󰘡󰘲󰘧い󰖫

くく 󰚣󰙻ー󰚡ー󰚎󰖪周辺機器󰖪部品󰘼󰘻󰘞󰙄󰘻󰘡損傷󰘫󰙝恐󰙞󰘞あ󰙝󰘱󰙓󰖪部品󰙀く

くく 󰙜付󰘣や󰙜外󰘩󰙤行う前󰘽󰖪本体󰙀電源󰙤󰙜󰖪電源コー󰚎󰙤電源装置󰘝く

くく 󰙛外󰘩󰘸󰘡󰘲󰘧い󰖫

く 󰕜󰕙くコン󰚀ン󰚍󰘝󰙛電源コー󰚎󰙤外󰘫前󰘽󰙁󰖪い󰘝󰘼󰙝部品󰘽󰙔触󰘵くくく

く 󰘸󰙁い󰘣󰙐󰘭󰙥󰖫󰘥󰙀手󰊭󰙤󰙛󰘼い󰘺󰖪󰚣󰙻ー󰚡ー󰚎󰖪周辺くくく

く機器󰖪部品󰘽重大󰘼󰈤害󰘞発生󰘫󰙝󰘥󰘺󰘞有󰙜󰙐󰘫󰖫

く 󰕝󰕙く静電気󰘽󰙚󰙝󰚣󰙻ー󰚡ー󰚎部品󰙀損傷󰙤防󰘢滌󰘽󰙁󰖪絶対󰘽󰚣くくく

く 󰙻ー󰚡ー󰚎󰙤直接󰙰ー󰚟󰚈󰚍󰘼󰘻󰘽置󰘝󰘼い󰙚う󰘽󰘩󰘸󰘡󰘲󰘧い󰖫くくく

く部品󰙤󰙜扱う前󰘽󰖪󰙧ー󰙾󰘧󰙞󰘱󰚯󰙾󰚍󰙾󰚍󰚮󰚈󰚜󰙀使用や󰖪くくく

く 全󰘽󰙧ー󰙾󰘧󰙞󰘸い󰙝物体󰘽触󰙞󰘸放電󰘩󰘸󰘜󰘡󰘥󰘺󰘽留意󰘩󰘸くく

く 󰘡󰘲󰘧い󰖫く

く 󰕞󰕙く 󰕴󰕮 󰘽󰙁触󰙞󰘼い󰙚う󰘽部品󰙀角󰙤持󰘳󰙐󰘫󰖫

く 󰕟󰕙くく部品󰙤󰙜外󰘫󰈣󰙁󰖪必󰘬󰙧ー󰙾󰘧󰙞󰘱静電󰚖󰚈󰚎󰙀󰘽置󰘡くくく

く 󰘝󰖪部品󰘞入󰘵󰘸い󰘱袋󰘽入󰙞󰘸󰘡󰘲󰘧い󰖫

くくく󰕠󰕙く 󰙼󰚨ー󰙼󰘽󰚣󰙻ー󰚡ー󰚎󰙤固定󰘫󰙝󰘱󰙓󰖪󰘿󰘪穴󰘽󰘿󰘪󰙤󰙜付くくく

く 󰘣󰙝󰘺󰘟󰖪󰘿󰘪󰙤締󰙓󰘫󰘠󰘼い󰘹󰘡󰘲󰘧い󰖫󰚣󰙻ー󰚡ー󰚎󰙤損傷くくく

く 󰘫󰙝恐󰙞󰘞あ󰙜󰙐󰘫󰖫

日本語

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ASRock 990FX Extreme4 Motherboard

󰕝󰕙󰕜くく󰕮󰕻󰖀 󰙩ン󰙾󰚍󰚱ー󰙼󰚬ン

󰙾󰚋󰚈󰚜 󰕜󰕙く󰚱󰚕ー󰙤 󰕤󰕛 度引󰘟󰘤󰘸ソ󰙶󰚈󰚍󰙀󰚲󰚈󰙴󰙤解除󰘩󰙐󰘫󰖫

󰙾󰚋󰚈󰚜 󰕝󰕙󰕮󰕻󰖀 󰙤直接ソ󰙶󰚈󰚍󰘽置󰘡󰘺 󰕮󰕻󰖀 󰙀金色󰙀角倦コー󰚏ー󰘞くく

く 󰘧い角倦付󰘟󰙀ソ󰙶󰚈󰚍コー󰚏ー󰘽󰚚󰙨󰚈󰚍󰘩󰙐󰘫󰖫く

󰙾󰚋󰚈󰚜 󰕞󰕙 注意深󰘡 󰕮󰕻󰖀 󰙤ソ󰙶󰚈󰚍󰙀󰘩い場所󰘽嵌󰙝󰙚う挿入󰘩󰙐󰘫󰖫

くく 󰕮󰕻󰖀 󰙁󰖪󰘱󰘲一󰘶󰙀󰘩い方向󰘹󰘩󰘝嵌󰙓込󰙑󰘹󰘟󰙐󰘭󰙥󰖫無理󰘽 󰕮󰕻󰖀 󰙤く

くく押󰘩込󰙥󰘹󰚙ン󰙤曲󰘤󰘼い󰙚う󰘽注意󰘩󰘸󰘡󰘲󰘧い󰖫

󰙾󰚋󰚈󰚜 󰕟󰕙󰕮󰕻󰖀 󰙤󰘩い置󰘽置い󰘱󰙛󰖪󰕮󰕻󰖀 󰙤保持󰘫󰙝滌󰘽ソ󰙶󰚈󰚍󰚱くくく

く 󰚕ー󰙤󰘤󰘼󰘞󰙛 󰕮󰕻󰖀 󰙤󰘩󰘵󰘝󰙜󰘺押󰘩󰙐󰘫󰖫󰚱󰚕ー󰘞󰚲󰚈󰙴󰘧くくく

く 󰙞󰙝󰘺󰙺󰙩󰚎󰚄󰚛󰙀󰚱󰚕ー󰘞󰙰ヱ󰚈󰘺音󰙤出󰘩󰙐󰘫󰖫

󰕝󰕙󰕝くく󰕮󰕻󰖀 󰚚󰙦ン󰘺󰚗ー󰚍󰙼ン󰙴󰙀󰙩ン󰙾󰚍ー󰚰

󰕮󰕻󰖀 󰙤󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰘽󰙩ン󰙾󰚍ー󰚰󰘩󰘱後󰖪放熱効果󰙤高󰙓󰙝󰘱󰙓󰘽大󰘟󰘼󰚗ー󰚍󰙼ン

󰙴󰘺冷󰚚󰙦ン󰙤󰙜付󰘣󰙝必要󰘞あ󰙜󰙐󰘫󰖫󰙐󰘱󰖪󰕮󰕻󰖀 󰘺󰚗ー󰚍󰙼ン󰙴󰙀間󰘽熱󰙵󰚯ー󰙾󰙤

󰙾󰚜󰚱ー󰘫󰙝必要󰙔あ󰙜󰙐󰘫󰖫󰕮󰕻󰖀 󰘺󰚗ー󰚍󰙼ン󰙴󰘞󰘩󰘵󰘝󰙜󰘺固定󰘧󰙞󰖪互い󰘽密着󰘩󰘸い

󰙝󰘥󰘺󰙤確認󰘩󰘸󰘡󰘲󰘧い󰖫󰕮󰕻󰖀 󰚚󰙦ン󰙤 󰕮󰕻󰖀 󰚚󰙦ンコ󰚒󰙴󰚄 󰕓󰕮󰕻󰖀_󰕱󰕬󰕹󰕜󰖪󰕝 󰚟ー󰙽󰙀 󰕹󰖚󰕙く

󰕡 󰙤参照󰖪󰕮󰕻󰖀_󰕱󰕬󰕹󰕝󰖪󰕝 󰚟ー󰙽󰙀 󰕹󰖚󰕙く󰕢 󰙤参照 󰕔 󰘽接󰘩󰙐󰘫󰖫󰘩い󰙩ン󰙾󰚍ー󰚰方

法󰘽󰘶い󰘸󰙁󰖪󰕮󰕻󰖀 󰚚󰙦ン󰘺󰚗ー󰚍󰙼ン󰙴󰙀扱明書󰙤参照󰘩󰘸󰘡󰘲󰘧い󰖫

󰙾󰚋󰚈󰚜 󰕜

ソ󰙶󰚈󰚍󰚱󰚕ー󰙤持󰘳󰘤

󰙐󰘫

󰙾󰚋󰚈󰚜 󰕝󰕚 󰙾󰚋󰚈󰚜 󰕞

󰕮󰕻󰖀 󰙀金色󰙀角倦󰙤ソ󰙶

󰚈󰚍端󰙀󰘧󰘼角倦󰘽合

󰕘 わ󰘭󰙐󰘫

󰙾󰚋󰚈󰚜 󰕟

ソ󰙶󰚈󰚍󰚱󰚕ー󰙤押󰘩

󰘤󰘸󰚲󰚈󰙴󰘩󰙐󰘫

ソ󰙶󰚈󰚍端󰙀

󰘧󰘼角倦

󰚱󰚕ー󰙤 󰕤󰕛°󰘽

󰕮󰕻󰖀 󰙀金色󰙀角倦

日本語

222

ASRock 990FX Extreme4 Motherboard

󰕝󰕙󰕞くく󰚦󰚧󰚯ー󰚧󰙽󰚪ー󰚰 󰕓󰕯󰕴󰕸󰕸󰕔 󰙜付󰘣

󰕤󰕤󰕛󰕱󰖃く󰕰󰖣󰖟󰖝󰖐󰖘󰖐󰕟く󰚣󰙻ー󰚡ー󰚎󰘽󰙁󰖪󰕝󰕟󰕛 󰚙ン 󰕯󰕯󰕽󰕞く󰕓󰕯󰖚󰖠󰖍󰖗󰖐く󰕯󰖌󰖟󰖌く󰕽󰖌󰖟󰖐く󰕞󰕔く

󰕯󰕴󰕸󰕸 用󰙾󰚲󰚈󰚍󰘞 󰕟 󰙰所あ󰙜󰖪󰚌󰚪󰙧󰚰󰚆󰚨ン󰚒󰚰󰚦󰚧󰚯ー󰚋󰙴󰚓󰚲󰙽ー󰙤󰙺󰚢ー󰚍󰘩󰘸い󰙐

󰘫󰖫󰚌󰚪󰙧󰚰󰚆󰚨ン󰚒󰚰コン󰚚󰙨󰙳󰚪󰚱ー󰙼󰚬ン󰘽関󰘩󰘸󰙁󰖪常󰘽同一 󰕓 同󰘪󰚦ー󰙰ー󰖪同󰘪󰁬

度󰖪同󰘪󰙺󰙩󰙿󰖪同󰘪󰚆󰚈󰚜󰚄󰙩󰚜 󰕔 󰙀 󰕯󰕯󰕽󰕞く󰕯󰕴󰕸󰕸 󰚟󰙧󰙤同󰘪色󰙀󰙾󰚲󰚈󰚍󰘽󰙜付󰘣󰙝必

要󰘞有󰙜󰙐󰘫󰖫󰘶󰙐󰙜󰖪同一󰙀 󰕯󰕯󰕽󰕞く󰕯󰕴󰕸󰕸 󰚟󰙧󰙤󰚌󰚪󰙧󰚰󰚆󰚨ン󰚒󰚰 󰕬く󰕓󰕯󰕯󰕽󰕞_󰕬󰕜く󰘜󰙚

󰙅 󰕯󰕯󰕽󰕞_󰕭󰕜󰖪青色い󰙾󰚲󰚈󰚍󰖪󰕝 󰚟ー󰙽󰙀 󰕹󰖚󰕙󰕜󰕛 󰙤参照 󰕔 󰘽挿入󰘫󰙝󰘝󰖪同一󰙀く󰕯󰕯󰕽󰕞く

󰕯󰕴󰕸󰕸 󰚟󰙧󰙤󰚌󰚪󰙧󰚰󰚆󰚨ン󰚒󰚰 󰕭く󰕓󰕯󰕯󰕽󰕞_󰕬󰕝く󰘜󰙚󰙅く󰕯󰕯󰕽󰕞_󰕭󰕝󰖪白󰙀󰙾󰚲󰚈󰚍󰖪󰕝 󰚟ー

󰙽󰙀 󰕹󰖚󰕙󰕜󰕜 参照 󰕔 󰘽挿入󰘫󰙝󰘥󰘺󰘹󰚌󰚪󰙧󰚰󰚆󰚨ン󰚒󰚰󰚦󰚧󰚯ー󰚋󰙴󰚓󰚲󰙽ー󰙤始動󰘧󰘭

󰙝󰘥󰘺󰘞󰘹󰘟󰙝󰘺いう󰘥󰘺󰘹󰘫󰖫󰘧󰙛󰘽󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰙁󰖪󰚌󰚪󰙧󰚰󰚆󰚨ン󰚒󰚰コン󰚚󰙨󰙳󰚪

󰚱ー󰙼󰚬ン用󰘽󰗙󰘶󰙀 󰕯󰕯󰕽󰕞く󰕯󰕴󰕸󰕸 󰙤󰙩ン󰙾󰚍ー󰚰出来󰙐󰘫󰘞󰖪󰕟 󰙰所󰙀󰙾󰚲󰚈󰚍全部󰘽同

一󰙀 󰕯󰕯󰕽󰕞く󰕯󰕴󰕸󰕸 󰙤󰙩ン󰙾󰚍ー󰚰󰘩󰘸󰘡󰘲󰘧い󰖫記󰙀󰚌󰚪󰙧󰚰󰚆󰚨ン󰚒󰚰󰚦󰚧󰚯ーコン󰚚󰙨

󰙳󰚪󰚱ー󰙼󰚬ン表󰙤参照󰘩󰘸󰘡󰘲󰘧い󰖫

くくくくくくく󰚌󰚪󰙧󰚰ヱ󰚨ン󰚒󰚰󰚦󰚧󰚯ーコン󰚚󰙨󰙳󰚪󰚱ー󰙼󰚬ン

く 󰕯󰕯󰕽󰕞_󰕬󰕜くくく󰕯󰕯󰕽󰕞_󰕬󰕝く 󰕯󰕯󰕽󰕞_󰕭󰕜くくくくくくくく󰕯󰕯󰕽󰕞_󰕭󰕝

く 󰕓 青 󰕔くくくくくくくくくく󰕓 白 󰕔くく 󰕓 青 󰕔くくくくくくくく󰕓 白 󰕔

くくくくくくく󰕓󰕜󰕔く実装済󰙑くくくくくく󰕘くく実装済󰙑くくく󰕘く

くくくくくくく󰕓󰕝󰕔くくくく󰕘くくくく実装済󰙑くくくく󰕘くくくくくくくくく実装済󰙑く

くくくくくくく󰕓󰕞󰕔󰕕く実装済󰙑くくく実装済󰙑く実装済󰙑くくくくくくくく実装済󰙑く

くくくくく󰕕くコン󰚚󰙨󰙳󰚪󰚱ー󰙼󰚬ン 󰕓󰕞󰕔 󰙀場合󰙁󰖪󰕟 󰙰所󰙀󰙾󰚲󰚈󰚍全󰘸󰘽同一󰙀くくく

くくくくくくく󰕯󰕯󰕽󰕞く󰕯󰕴󰕸󰕸 󰙤󰙩ン󰙾󰚍ー󰚰󰘩󰘸󰘡󰘲󰘧い󰖫

く

く 󰕜󰕙く優󰊭󰙀一番高い󰚦󰚧󰚯󰚧󰙽󰚪ー󰚰󰙤白い󰙾󰚲󰚈󰚍 󰕓󰕯󰕯󰕽󰕞_󰕬󰕝

くく 󰙐󰘱󰙁 󰕯󰕯󰕽󰕞_󰕭󰕝󰕔 󰘽󰙜付󰘣󰘸󰘡󰘲󰘧い󰖫く

く 󰕝󰕙く 適󰘼コン󰚖󰚆󰚘󰚯󰚋󰙨ー󰘺定性󰙤確保󰘫󰙝滌󰘽󰚦󰚧󰚯ー󰚧くく

くく 󰙽󰚪ー󰚰󰙤 󰕝 枚󰙩ン󰙾󰚍ー󰚰󰘩󰘱い場合󰙁󰖪󰚧󰙽󰚪ー󰚰󰙤同色󰙀くく

くく 󰙾󰚲󰚈󰚍󰘽󰙩ン󰙾󰚍ー󰚰󰘫󰙝󰘥󰘺󰙤推奨󰘩󰙐󰘫󰖫󰘶󰙐󰙜󰖪󰚧くくく

くく 󰙽󰚪ー󰚰󰙤青色󰙾󰚲󰚈󰚍く󰕓󰕯󰕯󰕽󰕞_󰕬󰕜 󰘺 󰕯󰕯󰕽󰕞_󰕭󰕜󰕔 󰘝白󰙀󰙾󰚲󰚈󰚍くく

くく 󰕓󰕯󰕯󰕽󰕞_󰕬󰕝 󰘺 󰕯󰕯󰕽󰕞_󰕭󰕝󰕔 󰘽󰙩ン󰙾󰚍ー󰚰󰘫󰙝󰘺いう󰘥󰘺󰘹󰘫󰖫

く 󰕞󰕙く 󰕜 枚あ󰙝い󰙁 󰕞 枚󰙀󰚦󰚧󰚯ー󰚧󰙽󰚪ー󰚰󰙤󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰙀くく

くく 󰕯󰕯󰕽󰕞く󰕯󰕴󰕸󰕸 󰙾󰚲󰚈󰚍󰘽󰙩ン󰙾󰚍ー󰚰󰘫󰙝場合󰙁󰖪󰚌󰚪󰙧󰚰󰚆󰚨くく

くくン󰚒󰚰󰚦󰚧󰚯ー󰚋󰙴󰚓󰚲󰙽ー󰙁始動出来󰙐󰘭󰙥󰖫

く 󰕟󰕙く 󰕝 枚󰙀󰚦󰚧󰚯ー󰚧󰙽󰚪ー󰚰󰘞同一󰙀󰚌󰚪󰙧󰚰󰚆󰚨ン󰚒󰚰󰘽󰙩ン󰙾くく

くく 󰚍ー󰚰󰘧󰙞󰘸い󰘼い場合󰗀󰘱󰘺え󰙂 󰕯󰕯󰕽󰕞_󰕬󰕜 󰘺 󰕯󰕯󰕽󰕞_󰕬󰕝󰗁くく

くく 󰙁󰖪󰚌󰚪󰙧󰚰󰚆󰚨ン󰚒󰚰󰚦󰚧󰚯ー󰚋󰙴󰚓󰚲󰙽ー󰙁始動出来󰙐󰘭󰙥󰖫

く 󰕠󰕙く 󰕯󰕯󰕽󰖪󰕯󰕯󰕽󰕝 󰚦󰚧󰚯󰚧󰙽󰚪ー󰚰󰙤 󰕯󰕯󰕽󰕞 󰙾󰚲󰚈󰚍󰘽󰙜付󰘣󰙝󰘥くく

くく 󰘺󰙁󰘹󰘟󰙐󰘭󰙥󰖫󰙜付󰘣󰙝󰘺󰖪󰚣󰙻ー󰚡ー󰚎󰘺 󰕯󰕴󰕸󰕸 󰘞損傷󰘫くく

くく 󰙝原因󰘺󰘼󰙜󰙐󰘫󰖫

く 󰕡󰕙く 󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰘽 󰕯󰕯󰕽󰕞く󰕝󰕜󰕛󰕛 󰚦󰚧󰚯󰚧󰙽󰚪ー󰚰󰙤採

くく用󰘫󰙝場合󰖪󰕯󰕯󰕽󰕞_󰕬󰕝 󰘺 󰕯󰕯󰕽󰕞_󰕭󰕝 󰙾󰚲󰚈󰚍󰘽󰙜付󰘣󰙝󰙚う

くく 󰘽󰘜勧󰙓󰘩󰙐󰘫󰖫

日本語

223

ASRock 990FX Extreme4 Motherboard

󰕯󰕴󰕸󰕸 󰙾󰚲󰚈󰚍󰘞用意󰘧󰙞󰘸い󰙐󰘫󰖫

󰕯󰕴󰕸󰕸 や󰙼󰙾󰚋󰚥コン󰚢ー󰚒ン󰚍󰙀着脱󰙀前󰙁電源󰘞 󰕺󰕱󰕱 󰘽󰘼󰘵󰘸い󰙝󰘥

󰘺󰙤確認󰘩󰘸󰘡󰘲󰘧い󰖫

󰙾󰚋󰚈󰚜 󰕜󰕙く固定󰙴󰚯󰚈󰚜󰙤外側󰘽押󰘩󰘸 󰕯󰕴󰕸󰕸 󰙾󰚲󰚈󰚍󰙀󰚲󰚈󰙴󰙤外󰘩󰙐󰘫󰖫

󰙾󰚋󰚈󰚜 󰕝󰕙く 󰕯󰕴󰕸󰕸 󰙀󰚓󰚈󰚆󰘞󰙾󰚲󰚈󰚍󰙀󰙞目󰙀置󰘽対応󰘫󰙝󰙚う󰘽 󰕯󰕴󰕸󰕸 󰘺󰙾󰚲󰚈󰚍

󰙤合わ󰘭󰙐󰘫󰖫

󰕯󰕴󰕸󰕸 󰙁 󰕜 󰘶󰙀󰘩い向󰘟󰘹󰙀󰙑装着󰘧󰙞󰙝󰙚う󰘽󰘼󰘵󰘸い󰙐󰘫󰖫󰕯󰕴󰕸󰕸

󰙤間󰂊󰘵󰘱向󰘟󰘹󰙾󰚲󰚈󰚍󰘽装着󰘫󰙝󰘺󰖪󰚣󰙻ー󰚡ー󰚎や 󰕯󰕴󰕸󰕸 󰘽重大󰘼

損傷󰘞󰙔󰘱󰙛󰘧󰙞󰙝󰘥󰘺󰘞あ󰙜󰙐󰘫󰖫

󰙾󰚋󰚈󰚜 󰕞󰕙く 後󰘽󰖪󰕯󰕴󰕸󰕸 󰙤󰙾󰚲󰚈󰚍󰘽挿入󰘩󰖪両端󰙀固定󰙴󰚯󰚈󰚜󰙤所定󰙀置󰙐󰘹

戻󰘩󰘸󰖪󰕯󰕴󰕸󰕸 󰙤󰘩󰘵󰘝󰙜装着󰘩󰘸󰘡󰘲󰘧い󰖫

日本語

224

ASRock 990FX Extreme4 Motherboard

くく 󰕜󰕙くく単一󰙀 󰖁󰕲󰕬 󰙰ー󰚎󰚧ー󰚎󰘹󰙁󰖪󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞 󰙤󰙜付󰘣󰙝󰘥󰘺く

くくく 󰙤󰘜勧󰙓󰘩󰙐󰘫 󰕻󰕮󰕴󰕰󰕝 󰙾󰚲󰚈󰚍󰙀 󰖣󰕜󰕡 󰙵󰚮󰚚󰙨󰚈󰙴󰙾󰙰ー󰚎󰖫く

くく 󰕝󰕙くく 󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

く󰚧ー󰚎󰙐󰘱󰙁 󰕾󰕷󰕴

󰕿󰕸

󰚧ー󰚎󰘹󰙁󰖪󰕻󰕮󰕴󰕰󰕝 󰘺くく

くくく 󰕻󰕮󰕴󰕰󰕟 󰙾󰚲󰚈󰚍󰘽 󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞く󰖣󰕜󰕡 󰙵󰚮󰚚󰙨󰚈󰙴󰙾󰙰ー󰚎󰙤󰙜く

くくく付󰘣󰘸󰘡󰘲󰘧い󰖫従󰘵󰘸󰖫

くく 󰕞󰕙く 󰕞󰕘󰖂󰖌󰖤く󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

󰚧ー󰚎󰘹󰙁󰖪󰕻󰕮󰕴󰕰󰕝󰖪󰕻󰕮󰕴󰕰󰕟 󰘜󰙚󰙅くく

くくく 󰕻󰕮󰕴󰕰󰕠 󰙾󰚲󰚈󰚍󰘽 󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞く󰖣󰕜󰕡 󰙵󰚮󰚚󰙨󰚈󰙴󰙾󰙰ー󰚎󰙤くく

くくく 󰙜付󰘣󰘸󰘡󰘲󰘧い󰖫従󰘵󰘸󰖪󰕻󰕮󰕴󰕰󰕝 󰘺 󰕻󰕮󰕴󰕰󰕟 󰙾󰚲󰚈󰚍󰙁 󰖣󰕜󰕡 󰚕ン

くくく 󰚎幅󰘹作動󰘩󰖪󰕻󰕮󰕴󰕰󰕠 󰙾󰚲󰚈󰚍󰙁 󰖣󰕟 󰚕ン󰚎幅󰘹作動󰘩󰙐󰘫󰖫く

くく 󰕟󰕙くく熱環境󰙤向󰘫󰙝󰘱󰙓󰘽複数󰙀󰙵󰚮󰚚󰙨󰚈󰙴󰙾󰙰ー󰚎󰙤使用󰘩󰘸く

くくくい󰙝󰘺󰘟󰖪󰚣󰙻ー󰚡ー󰚎󰙼󰚨ー󰙼󰙀󰚚󰙦ンコ󰚒󰙴󰚄 󰕓󰕮󰕳󰕬_󰕱󰕬󰕹󰕜󰕗くく

くくく 󰕮󰕳󰕬_󰕱󰕬󰕹󰕝 󰙐󰘱󰙁 󰕮󰕳󰕬_󰕱󰕬󰕹󰕞󰗁󰘽󰙼󰚨ー󰙼󰚚󰙦ン󰙤接󰘩󰘸󰘡󰘲く

くくく󰘧い󰖫

󰕝󰕙󰕟くく張󰙾󰚲󰚈󰚍󰗀󰕻󰕮󰕴く󰙾󰚲󰚈󰚍󰖪󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞 󰙾󰚲󰚈󰚍󰗁

󰕤󰕤󰕛󰕱󰖃く󰕰󰖣󰖟󰖝󰖐󰖘󰖐󰕟く󰚣󰙻ー󰚡ー󰚎󰘽󰙁󰖪󰕻󰕮󰕴 󰙾󰚲󰚈󰚍 󰕝 基󰖪󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞 󰙾󰚲󰚈󰚍 󰕠く基󰘞

備わ󰘵󰘸い󰙐󰘫󰖫

󰕻󰕮󰕴 󰙾󰚲󰚈󰚍 󰕥くく 󰕻󰕮󰕴 󰙾󰚲󰚈󰚍󰙁󰖪󰕞󰕝 󰚘󰚈󰚍 󰕻󰕮󰕴 󰙩ン󰚄ー󰚚󰙬󰙩󰙾󰙤持󰘶張くく

くくくくく 󰙰ー󰚎󰙀󰙩ン󰙾󰚍ー󰚰󰘽使用󰘩󰙐󰘫󰖫

󰕻󰕮󰕴󰕰 󰙾󰚲󰚈󰚍 󰕥く 󰕻󰕮󰕴󰕰󰕜く󰕚く󰕻󰕮󰕴󰕰󰕞く󰕓󰕻󰕮󰕴󰕰く󰖣󰕜 󰙾󰚲󰚈󰚍󰖪白 󰕔 󰙁 󰕲󰖔󰖒󰖌󰖍󰖔󰖟く󰕷󰕬󰕹 󰙰ー󰚎󰖪く

くく 󰕾󰕬󰕿󰕬󰕝 󰙰ー󰚎󰘼󰘻󰖪󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞く󰖣󰕜 󰚱ーン幅󰙰ー󰚎󰘹使用󰘧󰙞󰙐く

くく󰘫󰖫

くく 󰕻󰕮󰕴󰕰󰕝く󰕚く󰕻󰕮󰕴󰕰󰕟く󰕓󰕻󰕮󰕴󰕰く󰖣󰕜󰕡 󰙾󰚲󰚈󰚍󰖪青 󰕔 󰙁 󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞く󰖣󰕜󰕡く

くく 󰚱ーン幅󰙵󰚮󰚚󰙨󰚈󰙴󰙾󰙰ー󰚎󰘹使用󰘧󰙞󰙝󰘝󰖪󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞 󰙵󰚮く

くく 󰚚󰙨󰚈󰙴󰙾󰙰ー󰚎󰙤󰙜付󰘣󰘸 󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

󰖪󰕾󰕷󰕴

󰕿󰕸

機能󰙤󰙺󰚢ー󰚍く

くく 󰘫󰙝󰘱󰙓󰘽使用󰘧󰙞󰙐󰘫󰖫

くく 󰕻󰕮󰕴󰕰󰕠く󰕓󰕻󰕮󰕴󰕰く󰖣󰕜󰕡 󰙾󰚲󰚈󰚍󰖪青 󰕔 󰙁 󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞く󰖣󰕟 󰚱ーン幅󰙵く

くく 󰚮󰚚󰙨󰚈󰙴󰙾󰙰ー󰚎󰘹使用󰘧󰙞󰙝󰘝󰖪󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞 󰙵󰚮󰚚󰙨󰚈󰙴󰙾󰙰ーく

くく 󰚎󰙤󰙜付󰘣󰘸 󰕞󰕘󰖂󰖌󰖤く󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

機能󰙤󰙺󰚢ー󰚍󰘫󰙝󰘱󰙓󰘽く

くく使用󰘧󰙞󰙐󰘫󰖫

張󰙰ー󰚎󰙀装着

󰙾󰚋󰚈󰚜 󰕜󰕙く 張󰙰ー󰚎󰙤装着󰘫󰙝前󰘽󰖪電源󰘞 󰕺󰕱󰕱 󰘽󰘼󰘵󰘸い󰙝󰘥󰘺󰖪󰙐󰘱󰙁電源コー

󰚎󰘞接󰘧󰙞󰘸い󰘼い󰘥󰘺󰙤確認󰘩󰘸󰘡󰘲󰘧い󰖫装着󰘫󰙝前󰘽󰖪張󰙰ー󰚎

󰙀明書󰙤󰙥󰘹󰖪必要󰘼󰚔ー󰚎󰙫󰙬󰙧設定󰙤行󰘵󰘸󰘡󰘲󰘧い󰖫

󰙾󰚋󰚈󰚜 󰕝󰕙く使用󰘫󰙝󰙾󰚲󰚈󰚍󰙀󰚛󰚮󰙶󰚈󰚍󰙤󰙜外󰘩󰘸󰘡󰘲󰘧い󰖫󰚒󰙽󰙁後󰘹使用󰘫󰙝󰙀

󰘹󰖪󰘵󰘸󰘜い󰘸󰘡󰘲󰘧い󰖫

󰙾󰚋󰚈󰚜 󰕞󰕙く 󰙰ー󰚎コ󰚒󰙴󰚄󰙤󰙾󰚲󰚈󰚍󰙀置󰘽合わ󰘭󰘸󰖪󰙰ー󰚎󰘞󰙾󰚲󰚈󰚍󰘽完全󰘽固定

󰘧󰙞󰙝󰙐󰘹󰙰ー󰚎󰙤押󰘩込󰙥󰘹󰘡󰘲󰘧い󰖫

󰙾󰚋󰚈󰚜 󰕟󰕙く 後󰘽󰖪󰚒󰙽󰘹󰙰ー󰚎󰙤󰙼󰚨ー󰙼󰘽固定󰘩󰘸󰘡󰘲󰘧い󰖫

󰙾󰚋󰚈󰚜 󰕠󰕙く 󰙰ー󰚎󰙤󰙼󰚨ー󰙼󰘽󰚒󰙽󰘹固定󰘩󰙐󰘫󰖫く

󰙾󰚋󰚈󰚜 󰕡󰕙く 󰙼󰙾󰚋󰚥く󰙰󰚕ー󰙤元󰘽戻󰘩󰙐󰘫󰖫

日本語

225

ASRock 990FX Extreme4 Motherboard

󰕝󰕙󰕠くく󰕾󰕷󰕴

󰕿󰕸

󰘜󰙚󰙅 󰕼󰖠󰖌󰖏く󰕾󰕷󰕴

󰕿󰕸

操作󰙱󰙩󰚎

󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰙁 󰕹󰖁󰕴󰕯󰕴󰕬

く󰕾󰕷󰕴󰕿

󰕿󰕸

󰘜󰙚󰙅 󰕼󰖠󰖌󰖏く󰕾󰕷󰕴

󰕿󰕸

く󰕓 󰙾󰙶ー󰚮󰚛󰚰󰚯ン󰙴󰙩ン󰚄ー

󰚚󰙬󰙩󰙾 󰕔 術󰙤󰙺󰚢ー󰚍󰘩󰖪大 󰕝 󰘶󰙀同󰘪 󰕻󰕮󰕴く󰕰󰖣󰖛󰖝󰖐󰖞󰖞く󰖣󰕜󰕡 󰙵󰚮󰚚󰙨󰚈󰙴󰙾󰙰ー󰚎󰙤

󰙜付󰘣󰙝󰘥󰘺󰘞󰘹󰘟󰙐󰘫󰖫現󰖪󰕹󰖁󰕴󰕯󰕴󰕬

く󰕾󰕷󰕴

󰕿󰕸

󰚋󰙴󰚓󰚲󰙽󰙁 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟 󰚘󰚈

󰚍く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸く

󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟 󰚘󰚈󰚍く󰕚く󰖃󰕻く󰕚く󰖃󰕻く󰕡󰕟 󰚘󰚈󰚍 󰕺󰕾 󰙤󰙺󰚢ー󰚍󰘩󰙐󰘫󰖫󰕹󰖁󰕴󰕯󰕴󰕬

く

󰕼󰖠󰖌󰖏く󰕾󰕷󰕴

󰕿󰕸

術󰙁󰖪󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟 󰚘󰚈󰚍く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸く

󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟 󰚘󰚈󰚍く󰕺󰕾 󰙀

󰙑󰙤󰙺󰚢ー󰚍󰘩󰙐󰘫󰖫詳細󰙁󰖪󰕜󰕢 󰚟ー󰙽󰙀󰙜付󰘣手󰊭󰘽従󰘵󰘸󰘡󰘲󰘧い󰖫

󰕝󰕙󰕡くく󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

󰕗く󰕞󰕘󰖂󰖌󰖤く󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

󰘜󰙚󰙅 󰕼󰖠󰖌󰖏くくく

くくくくく󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

操作󰙱󰙩󰚎

󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰙁󰖪󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

󰕗く󰕞󰕘󰖂󰖌󰖤く󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

󰘺 󰕼󰖠󰖌󰖏く󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

機能󰙤󰙺󰚢ー󰚍󰘩󰙐󰘫󰖫󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

󰚋󰙴󰚓󰚲󰙽󰙁󰖪󰕜く󰘶󰙀く󰕻󰕮く󰘽複数󰙀高性能く󰕲󰕻󰖀く

󰕓 󰙵󰚮󰚚󰙨󰚈󰙴󰙾󰚜󰚲󰚀󰚈󰙼ン󰙵󰚫󰚐󰚈󰚍 󰕔く󰙤結合󰘹󰘟󰙝󰙔󰘵󰘺󰙔進的󰘼方法󰙤提供󰘩󰙐

󰘫󰖫󰙩ン󰚋󰚯󰙽󰙬ン󰚍󰘼ソ󰚚󰚍󰙫󰙬󰙧設計󰘺革新的󰘼相互接󰚦󰙰󰚐󰙿󰚥󰙤組󰙑込󰙥󰘲󰘧󰙐

󰘨󰙐󰘼󰙯󰚟󰚱ー󰚋󰙨ン󰙵󰚧ー󰚎󰙤組󰙑合わ󰘭󰙝󰘥󰘺󰘹󰖪󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

󰙁く󰕞󰕯く󰙧󰚜󰚯󰙶ー

󰙼󰚬ン󰘹󰖪考え󰙛󰙞󰙝󰙔󰘵󰘺󰙔高い󰚱󰚞󰚰󰙀󰚖󰚚󰙮ー󰚣ン󰙾󰘺画像品質󰙤可能󰘽󰘩󰙐󰘫󰖫現

󰖪󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

機能󰙁く󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰖃󰕻く󰖢󰖔󰖟󰖓く󰕾󰖐󰖝󰖡󰖔󰖎󰖐く󰕻󰖌󰖎󰖖く󰕝く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く󰕢く

󰕺󰕾く󰘹󰙺󰚢ー󰚍󰘧󰙞󰘸い󰙐󰘫󰖫󰕞󰕘󰖂󰖌󰖤く󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

󰘺 󰕼󰖠󰖌󰖏く󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

機能󰙁

󰖂󰖔󰖙󰖏󰖚󰖢󰖞

󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く󰕢く󰕺󰕾 󰘹󰙀󰙑󰙺󰚢ー󰚍󰘧󰙞󰙐󰘫󰖫󰕬󰕸󰕯

󰕿󰕸く

󰕮󰖝󰖚󰖞󰖞󰕱󰖔󰖝󰖐󰖃

󰕿󰕸

󰚎󰚮󰙩󰚕更

新󰘽󰘶い󰘸󰙁󰖪󰕬󰕸󰕯く󰙀く󰖂󰖐󰖍く󰙺󰙩󰚍󰙤󰚆󰙬󰚈󰙴󰘩󰘸󰘡󰘲󰘧い󰖫詳細󰙁󰖪󰕝󰕛 󰚟ー󰙽󰙀󰙜付󰘣

手󰊭󰘽従󰘵󰘸󰘡󰘲󰘧い󰖫

日本語

226

ASRock 990FX Extreme4 Motherboard

󰕝󰕙󰕢くく󰙽󰚨ン󰚖設定

右󰙀図󰙁󰙽󰚨ン󰚖󰘞󰘻󰙀󰙚う󰘽設定󰘧󰙞󰘸い󰙝󰘝󰙤示󰘩󰙐

󰘫󰖫󰙽󰚨ン󰚖󰙲󰚨󰚈󰚜󰘞󰚙ン󰘽置󰘝󰙞󰘸い󰙝場合󰖪󰙽󰚨ン󰚖

󰙁くく󰖾󰙼󰚬ー󰚍󰖿く󰘽󰘼󰙜󰙐󰘫󰖫󰙽󰚨ン󰚖󰙲󰚨󰚈󰚜󰘞󰚙ン󰘽置󰘝

󰙞󰘸い󰘼い場合󰖪󰙽󰚨ン󰚖く󰙁く󰖾󰙯ー󰚜ン󰖿󰘽󰘼󰙜󰙐󰘫󰖫右󰙀

図󰘹󰖪󰗘󰚙ン󰙽󰚨ン󰚖󰘹󰖪󰕜󰕘󰕝 󰚙ン󰙤くく󰖾󰙼󰚬ー󰚍󰖿󰙀場合󰖪󰘥

󰙞󰙛󰙀󰗗󰘶󰙀󰚙ン󰘽󰙽󰚨ン󰚖󰙲󰚨󰚈󰚜󰙤置󰘟󰙐󰘫󰖫

󰙽󰚨ン󰚖

設定く 明

󰕮󰕸󰕺󰕾 󰙀消去󰙽󰚨ン󰚖

󰕓󰕮󰕷󰕽󰕮󰕸󰕺󰕾󰕜󰗁

󰕓 󰚟ー󰙽󰗗󰙧󰙩󰚋󰚥 󰕞 参照󰗁

注󰕥

くく

󰕮󰕷󰕽󰕮󰕸󰕺󰕾󰕜 󰘽󰙚󰙜󰖪󰕮󰕸󰕺󰕾 󰙀󰚌ー󰚄󰙤󰙴󰚯󰙧󰘹󰘟󰙐󰘫󰖫󰙼󰙾󰚋󰚥󰚖󰚮󰚦ー󰚄󰙤󰙴󰚯󰙧󰘩󰚌󰚚󰙮󰚰󰚍設定󰘽󰚯

󰚀󰚈󰚍󰘫󰙝󰘽󰙁󰖪コン󰚙󰚪ー󰚄󰙀電源󰙤󰙯󰚚󰘽󰘩󰖪電源装置󰘝󰙛電源コー󰚎󰙤抜い󰘸󰘡󰘲󰘧い󰖫󰕜󰕠 秒待󰘵󰘸

󰘝󰙛󰖪󰙽󰚨ン󰚖󰙲󰚨󰚈󰚜󰙤使用󰘩󰘸 󰕮󰕷󰕽󰕮󰕸󰕺󰕾󰕜 󰙀󰚙ン 󰕝 󰘺󰚙ン󰕞󰙤󰕠秒間󰙼󰚬ー󰚍󰘩󰘸󰘡󰘲󰘧い󰖫󰘱󰘲󰘩󰖪

󰕭󰕴󰕺󰕾 更新󰙀後󰘫󰘢󰘽󰙁 󰕮󰕸󰕺󰕾 󰙤󰙴󰚯󰙧󰘩󰘼い󰘹󰘡󰘲󰘧い󰖫󰕭󰕴󰕺󰕾 󰙀更新󰙀終了後直󰘳󰘽 󰕮󰕸󰕺󰕾 󰙤󰙴󰚯󰙧

󰘫󰙝必要󰘞あ󰙝場合󰖪󰙐󰘬󰙼󰙾󰚋󰚥󰙤起動󰘩󰘸󰘝󰙛󰙼󰚨󰚈󰚍󰚅󰙫ン󰘩󰖪󰘯󰙀後󰙴󰚯󰙧 󰕮󰕸󰕺󰕾 󰙧󰙴󰙼󰚬ン󰙤実

行󰘫󰙝必要󰘞あ󰙜󰙐󰘫󰖫󰚖󰙾ワー󰚎󰖪日付󰖪時刻󰖪󰚫ー󰙻ー󰚌󰚚󰙮󰚰󰚍󰙀󰚜󰚲󰚚󰙦󰙩󰚰󰙤忘󰙞󰘬󰘽󰚦󰚧󰘩󰘸

󰘡󰘲󰘧い󰖫󰕜󰕞󰕤󰕟く󰕲󰖀󰕴󰕯 󰘺 󰕸󰕬󰕮 󰙧󰚎󰚱󰙾󰙁󰖪󰕮󰕸󰕺󰕾 󰚕󰚈󰚋󰚯󰙤󰙜外󰘩󰘱場合󰙀󰙑消去󰘧󰙞󰙐󰘫󰖫

󰕮󰕸󰕺󰕾 󰙀消去

󰚌󰚚󰙮󰚰󰚍設定

󰙴󰚯󰙧󰕮󰕸󰕺󰕾󰙾󰙩󰚈󰚆󰘽󰙁󰖪󰙴󰚯󰙧󰕮󰕸󰕺󰕾󰙽󰚨ン󰚖󰘺同󰘪機能󰘞あ󰙜󰙐󰘫󰖫

󰙯ン󰚡ー󰚎󰙀󰚝󰚈󰚅󰘺コ󰚒󰙴󰚄類󰙁󰙽󰚨ン󰚖󰘹󰙁あ󰙜󰙐󰘭󰙥󰖫󰘯󰙞󰙛󰙀󰚝󰚈

󰚅やコ󰚒󰙴󰚄󰘽󰙽󰚨ン󰚖󰙲󰚨󰚈󰚜󰙤󰘝ぶ󰘭󰘼い󰘹󰘡󰘲󰘧い󰖫󰚝󰚈󰚅やコ󰚒󰙴󰚄

󰘽󰙽󰚨ン󰚖󰙲󰚨󰚈󰚜󰙤󰘝ぶ󰘭󰙝󰘺󰖪󰚣󰙻ー󰚡ー󰚎󰘽深刻󰘼影響󰙤え󰙝場

合󰘞あ󰙜󰙐󰘫󰖫

󰙼󰚬ー󰚍くくくくくく󰙯ー󰚜ン

日本語

赤い縞模様󰙀側󰘺󰚙ン 󰕜

󰕝󰕙󰕣くく󰙯ン󰚡ー󰚎󰙀󰚝󰚈󰚅󰘺コ󰚒󰙴󰚄類

󰕱󰕯󰕯 コ󰚒󰙴󰚄

󰕓󰕞󰕞 󰚙ンく󰕱󰕷󰕺󰕻󰕻󰖄󰕜󰕔

󰚟ー󰙽 󰕝 󰙧󰙩󰚋󰚥 󰕞󰕛 参照

注意 󰕥

󰙶ー󰚛󰚰󰙀赤い縞模様󰙀側󰘞コ󰚒󰙴󰚄󰙀󰚙ン 󰕜 側󰘽接󰘧󰙞󰘸い󰙝󰘥󰘺󰙤確認󰘩󰘸󰘡󰘲󰘧い󰖫

227

ASRock 990FX Extreme4 Motherboard

󰙼󰚯󰙧󰚰 󰕬󰕿󰕬󰕞 コ󰚒󰙴󰚄く 󰘥󰙞󰙛 󰕣 本󰙀󰙼󰚯󰙧󰚰 󰕬󰕿󰕬󰕞くく

󰕾󰕬󰕿󰕬󰕞_󰕜_󰕝󰕥く󰚟ー󰙽 󰕝󰕗 󰙧󰙩󰚋󰚥 󰕝󰕜 󰙤参照くく

󰕓󰕾󰕬󰕿󰕬󰕞󰗁コ󰚒󰙴󰚄󰙁内蔵󰙾󰚍く

󰕾󰕬󰕿󰕬󰕞_󰕞_󰕟󰕥く󰚟ー󰙽 󰕝󰕗 󰙧󰙩󰚋󰚥 󰕝󰕛 󰙤参照く

く 󰚱ー󰚌󰚕󰙩󰙾󰘽使用󰘫󰙝 󰕾󰕬󰕿󰕬くく

󰕾󰕬󰕿󰕬󰕞_󰕠_󰕡󰕥く󰚟ー󰙽 󰕝󰕗 󰙧󰙩󰚋󰚥 󰕜󰕤 󰙤参照く

く 󰚌ー󰚄󰙶ー󰚛󰚰󰘽対応󰘩󰘸い󰙐く

󰕾󰕬󰕿󰕬󰕞_󰕢󰕥く󰚟ー󰙽 󰕝󰕗 󰙧󰙩󰚋󰚥 󰕞󰕝 󰙤参照くく

く 󰘫󰖫現󰙀 󰕾󰕬󰕿󰕬󰕞 󰙩ン󰚄󰚚󰙬ーくく

󰕾󰕬󰕿󰕬󰕞_󰕣󰕥く󰚟ー󰙽 󰕝󰕗 󰙧󰙩󰚋󰚥 󰕞󰕞 󰙤参照

く 󰙾󰙀大󰚌ー󰚄転送󰁬度󰙁

く 󰕡󰕙󰕛く󰕲󰖍󰕚󰖞 󰘹󰘫󰖫

󰙼󰚯󰙧󰚰 󰕬󰕿󰕬󰗀󰕾󰕬󰕿󰕬󰗁

󰚌ー󰚄󰙶ー󰚛󰚰󰗀󰙯󰚜󰙼󰚬ン󰗁

󰕾󰕬󰕿󰕬 󰚌ー󰚄󰙶ー󰚛󰚰󰙀󰘻󰘳󰙛󰘝󰙀

端󰙤󰚣󰙻ー󰚡ー󰚎󰙀 󰕾󰕬󰕿󰕬く󰕚󰕾󰕬󰕿󰕬󰕴󰕴く󰕚く

󰕾󰕬󰕿󰕬󰕞 󰚔ー󰚎󰚌󰙨󰙾󰙴󰖪󰙐󰘱󰙁 󰕾󰕬󰕿󰕬󰕴󰕴く

󰕚く󰕾󰕬󰕿󰕬󰕞 コ󰚒󰙴󰚄󰘽接󰘹󰘟󰙐󰘫󰖫

󰕞󰕙󰕠󰖘󰖘 󰙯ー󰚌󰙨󰙯󰙶ー󰚛󰚰く 󰕞󰕙󰕠󰖘󰖘 󰙯ー󰚌󰙨󰙯󰙶ー󰚛󰚰󰙀い󰘬󰙞󰘝

󰗀󰙯󰚜󰙼󰚬ン󰗁く 󰙀端󰙤 󰕸󰕻󰕞 󰚜󰚱ー󰚩ーや携帯電話󰖪

く 󰙐󰘱󰙁 󰕻󰕮 󰙀󰚮󰙩ン󰙩ン󰚢ー󰚍󰘼󰘻󰙀󰖪

く 󰚢ー󰚄󰚛󰚰󰙯ー󰚌󰙨󰙯󰚌󰚕󰙩󰙾󰘽接

く 󰘹󰘟󰙐󰘫󰖫

󰖀󰕾󰕭く󰕝󰕙󰕛 󰚝󰚈󰚅く 󰕴󰕚󰕺 󰚖󰚒󰚰󰘽󰙁󰖪󰚌󰚚󰙮󰚰󰚍󰙀 󰕡く

󰕓󰕤 󰚙ンく󰖀󰕾󰕭󰕝_󰕞󰕔

く 󰘶󰙀 󰖀󰕾󰕭く󰕝󰕙󰕛 󰚢ー󰚍以外󰘽󰖪󰘥󰙀く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕜󰕟 󰙤参照

く 󰚣󰙻ー󰚡ー󰚎󰘽 󰕝 󰘶󰙀 󰖀󰕾󰕭く󰕝󰕙󰕛くく

く 󰚝󰚈󰚅󰘞搭載󰘧󰙞󰘸い󰙐󰘫󰖫󰘯󰙞くく

く 󰘰󰙞󰙀 󰖀󰕾󰕭く󰕝󰕙󰕛 󰚝󰚈󰚅󰙁 󰕝 󰘶󰙀

く 󰖀󰕾󰕭く󰕝󰕙󰕛 󰚢ー󰚍󰙤󰙺󰚢ー󰚍󰘹󰘟󰙐くく

く󰘫󰖫

日本語

󰚜󰚮󰙩󰚣󰚯 󰕴󰕯󰕰 コ󰚒󰙴󰚄 󰕓 青 󰕔く

󰕓󰕞󰕤 󰚙ンく󰕴󰕯󰕰󰕜󰕔

󰚟ー󰙽 󰕝󰕗 󰙧󰙩󰚋󰚥 󰕜󰕣 󰙤参照

コ󰚒󰙴󰚄󰙀青色󰙀端子󰙤

󰚣󰙻ー󰚡ー󰚎󰘽󰖫

くくく 󰕣󰕛󰕘 コン󰚅󰙴󰚄 󰕬󰕿󰕬く󰕡󰕡󰕚󰕜󰕛󰕛󰕚󰕜󰕞󰕞 󰙶ー󰚛󰚰

注意 󰕥く詳細󰘽󰘶い󰘸󰙁󰖪󰕴󰕯󰕰 󰚌󰚕󰙩󰙾󰚞ン󰚅ー󰙀指示󰙤参照󰘩󰘸󰘡󰘲󰘧い󰖫

黒色󰙀端子󰙤 󰕴󰕯󰕰 󰚌󰚕

󰙩󰙾󰘽接󰘩󰘸󰘡󰘲󰘧い󰖫

󰙼󰚯󰙧󰚰 󰕬󰕿󰕬󰗀󰕾󰕬󰕿󰕬󰗁

󰕾󰕬󰕿󰕬 電源󰙶ー󰚛󰚰󰙀黒端󰙤各󰚎󰚮く

電源󰙶ー󰚛󰚰󰗀󰙯󰚜󰙼󰚬ン󰗁く 󰙩󰚛󰙀電源コ󰚒󰙴󰚄󰘽接󰘩󰖪白くく

く端󰙤󰚖ワー󰙺󰚜󰚮󰙩󰙀電源コ󰚒󰙴くく

く 󰚄󰘽接󰘩󰘸󰘡󰘲󰘧い󰖫

󰚖ワー󰙺󰚜󰚮

󰙩󰘽接

󰕾󰕬󰕿󰕬く󰕳󰕯󰕯 電源

コ󰚒󰙴󰚄󰘽接

SATA3_1_2 SATA3_3_4 SATA3_5_6

SATA3_8 SATA3_7

P-3

P+3

GND

DUMMY

USB_PWR

P-2

P+2

GND

228

ASRock 990FX Extreme4 Motherboard

くく 󰕜󰕙く 󰚔󰙩󰚌󰙨󰚚󰙨󰚐󰙼󰚬ン󰙯ー󰚌󰙨󰙯󰙁󰙽󰚨󰚈󰙴󰚀ン󰙼ン󰙵󰙤󰙺󰚢ーくく

くく 󰚍󰘩󰙐󰘫󰘞󰖪󰘩󰘡機能󰘫󰙝󰘱󰙓󰘽󰙼󰚨ー󰙼󰙀󰚖󰚒󰚰ワ󰙩󰚩󰘞くく

くく 󰕳󰕬󰕯 󰙤󰙺󰚢ー󰚍󰘫󰙝必要󰘞あ󰙜󰙐󰘫󰖫󰘥󰙀󰚣󰚐󰚪󰙧󰚰󰘺󰙼󰚨ーくく

くく 󰙼󰙀󰚣󰚐󰚪󰙧󰚰󰙀指示󰘽従󰘵󰘸󰖪󰙼󰙾󰚋󰚥󰙤󰙜付󰘣󰘸󰘡󰘲󰘧くく

くくい󰖫

くく 󰕝󰕙く 󰕬󰕮’󰕤󰕢 󰙯ー󰚌󰙨󰙯󰚖󰚒󰚰󰙤使用󰘫󰙝場合󰖪次󰙀󰙚う󰘽前面󰚖くく

くく 󰚒󰚰󰙀󰙯ー󰚌󰙨󰙯󰚝󰚈󰚅󰘽󰙜付󰘣󰘸󰘡󰘲󰘧い󰖫

くく 󰕬󰕙く 󰕸󰖔󰖎_󰕴󰕹く󰕓󰕸󰕴󰕮󰕔 󰙤 󰕸󰕴󰕮󰕝_󰕷 󰘽接󰘩󰙐󰘫󰖫

くく 󰕭󰕙く 󰕬󰖠󰖏󰖔󰖚_󰕽く󰕓󰕽󰕴󰕹󰕔 󰙤 󰕺󰖀󰕿󰕝_󰕽 󰘽󰖪󰕬󰖠󰖏󰖔󰖚_󰕷く󰕓󰕷󰕴󰕹󰕔 󰙤く

くくく 󰕺󰖀󰕿󰕝_󰕷 󰘽接󰘩󰙐󰘫󰖫

󰚚󰚲ン󰚍󰙯ー󰚌󰙨󰙯󰚖󰚒󰚰コ󰚒󰙴󰚄く 󰘥󰙀コ󰚒󰙴󰚄󰙁󰖪󰙯ー󰚌󰙨󰙯機器く

󰕓󰕤 󰚙ンく󰕳󰕯_󰕬󰖀󰕯󰕴󰕺󰕜󰕔

く 󰘺󰙀便利󰘼接󰘺コン󰚍󰚲ー󰚰󰙤く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕟󰕞 󰙤参照く

く可能󰘽󰘫󰙝󰚚󰚲ン󰘺󰙯ー󰚌󰙨󰙯󰚖くく

く 󰚒󰚰󰙀󰘱󰙓󰙀󰙩ン󰚄ー󰚚󰙬󰙩󰙾󰘹くく

く󰘫󰖫

日本語

P-9

P+9

GND

DUMMY

USB_PWR

P-8

P+8

GND

󰕓󰕤 󰚙ンく󰖀󰕾󰕭󰕣_󰕤󰕔

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕜󰕞 󰙤参照

󰖀󰕾󰕭く󰕞󰕙󰕛 󰚝󰚈󰚅く 󰕴󰕚󰕺 󰚖󰚒󰚰󰘽あ󰙝󰚌󰚚󰙮󰚰󰚍󰙀 󰖀󰕾󰕭くく

󰕓󰕜󰕤 󰚙ンく󰖀󰕾󰕭󰕞_󰕛_󰕜󰕔

く 󰕞󰕙󰕛 󰚢ー󰚍 󰕝 基󰘽加え󰖪󰖀󰕾󰕭く󰕞󰕙󰕛く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕝󰕣 󰙤参照

く 󰚝󰚈󰚅󰘞本󰚣󰙻ー󰚡ー󰚎󰘽󰘶い󰘸いく󰙐く

く 󰘫󰖫󰘥󰙀 󰖀󰕾󰕭く󰕞󰕙󰕛 󰚝󰚈󰚅󰙁 󰖀󰕾󰕭く󰕞󰕙󰕛く

く 󰚢ー󰚍 󰕝 基󰙤󰙺󰚢ー󰚍󰘹󰘟󰙐󰘫󰖫

赤外線󰚧󰙽󰚪ー󰚰コ󰚒󰙴󰚄く 󰘥󰙀コ󰚒󰙴󰚄󰙁赤外線󰙀無線送信

󰕓󰕠 󰚙ンく󰕴󰕽󰕜󰕔く

󰚧󰙽󰚪ー󰚰󰘽対応󰘩󰙐󰘫󰖫く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕟󰕟 󰙤参照

CD1

内部󰙯ー󰚌󰙨󰙯コ󰚒󰙴󰚄

󰘥󰙀コ󰚒󰙴󰚄󰙤使う󰘺󰖪󰕮󰕯󰕘くく

󰕓󰕟 󰚙ンく󰕮󰕯󰕜󰕔

く 󰕽󰕺󰕸󰖪󰕯󰖁󰕯󰕘󰕽󰕺󰕸󰖪󰕿󰖁 󰚆󰚪ーく

󰚟ー󰙽 󰕝󰕗 󰙧󰙩󰚋󰚥 󰕟󰕝 󰙤参照く

く 󰚏ー󰙰ー󰚎󰖪󰕸󰕻󰕰󰕲 󰙰ー󰚎󰘺い󰘵くく

く 󰘱音楽ソー󰙾󰘝󰙛󰙾󰚋󰚱󰙯󰙯ーくく

く 󰚌󰙨󰙯入力󰙤信󰘹󰘟󰙐󰘫󰖫

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

229

ASRock 990FX Extreme4 Motherboard

󰙼󰙾󰚋󰚥󰚖󰚒󰚰コ󰚒󰙴󰚄く 󰘥󰙀コ󰚒󰙴󰚄󰙁数種類󰙀󰙼󰙾󰚋󰚥く

󰕓󰕤 󰚙ンく󰕻󰕬󰕹󰕰󰕷󰕜󰕔

く󰚚

く

󰚲ン󰚍󰚖󰚒󰚰󰙀機能󰙤提供󰘩󰙐く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕝󰕤 󰙤参照

く󰘫󰖫

くく 󰙼󰚨ー󰙼󰘽付い󰘸い󰙝電源󰙾󰙩󰚈󰚆󰖪󰚯󰚀󰚈󰚍󰙾󰙩󰚈󰚆󰖪󰙼󰙾󰚋󰚥󰙾󰚋ー󰚄くく

くく 󰙾󰙩ン󰙽󰙶ー󰚄󰙤記󰙀󰚙ン割󰙜当󰘸指示󰘽従󰘵󰘸󰘥󰙀󰚝󰚈󰚅󰘽接󰘩󰙐󰘫󰖫く

くく 󰙶ー󰚛󰚰󰙤接󰘫󰙝前󰘽󰚙ン󰙀負極性󰘽󰘦注意󰘡󰘲󰘧い󰖫

くく 󰕻󰖂󰕽󰕭󰕿󰕹く󰕓 電源󰙾󰙩󰚈󰚆 󰕔󰕥くく

くく前面󰚖󰚒󰚰󰘽付い󰘸い󰙝電源󰙾󰙩󰚈󰚆󰘽接󰘩󰙐󰘫󰖫電源󰙾󰙩󰚈󰚆󰘽󰙚󰙝󰙼󰙾く

くく 󰚋󰚥電源󰙯󰚚方法󰙤設定󰘩󰘸変更󰘫󰙝󰘥󰘺󰙔可能󰘹󰘫󰖫

くく 󰕽󰕰󰕾󰕰󰕿く󰕓 󰚯󰚀󰚈󰚍󰙾󰙩󰚈ヱ 󰕔󰕥く

くく 󰙼󰚨ー󰙼󰙀前面󰚖󰚒󰚰󰘽付い󰘸い󰙝󰚯󰚀󰚈󰚍󰙾󰙩󰚈󰚆󰘽接󰘩󰙐󰘫󰖫コンくく

くく 󰚙󰚪ー󰚄󰘞󰚚󰚯ー󰙿󰘩󰖪常󰘼再起動󰙤󰘩󰘼い場合󰙁󰖪󰚯󰚀󰚈󰚍󰙾󰙩󰚈󰚆󰙤くく

くく押󰘩󰘸コン󰚙󰚪ー󰚄󰙤再起動󰘩󰙐󰘫󰖫

くく 󰕻󰕷󰕰󰕯く󰕓 󰙼󰙾󰚋󰚥電源 󰕷󰕰󰕯󰕔󰕥く

くく 󰙼󰚨ー󰙼󰙀前面󰚖󰚒󰚰󰘽付い󰘸い󰙝電源󰙾󰚋ー󰚄󰙾󰙩ン󰙽󰙶ー󰚄󰘽接󰘩󰙐く

くく 󰘫󰖫󰕷󰕰󰕯 󰙁󰖪󰙼󰙾󰚋󰚥󰘞動作󰘩󰘸い󰙝󰘺󰘟󰘽滋灯󰘩󰙐󰘫󰖫󰕷󰕰󰕯 󰙁󰙼󰙾󰚋󰚥くく

くく 󰘞 󰕾󰕜 󰙾󰚯ー󰚜状態󰙀󰘺󰘟󰘽滋滅󰘩󰙐󰘫󰖫󰙼󰙾󰚋󰚥󰘞 󰕾󰕞 󰙐󰘱󰙁 󰕾󰕟 󰙾󰚯ー󰚜状く

くく態󰘽󰘼󰙝󰘝󰖪電源󰙯󰚚 󰕓󰕾󰕠󰕔 󰘽󰘼󰙝󰘺󰖪󰕷󰕰󰕯 󰙁消灯󰘩󰙐󰘫󰖫

くく 󰕳󰕯󰕷󰕰󰕯く󰕓 󰚔ー󰚎󰚎󰚮󰙩󰚛󰙧󰙴󰚋󰙨󰚘󰚋󰙨 󰕷󰕰󰕯󰕔󰕥く

くく 󰙼󰚨ー󰙼󰙀前面󰚖󰚒󰚰󰘽付い󰘸い󰙝󰚔ー󰚎󰚎󰚮󰙩󰚛󰙧󰙴󰚋󰙨󰚘󰚋󰙨 󰕷󰕰󰕯 󰘽接く

くく 󰘩󰙐󰘫󰖫󰕷󰕰󰕯 󰙁󰖪󰚔ー󰚎󰚎󰚮󰙩󰚛󰘞󰚌ー󰚄󰙀󰙑込󰙑󰙐󰘱󰙁書󰘟込󰙑動作󰙤く

くく 󰘩󰘸い󰙝󰘺󰘟󰘽滋灯󰘩󰙐󰘫󰖫

くく前面󰚖󰚒󰚰󰙀󰚌󰙻󰙩ン󰙁󰙼󰚨ー󰙼󰘽󰙚󰘵󰘸異󰘼󰙜󰙐󰘫󰖫前面󰚖󰚒󰚰󰚧󰙽󰚪ー󰚰く

くく 󰙁󰖪主󰘽電源󰙾󰙩󰚈󰚆󰖪󰚯󰚀󰚈󰚍󰙾󰙩󰚈󰚆󰖪電源 󰕷󰕰󰕯󰖪󰚔ー󰚎󰚎󰚮󰙩󰚛󰙧くく

くく 󰙴󰚋󰙨󰚘󰚋󰙨 󰕷󰕰󰕯󰖪󰙾󰚙ー󰙰ー󰘼󰘻󰘝󰙛構成󰘧󰙞󰘸い󰙐󰘫󰖫󰙼󰚨ー󰙼󰙀前面くく

くく 󰚖󰚒󰚰󰚧󰙽󰚪ー󰚰󰙤󰘥󰙀󰚝󰚈󰚅󰘽接󰘫󰙝󰈣󰙁󰖪ワ󰙩󰚩󰘺󰚙ン󰙀割󰙜当󰘸󰘞く

くく 󰘩󰘡対応󰘩󰘸い󰙝󰘥󰘺󰙤確認󰘩󰘸󰘡󰘲󰘧い󰖫

日本語

くく 󰕮󰕙く 󰕲󰖝󰖚󰖠󰖙󰖏く󰕓󰕲󰕹󰕯󰕔 󰙤 󰕲󰖝󰖚󰖠󰖙󰖏く󰕓󰕲󰕹󰕯󰕔 󰘽接󰘩󰙐くく

くくく 󰘫󰖫く

くくく 󰕯󰕙く 󰕸󰕴󰕮_󰕽󰕰󰕿 󰘺 󰕺󰖀󰕿_󰕽󰕰󰕿 󰙁󰙯ー󰚌󰙨󰙯󰚖󰚒󰚰専用󰘹󰘫󰖫く

くくく 󰕬󰕮’󰕤󰕢 󰙯ー󰚌󰙨󰙯󰚖󰚒󰚰󰘽接󰘫󰙝必要󰙁あ󰙜󰙐󰘭󰙥󰖫

くく 󰕰󰕙く 󰚚󰚲ン󰚍󰚣󰙩󰙴󰙤有効化󰘫󰙝󰘽󰙁󰖫

くくく 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰖃󰕻く󰕚く󰖃󰕻く󰕡󰕟󰕘󰖍󰖔󰖟く󰕺󰕾 󰙀場合 󰕥

くくく

“

󰕸󰖔󰖣󰖐󰖝

”

󰕓 󰚤󰙲󰙺ー 󰕔 󰙤選択󰘩󰖪い󰘸

“

󰕽󰖐󰖎󰖚󰖝󰖏󰖐󰖝

”

󰕓 󰚱コーくく

くくく󰚅ー󰕔󰙤選択󰘩󰙐󰘫󰖫󰘯󰙀後

“

󰕱󰖝󰖚󰖙󰖟󰕸󰖔󰖎

”

󰕓 󰚚󰚲ン󰚍󰚣󰙩󰙴 󰕔 󰙤󰙴く

くくく 󰚯󰚈󰙴󰘩󰙐󰘫󰖫

くくく 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟󰕘󰖍󰖔󰖟く󰕺󰕾く

くくく 󰙀場合 󰕥

くくく 󰕽󰖐󰖌󰖗󰖟󰖐󰖖 コン󰚍󰚲ー󰚰󰚖󰚒󰚰󰘝󰙛

“

󰕱󰖝󰖚󰖙󰖟󰕸󰖔󰖎

”

󰕓 󰚚󰚲ン󰚍󰚣󰙩くく

くくく 󰙴 󰕔 󰚄󰚛󰙤開󰘟󰙐󰘫󰖫

“

󰕽󰖐󰖎󰖚󰖝󰖏󰖔󰖙󰖒く󰖁󰖚󰖗󰖠󰖘󰖐

”

󰕓 録音音量 󰕔 󰙤調く

くくく整󰘩󰙐󰘫󰖫

230

ASRock 990FX Extreme4 Motherboard

くく 󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰘹󰙁 󰕟 󰚙ン 󰕮󰕻󰖀 󰚚󰙦ン 󰕓 󰙴ワ󰙩󰙭󰚈󰚍󰚚󰙦ン 󰕔 󰘞󰙺󰚢ー󰚍󰘧󰙞󰘸い󰙐󰘫󰘞󰖪く

くく 󰚚󰙦ン󰁬度コン󰚍󰚲ー󰚰機能󰘞󰘼い場合󰘹󰙔󰖪󰕞 󰚙ン 󰕮󰕻󰖀 󰚚󰙦ン󰙁常󰘽作動󰘩󰙐󰘫󰖫󰕞くく

くく 󰚙ン 󰕮󰕻󰖀 󰚚󰙦ン󰙤󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰙀 󰕮󰕻󰖀 󰚚󰙦ンコ󰚒󰙴󰚄󰘽接󰘩󰙚う󰘺󰘩󰘸い󰙝場合󰖪くく

くく 󰚙ン 󰕜󰕘󰕞 󰘽接󰘩󰘸󰘡󰘲󰘧い󰖫

接󰘧󰙞󰘱󰚙ン 󰕜󰕘󰕞

󰕞 󰚙ン󰚚󰙦ン󰙀󰙩ン󰙾󰚍ー󰚰

󰕮󰕻󰖀 󰚚󰙦ンコ󰚒󰙴󰚄く 󰘥󰙀コ󰚒󰙴󰚄󰘽󰙁 󰕮󰕻󰖀 󰚚󰙦ン󰙶ーく

󰕓󰕟 󰚙ンく󰕮󰕻󰖀_󰕱󰕬󰕹󰕜󰕔

く 󰚛󰚰󰙤接󰘩󰙐󰘫󰖫黒いコー󰚎󰙁く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕡 󰙤参照

く 󰙧ー󰙾󰚙ン󰘽接󰘩󰘸󰘡󰘲󰘧い󰖫

󰕓󰕞 󰚙ンく󰕮󰕻󰖀_󰕱󰕬󰕹󰕝󰕔

く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕢 󰙤参照

1 2 3 4

GND

+12V

CPU_FAN_SPEED

FAN_SPEED_CONTROL

GND

+12V

CPU_FAN_SPEED

日本語

󰙼󰚨ー󰙼󰘜󰙚󰙅電源󰚚󰙦ンコ󰚒󰙴󰚄

󰕓󰕟 󰚙ンく󰕮󰕳󰕬_󰕱󰕬󰕹󰕜󰕔

く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕟󰕠 󰙤参照

󰕓󰕞 󰚙ンく󰕮󰕳󰕬_󰕱󰕬󰕹󰕝󰕔

く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕟 󰙤参照

󰕓󰕞 󰚙ンく󰕮󰕳󰕬_󰕱󰕬󰕹󰕞󰕔

く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕝 󰙤参照

󰕓󰕞 󰚙ンく󰕻󰖂󰕽_󰕱󰕬󰕹󰕜󰕔

く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕟󰕛 󰙤参照

󰚚󰙦ン󰙶ー󰚛󰚰󰙤󰚚󰙦ンコ󰚒󰙴󰚄

󰘽接󰘩󰖪黒いワ󰙩󰚩󰙤󰙧ー󰙾󰚙

ン󰘽合わ󰘭󰘸󰘡󰘲󰘧い󰖫󰕮󰕳󰕬_

󰕱󰕬󰕹󰕜󰕚󰕝󰕚󰕞く󰚚󰙦ン󰁬度󰙁󰖪󰖀󰕰󰕱󰕴く󰙐󰘱

󰙁く󰕬󰖃󰕿󰖀く󰙤通󰘩󰘸制御可能󰘹󰘟󰙐

󰘫󰖫

電源 󰕷󰕰󰕯 󰚝󰚈󰚅ーく 󰙼󰚨ー󰙼電源 󰕷󰕰󰕯 󰙤󰘥󰙀󰚝󰚈󰚅ー󰘽く

󰕓󰕞 󰚙ンく󰕻󰕷󰕰󰕯󰕜󰕔

く接󰘩󰖪󰙼󰙾󰚋󰚥電源󰙾󰚋ー󰚄󰙾󰙤く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕝󰕝 󰙤参照く

く示󰘫󰙚う󰘽󰘩󰘸󰘡󰘲󰘧い󰖫󰕷󰕰󰕯 󰙁󰙼くく

く 󰙾󰚋󰚥󰘞動作中󰙀󰈣󰘽󰙯ン󰘽󰘼󰙜󰙐くく

く 󰘫󰖫󰕾󰕜 󰙾󰚋ー󰚄󰙾󰘹󰙁 󰕷󰕰󰕯 󰙁滋滅󰘩く

く 󰘣󰙐󰘫󰖫󰕾󰕞󰕚󰕾󰕟く󰙾󰚋ー󰚄󰙾󰖪󰙐󰘱󰙁く

く 󰕾󰕠 󰙾󰚋ー󰚄󰙾 󰕓 電源󰙯󰚚 󰕔 󰙀場合󰖪く

く 󰕷󰕰󰕯 󰙁消灯󰘩󰙐󰘫󰖫

󰙼󰚨ー󰙼󰙾󰚙ー󰙰ー󰚝󰚈󰚅

󰙼󰚨ー󰙼󰙀󰙾󰚙ー󰙰ー󰘺󰘥󰙀󰚝󰚈く

󰕓󰕟 󰚙ンく󰕾󰕻󰕰󰕬󰕶󰕰󰕽󰕜󰕔

く 󰚅󰙤接󰘩󰘸󰘡󰘲󰘧い󰖫

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕝󰕞 󰙤参照

+5V

DUMMY

SPEAKER

GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

GND

+12V

CHA_FA N_SPEED

GND

+12V

PWR_FAN_SPEED

231

ASRock 990FX Extreme4 Motherboard

󰕬󰕿󰖃く󰕜󰕝󰖁 コ󰚒󰙴󰚄

󰘥󰙀コ󰚒󰙴󰚄󰘽󰙁 󰕮󰕻󰖀 󰘽 󰖁󰖎󰖚󰖝󰖐 電く

󰕓󰕣 󰚙ンく󰕬󰕿󰖃󰕜󰕝󰖁󰕜󰕔

く源󰙤供給󰘹󰘟󰙝󰙚う󰘽󰖪󰕬󰕿󰖃く󰕜󰕝󰖁く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕠 󰙤参照

く 󰚜󰚮󰙵󰙤備え󰘱󰙺ワー󰙺󰚜󰚮󰙩󰙤くく

く接󰘫󰙝必要󰘞あ󰙝󰘥󰘺󰘽注意󰘩くく

く 󰘸󰘡󰘲󰘧い󰖫接󰘽問題󰘞あ󰙝󰘺󰖪電源く

く 󰙁󰘩󰘡供給󰘧󰙞󰙐󰘭󰙥󰖫

󰕝󰕛 󰚙ン 󰕬󰕿󰖃 電源装置󰙀󰙜付󰘣

󰕬󰕿󰖃く󰚖ワーコ󰚒󰙴󰚄く 󰕬󰕿󰖃 電源コ󰚒󰙴󰚄󰙤接󰘩󰙐󰘫󰖫く

󰕓󰕝󰕟 󰚙ンく󰕬󰕿󰖃󰕻󰖂󰕽󰕜󰕔　く

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕜󰕝 󰙤参照く

8 5

4 1

くく 󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰘽󰙁 󰕝󰕟 󰚙ン 󰕬󰕿󰖃 電源コ󰚒󰙴󰚄󰘞装備󰘧󰙞󰘸󰘜󰙜󰖪

くく従来󰙀 󰕝󰕛 󰚙ン 󰕬󰕿󰖃 電源装置󰙤採用󰘩󰘸い󰙝場合󰘹󰙔作動󰘩󰙐󰘫󰖫

くく 󰕝󰕛 󰚙ン 󰕬󰕿󰖃 電源󰙤使用󰘫󰙝󰘽󰙁󰖪󰚙ン 󰕜 󰘜󰙚󰙅󰚙ン 󰕜󰕞 󰘺共󰘽電源

くく装置󰘽󰚜󰚮󰙵󰙤差󰘩込󰙑󰙐󰘫󰖫

くく 󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰘹く󰕣󰕘󰖛󰖔󰖙く󰕬󰕿󰖃く󰕜󰕝󰖁く電源コ󰚒󰙴󰚄󰘞提供󰘧󰙞󰘱󰘞󰖪従来󰙀 󰕟󰕘󰖛󰖔󰖙く󰕬󰕿󰖃くく

くく 󰕜󰕝󰖁く電源󰘹󰙔動作󰘹󰘟󰙐󰘫󰖫く󰕟󰕘󰖛󰖔󰖙く󰕬󰕿󰖃く電源󰙤使用󰘫󰙝場合󰖪電源󰙤く󰕻󰖔󰖙く󰕜く󰘺く󰕻󰖔󰖙くく

くく 󰕠 󰘺󰘺󰙔󰘽差󰘩込󰙥󰘹󰘡󰘲󰘧い󰖫

󰕟󰕘󰕻󰖔󰖙く󰕬󰕿󰖃く󰕜󰕝󰖁く電源󰙀󰙜付󰘣

8 5

4 1

󰕴󰕰󰕰󰕰く󰕜󰕞󰕤󰕟 󰚝󰚈󰚅く 󰕴󰕚󰕺 󰚖󰚒󰚰󰘽󰙁󰖪󰚌󰚚󰙮󰚰󰚍󰙀 󰕜く

󰕓󰕤 󰚙ンく󰕱󰕽󰕺󰕹󰕿_󰕜󰕞󰕤󰕟󰕔

く 󰘶󰙀 󰕴󰕰󰕰󰕰く󰕜󰕞󰕤󰕟 󰚢ー󰚍以外󰘽󰖪く

󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕜󰕠 󰙤参照

く 󰘥󰙀󰚣

󰚟ー

󰙻ー󰚡ー󰚎󰘽 󰕜 󰘶󰙀くく

く 󰕴󰕰󰕰󰕰く󰕜󰕞󰕤󰕟 󰚝󰚈󰚅󰘞搭載󰘧󰙞󰘸いくく

く 󰙐󰘫󰖫󰘯󰙞󰘰󰙞󰙀 󰕴󰕰󰕰󰕰く󰕜󰕞󰕤󰕟くく

く 󰚝󰚈󰚅󰙁 󰕜 󰘶󰙀 󰕴󰕰󰕰󰕰く󰕜󰕞󰕤󰕟くく

く 󰚢ー󰚍󰙤󰙺󰚢ー󰚍󰘹󰘟󰙐󰘫󰖫

󰙼󰚯󰙧󰚰󰚢ー󰚍󰚝󰚈󰚅

󰘥󰙀 󰕮󰕺󰕸󰕜 󰚝󰚈󰚅󰙁󰖪󰙼󰚯󰙧󰚰󰚢ー󰚍󰚧く

󰕓󰕤 󰚙ンく󰕮󰕺󰕸󰕜󰕔

く 󰙽󰚪ー󰚰󰙤󰙺󰚢ー󰚍󰘩󰙐󰘫󰖫

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕞󰕜 󰙤参照

くくくくくくくく

日本語

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

232

ASRock 990FX Extreme4 Motherboard

日本語

󰕳󰕯󰕸󰕴_󰕾󰕻󰕯󰕴󰕱く󰚝󰚈󰚅

󰕓󰕝󰕘 󰚙ンく󰕳󰕯󰕸󰕴_󰕾󰕻󰕯󰕴󰕱󰕜󰕔

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕜 󰙤参照くく

󰕳󰕯󰕸󰕴_󰕾󰕻󰕯󰕴󰕱く󰚝󰚈󰚅󰙁󰖪󰕾󰕻󰕯󰕴󰕱く

音声出力󰙤く󰕳󰕯󰕸󰕴く󰖁󰕲󰕬く󰙰ー󰚎󰘽提

供󰘩󰖪󰙼󰙾󰚋󰚥󰘹く󰕳󰕯󰕸󰕴く󰚌󰙽󰚄󰚰く

󰕿󰖁󰕚 󰚜󰚲󰙽󰙬󰙴󰚄 󰕚󰕷󰕮󰕯く󰚌󰚕󰙩󰙾󰘽

接󰘹󰘟󰙝󰙚う󰘽󰘩󰙐󰘫󰖫󰕳󰕯󰕸󰕴く

󰖁󰕲󰕬 󰙰ー󰚎󰙀く󰕳󰕯󰕸󰕴_󰕾󰕻󰕯󰕴󰕱 コ󰚒󰙴

󰚄󰙤󰖪󰘥󰙀󰚝󰚈󰚅󰘽接󰘩󰘸󰘡󰘲󰘧

い󰖫

前面󰖀󰕾󰕭く󰕞󰕙󰕛󰚖󰚒󰚰󰙀󰙜付󰘣󰙱󰙩󰚎

前面󰖀󰕾󰕭く󰕞󰕙󰕛󰚖󰚒󰚰󰙤筐体󰙀󰕝󰕙󰕠󰙩ン󰚆󰚎󰚮󰙩󰚛

󰚞󰙩󰘽󰙜付󰘣󰙐󰘫󰖫

手󰊭

手󰊭く󰕞

手󰊭

手󰊭く󰕟

面 󰖀󰕾󰕭く󰕞󰕙󰕛 󰚖󰚒󰚰󰙤 󰕡 本󰙀󰙼󰚨ー󰙼

󰘿󰘪󰘹󰚎󰚮󰙩󰚛󰚞󰙩󰘽󰙜付󰘣󰙐󰘫󰖫

手󰊭

手󰊭く󰕜

手󰊭

手󰊭く󰕝

󰚕ン󰚎󰚰󰘧󰙞󰘱前面 󰖀󰕾󰕭く󰕞󰕙󰕛 󰚖󰚒󰚰󰖪󰕟 本󰙀

󰕳󰕯󰕯 󰘿󰘪󰖪󰕡 本󰙀󰙼󰚨ー󰙼󰘿󰘪󰙤準備󰘩󰙐󰘫󰖫

󰕝󰕙󰕠󰖿く󰕳󰕯󰕯󰕚󰕾󰕾󰕯󰙤󰕟本󰙀󰕳󰕯󰕯󰘿󰘪󰘹前

面 󰖀󰕾󰕭く󰕞󰕙󰕛 󰚖󰚒󰚰󰘽󰙜付󰘣󰙐󰘫󰖫

背面󰖀󰕾󰕭く󰕞󰕙󰕛󰚛󰚮󰙶󰚈󰚍󰙀󰙜付󰘣󰙱󰙩󰚎

󰖀󰕾󰕭く󰕞󰕙󰕛󰙶ー󰚛󰚰󰘺背面󰖀󰕾󰕭く

󰕞󰕙󰕛󰚛󰚮󰙶󰚈󰚍󰙤組󰙑立󰘸󰙐󰘫󰖫

前面󰖀󰕾󰕭く󰕞󰕙󰕛󰚖󰚒󰚰󰙀󰕝本󰙀󰚒󰙽󰙤󰙁󰘬󰘩󰙐󰘫󰖫

手󰊭

手󰊭く󰕜

手󰊭

手󰊭く󰕝

󰘥󰙞󰘹前面󰖀󰕾󰕭く󰕞󰕙󰕛󰚖󰚒󰚰󰙀

使用準備󰙁完了󰘹󰘫󰖫

前面󰖀󰕾󰕭く󰕞󰕙󰕛󰙶ー󰚛󰚰󰙤󰚣󰙻ー󰚡ー󰚎󰙀󰖀󰕾󰕭く

󰕞󰕙󰕛󰚝󰚈󰚅󰗀󰖀󰕾󰕭󰕞_󰕛_󰕜󰗁󰘽差󰘩込󰙑󰙐󰘫󰖫

手󰊭

手󰊭く󰕠

手󰊭

手󰊭く󰕡

233

ASRock 990FX Extreme4 Motherboard

󰕝󰕙󰕤くく󰙴󰙩󰚈󰙴󰙾󰙩󰚈ヱ

󰚣󰙻ー󰚡ー󰚎󰘽󰙁電源󰙾󰙩󰚈󰚆󰖪󰚯󰚀󰚈󰚍󰙾󰙩󰚈󰚆󰘜󰙚󰙅󰙴󰚯󰙧󰚯ン󰙵 󰕮󰕸󰕺󰕾 󰙾󰙩󰚈󰚆󰙀 󰕞 󰘶󰙀󰙴󰙩󰚈󰙴󰙾󰙩󰚈

󰚆󰘞あ󰙜󰖪󰙼󰙾󰚋󰚥󰙀電源󰙀󰙯ン 󰕚 󰙯󰚚󰙀素早い󰙜え󰙐󰘱󰙁󰚯󰚀󰚈󰚍󰙐󰘱󰙁 󰕮󰕸󰕺󰕾 値󰙀消去󰙤󰘹󰘟󰙝

󰙚う󰘽󰘼󰘵󰘸い󰙐󰘫󰖫

電源󰙾󰙩󰚈󰚆

󰕓󰕻󰖂󰕽󰕭󰕿󰕹󰕔

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕝󰕡 󰙤参照

電源󰙾󰙩󰚈󰚆󰙁󰙴󰙩󰚈󰙴󰙾󰙩󰚈󰚆󰘹󰖪

󰙼󰙾󰚋󰚥電源󰙀󰙯ン 󰕚 󰙯󰚚󰙤素早

󰘡󰙜え󰙝󰘥󰘺󰘞󰘹󰘟󰙐󰘫󰖫

󰚯󰚀󰚈󰚍󰙾󰙩󰚈ヱ

󰕓󰕽󰕾󰕿󰕭󰕿󰕹󰕔

󰚟ー󰙽󰗗󰕗く󰙧󰙩󰚋󰚥 󰕝󰕠 󰙤参照

󰚯󰚀󰚈󰚍󰙾󰙩󰚈ヱ󰙁󰙴󰙩󰚈󰙴󰙾󰙩󰚈ヱ

󰘹󰖪󰙼󰙾󰚋󰚥󰙤素早󰘡󰚯󰚀󰚈󰚍󰘫󰙝󰘥

󰘺󰘞󰘹󰘟󰙐󰘫󰖫

󰙴󰚯󰙧 󰕮󰕸󰕺󰕾 󰙾󰙩󰚈ヱ

󰕓󰕮󰕷󰕽󰕮󰕭󰕿󰕹󰕔

󰚟ー󰙽 󰕞󰕗く󰙧󰙩󰚋󰚥 󰕜󰕢 󰙤参照

󰙴󰚯󰙧 󰕮󰕸󰕺󰕾 󰙾󰙩󰚈ヱ󰙁󰙴󰙩󰚈󰙴󰙾

󰙩󰚈ヱ󰘹󰖪󰕮󰕸󰕺󰕾 値󰙤素早󰘡󰙴󰚯󰙧

󰘹󰘟󰙐󰘫󰖫

󰕝󰕙󰕜󰕜くく󰚎󰚮󰙩󰚕󰙩ン󰙾󰚍ー󰚰󰙱󰙩󰚎

󰙼󰙾󰚋󰚥󰘽󰚎󰚮󰙩󰚕󰙤󰙩ン󰙾󰚍ー󰚰󰘫󰙝󰘽󰙁󰖪󰙐󰘬󰙺󰚢ー󰚍 󰕮󰕯 󰙤󰚎󰚮󰙩󰚛󰘽挿入󰘩󰘸󰘡󰘲

󰘧い󰖫󰙼󰙾󰚋󰚥互換󰙀󰚎󰚮󰙩󰚕󰘞自動検出󰘧󰙞󰖪󰙺󰚢ー󰚍 󰕮󰕯 󰚎󰚮󰙩󰚕󰚟ー󰙽󰘽一覧表示󰘧

󰙞󰙐󰘫󰖫󰘝󰙛󰙊󰊭番󰘽󰘥󰙞󰙛󰙀必須󰚎󰚮󰙩󰚕󰙤󰙩ン󰙾󰚍ー󰚰󰘩󰘸󰘡󰘲󰘧い󰖫󰘥󰙞󰘹󰖪󰙩ン

󰙾󰚍ー󰚰󰘩󰘱󰚎󰚮󰙩󰚕󰙁常󰘽作動󰘫󰙝󰙁󰘬󰘹󰘫󰖫

󰕝󰕙󰕜󰕛くく󰚌󰚕󰚈󰙵 󰕷󰕰󰕯

󰙯ン󰚡ー󰚎󰚌󰚕󰚈󰙵 󰕷󰕰󰕯 󰙁コー󰚎情報󰙀提供󰘽使用󰘧󰙞󰖪󰚍󰚮󰚛󰚰󰙼󰚪ー󰚋󰙨ン󰙵󰙤容易󰘽

󰘩󰘸い󰙐󰘫󰚌󰚕󰚈󰙵 󰕷󰕰󰕯 コー󰚎󰙤󰙒場合󰙁󰖪󰕞󰕟 ～ 󰕞󰕢 󰚟ー󰙽󰙀図󰙤参照󰘩󰘸󰘡󰘲󰘧い󰖫

日本語

背面󰖀󰕾󰕭く󰕞󰕙󰕛󰚛󰚮󰙶󰚈󰚍󰙤筐体󰘽

󰙜付󰘣󰙐󰘫󰖫

背面󰖀󰕾󰕭く󰕞󰕙󰕛󰚛󰚮󰙶󰚈󰚍󰘽󰚒󰙽󰙤󰕝本󰙜付󰘣

󰙐󰘫󰖫

手󰊭

手󰊭く󰕞

手󰊭

手󰊭く󰕟

234

ASRock 990FX Extreme4 Motherboard

󰕝󰕙󰕜󰕞󰕙󰕝くく󰕽󰕬󰕴󰕯 機能󰙤搭載󰘩󰘼い 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟󰕘󰖍󰖔󰖟くくく

くく󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟󰕘󰖍󰖔󰖟く󰚘󰚈󰚍󰙤󰙩ン󰙾くくく

くく󰚍ー󰚰󰘫󰙝

󰕽󰕬󰕴󰕯 機能󰙤搭載󰘩󰘼い 󰕾󰕬󰕿󰕬󰕞く󰕳󰕯󰕯 󰘽 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く

󰖁󰖔󰖞󰖟󰖌

󰕿󰕸く

󰕡󰕟󰕘󰖍󰖔󰖟く󰚘󰚈󰚍 󰕺󰕾 󰙤󰙩ン󰙾󰚍ー󰚰󰘫󰙝場合󰖪次󰙀󰙾󰚋󰚈󰚜󰘽従󰘵󰘸󰘡󰘲󰘧い󰖫く

󰙾󰚋󰚈󰚜 󰕜󰕥く󰚀󰚈󰚍󰙧󰚈󰚜 󰖀󰕰󰕱󰕴󰖫く

󰕬󰕙く󰖀󰕰󰕱󰕴 󰚀󰚈󰚍󰙧󰚈󰚜󰚫ー󰚋󰙨󰚯󰚋󰙨󰖪詳細画面󰖪󰕾󰖟󰖚󰖝󰖌󰖒󰖐 構成󰘽入󰙜󰙐󰘫󰖫く

󰕭󰕙く󰗌󰕾󰕬󰕿󰕬く󰕸󰖚󰖏󰖐󰗍󰙤 [󰕴󰕯󰕰] 󰘽設定󰘩󰖫󰕓 󰘽󰘶い󰘸 󰕾󰕬󰕿󰕬󰕞_󰕜 󰘽 󰕾󰕬󰕿󰕬󰕞_󰕡󰖫󰕔く

くくく󰗌󰕸󰖌󰖝󰖡󰖐󰖗󰖗く󰕾󰕬󰕿󰕬󰕞く󰕺󰖛󰖐󰖝󰖌󰖟󰖔󰖚󰖙く󰕸󰖚󰖏󰖐󰗍󰙤 [󰕴󰕯󰕰] 󰘽設定󰘩󰖫󰕓 󰘽󰘶い󰘸 󰕾󰕬󰕿󰕬󰕞_󰕢 󰘺くくくく

くくく󰕾󰕬󰕿󰕬󰕞_󰕣󰖫󰕔く

󰙾󰚋󰚈󰚜 󰕝󰕥く󰙼󰙾󰚋󰚥󰘽 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰖃󰕻く󰕚く󰖃󰕻く󰕡󰕟󰕘 󰚘󰚈󰚍 󰕺󰕾 󰙤󰙩ン󰙾󰚍ー󰚰󰘩󰙐󰘫󰖫く

日本語

󰕝󰕙󰕜󰕞くく󰕽󰕬󰕴󰕯 機能󰙤搭載󰘩󰘼い 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚くくく

くくくくくく󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚く󰖃󰕻く󰕚く󰖃󰕻く󰕡󰕟󰕘󰖍󰖔󰖟

く

くくく

くくくくくく󰚘󰚈󰚍󰙤󰙩ン󰙾󰚍ー󰚰󰘫󰙝

󰕽󰕬󰕴󰕯 機能󰙤搭載󰘩󰘼い 󰕾󰕬󰕿󰕬󰕞く󰕳󰕯󰕯 󰘽 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く

󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚く󰖃󰕻く󰕚く󰖃󰕻く󰕡󰕟󰕘󰖍󰖔󰖟く󰚘󰚈󰚍 󰕺󰕾 󰙤󰙩ン󰙾󰚍ー󰚰󰘫󰙝場合󰖪次󰙀󰙾󰚋󰚈

󰚜󰘽従󰘵󰘸󰘡󰘲󰘧い󰖫く

󰕝󰕙󰕜󰕞󰕙󰕜くく󰕽󰕬󰕴󰕯 機能󰙤搭載󰘩󰘼い 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰖃󰕻く󰕚く󰖃󰕻く󰕡󰕟󰕘󰖍󰖔󰖟く

く 󰚘󰚈󰚍󰙤󰙩ン󰙾󰚍ー󰚰󰘫󰙝

󰕽󰕬󰕴󰕯 機能󰙤搭載󰘩󰘼い 󰕾󰕬󰕿󰕬󰕞く 󰕳󰕯󰕯 󰘽 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く 󰖃󰕻く 󰕚く 󰖃󰕻く 󰕡󰕟󰕘󰖍󰖔󰖟く 󰚘󰚈󰚍 󰕺󰕾

󰙤󰙩ン󰙾󰚍ー󰚰󰘫󰙝場合󰖪次󰙀󰙾󰚋󰚈󰚜󰘽従󰘵󰘸󰘡󰘲󰘧い󰖫く

󰕹󰕮󰕼 󰘜󰙚󰙅󰚠󰚈󰚍󰚜󰚮󰙵機能󰙤搭載󰘩󰘼い 󰕾󰕬󰕿󰕬󰕞く󰕳󰕯󰕯 󰚌󰚕󰙩󰙾󰙤使用󰘫󰙝

󰕝󰕙󰕜󰕝くく󰕽󰕬󰕴󰕯 機能󰙤搭載󰘩󰘱 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚くくく

くくくくくく󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚く󰖃󰕻く󰕚く󰖃󰕻く󰕡󰕟󰕘󰖍󰖔󰖟 󰚘󰚈くく

くくくくくく󰚍󰙤󰙩ン󰙾󰚍ー󰚰󰘫󰙝

󰕽󰕬󰕴󰕯 機能󰙤組󰙑込󰙥󰘲 󰕾󰕬󰕿󰕬󰕞く󰕳󰕯󰕯 󰘽 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟 󰚘󰚈󰚍 󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く

󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟 󰚘󰚈󰚍く󰕚く󰖃󰕻く󰕚く󰖃󰕻く󰕡󰕟 󰚘󰚈󰚍 󰕺󰕾 󰙤󰙩ン󰙾󰚍ー󰚰󰘫󰙝場合󰖪󰙺󰚢ー󰚍 󰕮󰕯 󰙀次

󰙀󰚖󰙾󰙀󰚣󰚐󰚪󰙧󰚰󰙤参照󰘩󰘸詳細󰘼手󰊭󰙤調󰙋󰘸󰘡󰘲󰘧い󰖫

󰕙󰕙

󰕽󰕬󰕴󰕯く󰕴󰖙󰖞󰖟󰖌󰖗󰖗󰖌󰖟󰖔󰖚󰖙く󰕲󰖠󰖔󰖏󰖐く󰕓󰕽󰕬󰕴󰕯 󰙩ン󰙾󰚍ー󰚰󰙱󰙩󰚎 󰕔

󰙾󰚋󰚈󰚜 󰕜󰕥く󰚀󰚈󰚍󰙧󰚈󰚜 󰖀󰕰󰕱󰕴󰖫く

󰕬󰕙く󰖀󰕰󰕱󰕴 󰚀󰚈󰚍󰙧󰚈󰚜󰚫ー󰚋󰙨󰚯󰚋󰙨󰖪詳細画面󰖪󰕾󰖟󰖚󰖝󰖌󰖒󰖐 構成󰘽入󰙜󰙐󰘫󰖫く

󰕹󰕮󰕼 󰘜󰙚󰙅󰚠󰚈󰚍󰚜󰚮󰙵機能󰙤搭載󰘩󰘼い 󰕾󰕬󰕿󰕬󰕞く󰕳󰕯󰕯 󰚌󰚕󰙩󰙾󰙤使用󰘫󰙝

235

ASRock 990FX Extreme4 Motherboard

󰗘．く󰕭󰕴󰕺󰕾 情報

󰕭󰕴󰕺󰕾 󰚀󰚈󰚍󰙧󰚈󰚜󰚫ー󰚋󰙨󰚯󰚋󰙨󰙁󰚣󰙻ー󰚡ー󰚎󰙀󰚚󰚮󰚈󰙼󰚪󰚦󰚧󰚯󰘽保存󰘧󰙞󰘸い󰙐󰘫󰖫コン

󰚙󰚪ー󰚄󰙤起動󰘧󰘭󰘱後󰖪󰕻󰕺󰕾󰕿󰗀󰚖ワー󰙯ン󰚀󰚰󰚚󰚋󰙾󰚍󰗁中󰘽󰗈󰕱󰕝󰗉󰙐󰘱󰙁 <󰕯󰖐󰖗> 󰙤押󰘩󰖪

󰕭󰕴󰕺󰕾 󰚀󰚈󰚍󰙧󰚈󰚜󰚫ー󰚋󰙨󰚯󰚋󰙨󰘽入󰘵󰘸󰘡󰘲󰘧い󰖫押󰘧󰘼い場合󰖪󰕻󰕺󰕾󰕿 󰙁󰚋󰙾󰚍󰚰ー󰚆ン󰙤

󰘣󰙐󰘫󰖫󰚋󰙾󰚍󰙤実行󰘩󰘱後󰘽 󰕭󰕴󰕺󰕾 󰚀󰚈󰚍󰙧󰚈󰚜󰚫ー󰚋󰙨󰚯󰚋󰙨󰘽入󰙜󰘱い場合󰖪󰕻󰕺󰕾󰕿 終

了後󰗈󰕮󰖟󰖝󰖗󰗉＋󰗈󰕬󰖗󰖟󰗉＋󰗈󰕯󰖐󰖗󰖐󰖟󰖐󰗉󰙤押󰘫󰘝󰖪󰙶ー󰙾󰙀󰚯󰚀󰚈󰚍󰙾󰙩󰚈󰚆󰙤押󰘩󰘸󰙼󰙾󰚋󰚥󰙤

再起動󰘩󰘸󰘡󰘲󰘧い󰖫󰕭󰕴󰕺󰕾 󰚀󰚈󰚍󰙧󰚈󰚜󰚫ー󰚋󰙨󰚯󰚋󰙨󰙁󰖪󰚫ー󰙻ー󰚚󰚱ン󰚎󰚯󰘹あ󰙝󰘥󰘺󰙤目

指󰘩󰘸い󰙐󰘫󰖫󰘥󰙞󰙁󰚦󰚐󰚪󰙫方式󰙀󰚜󰚲󰙵󰚮󰚥󰘹󰘫󰖫󰙾󰙴󰚲ー󰚰󰘧󰘭󰙝󰘥󰘺󰘹様々󰘼󰙺󰚛

󰚦󰚐󰚪ー󰙤表示󰘩󰖪󰘝󰘶あ󰙛󰘝󰘪󰙓定義󰘩󰘱選択肢󰘝󰙛選択󰘫󰙝󰘥󰘺󰘞可能󰘹󰘫󰖫󰕭󰕴󰕺󰕾 󰚀󰚈

󰚍󰙧󰚈󰚜󰙀詳細󰘼情報󰘽󰘶い󰘸󰙁󰖪󰙺󰚢ー󰚍 󰕮󰕯 内󰙀󰚫ー󰙻ー󰙿󰚣󰚐󰚪󰙧󰚰 󰕓󰕻󰕯󰕱 󰚚󰙦󰙩󰚰 󰕔

󰙤󰘦󰙛󰙥󰘡󰘲󰘧い󰖫

󰗙．くソ󰚚󰚍󰙫󰙬󰙧　󰙺󰚢ー󰚍 󰕮󰕯 情報

󰘥󰙀󰚣󰙻ー󰚡ー󰚎󰙁 󰕸󰖔󰖎󰖝󰖚󰖞󰖚󰖑󰖟

く󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕚く󰖁󰖔󰖞󰖟󰖌

󰕡󰕟󰕘

󰖍󰖔󰖟く󰕚く󰖃󰕻く󰕚く󰖃󰕻く󰕡󰕟󰕘󰖍󰖔󰖟

󰘺い󰘵󰘱様々󰘼󰚣󰙩󰙴󰚲ソ󰚚󰚍く󰙫󰙩ン󰚎󰙫󰙿く󰙯󰚟󰚱ー󰚋󰙨ン󰙵󰙼

󰙾󰚋󰚥󰙤󰙺󰚢ー󰚍󰘩󰙐󰘫󰖫󰚣󰙻ー󰚡ー󰚎󰘽付属󰘩󰘸い󰙝󰙺󰚢ー󰚍 󰕮󰕯 󰙁󰚣󰙻ー󰚡ー󰚎󰙀特徴

󰙤有効󰘽󰘫󰙝󰘱󰙓󰘽必要󰘼󰚎󰚮󰙩󰚕や󰚫ー󰚋󰙨󰚯󰚋󰙨󰙤含󰙥󰘹い󰙐󰘫󰖫󰙺󰚢ー󰚍 󰕮󰕯 󰙤使用

󰘫󰙝󰘽󰙁󰖪󰕮󰕯󰕽󰕺󰕸 󰚎󰚮󰙩󰚛󰘽 󰕮󰕯 󰙤挿入󰘩󰘸󰘡󰘲󰘧い󰖫󰕬󰖀󰕿󰕺󰕽󰖀󰕹 機能󰘞有効󰘼場合󰖪自

動的󰘽󰚦󰙩ン󰚦󰚐󰚪󰙫󰘞立󰘳󰘞󰙜󰙐󰘫󰖫󰕬󰖀󰕿󰕺󰕽󰖀󰕹 機能󰘞無効󰘼場合󰖪󰙺󰚢ー󰚍 󰕮󰕯 内󰙀

󰕭󰕴󰕹 󰚚󰙮󰚰󰚅󰘽あ󰙝 󰕬󰕾󰕾󰕰󰕿󰖀󰕻󰕙󰕰󰖃󰕰 󰙤󰚅󰚛󰚰󰙴󰚯󰚈󰙴󰘫󰙝󰘥󰘺󰘽󰙚󰙜󰖪󰚦󰙩ン󰚦󰚐󰚪󰙫󰘞立󰘳

󰘞󰙜󰙐󰘫󰖫

日本語

󰕹󰕮󰕼 󰘜󰙚󰙅󰚠󰚈󰚍󰚜󰚮󰙵機能󰙤搭載󰘩󰘱 󰕾󰕬󰕿󰕬󰕞く󰕳󰕯󰕯 󰚌󰚕󰙩󰙾󰙤使用󰘫󰙝

󰙾󰚋󰚈󰚜 󰕜󰕥く󰚀󰚈󰚍󰙧󰚈󰚜 󰖀󰕰󰕱󰕴󰖫く

󰕬󰕙く󰖀󰕰󰕱󰕴 󰚀󰚈󰚍󰙧󰚈󰚜󰚫ー󰚋󰙨󰚯󰚋󰙨󰖪詳細画面󰖪󰕾󰖟󰖚󰖝󰖌󰖒󰖐 構成󰘽入󰙜󰙐󰘫󰖫く

󰕭󰕙く󰗌󰕾󰕬󰕿󰕬く󰕸󰖚󰖏󰖐󰗍󰙤 [󰕬󰕳󰕮󰕴] 󰘽設定󰘩󰖫󰕓 󰘽󰘶い󰘸 󰕾󰕬󰕿󰕬󰕞_󰕜 󰘽 󰕾󰕬󰕿󰕬󰕞_󰕡󰖫󰕔く

くくく󰗌󰕸󰖌󰖝󰖡󰖐󰖗󰖗く󰕾󰕬󰕿󰕬󰕞く󰕺󰖛󰖐󰖝󰖌󰖟󰖔󰖚󰖙く󰕸󰖚󰖏󰖐󰗍󰙤 [󰕬󰕳󰕮󰕴] 󰘽設定󰘩󰖫󰕓 󰘽󰘶い󰘸 󰕾󰕬󰕿󰕬󰕞_󰕢 󰘺くくくく

くくく󰕾󰕬󰕿󰕬󰕞_󰕣󰖫󰕔く

󰙾󰚋󰚈󰚜 󰕝󰕥く󰙼󰙾󰚋󰚥󰘽 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟󰕘 󰚘󰚈

󰚍 󰕺󰕾 󰙤󰙩ン󰙾󰚍ー󰚰󰘩󰙐󰘫󰖫く

󰕭󰕙く󰗌󰕾󰕬󰕿󰕬く󰕸󰖚󰖏󰖐󰗍󰙤 [󰕴󰕯󰕰] 󰘽設定󰘩󰖫󰕓 󰘽󰘶い󰘸 󰕾󰕬󰕿󰕬󰕞_󰕜 󰘽 󰕾󰕬󰕿󰕬󰕞_󰕡󰖫󰕔く

くくく󰕾󰕬󰕿󰕬󰕞_󰕣󰖫󰕔く

󰙾󰚋󰚈󰚜 󰕝󰕥く󰙼󰙾󰚋󰚥󰘽 󰖂󰖔󰖙󰖏󰖚󰖢󰖞

く󰕢く󰕚く󰕢く󰕡󰕟󰕘󰖍󰖔󰖟く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕚く󰖁󰖔󰖞󰖟󰖌

󰕿󰕸

く󰕡󰕟󰕘 󰚘󰚈

󰚍 󰕺󰕾 󰙤󰙩ン󰙾󰚍ー󰚰󰘩󰙐󰘫󰖫く

236

ASRock 990FX Extreme4 Motherboard

󰜆

󱄁󱄁󱔂󰊣󰯨     󰊬󰯨󱏎  󱇩󱔈󱠆  󰗼

  󰧲󰆁󱈥󰎀󰧲󰽷󰞻󰽷󰎀󱦿󱂁󰞴󰎀

󰏗󱦫󰎸󰎀󰊣

 󰊬󰿴  󱌗󰞥  󰏉󱜧󱅑 

 󰼘󱏈󰑨󱂽󰊾󰯨󰣒󰙀󰎀󰞥󰂺󰯨󰠑󰙀 

 󰎀󱢵  󰼨

󰯨󰣒

󱟉󰿭󰪟󱜧󰎀󰼜  󱂽󱀑󰎀󰠑󰙀󱀠󰊣

󰗛󰎀󰿴



󰽷󰎭󰃏

󰯨  

  󰿴  󰭀 󰭀  󰜻 󰜻 

󰯨  󱏍󰽷

󰯨  󰎸

 󰠭

  󰭀󱌗󱦫󰠭

  󰠭  󱐇󱒫 

  󰒷󰎸󱟆󰠭  󱐇󱒫 

  󱡡󱢓󰠭  󱐇󱒫 

  

󰣧  󱠈

󰒷󰎸󰺧󰟧

󰚽󰺧󰟧

󱑓󱠈

󰯨  

󱓚















󰞈󰟦

󰎀󰧲󱅁󱒫󰣧󱐇󱡯

󱁒󱜧󱁒󰣧󰗅󱂽󰿳󰎸󰎀

󱀠󰏉󱂁󰞴

簡體中文

237

ASRock 990FX Extreme4 Motherboard

󰿴

  󰿴  󰭀 󰭀  󰜻 󰜻

 󱟆󱁒󱀻 󰽷󱧨󱇩󱧨󱟆 

󰶡󰇨   󰶡󰇨

   󰶡󰇨 





  󱝝  

  󰶡󰇨

   󰠩

  󱂁󰿳󱄹 

 󱧨󰞥  󱟆󰏉󱁒󱀻

 󱧨󱏮  󰎀 

 

‘



’



™

󱠄󰼜

  

  󰋍󱈣󱢓󰼜󱂁󰿳󱄹 

  󰼜

󰬔󰂹󰟆  

  

󰞈󰟦 󱞮󱏈󱏭󰼜󰿳󱄹 

 󱒫    

   󱈣󱢓 

  󰿳󱄹 

 󰞈󰟦󱧨  󱔈󰿳󱄹 

  

     

  

  

  











 

 



  

 󱉱 



 



󰼜

󱡡  󰦗󱏭󱧨󰏡󱡡󱢓  󱅃󰧲

  󱡡󱢓󰠷󱀠󰓫 

 󱇩󰴿󱡡

󱌷  󰧲 

 

 󰣒󱉱󱓚

  

  

  󰊺󱠈

   󱰱

 󱠈󱍛    󱘬󰎸

󱍛   󱌨  󱍛

簡體中文

238

ASRock 990FX Extreme4 Motherboard

  󰢺  󱍛

  󰏆󰊣󰎀  

  󰏆󰊣󰎀  

    

    󰣒󰪟  󰔼󰁩   

 

    

    󱝝󱛮󱜧

 󱧨󰏡󱡡󱢓󰣧  󰣧  󰣧 

 󱡡  󱡡󱢓󱍛  󰣧  󱯥󱢻 󰿳󱄹 

  󰎀  󱏑󱢋 

   

 󰁗󰧲

  󰎀  󱏑󱢋  

  󰁗󰧲 󱏑󱢋  󱇐 

  󰎀󰣧  󱏑󱢋

   

  󰎀󰣧  󱏑󱢋    

      

󱏑󱢋 󱏑󱢋

   󱧨    󱦫 

 󱌗󱦫

 󰞐󰠭󱢋

 󰼘󱏑

  󱢋

  󱢋

 󱟆󰔼󰁩󱏑󱔓

  󰚽  󱟆󱢻󱢋

  󱔓  󱟆󱢋

  󱔓  󱟆󱢋

 󰣧󱡡󱢓󱢋

 󰣧󱡡󱢓󱠈󱢋

     󱢝󰎀   

     󱢝󰎀   

  󱂳󱁷 

󱏍󱛮󱜧    󰎀  󱝝󱛮󱜧

    󰎀󱟆󱛮󱜧

    󰎀󱛮󱜧

  

 󰊣

 󱟆󰚸󰇨

簡體中文

239

ASRock 990FX Extreme4 Motherboard

󱄹

󱂽󱀠󱈣󱢓󱐎󰎀󱢻󱞌  󱏇󱈣󱢓󱂳󰛄  󱁒󰣧󱏦󰊣󰋍󱈣

󱢓󰼜󰊣󰙯󱈣󱢓󱈣󱢓󰧲󱡩󰎀󰞈󰟦󰗼  󰊛󰪐

󰪑󰞈󰟦󰟆󱁒󰎀󱏇󰗛󱢻󱞌󱡲󰊬󰪋  󱈣󱢓

󰧲󰪑󰎀󱆹

 󱓚󰧲

   󱉵󰠭

  

  󱟆󰧲󱂳󰛄

󰎸 

󱦫󰗅  󱌗  󱌗󱁷󰊣󰂺 

  󱁷󰊣󰂺

󰅹󰧲 󰯨 󱂁󰿳󱄹 

 󰯨󱛮󰧲

 󰯨 󰿳󱄹 

 󰯨 󰿳󱄹 

 󰯨 󰿳󱄹 

 󰯨󱛮  󱜧󰼜󰿳󱄹 

  󱈣󱢓󰼜 

    󰀁󰞥󱢓󰆔󱂳󰿳󱄹 

  󰿳󱄹 

   󰼜 

  󱈣󱢓

 

󰒷󰎷  

 

  󰚽  󱟆󱢻󱍨󱏍󱀻

  󱠄󱡡󱢻

  󰚽󱢻󱏍

 󱟆󰛆󱟆

󰞈󰟦 



  







 

   󱎸󰊣

󱂔󱄣 

   󱟉󰿭󰊣  󰎀󱟆 

  󰿳󱄹 

󱂽󱜈󰯨󰠑󰙀󱀠󱂁󰞴󰎀󰊠 

簡體中文

240

ASRock 990FX Extreme4 Motherboard

󱄹 

  󰧲󰜆  󰎀󱟉󰜆󰎀

󱛮  󱐇󱡯 󱀠󱙂󱢝󰎀    󰇡

󰎀󰧲󰋎  󰧲󱛮  󱞮  󱅑  󰥠

    󱐓  󰞥󰠸󰎀󱔈  󱏇

󰰯󰊣󰎀󱧨󰙊  󰎀󰧲  󰧲 

  󱠅󱢘  󱑤󰧲    󰎀󱞐󰵁

󰧲󰎀

 󱏇󰋍󱈣󱢓󰼜󱂽󱜈󱅋󰙯  󱡫󰎀

 󰪋󰊬󱈣󱢓󰼜  󱀠󱂁

 󱏇󱞮󱏈󱏭󰼜󰇡󱞮󱏈󱏭󰼜󰧲󰓩

󰽷󱂽󰓩󱂔󰟼󱜈󱅋󰙯  󱡫󰎀󰟆󰽷

  󱢓󰆔󰊣󰎀 󱏇

󰊣    󱂽󱜈󰠑󰙀󰎀󰼨󱀠󰎀

󰯨󰠑󰙀 

 󰊬󰞈󰟦󰎀󱝐 





 󰞈󰟦󰊣󰎀

󱞃󱔈󰧲  

󰞈󰟦󱒫    󱂧 

󱏇󰎀󱝐

 󱯥󱢻󱍛󱠈󱏇󰘽󱧥󰦗󰦗󱏭󱏇󰗛󱡡󱢓󱍛

󱠈󱏇  󰦗󱏭 󰦗󱏭 󰦗󱏭  󰦗󱏭󱂽󱜈

󰙯  󱡫󰎀󰼨󰑃󱀠󰓩󰎀󱏑

      󰎀󰊣

󰎀󰊺󱠈󱂳󰎀󰞈󰟦󰧲󰒷󰎷󱢻󱈣󱢓

    󰒷󰎷󱢵󰔼󰞈󰟦󰎀󰿭

  󱢻󱢵󰔼󱢻󱏍󱏗

󰼘󱂳 󱈣󱢓  󱏗󰼘󱈣󱢓

󰞈󰟦󰧲   󰪋󰎀  󱁒󰣧󱒫󰣧

󰎀󰎀󰎀 󱒫󰣧󱌷󰎀󰞈󰟦

󰥠󰏉󰎀  󱁒󰣧 󰧲󰛄󰧲󱟆󱂳󰛄 

󰘈󱛵󱍛󰏉󱧨󰆔󱡩󱏦󱀻󰚱󰧲󱜧 

󰎀󱦿󱂽󱁐󰎀󰣒󰙀

󰯨󰠑󰙀

 󰯨    󰎀  󰗅󱏇

󰎀  󱅖󰀁󱟉󱏗󰞈󰟦     



󱏗󰼘  󰎀󰞈󰟦󱛮󰪋󱏨󰗅  󱘬  󱁒

󰣧󰯗  󱘬󱏗󰯨   󰗅󱏇

󰗅  󱟉󰎀    󰎸󱌗󰎸󰒷󰎸  󱍁󱨃󱰅󱰱

󰧲  󰎀  󰥠󱟉󰿭󱢝󰎀󱌗󰎸󰾓󱞱󰎀

󰗅󱂽  󰎸󰒷󰎸󱡲󰊣  󰞈󰟦

 󰬶󰿭󱏍󰪋󰊬󰎀󰵯󱁒  

󱟆  󰯨󰟒󰎀󱀠  󰯨  󱟉

󰽷   󱦫󰗅  󰊣󱟆󰨫  󱟆 󰯨

   󱁔󱑓󰵯󱁒󱏍󱟆  󰊛󰪐󱟆󰨫󱏗

  󱈛󰪐  󰏢  󱜧   󰢳󱁒

󱟆󱟉󰽷   󱦫󰗅  󰘽󰧲󱠅󰎀󱟆

󱧥󱦺

簡體中文

241

ASRock 990FX Extreme4 Motherboard

󰯨    󱁒󰧲󰧲󰧲󱁒󰃛

󰥠󰋍

󰯨󱛮  󱜧󰼜󰧲󱅖󰊣󱏈󱏨󱡡󱢓󱁒   󰖽

󱟆󱁿󱏑   󰣿󰎀󱡡󱢓󱦺   󰶡󱜧󰄋󰶡

  󱜧󰞈󱐓󱇅  󱡡󱢓󰠭󱐇󱇶

󰒹󰊣󰘽󰎀󱀻󰚱󰉕

󰎶󰚸󰀁󰞥󱢓󰆔󱂳  󰮅󰊣󱈣󱢓󰊣

 󰡷󰠭󱢓󰆔󰎀󱠅󱢓󰆔󰧲󰞈󰟦󰗼󰊛󰪐  



󰋎 󱏨󰁗󱢜󰞈󰟦󰪋󱜧󱔆󰞈󰟦  

󱂽󰎀  󱢻󱏦󱍨󱟆󰠭󰀌 

󱧨󰁗󰽷  󰞈󰟦󱂽  󰁗󱛶

󰁗󰩒

 󰗞    󰧲󰥪󰊠  󰎵󰊣󰤒󰞈󰟦

󰥪󱟆󱔈󰎀󰿴   󰎀󰿴  󰞈󰟦󱜧󰎀󱟆󰡷

󰥪󱡲  󱉂    󱟉󰿭  󰎀

  󰎀󱟆 

󰎀󱅁    󰎀󱟆

󱡲󱉂  󱟆󰥪    󱟆󰆔󱧨 󱜧    󰎀

󱟆󱐇󱠈󰎀󰞴󰛄  󱅁󱃗󱁵󱟆󰎀󰾍

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242

ASRock 990FX Extreme4 Motherboard

 󰽷

󱏇  󰿴󰎀  󰭀 󰭀  󰜻 󰜻 

󰽷  󱀠󰎀󰚽󱒫󰣧󰓩󰎀󰓩󰽷



󱜿󰭍

 󰽷󱜿󰭍

  󱁒󰿭󰫧󰎀󰠭󱐎󱠄󱟆󱏗󰼘󰽷󱂽

  󱛮󱟆

  󱐎󰎀󰟆󱠄󱟆󰟒󰿭󰏆

  󰚁󱢪󰎀󰿭󱁇󱀰󰊣󱠄󱟆󰨢

  󱀣󱔊

  󱏈󱏨󱐘󰠴󰽷󱀰󰬔󰂹

  󱄣󱠄󱟆󱏗󰼘󰽷

  󰋎󰺧󰟧󱔏󰺧󰟧󰊣󰚽󱂽󰿭󱏨

  󰠥󰺧󰟧󱏇󰧲

  󰽷󰥜󰟆  󰓩󱜧󱛭󱟆󰥜󱟆

  󰠭󱘃󱂢󰎀󰧲󰪑󱁒󰟆󱔆

簡體中文

243

ASRock 990FX Extreme4 Motherboard

 󰽷

󱦿 󰖽 󱀒󱀠󱝝󱙂

󱦿   󰏆󰣧  󱅖󱔊󱀒󱁇󰎀  󱀒

󱀒󱁇󰎀󱀒󱱒

󱦿 󱄖󰶡󰇨󰏆󰽷󰋎󰎀󰣧

 󰽷󱑤󰓩󰎀  󱐎󱔓󰨴  󱂽󰿭󱎧

 

󱦿 󰶡󰇨󰣧󰋎󰠥󰗼󰶡󰇨

󱠈󰎀󰘍󱈛󱑓󰍺󰚋󰎀󰦗󱡩󰼨󰽖󱙂

󰽷  󱢻󰁗󰂹



 󰽷    󱡲󰽷󰁗󰂹󰁗󱢻  󱐓

 󱟉󰿭  󰁗󰂹󱛶󰁗󰒣󰧶󱏗󰁗󰓩  󰁗

 󱀰󰗼󰫧󰰯  󱢻󱏑   󰏗

 󰙯  󱡫  󰏗󰙯  󱡫󰓩󰽷  󱂽󰞴

 󱜈  󱢻󰁗󰎀󰊣󱂧

󱦿 

󱈛

󱦿 󱦿 

  󰎀󱔊󱀒

󱐘󱀒󰎀󱀒

󱦿 

󱙂

 󱀒󱈛

 󰎀󱔊󱀒

󱐘󱀒󰎀

󱀒

簡體中文

244

ASRock 990FX Extreme4 Motherboard

󰽷



󰟆 󱔓󱞮󱍛󱏍󰆔 

󱞮󱏈󱏭󰼜󱒫󰣧󱞮󱏈󱏭󱡲󰏉󱢟󰫩󰎀󰽷

󰎀󰏉󰎀󰂾󱏍󱔈󰬔󰂹󱢪 󱁿󱂧

󰿭󱞮󱏈󱏭  󰽷󰎀  󰴿󰫩

󰿳 󰥜󱞮󱏈󱏭  󰽷󰎀  

󰍻󰫩󰿳 󱏇󱞮󱏈󱏭󰼜󰽖󱏇

󱁔󱒫󰣧󱞮󱏈󱏭󰧲󰽷  󱏇󰗛󱟉󰿭

󰎀󰟆󰽷󰎀  󱂽󱜈󱠈󰎀󱞮󱏈󱏭󱒫󰣧󰼨

󱞮󱏈󱏭󱒫󰣧

    

  󰴿󰫩   󰍻󰫩   󰴿󰫩   󰍻󰫩 

 󰟆󰽷 󰟆󰽷 

  󰟆󰽷  󰟆󰽷

 󰟆󰽷 󰟆󰽷 󰟆󰽷 󰟆󰽷

 󱏇󱒫󰣧 󱂽󱏇  󰽷󰎀  



󰽷󰍻󰫩   

󰚱󰽷󰎀󱠆

󰴢󰽷󰏉󱢟󰫩󰎀󱀶󰽷 

 

 󱏇󰎀   󰽷󰟆

󰥜󰟆󱏇󰀁󱞮󱏈󱏭󰼜



󰟆󰽷󰏉󰎀󱞮󱏈󱏭

󰟆󰽷   󱏇󰧲󱞮󱏈󱏭󰼜



󱁔      



  

󰧲



 󱏇󰊣      󰴢󰽷

 

簡體中文

245

ASRock 990FX Extreme4 Motherboard

󰽷󱦿

󱂽󰓩󰖽󱈖  󰞈󰟦󱑓󱟆󱏻󱒫

  󰙊󰎀󱈛󱛮

   󰎀  󱑓󱑓 

 󰧲󰒹󰽷



  󰧲󰓩󰎀󰽷󱘃󱂢󰎀󰼘  

   󱐩󰪑  󰎀

   󰗼󰏆󰪐󰙊󱎑󱏍󰥠  

 

簡體中文

246

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     

        

  󰊣  󰎀  

    󰍻󰫩  󰊣󰽷  󱢵 

󰠑  󰚁

   󰴿󰫩    󱢵 

󰥜󰊣󰽷  󱢵 



 



󰧲

   󰴿󰫩    󱢵  󰥜󰊣

󰽷  󱢵  󱉱 



󰧲



  󰴢  󰽷  󱢵

  



 



  󱂽    

󰽷  󱢵󱏇󰗛  󱏇  󱏦󰼘

   󱉱 



  󱂽    

󰽷    󱢵󱏇󰗛    

 󱏦󰼘      󱏦󰼘

󰋎󰊣󱢵  󰎀󰁗󰉕  󱂽󰽷󰚽󱢻

󱏑󰎀󰚽󱢻    



󰽷󱦿



󱦿  󰽷󱂽󰓩󱂔󰟼󱜧󱛭󱟆󱟆󰠭󰽷 

󱂽󱜈󱅋󰎀󱂧󱟉󰎀󰒷󱁒󰣧

󱦿  󰖽󰚽󰊣

󱦿  󱐇󰽷󰽷󱏗󰚽󰊣󰺧󰟧

󱦿  󰒹󱀣󰒹󱐘󰥒󱈛󰎀󰇡󱅾

󱦿  󰊣󰺧󰟧󰚽

󱦿  󰱿󰚽

簡體中文

247

ASRock 990FX Extreme4 Motherboard









 







󱏇 



  



  



󰧲





󰼜󱟆󰨫󰎀󱧨󰧲󱢵󰔼󰶡󰇨

 󱏈󱏨󰧲󱌗󱁒󱀻󰎀󱏑󰽷󰣧󰎀󱏦󰼘



  󰊣󱌗󰎀󰋊󱇩󰧲󰎶󰧲󱏮󱧨󰎀󰏀 





 

  



 󰞈󰟦 





 



 

 



   󰞈󰟦󱂽  󰠑󰙀󱀠









󱦫󰗅󱂽󱜈󰙯  󱡫󱀠󱂁󰞴󰎀󰽷󱦿





󱉱





󱏇 

 



󱉱



   󰼜  󱁔

󰽷󱏮  󰏉󰎀  󱢵󰏀 





󰼜 











 󰞈󰟦



󱉱 



󰼜 









 󰞈󰟦

󱂽󱜈󰙯  󱡫󱀠󱂁󰞴󰎀󰽷󱦿

簡體中文

248

ASRock 990FX Extreme4 Motherboard

󱰀󱂔󱁒󰣧

󱝝 

󱉵󰠭󱁒󰣧

󰔼󰎀󱁒󰣧󱉵󰠭󰎀󰋎󱉵󰠭

󰣧󱔓󰨴  󱏇󱉵󰠭󰑭

󱔓󰨴󰣧󱉵󰠭  󱏇

󱉵󰠭󱛮󱉱󱢵󰔼  󱔓

󰨴󰎀󱉵󰠭  󰋎󱉵󰠭󰣧󱔓󰨴  󱔓󰨴 

󱛶󰑭

󰨴 󱁒

󱝝 

 󱔓󰨴󱉵󰠭 

󰿳󰙯󱡫󰙯󱡯





 󱁔󱝝  󰎀󰿭󱝝󰞈󰟦󰪐󱰀󱂔

󱁒󰣧󱂽󱜧󱛭󱀻󰚱󰀌󱟆󱟆󰠭󰚁  󰖦󰊣󱉵

󰠭  󰎀󱔓  󱔓  󰑭  󰖦󱂽  

󰘽󱝝 󱟉󰿭  󰘽󱝝 󱡲󰼘 

󱝝󰀌󱜧󱛭󰞈󰟦󱂽  󱟆󰓫

󱛶󰊣󱰀󱂔󱒫󰣧   󰽖󱝝

󱝝󱛮󱜧󱝝󱉵󰠭󰏉󰎀󰧲

󰑭 󱛮󱉱

󱌷󱢋

󱌷󱢋󱉵󰠭󱉵󰠭󰣧󱏇󱢋

󱉵󰠭󰣧󱢋󰪑󰎀

簡體中文

󱌗󱦫󱢋

 󱔓

󰿳󰙯󱡫󰙯󱡯



  󱂽󰓩󰠭󰞐󰫩󰞖󰎀󱐘󱏑󰙯  󱔓󰨴  󰎀󰣧

󰔼󰞐󰫩󰞖󰎀󱐘󰙯  󱔓󰨴 

󱏑󱢋󰴿󰫩 

 󱔓󰿳󰙯  󱡫󰙯  󱡯 



  󱂽󱜈󰎀  󱦫󰎀󱂧󱀠󱂁󰞴󱇐

󰴿󰫩󰙊 󱯻󰫩󰙊󰒷󰎸󱦫

󱔓󰎀 󰠭

249

ASRock 990FX Extreme4 Motherboard

 󱏇󰽺󰟆  

󰿳󰙯  󱡫󰙯  󱡯 

   

󰿳󰙯  󱡫󰙯  󱡯 

  󰠭󱑓

󰿳󰙯  󱡫󰙯  󱡯 

 󱁒󰣧󰏀  󰊺󱠈󰇨󱃅



󰿳󰙯  󱡫󰙯  󱡯 

 󱧨󱏮  󰎀 

󰿳󰙯  󱡫󰙯  󱡯 

 󱍛󱏍󰆔

󱢋 󱝝  󱠈󰎀󱰀

 󱔓

 󱂔  󱏇

󰿳󰙯󱡫󰙯󱡯

 󰟆  󱔓 

 󱏇󰟆  󱔓 

   

 󱔓

󰿳󰙯󱡫󰙯󱡯

  󰠭󰎀󰙊󱏑

󰠭   󰒷󰎸󰥜

󱐇󱒫

 󰎀  



 󱡡󱢓󰠭  󱡡󱢓󰠭󰎀󰙊󱏑

󱐇󱒫

 󱡡󱢓󱁒  

 󰖽󱟆󱁿  󰎀󰠭󱉱󱍛

 󰙊

簡體中文

 󱂽  󱟆󰠭󱯻󰫩󰎀󰙊󱏑

󱟆󰠭   󱦫󰎀󱟆

󱐇󱒫

 󰀌  󱟆󰠭󰍻󰫩󰎀󰙊

 󱏑󱟆󱏻󱒫󰎀󱟆

󱏑󱟆

󱏻󱒫

󱏑  󰒷󰎸

󱟆

P-3

P+3

GND

DUMMY

USB_PWR

P-2

P+2

GND

P-9

P+9

GND

DUMMY

USB_PWR

P-8

P+8

GND

SATA3_1_2 SATA3_3_4 SATA3_5_6

SATA3_8 SATA3_7

250

ASRock 990FX Extreme4 Motherboard

󰞐󰠭󱢋 󱏇󱢋󱐇󱒫󰎀󰀁

 󱔓

 󰠭󰍺󱎷󰞐󰠭󰎀

󰿳󰙯󱡫󰙯󱡯

 

󰣧󱡡󱢓󱠈󱢋 󱏑󱡡󱢓󱁒

 󱔓

󰿳󰙯󱡫󰙯󱡯

󱧨󰏡󱡡󱢓  󰧲󱡡󱢓󰧲 

 󰚽󱠈󰎀󱏑󰠭󱡲  󰧲󰊣󱂽 

󰎀󰚽󰎀󰊣󱂧󰽷󰎀󰞈󰟦

󰊣  󱡡󱢓󱠈  󱂽󰀬󱠈󰎀󱦿󰽷󱠈󱡡󱢓󱔓 

   󱏑 

   󱏑    󱏑 

  

   󱏑 

    󰊣  󱡡󱢓󱠈󱏑 

   󱡡󱢓󱠈

󱛮󰣧󱯥󱢻

   

 󰞈󰟦 

  󱐇󱐇󰰯󱰅

   

 







 󰞈 

  󰟦 

    󱠈󱰅󱂳󰛄 

  

簡體中文

󱢋 󱝝  󱠈󰎀󱰀

 󱔓

 󱂔  󱏇

󰿳󰙯󱡫󰙯󱡯

 󰟆  󱔓 

 󱏇󰟆  󱔓 

   

CD1

󰣧󰎀󱡡󱢓󱢋 󱏈󱏨 

 󱔓

 󱂳󱃓  󱡡󱢓

 󰿳󰙯  󱡫󰙯  󱡯 

 󱍛

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

251

ASRock 990FX Extreme4 Motherboard

󰞈󰟦󱠈󱢋 󱏇󱢋󰞈󰟦󱠈

 󱔓

 󰧲

󰿳󰙯󱡫󰙯󱡯

 󱠈󰎀󱔓󰨴󱂧󱏑󰚽󰎀󱟆󱛮󱜧󱔆󱔺󰪟󰞈󰟦󰄋 

 󰔼󰁩󱏇󱔓󱂽󱔓󰨴󰎀󱆮

  󱟆󱛮󱜧 

 󱏑󰚽󱠈󰎀󱟆󱛮󱜧󱁒󰣧󰊣󱟆󱘬󱜧󱛭󰞈󰟦󰎀

  󱔆󱛮󱜧 

 󱏑󰚽󱠈󰎀󱔆󱛮󱜧󰋎󱟆󰨫󰀁󱔆  

 󱔆󱛮󱜧󱔆󱟆󰨫

  󰞈󰟦󱟆󰔼󰁩 

 󱏑󰚽󱠈󰎀󱟆󰄋󰔼󰁩󰋎󰞈󰟦󱏦󰼘  󰔼󰁩󱈛 

 󰋎󰞈󰟦󰶡    󰔼󰁩󱛪󰂘󰋎󰞈󰟦󰶡  

 󱜧    󰔼󰁩󰀺

  󰒷󰎸󰔼󰁩 

 󱏑󰚽󱠈󰎀󰒷󰎸󰔼󰁩󰋎󰒷󰎸󱅋  

 󰔼󰁩󱈛

 󱠈󱁒󱀻󰚽󰥠󰋍󱠈󰪸󰊬󱟆󱛮󱜧 

 󱔆󱛮󱜧󱟆󰔼󰁩󰒷󰎸󰔼󰁩󰚁󰎀 

 󰚽󱠈󱏑󱔓  󱂽󰓩󱂔󱏑󰠭󰪟󱔓󰨴󰎀󱂧󰏉

󰚽  󱟆󱢻󱢋 󱂽󱢻󱏑󰠭󱏇

 󱔓

 󱢋󱅖󱯻󰠭󰪟󰎀󱔓󰨴

󰿳󰙯󱡫󰙯󱡯

 󰏉 󱢻󱏍

 󱏈󱏨

 󱔓

󰿳󰙯󱡫󰙯󱡯

󱟆󰔼󰁩󱏑󱔓 󱂽󰚽󱟆󰔼󰁩󱏑

 󱔓

 󱏇󱔓󰔼󰞈󰟦󱟆

󰿳󰙯󱡫󰙯󱡯

 󰄋󰋎󰞈󰟦󱏦󰼘 

  󰔼󰁩   

  󰔼󰁩󱛪 

 󰂘      󱜧

    󰔼󰁩󰀺

󰚽󱢋 󱂽󰚽󱏑󱏇

 󱔓

󱢋

󰿳󰙯󱡫󰙯󱡯

簡體中文

GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

252

ASRock 990FX Extreme4 Motherboard

 󱞫󰀌  󱢻  󱠄󱡡󱢻  󱂳󱏍󰧲󰎀

 󱢻󰀌󱏦󰼘󰚱  󱢻

󱏑󰎀  󱢻  󱂽󱏑 

 󱢻󰎀󰽷

 󱏑

 󱟆󱢋 󱂽  󱟆󱏑󱏇

 󱔓

 󱢋

󰿳󰙯󱡫󰙯󱡯

 󱞫󰀌  󱟆  󰀌󰊣

 󰟦󰎀  󱟆󰊣  󱟆  󱂽󱡰󰰯

    󱟆󱢋

 󱟆󰽷󱂧

8 5

4 1

󱢋 󱂽  󱟆

 󱔓

 󱏇󱢋

󰿳󰙯󱡫󰙯󱡯

 󱔓

󰿳󰙯󱡫󰙯󱡯

GND

+12V

CPU_FAN_SPEED

簡體中文

 󱔓

󰿳󰙯󱡫󰙯󱡯

 󱔓

󰿳󰙯󱡫󰙯󱡯

GND

+12V

CHA_FAN_SPEED

GND

+12V

PWR_FAN_SPEED

 󱢻󱢋 󱂽  󱢻󱏑󰠭󱏇

 󱔓

 󱢋󱅖󱯻󰠭󰪟󰎀󱔓󰨴

󰿳󰙯󱡫󰙯󱡯

 󰏉

1 2 3 4

GND

+1 2V

CPU_FAN_SPEED

FAN_ SPEED_CO NT ROL

253

ASRock 990FX Extreme4 Motherboard

 󱢋  󱢋 

 󱔓

 󱡡󱢓󱍛󰪐  󱢵

󰿳󰙯󱡫󰙯󱡯

󱟆󰨫󱏑󰪐  󰎀

 󱟆󰿷    󱢵󰔼󰚁

 󱁒󱂽  󱢵󰎀 

  󱏑󱏇 

 󱢋

󰼘󱏑 󱏇  󰙊󰼘

 󱔓 

 󰎀󱁒

󰿳󰙯󱡫󰙯󱡯

簡體中文

 󱞫󰀌  󱟆  󰀌󰊣󰟦󰎀 

 󱟆󰊣  󱟆  󱂽󱡰󰰯    󱟆

󱢋

 󱟆󰽷󱂧

8 5

4 1

  󱝝  󱠈󰎀󱰀

 󱔓

 󱂔  󱏇

󰿳󰙯󱡫󰙯󱡯

 󰟆   

 󱔓󱏇󰟆  󱔓 

   

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

󱑓󱠈󰽷

󱑓󱠈󰽷󰚽󰎀󱦫



󱦿

󱦿

󱦿

󱦿

󰊣󰚽󰺧󰟧󱑓

󱠈󰽷󱦫

󰺧󰟧

󱦿

󱦿

󱦿

󱦿

󱞊󱝉󰎀󱑓  󱠈 

󰺧󰟧󰚽󰺧󰟧

󰊣  󰺧󰟧 

󰽷󱑓  󱠈

254

ASRock 990FX Extreme4 Motherboard

󱏍󱛮󱜧

󱏍󱛮󱜧  󱟆󱛮󱜧  󱛮󱜧󰪟  󱝝󱛮󱜧  󱅖󰊣󱏍

󱛮  󱜧󱛭󰞈󰟦  󰥜󱝝  󰎀

󱟆󱛮󱜧 󱟆󱛮󱜧󰗛󱏍󱛮󱜧  



 󱅖󰊣󱏍󱛮  󱜧󱛭󰞈󰟦

󰿳󰙯󱡫󰙯󱡯



󱛮󱜧 󱛮󱜧󰗛󱏍󱛮󱜧  



 󱅖󰊣󰞈󰟦 

󰿳󰙯󱡫󰙯󱡯



 󱝝󱛮󱜧  󱝝󱛮󱜧󰗛



 󱏍󱛮󱜧  󱅖󰊣󱏍󱝝 

󰿳󰙯󱡫󰙯󱡯

  󰎀

簡體中文

󰇡󰊣󱠈



󱑓󰠭󰎀󱢋



󱦿

󱦿

󱦿

󱦿

󱑓󱠈󰽷

󰠭󱏑󱑓

󱠈

󱑓󱠈󰎀󰺧󰟧

󱦿

󱦿

󱦿

󱦿

󱑓󱠈󰽷󰚽



󰺧󰟧󱑓󱠈

󱦿

󱦿

󱦿

󱦿

255

ASRock 990FX Extreme4 Motherboard

󱦫󰗅󰽷

󰿭󱦫󰗅󰽷󰎀󰞈󰟦  󱤫󱂽󰎸󱦫󰽺󰀌  󰞈󰟦󰪋

󱄰󰎀󱦫󰗅  󰎸󰎀󱦫󰗅󱡫󱠈󰽺󱂽

󰽷󱐩󱡲󰎀󱦫󰗅󰽷󰎀󱦫󰗅

󱂳󱁷 

󱌷󰎀󱂳󱁷  󰊣󰓫  󱅖󱞄󱅑󰎀󰜆󱂽󰥚󰙯 

   󱡫󰎀󰼨󱀠󱅋󱂳󱁷  󰓫

󱦿 󱁒󰣧 

 󱏗  󱁒󰣧󰗅 

→

 󱧨󰞥󰊺󱠈 



→

󱒫󰣧 

   󱁒󰣧  󰊣    

   󱁒󰣧

 󰊣    

󱦿 󰞈󰟦󰽷 

 󰞈󰟦

 󰊣  󰧲󰎀  󰒷󰎸 

  󰧲󰎀󰞈󰟦󰽷 

 









 

󰚱  󰧲󰎀  󰒷󰎸󰽷 

 









 󰞈󰟦󱂽󰽷󰎀󰞈󰟦󱦿

  󰧲󰎀󰞈󰟦󰽷 

 

󰚱  󰧲󰎀  󰒷󰎸󰽷 

 󰞈

󰟦󱂽󱦿

  󰧲󰎀󰞈󰟦󰽷 

  









  

  󰒷󰎸󰊣  󰧲󰽷 

 









  󰞈󰟦󱂽󱜈󱞊󰎸󱉱󰽺󰎀

󱀠󱂁󰞴󱦿 



簡體中文

256

ASRock 990FX Extreme4 Motherboard

󱦿 󱁒󰣧 

 󱏗  󱁒󰣧󰗅 

→

 󱧨󰞥󰊺󱠈 



→

󱒫󰣧 

   󱁒󰣧  󰊣    

   󱁒󰣧

 󰊣    

󱦿 󰞈󰟦󰽷 

 







 󰞈󰟦

 󰊣  󰧲󰎀  󰒷󰎸 

󱦿 󱁒󰣧 

 󱏗  󱁒󰣧󰗅 

→

 󱧨󰞥󰊺󱠈 



→

󱒫󰣧 

   󱁒󰣧  󰊣    

   󱁒󰣧

 󰊣    

󱦿 󰞈󰟦󰽷 

 







 󰞈󰟦

 󰊣  󰧲󰎀  󰒷󰎸 

  󰧲󰎀󰞈󰟦󰽷 



 







 

󰚱  󰧲󰎀  󰒷󰎸󰽷 

  









 󱂽󱠈󰎀󱦿

簡體中文

257

ASRock 990FX Extreme4 Motherboard

 

󰎀     󱁒󰣧󰗅󱂽󱟆󰨫󱏗󰼘󱛮󰪋 

    󱘬󱏗  󱁒󰣧󰗅󱅖󱛮󰪋 

󱏗󰼘󰿴󱦺󱟉󰿭󱛮󰪋 󱏗  󱁒󰣧󰗅󱂽

 󱘬󱔆󱟆󰨫󰥜󰞈󰟦󱠈󰎀󱔆󱔺󱜧

 󱁒󰣧󰎀󱂁󰞴󱂽󱜈󱞊󰎸󰽺󰎀󰊣   

󰎸

󰗛󱌗󰿷󰘝󰞈󰟦



    









    󱞊󰎸󰗛󱧨󰧲󰎀

󰿭󱦫󰊣󰗅󱂽󱞊󰎸󱦫󰽺󱟆󰨫󰎀󰪋󱏦󰼘󰧲

󰊣󰪋󱢵󰔼󰯗󰯗󰧲󰪋󱢵󰔼󱂽󰎸

 󰎀󱞮󱂳󰯗

簡體中文

258

ASRock 990FX Extreme4 Motherboard

󱟆󰊠󰔼

󰍺󰎀󱟆󰊠󰚸󰇨󱎅  󱟆

󰊠󰔼󰿭󱟆󰊠󱏗󰼘󰔼󰴽󱇅󰥜󱟯󰊠

󰎀󰃏󱇩󰞫󰪑󰍺󰊞󰘍󱅑󰥠󰉕󱏎󱌀󱆯󰊠󱏎

󱔆󰎀󱝐󱎪󰿴󰊠󱟆󱉱󰏗󰿳󰔼

󰊠󰉕󰊣󱝐󰊬󰑨󰉕󰊣󱝐  



󰃏󱇩󰞫󰎀󰗞󱔈󱂧

󰬶󱀠󰊠󰎀󰃏󱇩󰞫󰎀󰗞󱔈󱂧󱂽󰀬󰼨󱂧



     󰃏󱇩󰞫

  󱕨 󱙄  󱕺 󰦔󰬾  󰬾󱓝 

󱟆󱉱

󱟆󰟆

󱑓󰶧󱏑

󱢋󰠭

󱑓󰗞

X O O O O O

󰼨󰔼󱂀󰃏󱇩󱂀󱑓󱇩󰎀󱔈  󰿴

󰎀󱝐󱔈󰿭

󰼨󰔼󱂀󰃏󱇩󰪐󱂀󱑓󰎀󱇩󰎀󱔈󱈣  

󰿴󰎀󱝐󱔈󰿭󰀌󱂀󱑓󰙫󰎵  󰎀󰿴󰛆

󱁙 󰊠󰔼󰉕󰊣󱝐󰞈󰪸󰊣󰄋

簡體中文

259

ASRock 990FX Extreme4 Motherboard

1. 主機板簡介

謝謝你採用了華擎 990FX Extreme4主機板,本主機板由華擎嚴格製造 , 品質可靠 ,

穩定性好 , 能夠獲得卓越的性能此快速安裝指南包括了主機板介紹和分步驟安裝指

導您可以查看支持光碟裡的使用手冊了解更詳細的資料

由於主機板規格和 BIOS 軟體將不斷更新 , 本手冊之相關內容變更恕不另

行通知請留意華擎網站上公布的更新版本你也可以在華擎網站找到最

新的顯示卡和 CPU 支援列表

華擎網址：http://www.asrock.com

如果您需要與此主機板有關的技術支援 , 請參觀我們的網站以了解您使用

機種的規格訊息

www.asrock.com/support/index.asp

1.1 包裝盒內物品

華擎 990FX Extreme4 主機板

」ATX 規格 : 12.0 英吋 x 9.6 英吋 , 30.5 公分 x 24.4 公分 )

華擎 990FX Extreme4 快速安裝指南

華擎 990FX Extreme4 支援光碟

一條 80-conductor Ultra ATA 66/100/133 IDE 排線

一條 3.5 吋磁碟機傳輸線

四條 Serial ATA」SATA) 數據線」選配 )

兩條 Serial ATA」SATA) 硬碟電源線」選配 )

一條 3.5mm 音訊線選配

一塊 I/O 擋板

一個前置 USB 3.0 面板

四個硬碟螺絲

六個機殼螺絲

一個後USB 3.0托架

一張華擎 SLI_Bridge_2S 卡

ASRock提醒您

ASRock提醒您...

若要在Windows

7 / 7 64位元 / Vista

/ Vista

64位元中發揮更好的效

能，建議您將儲存裝置組態中的BIOS選項設為AHCI模式有關BIOS設定的

詳細資訊，請參閱支援光碟中的使用者手冊

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ASRock 990FX Extreme4 Motherboard

1.2 主機板規格

架構 - ATX 規格 : 12.0 英吋 X 9.6 英吋 , 30.5 公分 X 24.4 公分

- 全固態電容設計」100% 日本原裝高品質高傳導固態電容 )

處理器 - 支援 Socket AM3+ 處理器

- 支援 Socket AM3 處理器 : AMD Phenom

II X6 / X4 /

X3 / X2」920 / 940 除外 ) / Athlon II X4 / X3 / X2

/ Sempron 處理器

- 八核心 CPU 就緒

- 支援 UCC 」Unlock CPU Core) 詳見警告 1

- 高級 V8 + 2 電源相位設計

- 支援高達 140W 的 CPU

- 支援 AMD Cool ｀n＇ Quiet 冷靜技術

- 支援 FSB 2600 MHz 」5.2 GT/s)

- 支援非同步超頻技術詳見警告 2

- 支援 Hyper-Transport 3.0 」HT 3.0) 技術

晶片組 - 北橋 : AMD 990FX

- 南橋 : AMD SB950

系統記憶體 - 支援雙通道記憶體技術見警告 3

- 4 個 DDR3 DIMM 插槽

- 支援 DDR3 2100」超頻 )/1866/1600/1333/1066/800

non-ECC、un-buffered 記憶體見警告 4

- 系統最高支援 32GB 容量見警告 5

擴充插槽 - 3 x PCI Express 2.0 x16 插槽

」PCIE2/PCIE4:x16 模式 ; PCIE5: x4 模式 )

- 2 x PCI Express 2.0 x1 插槽

- 2 x PCI 插槽

- 支援 AMD

Quad CrossFireX

、3-Way CrossFireX

和

CrossFireX

- 支援 NVIDIA

Quad SLI

和 SLI

技術

音效 - 7.1 聲道高清晰音效 , 支援內容保護功能

」Realtek ALC892 音效編解碼器 )

- 支援高級藍光音效

網路功能 - PCIE x1 Gigabit LAN 10/100/1000 Mb/s

- Broadcom BCM57781

- 支援網路喚醒Wake-On-LAN

- 支援 Energy Efficient Ethernet 802.3az

- 支援預先開機執行環境PXE

Rear Panel I/O 界面

I/O」後背板輸入 / - 1 個 PS/2 滑鼠接口

輸出接口 ) - 1 個 PS/2 鍵盤接口

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ASRock 990FX Extreme4 Motherboard

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- 1 個同軸 SPDIF 輸出接口

- 1 個光纖 SPDIF 輸出接口

- 6 個可直接使用的 USB 2.0 接口

- 2 個可直接使用的 USB 3.0 接口

- 1 個 eSATA3 接口

- 1 個 RJ-45 區域網接口與 LED 指示燈」ACT/LINK LED 和

SPEED LED)

- 1 個 IEEE 1394 接口

- 1 個 CMOS 數據清除開關

- 高清晰音效插孔：側置喇叭 / 後置喇叭 / 中置喇叭 /

低音喇叭 / 音效輸入 / 前置喇叭 / 麥克風」見警告 6)

SATA3 - 6 x AMD SB950 提供的 SATA3 6.0Gb/s 接頭，支援 RAID

」RAID 0, RAID 1, RAID 0+1, JBOD 和 RAID 5), NCQ, AHCI

和熱插拔功能

- 2 x Marvell SE9120 的 SATA3 6.0Gb/s 接頭，支援 NCQ,

AHCI 和熱插拔功能」SATA3_8 接頭和 eSATA3 接口共享資源 )

USB 3.0 - 2 x Etron EJ168A 的後置 USB 3.0 接頭，支援 USB 1.0

　/2.0/3.0 到 5Gb/s

- 1 x Etron EJ168A 的前置 USB 3.0 接頭」支援 2 個

USB 3.0 接頭 )，支援 USB 1.0/2.0/3.0 到 5Gb/s

接頭 - 8 x SATA3 6.0Gb/s 接頭

- 1 x ATA133 IDE 插座」最高支援 2 個 IDE 驅動器 )

- 1 x 磁碟機接頭

- 1 x 紅外線模組接頭

- 1 X 序列埠

- 1 x IEEE 1394 接頭

- 1 x HDMI_SPDIF 接頭

- 1 x 電源指示燈接頭

- CPU/ 機箱 / 電源風扇接頭

- 24 針 ATX 電源接頭

- 8 針 12V 電源接頭

- 內置音效接頭

- 前置音效接頭

- 2 x USB 2.0 接口」可支援 4 個額外的 USB 2.0 接口 )

- 1 x USB 3.0 接口」可支援 2 個額外的 USB 3.0 接口 )

- 1 x Dr. Debug 」7 段顯示器偵錯 LED)

快速開關 - 1 個 LED CMOS 數據清除開關

- 1 個 LED 電源開關

- 1 個 LED 重置開關

BIOS - 32Mb AMI UEFI Legal BIOS 」支援 GUI)

- 支援即插即用Plug and Play,PnP

- ACPI 1.1 電源管理

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ASRock 990FX Extreme4 Motherboard

警告

請了解超頻具有不可避免的風險 , 這些超頻包括調節 BIOS 設置、運用非同步

超頻技術或使用第三方超頻工具超頻可能會影響您的系統穩定性 , 甚至會

導致系統組件和設備的損壞這種風險和代價須由您自承擔 , 我們對超頻

可能導致的損壞不承擔責任

- 支援喚醒功能

- 支援 jumperfree 免跳線模式

- 支援 SMBIOS 2.3.1

- CPU,VCCM,NB,SB 電壓多功能調節器

支援光碟 - 驅動程式 , 工具軟體 , 防毒軟體試用版本 ),CyberLink

MediaEspresso 6.5 試用版

獨家功能 - 華擎 Extreme Tuning Utility 」AXTU) 詳見警告 7)

- 華擎即時開機功能

- 華擎 Instant Flash見警告 8

- 華擎 APP Charger見警告 9

- 華擎 XFast USB見警告 10

- 華擎 On/Off Play 技術見警告 11

- Hybrid Booster」安心超頻技術 ):

- 支援 CPU 無級頻率調控見警告 12

- ASRock U-COP見警告 13

- Boot Failure Guard 」B.F.G., 啟動失敗恢復技術 )

- Turbo 50 / Turbo 60 CPU 超頻

- Turbo UCC

硬體監控器 - CPU 溫度偵測

- 主板溫度偵測

- CPU/ 機箱 / 電源風扇轉速計

- CPU 靜音風扇

- CPU/ 機箱風扇多速控制

- 電壓範圍：+12V, +5V, +3.3V, 核心電壓

操作系統 - Microsoft

Windows

7/7 64 位元 /Vista

/Vista

位元 /XP/XP 64 位元

認證 - FCC, CE, WHQL

- 支援 ErP/EuP」需要同時使用支援 ErP/EuP 的電源供應

器 )見警告 14

* 請參閱華擎網站了解詳細的產品訊息 : http://www.asrock.com

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ASRock 990FX Extreme4 Motherboard

警告 !

1. ASRock UCC 」Unlock CPU Core) 功能簡化了 AMD CPU 的活動只需簡單的開

啟 UEFI 選項＂Unlock CPU Core＂, 您就可以解鎖額外的 CPU 核心 , 讓性能

迅速提升當 UCC 功能開啟時 , 雙核或三核 CPU 將變為四核 CPU, 而對於某

些 CPU, 包括四核 CPU, 還可將 L3 三級緩存的容量擴大為 6MB, 這意味著您可

以用更低的價格享受到高端 CPU 的性能注意 :UCC 功能僅支援 AM3 CPU此

外 , 並非每顆 AM3 CPU 都支援此功能 , 因為某些 CPU 的隱藏核心可能是損壞

的

2. 這款主板支援非同步超頻技術請閱讀第 39 頁的＂Untied Overclocking

Technology＂」非同步超頻技術 ) 了解詳情

3. 這款主板支持雙通道記憶體技術在您使用雙通道記憶體技術之前，為能正

確安裝，請確認您經閱讀了第 267 頁的記憶體模組安裝指南

4. 2100MHz 記憶體頻率是否支援在於您使用的 AM3/AM3+ CPU如果您想在這款

主板上使用 DDR3 2100 記憶體 , 請查閱我們網站的記憶體支援列表了解相容

的記憶體華擎網站 : http://www.asrock.com

5. 由於作業系統的限制，在 Windows

7 / Vista

/ XP 下，供系統使用的實

際記憶體容量可能小於 4GB對於 Windows

作業系統搭配 64 位元 CPU 來

說 , 不會存在這樣的限制

6. 在麥克風輸入方面，這款主機板支援立體聲和單聲道這兩種模式在音

效輸出方面，這款主機板支援2 聲道、4聲道、6聲道以及 8聲道模式

請參閱第 3 頁的表格瞭解正確的連接方式

7. 華擎 Extreme Tuning Utility 」AXTU) 是一款多合一的工具，易於操作

的使用者介面便於微調不同的系統功能例如：Hardware Monitor、Fan

Control、Overclocking、OC DNA 及 IESHardware Monitor 可顯示

系統的主要讀數；Fan Control 可顯示並可供您調整風扇速度及溫度；

Overclocking 可供您進行 CPU 超頻以獲得最佳系統效能透過 OC DNA，

您可將自的 O C 設定另存為設定檔並與朋友分享，您的朋友可將此 O C

設定檔上傳至自的系統中，以取得相同的 OC 設定透過 IES 」Intel-

ligent Energy Saver)，當 CPU 處於閒置狀態時，電壓調整器能降低輸

出相位數量以改善效率，並可兼顧運算效能有關華擎 Extreme Tuning

Utility 」AXTU) 的操作程序說明，請造訪華擎網站華擎網站：http://

www.asrock.com

8. 華擎 Instant Flash 是一個內建於 Flash ROM 的 BIOS 更新工具程式這

個方便的 BIOS 更新工具可讓您無需進入操作系統」如 MS-DOS 或

Windows

) 即可進行 BIOS的更新在系統開機自檢過程中按下 <F6> 鍵或

在 BIOS 設置菜單中按下 <F2> 鍵即可進入華擎 Instant Flash 工具程式

啟動這一程式後 , 只需把新的 BIOS文件保存在隨身碟、磁盤或硬碟中 ,

輕鬆點選滑鼠就能完成 BIOS的更新,而不再需要準備額外的磁碟片或其

他複雜的更新程式請注意: 隨身碟或硬碟必須使用 FAT32/64文件系統

9. 若您想要更快速、更自由地為您的蘋果設備 , 如 iPhone/iPad/iPod touch

充電 , 華擎為您提供了一個絕妙的解決方案 - 華擎 APP Charger只需安

裝 APP Charger 驅動程式 , 用電腦為 iPhone 充電最多可比以往快 40%華

擎 APP Charger 讓您可以同時為多部蘋果設備快速充電 , 甚至可以在電腦

進入待命」S1)、待命」S3)、休眠」S4)或關機」S5)模式下持續為設備充電

只需安裝了 APP Charger 驅動程式 , 您立刻就能擁有非凡的充電體驗

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ASRock 990FX Extreme4 Motherboard

10. 華擎 XFast USB 可以提升 USB 儲存裝置的效能效能可能需視裝置特性而

定

11. 華擎 On/Off Play 技術可讓使用者享受攜帶式音訊裝置的絕妙音訊體驗，

例如連接至PC的MP3播放機或手機，甚至在PC關機時或在ACPI S5模式

也能享受！此主機板亦提供免費的 3.5mm 音訊線選購，以確保使用者

身處於最便利的運算環境內

12. 儘管本主板提供無級頻率調控 , 但不推薦用戶超頻使用不同於標準 CPU 前

匯流排的非標準頻率可能會使系統不穩定，甚至會損害 CPU 和主板主板的

處理器主頻由跳線裝置決定

13. 當檢測到 CPU 過熱問題時，系統會自動關機在您重新啟動系統之前，請檢

查主板上的 CPU 風扇是否正常運轉並拔出電源線，然後再將它插回為了提

高散熱性，在安裝 PC 系統時請在 CPU 和散熱器之間塗上一層散熱膏

14. EuP, 全稱 Energy Using Product」能耗產品 ), 是歐盟用來定義完整系統耗

電量的規定根據 EuP 的規定 , 一個完整系統在關機模式下的交流電總消耗

必須在 1.00W 以下為符合 EuP 標準 , 您需要同時具備支援 EuP 的主機板和

支援 EuP 的電源供應器根據 Intel

的建議 , 支援 EuP 的電源供應器必須

符合在 100mA 電流消耗時 ,5Vsb 電源效率高於 50%有關支援 EuP 的電源供

應器選擇方面的詳情 , 我們建議您諮詢電源供應器的製造商

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ASRock 990FX Extreme4 Motherboard

2. 主機板安裝

這是一款ATX規格的主機板」12.0英吋 X 9.6英吋, 30.5厘米 X 24.4厘米)

在安裝主機板之前 , 請先了解您的機箱配置以確保主板的正確安裝

安全防範

安裝主機板時，請注意以下安全防範：

1、設備要有良好的接地線，避免靜電損害，進行安裝前，請先斷

開電源，否則會損壞主機板

2、為了避免主機板上的組件受到靜電損害，絕不要把主機板徑直

放到地毯等類似的地方，也要記住在接觸主機板前使用一個靜

電手腕帶或接觸金屬

3、透過邊緣拿住整塊主機板安裝，切勿接觸晶片

4、在證明放掉靜電後，方可進行安裝

5、當把螺絲釘放入螺絲孔用來將主機板固定到機箱上時，請不要

過度擰緊螺絲！這樣做很可能會損壞主機板



在您安裝或者拆卸任何組件之前 , 請確保關閉電源或者拔掉電源

線錯誤的做法可能會導致主機板、外圍設備或組件嚴重受損

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ASRock 990FX Extreme4 Motherboard

2.1 CPU 安裝

步驟 1：移動固定桿 90°角解除插槽鎖

步驟 2：將 CPU 直接放置在 CPU 插槽上方，讓有金三角標記的 CPU 一角與插槽上有小

三角標記的一角對齊

步驟 3：謹慎地將處理器插入插槽直到它安裝到恰當的位置

CPU 安裝都只有一個正確的方向 , 為了避免損壞針腳 , 請不要強迫將

CPU 插入插槽中

步驟 4：處理器放置妥當後，按緊它並推下插槽固定桿來穩固處理器推動固定桿到

側面的突起部分時會發出“答＂的聲響表示它被鎖住了

步驟 1：

抬起插座拉桿

步驟 2 / 步驟 3：

將 CPU 的金三角對準插座

邊角上的小三角

2.2 安裝 CPU 風扇和散熱片

在主機板上安裝 CPU 之後 , 必須安裝大尺寸散熱片和散熱風扇同時 , 您

還需要在 CPU 和散熱片之間塗抹散熱膏增加散熱效果確保 CPU 和散熱片

彼此接觸穩固良好接著將 CPU 風扇連接到 CPU FAN 接口」CPU_FAN1, 參看

第 2 頁 No. 6 或 CPU_FAN2, 參看第 2 頁 No. 7)為了正確安裝 , 請仔細

查閱 CPU 風扇和散熱器的使用說明

拉桿 90°角抬起

CPU 的金三角

插座邊角上的小

三角

步驟 4：

下推並鎖住插座拉桿

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ASRock 990FX Extreme4 Motherboard

2.3 記憶體安裝

此主機板提供四組 240- 針 DDR3」Double Data Rate 3，雙倍數據傳輸速率 )DIMM 記憶

體插槽，並且支援雙通道記憶體技術為了裝配雙通道，您必須在相同顏色的插槽安

裝一對同樣的相同的牌子、速度、容量以及晶片類型DDR3 記憶體換句話說，您

要在雙通道 A 安裝同樣的 DDR3 DIMM 記憶體DDR3_A1 和 DDR3_B1；藍色插槽；參見

p.2 No.10或者在雙通道 B 安裝同樣的 DDR3 記憶體DDR3_A2 和 DDR3_B2；白色插

槽；參見 p.2 No.11，這樣雙通道記憶體技術就會被開啟了為了裝配雙通道功能 ,

您也可以安裝四條 DDR3 記憶體在這款主機板上這種情況下，您需要在四組插槽上

安裝同樣的 DDR3 記憶體請參閱下面的雙通道記憶體配置表

雙通道記憶體配置

DDR3_A1 DDR3_A2 DDR3_B1 DDR3_B2

」藍色插槽 ) 」白色插槽 ) 」藍色插槽 ) 」白色插槽 )

」1) 板上組裝 - 板上組裝 -

」2) - 板上組裝 - 板上組裝

」3)* 板上組裝板上組裝板上組裝板上組裝

* 為了這個配置」3), 請在這 4 個插槽上安裝同樣的 DDR3 記憶體

1. 請優先將記憶體安裝到白色記憶體插槽」DDR3_A2 或 DDR3_B2)

2. 如果您打算安裝兩根記憶體，為了最佳的相容性和可靠性，我們建

議將它們安裝到相同顏色的插槽上換言之，將它們安裝到 DDR3_A1

和 DDR3_B1 或 DDR3_A2 和 DDR3_B2

3. 如果僅僅在這款主機板的 DDR3 記憶體插槽上安裝單條記憶體或者三

條記憶體，這將無法啟動雙通道記憶體技術

4. 如果一對記憶體並未安裝在相同的“雙通道＂上，例如將一對記憶體

安裝在 DDR3_A1 和 DDR3_A2，這將不能開啟雙通道記憶體技術

5. 請勿將 DDR 或 DDR2 記憶體插入 DDR3 插槽

，

否則主機板和 DIMM有可

能損壞



6. 如果您在這款主機板上使用 DDR3 2100 記憶體 , 建議將記憶體安裝到

DDR3_A2 和 DDR3_B2 插槽

繁體中文

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ASRock 990FX Extreme4 Motherboard

安裝步驟：

請確保在增加或移除記憶體或系統組件之前切斷電源適配器

1、記憶體插槽兩端的起拔器向外扳開

2、將每個記憶體插槽的口与記憶體上凸出部分對應，使口与凸出部

分吻合，記憶體即能正確安裝

您的記憶體只能以正確的方向安裝如果以錯誤的方向強行將記憶體插

入插槽 , 那將會導致主機板和記憶體的永久性損壞　

3、將記憶體平穩地插入插槽直至兩端卡子迅速而完全地歸位以及記憶體完

全就位

繁體中文

269

ASRock 990FX Extreme4 Motherboard

安裝步驟：

步驟1、在安裝擴充卡之前，請確認經關閉電源或拔掉電源線在您安裝之前 ,

請閱讀擴充卡的說明並完成必需的硬體設置

步驟 2、移動機箱擋板，以便使用擴充槽

步驟 3、選擇一個擴充槽安裝擴充卡，裝進機箱並用螺絲固定

步驟 4、確定接觸正確，沒有單邊翹起的現象

步驟 5、將擴充卡以螺絲固定在機箱上

步驟 6、蓋上機箱擋板

2.4 擴充插槽」PCI 和 PCI Express 插槽 )

在此主機板上有 2 條 PCI 插槽和 5 條 PCI Express 插槽

PCI 插槽：此插槽可用來安插 32 位的擴充 PCI 卡

PCIE 插槽： PCIE1 / PCIE3 」PCIE x1 插槽 ; 白色 ) 用來安裝 PCIE x1 顯示卡 , 例

如千兆網卡 , SATA2 卡等

PCIE2 / PCIE4 」PCIE x16插槽; 藍色)支援PCI Express x16顯示卡,

或者用於安裝 PCI Express 顯示卡以支援 CrossFireX

和 SLI

功能

PCIE5 」PCIE x16 插槽 ; 藍色 ) 支援 PCI Express x4 顯示卡 , 或者用

於安裝 PCI Express 顯示卡以支援 3-Way CrossFireX

功能

1. 在單卡模式下 , 建議在 PCIE2 插槽上安裝 PCI Express x16 顯示卡

2. 在CrossFireX

模式或 SLI

模式下, 請在 PCIE2 和 PCIE4 插槽上安

裝 PCI Express x16 顯示卡這種情況下 , 這兩個插槽以 x16 頻寬運

行

3. 在 3-Way CrossFireX

模式下 , 請在 PCIE2、PCIE4 和 PCIE5 插槽上

安裝 PCI Express x16 顯示卡這種情況下 ,PCIE2 和 PCIE4 插槽以

x16 頻寬運行 , 而 PCIE5 插槽以 x4 頻寬運行

4. 當您使用多顯卡時 ,為了提供更好的散熱環境, 請安裝機箱風扇

並將它連接到主機板的機箱風扇接口」CHA_FAN1,CHA_FAN2或CHA_

FAN3)

繁體中文

270

ASRock 990FX Extreme4 Motherboard

2.6 CrossFireX

,3-Way CrossFireX

和 Quad CrossFireX

操作指南

這款主機板支援 CrossFireX

,3-Way CrossFireX

和Quad CrossFireX

功能

CrossFireX

技術可以在一台電腦上提供最有利的方法來整合多個高性能顯示處理

器」GPU)透過智能軟體設計和創新的互連裝置整合不同的運行模式，CrossFireX

使任何 3D 應用軟體的畫質和性能盡可能達到最高的水準目前，CrossFireX

支援

Windows

XP」Service Pack 2) / Vista

/ 7 操作系統，3-Way CrossFireX

和僅支

援 Windows

Vista

/ 7 操作系統請參閱 AMD 網站了解 AMD

CrossFireX

驅動程

式更新情況請參閱第 20 頁了解詳細的安裝步驟

2.5 SLI

和 Quad SLI

操作指南

這款主機板支援 NVIDIA

SLI

和 Quad SLI

」Scalable Link Interface) 技術，允

許您安裝多達 2 張相同的 PCI Express x16 顯示卡目前，NVIDIA

SLI

技術支持

Windows

7 / 7 64-bit / Vista

/ Vista

64-bit / XP / XP 64-bit 操作系統

NVIDIA

Quad SLI

技術僅支援 Windows

7 / 7 64-bit / Vista

/ Vista

64-bit

操作系統請參閱第 17 頁了解詳細的安裝步驟

繁體中文

271

ASRock 990FX Extreme4 Motherboard

默認設置

清除 CMOS

2.7 跳線設置

插圖所示的就是設置跳線的方法當跳線

帽放置在針腳上時,這個跳線就是“短

接＂如果針腳上沒有放置跳線帽 , 這個

跳線就是“開路＂插圖顯示了一個3針

腳的跳線 , 當跳線帽放置在針腳 1 和針腳 2

之間時就是“短接＂

接腳設定

清除 CMOS

」CLRCMOS1, 3 針腳跳線 )

」見第2頁第3項)

註：

CLRCMOS1可供您清除 CMOS中的資料若要清除及重設系統參數並恢復為預設設

定，請先關閉電腦電源，並從電源插座中拔下電源線，等待15 秒鐘之後，使用跳

線帽使CLRCMOS1 的 pin2 及 pin3 短路 5 秒的時間但請勿於更新 BIOS 後立即清除

CMOS如需於更新 BIOS 後立即清除 CMOS，您必須先開機再關機，然後再執行 CMOS

清除操作請注意，只有在移除 CMOS電池的情況下，密碼、日期、時間、使用者

預設設定檔、1394 GUID 及 MAC 位址才會清除

Clear CMOS開關的功能與Clear CMOS跳線相同

短接開路

繁體中文

272

ASRock 990FX Extreme4 Motherboard

Serial ATA 」SATA) SATA 數據線的任意一端均可

數據線連接 SATA/SATAII/SATA3 硬

」選配)

碟或者主機板上的 SATAII/

SATA3 接口

3.5mm 音訊線您可選擇 3.5mm 音訊線的任一端

」選配)

接至攜帶式音訊裝置，例如 MP3

播放機及行動電話，或 PC 的線

路輸入」Line-in) 連接埠

繁體中文

2.8 接頭

此類接頭是不用跳線帽連接的，請不要用跳線帽短接這些接頭

跳線帽不正確的放置將會導致主機板的永久性損壞 !

接頭圖示說明

磁碟機接頭

33 針 FLOPPY1

」見第2頁第30項)

注意 : 請確保數據線標紅色的一邊插入接頭第 1 針腳」Pin1) 的位置

將標示紅色的一邊插入第 1 針腳」Pin1)

主IDE接頭」藍色)

」39 針 IDE1，見第 2 頁第 18 項 )

注意 : 請查閱您的 IDE 驅動器供應商提供的說明書了解詳細資料

藍色端接到主機板上黑色端接到硬碟驅動器上

80 針的 ATA 66/100/133 排線

連接到電源

適配器

連接到 SATA 硬碟

電源接口

Serial ATA 」SATA) 請將 SATA 電源線黑色的一端

電源線連接到 SATA 驅動器的電源接

」選配)

口然後將 SATA 電源線白色

的一端連接到電源適配器的

電源接口

273

ASRock 990FX Extreme4 Motherboard

Serial ATA3 接口這裡有八組 Serial ATA3

」SATA3_1-2: 見第 2 頁第 21 項 )

」SATA3) 接口支援 SATA 數據

」SATA3_3_4: 見第 2 頁第 20 項 )

線作為內部儲存設置

」SATA3_5_6: 見第 2 頁第 19 項 )

目前 SATA3 界面理論上

」SATA3_7: 見第 2 頁第 32 項 )

可提供高達 6.0Gb/s 的數據

」SATA3_8: 見第 2 頁第 33 項 )

傳輸速率

USB 2.0 擴充接頭除了位於 I/O 面板的六個

」9 針 USB2_3)

USB 2.0 接口之外，這款

」見第2頁第14項)

主機板有兩組 USB 2.0 接

針每組 USB 2.0 接針可以

支援兩個 USB 2.0 接口

」9 針 USB8_9)

」見第2頁第13項)

USB 3.0 擴充接頭除了位於 I/O 面板的兩個

」19 針 USB3_0_1)

USB 3.0 接口之外，這款

」見第2頁第28項)

主機板有一組 USB 3.0 接

針這組 USB 3.0 接針可以

支援兩個 USB 3.0 接口

紅外線模組接頭這個接頭支援一個選配的模

」5 針 IR1)

組 , 可用來無線傳輸和接收紅

」見第2頁第44項)

外線

繁體中文

SATA3_1_2 SATA3_3_4 SATA3_5_6

SATA3_8 SATA3_7

P-3

P+3

GND

DUMMY

USB_PWR

P-2

P+2

GND

P-9

P+9

GND

DUMMY

USB_PWR

P-8

P+8

GND

CD1

內置音效接頭可以透過 CD-ROM，DVD-ROM，

」4 針 CD1)

TV Tuner或MPEG卡接收音效

」CD1 見第 2 頁第 42 項 )

輸入

274

ASRock 990FX Extreme4 Motherboard

系統面板接頭可接各種不同燈，電源開關及

」9 針 PANEL1)

重啟鍵等各種連線

」見第2頁第29項)

請根據下面的腳位說明連接機箱上的電源開關、重開按鈕與系統狀

態指示燈到這個接頭請先注意針腳的正負極

PWRBTN」電源開關 ):

連接機箱前面板的電源開關您可以設定用電源鍵關閉系統的方式

RESET」重開開關 ):

連接機箱前面板的重開開關當電腦當機且無法正常重新啟動時 , 可

按下重開開關重新啟動電腦

PLED」系統電源指示燈 ):

連接機箱前面板的電源狀態指示燈當系統運行時 , 此指示燈亮起

當系統處於 S1 待命模式時 , 此指示燈保持閃爍當系統處於 S3/S4 待

命模式或關機」S5) 模式時 , 此指示燈熄滅

HD LED」硬碟活動指示燈 ):

連接機箱前面板的硬碟動作指示燈當硬碟正在讀取或寫入數據時 ,

此指示燈亮起

繁體中文

前置音效接頭可以方便連接音效設備

」9 針 HD_AUDIO1)

」見第2頁第43項)

1. 高清晰音效」High Definition Audio, HDA) 支援智能音效接口檢測功能

」Jack Sensing), 但是機箱面板的連線必須支持 HDA 才能正常使用請按我

們提供的手冊和機箱手冊上的使用說明安裝您的系統

2. 如果您使用 AC＇97 音效面板 , 請按照下面的步驟將它安裝到前面板音效接針 :

A. 將 Mic_IN」MIC) 連接到 MIC2_L

B. 將 Audio_R」RIN) 連接到 OUT2_R, 將 Audio_L」LIN) 連接到

OUT2_L

C. 將 Ground」GND) 連接到 Ground」GND)

D. MIC_RET 和 OUT_RET 僅用於 HD 音效面板您不必將它們連接到

AC＇97 音效面板

E. 開啟前置麥克風

在 Windows

XP / XP 64 位元作業系統中 :

選擇＂Mixer＂選擇＂Recorder＂接著點選＂FrontMic＂

在 Windows

7 / 7 64 位元 / Vista

/ Vista

64 位元作業系

統中 :

在 Realtek 控制面板中點選＂FrontMic＂調整＂Recording

Volume＂

J_SENSE

OUT2_R

MIC2_R

MIC2_L

OUT_RET

OUT2_L

MIC_RET

GND

PRESENCE#

275

ASRock 990FX Extreme4 Motherboard

CPU 風扇接頭請將 CPU 風扇連接線接到這個

」4 針 CPU_FAN1)

接頭，並讓黑線與接地的針腳

」見第2頁第6項)

相接



雖然此主板支持 4-Pin CPU 風扇」Quiet Fan, 靜音風扇 ), 但是沒有調速功能的

3-Pin CPU 風扇仍然可以在此主板上正常運行如果您打算將 3-Pin CPU 風扇

連接到此主板的 CPU 風扇接口 , 請將它連接到 Pin 1-3

3-Pin 風扇的安裝

Pin 1-3 連接

1 2 3 4

GND

+12V

CPU_FAN_SPEED

FAN_SPEED_CONTROL

」3 針 CPU_FAN2)

」見第2頁第7項)

GND

+12V

CPU_FAN_SPEED

繁體中文

前面板設計因機箱不同而有差異前面板模組一般由電源開關、

重開開關、電源指示燈、硬碟活動指示燈、喇叭等構成將您的機

箱前面板連接到此接頭時 , 請確認連接線與針腳上的說明相對應

機箱喇叭接頭請將機箱喇叭連接到這個接

」4 針 SPEAKER1)

頭

」見第2頁第23項)

機箱 , 電源風扇接頭請將風扇連接線接到這個接

」4 針 CHA_FAN1)

頭，並讓黑線與接地的針腳

」見第2頁第45項)

相接CHA_FAN1/2/3 可由 UEFI

或 AXTU 設定

」3 針 CHA_FAN2)

」見第2頁第4項)

」3 針 CHA_FAN3)

」見第2頁第2項)

」3 針 PWR_FAN1)

」見第2頁第40項)

電源指示燈接頭請將機箱電源指示燈連接到

」3 針 PLED1)

此接頭，以指示系統電源狀

」見第2頁第22項)

態當系統正在運行時，

LED 指示燈亮在 S1 模式

下，LED 指示燈會不停閃

爍在 S3/S4 或 S5 模式」關

機 ) 下，LED 指示燈會熄滅

GND

+12V

CHA_FA N_SPEED

GND

+12V

CHA_FA N_SPEED

FA N_SPEED_CONTROL

GND

+12V

CHA_FA N_SPEED

GND

+12V

PWR_FAN_SPEED

276

ASRock 990FX Extreme4 Motherboard

IEEE 1394 接口除了位於 I/O 面板的一個默

」9 針 FRONT_1394)

認 IEEE 1394 接口之外，這

」見第2頁第15項)

款主機板有一組 IEEE 1394

接針這組 IEEE 1394 接針

可支援一個 IEEE 1394 接口

序列埠這個序列埠 COM1 支援一個序

」9 針 COM1)

列埠的裝置

」見第2頁第31項)

HDMI_SPDIF 接頭 HDMI_SPDIF 接頭，提供 SPDIF

」2 針 HDMI_SPDIF1)

音效輸出至HDMI顯示卡，支

」見第2頁第1項)

援將電腦連接至帶 HDMI 的數

位電視 / 投影機 / 液晶銀幕等

設備請將 HDMI 顯示卡的

HDMI_SPDIF 接口連接到這個

接頭



雖然此主機板提供 8-pin ATX 12V 電源接口 , 但是您仍然可以使用傳統的

4-pin ATX 12V 電源為了使用 4-pin ATX 12V 電源 , 請

著 Pin 1 和 Pin 5 插上電源接頭

4-Pin ATX 12V 電源安裝說明

8 5

4 1

繁體中文

ATX 電源接頭請將 ATX 電源供應器連接到這

」24 針 ATXPWR1)

個接頭

」見第2頁第12項)



雖然此主機板提供 24-pin ATX 電源接口 , 但是您仍然可以使

用傳統的 20-pin ATX 電源為了使用 20-pin ATX 電源 , 請

著 Pin 1 和 Pin 13 插上電源接頭

20-Pin ATX 電源安裝說明

ATX 12V 電源接口請注意，必需將帶有 ATX 12V

」8 針 ATX12V1)

插頭的電源供應器連接到這個

」見第2頁第5項)

插座，這樣就可以提供充足的

電力如果不這樣做，就會導

致供電故障

8 5

4 1

GND

RXTPBM_0

+12V

GND

RXTPAP_0

RXTPAM_0

RXTPBP_0

GND

+12V

277

ASRock 990FX Extreme4 Motherboard

繁體中文

前USB 3.0面板安裝指南

將前USB 3.0面板裝入底座的 2.5 吋磁碟機槽

中

步驟

步驟 3

步驟

步驟 4

前USB 3.0面板隨即可供使用

將前USB 3.0纜線插入主機板上的USB 3.0座

」USB3_0_1)

步驟

步驟 5

步驟

步驟 6

用六顆機殼螺絲，將 USB 3.0

前面板鎖至硬碟槽內

備妥搭售的 USB 3.0 前面板、四顆硬碟螺絲

及六顆機殼螺絲

用四顆硬碟螺絲，將 2.5＂硬碟／

固態硬碟鎖至 USB 3.0 前面板上

步驟

步驟 1

步驟

步驟 2

後USB 3.0托架安裝指南

將USB 3.0纜線和後USB 3.0托

架放在一起

鬆開前USB 3.0面板上的兩顆螺絲

步驟

步驟 1

步驟

步驟 2

將後USB 3.0托架放入底座中

將兩顆螺絲鎖回後USB 3.0托架

步驟

步驟 3

步驟

步驟 4

278

ASRock 990FX Extreme4 Motherboard

2.9 快速開關

本主機板有三個快速開關 : 電源開關 , 重置開關與 CMOS數據清除開關 , 可讓用戶快

速開啟 / 關閉或重置系統 , 或者清除 CMOS 中的數據

電源開關電源開關是一種快速開關 , 可

」PWRBTN)

讓用戶快速開啟 / 關閉系

」見第2頁第26項)

統

重置開關重置開關是一種快速開關 , 可

」RSTBTN)

讓用戶快重置系統

」見第2頁第25項)

CMOS 數據清除開關 CMOS 數據清除開關是一種快

」CLRCBTN)

速開關 , 可讓用戶快速清除

」見第3頁第17項)

CMOS 中的數據

繁體中文

279

ASRock 990FX Extreme4 Motherboard

2.11 驅動程式安裝指南

要將驅動程式安裝到您的系統 , 首先請您將支援光碟放入光碟機裡然後 , 系統即可

自動識別相容的驅動程式 , 並在支援光碟的驅動程式頁面裡依次列出它們請依此從

上到下安裝那些必須的驅動程式如此您安裝的驅動程式就可以正常工作了

2.10 偵錯 LED

此主機板的偵錯 LED 用來提供代碼訊息 , 可讓故障檢查變的更加簡單請參考第 34、

35、36 和 37 頁的圖表來解讀偵錯 LED 代碼

Using SATA3 HDDs without NCQ and Hot Plug functions

」使用不帶 NCQ 和熱插拔功能的 SATA3 硬碟 )

步驟 1: 設置 UEFI

A. 進入 UEFI SETUP UTILITY 」UEFI 設置程序 ) → Advanced Screen 」進階界面 )

→ Storage Configuration儲存配置 )

B. 將＂SATA Mode＂」SATA 模式 ) 設置為 [IDE]」用於 SATA3_1 到 SATA3_6 接頭)

將＂Marvell SATA3 Operation Mode＂」Marvell SATA3 操作模式 ) 設置為 [IDE]

」用於 SATA3_7 和 SATA3_8 接頭)

步驟 2: 在系統上安裝 Windows

XP / XP 64 位元操作系統

2.13.1 在不帶 RAID 功能的系統上安裝 Windows

XP / XP 64 位元

如果您只想在不帶RAID功能的SATA3硬碟上安裝Windows

XP / XP 64位元操作系統,

請按照如下步驟操作

2.13 在不帶 RAID 功能的系統上安裝 Windows

7 / 7 64 位元

/ Vista

64 位元 / XP / XP 64 位元

如果您只想在不帶 RAID 功能的 SATA3 硬碟上安裝 Windows

7 / 7 64 位元 / Vista

/ Vista

64 位元 / XP / XP 64 位元操作系統 , 請依您安裝的操作系統按照如下步

驟操作

2.12 在帶 RAID 功能的系統上安裝 Windows

7 / 7 64 位元

/ Vista

64 位元 / XP / XP 64 位元

如果您想在帶 RAID 功能的 SATA3 硬碟上安裝 Windows

7 / 7 64 位元 / Vista

Vista

64 位元 / XP / XP 64 位元操作系統 , 請查閱隨機支援光碟如下路徑裡的文

件了解詳細步驟 :

..\ RAID Installation Guide

繁體中文

280

ASRock 990FX Extreme4 Motherboard

2.13.2 在不帶 RAID 功能的系統上安裝 Windows

7 / 7 64 位元

/ Vista

64 位元

如果您只想在不帶 RAID 功能的 SATA3 硬碟上安裝 Windows

7 / 7 64 位元 / Vista

/ Vista

64 位元操作系統 , 請按照如下步驟操作

Using SATA3 HDDs without NCQ and Hot Plug functions

」使用不帶 NCQ 和熱插拔功能的 SATA3 硬碟 )

步驟 1: 設置 UEFI

A. 進入 UEFI SETUP UTILITY 」UEFI 設置程序 ) → Advanced Screen 」進階界面 )

→ Storage Configuration儲存配置 )

B. 將＂SATA Mode＂」SATA 模式 ) 設置為 [IDE]」用於 SATA3_1 到 SATA3_6 接頭)

將＂Marvell SATA3 Operation Mode＂」Marvell SATA3 操作模式 ) 設置為 [IDE]

」用於 SATA3_7 和 SATA3_8 接頭)

Using SATA3 HDDs with NCQ and Hot Plug functions

」使用帶 NCQ 和熱插拔功能的 SATA3 硬碟 )

步驟 1: 設置 UEFI

A. 進入 UEFI SETUP UTILITY 」UEFI 設置程序 ) → Advanced Screen 」進階界面 )

→ Storage Configuration儲存配置 )

B. 將＂SATA Mode＂」SATA 模式 ) 設置為 [AHCI]」用於 SATA3_1 到 SATA3_6 接頭)

將＂Marvell SATA3 Operation Mode＂」Marvell SATA3操作模式)設置為[AHCI]

」用於 SATA3_7 和 SATA3_8 接頭)

步驟2: 在系統上安裝Windows

7 / 7 64位元 / Vista

/ Vista

64位元操作系統

步驟2: 在系統上安裝Windows

7 / 7 64位元 / Vista

/ Vista

64位元操作系統

繁體中文

281

ASRock 990FX Extreme4 Motherboard

Installing OS on a HDD Larger Than 2TB

This motherboard is adopting UEFI BIOS that allows Windows

OS to be installed

on a large size HDD (>2TB). Please follow below procedure to install the operating

system.

1. Please make sure to use Windows

Vista

64-bit (with SP1 or above) or

Windows

7 64-bit.

2. Press <F2> or <Delete> at system POST. Set AHCI Mode in UEFI Setup Utility >

Advanced > Storage Conﬁ guration > SATA Mode.

3. Choose the item “UEFI:xxx“ to boot in UEFI Setup Utility > Boot > Boot Option #1.

(“xxx” is the device which contains your Windows

installation ﬁ les. Normally it is

an optical drive.) You can also press <F11> to launch boot menu at system POST

and choose the item “UEFI:xxx“ to boot.

4. Start Windows

installation.

English

ASROCK 990FX Extreme4 Manual de usuario

Marca: ASROCK

Modelo: 990FX Extreme4

Categoría: Placas base

Tipo: Manual de usuario

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En otros idiomas

français: ASROCK 990FX Extreme4 Manuel utilisateur
italiano: ASROCK 990FX Extreme4 Manuale utente
English: ASROCK 990FX Extreme4 User manual
Deutsch: ASROCK 990FX Extreme4 Benutzerhandbuch
Türkçe: ASROCK 990FX Extreme4 Kullanım kılavuzu

ASROCK 990FX Extreme4 Manual de usuario

ASROCK 990FX Extreme4 Manual de usuario

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