One World Touch OP 1200, OP 1700, OP 1500 Service Manual

12.1” /15”/17

” Intel

Core 2 Duo

Industrial Panel PC with Versatile Bezel Design

Panel PC

OP 1200/1500/1700

(MB:

PC920

, System Chipset:

Intel

9

45G

)

Service

Manual

(Version

2807

)

Version v

1008

,

August

2

010

Copyright Notice

This publication, including all photographs, illustrations and software, is protected under

international copyright law

contained herein, may be reproduced

without written consent of the

m

anufacturer.

Disclaimer

The information in this document is subject to change without notice. The manufacturer m

akes no

representations or warranties with respect to the contents hereof and specifically disclaims any

implied warranties of merchantability or fitness for any particular purpose. The manufacturer

reserves the right to revise this publication and to make

changes from time to time in the content

hereof without obligation to notify any person of such revision or changes.

Trademarks

All brand

s

and product names used for identification in this document are trademarks or registered

trademarks of their respect

ive companies.

Federal Communications Commission (FCC)

This equipment has been tested and found to comply with the limits for a Class A digital device,

pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection

agains

t harmful interference in a residential installation. This equipment generates, uses, and can

radiate radio frequency energy and, if not installed and used in accordance with the instructions,

may cause harmful interference to radio communications. However

, there is no guarantee that

interference will not occur in a particular installation. If this equipment does cause harmful

interference to radio or television reception, which can be determined by turning the equipment off

and on, the user is encouraged t

o try to correct the interference by one or more of the following

measures:



Reorient or relocate the receiving antenna.



Increase the separation between the equipment and the receiver.



Connect the equipment onto an outlet on a circuit different from that to

which the receiver

is connected.



Consult the dealer or an experienced radio/TV technician for help.

Shielded interconnect cables and a shielded AC power cable must be employed with this equipment

to ensure compliance with the pertinent RF emission limits

governing this device. Changes or

modifications not expressly approved by the system's manufacturer could void the user's authority

to operate the equipment.

Declaration of conformity

This device complies with part 15 of the FCC rules. Operation is subject

to the following conditions:



This device may not

cause harmful interference,

This device must accept any interference

received, including interference that may cause undesired

operation

8 July

Version

2

807

Printed in T

aiwan

Unpacking

U

npacking the carton

s,you will see the

OP SERIES

panel PC

cabinets packed in separate cartons.

Remove all the EPE foams stuffed in the cartons and the

panel PC

cabinets. These packing materials

are used

to protect the components from s

winging around

d

uring local transpor

t

ation. It is strongly

recommended

thatthey are kept for future transportation use.

C

heck and see if the following items

are included and in good condition.



OP SERIES

unit



Pedestal set



Accessor

y box

-

Power co

rd

(90o)

x 1

-

Utilities

,

drivers & user manual CD diskette

x 1-Panel mounting kit (optional)

x 1 set

Make sure that all of the items listed above are present. If any of the above items is missing, contact

your dealer immediately.

Warranty

All pr

oducts

produc

ed by the

m

anufacturer

are warranted against defective materials and

workmanship for one year starting from the date of delivery to the original purchaser.

However, this warranty does not apply to: (1) damage caused by accident, abuse, misuse

,

misapplication, (2) the product or part has been modified, (3) the product serial number or

warranty label has been removed or defaced.

Important Safety Precautions

Before getting started, read these instructions and save them for later reference.

1.Toaccess any internal components of the system

, confirm the s

ystem

power is

turned

off

and make sure all the

system

fans already stop turning.

2.

Turn off the computer before cleaning. Clean with a damp or dry cloth only.

Do not spray

any liquid cleaner on scr

een.3.

The power socket used to plug in the power cord must be located near the system and

easily accessible. Do not use outlets on the same circuit of the systems that regularly

switched on

and

off.4.Make sure the voltage of the power source is correct bef

ore connecting the system to the

power outlet.

5.

If the

system

is sharing an extension cord with other devices, make sure the total ampere

rating of the devices plugged into the extension cord does not exceed the cord

’

s ampere

rating.

6.

Do not expose the pow

er cord, power outlet

and exte

nsion cord to moisture.

7.

Install the

system

on a reliable surface to prevent damage caused by dropping.

8.

Disconnect the power cord from the system before any installation. Make sure both the

system and the external devices are t

urned off. The sudden surge of power may ruin any

sensitive components. Also make sure the system is properly grounded.

9.

During installation of any internal components, be sure to ground yourself to keep from

any static charge. Most electronic components

are sensitive to the static electric charge.

Use a grounding wrist strap and place all electronic components in any static

-

shielded

devices.

10.

The openings on the system cabinet are for the cabin ventilation to prevent the system

from overheating.

DO NOT C

OVER THE OPENINGS

.

11.

The brightness of the flat panel display will decrease with use. However, hours of use will

vary depending on the application environment.

12.

Avoid

using sharp objects to operate the touch panel. Scratches on the touch panel may

cause ma

l-ca

libra

tion or non

-

function to the

touch

panel.

13.

The LCD panel display is not subject to shock or vibration. When assembling the computer,

make sure it is securely installed.

Table of Contents

1.

INTRODUCTION

................................

....1-11.1.

G

ENERAL

I

NFORMATION

................................

............................

1-2

1.2.

W

HATCOVERS IN THIS

M

ANUAL

................................

..................

1-3

1.3.

S

PECIFICATIONS

................................

.....1-

4

2.

USING THE SYSTEM

................................

..............................

2-7

2.1.

I

DENTIFYING THE

S

YSTEM

................................

..........................

2-8

2.2.

P

ANEL

PC

I/O

O

UTLETS

................................

...........................

2-9

2.3.OPSERIES

D

IMENSION

................................

........................

2-11

2.3.1.

OP 1200

................................

..............................

Error! Bookmark not defined.

2.3.2.

OP 1500

................................

..............................

Error! Bookmark not defined.

2.3.3.

OP 1700

................................

..............................

Error! Bookmark not defined.

2.4.

P

OWERING UP THE

S

YSTEM

................................

......................

2-13

2.5.

R

UNNING THE

BIOS

S

ETUP

................................

.....................

2-14

2.6.

O

PERATING

S

YSTEM AND

D

RIVER

I

NSTALLATION

................................

.............................

2-143.VERSATILE MOUNTING O

PTIONS

................................

.......

3-15

3.1.

V

ARIOUS

F

RONT

B

EZELS

................................

.........................

3-16

3.1.1.

OP SERIES

with Small Bezel

................................

.........

3-16

3.1.2.

OP SERIES

with Big Bezel

................................

.............

3-17

3.1.3.

Aluminum Alloy Bezel

................................

..................

3-183.2.L-

SHAPE

M

OUNTING

B

RACKETS

................................

.................

3-19

3.2.1.

OP 1200

Panel Mount

................................

...................

3-20

3.2.2.

OP 1500

Panel Mount

................................

...................

3-21

3.2.3.

OP 1700

Panel Mount

................................

...................

3-22

3.3.

W

ALLMOUNTING AND

M

OBILE

A

PPLICATIONS

................................

3-234.KNOCKING D

OWN THE PANEL PC

................................

.......

4-25

4.1.

W

HATCONTAINS IN EACH

M

ODULE

................................

.............

4-26

4.2.

D

ISASSEMBLING THE

P

ANEL

PC

................................

.................

4-26

4.2.1.

Disassembling the Display Module

................................

.4-284.2.2.

Knocking down the panel PC’s Individual Modules

................................

............

4-29

4.2.2.1.

Disassembling the PC I/O Module

................................

..........

4-29

4.2.2.2.

Disassembling the Riser Card Module

................................

....4-304.2.2.3.

Disassemblin

g the Power Supply Module

................................

4-30

4.2.2.4.

Detaching the slim CD

-

ROM/FDD

................................

..........

4-31

4.2.2.5.

Disassembling the Expansion Door

................................

........

4-31

4.2.2.6.

Detaching the HDD

................................

.............................

4-32

4.2.2.7.

Detaching the Touchscreen Controller

................................

....4-324.2.2.8.

Removing CPU & DDR

................................

.........................

4-33

5.

BUILDING UP THE PANE

L PC

................................

..............

5-34

5.1.

D

ISPLAY

M

ODULE

A

SSEMBLY

................................

....................

5-37

5.1.1.

Front Bezel Assembly

................................

...................

5-37

5.1.2.

LCD Module Assembly

................................

..................

5-38

5.1.2.1.

OP 12

00

LCD Assembly

................................

.......................

5-38

5.1.2.2.

OP 1500

/1700 LCD assembly

................................

...............

5-39

5.1.3.

Display Module Integration

................................

...........

5-40

5.2.PCM

ODULE

A

SSEMBLY

................................

...........................

5-41

5.2.1.

Motherboard Assembly

................................

.................

5-42

5.2.1.1.

Installing the CPU

................................

..............................

5-42

5.2.1.2.

Installing the DDR Memory Module

................................

........

5-44

5.2.2.

Touchscreen Controller Assembly

................................

..5-445.2.3.

HDD Module Assembly

................................

.................

5-44

5.2.4.

Power Module Assembly

................................

...............

5-45

5.2.5.

FDD/CD

-

ROM Assembly

................................

................

5-46

5.2.6.

Expansion Door Assembly

................................

.............

5-47

5.2.7.

Riser Card Assembly

................................

....................

5-47

5.2.8.

I/O Module Assembly

................................

...................

5-48

5.2.9.

PC Module Integration

................................

..................

5-49

5.2.9.1.

Motherboard Integration

................................

.....................

5-49

5.2.9.2.

HDD Module Integration

................................

......................

5-49

5.2.9.3.

Touchscreen Controller Integration

................................

........

5-49

5.2.9.4.

Expansion Door Inte

gration

................................

.................

5-49

5.2.9.5.

Display Module Integration

................................

..................

5-50

5.2.9.6.

Slim CD

-

ROM/FDD Integration

................................

.............

5-50

5.2.9.7.

Power Supply Integration

................................

....................

5-51

5.2.9.8.

Riser Card Integration

................................

.........................

5-51

5.2.9.9.

Inverter Co

ver Integration

................................

...................

5-51

5.2.9.10.

I/O Cover Integration

................................

......................

5-51

5.2.9.11.

I/O Cover Integration

................................

......................

5-51

6.

SYSTEM MOTHERBOARD &

I/O BOARDS

................................

.............................

6-52

6.1.OPSERIES

M

OTHERBOARD

................................

....................

6-54

6.1.1.

General Information

................................

....................

6-54

6.1.2.

Specifications

................................

..............................

6-556.1.3.

Locating Jumpers & Connectors

................................

.....6-576.1.4.

How to Set Jumpers

................................

.....................

6-58

6.1.5.

Jumpers & Jumper Setting

................................

............

6-59

6.1.5.1.

JP3:

Clear CMOS (JP3)

................................

........................

6-61

6.1.6.

Connectors & Pin Assignment

................................

........

6-59

6.1.6.1

.

ATXP1: ATX Power Connector

................................

...............

6-63

6.1.6.

2.ATXP2: ATX +12V Power Connector

................................

.......

6-60

6.1.6.

3.CN1: Touchscreen Power Connector

................................

......6-606.1.6.

4.PWR1

: CD-ROM Power Connector

................................

.........

6-60

6.1.6.

5.INV1: LCD Inverter Connector

................................

..............

6-60

6.1.6.

6.USB1

,2

: USB Port Connector

................................

................

6-61

6.1.6.

7.LCD1: LCD Connector

................................

.........................

6-61

6.1.6.

8.IDE1:

PATA Connector for CD

-

ROM

................................

........

6-62

6.1.6.

9.SATA

1~4:

SATA Connector

................................

..................

6-65

6.1.6.

10

COM2

................................

..............

6-63

6.1.6.1

1.COM3

................................

............

6-63

6.1.6.1

2.CD1:

CD Audio IN

................................

..........................

6-63

6.1.6.1

3.IR1: SIR Connector

................................

.........................

6-63

6.1.6.1

4.CN4: Power LED & EXT. KB/MS, USB

................................

..6-646.1.6.1

5.IOINF 1: I/O Connector

................................

....................

6-64

6.1.6.1

6.EISA1: PCI/ISA Expansion Slot

................................

..........

6-65

6.1.6.1

7.FAN 1~3: FAN Connector

................................

..................

6-67

6.1.6.1

8.

CN3:ATX Power on switch

................................

................

6-67

6.1.6.

19.RST1: Reset System Connector

................................

.........

6-70

6.1.6.2

0.CN2: External LAN Wake

-up................................

................................

..............

6-70

6.2.OPSERIES

I/O

B

OARDS

................................

.......................

6-68

6.2.1.

I/O Board IO

-

005

................................

........................

6-69

6.2.1.1.

Jumpers & Jumper Setting

................................

...................

6-69

6.2.1.2.

CN4: EXT. Connector

................................

..........................

6-69

6.2.2.

IO Board

-

IO006

................................

..........................

6-70

6.2.2.1.

Jumpers & Jumper Setting

................................

...................

6-70

6.2.2.2.

CN6: EXT. Connector

................................

..........................

6-70

6.2.3.

Connectors & Pin Assignment

................................

........

6-72

6.2.3.1.

Keyboard: PS/2 KB Connector

................................

..............

6-73

6.2.3.2.

Mouse: PS/2 Mouse

................................

............................

6-73

6.2.3.3.

COM1, COM2, COM4 (DB

-9)................................

................................

.................

6-73

6.2.3.4.

DC Power: DC Power Output

................................

...............

6-73

6.2.3.5.

LPT1: D

-

SUB-25 Parallel Port

................................

...............

6-73

6.2.3.6.

CRT: VGA (D

-

SUB 15 Pin)

................................

....................

6-74

6.2.3.7.

FDD: External FDD Connector

................................

..............

6-74

6.2.3.8.

J11: USB 1, USB2 Connector

................................

...............

6-74

6.2.3.9.

DIO1: RJ

-

11 Connector

................................

.......................

6-74

6.2.3.10.

LAN1: RJ

-

45 Ethernet Connector

................................

........

6-74

6.2.3.11.

MIC1

................................

.............

6-74

6.2.3.12.

LINE 1

................................

...........

6-75

6.2.3.13.

SPK 1

................................

............

6-75

7.

BIOS SETUP UTILITY

................................

..........................

7-77

7.1.

A

BOUT THE

BIOS

S

ETUPUTILITY

................................

..............

7-77

7.2.

C

ONTROL

KEYD

EFINITION

................................

.......................

7-79

7.3.

G

ETTING

H

ELP

................................

.....7-807.3.1.

Main Menu

................................

..7-807.4.

AWARD

BIOS

S

ETUP

................................

...........................

7-80

7.4.1.

Entering the Setup Utility

................................

.............

7-80

7.4.2.

Standard CMOS Features

................................

..............

7-80

7.4.3.

Advanced BIOS Features

................................

..............

7-84

7.4.4.

Advanced Chipset F

eatures

................................

...........

7-87

7.4.5.

Integrated Peripherals

................................

.................

7-89

7.4.6.

Power Management Setup

................................

............

7-91

7.4.7.

PnP/PCI Configuration

................................

..................

7-94

7.4

.8.

PC Health Status

................................

.........................

7-95

7.4.9.

Load Fail

-

Safe Defaults

................................

................

7-97

7.4.10.

Load Optimized Defaults

................................

...............

7-98

7.4.11.

User Password

................................

............................

7-99

7.4.12.

Save and Exit Setup

................................

..................

7-100

7.4.13.

Exit Without Saving

................................

...................

7-1018.SOFTWARE & DRIVERS I

NSTALLATION

................................

............................

8-105

8.1.

S

YST

EMCHIPSET

D

RIVERS

................................

....................

8-1068.2.E

THERNET

D

RIVERS

................................

.............................

8-1068.3.PC

920

AGP

XGA

................................

..............................

8-1078.4.A

UDIO

S

ETUP

................................

....8-

1088.5.T

OUCHSCREEN

D

RIVERS

................................

.......................

8-1098.6.D

RIVER

I

NSTALLATION

................................

..........................

8-110

APPENDIX

................................

..............

8-111

A:

LCD

S

PECIFICATION

................................

8-111B:DIO

(D

IGITAL

I

NPUT

&

O

UTPUT

)

................................

.................

8-117

C:

D

ISKONCHIP



I

NSTALLATION

................................

.....................

8-118

D:

S

YSTEM

I/O

P

ORTS

................................

.8-

119E:W

AKE

-

ON-

LAN

................................

......

8-120F:F

IRST

MB

M

EMORY

MAP................................

................................

............................

8-123G:P

OWER

S

UPPLY

................................

......

8-124

Service

Manual ver

sion

1008

OP 1200/15

0

0/170

0

(PC920 Intel 945G)

1-1

11..IInnttrroodduuccttiioon

n

This chapter provides back

ground information

and detai

l specification on the

OP SERIES

.

Sections in this chapter include:



General Information



What covers in this Manual



Specification



Dimension

Service

Manual version

1008

OP 1200/15

0

0/170

0

(PC920 Intel 945G)

1-2

1.1.

General Information

The information revolution

that

started from the mid '90s inaugurat

ed a new competitive era

where consumer computing technology was exploited to do business operation quicker than ever

before. Many enterprises from life

-

related industries such as

Photo printing

,Ba

nking

,

Medical

to

POS

,

Kiosk

,

Security

,

Advertising

… etc

. all are eager or forced to automate their industries

with computers in order to thrive in this new age.

For their industrial automation, there is one

thing in common, i.e. space is always a premium and system stability is always a must in their

environme

ntal applications.

Fully configurable and with its versatile front bezel design, the

OP SERIES

system is an ideal

solution platform for any customized integration and industrial automation.

The small bezel is

mainly designed for Kiosk integration when the

Kiosk cabinet is with a curve surface. The big

bezel is for panel mounting or for Kiosk integration when the Kiosk cabinet is of flat surface and

allows the computer to be fixed to the Kiosk cabinet directly from inside. The aluminum alloy

bezel is mainly

designed for panel mounting in any industrial floor.

Service

Manual ver

sion

1008

OP 1200/15

0

0/170

0

(PC920 Intel 945G)

1-3

1.2.

What Covers in this Manual

Thisservice manual provides service information for the

OP SERIES

panel PC

.

This manual is designed

to help trained service personnel to locate and fix failing parts on th

e

OP SERIES

.

Only service

technicians are allowed to open the system for service

.

You do not need to read everything in this

handbook to

service

the system.

For a quick start, see the following chapter summaries;

Chapter 1

(the current chapter) provides

background information and detail specification on the

OP

1200

/150

0

/1700.

Chapter 2

identifies the

OP SERIES

system exterior components and provides instructions to help

you to use the system as soon as possible.

Chapter 3

details the panel PC’s various m

ounting options by graphical illustrations.

Chapter

4

helps you to

knock down the

system

into parts

to access components

.

Chapter

5

helps you to

build up the panel PC

.

Chapter

6

provides detail information of the jumper settings and connector signals of t

he system

control board

and I/O boards

.

Chapter

7

explains the AWARD BIOS setup.

Chapter

8

introduces the Ethernet, XGA

, audio

and

touchscreen

drivers.

Appendix A

introduces

the

built

-inLCD.

Appendix B

introduces the system

’

s onboard DIO.

Appendix

C

intro

duces the DiskOnChip



installation.

Appendix

D

introduces the Wake

-On-

LAN feature.

Appendix

E

describes the system IO port address

Appendix

F

explains the first MB memory map.

Appendix

G

provides the specifications for the built

-

in power supply.

Service

Manual version

1008

OP 1200/15

0

0/170

0

(PC920 Intel 945G)

1-4

1.3.

Specifica

tions

OP SERIES

:

12.1”

/15”/17

” TFT Intel

®

C

ore 2 Duo

industrial

panel PC with

v

ersatile

bezel

design



CPU



Intel

Celeron 2.0 GHz up to Core 2 Duo 2.

6

GHzMotherboard

: PC

920

System Chipset

: Intel

9

45G&ICH7

System BIOS

:

Award PnP Flash BIOS



System Memory

: 2*240

pin DDR

2

socket supporting system memory up to

4GB



Display Module



OP 1200

12.1

” color TFT,

800*600



Luminance (cd/m2)

: 400

or above



OP 1500

15” color TFT, 1024*768



Luminance (cd/m2)

:25

0 or above



OP 1700

17”color TFT, 1

280*1024



Luminance (cd/m2)

:420o

r above



Integrated 2D/3D graphics engine, 4X AGP



Supports Dynamic Video Memory Technology (DVMT)



Supporting LCD/VGA



Standard I/Os



Serial ports x 4: COM 1, 2 & 4 with +5V/12 power output on pin #9, COM 3 internal type

reserved for touchscreen, COM2 RS

-

232/485 jumper selectable



Parallel

p

ort x 1: supports SPP/EPP/ECP



External FDD

i

nterface x 1



External IDE interface



+5V/+12V DC

-

out x 1



PS/2

k

eyboard

i

nterface x 1



PS/2

m

ouse

i

nterface x 1



DIO: Input x 2, output x 2



USB

i

nterface x 2



VGA

i

nterface x 1



Brig

htness VR x 1



Audio



Speaker

x 2Speaker

-

out,

line-in &

MIC-inEtherne

t100/10 Base

-

T PnP Ethernet with RJ

-45Support

sWake-on-LAN

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1-5Expansion Slot



PCI*2



Audio Function



Full duplex and independent sample rate converter for audio recording & playback



Supp

orts Microsoft DirectSound



3D positional audio effects

Hi-

performance, mixed

-

signal stereo



MIC-In,speaker

-out,line-InPin header for CD

-

audio in



Hardware Monitor



Monitor

s

processor & system

temperature



Monitor

s

5VSB, VBAT, 1.5V, 3.3V, +5V,

+12V

and pro

cessor voltages



Monitors processor

and

chassis fan speeds



Control

s

processor

,

chassis fan speed and failure alarm



Automatic fan on/off control



Read

-

back capability that displays temperature, voltage and fan speed



Support

s

Intel processor thermal diode outp

ut (real processor temperature)



Power Supply

:

ATX

250W(@25

o

C),220W(@50

o

C),

100~240V/

5~3

A @

50~

60Hz



Touchscreen

(optional, sharing COM3)



12.1”

/15”/17

” analog resistive type with RS

-

232 controller

15”

/17

” surface acoustic wave type (SAW)



Drive Bay



3.5"HDD

SATA interface

Slim CD

-

ROM or equivalent device

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1-6

MECHANICAL & ENVIRONMENTAL



Construction

:

Heavy

-

duty steel



Dimension

(chassis only, unit: mm)



OP 1200

: 354*283*115 (L*W*D)



OP 1500

: 395*320*127 (L*W*D)



OP 1700

: 426*350*130 (L*W*D)



Front Bezels



OP 1200

S

: 354*283 mm (small bezel)



OP 1500

S: 395*320 mm (small bezel)



OP 1700

S: 426*350 mm (small bezel)



OP 1200

B: 405*330 mm (big bezel)



OP 1500

B: 448*371 mm (big bezel)



OP 1700

B: 478*401 mm (big bezel)



OP 1200

A: 405*330 mm (aluminum bezel)



OP 1500

A: 448*371 mm (

aluminum bezel)



OP 1700

A: 478*401 mm (aluminum bezel)



Mounting



Panel mount with mounting kits



Wall mount with swing arm: standard VESA mounting holes (75*75 mm)

ToKiosk

enclosure

Specifications are subject to change without notice.

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2-7

22..UUssiinnggtthheeSSyysstteem

m



Identifying the System



Panel PC

I/O outlets



Panel PC dimension



Powering up the System



Running the BIOS Setup



Operating System & Driver Installation

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2.1.

Identifying the System

Before getting started, take a moment to familiarize yourself with the system and

the I/O

arrangement of the

OP 1200

/1500/17

00.The

OP SERIES

’s front view appears as below.

The illustrations of the

OP 1200

/1500/17

0

0 may differ slightly because the

OP SERIES

system series

has three different LCD size: 12.1”

, 15”& 17

”.OPSERIES

FRONT

OP

SERIES

WITH SMALL BEZEL

12.1”/15.

0

”/17.0”

LCD & Touchscreen

Small

bezel

Aluminum

bezel

Aluminum

bezel

OP

SERIES

WITH

BIG

BEZEL

OP

SERIES

WITH

ALUMINUM

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2.2.

Panel PC

I/O Outlets

When you turn around the

OP SERIES

system, you will find the power switch and all the I/O ports are

located at the rear cover of the panel PC.

1. Speaker

-

out

2. Line

-in3. MIC

-in4.2-

channel DIO

5. +5/12V DC

-

out

6. External FDD

7. VR brightness

8. PS/2 Mouse

9. PS/2 Keyboa

rd

10. Ethernet (RJ

-

45)

11. USB*2

12.

COM 1

13. COM

2

14. COM

4

15. Printer port

16. VGA port

17. External IDE

18.PPC power switch

19.

Power supply switch

20.AC inlet

D

ust filter

1

7

1

8 19 20

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1.

Speaker

-

out: This jack is to output the audio to external devices such as speakers or earphones.

2.

Line-in: This jack is used to input audio from an external audio device such as a CD player, tape

recorder or a radio.

3.

MIC-in: This jack is used

to record sound or voice by connecting to an external microphone

.4.DIO: The system provides 2

-

channel digital input and output.

5.

+5V/12V DC

-

out: The DC

-

out

can provide +5V/12 power source for peripheral devices such as

smart card reader and scanner.

6.

External

FDD: This port is provided to connect to an external floppy disk drive. An optional FDD

cable is needed to connect a standard 3.5” FDD to the system.

7.

VR brightness control: This knob is to control the brightness of the LCD screen.

8.

PS/2 Mouse: This port i

s for PS/2 mouse connection.

9.

PS/2 Keyboard: This port is for PS/2 keyboard connection

.

10.

Ethernet (RJ

-

45): The system provides a 100/10 Base

-

T Ethernet interface.

11.

USB*2: These two ports are for USB device connection.

12.

COM1: This port is for serial device co

nnection.

13.

COM2: This port is for serial device connection.

14.

COM4: This port is for serial device connection.

15.

Printer Port: This port is provided to connect to a parallel device.

16.

VGA port: This port is provided to connect to an analog monitor.

17.

External IDE

:

This port is for external IDE device connection.

18.

System p

ower switch

19.

Power supply switch

20.

AC inlet

TheseI/O interfaces are used to connect external peripheral devices

.

Before

connecting any devices

to the

panel PC

, make sure the

system

and the peripher

al devices are turned off.

If there are any

retaining screws on the device cables, make sure they are properly fastened to the secure bolts on the

sides of each port. You might need to install drivers for the new devices.

Refer to the p

eripheral

devices

m

anual

s

for instruction to configure the operation environment to recognize the new attached

devices.

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2.3.

OP SERIES

Dimension

2.3.1.

OP 1200

The

OP 1200

’s chassis size is shown below. This does not include the dimension of the

bezel

.

2.3.2.

OP 1500

The

OP 1500

’s chassis size is shown below. This does not include the dimension of the

bezel

.

OP 1200

DIMENSION

OP 1500

DIMENSION

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2.3.3.

OP 1700

The

OP 1700

’s chassis size is shown below. This does not include the dimension of the

bezel

.

OP 1700

DIMENSION

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2.4.

Powering up the System

Upon rec

eipt of the

OP SERIES

, the system should have been properly set up and configured by

your dealer.

To power up the system, follow the procedures below.

1.

Find the power cord from the accessory box. Connect the

3-pin female end of the power cord to the AC

inlet

located

at the

right rear lower side of

the panel

PC.

Plug the 3

-

male end to an AC power socket.

2.

If there are any other peripheral devices connected to the

system, make sure all the device cables are properly

retained and

connected

to the panel

I/O ports.

3.

Power on the external peripheral devices first.

4.

When facing the system, from your point of view, the power switch is at the right rear lower

side of the panel

PC

. Press the power switch.

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2.5.

Running the BIOS Setup

If you are a commercial use

r, the

OP SERIES

system

should have been properly set up and configured

by your dealer. You may still find it necessary to change the system configuration information. In this

case, you need to run the system’s BIOS setup program.

Under the following co

nditions, the CMOS settings are to be changed.

1.

The system is starting for the first time.

2.

The hardware de

vices attached to the

OP SERIES

system have been changed.

3.

The CMOS memory has lost power and the configuration information has been erased.

The BIOS se

tup program is stored in ROM, which can be accessed by pressing <DEL> key on the

keyboard immediately when the system is powered on.

In order to retain the specified setup information when the system power is turned off, the system

setup information is st

ored in a battery

-

backed CMOS RAM. The battery is to ensure the settings will

not be erased when the computer is turned off or reset. When the computer is powered on again, the

system will read the settings stored in the CMOS RAM and compare them to the

equipment check

conducted during the power on self

-

test (POST). If any error or mismatch occurs, an error message

will be shown on the screen and the computer will be prompted to run the setup program.

To change the BIOS setup, please refer to

Chapter 7

f

or more information.

2.6.

Operating System and Driver Installation

The

OP SERIES

system is not equipped with an operating system when delivered from the original

manufacturer. If you are a commercial user, the system is likely to have been pre

-

installed prop

er

operating system and software drivers by your dealer or system integrator.

If the system is not pre

-

installed with any system OS and drivers or you intend to install your

preferred ones, there are several ways to load OS and software into the system.

1.

Via

an USB data

-

retrieval devices

2.

Via the CD

-

ROM

3.

Via Ethernet

Recent releases of operating systems always include setup programs that load automatically and

guide you through the installation. You can also refer to your OS user manual for instructions on

formatting or partitioning the hard disk drive before any software installation.

The

OP SERIES

system provides the following utility drivers stored in the CD

-

ROM diskette or utilities

diskettes;



Ethernet utilities



VGA utilities



Audio drivers



Touchscreen d

rivers

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33..VVeerrssaattiilleeMMoouunnttiinnggOOppttiioonns

s

TheOP SERIES

system is designed for universal

mounting to fit into different system enclosures for

various environmental applications. This chapter

highlights the steps of different mounting alternatives of

the

OP SERIES

system. Sections include



Different Front Bezels



Mounting

Brackets



Panel Mount

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3-16

3.1.

Various

Front Bezels

The standard

OP SERIES

systems provide

three

kinds of front bezel

s

for different environmental

applications.

3.1.1.

OP SERIES

with

Small Bezel

The

OP SERIES

S

is an industrial panel PC integrated with a small bezel. The front bezel size is

identical to the computer’s chassis size. This type of bezel is mainly designed for Kiosk integration

when the Kiosk cabinet is with a curve surface and does not allow a bi

g bezel computer to be fitted in.

When integrating the

OP SERIES

S system into the Kiosk

cabinet

,

the

integrator may need to design

special metal brackets per the

cabinet

’s specific mechanism in order to fix the

OP SERIES

system to

the

Kiosk cabinet

.

``

OP

SERIES

SMALL

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3.1.2.

OP SERIES

with Big Bezel

The

OP SERIES

B

is an industrial panel PC with a big bezel. The front bezel size is larger than the

computer’s chassis size. Th

is

type of bezel is mainly designed for panel mounting or for Kiosk

integ

ration when the Kiosk cabinet is of flat surface and allows the computer to be fixed to the Kiosk

cabinet directly from inside.

When integrating the

OP SERIES

B system into the

Kiosk cabinet

, the integrator can either use the

provided metal brackets or des

ign special metal

brackets

per the

cabinet

’s specific mechanism in

order to fix the

OP SERIES

system to the

Kiosk cabinet

.OPSERIES

BIG

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3-1

8

3.1.3.

Aluminum Alloy Bezel

The

OP SERIES

A

is an industrial panel PC with an aluminum alloy bezel. Th

is

aluminum alloy bezel

is mainl

y designed for panel mounting. It not only strengthens the system’s framework but also

beautifies the system outlook when the system is panel mounted.

OP

SERIES

ALUMINUM ALLOY

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3-19OPSERIES

S

M

OUNTING WITH

L

-

SHAPE MOUNTING

B

RACKETS

Mounting brackets

to be mounted here

OP

SERIES

B

M

OUNTING WITH

L

-

SHAPE MOUNTING

B

RACKETS

Mounting brackets to

be mounted here

3.2.L-

shape

Mounting Brackets

The

OP SERIES

system provides a pair of L

-

shape mountin

g brackets for system panel mounting. On

the chassis sides, there are at least 4 screw holes on each side used to fix the metal brackets and the

chassis together.

`

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3-20

3.2.1.

OP 1200

Panel Mount

The followin

g figures illustrate the distance between the screw holes on the bezel to be fixed with the

L-shape mounting brackets.

OP

1200

WITH SMALL BEZEL

4-

沙拉孔

OP

1200

WI

TH BIG BEZEL

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3.2.2.

OP 1500

Panel Mount

The following figures illustrate the distance between the screw holes on the bezel to be fixed wit

h the

L-shape mounting brackets.

OP

1500

WITH SMALL BEZEL

OP

1500

WITH BIG BEZEL

4-

沙拉孔

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3-22

3.2.3.

OP 1700

Panel Mount

The following figures illustrate the distance between the screw holes on the bezel to be fixed with the

L-shape mounting brackets.

OP

1700

WITH SMALL BEZEL

OP

1700

WITH BIG BEZEL

4-

沙拉孔

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3.3.

Wall Mounting and

Mobile Applications

The

OP SERIES

system provides 1 set of VESA mounting holes, 75*75mm on the rear side of the

chassis. System integrators can design their special wall mount brackets per the VESA holes or obtain

market

-

available swing arms for wall moun

ting, table mounting or mobile applications.

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4-24

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4-25

44..KKnnoocckkiinnggddoowwnntthheePPaanneellPPC

C

This chapter highlights how to knock down the system

into parts to access the modules or components inside

the panel PC.

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4-26

4.1.

What Contains in each Module

The

OP SERIES

panel

PC is mainly composed of two parts, one front bezel

module

and the other

panel PC module. Under some conditions, you might need to knock down the system into parts to

access some internal components for specific purpose. Most of the devices in the systems

are

integrated to devices brackets, then install to the system. If you are removing the devices out of

the cabinet or the PC compartment for testing purpose, please keep the devices on

their

brackets

as they were. If the devices are to be sent back to

the manufacturer for repair, please remove

them from the brackets and send back the devices only.

This chapter highlights the steps to knock down the system into parts. Please be reminded again that

only trained technicians are allowed to open the system

for

maintenance and

service

.

You

might

not

need to

knock the system completely into individual parts to find the needed components

.

Disassembling the Panel PC

The following table lists the

hierarchy

of each individual

in the

panel PC.

LEVEL

DECRIPTION

0.1

Panel PC

..2

Display Module

...3

Front Bezel Module

...3

LCD Module

..2

PC Module

...3

Motherboard

Module

...3

HDD Module

...3

Touchscreen Controller Module

...3

Expansion Door Module

...3

Inverter

Module

...3

Slim CD

-

ROM/FDD Module

...3

Power Supply Module

...3

Riser Card Module

...3

PC I/O Cover Module

The following steps highlight the procedures to knock the panel PC into individual

modules

.1.Remove the metal PC I/O cover by loos

ening the seven retaining screws.

2.

Unplug the IDE cable on the external IDE board.

3.

Remove the riser card

module

from the motherboard

’

s ESIA slot.

4.

Disconnect the two power supply

’

s power cables and the power switch cable from the

motherboard. Disconnect the

two 4

-

pole power cables from the HDD and CD

-

ROM. Remove the

power supply module from the chassis by unscrewing the

four

retaining scre

ws.5.Unplug all the cables on the motherboard coming from the CD

-

ROM/FDD module. Detach the

CD-ROM/FDD module by removing

the three retaining screws.

6.

For

OP 1500

and 170, disconnect the inverter cable. Remove the inverter cover by loosening the

two retaining screws. Disconnect the two LCD power wires from the inverter. Remove the inverter

by loosening the two retaining bol

ts.7.Disconnect the LVDS cable and the two touchscreen cables and power wire from the motherboard.

Detach the chassis from the display

module

by loosening the six retaining screws.

8.

Detach the expansion door from the chassis by loosening the three retaining

screws.

9.

Detach the touchscreen controller module from the chassis by loosening the two retaining screws.

10.

Detach the IDE cable of the HDD module from the motherboard. Remove the HDD module from

the chassis by

loosening

the retaining screw.

11.

Remove the m

otherboard from the chassis by unscrewing the eight retaining screws.

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4-27

The panel PC is now knocked down into individual modules.

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4-28

4.1.1.

Disassembling the Display Module

The display module (A) is mainly composed of two modules, one LCD (B) and the other front be

zel (C)

modules.

To disassemble the

display module, follow the steps below.

1.

Detach the LCD module (

A

) from the front

the bezel module (

B

) by unscrewing the

six

screws used to fix the two modules

together.

2.

Remove the LCD panel (1)

from the LCD holder (2)

b

y unscrewing the four

screws used to retain

t

hem together.

3.

For

OP 1200

, detach

the LCD power wires

from the

inverter

and

remove the

inverter

(4)

from the LCD holder

by loosening the two

retaining screws.

For

OP 1500

and 170,

detach the two LCD

brackets (

3) from the

LCD panel by

unscrewing the two

screws at each side.

4.

Remove the

touchscreen (5) from

the front bezel (6) by

unscrewing the ten

screws used to retain

the four touch

brackets (7) to the

front bezel.

(3)

(3

)

(1)(B)(2)(A)(2)(4)

OP 1200

OP 1500/170

(5)(7)(6

)

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4.1.2.

K

nocking down

the panel PC

’sIndividual Modules

The

panel PC

is now separated into

several

individual modules. You

may

need to

further

knock some

modules down into parts for repair purpose. Refer to the following sections to detach the components

from these modules.

4.1.2.1.

Disassembling t

he PC I/O Module

The I/O module is mainly composed of three I/O boards.

All the onboard I/O signal of the

OP SERIES

’

s

motherboard is connected to

these

boards for external device connection.

1.

Detach the I/O board module (1) from the PC I/O cover (2) by uns

crewing the four retaining

screws.

2.

Detach the 22P*2 flat cable used to link the IO

-

005 (3) and IO

-

006 (4) boards.

3.

Detach the two IO boards from the I/O bracket (5) by loosening the securing bolts and retaining

screw.

4.

Remove the external IDE board (6) from

the PC I/O cover by loosening the four retaining screws.

5.

Detach the filter cover (7) from the PC I/O cover by unscrewing the four retaining screws.

(2)(1)(3)(4)(5)(7)(6)

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4.1.2.2.

Disassembling the Riser Card Module

The riser card

module

is used for plug

ging add

-on-

cards. To detach the riser card (1) from its bracket

(2), simply remove the two retaining screws.

4.1.2.3.

Disassembling the Power Supply Module

1.

Loosen all the cable ties used to tie the power cables on the power module (2).

2.

Remove the

power switch extension cable (1) from the power module (2).

3.

Remove the power supply (3) from the power bay (4) by unscrewing the four retaining screws.

4.

Detach the small power bracket (5) from the power supply by removing the two retaining screws.

(1)(2)(3)(4)(1)(2)(5)

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(2)(1)(5)(3)(6)(4)(2)(1)(3)(7)

4.1.2.4.

Detaching the slim CD

-

ROM/FDD

1.

Detach the retaining bracket (2) from the CD

-

ROM/FDD module (2)

2.

Remove the CD

-

ROM

module

(3) and FDD (4) from the device bracket (5) by

loosening

the four

retaining screws.

3.

Detach

theCD-

ROM board (6) from the

CD-ROM (7) by

loosening

the two retaining screws.

4.1.2.5.

Disassembling the Expansion Door

Detach the two metal brackets (1) from the expansion door (2) by removing the two retaining screws.

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(2)(1)(2)(

1)

4.1.2.6.

Detaching the HDD

1.

Detach the HDD ribb

on cable from the HDD (1).

2.

Remove the HDD from the HDD bay by

loosening

the four

retaining screws.

4.1.2.7.

Detaching the Touchscreen Controller

1.

Detach the tocuhscreen controller (1) from the device bracket by removing the four retaining

screws.

2.Disconnect the two cables from the controller.

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4.1.2.8.

Removing CPU & DDR

The two components you might need to remove from the motherboard are the CPU and DDR memory

module. Follow the steps below to remove the CPU (2) and DDR

module

(3) from the

motherboard.

The two components you might need to remove from the motherboard are the CPU and DDR memory

module. Please note that the Celeron M CPU in

OP SERIES

(PC920) system is an onboard BGA type

and

irremovable

, therefore, the CPU in

OP SERIES

is not

upgradeable unless the motherboard is

replaced.

T

he following steps illustrate the way to remove the Pentium M CPU (2) from the PC920

motherboard and DDR from both motherboards.

1.

Unplug the CPU fan cable from

FAN1

on the motherboard.

2.

Remove the fan by loo

sening the four retaining screws.

3.

Release the four screws to remove the heatsink.

4.

Remove the heatsink on the CPU.

Then remove the CPU

by pulling the lever out a little and

raising it, then lifting out the existing CPU from the socket.

5.

Cut the cable ties

on the DDR sockets.

There are two white eject levers at each end of the DDR

socket. Push them outward

s

until they separate from the two vertical posts.

6.

Holding the

DDR

with the notch on the upper right corner, then

remove

the

DDR fr

omthe DDR

socket at 9

0angle.

(1)(2)(3)(4)(5)

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55..BBuuiillddiinngguupptthheePPaanneellPPC

C

This chapter overviews the installation of the

OP

SERIES

’s internal components and devices. Sections

include:



Display Module Assembly



PC Module Assembly



Pedestal Assembly



Panel PC Integrating

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ter knocki

ng down the system into parts or replacing new components, you need to build up the

system again. The

OP SERIES

is composed of

two modules, one

display

module

and the other

PC

module

.

In terms of LCD size, the

OP SERIES

has three models, one 12.1”

,

anoth

er 15

”

and the other 17

”. The

assembly of the three models is basically the same except the LCD assembly. The following diagram

highlights the system major parts that make up the

OP 1200

main system.

.

(

1)

(A)

(5)

FMS M3*5 (3)

(6)

PMS 3*6 (6)

FMS M3*5 (9)

(12)

(2)

PMS 3*5 (8)

(3)

FMS M3*5 (1)

(4)

FMS M3*5 (2)

FMS M3*5 (3)

(8)

(9)

FMS M3*5 (4)

(10)

OP

1200

ASSEMBLY

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The following diagram shows the

system major parts that make up the

OP 1500

main system.

(

1)

(A)

(5)

FMS M3*5 (3)

(6)

PMS 3*6 (6)

FMS M3*5 (9)

(12)

(2)

PMS 3*5 (8)

(3)

FMS M3*5 (1)

(4)

FMS M3*5 (2)

FMS M3*5 (3)

(8)

(9)

FMS M3*5 (4)

(10)

OP

1500/17

0

ASSEMBLY

(7)

M

3*15 bolt (2)

(

11)

FMS 3*5

(8)

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5.1.

Display

Module Assembly

The

display

module consists of two modules, one front bezel module and the other LCD module.

5.1.1.

Front Bezel

Assembly

The following steps illustrate the ways to assemble t

ouchcreen

and some accessories

to the front

bezel.

1.

Refer to the figure below.

There are

four

one-side adhesive foam sponges

.

Attach the four 1mm

sponge tapes to

the

front bezel

(1)

. The sponge tapes act as

bumpers

to absorb the pressure when

the touchsc

reen is fixed to the front bezel

.2.There are 4 metal brackets

(3)

used to fix the touchscreen

(2)

to the front bezel. The metal

brackets have to be taped with

foam sponges.

3.

Put the touchscreen to the bezel with its active side facing downwards and its whi

te flat cable at the

left side. Make sure the touch panel

’

s active area is aligned in the opening of the front bezel.

4.Ma

ke sure the white flat cable comes out from the underneath of the left bracket.

Then, fix the

touch

screen

to the front bezel with the f

our metal brackets

and retain them together

with

three

PMS M3*6

screws

for the up and down sides and two PMS M3*6

screws

for the right and left sides

.

The foam sponges are used bumpers to absorb the pressure caused by the four metal brackets

when driven ti

ghtly to the touchscreen.

FRONT BEZEL ASSEMBLY

(1)(2)PMS 3*6 (2)

(3)

PMS 3*6 (3)

(3)

PMS 3*6

(2)(3

)

PMS 3*6 (3)

(3)

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5.1.2.

LCD Module

Assembly

The assembly of

OP 1200

LCD module slightly differs from that of

OP 1500

.

5.1.2.1.

OP 1200

LCD Assembly

The standard LCD used in

OP 1200

is 12

.1”

LVDS

LG.Philip LB121S03 or its

equivalent.

Th

e following

figure illustrates the steps to integrate

OP 1200

LCD module.

1.Attach the insulator to the inverter.

2.

The inverter cable is a 4

-

pin to 4

-

wire

with wafer connectors at both sides. Connect one end to

inverter first.

3.

The inverter module

istobe fixed at the right middle side of the LCD holder with the up side down.

4.

Plug one end of the LVDS cable

to

the LCD connector at rear side of the LCD

.5.Connect the

LCD’s pink

-

white

power

wires from the LCD to the inverter.

6.

Retain

the LCD panel to the

LCD holder

(3)

with

two

PMS M

3*6screws

at each side

.OP1200

LCD

MODULE ASSEMBLY

(1)(2)(3)

PMS 3*6 (4)

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5.1.2.2.

OP 1500

/170 LCD assembly

The standard LCD used in

OP 1500

is 15

”

LVDS

LG.Philip LM151X08 or its

equivalent.

The standard

LCD used in

OP 1700

is a17”

LVDS

LG.Philip LM1

70E01

or its

equivalent.

The f

ollowing figure

illustrates the steps to integrate

OP 1500

/170 LCD module.

1.There are two LCD brackets

(1)

used to fix to the LCD panel to the LCD holder from the

left&right

sides.

Fix the LCD brackets (1) to the LCD panel (2) with two PMS M3*5 screws a

t each side.

2.Ma

ke sure the LCD

’

s pink

-

white power wires come out from two openings at the right side of the

LCD holder.

Fix the LCD panel to the LCD holder

(3)

with

two

PMS M

3*6screws

at each side

.OP1500/17

00LCD

MODULE

(1)

PMS 3*5 (2)

(1)

PMS 3*5 (2)

(2)

PMS 3*6 (2x2)

(3)

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D

ISPLAY

MODULE ASSEMBLY

(2)(1

)

PMS 3*8 (6)

5.1.3.

Display Module Integration

After finishing the

LCDmodule installation, the module is to be assembled to the

front bezel

module

to make a complete display module.

1.

Use

dust

air blower to blow any dust between the LCD and touchscreen before

they

are integrated

together. Retain the LCD module

(2)

and the

fr

ont bezel

module

(1)

together with

six

PMS M

3*8screws.

2.

Make sure the LCD

’

s pink

-

white power wires come out from two

rectangle

openings at the left

upper and lower sides of the LCD holder.

A

nd make sure the touchscreen flat cable comes out

from the

rectang

le

opening at the left middle side of the LCD holder.

3.

The

LVDS cable (3)

is to be

firmly

plugged to the LCD connector located at the rear side of the LCD

panel first.

Insert the other end underneath the LCD holder and have it come out from the small

openi

ng at the middle side of the LCD holder.

The

display module installation is now completed.

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5.2.

PC Module Assembly

The

OP SERIES

panel PC

’

s core engine is

a Celeron/Pentium

®

IV

multimedia

panel PC.

The system

control board

(2)

and other internal d

evices such as HDD

(3)

and power supply

(5) are to be

housed

in a

chassis (A)

. The system’s performance depends on the installed CPU and the capacity of the

system memory and hard disk drive. In some circumstances, you might intend to upgrade or

maintain

the system.

The hard disk drive can be removed by releasing the thumbscrew at the upper

side of the chassis.

By removing the

PC I/O

cover

(7)

, the internal components such as CPU, DDR,

and power supply can be easily accessed for maintenance and upgrade.

The PC module is composed of eight individual

modules

, motherboard

module

,

HDD module

,touchscreen controller module

, e

xpansion door module

, slim CD

-

ROM/FDD module, inverter

module, p

ower supply module

, r

iser card module

and P

C cover module

Thesemodule

s

are to be integrated to individual modules first, then

,

installed together

with the

display

module

and rear plastic cover to make

a

complete PC module

.

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5.2.1.

Motherboard Assembly

5.2.1.1.

I

nstalling the CPU

The motherboard provides one

LGA775 Socket, able to adapt

a LGA775 Socket

Intel



Core 2 Duo

CPU.

Please note that the Core 2 Duo CPU in

OP SERIES

(PC920) system is an onboard BGA type and

irremovable

, therefore, the CPU in

OP SERIES

is not upgradeable unless the motherboard is replaced.

T

he following steps illust

rate the way to remove the CPU (2) from the PC850 motherboard and DDR

from both motherboards.

The CPU

in the

OP SERIES

(PC920) system

must come with a heat sink

and

cooling fan

on to avoid overheating. To install or upgrade a new CPU

for

OP SERIES

system

, follow the

instructions below.

1.

Pull the CPU lever up by pulling it outwards a little bit, then upwards.

To insert the CPU

(1)

into the

socket

(2)

, the notch on the corner of the CPU (the corner with golden

or white

dot) should point

toward the end o

f the socket lever. If the insertion of the CPU to the socket is not easy, check

whether the CPU pins correspond with the holes on the socket.

2.

After insert

ing

the CPU into the socket, pull the lever down to make sure the CPU is in place.

3.

Put the heat sink

set (3) on the CPU and lock four screws at each side.

4.

Put the fan (4) on the heat sink and lock four screws at each side..

5.

The CPU cooling fan comes with a power

wire (5)

. Connect the power

wire

to the 3

-

pin power

connector

FAN1at

the

left side of th

e CPU retention

on the motherboard.

Tie the power wires

together with a nylon cable tie.

(1)(2)(3)(4)(5)(7)

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5.2.1.2.

Installing the DDR Memory Module

The

panel PC

’scontrol board provides

2x240-pin DDR socket

s

, able to support DDR memory up to

2

GB. To ins

tall the memory module, follow the instructions below.

1.

Find the

240 pin DD

R2socket

s

on the motherboard

.2.There are two white eject levers at each end of the DDR socket. Push them outward until they

separate from the two vertical posts.

3.

Holding the memory

module with the notch on the upper right corner, then insert the memory

module into the DDR

2

socket at 90



angle.

4.

Push the two eject levers toward the vertical posts until they click into place. The memory

module is now upright.

5.

Retain the memory module (

7) to the DDR2 socket by firmly fastening the DDR and the eject

levers together with nylon cable ties.

The system is able to auto detect the new memory size and there is no need to change the system

configuration after installation.

Make sure that the memo

ry module you are using can handle the specified DDR MHz. Inadequate

memory module

might low down the system performance or

make the computer unable to boot up.

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5.2.2.

Touchscreen Controller

Assembly

For easy maintenance in the future, the

touchscreen

controlle

r is to

be

installed to a bracket rather

than to the system compartment directly.

1.

For Elo touch, the touchscreen cable

(3)

is a flat cable

with 5P*2 box headers at both sides

. One

end is connected to

P3onthe touchscreen controller

(1)

first.

2.

There i

s a2P(black & red)

power wire

(4)

to provide the power source for the touchscreen.

Connect one end to

P2

on the

controller.

3.

Make the controller

’

s coach chip (5) at the upper side. Retain

the touchscreen controller to the

bracket

(2)

with

two

PMS M

3*5screws.

`

5.2.3.

HDD Module Assembly

The panel PC is able to accommodate a 3.5

”

HDD. It is to be integrated to the drive bay first, then to

the chassis.

1.

Retain

the hard disk drive (1) to the HDD

bay(2)

with

four

FMS

6#32 5L

screw

at each sid

e.2.

Connect one end of a 20P*2

HDD

ribbon

cable

to the hard disk.

HDD

INSTALLATION

(2)

(1)

FMS 6#32 5L (4)

(2)

(1)

PMS M3*5 (2)

(3)(4)(5)

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5.2.4.

Power Module Assembly

The power supply is to be integrated

to a

power

bay

before it is installed to the panel PC. The following

figure

illustrates

the steps to assemble the

ATX power module. For the specification of the power

supply, please refer to APPENDIX.

1.

Attach the power bracket (2) to the power supply (3) and fix them together with

two

FMS

6#32 5L

screws. This small bracket is used to prevent the power supply from mo

ving around in the power

bay.2.

Insert the power supply to

the

power bay (1) and fix them together with

two

FMS M

3*5

and two

FMS

6#32 5L

screws.

3.

Protect the front

section

power cables with a nylon protector. The nylon protector is to prevent

the power wir

es from being cut by the metal brackets.

4.

Attach two nylon adhesive cable tie bases to the side of the power bracket.

5.

Retain the power cable bundle to the mounting base with a cable tie.

6.

Insert

a

power switch

(4) extension cable

to

the

power bracket (

1

).

(1)

(2)

(3)

The power cable

coming out from

the

opening

and

connected to the

MB’s ATX power

connector.

FMS 3*5 (2)

FMS 6#32 5L (2)

P

OWER MODULE ASSEMBLY

(4)

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(1)(2)IMS 2*2.5

(2)

(3)

(3)(4

)

IMS 2*2.5

(2)

(5)

IMS 2*6 (2)

(6)

FMS M3*5 (2)

(7)

5.2.5.

FDD/CD

-

ROM Assembly

The following steps show the ways to install an internal CD

-

ROM or DVD

-

ROM and floppy disk drive.

1.

Attach the CD

-

ROM board (

1

) to the slim CD

-

ROM (

2

) and fix them together with

two TMS 2*8

screws to

make a CD

-

ROM module (3).

2.

Insert the CD

-

ROM module

(3)

to the CD

-

ROM/FDD bracket (

4

) and fix them together with

two

IMS M2*2.25

screws.

3.

There is a 40

-

pin CD

-

ROM

ribbon

cable

(7)

. Connect one end to the CD

-

ROM board.

4.

Attach one end of the 26

-

pin FDD fla

t cable

to the slim floppy disk drive (

5

) first.

5.

Insert the FDD module to the

right side of the

CD-ROM/FDD bracket and fix them together with

two

IMS 2*6

screws.

6.

There is a small metal bracket (

6)taped with foam

sponge

used to firmly fix the CD

-

ROM and

FDD

modules to the CD

-

ROM/FDD bracket.

Retain this bracket to the device bracket with two FMS

M3*5 screws.

This small bracket is to prevent the CD

-

ROM/FDD from moving when installed to

the FDD/CD

-

ROM bracket.

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5.2.6.

Expansio

n Door

Assembly

If no add

-on-

card is to be used with the system, fix the two metal brackets

(1)

to the expansion door

(2)

with two TMS 3*6 screws. If an add

-on-

card is to be used with the system, then only fix one metal

cover to the expansion door.

5.2.7.

Riser Card

Assembly

Retain the riser card (1) to the riser card bracket (2) with two PMS M3*5 screws.

(1)(2

)

TMS

3*6 (2)

(2)

(1)

PMS 3*5 (2)

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(1)

Bolts 4*12 (2)

FMS 3*5 (1)

(2)

Bolts 4*12 (10)

(3)(7)FMS 3*5 (4)

(5)

PMS 3*5 (4)

(6)

FMS 3*5 (4)

5.2.8.

I/O Module

Assembly

Refer to the figure below.

1.

Retain the external IDE board (5) to the PC metal cover (7) with four PMS M3*5 sc

rews.

2.

Insert a filter to the filter cover (6). Retain the filter cover set to the PC metal cover with four

FMS M3*5 screws.

3.

Attach the IO

-

006 I/O board (1) to the I/O bracket (3) and fix them together

with two

4*12

secure bolts

and

oneFMS

3*5 screw.

4.

Atta

ch the IO

-

005 (2) I/O board to the I/O bracket (3) and fix them together

with ten

4*12

secure bolts

.5.Plug one end of a 22P*2 flat cable to

CN4on IO

-

005 (2) with the other end to

CN6on IO

-

006.

This cable is to link the signal on two I/O boards together.

6.

Fix the complete I/O module to the

panel PC

metal

cover

(7)with

four FMS

M

3*5 screws.

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5.2.9.

PC Module Integration

The PC

’

s individual

module

s are now ready for final integration to the PC chassis to make a complete

panel PC. The seque

nce for integration is from the motherboard, the HDD module, the toucshcreen

controller, the expansion door, the CD

-

ROM/FDD module, the display module, the inverter, the power

supply, the riser card and then followed by the PC cover module.

Follow the st

eps below to

integrate

the

individual modules

to the system chassis.

5.2.9.1.

Motherboard Integration

1.

The motherboard

(2) i

s the first component to be assembled to the

PC chassis (A)

. Make sure the

CPU with cooling fan and DDR are already properly installed to t

he

motherboard

.

From your point

of view,

the expansion opening is at your right side. T

he motherboard module is to be installed

to the lower side of the

chassis

.2.Tape the

motherboard

insulator

(1)tothe

chassis

first. The

insulator is to

isolate

the

electronic components on the reverse side of the

motherboard from the metal compartment to

prevent short circuitry caused during system

operation.

3.

There are eight screws holes on the motherboard.

Retain

the motherboard

(2)

to the chassis with

eight

PMS M

3*5screws

.

5.2.9.2.

HDD Module Integration

4.

There are two clamps at the bottom

side

used to

hold the HDD module to the ch

assis. Insert the

HDD module to the chassis and

clamp

it into place.

Retain

the HDD module

(3)

to the chassis with

one

FMS M3*5 screw

at the up

per side of the

chassis.

5.

Connect

the other end

of the

20P*2

HDD

ribbon

cable

to

IDE1

at the left upper side of the

motherboard.

5.2.9.3.

Touchscreen Controller Integration

6.

Insert the touchscreen controller bracket (4)

to the chassis from the opening at the left

upper side opening and retain it to the chassis

with two FMS M3*5 screws.

7.

Connect the other end of the

5P*2

flat cable

from

the controller

to

COM3

at left upper side of

the

motherboard

.8.C

onnect the other end of the 2

P

power

wire

to the

CN1

on the

motherbo

ard

.

5.2.9.4.

Expansion Door Integration

9.

Retain the expansion door (5) to the opening at

the right side of the chassis with three FMS

M3*5 screws.

(4)

FMS 3*5 (2)

(5)

FMS 3*5 (3)

(3)

FMS 3*5 (1)

(2)

PMS 3*5 (8)

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5.2.9.5.

Display Module Integration

Due to cabling concern, the display module has to be integrated to the PC module be

fore the

CD-ROM/FDD module integration.

7.

Retain the PC

chassis

to the display module (6) with six

PMS M3*6 screws.

8.

One end of the LVDS

cable is already

plugged to the

LCD panel and the other end is to come out from the

small opening at the middle of the L

CD holder

. Make

sure th

is

other

end is to go through the rectangle

opening at the rear side of the system chassis

and

have it connected to LCD connector,

LCD1

on the

motherboard.

9.

The touchscreen 5

P white

flat cable should go through

the rectangle opening

at the left side of the LCD holder,

then

get into the chassis from the oval

-

shape opening

at the left side of the chassis. C

onnect this cable to

P4onthe touchcreen controller.

10.

The inverter cable

for

OP 1500

is a7Pto 4Pcable with

wafer connectors at

both sides.

Insert

the 7

P

end

into

the left opening of

the

inverter

insulator

and have it

connected to

CN1on the

inverter first.

11.

Connect the

OP 1500

/1700 LCD

pink

-

white

power

wires from the LCD to

CN2

and

CN3onthe inverter.

12.

Retain

OP 1500

’

s inverter

(7) to

the left side of the

display

module

with two M3*15 bolts.

13.

Insert

the inverter cable

to

the chassis through the

small opening at the left side of

the

chassis

. Connect

the other end of the inverter cable to the

motherboard’s

INV1.

5.2.9.6.

Slim CD

-

ROM/FDD I

ntegration

14.The CD

-

ROM/FDD module

(8)

is to be installed on the left

side of the chassis.

15.

Connect the 40

-

pin end of the CD

-

ROM

ribbon

cable to

the motherboard’

s

IDE2

connector.

16.

There is a 4

-

black & red

CD audio

-inwire

to be

plugged

to

CD1

on the

mothe

rboard. Connect the other

end to the 4

-

pin black pin connector on the CD

-

ROM

board.

17.

Connect the other end of

the FDD cable to the

FDD1

on

the motherboard.

18.

Fix the whole unit to the chassis and fix them together with

three

FMSM3*5 screws.

PMS 3*6 (6)

(6)(7

)

M

3*15 bolt (2)

(8)

FMS 3*5 (3)

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5.2.9.7.

Power Supply I

ntegration

19.

Integrate the power supply module (9) to the

PC’s chassis and retain them together with three

FMS M3*5 screws.

20.

Connect the power switch cable to

CN3

on the

motherboard.

21.

Plug the ATX

10P*2

power cable to the ATX

power connector,

ATXP2

on the mot

herboard.

22.

Plug the ATX

12V

2P*2

power cable to the

ATX

12V

power connector,

ATXP1

on the

motherboard

.

23.

Connect the big 4

-

pole

end of the power cable to

the HDD.

24.

Connect the

small

4-pole end of the power cable

to the CD

-

ROM board.

5.2.9.8.

Riser Card Integration

25.Havethe riser card module (10) firmly plugged to

the ESIA slot on the motherboard.

5.2.9.9.

Inverter Cover Integration

26.

Retain the inverter cover (11) to the left side of the

chassis

with

eight FMS M3*5 screws.

5.2.9.10.

I/O Cover Integration

27.

Plug the I/O module (12) to the

IOI

NF1

slot on the

motherboard and retain it to the chassis

with

nine

FMSM3*5screw

s.

5.2.9.11.

I/O Cover Integration

28.

Plug the I/O module to the

IOINF1

slot on the

motherboard and retain it to the chassis

with

nine

FMSM3*5screw

s.

(9)

FMS 3*5 (4)

(10)(11

)

FMS 3*5 (8)

(

12)

FMS 3*5 (9)

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66..SSyysstteemmMMootthheerrbbooaarrdd&&II//OOBBooaarrdds

s

The system controller used in the

OP SERIES

system

is a special

-

design Intel

LGA775 Socket

C

ore 2 Duo

multimedia

motherboard

. All the onboard signal is

connected to

the external I/O ports via two I/O

boards

. This chapter provides jumper defi

nition and

connector signal of the

motherboard

and the I/O

board

s

.

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6.1.

OP SERIES

Motherboard

This section provides background information and detail specification on the

OP SERIES

system

engine, PC

920. Sections include:



General Information



Specification



Boa

rd placement & Dimension

6.1.1.

General Information

ThePC920is an Intel

Core 2 Duo

(

LGA775 Socket

) multimedia ATX

motherboard

with LCD/VGA

controller, Ethernet 100/10, AC97 sound, and IDE flash disk. By integrating single chip, Intel

9

45G,the PC

920provides

a high performance/low cost desktop solution.

Highly integrated, the PC

920can adapt Intel



LGA775 Socket

C

ore 2 Duo

CPU. Onboard features

include four serial ports, one multi

–

mode Parallel ports, a floppy drive controller and a PS/2 keyboard

PS/2 mouse

interface. The built

-

in high speed PCI IDE controller supports both PIO and ATA 100 mode.

Up to four IDE devices can be connected, including large hard disks, CD

-

ROM drives and other IDE

devices.

The full PC functionality coupled with its multi

-

I/Os stand

ready to accommodate a wide

range of PC peripherals.

Compact in size and with its highly integrated multimedia and

networking

functions, the PC

920is the most powerful PC engine to build any small footprint all

-in-

one PC system

for integration into any sp

ace-constricted embedded applications.

Fully configurable and with its modular design,

the PC

920is an ideal platform for any consumer

computing applications where space is a premium.

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6.1.2.

Specifications

PC920

：

Multimedia Socket LGA775 Intel Pentium IV Motherboard with XGA, LCD, Ethernet & Audio

Interface



CPU

：

Intel Socket LGA775

,533/800/1066MHz FSB

Intel Core2 DUO LGA775

2.66

GHz+

Intel Pentium

Dual

-

Core

LGA775

2.4

GHz+

Intel Celeron LGA775

3.6

GHz+

1.1.

Main Chipset

：

Intel 945G

&

ICH7



System BIOS

：

Award PnP Flash BIOS



System Memory

：

2 x

240

pin DDRII sockets supporting system memory up to

4GB

L2 Cache

：

CPU built

-in

Standard I/O

：



Serial ports x 4: COM 1, 2 & 4 with +5V/12 power output on pin #9, COM 3 internal type

r

eserved for touchscreen, COM2 RS

-

232/485 jumper selectable

Parallel Port x 1: supports SPP/EPP/ECP

SATA ports x 4

ATA 100/66 IDE x 1

：

supports up to 2 IDE devices

FDD x 1

,

supports 1 floppy disk drives

PS/2 Keyboard Interface x 1

Internal Keyboard Interfac

e x 1

PS/2 Mouse Interface x 1

USB Interface x 6

：

supports USB 2.0 devices(internal x4 port ,external x2 port)

IrDA

,6-

pin header Support IrDA version 1.0 SIR & Consumer IR



Ethernet

：

100/10 Base

-

T Ethernet

Support WAKE

-ON-

LANDisplay

：

Supports 2

-

channel L

VDS LCD, resolution up to 1600x1200

Integrated 2D/3D graphics engine, 4X AGP

Share system memory architecture able to utilize the display memory size up to 64MB

Maximum resolution for video chipset

：

640x480, 800x600, 1024x768, 1280x1024, 1600x1200,

1920x1

200, True

-

color



Audio Function

：

Full duplex and independent sample rate converter for audio recording & playback

Supports Microsoft DirectSound

3D positional audio effects

Hi-performance, mixed

-

signal, stereo

MIC-In, Speaker

-

Out, Line

-InPin header for CD

-

audio in



Hardware Monitor

：

Monitoring processor & system

Monitoring 5VSB, VBAT, 1.5V, 3.3V, +5V, +12V,

-

12V, and processor voltages

Monitoring processor, chassis fan speeds

Controlling processor and chassis fan speed and failure alarm

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Automatic fan on/off

control

Read back capability that displays temperature, voltage and fan speed

Supporting Intel processor thermal diode output (real processor temperature)



Expansion Bus

：

PCI/ISA x 1



Power

：

ATX power



Dimension

：

300*146 mm (L*W)

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6.1.3.

Locating Jumpers & Connecto

rs

The following figure helps you to locate the jumpers and connectors on the

motherboard

.

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6.1.4.

How to Set Jumpers

The jumpers on

the

motherboard

are to set system configuration options. When setting the jumpers

,

be sure the shunts (jumper caps) are placed

on the correct pins.

This 2

-

pin jumper is

Open

.

This 2

-

pin jumper is

Closed

.

This 3

-

pin jumper is

Closed

on pins 1 and 2.

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6.1.5.

Jumpers & Jumper Setting

The table below lists the function of each jumper. The related jumper settings are shown in the

c

oming sections.

Jumper

Description

JP3Clear CMOS

6.1.5.1.

Clear CMOS (JP3)

1-2

Normal

2-3

Clear CMOS

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6.1.6.

Connectors & Pin Assignment

The table below lists the function of each connector on the PC

920

. Their corresponding pin

assignments will be shown in the f

ollowing sections.

Connector

Description

ATXP1

ATX power connector

ATXP2

ATX +12V power connector

CN1

Power connector for touchscreen

PWR1

Power Output Connector

INV1

LCD Inverter connector

LCD1

LCD connector

USB1,2

USB1&USB2 port connector

IDE1

PATA connector For CD

-

ROM

SATA1~4

SATA1~4 connector

COM2

Serial port 2

COM3

Serial port 3 (for touchscreen)

CD1

CD audio In

IR1

IR/CIR connector

CN4

KB/Mouse/Speaker/LED connector

EISA1

PCI/ISA expansion slot

IOINF1

I/O slot

FAN1

CPU FAN connector

FAN2/FAN3

System FAN connector

CN3

ATX power ON Switch

RST1

Reset connector

CN2

EXT. LAN wake up connector

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6.1.6.1.

ATXP1: ATX Power Connector

ATXP1 is a standard ATX power connector. This connector is provided to connect to an ATX power

supply. Th

e plug of the power supply will only insert in one orientation due to the different hole size.

Find the proper orientation and push down the power connector firmly to make sure the pins are

aligned. Its pin assignments are listed below

：

Pin #

Signal

Pin #

Signal

3.3V

11

3.3V

2

3.3V

12-12V

3

Gnd13Gnd

4

+5V

14

PSON#

5

Gnd15Gnd6+5V

16

Gnd7Gnd17Gnd8PWROK

18-5V9SB5V

19

+5V

10

+12V

20

+5V

6.1.6.2.

ATXP

2

: ATX +12V Power

C

onnector

ATXP2 is a standard +12V ATX power connector. Its pin assignme

nts are listed below

Pin #

Signal

Pin #

Signal

1

GND

3

+12V

2

GND

4

+12V

6.1.6.3.

CN1: Touchscreen

Power Connector

Pin #

Signal

1

GND

2

VCC

6.1.6.4.

PWR1: Power Output Connector

Pin #

Signal

1

+12V

GND

2

VCC

6.1.6.5.

INV1:

LCD Inverter Connector

Pin #

Signal

1Backlight ADJ

2

GND

3

Backlight Enable

4

12V

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6.1.6.6.

USB1,2: USB Port Connector

Pin #

Signal

Pin #

Signal

1

USB VCC

2

USB VCC

3

USB P4

-4USB P5

-5USB P4+

6

USB P5+

7

GND

8

GND

9

KEY10HEAD#

6.1.6.7.

LCD1

: LCD Connector

Pin #

Signal

Pin #

Signal

1

YA0M

2YA0P3YA1M

4

YA1P

5

YA2M

6

YA2P

7

GND

8

CLKAM

9

CLKAP

10

YA3M

11

YA3P

12

YB0M

13

YB0P

14

GND

15

YB1M

16

YB1P

17

GND

18

YB2M

19

YB2P

20

CLKBM

21

CLKBP

22

YB3M

23

YB3P

24

GND

25

VCC3

26

VCC3

27

VCC3

28

VCC29VCC30VCC

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6.1.6.8.

IDE1:

PATA Connector

for CD

-

ROM

The PC920 provides one sets of 40

-

pin IDE connectors. The built

-

in high speed PCI IDE controller

supports both PIO and ATA 100 mode. Up to two IDE devices can be connected, including large hard

disks, CD

-

ROM drives and ATAPI devices. Their corr

esponding pin assignments are listed below

：

Pin #

Signal

Pin #

Signal

1

RESET#

2

GND

3

DATA 7

4

DATA 8

5

DATA 6

6

DATA 9

7

DATA 5

8

DATA10

9

DATA 4

10

DATA11

11

DATA 3

12

DATA12

13

DATA 2

14

DATA13

15

DATA 1

16

DATA14

17

DATA 0

18

DATA15

19

GND

20NC21

IDEREQ

22

GND

23

IOW#

24

GND

25

IOR#

26

GND

27

ICHRDY#

28

GND

29

DACK

30

GND

31

IDEIRQ

32NC33A134

LID35A036A237IDECS0

38

IDECS1

39

HDD LED

40

GND

6.1.6.9.

SATA1~4 : SATA Connector

The PC920 has an integrated SATA host controller that

supports independent DMA operation on four

ports and supports data transfer rates of up to 3.0Gb/s (300 MB/s). Their corresponding pin

assignm

ents are listed below

：

Pin #

Signal

1

GND

2

TXP3TXN4GND

5

RXP

6

RXN

7

GND

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6.1.6.10.

COM2

is a RS

-

232, 422 or 485, selected via BIOS setup.

Pin #

Signal

Pin #

Signal

1

DCD

/422TX

-2DSR

3

RXD

/422TX+

4

RTS5TXD

/422RX+

6

CTS7DTR

/422RX

-8RI9GND

10

KEY

6.1.6.11.

COM3

COM 3 is an internal RS

-

232 reserved for touchscreen. Its corresponding pin assignment is listed as

below;

Pin #

Signal

Pin #

Signal

1

DCD

2

DSR

3

RXD

4

RTS5TXD6CTS7DTR8RI9GND

10

VCC

6.1.6.12.

CD1: CD Audio IN

Pin #

Signal

1

Left channel

2

CD GND

3

CD GND

4

Right channel

6.1.6.13.

IR: IR

/CIR

Connector

IR

Pin #

Signal

15V2NC3

IRRX

4

GND

5

IRTX

6

CIRRX

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6.1.6.14.

CN4

: Power LED &

EXT.

KB

/MS, USB

Pin #

Signal

Pin #

Signal

1

VCC2VCC3HDD LED

4

LAN LED

5

Suspend LED

6IRTX7KEY8IRRX

9

BACKLIGHT CTRL INPUT

10

CIRRX (Option)

11

GND

12

GND

13

SPK-LO14SPK-RO15SPK-LN16SPK-RN17GND

18

GND

19

USB P2

-20EXT.KBDAT

21

USB P2+

22

EXT.KBCLK

23

USB P3

-24EXT.MSDAT

25

USB P3+

26

EXT.MSCLK

6.1.6.15.

IOINF 1:

I/O Connector

The PC920’s onboard I/O signal for LAN, USB, keyboard, mouse, VGA, COM ports and parallel port are

all mixed in the IOINF1 slot. By plugging an IO

-

005 I/O board and connected to another IO

-

006 I/O

board, all the onboard signal are connected to the system

external I/O ports. Please be noted that the

IOINF1 is a slot in AGP slot form, but it is not to be plugged with any AGP card.

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6.1.6.16.

EISA1:

PCI/ISA Expansion Slot

The PC

920

provides an ISA/PCI slot for ISA and PCI device expansion.

B1B2B3B4B5B6B7

B31D1D2D3D4

D18E1E2E3E4E5E6

E7

E31

G1

G2G3G4

G19

A1A2A3A4A5A6A7A31

C1C2C3C4C18F1F2

F3F4F5F6F7

F31H1H2

H3

H4

H19

EISA1:

PCI/ISA Slot Side View

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EISA1:

PCI/ISA Slot Conn

ector Pin Assignment

Signal

F1

GND

B1

GND

E1

GND

A1

IOCHK

F2

GND

B2

ISARST

E2

GND

A2

SD7F3INTB

B3

VCCE3INTC

A3

SD6F4INTA

B4

IRQ9

E4

INTD

A4

SD5F5VCCB5-5VE5

VCCA5SD4F6KEYB6DRQ2

E6

KEYA6SD3F7VCCB7-12VE7VCCA7SD2F8PCICLK1

B8

OWS

E8

PCIRST

A8

SD1F9GND

B9

+12V

E9

GNT0

A9

SD0

F10

GNT3

B10

GND

E10

REQ0

A10

IORDY

F11

GND

B11

SMEMW

E11

GND

A11

AEN

F12

REQ3

B12

SMEMR

E12

PCILKE2

A12

SA19

F13

AD31

B13

IOW

E13

GND

A13

SA18

F14

AD29

B14

IOR

E14

AD30

A14

SA17

F15NCB15

DACK3

E15NCA15

SA16

F16

KEY

B16

DRQ3

E16

KEY

A16

SA15

F17NCB17

DACK1

E17NCA17

SA14

F18

AD27

B18

DRQ1

E18

AD28

A18

SA13

F19

AD25

B19

REF

E19

AD26

A19

SA12

F20

CBE3

B20

ATCLK

E20

AD24

A20

SA11

F21

AD23

B21

IRQ7

E21

AD22

A21

SA10

F22

AD21

B22

IRQ6

E22

AD20

A22

SA9

F23

AD19

B23

IRQ5

E23

AD18

A23

SA8

F24NCB24

IRQ4

E24NCA24

SA7

F25

KEY

B25

IRQ3

E25

KEY

A25

SA6

F26NCB26

DACK2

E26NCA26

SA5

F27

AD17

B27TCE27

AD16

A27

SA4

F28

IRDY

B28

ALE

E28

FRAME

A28

SA3

F29

DEVSEL

B29

VCC

E29

CBE2

A29

SA2

F30

LOCK

B30

OSC

E30

TRDY

A30

SA1

F31

PERR

B31

GND

E31

STOP

A31

SA0H1SERR

D1

MEMCS16

G1NCC1

SBHE

H2

AD15

D2

IOCS16

G2NCC2

LA23

H3

AD14

D3

IRQ10

G3

CBE1

C3

LA22

H4

AD12

D4

IRQ11

G4

PARC4LA21

H5

GND

D5

IRQ12

G5

GND

C5

LA20

H6

KEYD6IRQ15

G6

KEYC6LA19

H7

GND

D7

IRQ14

G7

GND

C7

LA18

H8

AD10

D8

DACK0

G8

AD13

C8

LA17

H9

AD8D9DRQ0

G9

AD11

C9

MEMR

H10

AD7

D10

DACK5

G10

AD9

C10

MEMW

H11

AD5

D11

DRQ5

G11

CBE0

C11

SD8

H12

AD3

D12

DACK6

G12

AD6

C12

SD9

H13

AD1

D13

DRQ6

G13

AD4

C13

SD10

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H14

AD0

D14

DACK7

G14

AD2

C14

SD11

H15

KEY

D15

DRQ7

G15

KEY

C15

SD12

H16

VCC

D16

VCC

G16

VCC

C16

SD13

H17

VCC

D17

MASTER

G17

VCC

C17

SD14

H18

GND

D18

GND

G18

GND

C18

SD15

H19

GND

G19

GND

6.1.6.17.

FAN 1~3: FAN

Connector

Pin#Signal

1

GND

2

+12V

3

FAN SPEED DECE

CT

6.1.6.18.

CN3: ATX Power on Switch

Pin #

Signal

1

5VSB

2

Power ON/OFF

6.1.6.19.

RST1: Reset System Connector

Pin #

Signal

1

RESET

2

GND

6.1.6.20.

CN2:External LAN Wake

-

up

Pin #

Signal

1

5VSB

2

GND

3

LAN WAKE

-

UP

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6.2.

OP SERIES

I/O

Board

s

TheIO-

005

andIO-

006

are two

docking boards used to connect all the I/O signal from

OP SERIES

’sMotherboard

to the exterior of the system

for external device connection. This section provides

jumper definition and connector signal of the

two

I/O b

oard

s

.

421

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6.2.1.

I/O Board

IO-005

The IO

-

005 connects the onboard keyboard, mouse, Ethernet, USB ports, COM1, COM2, COM4 ,

parallel port and VGA signal from the Motherboard to the system for external device connection.

6.2.1.1.

Jumpers & Jumper Setting

The tabl

e below lists the function of each jumper on IO

-

005.

JP3COM1 pin 9 power selection

JP2COM2 pin 9 power selection

JP1COM4 pin 9 power selection

The

OP SERIES

onboard COM port power selection is selected via

jump

ersetting

RI5V12V1-23-45-

6

6.2.1.2.

CN

4: EXT. Connector

The onboard speaker

-

out, line

-

in, MIC

-

in, DIO and external FDD are connected to the CN4 on IO

-

005.

Then, via a 44

-

pin flat cable, these signals are linked to IO

-

006 for external device connection.

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6.2.2.

IO

Board

-

IO006

TheIO-

006

is an I/O

board links the onboard speaker

-

out, line

-

in, MIC

-

in, DIO and external FDD

from Io

-

005 to the system for external device connection.

6.2.2.1.

Jumpers & Jumper Setting

CN4 DIO port

：

The DIO port address setting is selected in CMOS SETTING. Select ADDRES 200H OR

208H

Read DIO IN BIT0~BIT3 IN DIO PORT ADDRES BIT0~3

WRITE DIO OUT BIT0~3 IN DIO PORT ADDRES BIT4~7

JP2: CN4 DIO port pin#2 select

1-2

DIO IN Bit 0

2-3

DIO OUT

Bit 2

JP1: CN4 DIO port pin#3 select

1-2

DIO IN Bit 1

2-3

DIO OUT Bit 3

JP4: CN4 DIO port pin#5 select

1-2

DIO OUT Bit 0

2-3

DIO IN Bit 2

JP2: CN4 DIO port pin#6 select

1-2

DIO OUT Bit 1

2-3

DIO IN Bit 3

6.2.2.2.

CN6: EXT. Connector

CN6 is a 44

-

pin conn

ector links the onboard speaker

-

out, line

-

in, MIC

-

in, DIO and external FDD to the

IO-006 for external device connection.

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6.2.3.

Connectors & Pin Assignment

The table below lists the function of each connector on

IO-005 and IO

-

006

. Their corresponding pin

assi

gnments will be shown in the following sections.

Keyboard

Keyboard connector

Mouse

Mouse connector

COM1

Serial port 1 (3F8)

COM2

Serial port 2 (2F8)

COM4

Serial port 4 (2E8)

DC Power

DC power +5V/+12VC output

LPT

Parallel port

CRT

CRT display connec

tor

FDD

External FDD connector

USB1

USB connector 1

USB2

USB connector 2

DIO

Digital I/O connector

LAN

Ethernet connector

MIC-in

Microphone

-

in connector

Line-in

Line-in connector

SPK-out

Speaker output connector

VR

LCD Backlight control

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6.2.3.1.

Keyboar

d

: PS/2 KB Connector

Pin #

Signal

1

KBDATA

2NC3

GND

4

SB5V

5

KBCLK

6

NC

6.2.3.2.

Mouse

: PS/2 Mouse

Pin #

Signal

1

MSDATA

2NC3

GND

4

5V

5

MSCLK

6

NC

6.2.3.3.

COM1, COM2, COM4

(DB-9)

Pin #

Signal

Pin #

Signal

1

DCD

6

DSR

2

RXD

7

RTS3TXD8CTS4DTR9RI (+5V/12V)

5

GND

6.2.3.4.

DC Power

: DC Power Output

Pin #

Signal

Pin #

Signal

1

GND

5

+5V

2

GND

6

+12V

3

+5V

7

GND

4

+12V

8

GND

6.2.3.5.

LPT1: D

-

SUB-25 Parallel Port

Pin #

Signal

Pin #

Signal

1

STRB#

14

AFD#

2

DATA 0

15

ERROR#

3

DATA 1

16

INIT#

4

DATA 2

17SLINT#

5

DATA 3

18

GND

6

DATA 4

19

GND

7

DATA 5

20

GND

8

DATA 6

21

GND

9

DATA 7

22

GND

10

ACK#

23

GND

11

BUSY

24

GND

12PE25

GND

13

SLCT

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6.2.3.6.

CRT: VGA (D

-

SUB 15 Pin)

Pin #

Signal

Pin #

Signal

Pin #

Signal

1

Red6GND

11NC2

Green

7

GND

12DDCDATA

3

Blue

8

GND

13

Hsync

4NC9NC14

Vsync

5

GND

10

GND

15

DDCCLK

6.2.3.7.

FDD: External FDD Connector

Pin #

Signal

Pin #

Signal

Pin #

Signal

1

RWC#

6

WP#

11

RDATA#

2

INDEX#

7

TRAK0#

12

HEAD#

3

MOA#

8

WE#

13

DSKCHG#

4

DSA#

9

WD#

14

GND

5

DIR#

10

STEP#

15

GND

6.2.3.8.

J11: USB 1, USB2 Connector

USB1

USB2

Pin #

Signal

Pin #

Signal

1

USBVCC

1

USBVCC

2

Data

-2Data

-3Data+

3

Data+

4GND4G

ND

6.2.3.9.

DIO1: RJ

-

11 Connector

Pin #

Signal

Pin #

Signal

1

+12V

2

IN_0

/OUT_2

3

IN_1

/OUT_3

4

GND

5

OUT_0

/IN_2

6OUT_1

/IN_3

6.2.3.10.

LAN1: RJ

-

45 Ethernet Connector

Pin #

Signal

Pin #

Signal

1

TD+

2TD-3RO+

4NC5NC6RO-7NC8NC

6.2.3.11.

MIC1

Pin #

Signal

1

Vref2NC3NC4MIC IN

5

GND

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6.2.3.12.

LINE 1

Pin #

Signal

1

Right CHI

2NC3NC4

Left CH

5

GND

6.2.3.13.

SPK 1

Pin #

Signal

1

Right CHI

2NC3NC4

Left CH

5

GND

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77..BBIIOOSSSSeettuuppUUttiilliitty

y

The BIOS (Basic Input and Output System) Setup Utility

displays the system's configuration status and provides

options to set system parameters. The parameters are

stored in

battery

-

backed

-

up CMOS RAM that saves this

information even when the power is turned off. When the

system is turned back on, the system is configured with the

values found in CMOS.

This c

hapter describes how to set up

BIOS configuration.

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7.1.

About the BIOS S

etup Utility

The BIOS Setup Utility enables you to configure the following items

：



Hard drives, diskette drives, and peripherals



Video display type and display options



Password protection from unauthorized use



Power management features



This Setup Utility

should be used for the following

：



The system is staring for the first time.



The hardware devices attached to the systems have been changed



The CMOS memory has lost power and the configuration information has been erased.



When a configuration error is detec

ted and you are prompted to make changes to the Setup

Utility



When trying to resolve IRQ conflicts



When making changes to the Power Management configuration



When changing the User or Supervisor password

The BIOS setup program is stored in ROM, which can b

e accessed by pressing <DEL> key on the

keyboard immediately when the system is powered on.

In order to retain the specified setup information when the system power is turned off, the system

setup information is stored in a battery

-

backed CMOS RAM. The b

attery is to ensure the settings will

not be erased when the computer is turned off or reset. When the computer is powered on again, the

system will read the settings stored in the CMOS RAM and compare them to the equipment check

conducted during the powe

r on self test (POST). If any error or mismatch occurs, an error message

will be shown on the screen and the computer will be prompted to run the setup program.

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7.2.

Control Key Definition

The BIOS navigation keys are listed below.

Move to previous item

Move to next item

Move to the item in the left hand

Move to the item in the right hand

Esc

Main Menu

-

Quit and not save changes into CMOS

Status Page Setup Menu and Option Page Setup Menu

-

Exit current page and return to Main Menu

PgUp

Increase the numeric value or make changes

PgDn

Decrease the numeric value or make changes

F1

General help, only for Status Page Setup Menu and

Option P

age Setup Menu

F5

Restore the previous CMOS value from CMOS, only for

Option Page Setup Menu

F6

Load the default CMOS value from BIOS default table,

only for Option Page Setup Menu

F7

Load the default

F10

Save all the CMOS changes, only for Main Menu

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7.3.

Getting Help

7.3.1.

Main Menu

The on

-

line description of the highlighted setup function is displayed at the bottom of the screen.

Press <F1> to pop up a small help window that describes the appropriate keys to use and the possible

selections for the highlighte

d item. To exit the Help Window, press <ESC>.

7.4.

AWARD BIOS Setup

7.4.1.

Entering the Setup Utility

When you power on the system, BIOS enters the Power

-

On Self Test (POST) routines. POST is a series

of built

-

in diagnostics performed by the BIOS. After the POST rout

ines are completed, the following

message appears

：

Press DEL to enter SETUP

Press the delete key <Delete> to access the Award BIOS Setup Utility. The setup main menu will

appear on the screen. The main menu of the Setup Utility displays a list of the options that are

available. A highlight indicates whi

ch option is currently selected. Use the cursor arrow keys to move

the highlight to other options. When an option is highlighted, execute the option by pressing <Enter>.

Some options lead to pop

-

up dialog boxes that prompt you to verify that you wish to e

xecute that

option. Other options lead to dialog boxes that prompt you for information.

Some options (marked with a triangle

) lead to submenus that enable you to change the values for

the option. Use the cursor arrow keys to scroll through the items in

the submenu.

Phoenix

–

AwardBIOS CMOS Setup Utility



Standard CMOS Feature



Frequency/Voltag

e Control



Advanced BOIS Features

Load Fail

-

Safe Defaults



Advanced Chipset Features

Load Optimized Defaults



Integrated Peripherals

Set Supervisor Password



Power Management Setup

Set User Password



PnP/PCI Configuration

Save & Exit Setup

PC Health Status

Exit Without Saving

Esc：Quit

↑↓→

←

：

Select Item

F10：Save & Exit Setup

Time, Date, hard Dick Type…

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The following lists the functions of the items on the BIOS main menu.

Standard CMOS Setup

：

This setup page includes all the items in standard compatible BIOS.



Advanced BIOS Features

：

This setup page includes all

the items of Award special enhanced

features.



Advanced Chipset Features

：

This setup page includes all the items of the chipset special

features.



Integrated Peripherals

：

This setup page includes all onboard peripherals.



Power Management Setup

：

This setup p

age includes all the items of Green function features.



PnP/PCI Configuration

：

This setup page includes all the configurations of PCI & PnP ISA

resources.



PC Health Status

：

This setup page auto detects the temperature, voltage and fan speed.



Frequency/Volta

ge Contro

l：This setup page includes the CPU/DDR/PCI frequency setting.



Load Fail

-

Safe Defaults

：

BIOS Defaults indicates the most appropriate value of the system

parameters that the system would be in safe configuration.



Load Optimized Defaults

：

Setup Defa

ults indicates the value of the system parameters that

the system would be in the best performance configuration.



Set Supervisor Password

：

The supervisor’s password can be set or changed or disabled in this

setup page. It allows you to limit access to the

system and setup, or just to setup.



Set User Password

：

The user’s password can be set or changed or disabled in this setup page.

It allows you to limit access to the system and setup, or just to setup.



Save & Exit Setup

：

Save CMOS value settings to CMOS an

d exit setup.



Exit without Saving

：

Abandon all CMOS value changes and exit setup.



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7.4.2.

Standard CMOS Features

Selecting

Standard CMOS Features

on the main menu displays the following menu. This menu

allows the user to configure the system components such a

s date, time, hard disk drive, floppy disk

drive and display type.



Date

The

Date

item show the current date held by the system. If you are running a Windows OS, these

items are automatically updated whenever you make changes

to the Windows Date Properties utility.

The date format is <day>, <month>, <date>, <year>.

day

The day, from Sun to Sat, determined by the

BIOS and is display

-

only

month

The month, Jan. through Dec.

date

The date, from 1 to 31 (or the maximum

allowed i

n the month)

year

The year, from 1994 through 2079



Time

The

Time

item show the current time held system. If you are running a Windows OS, these items are

automatically updated whenever you make changes to the Windows Time Properties utility.

The times fo

rmat in <hour> <minute> <second>. The time is calculated base on the 24

-

hour

military

-

time clock. For example, 1 p.m. is 13

：00：

00.

Phoenix

–

AwardBIOS CMOS Setup Utility

Standard CMOS Features

Date (mm

：dd：

yy) Web, Feb 23 005

Item Help

Time (hh

：

mm

：

ss) 11

：7：

48

Menu Level



IDE Primary Master [None]

Press [Enter] to enter

next page for detail

hard drive setting

s



IDE Primary Slave

[None]



IDE Secondary Master

[None]



IDE Secondary Slave

[None]

Video

[EGA/VGA]

Halt on [All , ButKeyboard]

Panel

Number [Setting By H/W]

BaseMemory 640K

Extended Memory 490496K

Total Memory 491520K

↑↓→

Move Enter

：

Sel

ect +/

-

/PU/PD

：

Value F10

：

Save ESC

：

Exit F1

：

General Help

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2



Primary HDDs/Secondary HDDs

This field is used to configure the IDE hard drive installed in the system. Move the cursor to highlight

the IDE Primary/Secondary Master/Slave fields and press <Enter>. The IDE Primary Master submenu

opens

：

IDE HDD Aut

o-Detection

Press <

Enter

> while this item is highlighted if you want the Setup Utility to automatically detect and

configure a hard disk drive on the IDE channel.

IDE Primary/Secondary Master/Slave

If you leave this item at Auto, the system will automatic

ally detect and configure any IDE devices it

finds. If it fails to find a hard disk, change the value to Manual and then manually configure the drive

by entering the characteristics of the drive in the fields described below

：



Capacity

–

displays the capacity of the HDD in megabytes (MB).



Cylinder

–

indicates the number of cylinders that the HDD has. A cylinder is the sum total

of all tracks that are in the same location on every disk surface.



Head

–

displays the number of he

ads in the HDD. A head is a device that reads and writes

data on the hard disk.



Precomp

–

displays the track where precompensation is initiated. Precompensation is a

feature whereby the HDD uses a stronger magnetic field to write data in sectors that are

c

loser to the center of the disk. In CAV recording, in which the disk spins at a constant speed,

the sectors closest to the spindle are packed tighter than the outer sectors.



Landing Zone

–

displays the location of the safe non

-

data area on a hard disk that

is used

for parking the read/write head.



Sector

–

displays the number of sectors available on the HDD. A sector is the smallest unit

of storage space on a disk.

If no hard disk is installed, select NONE and press <Enter>.



Drive A type/Drive B type

The ite

m identifies the types of floppy disk drive A or drive B that has been installed in the computer.

None

No floppy drive installed

360K, 5.25"

5.25 inch PC

-

type standard drive; 360K byte

1.2M, 5.25"

5.25 inch AT

-

type high

-

density drive; 1.2M

bytes (3.5

inch when 3 Mode is Enabled).

720K, 3.5"

3.5 inch double

-

sided drive; 720K byte

1.44M, 3.5"

3.5 inch double

-

sided drive; 1.44M byte

2.88M, 3.5"

3.5 inch double

-

sided drive; 2.88M byte



Video

This item defines the video mode of the system. This main b

oard has a built

-

in VGA graphics system;

you must leave this item at the default setting.



Halt on

This item defines the operation of the system POST (Power On Self Test) routine. You can use this

item to select which types of errors in the POST are suffici

ent to halt the system.



Panel Number

The item selects the panel resolution and LVDS interface for single or dual.



Base Memory, Extended Memory and Total Memory

These items are automatically detected by the system at start up time. These are display

-

only fi

elds.

You cannot make changes to these fields.



Base Memory

–

This field displays the amount of conventional memory detected by the

system during boot.



Extended Memory

–

This field displays the amount of extended memory detected by the

system during boot.



Total Memory

–

This field displays the total amount of memory (Base and Extended) detected by the systemduring

boot.

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7.4.3.

Advanced BIOS Features

Selecting Advanced BIOS Features on the main menu displays this following menu.

CPU Feature

Setting the CPU thermal management mode

Hard Disk Boot Priority

Select Hard Disk Boot Device Priority



Virus Warning

When enabled, this item provides protection against viruses that try to write to the boot sector and

partition table of the ha

rd disk drive. You need to disable this item when installing an operating

system. We recommend that you enable anti

-

virus protection as soon as you have installed an

operating system.

Enabled

：

activates automatically when the system boots up causing a war

ning message to appear

when anything attempts to access the boot sector or hard disk partition table.

Disabled

：

no warning message will appear when anything attempts to access the boot sector or hard

disk partition table.

Phoenix

–

AwardBIOS CMOS Setup Utilit

y

Advanced BIOS Features



CPU Feature

[Press Enter]

Item Help



Hard Disk Boot Priority

[Press Enter]

Menu Level



Virus Warning

[Disabled]

Allows you to choose

the

VIRUS warning

Feature

for IDE Hard

Disk boot

sector

protection. If this

Function is en

abled

and

someone attempt

to

write data into this

area ,

BIOS will show

a

warning message on

screen and alarm beep

CPU L1 & L2 Cache

[Enabled]

CPU L3 Cache

[Enabled]

Quick Power On Self Test

[Enabled]

First Boot device

[HDD

-0]Second Boot De

vice

[CDROM]

Third Boot Device

[USB

-

FDD]

Boot Other Device

[Enabled]

Swap Floppy Device

[Disabled]

Boot Up Floppy Seek

[Disabled]

Boot

U

p NumLock Status

[On]

Gate A20 Option

[Fast]

Typematic Rate Setting

[Disabled]

x

Typematic Rate (

Chars/sec)

6xTypematic Delay (Msec)

250

Security Option

[Setup]

APIC Mode

[Enable]

MPS Version Control

For OS

[1.4]

OS Select For DRAM > 64MB

[Non

-

OS2]

Report No FDD For WIN 95

[No]

Small Logo (EPA) Show

[Disabled]

↑↓→

Move Enter

：

Select +/

-

/PU/PD

：

Value F10

：

Save ESC

：

Exit F1

：

GeneralHelp

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

CPU Internal Cache/External Cach

e

All processors that can be installed in this main board use internal level 1 (L1) and external level 2 (L2)

cache memory. These two items speed up memory access. However, it still depends on CPU/chipset

design. Leave this item at the default setting for

better performance.

Enabled

：

enables cache

Disabled

：

disable cache



Quick Power On Self Test

This category speeds up Power on Self Test (POST) after you power up the computer. If it is set to

Enable, BIOS will shorten or skip some check items during POST.

Enabled

：

enables quick POST

Disabled

：

normal POST



First/Second/Third/Boot Device

The BIOS attempts to load the operating system from the devices in the sequence selected in these

items.



Boot Other Device

When enabled, the system searches all other possible locations for an operating

system if it fails to

find one in the devices specified under the First, Second, and Third boot devices.



Swap Floppy Drive

If the system has two floppy drives, you can swap the logical drive name assignments.

The choice

：

Enabled & Disabled.



Boot Up Floppy

Seek

This category seeks disk drives during boot up. Disabling speeds boot up.

The choice

：

Enabled & Disabled.



Boot Up NumLock Status

This item defines if the keyboard Num Lock key is active when the system is started.



Gate A20 Option

This item defines h

ow the system handles legacy software that was written for an earlier generation

of processors. Leave this item at the default setting.



Typematic Rate Setting

If this item is enabled, you can use the following two items to set the typematic rate and the

t

ypematic delay settings for the keyboard.



Typematic Rate (Chars/Sec)

Use this item to define how many characters per second are generated by a held

-

down key.



Typematic Delay (Msec)

Use this item to define how many milliseconds must elapse before a held

-down key begins generating

repeat characters.



Security Option

If you have installed password protection, this item defines if the password is required at system start

up, or if it is only required when a user tries to enter the Setup Utility.



APIC Mode

Ena

ble or Disable APIC(Advanced Programmable Interrupt Controller) mode



MPS Version Control For OS

This option is only valid for multiprocessor motherboards as it specifies the version of the

Multiprocessor Specification (MPS) that the motherboard will use.

The MPS is a specification by which

PC manufacturers design and build Intel architecture systems with two or more processors.

MPS version 1.4 added extended configuration tables to improve support for multiple PCI bus

configurations and improve future expa

ndability. It is also required for a secondary PCI bus to work

without the need for a bridge. Newer versions of server operating systems will generally support MPS

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1.4 and as such, you should change the BIOS Setup from the default of 1.1 to 1.4 if your ope

rating

system supports version 1.4. Leave it as 1.1 only if you are running older server OSes.



OS Select For DRAM > 64MB

This item is only required if you have installed more than 64 MB of memory and you are running the

OS/2 operating system. Otherwise, le

ave this item at the default.



Report No FDD For Win 95

If you are using Windows 95/98 without a floppy disk drive, select Enabled to release IRQ6. This is

required to pass Windows 95/98's SCT test. You should also disable the Onboard FDC Controller in the

Integrated Peripherals screen when there's no floppy drive in the system. If you set this feature to

Disabled, the BIOS will not report the missing floppy drive to Win95/98.



Small Logo (EPA)Show

This item determines whether the EPA logo is to appear durin

g boot up.

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7.4.4.

Advanced Chipset Features

Selecting Advanced Chipset Features on the main menu displays this following menu.

This option displays critical timing parameters of the main board. Leave the items on this menu at

their default settings unless you

are very familiar with the technical specifications of the system

hardware. If you change the values incorrectly, you may introduce fatal errors or recurring instability

into the system.



DRAM Timing Selectable

Menu setting the

DRAM time



System BIOS Cacheable

：

Selecting Enabled allows caching of the system BIOS ROM at F0000h

-

FFFFFh, resulting in better

system performance.

However, if any program writes to this memory area, a system error may result.

The options are Enabled or Disabled.



Video BIOS Cacheable

Se

lecting Enabled allows caching of the Video RAM, resulting in better system performance. However,

if any program writes to this memory area, a system error may result.

The options are Enabled or Disabled.



Memory Hole at 15M

-

16M

：

You can reserve this area o

f system memory for ISA adapter ROM. When this area is reserved, it

cannot be cached. The user information of peripherals that need to use this area of system memory

usually discusses their memory requirements.



PEG/OnChip VGA Control

This item is to enable

or disable the onboard VGA function

On-

Chip Frame Buffer Size

This item is to set buffer size

The options are 1M.4M.8M.16M or 32M



DVMT Mode

This item is to select the DVMT mode



DVMT/FIXED Memory Size

Phoenix

–

AwardBIOS CMOS Setup Utility

Advanced

Chi

pset

Features

DRAM Timing Selectable

[By SPD]

Item Help

x

CAS Latency Time

Auto

Menu Level

xDRAM RAS# to CAS# delay

Auto

x

DRAN RAS# precharge

Auto

x

Precharge delay (tRAS)

Auto

x

System Memory Frequency

Auto

System BIOS Cacheable

[Enabled]

Video BIOS Cacheable

[Disabled]

Memory Hole at 15m

-

16M

[Disabled]

** On

-

Chip VGA Setting **

PEG/Onchip VGA Control

[Auto]

On-Chip Frame Buffer Size

[ 8MB]

DVMT Mode

[DVMT]

DVMT/FIXED Memory Size

[128MB]

Boot display

[Auto]

Panel Scaling

[Auto]

↑↓→

Move Enter

：

Select

+/-

/PU/PD

：

Value F10

：

Save ESC

：

Exit F1

：

GeneralHelp

Service

Manual version

1008

OP 1200/15

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7-88

This item is to set DVMT/FIXED mode memory size

The op

tions are 64MB/128MB/224MB



Boot Display

This item is to select the boot display from VBIOS Default or CRT,LCD



Panel Scaling

This item is to select Panel scaling function

Service

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7.4.5.

Integrated Peripherals

Selecting

Integrated Peripherals

on t

he main menu displays

th

e following

menu

.

This option

defines the operation of peripheral components on the system's input/output ports.

Phoenix

–

AwardBIOS CMOS Setup Utility

Integrated Peripherals



OnChip IDE Device

[Press Enter]

Item Help



OnChip Device

[Press Enter]

Menu Level

SuperIO Device

[Press Enter]

↑↓→

Move Enter : Select

+/-/PU/PD :Value

F10:Save

ESC:Exit

F1:General Help

F5 : PreviousValues

F6 : Fail

-

Safe Default

F7: Optimized Defaults

Service

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7.4.5.1.

OnChip IDE Device

If the

OnChip IDE Device

option is selected from the

Integrated Peripherals

menu, the scree

n

below will appear.



IDE HDD Block Mode

：

Block mode is also called block transfer, multiple commands, or multiple sector read/write. If your IDE

hard drive supports block mode (most new drives do), select Enabled for automatic

detection of the

optimal number of block read/write per sector the drive can support.

The options are Enabled or Disabled.



IDE DMA transfer access

：

The item is to select the IDE DMA mode

The options are Enabled or Disabled.

On-

Chip Primary & Secondary PCI

/IDE

This option enables you to activate/inactivate the Primary & Secondary IDE channel of the

motherboard's onboard IDE controller. You should leave this enabled if you are using this onboard IDE

channel. Disabling it will prevent the IDE devices attached

to this channel from functioning at all.



IDE Primary Master/Slave PIO

The four IDE PIO (Programmed Input/ Output) fields let you set a PIO mode (0

-

4) for each of the four

IDE devices that the onboard IDE interface supports. Modes 0 through 4 provide succe

ssively

increased performance. In Auto mode, the system automatically determines the best mode for each

device.

The options are Auto, Mode 0, Mode 1, Mode 2, Mode 3 or Mode 4.



Primary Master/Slave UltraDMA

UDMA (Ultra DMA) is a DMA data transfer protocol t

hat utilizes ATA commands and the ATA bus to

allow DMA commands to transfer data at a maximum burst rate of 100MB/s. When you select Auto in

the four IDE UDMA fields (for interface supports), the system automatically determines the optimal

data transfer ra

te for each IDE device.

The options are Auto or Disabled.

On-

Chip Serial ATA

：

Phoenix

–

AwardBIOS CMOS Setup Utility

OnChip IDE Device

IDE HDD B

lock Mode

[Enabled]

Item Help

IDE DMA transfer access

[Enabled]

Menu

Level

On-

Chip Primary PCI IDE

[Enabled]

IDE Primary Master PIO

[Auto]

IDE Primary Slave PIO

[Auto]

IDE Primary Master UDMA

[Auto]

IDE Primary Slave UDMA

[Auto]

On-Chip Secondary PCI IDE

[Enabled]

IDE secondary Master PIO

[Auto]

IDE secondary Slave PIO

[Auto]

IDE secondary Master UDMA

[Auto]

IDE secondary Slave UDMA

[Auto]

*** On

-

Chip Serial ATA Aetting ***

On-Chip Serial ATA

[Auto]

SATA

PORT Speed Settings

Disable

PATA IDE Mode

Primary

SATA Port

P

1,P3 is Secondary

↑↓→

Move Enter

：

Select +/

-

/PU/PD

：

Value F10

：

Save ESC

：

Exit F1

：

GeneralHelp

Service

Manual ver

sion

1008

OP 1200/15

0

0/170

0

(PC920 Intel 945G)

7-91

The item is to setting the On

-

Chip SATA Function

Service

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7.4.5.2.

OnChip Device

If the

OnChip Device

option is selected from the

Integrated Peripherals

menu, the screen below

will appear.



USB Controller

This function is similar to Assign IRQ For USB. It enables or disables IRQ allocation for the USB

(Universal Serial Bus). Enable this if you are using a USB device. If you disable this while using a USB

device, you may

have problems running that device. However, if you don't use any USB devices, set

the option to Disabled. It will free up an IRQ for other devices to use.



USB 2.0 Controller

This item is for disable/enable EHCI controller only, Support the high speed USB

device.

The options are Enabled or Disabled.



USB Keyboard Support

Select Enabled if your system contains a Universal Serial Bus (USB) controller and you have a USB

keyboard.

The options are Enabled or Disabled.



AC97 Audio

Select Auto to support AC97 Audio

.

The options are AC97 Audio or Disabled.



Flash ROM Write

This item supports the BIOS ROM write Enable/Boot block lock/Disable



Onboard LAN Function

The item can enable or disable the onboard Ethernet controller

Phoenix

–

AwardBIOS CMOS Setup Utility

OnChip Device

USB Cont

roller

[Enabled]

Item Help

USB 2.0 Controller

[Enabled]

Menu Level



USB Keyboard Support

[Auto]

AC97 Audio

[AC97 Audio]

Flash ROM Write

[Enabled]

LAN Control

[Enabled]

↑↓→

Move Enter

：

Select+/-

/PU/PD

：

Value F10

：

Save ESC

：

Exit F1

：

General

Help