Gigabyte 6VMA Bedienungsanleitung

6VMA

TABLE OF CONTENTS

1. INTRODUCTION

1.1. PREFACE..........................................................................................................1-1

1.2. KEY FEATURES...............................................................................................1-1

1.3. PERFORMANCE LIST......................................................................................1-2

1.4. BLOCK DIAGRAM.............................................................................................1-3

1.5. INTRODUCE THE PentiumII / III Processor ................................................1-4

1.6. What is AGP?....................................................................................................1-5

2. SPECIFICATION

2.1. HARDWARE .....................................................................................................2-1

2.2. SOFTWARE......................................................................................................2-2

2.3. ENVIRONMENT................................................................................................2-2

3. HARDWARE INSTALLATION

3.1. UNPACKING.....................................................................................................3-1

3.2. MAINBOARD LAYOUT.....................................................................................3-2

3.3. QUICK REFERENCE FOR JUMPERS & CONNECTORS..............................3-3

3.4. DRAM INSTALLATION.....................................................................................3-7

3.5. CPU SPEED SETUP.........................................................................................3-8

3.6. CMOS RTC & ISA CFG CMOS SRAM.............................................................3-9

3.7. SPEAKER CONNECTOR INSTALLATION......................................................3-10

3.8. HARDWARE RESET SWITCH CONNECTOR INSTALLATION....................3-10

3.9. POWER LED CONNECTOR INSTALLATION.................................................3-10

Table Of Contents

3.10. IDE & ATAPI DEVICE INSTALLATION..........................................................3-10

3.11. PERIPHERAL DEVICE INSTALLATION........................................................3-10

3.12. KEYBOARD & PS/2 MOUSE INSTALLATION...............................................3-11

4. BIOS CONFIGURATION

4.1. ENTERING SETUP...........................................................................................4-1

4.2. CONTROL KEYS ..............................................................................................4-1

4.3. GETTING HELP................................................................................................4-2

4.3.1Main Menu............................................................................................4-2

4.3. 2 Status Page Setup Menu / Option Page Setup Menu .........................4-2

4.4. THE MAIN MENU.............................................................................................4-2

4.5. STANDARD CMOS SETUP MENU..................................................................4-4

4.6. BIOS FEATURES SETUP ................................................................................4-8

4.7. CHIPSET FEATURES SETUP.........................................................................4-13

4.8. POWER MANAGEMENT SETUP....................................................................4-16

4.9. PNP/PCI CONFIGURATION ............................................................................4-20

4.10. LOAD BIOS DEFAULTS.................................................................................4-22

4.11. LOAD PERFORMANCE DEFAULTS .............................................................4-23

4.12. INTEGRATED PERIPHERALS.......................................................................4-24

4.13. SUPERVISOR/USER PASSWORD...............................................................4-29

4.14. IDE HDD AUTO DETECTION........................................................................4-30

4.15. SAVE & EXIT SETUP .....................................................................................4-31

4.16. EXIT WITHOUT SAVING ...............................................................................4-32

APPENDIX A. Onboard Driver Installation Procedure................................A-1

6VMA

1-1

1. INTRODUCTION

1.1. PREFACE

Welcome to use the 6VMA motherboard. It is a PentiumII / III / Celeron

Processor based PC /AT compatible system with AGP/ PCI / ISA Bus, and

has been designed to be the fastest PC / AT system. There are some new

features allow you to operate the system with just the performance you want.

This manual also explains how to install the motherboard for operation, and

how to set up your CMOS CONFIGURATION with BIOS SETUP program.

1.2. KEY FEATURES

qIntel PentiumII / III / CeleronProcessor based PC / AT compatible

mainboard.

qSlot 1 supports PentiumII / III / Celeronprocessor running at 233-650

MHz.

qVIA Apollo chipset, Supports AGP / SDRAM / Ultra DMA/33 IDE /

Keyboard and PS/2 Mouse Power On / ACPI features.

qBuilt-in PCI ESS SOLO-1 audio chip.(Optional)

qSupports external Modem Ring-On on COMA & COMB and internal

Modem Ring-On.

qSupports Wake-up on LAN (JP7).

qSupports 3xDIMMs using 3.3V EDO or SDRAM DIMM module.

qSupports EDO 16MB ~ 384 MB, SDRAM 16MB ~ 768MB (128Mb DRAM

technology) memory on board.

q3xPCI Bus slots, 1xISA Bus slots, 1xAGP slot.

qSupports 2 channels Ultra DMA/33 IDE ports for 4 IDE Devices.

qSupports 2xCOM (16550), 1xLPT (EPP / ECP), 1x Floppy port.

qSupports1xLine in, 1xLine Out, 1xMicro in, 2xCD Line in(For PCB

Ver:1.0) (Support 1x CD Line in for PCB version 1.2 and above) ,1x

GAME Port.

(Optional)

qSupports 2xUSB ports, 1xPS/2 Mouse, 1xPS/2 Keyboard.

Introduction

1-2

qLicensed AWARD BIOS, 2Mbits FLASH RAM.

q24.5 cm x 20 cm Micro-ATX form factor, 4 layers PCB.

1.3. PERFORMANCE LIST

The following performance data list is the testing results of some popular

benchmark testing programs.

These data are just referred by users, and there is no responsibility for

different testing data values gotten by users. (The different Hardware &

Software configuration will result in different benchmark testing results.)

•CPU PentiumIII 500MHz processor

•DRAM (128x1)MB SDRAM (Winbond 902WB W986408BH-8H)

•CACHE SIZE 512 KB included in CPU

•DISPLAY Onboard Intel Corporation 810 Graphics Controller

Hub (4MB SDRAM)

•STORAGE Onboard IDE (IBM DTTA-371800)

•O.S. Windows NT™4.0 SPK5

•DRIVER Display Driver at 1024 x 768 65536 colors 75Hz.

VIA Bus Master IDE Driver Ver2.3.15

Intel PentiumIII

Processor 500MHz(100x5)

Winbench99 CPU mark99 37.5

FPU Winmark 99 2560

Business Disk Winmark 99 4140

Hi-End Disk Winmark 99 9200

Business Graphics Winmark 99 196

Hi-End Graphics Winmark 99 370

Winstone99

6VMA

1-3

3.3V EDO/SDRAM

DIMM Sockets

Floppy Port

Business Winstone99 32.1

Hi-End Winstone99 27.9

1.4. BLOCK DIAGRAM

PS/2 Keyboard

24MHz

33MHz

100MHz

Ultra DMA/33

IDE Ports

IDE Bus

PCI Bus

ISA Bus

AGP Bus

LPT Port

COM Ports

DRAM Bus

PS/2 Mouse

USB Bus

USB Ports

14.318MHz

48MHz

14.318MHz

I/O

CHIPSET

Winbond

83977EF

Host Bus

VIA

82C693

CHIPSET

VIA

82C596A

CHIPSET

Clock

Generator

MIC

L-IN

L-OUT SOLO1

33MHz

14.318MHz

66MHz

Game

Port

100MHz

AGP SLOT

TEL

Introduction

1-4

1.5. INTRODUCE THE Pentium



II / III Processor

Figure 1:Universal Retention Mechanism & attach Mount

Figure 2:OEM PentiumII Processor

6VMA

1-5

Figure 3: OEM PentiumIII Processor

1.6 What is AGP

The Accelerated Graphics Port (AGP) is a new port on the Host-To-PCI

bridge device that supports an AGP port. The main purpose of the AGP port

is to provide fast access to system memory.

The AGP port can be used either as fast PCI port (32-bits at 66MHz vs. 32-

bits at 33MHz) or as an AGP port which supports 2x data-rate, a read queue,

and side band addressing. When the 2x-data rate is used, the port can

transmit data at 533MB/sec (66.6*2*4). The read-queue can be used to

pipeline reads –removing the effects of the reads-latency. Side band

addressing can be used to transmit the data address on a separate line in

order to speed up the transaction.

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