16MB x 2 8MB x 2 48MB
16MB x 2 16MB x 2 64MB
16MB x 2 32MB x 2 96MB
32MB x2 4MB x 2 72MB
32MB x2 8MB x 2 80MB
32MB x 2 16MB x 2 96MB
32MB x 2 32MB x2 I28MB
IMPORTANT: Do not use SIMM modules with more that 24 chips per module with
this mainboard. Module with more that 24 chips exceeds the design
specification of the memory subsystem and will cause unreliable
operation.
page 2-9
CMOS Charge / Discharge slack jumper Cap
========================================
CMOS Charge / Discharge is used to discharge and charge CMOS. If you discharge
the CMOS all the data will be erased.
JP13
OPEN Charge CMOS
CLOSE Reset CMOS
Mainboard Connectors
====================
J1 Speaker connector will be connected the speaker of your 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 off position.
J3 Onboard HDD LED connector will be connected in your computer case
front panel.
J4 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.
MS1 PS/2 Mouse connector , this is used for PS/2 mouse. (In mainframe
case) Note: PS/2 mouse cable is optional.
KB1 Keyboard connector ,this is used for inputting signal from the
keyboard.
PW1 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 mainboard. Each connector has six wire , 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.
TB/SW Turbo Switch Connector will be connected in your computer case front
panel.
TB/LED Turbo LED Connector will be connected in your computer case front
panel.
page 3-1
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
