BWI IP-4PGP23 Series User manual

IP-4PGP23
Series
(Full-Size Single Board Computer)
INSTALLATION GUIDE
Installation Guide Revision C0
60070024PG0C0

i
COPYRIGHT©
All rights reserved. The information contained in this guide has been
validated and reviewed for accuracy. No patent liability is assumed with
respect to the use of the information contained herein. While every
precaution has been taken in the preparation of this guide, the Manufacturer
assumes no responsibility for errors or omissions.
No part of this publication may be reproduced, stored in a retrieval
system, or transmitted in any form or by any means, electronic, mechanical,
photocopying, recording, or otherwise, without the prior written permission of
Manufacturer.
TRADEMARK™
Intel®, Pentium®and Celeron®are registered trademarks of Intel®
Corporation.
Microsoft®and Windows®are registered trademarks of Microsoft
Corporation.
All products and company names are trademarks or registered
trademarks of their respective holders.
These specifications are subject to change without notice.
Installation Guide Revision C0
August 2006

ii
CONTENTS
SECTION 1 INTRODUCTION 1
1.1 Unpacking IP-4PGP23 Series 1
1.2 Description 3
1.3 Features 3
1.3.1 Hardware Monitoring 4
1.3.2 I/O Shield Connector 4
1.3.3 IP-4PGP23 Series Overview 4
1.3.4 System Block Diagram 5
1.4 Specifications 6
SECTION 2 INSTALLATIONS 8
2.1 System Installation 8
2.1.1 CPU Installation 8
2.1.2 Heat Sink Installation 9
2.1.3 Memory Module Installation 10
2.1.4 Setting Jumpers 11
2.2 Board Layout 12
2.3 Jumper Setting 13
2.4 Connector’s Description 14
2.5 Optional IP-ALCS20 Audio Card 28

iii
CONTENTS
SECTION 3 AWARD BIOS SETUP 30
3.1 BIOS Instructions 30
3.2 Main Menu 31
3.3 Standard CMOS Features 33
3.4 IDE Adapters 35
3.5 Advanced BIOS Features 37
3.6 Advanced Chipset Features 42
3.7 Integrated Peripherals 45
3.8 Power Management Setup 50
3.9 PnP/PCI Configurations 54
3.10 PC Health Status 56
3.11 Frequency/Voltage Control 58
3.12 Load Fail-Safe Default 59
3.13 Load Optimized Defaults 59
3.14 Supervisor/User Password Setting 60
3.15 Exit Selecting 61

iv

1
INTRODUCTION
1.1 Unpacking IP-4PGP23 Series
1. Take out the IP-4PGP23 series unit from the carton box, check if the unit
is properly secure in the plastic bag.
2. Check the contents of the carton box:
¡Single Board Computer ¡Installation Guide
¡Floppy ribbon cable ¡ATA-66/100 HDD ribbon cable
¡CD Driver ¡Printer & COM1 ribbon cable
SECTION 1

Introduction
2
¡K/B & M/S Y type cable ¡K/B extend to BP cable
(5-pins to 6-pins)
¡ATX power control cable ¡USB 2.0 cable (1 Set)
(4-pins to 4-pins)
¡S-ATA cable
3. Optional Audio Card / Cable
¡IP-ALCS20 Audio Card ¡Audio 9-pins round cable

Introduction
3
1.2 Description
The IP-4PGP23 Series single board computer is optimized for socket
478 FC-PGA processor, supporting 800/533MHz Front Side Bus, the
memory can accommodate is up to 2GB DDR333/400 SDRAM. This board
is based on the Intel®865G chipset and is fully designed for harsh industrial
environment. The IP-4PGP23 series is 800MHz FSB with chipset (GMCH)
on-die enhanced Intel®Extreme Graphics 2 and one 10/100/1000 Mbps
Gigabit Ethernet controller. It is for CTI and high-performance applications.
The other I/O function include two SATA ports, two serial ports, one
parallel port, two ATA100 IDE interface, one FDC interface, four USB 2.0
ports, Watchdog Timer and PS/2 Keyboard or Mouse.
1.3 Features
¡Intel®Pentium®4 / Celeron®processor
¡Intel®865G + ICH5 AGPset
¡Support 2GB DDR333/400 SDRAM (Max.) Memory
¡Front Side Bus Frequency: 533 / 800 MHz
¡Chipset integrated AGP8X graphic function
¡Single 10/100/1000 Mbps Gigabit Ethernet using Intel®82547GI chip
¡Software programmable watchdog timer
¡Hardware Monitoring
¡AC97 Audio pin-header (Option IP-ALCS20 audio card)

Introduction
4
1.3.1 Hardware Monitoring
Hardware monitoring allows you to monitor various aspects of your
systems operations and status. The features include CPU temperature,
voltage and RPM of fan.
1.3.2 I/O Shield Connector
The SBC is equipped with an I/O bracket. Please use the appropriate
I/O shield (figure 1).
IP-4PGP23 Series
Figure 1: I/O bracket layout
1.3.3 IP-4PGP23 Series Overview
Function / Model IP-4PGP23
¡Chipset i865G
¡VGA function (i865G)
¡Gigabit Ethernet function 
¡AC97 Audio Pin-header (Option IP-ALCS20 Audio Card)
¡Two EIDE interface 
¡Two SATA interface 
¡One Floppy interface 
¡Two Serial, One Parallel 
¡Four USB 2.0 ports 

Introduction
5
1.3.4 System Block Diagram
P4 Socket 478-pins ClockVRM
DATACTRLADDR
GMCH (865G)
932FC-BGA
ICH5
460uBGA
DDR333/400 X1
CRT
Super I/O
W83627
ATA100
USB
IDEPrimary
IDE Secondary
USB Port 0/1
USB Port 2/3
SATAPort1
SATAPort2
FWH
Keyboard
Mouse
COM Port
LPTPort
Floppy
iTE Bridge
IT8888F ISABUS
PCI BUS
PICMG SLOT
10/100/1000
Base-TX
82547GI
CSA
DDR333/400 X1
AGP8X
SATA
Figure 2: System Block Diagram

Introduction
6
1.4 Specifications
IP-4PGP23:
¡Processor:
-Socket 478 processors, for Intel®Pentium®4/ Celeron®processor
¡Chipset:
- Intel®865G + ICH5 AGPset
¡Front Side Bus:
- 400 / 533 / 800 MHz
¡DRAM Module:
- 2 x 184pins DIMM for DDR SDRAM up to 2GB (max.)
- Support DDR 266 / 333 / 400 SDRAM
¡VGA Function:
- Intel®865G chipset integrated graphic function
¡Gigabit Ethernet Function:
-Intel®82547GI Gigabit Ethernet controller
- For 10 / 100 / 1000 Base-TX Ethernet
¡Audio Function: (Optional)
-AC97 audio interface, by option audio card --- IP-ALCS20
-Onboard 9-pins (pin-header) interface
¡SATA Function:
- Two S-ATA ports, support data transfer rates up to 150MB/s
¡Onboard I/O:
- On-Chip I/O integrated with K/B, Mouse, FDD, Parallel and Serial
controller
¡Onboard PCI / IDE:
- Intel®ICH5 South Bridge controller
- PCI Rev2.2 Compliant
- ACPI Compliant Power Management
- PCI Bus IDE Port with PIO /ATA-100 x 2 (Up to 4 Devices)

Introduction
7
¡Bracket I/O Connectors:
- D-Sub Serial port (COM1)
-Single RJ-45 connector
-15-pins D-Sub VGA connector
- PS/2 style Mouse or Keyboard connector
¡USB 2.0 Ports:
- 4 x USB 2.0 ports (pin-header)
¡BIOS:
- Award Plug & Play BIOS
¡Extended Function:
- Hardware monitoring function
-IrDA by pin-header
¡Form Factor:
- 13.3” x 4.8” (338 x 122mm)
¡Weight:
- 0.93lb (420g) --- IP-4PGP23

8
INSTALLATIONS
2.1 System Installation
2.1.1 CPU Installation
Carefully follow the steps below in order to install the CPU:
1. Check and confirm that you are going to install correctly CPU type and
pin numbers (figure 3).
2. Lift the releasing lever of the Socket 478.
3. Align the pins of the CPU against the pinholes of the Socket 478. Be
sure to pay attention to the orientation of the CPU.
Figure 3: CPU Socket
4. Push down the CPU into the Socket 478.
5. Push down the release lever and lock it against the key hook.
6. Hook the hole in ZIF clip for the CPU cooling fan onto the notch on the
socket 478.
7. Place the CPU cooling fan atop the CPU surface.
8. Push down the opposite side of the ZIF clip and hook it.
9. Slide the head of the clip to left and lock it.
10. Connect the cooling fan cable to the socket. Be careful not to place the
cable on the CPU cooling fan.
SECTION 2

Installations
9
Removing a CPU:
1. Before removing the CPU, turn off the system board power; then wait for
about 3 minutes until the heat radiation plate of the cooling fan and the
CPU cool down.
2. To remove the CPU, lift the releasing lever of the Socket 478.
Note: The CPU and the heat radiation plate are hot. They may cause
burns.
To remove the CPU, reverse the installation steps.
2.1.2 Heat Sink & Retention Module Installation
It is highly recommended that only IP-4PGP23 Heat Sink + Fan (figure
4), designed for use in the chassis be used -- the use of other heat sinks,
including those boxed with CPUs, may result in damage to the IP-4PGP23
SBC.
Make sure that good contact is made between the processors and the
heat sinks. Insufficient contact, incorrect types of heat sinks, fans, or thermal
compound used or improper amount of thermal compound applied on the
CPU die can cause the processors to overheat, which may crash the system.
The Retention Module can prevent the board to crooked, so user must
add the Retention Module to hold up the weight of Heat Sink & Fan.
Figure 4: Heat Sink Installation
Heat Sink & Fan
(For P4 processor only) Installation
Retention Module
(For P4 Heat Sink & Fan)

Installations
10
2.1.3 Memory Module Installation
Figure 5 display the notch marks and what they should look like on your
DIMM memory module.
DIMMs have184-pins and two notches, that will match with the onboard
DIMM socket. DIMM modules are installed by placing the chip firmly into the
socket at a 90-degree angle and pressing straight down (figure 6) until it fits
tightly into the DIMM socket.
Figure 5: DIMM Memory and 184-pins Socket
Figure 6: Memory Installation
Carefully follow the steps below in order to install the DIMMs:
1. To avoid generating static electricity and damaging the DIMM, ground
yourself by touching a grounded metal surface or using a ground scrap
before you touch the DIMM.
2. Do not touch the connector of the DIMM. Dirt residue may cause a
malfunction.
3. Hold the DIMM with its notch to the front side of the IP-4PGP23 Series
and insert it completely into the socket. A DIMM should be inserted into
the inner socket first. Guiding the hole at eachend of the DIMM over the
retaining post at each end of the DIMM socket.
4. If you install two DIMMs, install the second DIMM using the same
procedure as above.

Installations
11
5. If DIMM does not go in smoothly, do not force it. Pull it all the way out
and try again.
6. Make sure the DIMM is properly installed and locked by the tabs on both
sides of the socket.
Removing a DIMM:
To remove the DIMM, use your fingers or a small screwdriver to
carefully push away the plastic tabs that secure the DIMM at eachend. Lift it
out of the socket.
Make sure you store the DIMM in an anti-static bag and must be
populated the same size and manufactory of memory modules. .
2.1.4 Setting Jumpers
There are jumpers on the system board of the system board. You can
set the jumpers to make the necessary operations.
Figure 7: Jumper Connector
For any three-pins jumpers (figure 7), the jumper setting is 1-2 when the
jumper connects pin 1 and 2. The setting is 2-3 when pin 2 and 3 are
connected and so on. You see one of the lines surrounding jumpers is thick,
which indicates pin NO.1.
To move a jumper from one position to another, use needle-nose pliers
or tweezers to pull the pin cap off the pin and move it to the desired position.

Installations
12
2.2 Board Layout
Jumper & Connector Location
CN7 LPT
CN4 FLOPPY
COM2
CN10
CN11 COM1
LAN
CN14
CN17 VGA CN18 CN19
EXT.KB
KB/MS
CN16 AC97
JP2
SATA1
SATA2
CN12
ATX CTL.
BATT1
JP1
CN3 CN6
IDE1IDE2
CN13
CN15
USB0/1 USB2/3
CN9
CN8
SYSTEMFAN
CPUFAN
DIMM1DIMM2
CN1
BZ1
CN2
92003

Installations
13
2.3 Jumper Setting
Table for Jumper Location Description:
Use the information in the following table to change the jumpers.
Jumpers Functions
JP1 Clear CMOS setting select
JP2 Watchdog Timer setting select
In order to set up the correct configuration, here is the description about
how to set the jumpers to enable/disable or change functions. All jumpers’
location please refer to jumper location diagram.
Clear CMOS setting select: JP1
Function JP1
Normal (Default) 1-2
Clear CMOS 2-3
yLocation:
Watchdog Timer setting select: JP2
Function JP2
NMI 1-2
Reset System (Default) 2-3
yLocation:

Installations
14
2.4 Connector’s Description
Connector Location
CN7 LPT
CN4 FLOPPY
COM2
CN10
CN11 COM1
LAN
CN14
CN17 VGA CN18 CN19
EXT.KB
KB/MS
CN16 AC97
JP2
SATA1
SATA2
CN12
ATX CTL.
BATT1
JP1
CN3 CN6
IDE1IDE2
CN13
CN15
USB0/1 USB2/3
CN9
CN8
SYSTEMFAN
CPUFAN
DIMM1DIMM2
CN1
BZ1
CN2
92003