MSI MS-5148 User Manual
CHAPTER 1 INTRODUCTION
1-1
Chapter 1
Introduction
The PCI 430 TX system board is a high-performance personal computer
system board based on a 3.3v version of the PentiumTM micrprocessor--the
P54C and P55C, K6 and M2 with MMX microprocessor . The system board
supports the Peripheral Component Interconnect (PCI) Local Bus Standard
and provide four 32-bit PCI bus master slots.
A cache subsystem can be configured for 256k or 512K cache memory to
improve overall throughput.
The system board uses the highly integrated Intel 82439TX chipset to
support the PCI/ISA and green standards, and to provide the Host/PCI
bridge. The 82437AB chipset also support the ACPI soft power off and
Modem Ring wake-up function, it also integrates all system control functions.
CHAPTER 1 INTRODUCTION
1-2
1.1 System Board Features
CPU
l Socket 7 supports Intel Pentium
TM
family -- P54C and P55C((MMX)
90MHz/100MHz/120Mhz/133MHz/150MHz/166MHz/200MHz/233MHz
l The Cyrix 6x86/M2 and AMD K5/K6 are also supported.
Chip Set
l Intel 82430TX
Cache Memory
l Supports Directed Map Organization,W rite-Back cache policy.
l Supports 256K pipelined burst cache memory or 512K pipelined burst
cache memory .
Main Memory
l Supports six memory banks using four 72-pin SIMM sockets and two 168-
pin DIMM sockets.
l Up to 256 Mbytes main memory.
l Supports EDO Hyper Page Mode DRAM , Standard Fast Page mode
DRAM and SDRAM.
Slots
l Four 32-bit Master PCI Bus slots and four 16-bit ISA bus slots. One
shared slot that can be used as ISA or PCI.
l Support 3.3V PCI Add-On Card.
On-Board Peripherals
l On-Board Peripherals include:
- 1 floppy port supports 2FDD
- 2 serial ports (COMA + COMB)
- 1 parallel port supports ECP or EPP mode
- 2 PCI Bus Master IDE ports (up to four IDE HDD)
- 2 Channel USB port
CHAPTER 1 INTRODUCTION
1-3
Dimensions
l Standard A TX form factor
l 30cm(L) x 18.6cm(W) x 4 layer PCB
Mounting
l 6 mounting holes
CHAPTER 1 INTRODUCTION
1.3 System Board Layout
MS-5148
SIMM1
SIMM2
SIMM3
SIMM4
DIMM1
DIMM2
Socket 7
FDD
IDE1
IDE2
ISA SLOT 4
ISA SLOT 2
ISA SLOT 3
ISA SLOT 1
PCI SLOT 4
PCI SLOT 3
PCI SLOT 2
PCI SLOT 1
BIOS
BATT
+
2032
JPF
JGS
JGL
JP2
INTEL
FW82371AB
INTEL
FW82439TX
JBAT
JRMS2
JFAN
ATX
POWER CONNECTOR
KBC
IR
JV1
LPT
COMA & COMB
USB
PS/2
JV3
JV4
JV5
SW
ON
DIP
121
3
4
1
5
6
JV6
JRMS1
+
1-4
CHAPTER 2 HARDWARE INSTALLATION
CPU
CPU
Open Lever
Pin 1
Sliding
Plate
White dot/
Cut edge
Close
Lever
Chapter 2
Hardware Installation
2.1 Central Processing Unit: CPU
The 430 TX motherboard operates with Intel® P54C/P55C, Cyrix® 6x86/
M2 and AMD ® 5K86/K6 processors. It could operates with 2.8V to 3.52V
processors. The motherboard provides a 321-pin ZIF Socket 7 for easy CPU
installation, a DIP switch (SW1) to set the proper speed for the CPU and a
Jumper block (JV3 - JV7) for setting the CPU voltage. The CPU should
always have a cooling fan attached to prevent overheating.
2-1
1. Pull the lever sideways away
from the socket then raise
the lever up to a 90-degree
angle.
3. Press the lever down to
complete the installation.
2. Locate Pin 1 in the socket
and look for the white dot or
cut edge in the CPU, match
Pin 1 with the white dot/cut
edge then insert the CPU. It
should insert easily.
2.1-1 CPU Installation Procedure
CHAPTER 2 HARDWARE INSTALLATION
1. The 3 CPU clock frequencies that the system supports are 55MHz, 60MHz,
66MHz and 75MHz (To adjust SW1 pin 4, 5, and 6 ). See the following
chart to set the different Host Clock Frequencies.
4 5 6 Clock
ON ON OFF 55MHz
ON OFF OFF 60MHz
OFF OFF OFF 66MHz
OFF ON OFF 75MHz
SW1
CPU
2 . The DIP Switch SW1 (1,2, and 3) is used to set the Core/Bus (Fraction)
ratio of the CPU. The actual core speed of the CPU is the Host Clock
Frequency multiplied by the Core/Bus ratio. For example:
If CPU Clock = 66MHz
Core/Bus ratio = 3 / 2
then CPU core speed = Host Clock x Core/Bus ratio
= 66MHz x 3/2
= 100MHz
3. The PCI Bus Clock is the CPU Clock Frequency divided by 2.
2.1-2 CPU Core Speed Derivation Procedure
1 2 3 Core/Bus Ratio
OFF OFF OFF 1.5 /3.5
ON OFF OFF 2
O N ON OFF 2.5/1.75
OFF ON OFF 3
SW1
CPU
2-2
CHAPTER 2 HARDWARE INSTALLATION
2.9
VcoreV I/O
3.38 3.38
3.52
3.52
3.3
2.8
3.3
3.3 3.2
JV3~JV7
2.1-3 CPU Voltage Setting: JV3 - JV7
The system board can autodetect whether the CPU is single or dual voltage.
T o adjust the Jumper setting of the CPU’s Vcore, just look at table below and
set accordingly.
SIMM1
SIMM2
SIMM3
SIMM4
DIMM1
DIMM2
Socket 7
FDD
IDE1
IDE2
ISA SLOT 4
ISA SLOT 2
ISA SLOT 3
ISA SLOT 1
PCI SLOT 4
PCI SLOT 3
PCI SLOT 2
PCI SLOT 1
BIOS
BATT
+
2032
JPF
JGS
JGL
JP2
INTEL
FW82371AB
INTEL
FW82439TX
JBAT
JRMS2
JFAN
ATX
POWER CONNECTOR
KBC
IR
JV1
LPT
COMA & COMB
USB
PS/2
JV3
JV4
JV5
SW
ON
DIP
121
3
4
1
5
6
JV6
JRMS1
+
JV3
JV4
JV6
JV5
Vcore
V I/O
JV3~JV7
Single Voltage Dual Voltage
2-3
JV3
JV4
JV6
JV5
JV3
JV4
JV6
JV5
JV3
JV4
JV6
JV5
JV3
JV4
JV6
JV5
JV3
JV4
JV6
JV5
CHAPTER 2 HARDWARE INSTALLATION
2.1-4 CPU Speed and Voltage Setting: SW1 & JV3-JV7
To adjust the speed and voltage of the CPU, you must know the specification of your CPU (always ask the vendor for CPU specificaton) then look at
T able 2.1 (Intel ® P54C/P55C-MMX), Table 2.2 (Cyrix® 6x86/M2) and
T able 2.3 (AMD® 5K86/K6) for proper setting.
SW1
1 2 3 4 5 6
ON
ON
OFF
Speed Setting
2-4
SIMM1
SIMM2
SIMM3
SIMM4
DIMM1
DIMM2
Socket 7
FDD
IDE1
IDE2
ISA SLOT 4
ISA SLOT 2
ISA SLOT 3
ISA SLOT 1
PCI SLOT 4
PCI SLOT 3
PCI SLOT 2
PCI SLOT 1
BIOS
BATT
+
2032
JPF
JGS
JGL
JP2
INTEL
FW82371AB
INTEL
FW82439TX
JBAT
JRMS2
JFAN
ATX
POWER CONNECTOR
KBC
IR
JV1
LPT
COMA & COMB
USB
PS/2
JV3
JV4
JV5
SW
ON
DIP
121
3
4
1
5
6
JV6
JRMS1
+
JV3
JV4
JV6
JV5
CHAPTER 2 HARDWARE INSTALLATION
Table 2.1 Intel® P54C PENTIUM CPU
P54C-90
P54C-100
P54C-120
P54C-133
P54C-150
P54C-166
P54C-200
3.38
3.52
3.52
3.38
3.38
3.52
3.52
3.52
ON DIP
123 456
ON
OFF
ON DIP
123 45 6
ON
OFF
ON DIP
123 456
ON
OFF
ON DIP
123 456
ON
OFF
ON DIP
123 456
ON
OFF
CPU Type
CPU SpeedCPU Voltage
SW1VI/O Vcore
ON DIP
123 45 6
ON
OFF
ON DIP
123 456
ON
OFF
2-5
JV3
JV4
JV5
JV6
JV3
JV4
JV5
JV6
JV3
JV4
JV5
JV6
JV3
JV4
JV5
JV6
JV3~JV7
ON DIP
123 456
ON
OFF
ON DIP
123 45 6
ON
OFF
ON DIP
123 456
ON
OFF
P55C-166
P55C-200 3.3 2.8
JV3
JV4
JV5
JV6
P55C-233
Intel® P55C PENTIUM (MMX) CPU
Note: If you encounter a CPU with different Voltage, just go to page 2-3 and
look for the proper voltage settings.
CHAPTER 2 HARDWARE INSTALLATION
Table 2.2 Cyrix® 6x86 CPU
Cyrix® 6x86 CPU uses P to rate the speed of there processor base on Intel®
CPU core speed , for example P150+ (120MHz) has 150MHz core speed of
Intel® but has 120MHz core speed in Cyrix®. Cyrix® 6x86 CPU should
always uses a more powerful fan (ask vendor for proper cooling fan).
3.52
ON DIP
123 45 6
ON
OFF
CPU Type
CPU SpeedCPU Voltage
SW1VI/O Vcore
M1 P133+
(1 10MHz)
M1 P150+
(120MHz)
M1 P166+
(133MHz)
ON DIP
123 456
ON
OFF
2-6
M1 P200+
(150MHz)
ON DIP
123 456
ON
OFF
ON DIP
123 456
ON
OFF
3.3 2.8
3.52
JV3
JV4
JV5
JV6
JV3
JV4
JV5
JV6
JV3
JV4
JV5
JV6
JV3~JV7
ON DIP
123 45 6
ON
OFF
M2 P166+
(166MHz)
M2 P180+
(180MHz)
M2 P200+
(200MHz)
ON DIP
123 456
ON
OFF
M2 P225+
(225MHz)
ON DIP
123 456
ON
OFF
3.3 2.8
JV3
JV4
JV5
JV6
ON DIP
123 45 6
ON
OFF
Cyrix® M2 (MMX) CPU
Note: We don’t guarantee the performance of 75MHz Bus Clock.
CHAPTER 2 HARDWARE INSTALLATION
Table 2.3 AMD® 5K86 CPU
AMD® 5K86 CPU uses PR to rate the speed of there processor base on
Intel® CPU core speed , for example PR133+ (100MHz) has 133MHz core
speed of Intel® but has 100MHz core speed in AMD® 5K86 CPU.
ON DIP
123 456
ON
OFF
3.52
ON DIP
123 45 6
ON
OFF
123 45 6
CPU Type
CPU SpeedCPU Voltage
SW1
VI/O
Vcore
PR100
(100MHz)
PR120
(90MHz)
ON DIP
123 456
ON
OFF
2-7
PR133
(100MHz)
JV3~JV7
JV3
JV4
JV5
JV6
PR90
(90MHz)
PR150
(105MHz)
PR166
(116.7MHz)
PR200
(133MHz)
Reserved
ON DIP
ON
OFF
ON DIP
ON
OFF
ON DIP
ON
OFF
ON DIP
123 456
ON
OFF
3.3
ON DIP
123 45 6
ON
OFF
PR200
(200MHz)
PR233
(233MHz)
ON DIP
123 456
ON
OFF
JV3
JV4
JV5
JV6
PR166
(166MHz)
2.9
AMD® K6 (MMX) CPU
3.3 3.2
JV3
JV4
JV5
JV6
Note: If you encounter a CPU with different Voltage, just go to page 2-3 and
look for the proper voltage settings.
CHAPTER 2 HARDWARE INSTALLATION
2.1-5 CPU Fan Power Connector: JFAN
This connector supports CPU cooling fan with +12V. It supports both two
and three pin head connector. When connecting the wire to the connector,
always take note that the red wire is the positive and should be connected to
the +12V. If the system is in suspend mode, the fan will stop. You can change
this setup on the Power Management Setup in the BIOS.
JFAN
Connector
+12V
GND
GND
Recommended CPU cooling fan specification:
- Metallic Clip
- RPM 5000
- CFM 10
- +12V
- 52x52x10mm
- Ball Bearing
Note: Always consult vendor for
proper CPU cooling fan.
2-8
SIMM1
SIMM2
SIMM3
SIMM4
DIMM1
DIMM2
Socket 7
FDD
IDE1
IDE2
ISA SLOT 4
ISA SLOT 2
ISA SLOT 3
ISA SLOT 1
PCI SLOT 4
PCI SLOT 3
PCI SLOT 2
PCI SLOT 1
BIOS
BATT
+
2032
JPF
JGS
JGL
JP2
INTEL
FW82371AB
INTEL
FW82439TX
JBAT
JRMS2
JFAN
ATX
POWER CONNECTOR
KBC
IR
JV1
LPT
COMA & COMB
USB
PS/2
JV3
JV4
JV5
SW
ON
DIP
121
3
4
1
5
6
JV6
JRMS1
+
CHAPTER 2 HARDWARE INSTALLATION
2.2 Flash ROM Programming Voltage: JP2
This jumper is for setting the V oltage of the Flash ROM BIOS.
13
13
+12V
+5V
(default)
Voltage Setting
1
JP4
3
SIMM1
SIMM2
SIMM3
SIMM4
DIMM1
DIMM2
Socket 7
FDD
IDE1
IDE2
ISA SLOT 4
ISA SLOT 2
ISA SLOT 3
ISA SLOT 1
PCI SLOT 4
PCI SLOT 3
PCI SLOT 2
PCI SLOT 1
BIOS
BATT
+
2032
JPF
JGS
JGL
JP2
INTEL
FW82371AB
INTEL
FW82439TX
JBAT
JRMS2
JFAN
ATX
POWER CONNECTOR
KBC
IR
JV1
LPT
COMA & COMB
USB
PS/2
JV3
JV4
JV5
SW
ON
DIP
121
3
4
1
5
6
JV6
JRMS1
+
JP2
2-9
2
2
Note: a. If you use Winbond , SST Flash ROM short 1-2 pin.
b. If you use Intel or MXIC Flash ROM short 1-2 pin, if you want to
flash the ROM data, short 2-3 pin , then put it back to 1-2 pin.
CHAPTER 2 HARDWARE INSTALLATION
123
2.3 External Battery Connector: JBAT
A battery must be used to retain the system board configuration in CMOS
RAM. If you use the on-board battery you must short pins 1,2 of JBAT to
keep the CMOS data.
JBAT
12
SIMM1
SIMM2
SIMM3
SIMM4
DIMM1
DIMM2
Socket 7
FDD
IDE1
IDE2
ISA SLOT 4
ISA SLOT 2
ISA SLOT 3
ISA SLOT 1
PCI SLOT 4
PCI SLOT 3
PCI SLOT 2
PCI SLOT 1
BIOS
BATT
+
2032
JPF
JGS
JGL
JP2
INTEL
FW82371AB
INTEL
FW82439TX
JBAT
JRMS2
JFAN
ATX
POWER CONNECTOR
KBC
IR
JV1
LPT
COMA & COMB
USB
PS/2
JV3
JV4
JV5
SW
ON
DIP
121
3
4
1
5
6
JV6
JRMS1
+
2-10
3
123
Keep Data
Clear Data
CHAPTER 2 HARDWARE INSTALLATION
2.4 Power Saving Switch Connector: JGS/
Power Saving LED Connector: JGL
Attach a power saving switch to JGS. When the switch is pressed, the
system immediately goes into suspend mode. Press any key and the system
wakes up. JGL can be connected with LED to monitor the JGS.
JGS
SIMM1
SIMM2
SIMM3
SIMM4
DIMM1
DIMM2
Socket 7
FDD
IDE1
IDE2
ISA SLOT 4
ISA SLOT 2
ISA SLOT 3
ISA SLOT 1
PCI SLOT 4
PCI SLOT 3
PCI SLOT 2
PCI SLOT 1
BIOS
BATT
+
2032
JPF
JGS
JGL
JP2
INTEL
FW82371AB
INTEL
FW82439TX
JBAT
JRMS2
JFAN
ATX
POWER CONNECTOR
KBC
IR
JV1
LPT
COMA & COMB
USB
PS/2
JV3
JV4
JV5
SW
ON
DIP
121
3
4
1
5
6
JV6
JRMS1
+
JGL
2-11
CHAPTER 2 HARDWARE INSTALLATION
SIMM1(Bank 0)
SIMM2(Bank 0)
SIMM3(Bank 1)
SIMM4(Bank 1)
2-12
SIMM1
SIMM2
SIMM3
SIMM4
DIMM1
DIMM2
Socket 7
FDD
IDE1
IDE2
ISA SLOT 4
ISA SLOT 2
ISA SLOT 3
ISA SLOT 1
PCI SLOT 4
PCI SLOT 3
PCI SLOT 2
PCI SLOT 1
BIOS
BATT
+
2032
JPF
JGS
JGL
JP2
INTEL
FW82371AB
INTEL
FW82439TX
JBAT
JRMS2
JFAN
ATX
POWER CONNECTOR
KBC
IR
JV1
LPT
COMA & COMB
USB
PS/2
JV3
JV4
JV5
SW
ON
DIP
121
3
4
1
5
6
JV6
JRMS1
+
DIMM1(Bank 2)
DIMM2 (Bank 3)
2.5 Memory Installation
2.5-1 Memory Bank Configuration
The system board provides four 72-pin SIMMs (Single In-Line Memory Module) and two 168-pin DIMM(Double In-Line Memory) sockets, supports a
maximum of 256MB of memory . Y ou can use SIMM from 4MB, 8MB, 16MB,
32MB, 64MB or 128MB. And DIMM from 8MB, 16MB, 32MB, 64MB, 128MB,
or 256MB. A Bank consist of 2 SIMM socket or One DIMM socket. It also
consist of 2 RAS, each RAS supports memory up to 128MB.This board support 6 RAS.
CHAPTER 2 HARDWARE INSTALLATION
2.5-2 Memory Installation Procedures:
1. The SIMM slot has a “Plastic Safety
Tab” and the SIMM memory module
has a “Notched End”, so the SIMM
memory module can only fit in one
direction.
2. Insert the SIMM memory modules into
the socket at 45-degree angle, then
push into a vertical position so that it
will snap into place.
3. The Mounting Holes and Metal Clips
should fit over the edge and hold the
SIMM memory modules in place.
A. How to install a SIMM Module
Single Sided SIMM
Double Sided SIMM
Notched
End
2-13
CHAPTER 2 HARDWARE INSTALLATION
B. How to install a DIMM Module
1. The DIMM slot has a two key mark “VOLT and DRAM” , so the
DIMM memory module can only fit in one direction.
2. Insert the DIMM memory module vertically into the DIMM slot
then push it in.
3. Close the plastic clip at the side of the DIMM slot.
Single Sided DIMM
Double Sided DIMM
Note: If you have installed SIMM and DIMM at the same time. Y ou must
use a 3.3 volt DIMM with 5 volt I/O signal tolerance or a full 5 volt
DIMM module (EDO, FP or SDRAM). Look for JV1 to select the
DIMM voltage.
2-14
CHAPTER 2 HARDWARE INSTALLATION
2-15
B.1 DIMM Power V oltage Selector : JV1
DIMM V oltage JV1
5V
3.3V
SIMM Power Level : 5 Volts DIMM Power Level : 3.3V or 5V
SIMM1
SIMM2
SIMM3
SIMM4
DIMM1
DIMM2
Socket 7
FDD
IDE1
IDE2
ISA SLOT 4
ISA SLOT 2
ISA SLOT 3
ISA SLOT 1
PCI SLOT 4
PCI SLOT 3
PCI SLOT 2
PCI SLOT 1
BIOS
BATT
+
2032
JPF
JGS
JGL
JP2
INTEL
FW82371AB
INTEL
FW82439TX
JBAT
JRMS2
JFAN
ATX
POWER CONNECTOR
KBC
IR
JV1
LPT
COMA & COMB
USB
PS/2
JV3
JV4
JV5
SW
ON
DIP
121
3
4
1
5
6
JV6
JRMS1
+
JV1
+5V
+3V
CHAPTER 2 HARDWARE INSTALLATION
1. Make sure that the SIMM banks are using the same type and equal size
density memory.
2 . To operate properly at least two 72-pin SIMM module must be installed in
the same bank or one 168-pin DIMM module must be installed.
3. Look at the table below:
4 . Before using SIMM and DIMM modules, look at the chart next page.
5 . Each RAS can not exceed 16 pcs of DRAM.
6. It is not recommended to mix 3V SDRAM with 5V EDO/FP , for it may
cause unreliability.
6 . If SDRAM and EDO/FPM are mixed in a system, then the configuration is
limited to a miximum of four RAS(two RAS of x4 EDO/FPM and two RAS
of x8 or x16 SDRAM). If only x8 or x16 EDO/FPM and SDRAM devices
are used(i.e. not x4’ s), then five RAS can be supported.
7 . If you use a 64M DRAM of SDRAM, then Bank0 can not be use.
2.5-3 Memory Population Rule
BANK0 BANK1 BANK2 BANK3
S S/D/N S/D/N S/N
D S/D/N S/D/N N
N S/D/N S/D/N D
S = Single Density D = Double Density N = None
2-16
CHAPTER 2 HARDWARE INSTALLATION
4M 1Mx4 SYMM 10 10 4MBx8 8MBx16
16M 1Mx16 SYMM 10 10 4MBx2 8MBx4
1Mx16 ASYM 12 8 4MBx2 8MBx4
2Mx8 ASYM 11 10 8MBx4 16MBx8
4Mx4 SYMM 11 11 16MBx8 32MBx16
4Mx4 ASYM 12 10 16MBx8 32MBx16
64M 2Mx32 ASYM 12 9 8MBx1 16MBx2
4Mx16 SYMM 11 11 16MBx2 32MBx4
4Mx16 ASYM 12 10 16MBx2 32MBx4
8Mx8 ASYM 12 11 32MBx4 64MBx8
16Mx4 SYMM 1 2 12 64MBx8128MBx16
16M 1Mx16 ASYM 12 8 8MBx4 16MBx8
2Mx8 ASYM 12 9 16MBx8 32MBx16
4Mx4 ASYM 12 10 32MB 64MB
64M 2Mx32 ASYM 12 10 32MBx2 64MBx4
2Mx32 ASYM 13 8 16MBx2 32MBx4
4Mx16 ASYM 14 8 32MB 64MB
8Mx8 ASYM 14 9 64MB 128MB
16Mx4 ASYM 14 10 128MB 256MB
DRAM
Tech.
DRAM
Density &
Width
DRAM
Addressing
Address Size
MB/SIMM
Row
Column
Single
Side(S)
Double
Side(D)
DRAM
Tech.
DRAM
Density &
Width
DRAM
Addressing
Address Size
MB/DIMM
Row
Column
Single
Side(S)
Double
Side(D)
Table 2.5-1 Minimum (upgradeable) and Maximum
Memory Size for each configuration for SIMM
Table 2.5-2 Minimum (upgradeable) and Maximum
Memory Size for each configuration for DIMM
2-17
no.
pcs.
no.
pcs.
no.
pcs.
no.
pcs.
Loading...