Longshine GFT150 User Manual Ver.2.0

Introduction

This manual is designed to give you information on the PS1V industrial motherboard. The topics covered in this manual are as follows:

 Feature  Specification  Jumper setting and Connectors  BIOS Setup  Appendix

Ver:2

Chapter 1

Features & Specifications

Features…………………………………………………………………….3

Specifications…………………………………….………………………..4

Features

 Intel Pentium-M Dothan mother board supports socket478 with customized

heat sink kit ready.

 Compact design for Panel PC, POS, Thin-client, Network PC and

Terminals.

 Flexible design support both Intel Dothan, Dothan Celeron and VIA

C7-M(V4 BUS) CPU.

 AC’97 Audio Codec support and 3D surrounding audio.  Multiple I/O support, up to 8xUSBs, 6xCOM ports, and 8-bits DIO.  Two Cash Drawer

Specifications

Processor Support:

 One Socket 478 supports single Intel Pentium M Dothan series

processors.

 Intel® Pentium® M Dothan, 2MB L2, FSB 533 MHz, 1.5 ~ 2.26 GHz  Intel® Celeron® M Dothan, 1MB L2, FSB 400 MHz, 1.3 ~ 1.7 GHz  VIA® C7-M(V4 BUS) base on 90nm core,128KB L2, 400MHz FSB.

System Memory:

 One DDR2 DIMM 240-pins Socket support DDR2 533/400 unregistered

non-ECC up to 1.0GB.

Video Controller:

 VN800 Integrated Graphic Engine.  One 15-pins D-sub female connector for CRT display.  One 40-pins 1.25mm pitch connector for dual 18/24-bits LVDS LCD

display.

Super I/O:

 Winbond 83697HG LPC I/F super I/O chip.  Fintek F81216DG LPC I/F super I/O chip.  Four RS-232 serial ports as COM3~COM6 in D-sub 9-pins male

connector on near panel. Pin9 can be powered with 5V, 12V or as ring-in,

selected by jumpers.

 One Parallel port support SPP/ECP/EPP mode in D-sub 25-pins female

connector on rear panel.

 Two USB2.0 ports in 2x5 pin-header for front panel or internal USB

device.

 Four USB2.0 ports on rear for external USB devices.  1xPS/2 keyboard and 1x mouse connector on a stack-up dual Mni-din

connector .

 Two internal RS-232 ports, COM1~COM2 are in 2x5 / 10 pin / 2mm / pin

header. Pin9 can be powered by either 5V or 3.3V with a 3-pins jumper.

Hardware Monitor:

 W83697HG integrated hardware monitor chip to monitor voltages,

temperature and FAN speed.

 Temperature Monitor: CPU remote diode, one thermister close to center of

motherboard.

10/100M Ethernet

 One VIA VT6103L FOR 10/100M LAN. RJ45 connector with link/act and

speed LED integrated.

 Support wake-from-LAN on Standby mode.  The LAN connector is RJ45+USBx2 combo connector on rear panel.

PIDE

 IDE controller build in VT8237R-PLUS support up to UltraDMA-133.  One 40-pins box header (2.54mm pitch) supports 3.5”HDD, CDROM or

DVDROM.

 One 44-pins box header (2mm pitch) supports 2.5”ATA device, or DOM

flash disk.

 One CompactFlash-II socket on back side, shared with secondary IDE

channel.

CMOS:

 On-board RTC with battery-back CMOS RAM  One 3-pins jumper to clear CMOS data.

Audio:

 VIA VT1613 AC’97 chip on-board.  Two stack-up 3.5mm audio-jack on rear for audio line-out and MIC.  One CD-ROM audio-in 4-pins connector on-board.

Power Connector:

 One ATX-20-pins Power connector.

Cash Drawer Connector:

 Two RJ12 6pins connectors.

Cooling:

 One CPU cooling FAN connector.  Four System cooling FAN connector.  Flat heat sink on top of VN800 chipset.  Customized cooler kit for CPU.

Others:

 One buzzer on-board for beep message.

Operating Temperature:

 0~50℃ operation range.

 Relative humidity: 20~80%.

Dimensions:  200mm(W) x 190mm(L).

This page is internally left blank.

Chapter 2

Jumper setting & Connectors

Jumpers on the PS1V………………………………………………………….9

Connectors on the PS1V………………………………………………….…..17

Jumpers on the PS1V

Jumpers allow you to configure your motherboard according to the requests of

your applications. If you have doubts about the best jumper configuration for

your needs, contact your dealer or sales representative. The following table

lists jumpers on PS1V and their respective functions.

Jump e r Lo c at i o n s o n t h e PS 1V … … ………… … … … ………… …… … … …... . 1 0

JP2, J P3, JP5, JP6, JP25, JP26: COM Power Selec tio n…………….….......11

JP8: RJ12 O u t p u t Voltage Selection…………………………………………....11

JP7: L C D PA N E L Pow er Select io n… … … … … … … … … … … ………………… 11

JP 2 3 : Cle a r CMOS RAM Da t a…… … ……… … …… … … ……… … ……… … .. 1 1

JP16: C F C a rd M o de s e l ecti o n … … ……………………… … … … … … … ……..12

JP 1 7: IDE Mo d e Sel e ct io n …… … …… … …… … …… …… … … …… … …… … .1 2

JP 1 4 : F r on t Si d e Bu s Selec t i on … … …… … … … …… … … ……… … … … …… 1 2

JP1: F AN Powe r Ra i l S e lection…………………………………………………..12

JP4: CPU PLL Supply Voltage Selection………… … … … …………………….13

JP 1 8 : V4 Mod e Se le c ti o n… ……… … …… … … …… … … …… … …… … … …… 1 3

JP20: Aud io O u t p u t Selection…………………………………… … ……………..13 JP 27: MINI PCI ON/OFF Selection …………………………………………………………..13

JP 9 / JP30: LVDS Resolution Selection………………………………………………………14

JP29: PS2 Device Function Selection…………………………………………………………16

JUMPERS LOCATIONS ON THE PS1V

JP2, JP3, JP5, JP6, JP25 ,JP26: COM Power Selection

JP1, JP3, JP5, JP6, JP25, JP26 can be used to selection the COM supply

power: +5V, Ring-IN or +12V.

JP8: RJ12 Output Voltage Selection

JP7: LCD PANEL Power Selection

JP7 can be used to selection the LCD supply power :+3.3V or +5V. The default

setting is on +3.3V. User must check the LCD specs and adjust this jumper to

make panel work well in specified power rail.

JP23: Clear CMOS RAM Data

This 3-pin Jumper allows user to disconnect the built-in 3V battery power to

clear the information stored in the CMOS RAM. To clear the CMOS data: (1)

Turn off the system power, (2) Remove jumper cap from pin1 and 2, (3)Short

the pin2 and pin3 for three seconds, (4) Put jumper cap back to pin1 and 2.

(5)Turn on your computer, (6) Hold Down<Delete> during boot up and enter

BIOS setup to enter your preferences.

JP16: CF Card Mode Selection

This jumper is set to CF card works on secondary channel and only master

device. Let this pin short if CF card is setting.

JP17: IDE Mode Selection

JP14: Front Side Bus Selection

JP14 can be used to select the front side bus frequency.

JP1: FAN Power Rail Selection

JP1 can be used to select fan’s power rail.

JP4: CPU PLL Supply Voltage Selection

JP4 can be used to select CPU’s PLL

Pentium-M(Dothan), Celeron-M(Dothan), C7-M are 1.5V.

JP18 V4 Mode Selection

To enable V4 mode for VIA CPU.

To disable V4 mode for INTEL CPU.

JP20: Audio Output Selection

JP27: Mini PCI ON/OFF Selection

JP9 / JP30 : LVDS Resolution Selection

1024x768x24 (Single)

800x600x18 (Single)

1280x1024x24 (Dual)

1400x1050x18 (Dual)

1024x768x18 (Single)

1440x900x18 (Dual)

1280x768x18 (Single)

1280x800x18 (Dual)

1600x1200x18 (Single)

1366x768x18 (Single)

640x480x18 (Single)

1024x768x24 (Dual)

640x480x18 (Single)

1280x768x24 (Single)

1024x768x18 (Dual)

Reverse

JP29:PS2 Device Function Selection

JP29 can be selected as build-in PS2 keyboard and mouse connector or wired

to external device.

Connectors on the PS1V

The connectors on the PS1V allows you to connect external devices such as

keyboard, floppy disk drive, hard disk drive, printers, etc. The following table

lists the connectors on the PS1V and their respective page number.

Con n e ct o r Loc a t io n s on the P S1 V … …… … … …… … … ……… … …. . … …… 1 8

F r on t P an el C on n ec t or … …… … …… … ……… …… ……… …… …… …… …. 1 9

B a ck li gh t C onn ec t or … …… … …… … …… … ……… …… …… …… …… … …. . 20

R J 1 2 C on ne c to r …… …… …… … …… …… … …… …… …… … …… …… … … . 21

E I DE C on n ec to r… …… … …… … …… … …… … …… … …… … …… …… …… . .2 2

CO M 1, C OM 2 S er ia l Po rt s… …… …… … …… …… .. …… …… …… …… … .…2 4

C O M3 ~CO M6 Se r ia l Po rt s…… … ……… … …… ….. … ……… …… …… ….… 2 4

L P T P or t… …… …… … …… …… … …… …… … …. .… … …… …… … …… …… . 25

PS/2 keyboa r d & Mo u s e Co nne c tor … … … … ….. … … ……………… … … ….. 2 6

V G A C o nn ect or … …… … …… … …… …… …… … …… …… …… … …… …… … 26

CPU / Sys t e m Fa n P ow e r Co n nec t o r… …… … … …………… … … … ……… 27

DR V PW R1 , DR V PW R2 Co n nec t ors … …… …… …… …… …… …… …… …… 27

L A N- RJ 45 + USB 1/ 2 C on nec to r…… … ……… … …… …… … …… …… ……… . 27

U S B3 / 4 C on n ec t or … ……… …… ……… ……… …… ……… …… …… … .… … .27

US B 5/6 & 7 /8 Conn e ct or … …… … …… … …… … … …… … …… … …… . …… .28

ATX 4P Po w e r Co n ne c tor… … …… . …… …… … …… … …… … …… … …… .… 2 8

Au dio C o nn ec t or … … …… … ……… … …… … ……… …… …… …… … ……. ….2 8

ATX 20P Po we r Conn e c to r ……… … .… … … … …… … …… … … …… … … …… 2 9

C D _IN C on nec to r…… … ……… …… …… ……… … ……… …… ……… … .. .. … 29

LV D S LC D Co n ne c to r… …… …… … …… …… … …… …… … …… …… … …… .. 3 0

D I O C o nn e ct or …… … …… … …… ……… …… …… … …… … …… …… …… . …3 1

Au d io In t. Con n ec to r… …… …… …… …… … …… …… …… … …… …… …… …3 1

Connector Locations on the PS1V

Front Panel Connector

The front panel of the case has a control panel, which provides light indication

of the computer activities and switches to change the computer status.

RESET Switch

The reset switch allows the user to force reseting the system.

Orientation is not required when making a connection to this header.

Power-On Led

This connector allows user to connect to Front Panel Power Indicator.

IDE Hard Disk LED Connector

This Connector connects to the hard drive activity LED on control panel.

This LED will flash when the HDD is being assessed.

ATX Power ON/OFF Button

This 2-pin connector acts as the “Power Supply On/Off Switch” on the SBC

card. When pressed, the switch will force the SBC card to power on. When

pressed again, it will force the SBC card to power off.

LINK_ACT_LED

SPEED_LED

RJ12 Connector(Cash Drawer)

EIDE Connector

COM1~2 Serial Ports

COM1, COM2, a 10-pin header connector, is the onboard COM1, COM6 serial

port of the PS1V. The following table shows its pin assignments.

COM3~6 Serial Ports

COM3~6, a 9-pin D-sub male connector, is the onboard COM3~6 serial port of

the PS1V. The following table shows its pin assignments.

LPT Port

The LPT parallel port is a standard D-sub 25-pins female connector.

It can be configured as EPP, ECP or SPP mode.

PS/2 Keyboard & Mouse Connector

The following table describes the pin assignment of PS/2 keyboard and mouse

connector.

VGA Connector

The pin assignments of VGA CRT connector are as follows:

CPU / System Fan Power Connector

This is a 3-pin header for the CPU / System fan. The fan must be a 12V-fan.

DRVPWR1 / DRVPWR2 Connectors.

This is a 2-pin header for the DRVPWR1, 2.

LAN RJ45 USB1/2 Connectors

Below pictures shows the location of LAN RJ45 port and USB ports on the

combo RJ45+USB connector.

USB 3/4 Connectors

The following table shows the pin out of the USB 3/4

USB 5/6 and USB 7/8 Connectors

The following table shows the pin out of the USB5/6 and USB7/8.

ATX 12V Power Connector

The ATX 12V Power connector mainly supplies power to the CPU

Audio Connector

After install onboard audio driver, you may connector speaker to lineout jack,

microphone to MIC in jack.

ATX Power Connector

The ATX power connect supplies power to the whole motherboard.

CD_IN Connector

CD_IN connector is designed for wire the CDROM audio signals to the

on-board audio CODEC.

LVDS LCD Connector

The LCD Panel, inverter for LCD lamp, touch screen serial interface must be

connected to this LVDS header, using the below described connector.

DIO Connector

DIO port support 8 digital I/O bits. Each bit can be configured as input or output

individually. All bits are 5V tolerance.

AUDIO INT Connector

Chapter 3 BIOS Setup

This chapter describes the different settings available in the AMI BIOS that

comes with the M/B. The topics covered in the this chapter are as follows :

BIOS Introduction...............................................................................................................33

BIOS Setup Menu ..............................................................................................................35

Standard BIOS Features....................................................................................................37

Advanced BIOS Features ..................................................................................................38

Advanced Chipset Features...............................................................................................50

PCI/PnP Resource Management .......................................................................................55

Boot Configuration Features ..............................................................................................56

Power Management Features............................................................................................57

BIOS Security Features .....................................................................................................58

Load Optimal Defaults .......................................................................................................61

Load Failsafe Defaults .......................................................................................................61

Discard Changs ................................................................................................................. 61

Save Changes and Exit ..................................................................................................... 62

Discard Changes and Exit ................................................................................................ 62

BIOS Introduction

This Chapter discusses AMI Setup program built into the M/B BIOS . The

Setup program allows users to modify the basic system configuration .

The AMI BIOS installed in the M/B is a custom version of an industry standard

BIOS . This means

That it supports Intel Dothan series CPU & VIA C7-M(V4 BUS) CPU . The

BIOS provides critical low-level support for standard devices such as disk

drives and serial and parallel ports .

It also adds non-standard, features such as virus and password protection as

well as special support for detailed fine-tuning of the chipset controlling the

entire system.

The rest of this chapter is intended to guide you through the process of

configuring your system using Setup.

Starting Setup

The AMI BIOS is immediately activated when you first power on the computer .

The BIOS reads the system information contained in the CMOS and begins the

process of checking out the system and configuring it. When it finishes, the

BIOS will seek an operating system on one of the disks and then launch and

turn control over to the operating system.

While the BIOS in control, the Setup program can be activated in the way:

Press DEL to enter SETUP

If the message disappears before you respond and you still wish to enter

Setup, restart the system to try again by turning it OFF then ON or pressing the

“RESET” button on the system case, You may also restart by simultaneously

pressing <Ctrl>,<Alt>,and<Delete>Keys.

Using Setup

In general, you use the arrow keys to highlight items, press <Enter> to select ,

press <F1> for Help and press <ESC> to quit. The following table provides

more detail about how to navigate In the Setup program using the keyboard.

Key Function

↑↓← → Arrow

Esc

+ / - Increase / decrease the value

F1 Key General Help

F7 Key Discard change

F8 Key Load Fail-Safe Defaults

F9 Key Load Optimized Defaults

F10 Key Save configuration changes and exit setup

Move to the item

Main menu: Discard changes and exit setup

Submenus: Exit Current page to the next higher level

BIOS Setup Menu

The setup uses a menu interface to allow the user to configure their system.

The features are

Standard BIOS Features: Allows the user to specify system time and system date and the system

overview.

Advanced BIOS Features:

Allows the user to set BIOS function .

Advanced Chipset Features:

Allows the user to set Chipset function .

PCI/PNP Resource Management:

Allows the user to set Onboard IO function

Boot Configuration Features: Allow the user to set the boot sequence

Power Management Features:

Allow the user to set the APM / ACPI function

BIOS Security Features:

Allows the user to set the password for system.

Load Optimal Defaults:

Load Optimal Default values for all the setup questions.

Load Failsafe Defaults:

Load Failsafe Default values for all the setup questions.

Discard Changes:

Discards changes done so far to any of the setup questions.

Save Changes and Exit: Exit system setup with saving the changes.

Discard Changes and Exit:

Exit system setup without saving the changes.

Standard BIOS Features

System Overview

AMI BIOS

Display BIOS version and build date

Processor Display CPU Type and Speed

System Memory Display System memory , and it does not include share VRAM .

System Time (hh/mm/ss) & System Date ( week mm/dd/yyyy) :

Allows the user to set the time and date.

The Time is displayed in 24 hours format.

The Date can be set from January 1st, 1980 to December 31, 2099

The values set in these two fields take effect immediately.

Advanced BIOS Features

CPU Configuration:

Allow the user to set CPU function.

IDE Configuration:

Allow the user to set IDE function.

SuperIO Configuration:

Allow the user to set SuperIO function.

USB Configuration:

Allow the user to set USB function.

Hardware Health Configure:

Use the menu to display the CPU / System temperature, FAN speed and

voltages

Configure advanced CPU settings

Intel® SpeedStep™ tech:

Allows the user to select CPU Intel® SpeedStep™ tech function .

( Celeron-M dose not support )

[Maximum Speed] : Set CPU speed to maximum. (Default)

[Minimum Speed] : Set CPU speed to minimum.

[Automatic] : Set CPU speed controlled by operating system .

[Disabled] : Set CPU speed to default .

IDE Configuration

Primary IDE Master

Allow the user to set primary IDE master device function

40 / 80 Pin

Primary IDE Slave

Allow the user to set primary IDE slave device function

40 / 80 Pin

Secondary IDE Master

Allow the user to set secondary IDE master device function

44 Pin IDE & CF Card IDE interface ( Default )

Secondary IDE Slave

Allow the user to set secondary IDE slave device function

44 Pin IDE ( Default ) & CF Card IDE interface

Third SATA Master

Allow the user to set Third SATA master device function

Fourth SATA Master

Allow the user to set Fourth SATA master device function

OnBoard SATA-IDE

Allow the user to set Onboard SATA-IDE setting

[Disabled] : Disabled OnBoard SATA-IDE device .

[SATA] : Enabled OnBoard SATA-IDE device .

[RAID] : Enabled OnBoard SATA-IDE device and support RAID function

Primary IDE Master / Primary IDE Slave / Secondary IDE Master /

Secondary IDE Slave Device settings

Primary IDE Master Information:

Display IDE device Type / Vendor / Size / function mode / S.M.A.R.T supported

Type

Allow the user to set IDE device type

[ Not Installed ] : Disable the IDE device

[ Auto ] : Set the IDE controlled by operating system

[ CD/DVD ] : Set the IDE device type to CD/DVD

LBA/Large Mode

Allow the user to set IDE device access mode

[ Disable ] : Disable the IDE LBA access mode

[ Auto ] : Enable the IDE LBA mode

Block (Multi-Sector Transfer)

Allow the user to set IDE device support Block mode

[ Auto ] : The Data transfer from and to the device occurs multiple sectors at a

time if the device supports it .

[ Disabled ] : The Data transfer from and to the device occurs one sector at a

time .

PIO Mode

Allow the user to set IDE device support PIO mode

[ Auto / 0 / 1 / 2 / 3 / 4 ] : Set the PIO mode to Auto / PIO 0 / PIO 1 / PIO 2 / PIO

3 / PIO 4

DMA Mode

Allow the user to set IDE device support DMA mode

[ Auto / SWDMA0 / SWDMA1 / SWDMA2 / MWDMA0 / MWDMA1 / MWDMA2 /

UDMA0 / UDMA1 / UDMA2 / UDMA3 / UDMA4 / UDMA5 ] : Select DMA mode

AUTO : Auto detected

SWDMAn : SingleWordDMAn

MWDMAn: MultiWordDMAn

UDMAn : UltraDMAn

S.M.A.R.T.

S.M.A.R.T. stands for Self-Monitoring, Analysis and Reporting Technology

Supported .

[ Auto ] : Set S.M.A.R.T. controlled by operating system

[ Disable ] : Set S.M.A.R.T. function to disable

[ Enable ] : Set S.M.A.R.T. function to enable

32Bit Data Transfer

Allow the user to set IDE device support 32Bit Data transfer

[ Disabled ] : Disabled 32Bit Data transfer function

[ Enabled ] : Enabled 32Bit Data transfer function

SuperIO Configuration

Configure Super IO Chipset :

Allow the user to set COM1 / COM2 / COM3 / COM4 / COM5 / COM6 / LPT

port IO address & IRQ settings

OnBoard Serial Port1 Address

Allow the user to select Serial Port1 Base Addresses / IRQ Settings

[ Disable ] : Disable Serial Port1

[ 3F8 / IRQ4 ] : Set base address 3F8 and interrupt IRQ4 to COM1 Port

( Default )

[ 3E8 / IRQ4 ] : Set base address 3E8 and interrupt IRQ4 to COM1 Port

[ 2E8 / IRQ3 ] : Set base address 2E8 and interrupt IRQ3 to COM1 Port

OnBoard Serial Port2 Address

Allow the user to select Serial Port2 Base Addresses / IRQ Settings

[ Disable ] : Disable Serial Port2

[ 2F8 / IRQ3 ] : Set base address 2F8 and interrupt IRQ3 to COM2 Port

( Default )

[ 3E8 / IRQ4 ] : Set base address 3E8 and interrupt IRQ4 to COM2 Port

[ 2E8 / IRQ3 ] : Set base address 2E8 and interrupt IRQ3 to COM2 Port

External Serial Port3 Address

Allow the user to select Serial Port3 Base Addresses

[ Disable ] : Disable Serial Port3

[ 3F8 ] : Set base address 3F8 to COM3 Port

[ 2F8 ] : Set base address 2F8 to COM3 Port

[ 3E8 ] : Set base address 3E8 to COM3 Port ( Default )

[ 2E8 ] : Set base address 2E8 to COM3 Port

[ 2F0 ] : Set base address 2F0 to COM3 Port

[ 2E0 ] : Set base address 2E0 to COM3 Port

Serial Port3 IRQ

Allow the user to select Serial Port3 IRQ

[4] : Set interrupt mode to IRQ4

[9] : Set interrupt mode to IRQ9

[10] : Set interrupt mode to IRQ10

[11] : Set interrupt mode to IRQ11( Default )

External Serial Port4 Address

Allow the user to select Serial Port4 Base Addresses

[ Disable ] : Disable Serial Port4

[ 3F8 ] : Set base address 3F8 to COM4 Port

[ 2F8 ] : Set base address 2F8 to COM4 Port

[ 3E8 ] : Set base address 3E8 to COM4 Port

[ 2E8 ] : Set base address 2E8 to COM4 Port ( Default )

[ 2F0 ] : Set base address 2F0 to COM4 Port

[ 2E0 ] : Set base address 2E0 to COM4 Port

Serial Port4 IRQ

Allow the user to select Serial Port4 IRQ

[3] : Set interrupt mode to IRQ3

[9] : Set interrupt mode to IRQ9

[10] : Set interrupt mode to IRQ10( Default )

[11] : Set interrupt mode to IRQ11

External Serial Port5 Address

Allow the user to select Serial Port5 Base Addresses

[ Disable ] : Disable Serial Port5

[ 3E8 ] : Set base address 3F8 to COM5 Port

[ 2E8 ] : Set base address 2F8 to COM5 Port

[ 2F0 ] : Set base address 3E8 to COM5 Port( Default )

[ 2E0 ] : Set base address 2E8 to COM5 Port

[ 2D8 ] : Set base address 2F0 to COM5 Port

[ 2D0 ] : Set base address 2E0 to COM5 Port

Serial Port5 IRQ

Allow the user to select Serial Port5 IRQ

[4] : Set interrupt mode to IRQ4

[5] : Set interrupt mode to IRQ5

[6] : Set interrupt mode to IRQ6

[7] : Set interrupt mode to IRQ7

[9] : Set interrupt mode to IRQ9

[10] : Set interrupt mode to IRQ10

[11] : Set interrupt mode to IRQ11( Default )

[12] : Set interrupt mode to IRQ12

External Serial Port6 Address

Allow the user to select Serial Port6 Base Addresses

[ Disable ] : Disable Serial Port6

[ 3E8 ] : Set base address 3F8 to COM6 Port

[ 2E8 ] : Set base address 2F8 to COM6 Port

[ 2F0 ] : Set base address 3E8 to COM6 Port

[ 2E0 ] : Set base address 2E8 to COM6 Port ( Default )

[ 2D8 ] : Set base address 2F0 to COM6 Port

[ 2D0 ] : Set base address 2E0 to COM6 Port

Serial Port6 IRQ

Allow the user to select Serial Port6 IRQ

[3] : Set interrupt mode to IRQ3

[5] : Set interrupt mode to IRQ5

[6] : Set interrupt mode to IRQ6

[7] : Set interrupt mode to IRQ7

[9] : Set interrupt mode to IRQ9

[10] : Set interrupt mode to IRQ10( Default )

[11] : Set interrupt mode to IRQ11

[12] : Set interrupt mode to IRQ12

Parallel Port Address:

Allow the user to select Parallel Port Base address

[ Disable ] : Disable Parallel Port

[ 378 ] : Set base address 378 to Parallel Port( Default )

[ 278 ] : Set base address 278 to Parallel Port

[ 3BC ] : Set base address 3BC to Parallel Port

Parallel Port Mode:

Allow the user to select Parallel Port Mode

[ Normal ] : Set Parallel Port Mode to Normal mode. ( Default )

[ Bi-Directional ] Set Parallel Port Mode to Bi-Directional mode

[ EPP ] : Set Parallel Port Mode to EPP mode.

[ ECP & EPP ] : Set Parallel Port Mode to ECP & EPP mode.

Parallel Port IRQ:

Allow the user to select Parallel Port IRQ.

[ IRQ5] : Set interrupt mode to IRQ5

[ IRQ7] : Set interrupt mode to IRQ7 ( Default )

USB Configuration

Legacy USB Support

Allow the user to set legacy USB supported

[ Disabled ] : Set legacy USB device supported disabled

[ Enabled ] : Set legacy USB device supported enabled( Default )

[ Auto ] : Set legacy USB device controlled by operating system , AUTO option

disables legacy support if no USB device are connected .

USB Keyboard Legacy Support

Allow the user to set legacy USB keyboard supported

[ Disabled ] : Set legacy USB keyboard supported disabled

[ Enabled ] : Set legacy USB keyboard supported enabled( Default )

USB Mouse Legacy Support

[ Disabled ] : Set legacy USB mouse supported disabled

[ Enabled ] : Set legacy USB mouse supported enabled( Default )

Hardware Health Configuration

Current CPU DIE Temperature

Show CPU Temperature .

Current SYSTEM Temperature

Show SYSTEM Temperature .

Current CPU FAN Speed

Show CPU FAN Speed .

Current SYSTEM FAN Speed

Show SYSTEM FAN Speed .

Vcore / 1.05V / 2.5V / 3.3V / 5V / 12V Voltages

Show Power rails voltage

Advanced Chipset Features

DRAM Frequency

Allow the user to set DRAM frequency function

[ Auto ] : Set DRAM Frequency controlled by operating system( Default ) [ 400 MHz ] : Set DRAM Frequency to 400 MHz [ 533 MHz ] : Set DRAM Frequency to 533 MHz

DRAM Timing

Allow the user to set DRAM timing function

[ Manual ] : Set DRAM Timing to Manual mode [ Auto ] : Set DRAM Timing controlled by operating system( Default ) [ Turbo ] : Set DRAM Timing to Turbo mode [ Ultra ] : Set DRAM Timing to Ultra mode

VGA Frame Buffer Size

Allow the user to set VRAM Size

[ 8M ] : Set VGA Frame Buffer Size to 8 MB [ 16M ] : Set VGA Frame Buffer Size to 16 MB [ 32M ] : Set VGA Frame Buffer Size to 32 MB [ 64M ] : Set VGA Frame Buffer Size to 64 MB( Default )

Select Display Device

Allow the user to set boot display device

[ CRT ] : Set boot display to CRT only [ LCD ] : Set boot display to LCD only [ CRT+LCD ] : Set boot display to CRT + LCD both( Default )

Panel Switch

Allow the user to set Panel Type from Hardware Jumper or Software CMOS Settings .

[ Hardware Strapping ] : Set Panel Type from Hardware Jumper (JP9 , JP30).

1024x768x24 (Single)

800x600x18 (Single)

1024x768x18 (Single)

1280x1024x24 (Dual)

1400x1050x18 (Dual)

1440x900x18 (Dual)

1280x768x18 (Single)

1280x800x18 (Dual)

1600x1200x18 (Single)

640x480x18 (Single)

1366x768x18 (Single)

1024x768x24 (Dual)

640x480x18 (Single)

1280x768x24 (Single)

1024x768x18 (Dual)

Reverse

[ Software Setting ] : Set Panel Type from Software CMOS settings .

Panel ID Resolution Channel Dithering

0 640x480 1 Enable

1 800x600 1 Enable

2 1024x768 1 Enable

3 1280x768 1 Enable

4 1280x1024 2 Disable

5 1400x1050 2 Enable

6 1440x900 2 Enable

7 1280x800 2 Enable

8 1600x1200 1 Enable

9 1366x768 1 Enable

10(A) 640x480 1 Enable

11(B) 1024x768 2 Enable

12(C) 1024x768 1 Disable

13(D) 1024x768 2 Disable

14(E) 1280x768 1 Disable

Dithering Enable is for 18 bits panel and Disable is for 24 bits panel. Channel 1 is for Single Channel and Channel 2 is for Daul Channel .

Brightness Inverse

Allow the user to inverse brightness up / down .

[ Disabled ] : Set Brightness to normal mode . That Brightness up / down function will work normal .

[ Enabled ] : Set Brightness to inverse mode . That Brightness up / down function will work inverse . The function is support some Panel will make brightness down after press brightness up button .

V-LINK mode selection

Allow the user to set V-Link mode function

[ Auto ] : Set V-LINK mode controlled by operating system ( Default ) [ Mode 0 ] : Set V-LINK mode to Mode 0 [ Mode 1 ] : Set V-LINK mode to Mode 1

OnBoard AC’97 Audio

Allow the user to set AC’97 Audio device function

[ Enabled ] : Set AC’97 Audio device to Enabled ( Default ) [ Disabled ] : Set AC’97 Audio device to Disabled

PCI / PNP Resource Management

PCI IDE BusMaster

Allow the user to set PCI IDE BusMaster supported

[ Disabled ] : Set PCI IDE BusMaster to disabled. [ Enabled ] : Set PCI IDE BusMaster to enabled . ( Default )

IRQ Resources Setting

Allow the user to set PCI/ISA PnP device resources

IRQ3 / IRQ4 / IRQ5 / IRQ7 / IRQ9 / IRQ10 / IRQ11 / IRQ14 / IRQ15

[ Available ] : Specified IRQ is available to used by PCI/PnP devices. [ Reserved ] : Specified IRQ is reserved for use by Legacy ISA devices .

Boot Configuration Features

Quick Boot

Allow the user to skip certain tests while booting . This will decrease the time needed to boot the system

[ Enabled ] : Set Quick boot enabled. ( Default ) [ Disabled ] : Set Quick boot disabled .

Bootup Num-Lock

Allow the user to select Power-On state for Num lock

[ Off ] : Set Bootup Num-Lock to OFF( Default ) [ On ] : Set Bootup Num-Lock to On

1st / 2nd / 3rd / 4th / 5th Boot Device

Allow the user to select boot device.

Default boot device priority list :

[IDE-HDD] – [SATA-HDD] – [CD/DVD] – [Removable Disk] – [Network] –

[Disabled]

Display Logo

Allow the OEM to Display or Disable OEM LOGO

[ Disabled ] : Displays normal POST messages. ( Default )

[ Enabled ] : Displays OEM Logo instead of POST messages.

Power Management Features

ACPI Version Features

Allow the user to select ACPI 2.0 version supported

[ ACPI v1.0] : Support ACPI 1.0 [ ACPI v2.0] : Support ACPI 2.0 [ ACPI v3.0] : Support ACPI 3.0 ( Default )

ACPI APIC support

Allow the user to select ACPI APIC supported . Include ACPI APIC table pointer to RSDT pointer list .

[ Disabled ] : Disabled ACPI APIC supported [ Enabled ] : Enabled ACPI APIC supported ( Default )

USB Device Wakeup Function

Allow the user to select USB device wakeup function supported

[ Disbaled ] : Disabled USB device wakeup function [ Enabled ] : Enabled USB device wakeup function ( Default )

BIOS Security Features

Supervisor Password

Indicates whether a supervisor password has been set. If the password has

been installed, Installed displays. If not, Not Installed displays.

Allow the user to key in 6 digital value.

After key in new password , you need to confirm new password.

After confirm new password, the password installed success .

Change Supervisor Password

Select this option and press <Enter> to access the sub menu. You can use the

sub menu to change the supervisor password.

Not allow the user to key in space value.

Select Change Supervisor Password from the Security Setup menu and press

<Enter>.

Enter New Password, if user to key in space value an error message appears

“Password uninstalled” ,Not allow the user to key in space value .

Change User Password：：：：

User Password

Indicates whether a user password has been set. If the password has been

installed, Installed displays. If not, Not Installed displays.

Change User Password

Select this option and press <Enter> to access the sub menu. You can use the

sub menu to change the user password.

Change User Password

Select Change User Password from the Security Setup menu and press

<Enter>. Enter New Password: appears. Type the password and press

<Enter>. The screen does not display the characters entered. Retype the

password as prompted and press <Enter>. If the password confirmation is

incorrect, an error message appears.

Password check：：：： Setup: Check password while invoking setup.

Always : Check password while invoking setup a well as on each boot.

Default is “Setup”.