English, 7 frequency/voltage control, Cpu clock ratio – GIGABYTE GA-8I865GME-775-RH User Manual

Page 42: Cpu host clock control, Cpu host frequency (mhz)

background image

GA-8I865GME-775-RH (rev. 2.0) Motherboard

- 42 -

English

2-7

Frequency/Voltage Control

CMOS Setup Utility-Copyright (C) 1984-2006 Award Software

Frequency/Voltage Control

CPU Clock Ratio

(Note)

[18X]

O.C. FSB1066 Core.2 CPU

[Disabled]

CPU Host Clock Control

[Disabled]

x CPU Host Frequency(Mhz)

200

x AGP/PCI Fixed

66/33

Memory Frequency For

[Auto]

Memory Frequency(Mhz)

400

AGP/PCI Frequency(Mhz)

66/33

KLJI: Move

Enter: Select

+/-/PU/PD: Value

F10: Save

ESC: Exit

F1: General Help

F5: Previous Values

F6: Fail-Safe Defaults

F7: Optimized Defaults

Item Help

Menu Level`

(Note) This item will show up when you install a processor which supports this function.

CPU Clock Ratio

(Note)

This setup option will automatically assign by CPU detection.
The option will display "Locked" and read only if the CPU ratio is not changeable.

O.C. FSB1066 Core.2 CPU

Enable use of Core

TM

2 CPUs with 1066 MHz FSB through overclocking. To enable this feature,

you must install DDR 400 memory module(s), a Core

TM

2 CPU and a AGP graphics card.

Disabled

Disable the use of Core

TM

2 CPU (1066 MHz FSB). (Default value)

Enabled

Enable the use of Core

TM

2 CPU (1066 MHz FSB).

CPU Host Clock Control

Please note that if your system is overclocked and cannot restart, please wait 20 secs. for
automatic system restart or clear the CMOS setup data and perform a safe restart.

Disabled

Disable CPU Host Clock Control. (Default value)

Enabled

Enable CPU Host Clock Control.

CPU Host Frequency (Mhz)

100 ~ 355

Set CPU Host Frequency from 100 MHz to 355 MHz.

If you use a 533 MHz FSB processor, set "CPU Host Frequency" to 133 MHz.
If you use an 800 MHz FSB processor, set "CPU Host Frequency" to 200 MHz.
Incorrect using it may cause your system broken. For power End-User use only!

Incorrectly using these features may result in system instability or corruption.
Doing a overclock or overvoltage on CPU, chipsets and memory modules may result in
damages or shortened life expectancy to these components. Please be aware that the menu
items are for power users only.