WTC MP060 User manual

MP060 USER'S MANUAL
ALi 486DX PCI/ISA MOTHERBOARD
Foreword
========
This manual is designed to provide the basic necessarv information for the end
user
to understand and properly use the MP060 mainboard. The mainboard ensures
superlative performance and complete compatibility with industry standards, which
incorporating many technical enhancements.
Trademarks
==========
WTC is a registered trademark of Win Technologies Co., Ltd. All trademarks
belong to their registered owner.
Checklist
=========
Your MP060 Cache package contains the following:
* MP060 Cache mainboard
* User's Manual.
* HDD Cable
* FDD Cable
* Serial & Printer Cable
Precautions
===========
Make sure you ground yourself before handling the mainboard or other
system components. Electrostatic discharge will damage mainboard.Note
that you must take special precaution when handling the mainboard in
dry or air-conditioned environments.
The precaution below is to protect the mainboard from electrostatic discharge.
* Do not remove the anti-static packaging until you are ready to install the
mainboard
and other system components.
* Ground vourselfbefore removing any system component from its protective anti-
static packaging. To ground yourself , grasp the expansion slot covers or other
unpainted portion computer chassis.
* Frequently ground yourself while working , or use a grounding strap.
* Handle the mainboard by the edges and avoid touching its components.
Mainboard Features
==================
* ALI chipset M1487 and M1489
* Support Intel, AMD, Cyrix CPU
+ Support EDO DRAM , Symmetrical and Asymmetrical DRAM
* Memory expandable upto 128MB
* External Cache option 128KB , 256KB and 512KB
* Onboard'FDC , Serial port and Normal / ECP / EPP Parallel port
* Support Four 16bit slot and Four PCI slot ( 3 Master and 1 Slave )
+ Support deep green SMM and SMI
+ Chipset built in keyboard controller
* Dimension : 22 x 22 cm with 4 layer PCB
Jumper and Connectors Reference
===============================
Before installing the mainboard, make sure that the jumper setting are properly
set

for your configuration. The function of differentjumpers are respectively as
follows:
CPU Type Configuration.................... JP19, JP20, JP22, JP23, JP24,
JP25, JP26, JP27,JP28,JP29
CPU Clock Configuration .................. JP5, JP6
CPU Voltage Configuration................. JP13, JP14, JP16
Cache Conftguration ...................... JP15, JP17
CMOS Charge/ Discharge ................... J1
UO Chip Configuration .................... JP31
Flash ROM Voltage Configuration .......... JP8
Matnboard Connectors
====================
Turbo Switch Connector ................... J3
Turbo LED Connector ...................... J4
Reset Switch Connector.................... J2
Speaker Connector ........................ J6
Keylock and Power LED Connector........... J5
Keyboard Connector ....................... KB1
Power Supply Connector ................... P1/P2
External Battery Connector ............... J1
SMI Switch Connector ..................... JP21
Jumper Caps reference :
Red Jumper for Voltage Selector
White Jumper for CPU Type
Yellow Jumper for Clock Selector
Blue Jumper for Cache Option
Black Jumper for Other
Before turning on your power supply, make sure that the following configuration
are
set properly.
A. CPU TYPE CONFIGURATION
CPU type configuration will give you detailed information to install the jumper
setting of different type of CPU. If the CPU type you are using is not listed
in our
user's manual , please contact your dealer for the correct jumper setting.
B. CPU CI,OCK CONFIGURATION
CPU Clock configuration will give you detailed information to install the
jumper
setting of different types of CPU Clock frequency.
C. CPU VOLTAGE CONFIGURATION
CPU Voltage Configuration will give you detailed information to install the
jumper
setting of different types of CPU Voltage.
CPU JUMPER SETTING
==================
Graphic reference: ** with jumer cap (close)
OO without jumper cap (open)
INTEL CPU
=========
DX2/DX4:
JP22 JP19 JP24 JP20 JP26 JP27 JP28 JP29
OOO O** *O OO O*O *O OO O**
OOO **O *O ** O*O *O OO
JP23 JP25

WRITE BACK CPU:
JP22 JP19 JP24 JP20 JP26 JP27 JP28 JP29
OO* O** *O OO O*O *O O* O**
OO* O** *O ** O*O *O O*
JP23 JP25
CPU CLOKC: JP6 CLOSE
JP5 CLOSE
AMD CPU
=======
DX2-80:
JP22 JP19 JP24 JP20 JP26 JP27 JP28 JP29
O*O O** *O ** O*O *O OO O**
O*O **O *O ** O*O *O OO
JP23 JP25
NV8T DX4-100/120:
JP22 JP19 JP24 JP20 JP26 JP27 JP28 JP29
OO* O** *O OO O*O *O OO O**
OO* **O *O ** O*O *O OO
JP23 JP25
SV8B DX4-100/120:
JP22 JP19 JP24 JP20 JP26 JP27 JP28 JP29
OO* O** *O OO O*O *O O* O**
OO* O** *O ** O*O *O O*
JP23 JP25
5X86-P75:
JP22 JP19 JP24 JP20 JP26 JP27 JP28 JP29
O** O** *O OO O*O *O O* O**
O** O** *O ** O*O *O O*
JP23 JP25
AMD CPU CLOCK: JP5 JP6
DX4-100 CLOSE CLOSE
5X86-P75 CLOSE CLOSE
DX2-80/DX4-120 OPEN CLOSE
CYRIX CPU
=========
DX2-66/DX4-100:
JP22 JP19 JP24 JP20 JP26 JP27 JP28 JP29
*OO O** O* OO OO* O* *O O**
*OO **O O* ** OO* O* *O
JP23 JP25
CX586-100:
JP22 JP19 JP24 JP20 JP26 JP27 JP28 JP29
OO* O** *O OO O*O *O O* O**
OO* **O *O ** O*O *O O*
JP23 JP25
CYRIX CPU CLOCK: JP5 JP6
DX2-66/DX4-100 CLOSE CLOSE
CX586-100 CLOSE CLOSE
DX2-80 OPEN CLOSE
CPU VOLTAGE

===========
JP13 JP14 JP16
OOO O** O**
5V OOO
3.3V OO* **O **O
OO*
3.45V O*O **O **O
O*O
4.0 V *OO **O **O
*OO
SRAM Configuration
==================
Cache Configuration is used to configure the external cache of the
mainboard.External cache can be configured by using 32K*8 , 64K*8 and 128K*8
SRAM Chip.The size of the external cache is configured by the SRAM chip being
used and the jumper setting of the Cache Configuration.
JP15 JP17 SRAM TAG RAM
128K CACHE OPEN 2-3 32K*8 8K*8
256K CACHE(1) 1-2 1-2 64K*8 16K*8
256K CACHE(2) 2-3 1-2 64K*8 16K*8
512K CACHE 1-2,3-4 1-2 128K*8 32K*8
Memory Configuration
====================
Mainboard memory composes four 72 pin SIMM sockets with only four banks and
can be expandable upto 128MB. Memory can be installed by using EDO DRAM or
Symmetrical and Asymmetrical DRAM SIMM RAM module.
MEMORY SIZE SM1 SM2 SM3 SM4
4M 256K* 36 256K* 36 256K* 36 256K* 36
1M*36
8M 1M*36 1M*36
2M*36
12M 2M*36 1M*36
16M 2M*36 2M* 36
4M*36
20M 4M* 36 1M*36
32M 4M* 36 4M*36
8M*36
36M 8M*36 1M*36
48M 8M*36 4M* 36
64M 16M* 36
NOTE: SMI and SM3 or SM2 and SM4 can not use DOUBLE SIDED SIMM
module at the same time , otherwise only one double sided SIMM module
can be detected.

NOTE: The above memory configuration can also be configured by using SIM3
and SIM4 , as the memory configuration is an auto detect design.
Mainboard Connectors
====================
J6 Speaker connector will be connected to the speaker ofyour computer
case.
J2 Reset Switch connector will be connected in your computer case front
panel. Resetting the system , it will restart the computer from
self-test without turning off the power supply. This connection is
always at "off" position.
J5 Keylock and Power LED connector will be connected in your computer
case front panel. Keylock is used to lock the keyboard. Power LED will
light up when you turn on your power supply.
J3 Turbo Switch Connector will be connected in your computer Case front
pannel.
J4 Turbo LED Connector will be connected in your computer Case front
pannel.
JP21 External SMI switch will be connected in your computer case front panel.
This is used to activate the SMI function without waiting the setup
time of the power managerment setup.
Note: some case does not include this switch.
J1 External battery connector is used for the external battery. This is
used when internal battery is not connected.
KB1 Keyboard connector,this is used for inputting signal from the keyboard.
P1/P2 Power Supply connector is connected from the output of the powe supply.
Most of the power supply has two connectors which will be connected
tothe mainboard. Each connector has six wires ,two of the wires are
black. To connect to the mainboard, make sure that the black wire is in
the middle. Wrong connection will cause damage to the mainboard.
CMOS Charge / Discharge (Black jumper Cap)
==========================================
CMOS Charge / Discharge is used to discharge and charge CMOS. If you
discharge the CMOS all the data will be erased.
J1
2-3 Charge CMOS
1-2 Reset(discharge) CMOS
1-4 External Battery Connector
Flash ROM Voltage Selector Red jumper Cap
=========================================
JP8 EPROM
1-2 Flash ROM 5 Volts (SST Brand)
2-3 Flash ROM 12 Volts (Intel, MX Brand)
Note: Wrong voltage setup will damage BIOS. Please call Edom for detail.
AWARD BIOS SETUP
================
Award BIOS support plug and play function and has a built-in setup program
that allows the users to modify the basic system configuration. This type of
information is stored in CMOS so that it retains the setup information when
the power is turned off.
1. Turn on or reboot the system. when the below message appears at the

bottom of the screen during the POST ( Power On Self Test ) press DEL
key to enter setup.
2. Press the DEL key to enter the Award BIOS program and the main menu
will appear on the screen. The main menu allows you to select from ten
setup functions and two exit choices.
3. For the safe, please select "LOAD SETUP DEFAULTS" for BIOS setup.