M-tech Mustang-AGP R581A User manual

PENTIUM AGP
AT Form, SiS AGP Pentium Mainboard
On Board PCI Ultra DMA IDE & Multi-I/O
Mustang-AGP R581A
_________________________________________________________________
AMD k6-2/3 400MHz = 66MHz x 2(=x6)
AMD k6-2/3 450MHz = 75MHz x 2(=x6)
CPU Voltage : 2.2V or 2.4V Setting by CPU request!
83MHz = JP1, JP2 (1-2 short), JP3 (2-3 short)
Thick line is pin 1.
x4.0 = JP8, JP10 (close), JP9 (open)
x4.5 = JP8, JP9, JP10 (close)
x5.0 = JP8 (open), JP9, JP10 (close)
x5.5 = JP8, JP9 (open), JP10 (close)
Users Manual
※※※※※※※※※※※※※※※※※※※※※※※※※※※※※※※※※※※※

_________________________________________________________________
Introduction
Welcome to the M-Technology next generation high performance
Pentium system mainboard --- Mustang-AGP R581A. The R-581A
using the high performance SiS 5591/5595 Chipset that will deliver
superior performance on your personal computer.
About This User's Guide
This User's Guide is for assisting system manufacturers and end users
in setting up and installing the mainboard. Information in this guide has
been carefully checked for reliability; however, there may
still be inaccuracies and information in this document is subject to
change without notice.
DISCLAIMER
The information in this manual has been carefully checked and is
believed to be accurate. We assumes no responsibility for any
inaccuracies that may still be contained in this manual. We reserves
the right to make changes to this material at any time without notice.
※All Brand names are trademarks of their owners.
____________________________________________________________________
＊Our home page on Internet "http: //www.rise.com.tw"

Table of Contents
Chapter1 INTRODUCTION
1.1 Preface
...............................................................................……….. 1-1
1.2 Key Features
......................................................................………. 1-1
1.3 Mainboard Layout
..............................................................………. 1-3
Chapter 2 HARDWARE INSTALLATION
2.1 Unpacking
................................................................................. 2-1
2.2 Jumper Setting Summary
....................................................... 2-2
2.3 CPUIstallation
.......................................................................... 2-4
2.3.1 CPU Frequency Configuration .................................... 2-4
2.3.2 CPU Voltage Configuration .......................................... 2-5
2.3.3 CPU Speed & Jumper Setting ..................................... 2-6
2.3.4 CPU Type Select Quick Reference .............................. 2-8
2.3.5 Installing a CPU in the ZIF Socket ............................... 2-16
2.4 Upgrading System Memory ..................................................... 2-17
2.4.1 Installing a SIMM Module............................................. 2-17
2.4.2 Installing a DIMM Module............................................. 2-18
2.4.3 DIMM Voltage Select ..................................….............. 2-18
2.4.4 Memory Module Installing Table .................................. 2-19
2.5 CMOS Clear Jumper.
............................................................... 2-20
2.6 FlashEPROMSelector
............................................................. 2-21
2.7 Connectors
............................................................................... 2-22
2.7.1 I/O Ports ....................................................................... 2-23
2.7.2 External Connections ................................................... 2-24
Chapter 3 BIOS Setup Program
3.1 StandardCMOSSetup
............................................................ 3-2
3.2 BIOSFeaturesSetup
.............................................................. 3-3
3.3 Chipset Features Setup
.......................................................... 3-6
3.4 Power Management Setup
...................................................... 3-12
3.5 PNP/PCIConfiguration
............................................................ 3-18
3.6 Integrated Peripherals.............................................................. 3-21
3.7 LoadSetupDefaults
................................................................ 3-25
3.8 PasswordSetting
.................................................................... 3-25
3.9 IDEHDDAutoDetection
.......................................................... 3-26

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【1】
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】
1. INTRODUCTION
1.1. Preface
Welcome to use the R-581A Pentium system mainboard. This manual
explains how to use this mainboard and install upgrades. It has
overview of the design and features of the board and provides useful
information on the configuration of the board, or a system in which.
1.2. Key Features
The R-581A Pentium system mainboard is a high-performance system
board that support Intel Pentium family CPUs, Cyrix, AMD and other
compatible CPUs.
There has many performance and system features integrated onto
the
mainboard, including the following :
CPU : Supports Socket 7 for
- Intel Pentium 90 to 233 MHz, P55C (MMX).
- Cyrix / IBM 6x86, 6x86L, 6x86MX (M2),
- AMD K5, K6, K6-2 and other compatible CPUs.
Chipset : SiS 5591/5595
Supports true 64 bits CACHE and DRAM access mode.
 Supports 512K/1MB Pipelined Burst SRAM in second Level Cache.
CPU L1/L2 Write-Back cache operation.
 Supports 2x72-pin SIMM Sockets and 3 x 168-pin DIMM SDRAM or DRAM
Sockets.
- The Memory size from 4MB to 768MB.
- Supports FP(Fast Page), EDO(Extended Data Out) Mode DRAM
and SDRAM.
Three 16-bit ISA Slots and Four 32-bit PCI Master Mode Slots.
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1-1

【
【【
【1】
】】
】__________________________________
One AGP Slot supports both 1X and 2X speed mode with sideband
address capability
2 x IDE Connectors for up to 4 IDE Drives.
- PIO Mode 4 transfers.
- PCI Bus Master Mode IDE interface.
- Support Ultra DMA.
On-board I / O support :
- 2 Serial Ports (16550 Fast UART compatible).
- 1 Parallel Port (with EPP and ECP capabilites).
- 1 Floppy Disk Connector (Supports 2 FD Drives).
- 1 PS/2 Mouse Connector.
- 1 IrDA Connector.
Universal Serial Bus Controller.
-Host/HUBController.
-TwoUSBPorts.
※Now under compatibility testing with different peripheral.
Flash ROM BIOS with Green, Plug and Play Features
Baby AT Form Factor : 22cm x 27cm or 8.7" x 10.6" (4 Layers).
______________________________________________________________
1-2

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【【
【1】
】】
】
1.3 R-581A Mainboard Layout
PS/2
Mouse 1
SIR
U
S
B
1
U
S
B
2
COM 1COM 2
IDE 2 IDE 1
SIMM 2 SIMM 1
DIMM 2
DIMM 1 DIMM 3
FDD PRINTER
AGP
PCI 1PCI 2
PCI 3
PCI 4
K/B
JP 12
12
SPEAKER KEYLOCK RESET
HDLED
SMI
PWRBT
JP 8
JP 9
JP 10
JP16
JP17
JP 2
JP 3
JP 4
JP 18
JP 19
JP 1
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1-3

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【【
【2】
】】
】
2 HARDWARE INSTALLATION
This chapter explains how to configure the system main board hardware. After
you install the main board, you can set jumpers and make case connections.
Refer to this chapter whenever you upgrade or reconfigure your system.
2.1 Unpacking
The mainboard package should contain the following:
♦The R-581A mainboard.
♦USER'S MANUAL for R-581A mainboard.
♦Cable set for IDE, Floppy, I/O device.
♦IDE Driver.
The mainboard contains sensitive electric components which can be easily
damaged by static electricity, so the mainboard should be left in its original
packing until it is installed.
Unpacking and installation should be done on a grounded anti-static mat.
The operator should be wearing an anti static wristband, grounded at the
same point as the anti-static mat.
Inspect the mainboard carton for obvious damage. Shipping and handling
may cause damage to your board. Be sure there are no shipping and
handling damages on the board before proceeding.
After opening the mainboard carton, extract the system board and place it
only on a grounded anti-static surface component side up. Again inspect the
board for damage.
Press down on all of the socket IC's to make sure that they are properly
seated. Do this only on with the board placed on a firm flat surface.
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2-1

【
【【
【2】
】】
】__________________________________
You are now ready to install your mainboard. the mounting hole pattern on
the mainboard matches the system board.
It is assumed that the chassis is designed for a standard AT mainboard
mounting. Place the chassis on the anti-static mat and remove the cover.
Take the plastic clips, Nylon stand-off and screws for mounting the system
board, and keep them separate
2.2 Jumper Setting Summary
Regarding hardware settings on the board. They specify configuration options
for various features. The settings are made using something called a
"Jumper". A jumper is a set of two or more metal pins in a plastic base
attached to the mainboard. A plastic jumper "cap" with a metal plate inside
fits over two pins to create an electrical contact between them. The contact
establishes a hardware setting.
Some jumpers have two pins, other have three or more. The jumper are
sometimes combined into sets called jumper "blocks", where all the jumpers
in the block must be set together to establish a hardware setting.
The next figures show how this locks.
Jumpers and caps
Jumpercap 2-PinJumper 3-PinJumper
Jumper block
__________________________________________________________________
2-2
Do not apply power to the board if it has been damaged.

__________________________________ 【
【【
【2】
】】
】
Most jumper setting are printed on the board in a stylized bird's-eye view,
with which pins to connect for each setting marked by a bar connecting two
pins. For example, if a jumper has three pins, connecting or "closing",
the first and second pins creates one setting and closing the second and
third pins creates another. The same type of diagrams are used in this
manual. The jumpers are always shown from the same point of view as
shown in the whole board diagram in this chapter.
Jumpers diagrams
Jumper caps like this
Jumpers are shown like this
Jumper settings like this
1
3
(Pin 1 & 2 Close)
( Open )
※The Red colors Jumper for system Voltage setting, and the Yellow colors
Jumper for system Clock setting, please careful to change it.
________________________________________________________________
2-3

【
【【
【2】
】】
】__________________________________
2.3 CPU Installation
T he mainboard supports Pentium class processors up to 233 MHz, If you install
the CPU on this board, you must set the System Clock (JP1, JP2, JP3),
Frequency Ratio (JP8, JP9,JP10) and CPU Power Voltage (JP12) to meet
variable CPU specifications.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
2.3.1. CPU Speed Configuration:
Freq ratio JP8, JP9, JP1 System freq (MHz
)
PCIAGP JP1,JP2,JP3
1.5 60 30 60
2 66 33 66
2.5 68 34 68
3 75 32 64
3.5 75 37 75
83 32 64
＊CPU Speed = (Frequency ratio) x (System Frequency).
＊＊ PCI has a maximum bandwidth of 33MB --- one half of the 66 MHz
System Frequency. The 75MHz System Frequency are not
supported by the current PCI Rev.2.1 Specification.
________________________________________________________________
2-4

__________________________________【
【【
【2】
】】
】
2.3.2. CPU Voltage Configuration:
This R581A mainboard has a smart circuit, it will automatic to adjust the
CPU is single power or dual power. When you use a single power CPU,
there is just one set power(V Core) to supply CPU. When you use a dual
power CPU, there are two sets power (V Core and V I/O) to supply CPU.
(Note: JP12 will adjust the CPU V Core voltage. And V I/O only supply
3.4 v)
CPU
Power Voltage JP12
CPU
Power Voltage JP12
2.1V 2.9V
2.2V 3.0V
2.3V 3.1V
2.4V 3.2V
2.5V 3.3V
2.6V 3.4V
2.7V 3.5V
2.8V
______________________________________________________________
2-5

【
【【
【2】
】】
】__________________________________
2.3.3. The CPU Speed & Jumper setting.
(a) Intel Pentium CPU.
CPU Speed Frequency Ratio System Clock
/ JP8 JP9 JP10 MHz JP1 JP2 JP3
90MHz 3/2 Open Open Open 60 2-3 2-3 2-3
100MHz Open Open Open 66 1-2 2-3 2-3
120MHz 2/1 Close Open Open 60 2-3 2-3 2-3
133MHz Close Open Open 66 1-2 2-3 2-3
150MHz 5/2 Close Close Open 60 2-3 2-3 2-3
166MHz Close Close Open 66 1-2 2-3 2-3
180MHz 3/1 Open Close Open 60 2-3 2-3 2-3
200MHZ Open Close Open 66 1-2 2-3 2-3
233MHz 7/2 Open Open Open 66 1-2 2-3 2-3
(b) Cyrix 6x86 & 6x86L and IBM 6x86 & 6x86L CPU.
CPU Speed Frequency Ratio System Clock
/ JP8 JP9 JP10 MHz JP1 JP2 JP3
PR150+ 2/1 Close Open Open 60 2-3 2-3 2-3
PR166+ Close Open Open 66 1-2 2-3 2-3
PR200+ Close Open Open 75 2-3 1-2 2-3
(c) Cyrix 6x86MX (M2) & IBM 6x86MX (M2) CPU.
CPU Speed Frequency Ratio System Clock
/ JP8 JP9 JP10 MHz JP1 JP2 JP3
PR166 5/2 Close Close Open 60 2-3 2-3 2-3
PR200 Close Close Open 66 1-2 2-3 2-3
PR200 2/1 Close Open Open 75 2-3 1-2 2-3
PR233 3/1 Open Close Open 66 1-2 2-3 2-3
PR233 5/2 Close Close Open 75 2-3 1-2 2-3
PR266 7/2 Open Open Open 66 1-2 2-3 2-3
PR266 3/1 Open Close Open 75 2-3 1-2 2-3
※We recommend the end user to choose the version 2.7 or later of Cyrix/
IBM 6x86 processor.
_______________________________________________________________
2-6

__________________________________ 【
【【
【2】
】】
】
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
(d) AMD 5k86 CPU.
CPU Speed Frequency Ratio System Clock
/ JP8 JP9 JP10 MHz JP1 JP2 JP3
P90 3/2 Open Open Open 60 2-3 2-3 2-3
P100 Open Open Open 66 1-2 2-3 2-3
P166 5/2 Close Close Open 66 1-2 2-3 2-3
(e) AMD K6 CPU.
CPU Speed Frequency Ratio System Clock
/ JP8 JP9 JP10 MHz JP1 JP2 JP3
P166 5/2 Close Close Open 66 1-2 2-3 2-3
P200 3/1 Open Close Open 66 1-2 2-3 2-3
P233 7/2 Open Open Open 66 1-2 2-3 2-3
※1. For the AMD K5-PR120/133, it is also allowed to use ratio "x1.5", which is
equal to the Intel Pentium 90/100MHz settings.
2. For the AMD K5-150/160, it use the same settings as the Intel Pentium
150/166MHz processor.
______________________________________________________________
2-7

【
【【
【2】
】】
】__________________________________
2.3.4. CPU Type Select Quick Reference :
(a) Intel Pentium CPU.
(1) Intel P54C-90MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(2) Intel P54C-100MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(3) Intel P54C-120MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
______________________________________________________________
2-8

__________________________________【
【【
【2】
】】
】
(4) Intel P54C-133MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(5) Intel P54C-150MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(6) Intel P54C-166MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(7) Intel P54C-180MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
______________________________________________________________
2-9

【
【【
【2】
】】
】__________________________________
(8) Intel P54C-200MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(9) Intel P55C (MMX) -166MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(10) Intel P55C (MMX) -200MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(11) Intel P55C (MMX) -233MHz.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
______________________________________________________________
2-10

__________________________________【
【【
【2】
】】
】
(b) Cyrix 6x86, IBM 6x86 CPU.
(1) 6x86-PR150+
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(2) 6x86 - PR166+
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(3) 6x86-PR200+
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
__________________________________________________________
(c) Cyrix 6x86L & 6x86MX (M2), IBM 6x86L& 6x86MX (M2).
(1) 6x86L -PR166.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
_____________________________________________________________
2-11

【
【【
【2】
】】
】__________________________________
(2) 6x86L -PR200.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
_________________________________________________________
(3) 6x86MX -PR166.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
_____________________________________________________
(4) 6x86MX -PR200.(66MHz)
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
________________________________________________________
(5) 6x86MX - PR200.(75MHz)
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
______________________________________________________________
2-12

__________________________________【
【【
【2】
】】
】
(6) 6x86MX - PR233 (66MHz)
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
_______________________________________________________
(7) 6x86MX -PR233(75MHz).
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
_______________________________________________________
(8) 6x86MX - PR266 (66MHz).
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
________________________________________________________
(9) 6x86MX - PR266 (75MHz).
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
_____________________________________________________________
2-13

【
【【
【2】
】】
】__________________________________
(d) AMD 5k86 & K6 CPU.
(1) AMD K5 - P90.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
______________________________________________________
(2) AMD K5 - P100.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
_______________________________________________________
(3) AMD K5 - P166.
JP10
JP8
JP9
1
2
CPU
1
2
JP2
JP3
3
JP1
JP12
VID 0 12
VID 1
VID 2
VID 3
_____________________________________________________________
2-14