Wintech MP033 User manual

MP033 USER'S MANUAL
OPTi PENTIUM 60/66 MOTHERBOARD
Warning
=======
To ensure the reliability of the Computer DO NOT reconfigure the board while
the Power is ON.
If you wish to reconfigure the board, make sure that the power to the
system is OFF; before changing any hardware setting such as Jumper
setting or DIP switch.
Checklist
Your 586 Cache package contain the following:
* 586 Cache Mother board.
* User's manual.
ABOUT THIS MANUAL
=================
This manual is designed to provide the basic information necessary for the
end user to understand and properly use of the 586 VIP Cache Motherboard.
The mother board ensure superlative performance and complete compatibility
with software written for IBM PC/AT 586 type of processor.
TRADEMARKS
==========
Intel(TM), 386DX(TM), 387DX(TM), i486(TM), DX2(TM), 486SX(TM) and 487SX(TM)
are trademarks of Intel Corporation.
IBM(TM), IBM PC(TM) and IBM AT(TM) are registered trademarks of Internation-
al Business Machines Corporations.
AMD is a registered trademark of Advanced Micro Devices, Inc.
AM 386 is a trademark of Advanced Micro Devices, Inc.
WEITEKTM is a trademark of WEITEK Corporation.
MS-DOSTM is a registered trademark of Microsoft Corporation.
AMI is registered trademark of American Megatrende Inc.
Mother Board Features
=====================
* Opti chipset 82C596, 82C597, 82C822 and 82C206
* Fully support the Pentium Microprocessor
* 1X clock source, supporting system running up to 66 MHz
* Write Back, direct-mapped cache with size selection: 128K, 256K,
512K, 1M
* DRAM configuration up to 128M
* Programmable cache write policy: Write Back or Write Through
* Fully progammable cache and DRAM read / write cycles
* Support for two Programmable non-cacheable memory regions
* High performance 32 bit Local Bus support
* Hidden refresh with CAS before RAS refresf supported
* Asynchronous CPU VL Bus interface
* Option for cacheable, write protected, system and video BIOS
* Shadow RAM option
* Provides central arbiter to arbitrate the bus request between host
CPU, PCI master, DMA/ISA master and refresh
* Five 16 bit slots, Three VESA slots , Four PCI slots
* Dimemsion 22 x 33 CM with 4 layers

Jumpers and Connectors reference
================================
Before installing the mother board,make sure the jumpers setting are set
for your configurationt. The Function of each jumpers are as follows:
Cache Option ........................... JP1,JP2,JP15,JP9,JP10,JP11,JP12
Clock Generator Frequency Selector...... JP17,JP18,JP19
Charge / Discharge CMOS ................ JP13
Speaker Connector ...................... J13
Keylock & Power LED .................... J14
Reset Connector ........................ J15
External Battery Connector ............. J2
Power Supply Connector ................. P1,P2
Keyboard Connector ..................... J1
Micellaneous Jumpers ................... JP34,JP35,JP36,JP39
JUMPER SWITCHES
===============
These switches consist of two or three pins set in a plastic base. Two of
the pins are covered by a cap which connect or short each other. It is
possible to change the switch setting by moving the cap between the first or
last two pins.
JUMPERS OPEN & SHORT
====================
If you wish to change any of the jumper setting, make sure the board is
disconnected from the power source. This is to protect the mother board from
getting damage.
JP13 Charge/Discharge CMOS
==========================
CMOS Charge/Discharge CMOS is used to Charge and Discharge CMOS.
If you discharge the CMOS all datas in the CMOS will be erase. To
discharge CMOS, place a jumper cap in pin 1 & 2 then turn on the Power
supply for 1 to 2 seconds then turn off the power supply. In this procedure
the CMOS is discharge, all the datas in the CMOS is erase. Place the
jumper cap in pin 2 & 3 for CMOS charge,then run setup.
JP13 1-2 Discharge CMOS
JP13 2-3 Charge CMOS
JP1 ,JP2,JPS,JP1O,JP11,JP12,JP15 Cache Option
=============================================
SIZE JP1 JP2 JP12 JP11 JP10 JP9 JP15
128 K 2-3 2-3 OPEN OPEN OPEN CLOSE 2-3
256 K 1-2 1-3 OPEN OPEN CLOSE CLOSE 1-2
512 K 1-3 2-3 OPEN CLOSE CLOSE CLOSE 2-3
512 K 1-2 1-2 OPEN CLOSE CLOSE CLOSE 1-2
1M 1-2 1-2 CLOSE CLOSE CLOSE CLOSE 1-2
SRAM TAG RAM
SIZE BANK O BANK 1 U18
128 K 8K x 8 8K x 8 8K x 8
256 K 32K x 8 NONE 8K x 8
512 K 32K x 8 32K x 8 32K x 8
512 K 64K x 8 NONE 32K x 8
1M 128K x 8 NONE 32K x 8
BANK O U3, U6, U8, U16, U20, U23, U29, U34
BANK 1 U2, U5, U7, U15, U19, U22, U25, U28
Clock Generator Frequency Selector

==================================
MX8315 JP17 JP18 JP19
66 MHz CLOSE OPEN CLOSE
60 MHz OPEN CLOSE OPEN
IMI468
66 MHz CLOSE CLOSE CLOSE
60 MHz CLOSE OPEN CLOSE
Micellaneous Jumpers
====================
DEFAULT OPTION FOR OLD VERSION OF PCI CARD
JP34 IRQ15 2-3 1-2,3-4
JP35 IRQ1Z 2-3 1-2,3-4
JP36 IRQ11 2-3 1-2,3-4
JP39 1-2 INTA#2 DEFAULT PCI SLOT 2 ONLY
3-4 IRQ14 EDGE TRIGGER IDE OPTION PCI SLOT 2 ONLY
5-6 IRQ15 EDGE TRIGGER IDE OPTION PCI SLOT 2 ONLY
Connectors
==========
The mother board have Six connectors. Four of them resemble jumper
switch without caps. The Fifth is a large double connector for the power
supply and the last is for the keyboard connector.
J2 External Battery connector is used for the exre:nal battery. This is
use when internal batter); is not conecteti.
J15 Reset switch connector will be connected io the reset switch of
Jour computer case. Resetting the systenrt it will restart the
computer from self-tesr without turning off the power supply.
This connection is always in OFF position.
J14 Keylock and Power LED connector will be connected to your
computer case. Keylock is used to lock the keyboard. Power
LED will light up when you turn on your power supply.
J13 Speaker connector will be connected to the speakerofyour
computer case.
P1 - P2 Power Supply connector is connected from the output of the
power supply. Most of the power supply has two connectors
which will be connected to the main board. Each connector has
six wires, two of the wires are black. To connect to the main
board, make sure that the black wires is in the middle. Wrong
connection will cause damage of the main board.
J1 Keyboard connector: This is used for inputting signal from the
keyboard.
Memory Configuration
====================
The system board Memory can be expanded from 2MB to 128MB. Memo-
ry can be installed by using 256K, 512K, 1M, 2M, 4M and 8M SIMM
KAM Module 72 pins.
BANK O BANK 1
MEMORY SIZE SM 4 SM 3 SM 2 SM 1
2M 256Kx36 256Kx36 NONE NONE
4M 512Kx36 512Kx36 NONE NONE

256Kx36 256Kx36 256Kx36 256Kx36
8M 1Mx36 1Mx36 NONE NONE
512Kx36 512Kx36 512Kx36 512Kx36
16M 2Mx36 2Mx36 NONE NONE
1Mx36 1Mx36 1Mx36 1Mx36
32M 4Mx36 4Mx36 NONE NONE
2Mx36 2Mx36 2Mx36 2Mx36
64M 8Mx36 8Mx36 NONE NONE
4Mx36 4Mx36 4Mx36 4Mx36
128M 8Mx36 8Mx36 8Mx36 8Mx36
NOTE: 256Kx36 means 1MB Single Side SIMM
512Kx36 means 2MB Double Side SIMM
1Mx36 means 4MB Single Side SIMM
2Mx36 means 8MB Double Side SIMM
4Mx36 means 16MB Single Side SIMM
8Mx36 means 32MB Double Side SIMM
Installing Memory Modules
=========================
Ther are four sockets of 72 pins on the system board that can accommodate
up to a maximum of 128 megabytes of memory.There are 2 bank of SIMM modules
socket for use with 256K, 512K, 1M, 2M, 4M and 8M size RAM Modules with the
access time of 70ns or faster. Extreme use of caution should be exercise
when installing or removing the SIMM memory module in order to avoid
damaging the SIMM socket.
Steps for installing SIMM RAM Modules in the system board.
(1). (2). (3).
Insert the SIMM Press it forward The installed
at an angle into into the retaining SIMM should be
the socket's edge clips at 90 degree to
connector slot the board
1 Carefully hold the SIMM. Insert the SIMM module's "GOLD EDGE" connector
into the socket at a 70 degree angle and guide the component side of the
module. (Note that the modules can only be fit into the socket one way.)
2 Gently press the SIMM module into the socket in downward position, then
snap it into place in the vertical position. The module should clip into
the locking tabs at each end of the socket. The SIMM is probably not
inserted fully into the socket if the pegs do not fit into the hole.
3 To remove the module, gently push the edge of the sockets. Disengage one
side of the modules first, then the other side, to avoid breaking the
socket.
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.
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