DTK PRM-0031I User Manual

PRM-00311

High Performance

Pentium Pro PCl Mainboard

User's Guide

Edition 1.11

TRADEMARKS

Windows, MS-DOS, and MS Word are trademarks

of

Microsoft Corporation.

Novell, Netware are trademarks

of

Novell, Inc.

Lotus, 1-2-3, and Symphony are trademarks

of

Lotus Development Corporation.

PC, AT, PC-DOS, OS/2 and Presentation Manager are trademarks

of

ffiM

Corporation.

UNIX is the trademark

of

AT&T.

Intel i82440FX and Pentium Pro are registered trademark

of

Intel Corp.

All other brand and product names are trademarks or registered trademarks

of

their

respective companies.

The

information presented in this publication has been carefully checked for reliability; however, no responsibility is assumed for inaccuracies, whereas, specification is subjected to change without notice.

ii

iii

CONTENTS

CHAPTER 4 AMI

WINBIOS

SETUP

25

4.1 MOUSE SUPPORT

25

4.2 POINT

& CLICK INTERFACE

25

CHAPTERl

INTRODUCTION

1

4.3 USING KEYBOARD WITH WinBIOS SETUP 26

1.1

GENERAL SPECIFICATION

1

4.4 STARTING WinBIOS SETUP 27

l.2

MAINBOARD COMPONENTS

4

4.5 WinBIOS SETUP MAIN MENU 27

4.6 SETUP 28

CHAPTER 2 MEMORY

CONFIGURATION

5

4.6.1 STANDARD SETUP

29

2.1 SYSTEM MEMORY

5

4.6.2 ADVANCED SETUP

31

4.6.3 CHIPSET SETUP 36

CHAPTER 3 JUMPER

SETTINGS

AND

CONNECTORS

9

4.6.4 POWER MANAGEMENT SETUP

38

3.1 SETTING THE JUMPERS

9

4.6.5

PCIIPnP SETUP

41

3.2

CONNECTION

tHE MOTHERBOARD

11

4.6.6 PERIPHERAL SETUP

44

3.2.1 JUMPER PRESENTATION

11

4.7 SECURITY

47

3.2.2 JUMPER CONVENTION OF THE MOTHERBOARD

11

4.7.1

WINBIOS PASSWORD SUPPORT

47

3.2

.3

CONNECTOR LOCATIONS

12

4.7.2 CHANGING A PASSWORD 48

3.3

CONNECTORS

13

4.7.3 ANTI-VIRUS

49

3.3. 1

120 - POWER SUPPLY CONNECTOR

13

4.8 UTILITY

50

3.3.2

15

- IrDA CONNECTOR

14

4.9

DEFAULT

51

3.3.3

14

- KEYLOCK CONNECTOR

14

4.9.1 ORIGINAL

52

3.3.4

12

- TURBO LED CONNECTOR

15

4.9.2 OPTIMAL

52

3.3.5

17

- SPEAKER CONNECTOR

15

4.9.3 FAIL-SAFE

52

3.3.6

16

- HDD LED CONNECTOR

16

3.3.7

13

- RESET SWITCH CONNECTOR

16

CHAPTER 5 WINBIOS

POWER-ON

SELF

TEST

53

3.3.8 118 - KEYBOARD CONNECTOR

17

5.1

BEEP

CODES

54

3.3.9 I/O CONNECTORS

17

5.2

TROUBLESHOOTING SYSTEM PROBLEMS

55

3.3.

10

117 - PS/2 STYLE KEYBOARD CONNECTOR 5

.3

WinBIOS DISPLAYED ERROR MESSAGES

56

(OPTIONAL)

18

5.4

ISA NMI HANDLER MESSAGES

60

3.3.

11

118 - PS/2 STYLE MOUSE CONNECTOR (OPTIONAL)

18

3.3.

12

JPl

- SMI SWITCH

19

3.3.

13

JP3 - FACTORY TESTING JUMPER

19

3.3.14 112 -

USBO

CONNECTOR 20

3.4.

15

113

- USBI CONNECTOR 20

3.4

GRAPHICAL DESCRIPTIONS OF JUMPER SETTINGS

21

3.4.1 CPU SPEED 22

Introduction

1

CHAPTER!

INTRODUCTION

The

motherboard is a 4-layer, full baby AT size high-performance mainboard.

It

includes Intel i82440FX system chipset, NS PC87306 Super

110

controller.

1.1 GENERAL SPECIFICATION

Processor

• Intel Pentium Pro series.

•

The

mainboard can run with following speeds:

150, 166, 180 and 200 MHz

Chipset

• Intel 82441FX (pCI and Memory Controller)

• Intel 82442FX (Data Bus Xcelerator)

• Intel 82371SB (pCI ISA IDE Xcelerator)

• NS PC87306 (Super

110

Controller)

Main

Memory

• Memory configurations from up to 384MB are possible using combination

of

256K*36 to 16MB*36 SIMM module. (32Bits non-parity

72-pin SIMM Module also available).

• Support both Fast Page Mode and Extended Data Output (EDO) Mode DRAM Modules.

• Hidden DRAM Refresh for higher system performance.

• ECC (Error Checking and Correction) support

(Need SIMM module with

parity).

2

Chapter 1

Multi

110

• On board Multi-I/O supports

two

serial, one parallel ports and floppy

drive controller.

• Serial ports are 16550 Fast UART compatible.

• Parallel port has EPP and ECP capabilities.

• IrD A supported.

• USB supported.

PCIIDE

• On board supports PCI Master IDE Controller, two connectors support up to four IDE devices such as HDD,

CD

ROM drive and Tape Back-up

drives, etc.

• PCI Master IDE controller supports PIO Mode 3 and

4 devices, I/O data

transfer rate can be up to 17Mb/s. DMA mode transfer rate can be up to 22Mb/s.

System

BIOS

• AMI BIOS (128KB Flash EPROM).

Slots

• Five PCI slots

(1

shared)

• Three ISA slots

(1

shared)

Introduction 3

~~~~~----------------------------------------------

Board

.4

Layer

Form Factor

• Full Baby AT Size (220 x 330mm)

4

1.2

16-

81l

-

( XPANSI

~

SLOTt

Chapter 1

MAINBOARD COMPONENTS

This section gives a brief description

of

key components on the mainboard.

Please refer to Fig 1 for component locations.

32-

BIT

PC)

(XPANSIDN

SLOTS

-.r::::...1<[YBClAF?D

C

(]NN(CTO~

El

W

~BG~EKfb',l'Hm.~ll

~

~~rnoo

...

.

...

'"

-

Ii

~~

~

u

~

Q.

I--

l-

I-

I--

I-- I--

r-r-r-r-r-r-

'--

l.......

'--

I

~

i

~

f

0;

;;;

0;

L.-

'--

L.-

a

to

B

0

rn

ClOC.

C,CN(rlAl[JQ

c,..'-'-'-'-c,-

MAJN

H(MDRY

EJ

p[Nru

....

pit[)

CPU

Fig. 1 Key Components

of

the

Mainboard

_____________________________________________________

5

CHAPTER 2 MEMORY

CONFIGURATION

2.1 SYSTEM

MEMORY

The Mainboard lets user upgrade system memory via SIMM sockets on the mainboard. On-board memory

is

located in three banks: Bank

0,

Bank 1

and Bank

2.

Two SIMM sockets are provided in each bank. User can install either 1M, 4M,8M

, 16M, 32M, 64M or 128M SIMM in each bank .

Note: The type

of

SIMMllSIMM2 must be same.

The type

of

SIMM31SIMM4 must be same.

The type

of

SIMM51SIMM6 must be same.

Table 1 provides some typical DRAM configurations supported

by

the

mainboard.

BankO

Bank

1

Bank

2

Total Size

(SIMMl,2)

(SIMM3,4)

(SIMM5,6)

IMx36 Single None None 8MB

None

IMx36 Single None 8MB

None

None IMx36 Single 8MB

IMx36 Double None None 16MB

None

IMx36 Double None 16MB

None None IMx36 Double

16MB

To

be

continued ...

Table

lA:

Memory Configuration

6

Chapter 2

~M~e~m~o~ryLC~onfi~l~~a~b~'o~n

_____________________________________

7

BankO

Bank

I

Bank

2

Total Size

BankO

Bank

I

Bank

I

Total Size

(SIMMl,2)

(SIMM3,4)

(SIMMS, 6)

(SIMMI,2)

(SIMM3,4)

(SIMMS, 6)

4Mx36 Single None None 32MB

4Mx36 Single

IMx36 Single

None

40MB

None 4Mx36 Single None

32MB

4Mx36 Single

IMx36 Single

48MB

None

4Mx36 Single 32MB

4Mx36 Single

IMx36 Double

None

48MB

4Mx36 Double None None 64MB

4Mx36 Single

IMx36 Double

64MB

None 4Mx36 Double None 64MB

4Mx36 Single

None

64MB

None None 4Mx36 Double 64MB

4Mx36 Single

96MB

16Mx36 Single None None

128MB

4Mx36 Double

IMx36 Single

None

72MB

None

16Mx36 Single None

128MB

4Mx36 Double

IMx36 Single

80MB

None None 16Mx36 Single

128MB

4Mx36 Double

IMx36 Double

None

80MB

16Mx36 Double None None 256MB

4Mx36 Double

IMx36 Double

96MB

None

16Mx36 Double None 256MB

4Mx36 Double

4Mx36 Single

None

96MB

None

16Mx36 Double 256MB

4Mx36 Double

4Mx36 Single

128MB

IMx36 Single

IMx36 Single None 16MB

4Mx3,6 Double

4Mx36 Double

None

128MB

IMx36 Single

IMx36 Single 24MB

4Mx36 Double

192MB

IMx36 Double

IMx36 Single None

24MB

16Mx36 Single

1 Mx36 Single

None

136MB

IMx36 Double

IMx36 Single IMx36 Single 32MB

16Mx36 Single

IMx36 Single

144MB

IMx36 Double

IMx36 Double None

32MB

16Mx36 Single

IMx36 Double

None

144MB

IMx36 Double

IMx36 Double IMx36 Double

48MB

16Mx36 Single

IMx36 Double

160MB

To be continued ...

To

be

continued ...

Table

IB:

Memory

Configuration

Table

IC:

Memory

Configuration

8

Chapter 2

BankO Bank 1 Bank 2

Total Size

(SIMMl,2)

(SIMM3,4) (SIMM5,6)

16Mx36 Single

4Mx36 Single None 160MB

16Mx36 Single

4Mx36 Single 4Mx36 Single 192MB

16Mx36 Single

4Mx36 Double None

192MB

16Mx36 Single

4Mx36 Double 4Mx36 Double

256MB

16Mx36 Single 16Mx36 Single None

256MB

l6Mx36 Single l6Mx36 Single l6Mx36 Single 384MB

16Mx36 Double lMx36 Single None 264MB 16Mx36 Double 1Mx36 Single 1Mx36 Single

272MB

16Mx36 Double IMx36 Double None

272MB

16Mx36 Double

1Mx36 Double 1Mx36 Double 288MB

16Mx36 Double 4Mx36 Single None

288MB

16Mx36 Double 4Mx36 Single 4Mx36 Single

320MB

16Mx36 Double 4Mx36 Double

None 320MB 16Mx36 Double 4Mx36 Double 4Mx36 Double 384MB 16Mx36 Double 16Mx36 Single None 384MB

Table ID: Memory Configuration

CHAPTER

3

JUMPER

SETTINGS AND CONNECTORS

3.1

SETTING

THE

JUMPERS

9

The table below summaries the functions and settings

of

each jumper

of

the

motherboard.

Function

Jumper

Settings

CPU

Speed

150MHz Pentium Pro

JP6:

open

Selection

JP7:

close

JP8:

1-8 close, 2-7 open, 3-6 close, 4-5 close

JP9:

1-3

close,

2-4 close

166MHz Pentium Pro

JP6:

close

JP7:

open

JP8:

1-8 open,

2-7 close,

3-6 close,

4-5 close

JP9:

1-3

close,

2-4 open

To be continued

..

.

Table 2A:

Jumper

Setting

lO

____________________________________________

~C~h~ap~t~er~3~

Function

Jumper

Setting

CPU Speed

180MHz Pentium Pro JP6: open

Selection

JP7: close JP8:

1-8

close, 2-7 open, 3-6 close, 4-5 close

JP9:

1-3

open, 2-4 close

200MHz Pentium Pro

JP6: close JP7:

open

JP8:

1-8

close, 2-7 open,

3-6 close,

4-5 close

JP9:

1-3

close, 2-4 open

System

ROM

5V Flash EPROM

JP4:

2-3 close

Selection

12V Flash EPROM

JP4:

1-2

close

Table 2B:

Jumper

Setting

Jumper Settings and Connectors

II

3.2 CONNECTION THE MOTHERBOARD

Once the mainboard have been tastened into the system case, the next step is to connect the internal cables. The internal cables are wire leads with plastic female connectors that attach

to

the connectors. The mainboard

connectors have varying numbers

of

pins and are the points

of

contact

between the mainboard and other parts

of

the computer.

A description

of

each connector and its connector pins follows. See Fig . 3

for the location

of

the connectors on the mainboard.

Note: Before making connectors

on

the

board, make sure that power

to

the system is turned off.

3.2.1

JUMPER

PRESENTATION

1

~

0 I Pins

land 2 are

shorted

with a jump

er cop.

2 3

10 _I

Pins 2

and 3 ar

e sho

rted

with a jumper cop.

2 3

The jumper

is shorted when the

jumpe

r c

op

is

placed ov

er the two

pins

of the

jump

er.

The j

umper

is open

when

the

jumper

cop

is

remo

ved

from jumper

.

3.2.2

JUMPER

CONVENTION

OF

THE

MOTHERBOARD

Different colour

of

jumper caps (mini-jumpers) are used on the board to

represent different usage

of

the jumpers:

Red:

CPU Clock setting

Black: Other

12

______________________________________________

C~ha~p~te~r~3~

3.2.3

CONNECTOR

LOCATIONS

1---1

I I

I I I I

I I

'-_oJ

1---1

I I

I I I I

I I

I I I I

I I

'-_oJ

it

~

"

r \

I \

I I

\ J

'--"

r--,

I I

I \

I I

I I I I

I I

L..

__

.J

r-.,

I I

I

I I

I

t---t

I I

I I I I

I I

'-_oJ

(,-----l

I I

L

_____

...l

r-l

r-l r-l

I

I I

I

_J

I I I I I I

I I I I

L_J L_J

L_J

r-----""'-

I

~

I I

I I I I

L

______

-1

r------...

I

~

I I

I I I I

I I

L

______

...J

r------------..,

I

I I I I

I

I I I

I

L

___________

_

JB

J9

JlD ..ttl

r-l

~OO

I

W

..

I

t.J

I

B

I

ffi

I I

I

I I

L_J

I I I I

2

I I

!i

~

:I

~

L_J

~ ~

i!i

~

..

,..------,

( I

I I I I I I

I I I I

L

______

...J

Fig. 2

Connector

Location

J15

J14

~

H

"'-

~

Jumper Settings

and

Connectors

13

3.3

CONNECTORS

3.3.1

J20 -POWER

SUPPLY

CONNECTOR

The

power supply connector has two six-pin male header connectors.

Plug

the dual connectors from the power directly onto the board connector.

Description

1

Power. Good (Orange)

2

+5 VDC (Red)

3

+

12

VDC (Yellow)

4

-12 VDC (Blue)

5 Ground (Black)

6

Ground (Black)

7

Ground (Black)

8 Ground (Black)

9

-5 VDC (White)

10

+5 VDC (Red)

11

+5 VDC (Red)

12

+5 VDC (Red)

Table

3:

J20

-

Power

Supply

Connector

DTK PRM-0031I User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual