Advantech Network Card PCE 5120 User Manual
PCE-5120  
PICMG 1.3 Full-sized Intel® LGA775 processor  
Card with PCI Express / IPMI / VGA /Dual Gigabit  
LAN  
User Manual  
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A Message to the Customer  
Advantech Customer Services  
Each and every Advantech product is built to the most exacting specifica-  
tions to ensure reliable performance in the harsh and demanding condi-  
tions typical of industrial environments. Whether your new Advantech  
equipment is destined for the laboratory or the factory floor, you can be  
assured that your product will provide the reliability and ease of operation  
for which the name Advantech has come to be known.  
Your satisfaction is our primary concern. Here is a guide to Advantech’s  
customer services. To ensure you get the full benefit of our services,  
please follow the instructions below carefully.  
Technical Support  
We want you to get the maximum performance from your products. So if  
you run into technical difficulties, we are here to help. For the most fre-  
quently asked questions, you can easily find answers in your product doc-  
umentation. These answers are normally a lot more detailed than the ones  
we can give over the phone.  
So please consult this manual first. If you still cannot find the answer,  
gather all the information or questions that apply to your problem, and  
with the product close at hand, call your dealer. Our dealers are well  
trained and ready to give you the support you need to get the most from  
your Advantech products. In fact, most problems reported are minor and  
are able to be easily solved over the phone.  
In addition, free technical support is available from Advantech engineers  
every business day. We are always ready to give advice on application  
requirements or specific information on the installation and operation of  
any of our products.  
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Certifications  
This device complies with the requirements in part 15 of the FCC rules:  
Operation is subject to the following two conditions:  
• This device may not cause harmful interference  
• This device must accept any interference received, including interfer-  
ence that may cause undesired operation  
This equipment has been tested and found to comply with the limits for a  
Class A digital device, pursuant to Part 15 of the FCC Rules. These limits  
are designed to provide reasonable protection against harmful interfer-  
ence when the equipment is operated in a commercial environment. This  
equipment generates, uses, and can radiate radio frequency energy and, if  
not installed and used in accordance with the instruction manual, may  
cause harmful interference to radio communications. Operation of this  
device in a residential area is likely to cause harmful interference in  
which case the user will be required to correct the interference at his/her  
own expense. The user is advised that any equipment changes or modifi-  
cations not expressly approved by the party responsible for compliance  
would void the compliance to FCC regulations and therefore, the user's  
authority to operate the equipment.  
Caution! There is a danger of a new battery exploding if  
it is incorrectly installed. Do not attempt to  
recharge, force open, or heat the battery.  
Replace the battery only with the same or  
equivalent type recommended by the manufac-  
turer. Discard used batteries according to the  
manufacturer’s instructions.  
PCE-5120 User Manual  
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Memory Compatibility  
Brand  
Size  
Speed  
Type  
Memory  
Apacer  
1GB  
DDR2 533  
DDR2  
SAMSUNG K4T51083QB-  
ZKD5 (128x4)  
UG  
512MB  
1GB  
DDR2 400  
DDR2 400  
DDR2  
DDR2  
ELPIDA E5108AB-5C-E  
(64x8)  
Transcend  
256MB  
512MB  
1GB  
DDR2 533  
DDR2 533  
DDR2 533  
DDR2 533  
DDR2 533  
DDR2 533  
DDR2 533  
DDR2 667  
DDR2 667  
DDR2 533  
DDR2  
DDR2  
DDR2  
DDR2  
DDR2  
DDR2  
DDR2  
DDR2  
DDR2  
DDR2  
SAMSUNG 443  
K4T56083QF-GCD5 (32x8)  
ELPIDA E5108AB-5C-E  
(64x8)  
ELPIDA E5108AB-5C-E  
(64x8)  
DSL  
512MB  
1GB  
Infineon HYB18T512  
800AF37 FSS43331 (64x8)  
ELPIDA E5108AE-5C-E  
(64x8)  
Apacer  
(RoHS)  
512MB  
1GB  
ELPIDA E5108AG-5C-E  
(64x8)  
ELPIDA E5108AG-5C-E  
(64x8)  
512MB  
1GB  
ELPIDA E5108AG-6E-E  
(64x8)  
ELPIDA E5108AG-6E-E  
(64x8)  
Transcend  
(RoHS)  
256MB  
Infineon  
HYB18T512 160AF3.7  
3VV21710 (32x16)  
512MB  
1GB  
DDR2 533  
DDR2 533  
DDR2 667  
DDR2 667  
DDR2  
DDR2  
DDR2  
DDR2  
SEC  
K4T51083QC (64X8)  
SEC  
K4T51083QC (64X8)  
512MB  
512MB  
SEC  
K4T51083QC ES (64x8)  
SEC  
K4T51083QC  
512MB  
1GB  
DDR2 667  
DDR2 667  
DDR2  
DDR2  
5*32 D9DCL  
SEC  
K4T51083QC ES  
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Network Feature Comparison  
LAN/Model  
PCE-5120F  
PCE-5120G2 PCE-5120VG  
LAN1: Intel® 82573V Yes  
LAN2: Intel® 82573V Yes  
Yes  
Yes  
No  
Yes  
No  
No  
IPMI  
Yes  
Processor Support  
PCE-5120-00A2E (Conroe/Conroe-L)  
Intel Core™ 2 Duo Desktop Processor  
(E6000/E4000)  
Long-term supported P/N:  
E6400, E4300, E2160, Cel-  
Intel Pentium® Dual-Core Desktop Proces- eron 440  
sor (E2000)  
Intel Celeron® Processor 400  
PCE-5120-00A1E (Prescott / Cedar Mill)  
Intel Pentium D Processor  
Intel Pentium 4 Processor  
Intel Celeron D Processor  
Long-term supported P/N:  
Pentium 4 3.4 GHz  
Pentium 4 3.0 GHz  
Celeron D 352/341  
PCE-5120 User Manual  
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Product warranty  
Advantech warrants to you, the original purchaser, that each of its prod-  
ucts will be free from defects in materials and workmanship for two years  
from the date of purchase.  
This warranty does not apply to any products which have been repaired or  
altered by persons other than repair personnel authorized by Advantech,  
or which have been subject to misuse, abuse, accident or improper instal-  
lation. Advantech assumes no liability under the terms of this warranty as  
a consequence of such events.  
If an Advantech product is defective, it will be repaired or replaced at no  
charge during the warranty period. For out-of-warranty repairs, you will  
be billed according to the cost of replacement materials, service time and  
freight. Please consult your dealer for more details.  
If you think you have a defective product, follow these steps:  
1.  
Collect all the information about the problem encountered. (For  
example, type of PC, CPU speed, Advantech products used, other  
hardware and software used, etc.) Note anything abnormal and list  
any on-screen messages you get when the problem occurs.  
2.  
3.  
Call your dealer and describe the problem. Please have your man-  
ual, product, and any helpful information readily available.  
If your product is diagnosed as defective, obtain an RMA (return  
material authorization) number from your dealer. This allows us to  
process your return more quickly.  
4.  
5.  
Carefully pack the defective product, a fully-completed Repair and  
Replacement Order Card and a photocopy proof of purchase date  
(such as your sales receipt) in a shippable container. A product  
returned without proof of the purchase date is not eligible for war-  
ranty service.  
Write the RMA number visibly on the outside of the package and  
ship it prepaid to your dealer.  
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Initial Inspection  
Before you begin installing your single board computer, please make sure  
that the following materials have been shipped:  
•
PCE-5120 Intel® LGA775 processor-  
based single board computer  
•
•
1 PCE-5120 startup manual  
1 CD with driver utility and manual (in PDF format)  
1 FDD cable  
•
•
•
•
•
•
•
•
•
•
P/N: 1700340640  
P/N: 1701400452  
P/N: 1700003194  
P/N: 1703150102  
P/N: 1701260305  
P/N: 1701092300  
P/N: 1700060202  
P/N: 1750000400  
P/N: 1700002314  
P/N: 2190000902  
1 Ultra ATA 66/100 HDD cable  
2 Serial ATA HDD data cable  
2 Serial ATA HDD power cable  
1 Printer (parallel) port & COM port cable kit  
1 Dual COM port cable kit  
1 Y cable for PS/2 keyboard and PS/2 mouse  
1 CPU cooler  
1 USB cable with 4 ports  
1 warranty card  
If any of these items are missing or damaged, contact your distributor or  
sales representative immediately. We have carefully inspected the PCE-  
5120 mechanically and electrically before shipment. It should be free of  
marks and scratches and in perfect working order upon receipt. As you  
unpack the PCE-5120, check it for signs of shipping damage. (For exam-  
ple, damaged box, scratches, dents, etc.) If it is damaged or it fails to meet  
the specifications, notify our service department or your local sales repre-  
sentative immediately. Also notify the carrier. Retain the shipping carton  
and packing material for inspection by the carrier. After inspection, we  
will make arrangements to repair or replace the unit.  
PCE-5120 User Manual  
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Contents  
Chapter 1 Hardware Configuration.................................2  
1.1 Introduction....................................................................... 2  
1.2 Features ............................................................................. 3  
1.3 Specifications .................................................................... 4  
1.3.1 System............................................................................. 4  
1.3.2 Memory........................................................................... 4  
1.3.3 Input/Output.................................................................... 5  
1.3.4 Ethernet LAN.................................................................. 5  
1.3.5 Industrial features ........................................................... 5  
1.3.6 Mechanical and environmental specifications................ 5  
1.4 Jumpers and Connectors.................................................... 6  
Table 1.1: Jumpers ....................................................... 6  
Table 1.2: Connectors .................................................. 6  
1.5 Board Layout: Jumper and Connector Locations.............. 8  
Figure 1.1: Jumper and Connector locations................. 8  
1.6 PCE-5120 Block Diagram................................................. 9  
Figure 1.2: PCE-5120 Block Diagram .......................... 9  
1.7 Safety Precautions.......................................................... 10  
1.8 Jumper Settings ............................................................... 11  
1.8.1 How to set jumpers ....................................................... 11  
1.8.2 CMOS clear (CMOS1) ................................................. 11  
Table 1.3: CMOS (CMOS1) ...................................... 11  
1.8.3 Watchdog timer output (JWDT1)................................. 12  
Table 1.4: Watchdog timer output (JWDT1) ............. 12  
1.8.4 COM2 RS 232/422/485 mode selector (JSETCOM2) . 12  
Table 1.5: COM2 RS 232/422/485 mode selector  
(JSETCOM2) ............................................ 12  
1.9 System Memory .............................................................. 13  
1.9.1 CPU FSB and memory speed ....................................... 13  
1.10 Memory Installation Procedures ..................................... 13  
1.11 Cache Memory ................................................................ 13  
1.12 Processor Installation ...................................................... 14  
1.13 CPU Cooler Installation .................................................. 16  
Chapter 2 Connecting Peripherals .................................18  
2.1 Introduction..................................................................... 18  
2.2 IDE Connectors (IDE1)................................................... 18  
2.3 Floppy Drive Connector (FDD1).................................... 19  
2.4 Parallel Port (LPT1) ........................................................ 20  
2.5 VGA Connector (VGA1) ................................................ 21  
2.6 Serial Ports (COM1, COM2, COM3, COM4) ................ 21  
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2.7 PS/2 Keyboard and Mouse Connector (KBMS1) ........... 22  
2.8 External Keyboard & Mouse (KBMS2).......................... 22  
2.9 CPU Fan Connector (CPFAN1)...................................... 23  
2.10 Front Panel Connectors (JFP1, JFP2, JFP3) ................... 23  
2.10.1 ATX soft power switch (JFP1 / PWR_SW) ................. 24  
2.10.2 Reset (JFP1 / RESET)................................................... 24  
2.10.3 HDD LED (JFP2 / HDDLED)...................................... 24  
2.10.4 SM Bus Connector (JFP2 / SNMP).............................. 24  
2.10.5 External speaker (JFP2 / SPEAKER)........................... 24  
2.10.6 Power LED and keyboard lock connector (JFP3 /  
PWR_LED&KEY LOCK) ........................................... 24  
Table 2.1: ATX power supply LED status (No support  
for AT power) ........................................... 25  
2.11 H/W Monitor Alarm (JOBS1)......................................... 25  
Table 2.2: Hardware Monitor Alarm setting.............. 25  
2.12 Gigabit LAN RJ45 connector (LAN1, LAN2)................ 26  
2.13 AC'97 Link connector (AC97)........................................ 26  
2.14 Serial ATA2 Interface..................................................... 27  
2.15 LAN1 and LAN2 LED connector (LANLED1) ............. 27  
2.16 BMC connector (BMC1)................................................. 28  
2.17 USB (USB12, USB34).................................................... 28  
Chapter 3 Award BIOS Setup.........................................30  
3.1 Introduction..................................................................... 30  
3.1.1 CMOS RAM Auto-backup and Restore....................... 30  
3.2 Entering Setup................................................................. 31  
Figure 3.1: Award BIOS Setup initial screen.............. 31  
3.3 Standard CMOS Setup .................................................... 31  
3.3.1 Date............................................................................... 31  
3.3.2 Time.............................................................................. 31  
3.3.3 IDE channel 0/1 Master/Slave...................................... 31  
3.3.4 Drive A / Drive B.......................................................... 32  
3.3.5 Halt On.......................................................................... 32  
3.3.6 Memory......................................................................... 32  
Figure 3.2: Standard CMOS Features Screen.............. 32  
3.4 Advanced BIOS Features................................................ 33  
Figure 3.3: Advanced BIOS features screen................ 33  
3.4.1 CPU Features................................................................ 33  
3.4.2 Hard Disk Boot Priority................................................ 34  
3.4.3 Virus Warning............................................................... 34  
3.4.4 CPU L1, L2 & L3 Cache .............................................. 34  
3.4.5 Hyper-Threading Technology....................................... 34  
3.4.6 Quick Power On Self Test ............................................ 34  
3.4.7 First/Second/Third Boot Device................................... 34  
3.4.8 Boot Other Device ........................................................ 34  
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3.4.9 Swap Floppy Drive....................................................... 34  
3.4.10 Boot Up Floppy Seek.................................................... 34  
3.4.11 Boot Up NumLock Status............................................. 34  
3.4.12 Gate A20 Option........................................................... 34  
3.4.13 Typematic Rate Setting................................................. 35  
3.4.14 Typematic Rate (Chars/Sec)......................................... 35  
3.4.15 Typematic Delay (msec)............................................... 35  
3.4.16 Security Option............................................................. 35  
3.4.17 APIC Mode................................................................... 35  
3.5 Advanced Chipset Features............................................. 36  
Figure 3.4: Advanced chipset features screen ............. 36  
3.5.1 DRAM Timing Selectable ............................................ 36  
3.5.2 CAS Latency Time ....................................................... 36  
3.5.3 DRAM RAS# to CAS# Delay ...................................... 37  
3.5.4 DRAM RAS# Precharge............................................... 37  
3.5.5 Precharge Delay (t RAS) .............................................. 37  
3.5.6 System Memory Frequency.......................................... 37  
3.5.7 System BIOS Cacheable............................................... 37  
3.5.8 Video BIOS Cacheable................................................. 37  
3.5.9 Memory Hole At 15M-16M ......................................... 37  
3.5.10 PCI-Express Root Port Func......................................... 38  
3.5.11 PEG / Onchip VGA Control......................................... 38  
3.5.12 PEG Force X1............................................................... 38  
3.5.13 On-Chip Video Memory Size....................................... 38  
3.5.14 On-Chip Frame Buffer Size.......................................... 38  
3.5.15 DVMT Mode ................................................................ 38  
3.5.16 DVMT / FIXED Memory Size..................................... 38  
3.5.17 Init Display First........................................................... 38  
3.6 Integrated Peripherals...................................................... 39  
Figure 3.5: Integrated peripherals................................ 39  
Figure 3.6: On-Chip IDE Device................................. 39  
3.6.1 IDE HDD Block Mode ................................................. 39  
3.6.2 IDE DMA Transfer Access........................................... 39  
3.6.3 On-Chip Primary / Secondary IDE Device................... 40  
3.6.4 SATA Mode.................................................................. 40  
3.6.5 Note: On-Chip Serial ATA........................................... 40  
3.6.6 PATA IDE Mode.......................................................... 40  
3.6.7 SATA Port .................................................................... 40  
Figure 3.7: Onboard Device ........................................ 41  
3.6.8 USB Controller ............................................................. 41  
3.6.9 USB 2.0 Controller ....................................................... 41  
3.6.10 USB Keyboard / Mouse Support .................................. 41  
3.6.11 AC97 Audio.................................................................. 41  
3.6.12 Onboard LAN1 Control................................................ 41  
3.6.13 Onboard LAN2 Control................................................ 41  
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Figure 3.8: Super I/O Device....................................... 42  
3.6.14 Onboard FDC Controller .............................................. 42  
3.6.15 Onboard Serial Port 1 ................................................... 42  
3.6.16 Onboard Serial Port 2 ................................................... 42  
3.6.17 UART Mode Select ...................................................... 42  
3.6.18 RxD, TxD Active.......................................................... 42  
3.6.19 IR Transmission Delay ................................................. 42  
3.6.20 UR2 Duplex Mode........................................................ 43  
3.6.21 Use IR Pins ................................................................... 43  
3.6.22 Onboard Parallel Port.................................................... 43  
3.6.23 Parallel Port Mode ........................................................ 43  
3.6.24 EPP Mode Select .......................................................... 43  
3.6.25 ECP Mode Use DMA ................................................... 43  
3.6.26 Onboard Serial Port 3 ................................................... 43  
3.6.27 Onboard Serial Port 4 ................................................... 43  
3.7 Power Management Setup............................................... 44  
Figure 3.9: Power management setup screen (1)......... 44  
3.7.1 PCI express PM Function ............................................. 44  
3.7.2 Power Supply Type....................................................... 44  
3.7.3 ACPI Function.............................................................. 44  
3.7.4 Power Management ...................................................... 45  
Table 3.1: Power Saving ............................................ 45  
3.7.5 Video Off Method......................................................... 45  
3.7.6 Video Off In Suspend ................................................... 45  
3.7.7 Suspend Type................................................................ 45  
3.7.8 Modem Use IRQ........................................................... 45  
3.7.9 Suspend Mode............................................................... 45  
3.7.10 HDD Power Down........................................................ 45  
3.7.11 Soft-Off by PWR-BTTN .............................................. 46  
3.7.12 PowerOn by LAN......................................................... 46  
3.7.13 PowerOn by Modem..................................................... 46  
3.7.14 PowerOn by Alarm....................................................... 46  
3.7.15 Primary IDE 0 (1) and Secondary IDE 0 (1) ................ 46  
3.7.16 FDD, COM, LPT PORT............................................... 46  
3.7.17 PCI PIRQ [A-D]# ......................................................... 46  
3.7.18 PWRON After PWR-Fail ............................................. 46  
3.8 PnP/PCI Configurations.................................................. 47  
Figure 3.10:PnP/PCI configurations screen.................. 47  
3.8.1 Reset Configuration Data.............................................. 47  
3.8.2 Resources Controlled By .............................................. 47  
3.8.3 PCI / VGA Palette Snoop ............................................. 47  
3.8.4 Maximum Payload Size................................................ 47  
3.9 PC Health Status.............................................................. 48  
Figure 3.11:PC Health Status Screen ........................... 48  
3.9.1 Case Open Warning...................................................... 48  
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3.9.2 CPU Warning Temperature .......................................... 48  
3.9.3 Current System Temperature........................................ 48  
3.9.4 Current CPU Temperature............................................ 48  
3.9.5 CPU FAN Speed........................................................... 48  
3.9.6 System FAN 1 / 2 Speed............................................... 48  
3.9.7 VCORE and Other Voltages......................................... 48  
3.9.8 Shutdown Temperature................................................. 48  
3.10 Frequency / Voltage Control........................................... 49  
Figure 3.12:Spread Spectrum Control screen............... 49  
3.10.1 CPU Clock Ratio .......................................................... 49  
3.10.2 Spread Spectrum........................................................... 49  
3.11 Load Setup Defaults........................................................ 50  
Figure 3.13: Load Setup Defaults screen...................... 50  
3.12 Save & Exit Setup ........................................................... 50  
3.13 Exit Without Saving........................................................ 50  
Chapter 4 Chipset Software Install Utility.....................52  
4.1 Before you begin ............................................................. 52  
4.2 Introduction..................................................................... 52  
4.3 Windows XP Driver Setup.............................................. 53  
Chapter 5 VGA Setup ......................................................58  
5.1 Introduction..................................................................... 58  
5.2 Windows XP Driver Setup.............................................. 58  
Chapter 6 Onboard Security Setup ................................62  
6.1 Introduction..................................................................... 62  
6.2 Windows XP Driver Setup.............................................. 62  
6.3 Using the OBS Hardware Doctor Utility ........................ 65  
Chapter 7 LAN Configuration ........................................68  
7.1 Introduction..................................................................... 68  
7.2 Features ........................................................................... 68  
7.3 Installation....................................................................... 68  
7.4 Win XP Driver Setup (Intel 82573) ................................ 69  
Chapter 8 SATA RAID Setup .........................................74  
8.1 Introduction..................................................................... 74  
8.2 SATA RAID Driver and Utility Setup............................ 74  
Chapter 9 IPMI ................................................................76  
9.1 IPMI introduction............................................................ 76  
9.2 Definitions....................................................................... 76  
9.3 IPMI function list ............................................................ 76  
Table 9.1: Supported IPMI commands ...................... 76  
9.4 IPMI OEM command lists .............................................. 80  
Table 9.2: OEM Commands list................................. 80  
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Appendix A Watchdog Timer.............................................82  
A.1 Programming the Watchdog Timer................................. 82  
A.1.1 Watchdog timer overview............................................. 82  
A.1.2 Jumper selection ........................................................... 82  
A.1.3 Programming the Watchdog Timer .............................. 82  
Table A.1: Watchdog timer registers .......................... 84  
A.1.4 Example Program ......................................................... 85  
Appendix B I/O Pin Assignments.......................................92  
B.1 IDE Hard Drive Connector (IDE1)................................. 92  
Table B.1: IDE hard drive connector (IDE1).............. 92  
B.2 Floppy Drive Connector (FDD1).................................... 93  
Table B.2: Floppy drive connector (FDD1)................ 93  
B.3 Parallel Port Connector (LPT1)....................................... 94  
Table B.3: Parallel port connector (LPT1).................. 94  
B.4 VGA Connector (VGA1) ................................................ 95  
Table B.4: VGA connector (VGA1)........................... 95  
B.5 RS-232 Serial Port (COM1, COM2, COM3, COM4)..... 96  
Table B.5: RS-232 serial port (COM1, COM2, COM3,  
COM4) ...................................................... 96  
B.6 PS/2 Keyboard/Mouse Connector (KBMS1).................. 97  
Table B.6: PS/2 keyboard/mouse connector  
(KBMS1)................................................... 97  
B.7 External Keyboard Connector (KBMS2)........................ 97  
Table B.7: External keyboard connector (KBMS2).... 97  
B.8 CPU Fan Power Connector (CPUFAN1)........................ 98  
Table B.8: CPU Fan Power Connector  
(CPUFAN1) .............................................. 98  
B.9 Power LED and Keyboard Lock Connector (JFP3 /  
PWR_LED & KEY LOCK)............................................ 98  
Table B.9: Power LED and Keyboard Lock Connector  
(JFP3 / PWR_LED & KEY LOCK) ......... 98  
B.10 External Speaker Connector (JFP2 / SPEAKER) ........... 99  
Table B.10: External Speaker Connector (JFP2 / SPEAK-  
ER) ............................................................ 99  
B.11 Reset Connector (JFP1 / RESET) ................................... 99  
Table B.11: Reset connector (JFP1 / RESET).............. 99  
B.12 HDD LED (JFP2 / HDDLED) ...................................... 100  
Table B.12: HDD LED (JFP2 / HDDLED)................ 100  
B.13 ATX Soft Power Switch (JFP1 / PWR_SW) ................ 100  
Table B.13: ATX soft power switch  
(JFP1 / PWR_SW) .................................. 100  
B.14 AC'97 Link connector (AC97) ..................................... 101  
Table B.14: AC'97 Link connector (AC97)................ 101  
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B.15 SM Bus Connector (JFP2 / SNMP)............................... 101  
Table B.15: SM bus connector (JFP2 / SNMP).......... 101  
B.16 LAN1 and LAN2 LED connector (LANLED1) ........... 102  
Table B.16: LAN1 and LAN2 LED connector  
(LANLED1)............................................ 102  
B.17 System I/O Ports............................................................ 103  
Table B.17: System I/O ports...................................... 103  
B.18 DMA Channel Assignments.......................................... 104  
Table B.18: DMA channel assignments ..................... 104  
B.19 Interrupt Assignments ................................................... 105  
Table B.19: Interrupt assignments .............................. 105  
B.20 1st MB Memory Map.................................................... 105  
Table B.20: 1st MB memory map............................... 105  
B.21 PCI Bus Map................................................................. 106  
Table B.21: PCI bus map............................................ 106  
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1
Hardware  
Configuration  
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Chapter 1 Hardware Configuration  
1.1 Introduction  
The PCE-5120 is designed with the Intel® 945G chipset and ICH7R (I/O  
controller) to support Core™ 2 Duo, Dual-Core Pentium® D / Pentium®  
4 / Celeron® D processors (refer to “Processor Support” on page vi) with  
a 533/800/1066 MHz front side bus and DDR2 533/667 MHz memory up  
to 4 GB. It follows the PICMG 1.3 specification and is the best solution  
for high-performance computing and applications in which a wide I/O  
bandwidth is demanded.  
The PCE-5120 offers a high-performance cost-saving integrated graphics  
unit, built into the Intel® 945G chipset, and features the unique Intel®  
Extreme Graphics architecture to maximize VGA performance and share  
system memory up to 224MB. Whenever higher graphics computing abil-  
ity is required, the PCE-5120 also provides a mainstream PCI Express x  
16 Link to the PICMG 1.3 backplane to interface add-on graphic cards. In  
addition, the PCE-5120 has a single/dual Gigabit Ethernet LAN via dedi-  
cated PCI Express x 1 bus, which offers bandwidths up to 500 MB/sec.,  
eliminating the network data flow bottlenecks, and incorporating Gigabit  
Ethernet to operate at 1000 Mbps. High reliability and outstanding perfor-  
mance make the PCE-5120 the ideal platform for industrial networking  
applications.  
By using the Intel® ICH7R chipset, the PCE-5120 offers another four  
PCI-Express x 1 Link to backplane which can be configured for support-  
ing variety expansion slots. With four on-board SATA2 interfaces (band-  
width = 300MB/sec), the PCE-5120 may support software RAID 0, 1, 5,  
10 functions; eight USB 2.0 connections (four on board and four to back-  
plane). These powerful I/O capabilities ensure even more reliable data  
storage capabilities and suitable for work with high-speed I/O peripher-  
als.  
In addition, the PCE-5120 also provides most of the popular I/O inter-  
faces such as one ATA-100 EIDE ports, AC'97 audio interface, four RS-  
232 ports (COM2 port may be configured for supporting RS-232/422/485  
through a pin header), one enhanced parallel port and floppy disk inter-  
face.  
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The PCE-5120 retains a legacy PCI 32-bit /33 MHz bus from the CPU  
board to the Backplane. It does not require a PCI-Express to PCI bridge  
chip to lower the system cost. It is good for the application and only needs  
a few legacy PCI Buses.  
The PCE-5120 is designed with considerations for extended reliability,  
and is built especially to suit demanding industrial environments. The  
CMOS data backup and restore function protects the BIOS setup data  
from loss due to battery failure. A 256-level watchdog timer prevents the  
system from hanging up if a program cannot be executed normally. A  
remote management port allows users to monitor the system health status  
and control the system remotely through standard SNMP/HTTP protocol  
when used with Advantech's ACMM-1000 and SNMP-1000 Intelligent  
System Manager.  
The PCE-5120 also adopts Advantech's unique patented “Sleep Mode  
Control Circuit” for AT Power Mode. With this thoughtful design, users  
need NOT clear the CMOS after the system enters S3 mode. With all  
these excellent features and outstanding performance, the PCE-5120 is  
definitely the ideal platform for today's industrial applications.  
1.2 Features  
• Compliance with PICMG 1.3  
• Support LGA 775 Intel® Core™ 2 Duo / Dual Core Pentium® D / Pen-  
tium® 4 / Celeron® D FSB 533/800/1066 MHz processors (refer to  
“Processor Support” on page vi)  
• Support Dual Channel DDR2 533/667 SDRAM up to 4GB  
• One PCI Express x 16 Link and Four x1 Link to backplane  
• Dual Gigabit Ethernet via PCI Express x1 port  
• Support Intel IAMT Technology (optional)  
• On board IPMI BMC module (optional)  
• 4 SATA2 HDDs (only on SHB)  
• Support S/W RAID 0, 1, 5, 10  
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• 8 USB 2.0 ports (4 on SHB; 4 to Backplane)  
• 4 COM port, COM2 port can be configured to support RS-232/422/485  
through a pin header  
• CMOS automatic backup and restore to prevent accidental data loss of  
BIOS setup  
1.3 Specifications  
1.3.1 System  
• CPU: Intel® LGA 775 Core™ 2 Duo, Pentium D, Pentium 4, Celeron  
D up to 2.66/3.2/3.8/3.06 GHz, (refer to “Processor Support” on  
page vi), FSB 533/800/1066 MHz. PCE-5120 also attaches a verified  
CPU cooler(1750000400) for customers who use high-speed CPUs in  
2U chassis or in a high-temperature environment.  
• L2 Cache: CPU has built-in 4 MB (for Core™ 2 Duo), 2 x 1024KB/2 x  
2048KB (for Pentium D CPU), 1024KB/2048KB (for Pentium 4  
CPU), 256KB/512 KB (For Celeron D CPU) full-speed L2 cache.  
• BIOS: Award Flash BIOS (4Mb Flash Memory)  
• System Chipset: Intel 945G with ICH7R  
• SATA/EIDE hard disk drive interface: Four on-board SATA2 con-  
nectors with data transmission rate up to 300 MB/s and supporting  
Advanced Host controller interface (AHCI) technology. One on-board  
IDE connector supporting up to two enhanced IDE devices. Supports  
PIO mode 4 (16.67MB/s data transfer rate) and ATA 33/66/100 (33/66/  
100MB/s data transfer rate.) BIOS enabled/disabled.  
• CF Socket: PCE-5120 offer a alternative type II CF socket of IDE port.  
Note: CF socket and IDE port can't work at the same time  
• Floppy disk drive interface: Supports one floppy disk drive, 5¼" (360  
KB and 1.2 MB) or 3½" (720 KB, 1.44 MB). BIOS enable/disable  
1.3.2 Memory  
• RAM: Up to 4 GB in four 240-pin DIMM sockets. Supports dual-chan-  
nel DDRII 400/533/667 SDRAM.  
Note:  
Due to limitations of the PC architecture, the  
system may NOT fully detect 4 GB of RAM  
when 4 GB of RAM is installed.  
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1.3.3 Input/Output  
• PCI Express links: 1 PCI-E x 16 Link and 4 PCIe x1 Link to the  
PICMG 1.3 backplane.  
• PCI Bus: 32bit / 33MHz to the backplane  
• Enhanced parallel port: Configured to LPT1, LPT2, LPT3, or dis-  
abled. Standard DB-25 female connector provided. Supports EPP/SPP/  
ECP  
• Serial ports: Four serial ports on-board pin header, COM2 port can be  
configured for support RS 232/422/485.  
• Keyboard and PS/2 mouse connector: One 6-pin mini-DIN connector  
is located on the mounting bracket for easy connection to a keyboard or  
PS/2 mouse. An on board keyboard pin header connector is also avail-  
able  
• USB port: Supports up to eight USB 2.0 ports (four on board and four  
to backplane) with transmission rate up to 480Mbps.  
1.3.4 Ethernet LAN  
• Supporting single/dual 10/100/1000Base-T Ethernet port(s) via PCI  
Express x1 bus which provides 500 MB/s data transmission rate.  
• Controller:  
LAN 1: Intel® 82573V (G2 version or VG version)  
LAN 2: Intel® 82573V (G2 Version)  
1.3.5 Industrial features  
• Watchdog timer: Can generate a system reset. The watchdog timer is  
programmable, with each unit equal to one second or one minute (255  
levels)  
1.3.6 Mechanical and environmental specifications  
• Operating temperature: 0 ~ 55° C (32 ~ 131° F, Depending on CPU)  
• Storage temperature: -20 ~ 70° C (-4 ~ 158° F)  
• Humidity: 20 ~ 95% non-condensing  
• Power supply voltage: +3.3V, +5V, +12V, +5VSBY  
• Power consumption: Maximum: +5 V at 2A, +3.3V at 20A, +12V at  
15A, +5VSBY at 0.7A (Intel Pentium D 3.2GHz (800 MHz FSB), 4 x  
1GB DDR2 667 SDRAM)  
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• Board size: 338 x 122 mm (13.3” x 4.8”)  
• Board weight: 0.5 kg (1.2 lb)  
1.4 Jumpers and Connectors  
Connectors on the PCE-5120 single board computer link it to external  
devices such as hard disk drives and a keyboard. In addition, the board has a  
number of jumpers used to configure your system for your application.  
The tables below list the function of each of the board jumpers and connec-  
tors. Later sections in this chapter give instructions on setting jumpers. Chap-  
ter 2 gives instructions for connecting external devices to your motherboard.  
Table 1.1: Jumpers  
Label  
Function  
CMOS1  
JWDT1  
CMOS Clear  
Watchdog timer output selection  
COM2 RS 232/422/485 mode selector  
JSETCOM2  
Table 1.2: Connectors  
Label  
IDE1  
Function  
Primary IDE connector  
FDD1  
LPT1  
Floppy Drive Connector  
Parallel port  
VGA1  
COM1  
COM2  
COM3  
COM4  
KBMS1  
KBMS2  
JIR1  
VGA connector  
Serial port: COM1 (9-pin connector)  
Serial port: COM2 (9-pin connector)  
Serial port: COM3 (9-pin connector)  
Serial port: COM4 (9-pin connector)  
PS/2 keyboard and mouse connector  
External keyboard/mouse connector  
Reserved  
CPUFAN1  
JFP1  
CPU FAN connector  
Power and Reset Button connector  
HDD LED/SNMP SMbus/Speaker connector  
Power LED and keyboard lock connector  
JFP2  
JFP3  
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Table 1.2: Connectors  
Label  
Function  
JOBS1  
HW Monitor Alarm  
Close: Enable OBS Alarm  
Open: Disable OBS Alarm  
LAN1  
Giga LAN RJ45 connector  
Giga LAN RJ45 connector  
AC'97 Link connector  
Serial ATA1  
LAN2  
AC97  
SATA1  
SATA2  
SATA3  
SATA4  
LANLED1  
BMC1  
Serial ATA2  
Serial ATA3  
Serial ATA4  
LAN1 and LAN2 LED connector  
BMC connector  
USB12  
USB34  
EXPCI1  
Two USB port pin headers  
Two USB port pin headers  
HIROSA Extended PCI connector (Optional)  
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1.5 Board Layout: Jumper and Connector Locations  
SATA3 SATA4  
SATA1 SATA2  
Figure 1.1: Jumper and Connector locations  
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1.6 PCE-5120 Block Diagram  
LGA775 Processor  
DDRII 533/667  
DDRII 533/667  
Channel A  
Channel B  
CRT  
945G  
GMCH  
PCI Express  
x16 slot  
(Connector A & B )  
DDRII 533/667  
DDRII 533/667  
PCI-E X16  
G-LAN1 :  
Intel 82573V  
G-LAN2 :  
Intel 82573V  
PCI-E X1  
DMA 3  
3/  
1 ATA 100  
port  
66/1  
00  
PCI-E X1  
PCI-E X1  
4 SATA II  
ports  
300MB/s  
Connector A  
Connector D  
PCI-E X1  
PCI-E X1  
ICH7R  
Connector C  
USB 2.0/1.1  
AC’97  
4 USB Ports  
Audio Codec  
32bi  
t/33M  
Hz PC  
I
Bus  
LPC Bus  
Super IO  
Winbond  
W83627HF  
IPMI  
I/F  
BIOS  
Figure 1.2: PCE-5120 Block Diagram  
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1.7 Safety Precautions  
Warning!  
Always completely disconnect the power cord  
from your chassis whenever you work with the  
hardware. Do not make connections while the  
power is on. Sensitive electronic components  
can be damaged by sudden power surges. Only  
experienced electronics personnel should open  
the PC chassis.  
Caution! Always ground yourself to remove any static  
charge before touching the boards. Modern  
electronic devices are very sensitive to static  
electric charges. As a safety precaution, use a  
grounding wrist strap at all times. Place all elec-  
tronic components on a static-dissipative sur-  
face or in a static-shielded bag when they are  
not in the chassis.  
Caution! The computer is provided with a battery-pow-  
ered Real-time Clock circuit. There is a danger  
of explosion if battery is incorrectly replaced.  
Replace only with same or equivalent type rec-  
ommended by the manufacturer. Discard used  
batteries according to manufacturer's instruc-  
tions.  
Caution! There is a danger of a new battery exploding if  
it is incorrectly installed. Do not attempt to  
recharge, force open, or heat the battery.  
Replace the battery only with the same or  
equivalent type recommended by the manufac-  
turer. Discard used batteries according to the  
manufacturer’s instructions.  
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1.8 Jumper Settings  
This section provides instructions on how to configure your PCE-5120 by  
setting the jumpers. It also includes the PCE-5120's default settings and  
your options for each jumper.  
1.8.1 How to set jumpers  
You can configure your PCE-5120 to match the needs of your applica-  
tion by setting the jumpers. A jumper is a metal bridge that closes an elec-  
trical circuit. It consists of two metal pins and a small metal clip (often  
protected by a plastic cover) that slides over the pins to connect them. To  
“close” (or turn ON) a jumper, you connect the pins with the clip. To  
“open” (or turn OFF) a jumper, you remove the clip. Sometimes a jumper  
consists of a set of three pins, labeled 1, 2, and 3. In this case you connect  
either pins 1 and 2, or 2 and 3. A pair of needle-nose pliers may be useful  
when setting jumpers.  
1.8.2 CMOS clear (CMOS1)  
The PCE-5120 single board computer contains a jumper that can erase  
CMOS data and reset the system BIOS information. Normally this  
jumper should be set with pins 1-2 closed. If you want to reset the CMOS  
data, set CMOS1 to 2-3 closed for just a few seconds, and then move the  
jumper back to 1-2 closed. This procedure will reset the CMOS to its  
default setting.  
Table 1.3: CMOS (CMOS1)  
Function  
Jumper Setting  
* Keep CMOS data  
1-2 closed  
2-3 closed  
Clear CMOS data  
* default setting  
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1.8.3 Watchdog timer output (JWDT1)  
The PCE-5120 contains a watchdog timer that will reset the CPU in the  
event the CPU stops processing. This feature means the PCE-5120 will  
recover from a software failure or an EMI problem. The JWDT1 jumper  
settings control the outcome of what the computer will do in the event the  
watchdog timer is tripped.  
Table 1.4: Watchdog timer output (JWDT1)  
Function  
Jumper Setting  
Reserved  
1
1-2 closed  
* Reset  
1
2-3 closed  
*default setting  
1.8.4 COM2 RS 232/422/485 mode selector (JSETCOM2)  
Users can use JSETCOM2 to select among RS 232/422/485 modes for  
COM2. The default setting is RS 232.  
Table 1.5: COM2 RS 232/422/485 mode selector (JSETCOM2)  
COM 2 Port Function  
Jumper Configuration  
RS-232 *  
17 15 13 11  
9
7
5
3
1
18 16 14 12 10  
8
7
6
5
4
3
2
1
RS-422  
17 15 13 11  
9
18 16 14 12 10  
8
7
6
5
4
3
2
1
RS-485  
17 15 13 11  
9
18 16 14 12 10  
8
6
4
2
*default setting  
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1.9 System Memory  
The PCE-5120 has four sockets for 240-pin dual inline memory modules  
(DIMMs) in two memory channels.  
All these sockets use 1.8 V unbuffered double data rate synchronous  
DRAMs (DDR SDRAM). They are available in capacities of 256, 512  
and 1024 MB. The sockets can be filled in any combination with DIMMs  
of any size, giving a total memory size between 256 MB and 4 GB.  
1.9.1 CPU FSB and memory speed  
The PCE-5120 can accept DDR2 SDRAM memory chips without parity.  
Also note: The PCE-5120 accepts DDR2 400/533/667MHz SDRAM.  
The PCE-5120 does NOT support ECC (error checking and correction).  
1.10 Memory Installation Procedures  
To install DIMMs, first make sure the two handles of the DIMM socket  
are in the “open” position. i.e. The handles lean outward. Slowly slide the  
DIMM module along the plastic guides on both ends of the socket. Then  
press the DIMM module right down into the socket, until you hear a  
click. This is when the two handles have automatically locked the mem-  
ory module into the correct position of the DIMM socket. To remove the  
memory module, just push both handles outward, and the memory mod-  
ule will be ejected by the mechanism in the socket.  
1.11 Cache Memory  
The CPU that PCE-5120 supports built-in 4 MB (for Core™ 2 Duo), 2 x  
1024KB/2 x 2048KB cache memory (for Pentium D CPU), and 1024KB/  
2048KB (for Pentium 4 CPU), and 256KB/512 KB (For Celeron D CPU)  
full-speed L2 cache. The built-in second-level cache in the processor  
yields much higher performance than conventional external cache memo-  
ries.  
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1.12 Processor Installation  
The PCE-5120 is designed for Intel® LGA 775 socket CPUs.  
Step 1: Pull the bar besides the CPU socket outward and lift it.  
Step 2: Align the triangular marking on the processor with the cut edge of  
the socket.  
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Step 3: Put back the socket cap and press down the bar to fix it.  
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1.13 CPU Cooler Installation  
Please ensure that the CPU cooler included with the PCE-5120 is  
installed as follows:  
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2
Connecting  
Peripherals  
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Chapter 2 Connecting Peripherals  
2.1 Introduction  
You can access most of the connectors from the top of the board while it  
is installed in the chassis. If you have a number of cards installed or have  
a packed chassis, you may need to partially remove the card to make all  
the connections.  
2.2 IDE Connectors (IDE1)  
JFP1  
JFP2  
JFP3  
IDE1  
LPT1  
You can attach up to two IDE (Integrated Drive Electronics) drives to the  
PCE-5120's built-in controller.  
Wire number 1 on the cable is red or blue and the other wires are gray.  
Connect one end to connector IDE1 on the single board computer. Make  
sure that the red/blue wire corresponds to pin 1 on the connector (in the  
upper right hand corner). See Chapter 1 for help finding the connector.  
Unlike floppy drives, IDE hard drives can connect in either position on  
the cable. If you install two drives to a single connector, you will need to  
set one as the master and the other as the slave. You do this by setting the  
jumpers on the drives. If you use just one drive per connector, you should  
set each drive as the master. See the documentation that came with your  
drive for more information.  
Connect the first hard drive to the other end of the cable. Wire 1 on the  
cable should also connect to pin 1 on the hard drive connector, which is  
labeled on the drive circuit board. Check the documentation that came  
with the drive for more information.  
PCE-5120 offers an alternative type II CF socket of IDE port. The CF  
socket and IDE port can't work at the same time. It will cause the data  
conflict.  
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2.3 Floppy Drive Connector (FDD1)  
JFP1  
JFP2  
JFP3  
FDD1  
LPT1  
You can attach up to two floppy disk drives to the PCE-5120's on board  
controller. You can use 3.5" (720 KB, 1.44 MB) drives.  
The single board computer comes with a 34-pin daisy-chain drive con-  
nector cable. On one end of the cable is a 34-pin flat-cable connector. On  
the other end are two sets of 34-pin flat-cable connector (usually used for  
3.5" drives). The set on the end (after the twist in the cable) connects to  
the A: floppy drive. The set in the middle connects to the B: floppy drive.  
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2.4 Parallel Port (LPT1)  
JFP1  
JFP2  
JFP3  
LPT1  
LPT1  
The parallel port is normally used to connect the single board computer to  
a printer. The PCE-5120 includes an onboard parallel port, accessed  
through a 26-pin flat-cable connector, LPT1. The card comes with an  
adapter cable which lets you use a traditional DB-25 connector. The cable  
has a 26-pin connector on one end and a DB-25 connector on the other,  
mounted on a retaining bracket. The bracket installs at the end of an  
empty slot in your chassis, giving you access to the connector.  
The parallel port is designated as LPT1, and can be disabled or changed  
to LPT2 or LPT3 in the system BIOS setup.  
To install the bracket, find an empty slot in your chassis. Unscrew the  
plate that covers the end of the slot. Screw in the bracket in place of the  
plate. Next, attach the flat-cable connector to LPT1 on the CPU card.  
Wire 1 of the cable is red or blue, and the other wires are gray. Make sure  
that wire 1 corresponds to pin 1 of LPT1. Pin 1 is on the upper right side  
of LPT1.  
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2.5 VGA Connector (VGA1)  
The PCE-5120 includes a VGA interface that can drive conventional  
CRT displays. VGA1 is a standard 15-pin D-SUB connector commonly  
used for VGA. Pin assignments for CRT connector VGA1 are detailed in  
Appendix B.  
JFP1  
JFP2  
JFP3  
LPT1  
VGA1  
2.6 Serial Ports (COM1, COM2, COM3, COM4)  
COM4  
COM2  
COM1  
COM3  
JFP1  
JFP2  
JFP3  
LPT1  
The PCE-5120 offers four serial ports COM1, COM2, COM3 and  
COM4. These ports can connect to serial devices, such as a mouse or to a  
communications network. The COM2 port can be configured to support  
RS-232/422/485 by pin header (JSETCOM2) setting, please refer to 1.8.4  
for the information.  
The IRQ and address ranges for all ports are fixed. However, if you want  
to disable the port or change these parameters later, you can do this in the  
system BIOS setup.  
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Different devices implement the RS-232 standard in different ways. If  
you are having problems with a serial device, be sure to check the pin  
assignments for the connector.  
2.7 PS/2 Keyboard and Mouse Connector (KBMS1)  
JFP1  
JFP2  
JFP3  
LPT1  
KBMS1  
One 6-pin mini-DIN connectors (KBMS1) on the card mounting bracket  
provide connection to a PS/2 keyboard or a PS/2 mouse, respectively.  
KBMS1 can also be connected to an adapter cable (P/N: 1700060202) for  
connecting to both a PS/2 keyboard and a PS/2 mouse.  
2.8 External Keyboard & Mouse (KBMS2)  
JFP1  
JFP2  
JFP3  
LPT1  
KBMS2  
In addition to the PS/2 mouse/keyboard connector on the PCE-5120's rear  
plate, there is also an extra onboard external keyboard and mouse connector.  
This gives system integrators greater flexibility in designing their systems.  
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2.9 CPU Fan Connector (CPFAN1)  
JFP1  
JFP2  
JFP3  
LPT1  
CPUFAN1  
If a fan is used, this connector supports cooling fans of 12V/1A (12W) or  
less.  
2.10 Front Panel Connectors (JFP1, JFP2, JFP3)  
PWR_SW  
HDDLED  
JFP1  
JFP2  
JFP3  
RESET  
SNMP  
SPEAKER  
PWR_LED&KEY LOCK  
JFP1  
JFP2  
JFP3  
LPT1  
There are several external switches to monitor and control the PCE-5120.  
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2.10.1ATX soft power switch (JFP1 / PWR_SW)  
If your computer case is equipped with an ATX power supply, you should  
connect the power on/off button on your computer case to (JFP1 /  
PWR_SW). This connection enables you to turn your computer on and  
off.  
2.10.2Reset (JFP1 / RESET)  
Many computer cases offer the convenience of a reset button. Connect the  
wire for the reset button.  
2.10.3HDD LED (JFP2 / HDDLED)  
You can connect an LED to connector (JFP2 / HDDLED) to indicate  
when the HDD is active.  
2.10.4SM Bus Connector (JFP2 / SNMP)  
This connector is reserved for Advantech's SNMP-1000 HTTP/SNMP  
Remote System Manager. The SNMP-1000 allows users to monitor the  
internal voltages, temperature and fans from a remote computer through  
an Ethernet network.  
(JFP2 / SNMP) can be connected to CN19 of SNMP-1000. Please be  
careful about the pin assignments, pin 1 must be connected to pin 1 and  
pin 2 to pin 2 on both ends of cable.  
2.10.5External speaker (JFP2 / SPEAKER)  
(JFP2 / SPEAKER) is a 4-pin connector for an external speaker. If there  
is no external speaker, the PCE-5120 provides an onboard buzzer as an  
alternative. To enable the buzzer, set pins 3-4 as closed.  
2.10.6Power LED and keyboard lock connector (JFP3 /  
PWR_LED&KEY LOCK)  
(JFP3 / PWR_LED&KEY LOCK) is a 5-pin connector for the power on  
LED and Key Lock function. Refer to Appendix B for detailed informa-  
tion on the pin assignments. The Power LED cable should be connected  
to pin 1-3. The key lock button cable should be connected to pin 4-5.  
There are 3 modes for the power supply connection. The first is “ATX  
power mode”, system is on/off by a tentative power button. The second is  
“AT Power Mode”, system is on/off by the switch of the Power supply.  
The third is another “AT Power Mode” which is using the front panel  
power switch. The power LED status is indicated as following table:  
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:
Table 2.1: ATX power supply LED status (No support for AT power)  
Power mode  
LED (ATX  
LED (AT power LED (AT power  
Power Mode)  
Mode)  
Mode)  
(On/off by front  
(On/off by tentative (On/off by switch-  
button)  
ing power supply)  
panel switch)  
PSON1(On  
Back plane)  
Jumper setting  
2-3 pin closed  
1-2 pin closed  
Connect 1-2 pin  
cable with  
switch  
System On  
On  
On  
On  
System Sus-  
pend  
Fast flashes  
Fast flashes  
Fast flashes  
System Off  
Slow flashes  
Off  
Off  
2.11 H/W Monitor Alarm (JOBS1)  
JFP1  
JFP2  
JFP3  
LPT1  
JOBS1  
(JOBS1) is a 2-pin connector for setting enable/disable alarm while the  
On Board security event acts.  
Table 2.2: Hardware Monitor Alarm setting  
Pin setting  
Close  
Function  
Enable OBS alarm  
Disable OBS alarm  
open  
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2.12 Gigabit LAN RJ45 connector (LAN1, LAN2)  
JFP1  
JFP2  
JFP3  
LPT1  
LAN2  
LAN1  
PCE-5120 uses the Intel 82573V Gigabit LAN chip which is linked to  
PCIe x1 Link. With this chip PCE-5120 may provide high throughputs  
for heavy loading networking environment. It provides two or one RJ-45  
connectors in the rear side and is convenient for most industrial applica-  
tions.  
2.13 AC'97 Link connector (AC97)  
JFP1  
JFP2  
JFP3  
LPT1  
AC97  
The PCE-5120 provides AC'97 audio through PCA-AUDIO-00A1 mod-  
ule from Advantech.  
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2.14 Serial ATA2 Interface  
JFP1  
JFP2  
JFP3  
LPT1  
In addition to the EIDE interfaces (up to two devices), the PCE-5120 fea-  
tures a high performance serial ATA2 interface (up to 300MB/s) which  
eases cabling to hard drives with thin and long cables. These four port can  
be configured as RAID 0, 1, 5, 10 applications.  
2.15 LAN1 and LAN2 LED connector (LANLED1)  
JFP1  
JFP2  
JFP3  
LPT1  
LANLED1  
PCE-5120 provides an external LAN LED Pin header for connecting to  
the front side of the chassis. With this convenient design users may know  
whether the LAN port is acting or not easily. Refer to Appendix B for  
detailed information on the pin assignments.  
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2.16 BMC connector (BMC1)  
JFP1  
JFP2  
JFP3  
LPT1  
BMC1  
PCE-5120 is designed for supporting IPMI 2.0. The BMC module is  
mounted on board through this connector. For more detail operating  
information, please refer to Chapter 9.  
2.17 USB (USB12, USB34)  
JFP1  
JFP2  
JFP3  
LPT1  
USB12  
USB34  
The PCE-5120 provides four on board USB 2.0 ports which support  
transmission rate up to 480 Mbps and is fuse-protected. To install the  
USB cable (p/n: 1700002314) bracket, find an empty slot in your chassis  
and unscrew the plate that covers the end of the slot. Screw in the bracket  
in place of the plate. Next, attach the USB connector to USB12 and  
USB34 on the CPU card.  
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3
Award BIOS Setup  
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Chapter 3 Award BIOS Setup  
3.1 Introduction  
Award’s BIOS ROM has a built-in setup program that allows users to  
modify the basic system configuration. This type of information is stored  
in battery backed-up memory (CMOS RAM) so that it retains the setup  
information when the power is turned off.  
3.1.1 CMOS RAM Auto-backup and Restore  
The CMOS RAM is powered by an onboard button cell battery. When  
you finish BIOS setup, the data in CMOS RAM will be automatically  
backed up to Flash ROM. If operation in harsh industrial environments  
causes a soft error, BIOS will recheck the data in CMOS RAM and auto-  
matically restore the original data in Flash ROM to CMOS RAM for  
booting.  
Note:  
If you intend to change the CMOS setting with-  
out restoring the previous backup, you have to  
click on “DEL” within two seconds of the  
“CMOS checksum error...” display screen mes-  
sage appearing. Then enter the “Setup” screen  
to modify the data. If the “CMOS checksum  
error...” message appears again and again,  
please check to see if you need to replace the  
battery in your system.  
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3.2 Entering Setup  
Turn on the computer and press <Del> to enter the BIOS setup.  
Figure 3.1: Award BIOS Setup initial screen  
3.3 Standard CMOS Setup  
3.3.1 Date  
The date format is <week>, <month>, <day>, <year>.  
3.3.2 Time  
The time format is <hour> <minute> <second>, based on the 24-hour  
clock.  
3.3.3 IDE channel 0/1 Master/Slave  
• IDE HDD Auto-Detection: Press “Enter” to select this option for  
automatic device detection.  
• IDE Device Setup:  
Auto: Automatically detects IDE devices during POST  
None: Select this when no IDE device is used. The system will skip the  
auto-detection step to make system start up faster.  
Manual: User can manually input the correct settings.  
• Access Mode: The options are CHS/LBA/Large/Auto  
• Capacity: Capacity of currently installed hard disk.  
• Cylinder: Number of cylinders  
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• Head: Number of heads  
• Precomp: Write precomp  
• Landing Zone: Landing zone  
• Sector: Number of sectors  
3.3.4 Drive A / Drive B  
This category identifies the types of floppy disk drives installed in the  
system. The options are: None/360K, 5.25"/1.2M, 5.25"/720K, 3.5"/  
1.44M, 3.5"/2.88M, 3.5".  
3.3.5 Halt On  
This category determines whether system start-up will halt or not when  
an error is detected during power up.  
The options are: No Errors/All Errors/All, But Keyboard/All, But Dis-  
kette/All, But Disk/Key  
3.3.6 Memory  
This category displays base memory, extended memory, and total mem-  
ory detected during POST (Power On Self Test).  
Figure 3.2: Standard CMOS Features Screen  
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3.4 Advanced BIOS Features  
The “Advanced BIOS Features” screen appears when choosing the  
“Advanced BIOS Features” item from the “Initial Setup Screen” menu. It  
allows the user to configure the PCE-5120 according to his particular  
requirements. Below are some major items that are provided in the  
Advanced BIOS Features screen. A quick booting function is provided  
for your convenience. Simply enable the Quick Booting item to save  
yourself valuable time.  
Figure 3.3: Advanced BIOS features screen  
3.4.1 CPU Features  
Delay Prior to thermal  
This feature controls the activation of the Thermal Monitor's automatic  
mode. It allows you to determine when the Pentium 4's Thermal Monitor  
should be activated in automatic mode after the system boots. For exam-  
ple, with the default value of 16 Minutes, the BIOS activates the Thermal  
Monitor in automatic mode 16 minutes after the system starts booting up.  
The choices are 4 Min, 8 Min, 16 Min, and 32 Min.  
Limit CPUID MaxVal  
Set Limit CPUID MaxVa1 to 3. This should be disabled for WinXP.  
Execute Disable Bit  
When disabled, forces the XD feature flag to always return 0.  
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3.4.2 Hard Disk Boot Priority  
Set hard disk boot device priority.  
3.4.3 Virus Warning  
Enables or disables the virus warning.  
3.4.4 CPU L1, L2 & L3 Cache  
Enabling this feature speeds up memory access. The commands are  
“Enabled” or “Disabled.”  
3.4.5 Hyper-Threading Technology  
While using a CPU with Hyper-Threading technology, you can select  
“Enabled” to enable Hyper-Threading Technology in an OS which sup-  
ports Hyper-Threading Technology or select “Disabled” for other OSs  
which do not support Hyper-Threading technology.  
3.4.6 Quick Power On Self Test  
This allows the system to skip certain tests to speed up the boot-up proce-  
dure.  
3.4.7 First/Second/Third Boot Device  
The BIOS tries to load the OS with the devices in the sequence selected.  
Choices are: “Floppy”, “LS120”, “Hard Disk”, “CDROM”, “ZIP100”,  
“USB-FDD”, “USB-ZIP”, “USB-CDROM”, “LAN1”, “LAN2” and  
“Disabled”.  
3.4.8 Boot Other Device  
Use this to boot another device. The options are “Enabled” and “Dis-  
abled”.  
3.4.9 Swap Floppy Drive  
If the system has two floppy drives, choose “Enabled” to assign physical  
drive B to logical drive A and vice-versa. The commands are “Enabled”  
or “Disabled”.  
3.4.10 Boot Up Floppy Seek  
Selection of the command “Disabled” will speed the boot up. Selection of  
“Enabled” searches disk drives during boot up.  
3.4.11 Boot Up NumLock Status  
Sets the boot up status Num Lock. The options are “On” and “Off”.  
3.4.12 Gate A20 Option  
“Normal”: A pin in the keyboard controller controls GateA20. Fast  
(Default) lets chipset control GateA20.  
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3.4.13 Typematic Rate Setting  
The typematic rate is the rate key strokes repeat as determined by the key-  
board controller. The commands are “Enabled” or “Disabled”. Enabling  
allows the typematic rate and delay to be selected.  
3.4.14 Typematic Rate (Chars/Sec)  
The BIOS accepts the following input values (characters/second) for  
typematic rate: 6, 8, 10, 12, 15, 20, 24, and 30.  
3.4.15 Typematic Delay (msec)  
Typematic delay is the time interval between the appearances of two con-  
secutive characters, when the key is continuously depressed. The input  
values for this category are: 250, 500, 750, and 1000 (ms).  
3.4.16 Security Option  
This category determines whether the password is required when the sys-  
tem boots up or only when entering setup. The options are:  
• System: The system will not boot, and access to Setup will be also  
denied unless the correct password is entered at the prompt.  
• Setup: The system will boot, but access to Setup will be denied unless  
the correct password is entered at the prompt.  
Note:  
To disable security, select PASSWORD SET-  
TING in the main menu. Then, you will be asked  
to enter a password. Simply press <Enter> to  
disable security. When security is disabled, the  
system will boot and you can enter Setup freely.  
3.4.17 APIC Mode  
This setting allows you to enable the APIC mode. The choices are “Dis-  
abled” or “Enabled.”  
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3.5 Advanced Chipset Features  
By choosing the “Advanced Chipset Features” option from the “Initial  
Setup Screen” menu, the screen below will be displayed. This sample  
screen contains the manufacturer’s default values for the PCE-5120, as  
shown in Figure 3-4:  
Figure 3.4: Advanced chipset features screen  
Note:  
DRAM default timings have been carefully cho-  
sen and should ONLY be changed if data is  
being lost. Please first contact technical sup-  
port.  
3.5.1 DRAM Timing Selectable  
This item allows you to control the DRAM speed. The selections are  
“Manual” or “By SPD”.  
3.5.2 CAS Latency Time  
When DRAM Timing Selectable is set to [Manual], this field is adjust-  
able. This controls the CAS latency, which determines the time interval  
between SDRAM starting a read command and receiving it. The options  
are [3T], [4T], [5T], and [Auto].  
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3.5.3 DRAM RAS# to CAS# Delay  
When DRAM Timing selectable is set to [Manual], this field is adjust-  
able. When DRAM is refreshed, the rows and columns are addressed sep-  
arately. This setup item allows user to determine the timing of the  
transition from RAS (row address strobe) to CAS (column address  
strobe). The less the clock cycles are, the faster the DRAM speed is. Set-  
ting options are [2T] to [5T], and [Auto].  
3.5.4 DRAM RAS# Precharge  
When the DRAM Timing Selectable is set to [Manual], this field is  
adjustable. This setting controls the number of cycles for Row Address  
Strobe (RAS) to be allowed to precharge. If no sufficient time is allowed  
for the RAS to accumulate its charge before DRAM refresh, refreshing  
may be incomplete and DRAM may fail to retain data. This item applies  
only when synchronous DRAM is installed in the system. Setting options  
are [2T] to [5T], and [Auto].  
3.5.5 Precharge Delay (t RAS)  
This item allows you to select the value in this field, depending on  
whether the board has paged DRAMs or EDO (extended data output)  
DRAMs. The choices are: “4” to “15” and “Auto”.  
3.5.6 System Memory Frequency  
To adjust the frequency of memory. The choices are: “333MHz”,  
“400MHz”, “533MHz” and “Auto”.  
3.5.7 System BIOS Cacheable  
Selecting “Enabled” allows caching of the system BIOS ROM at F0000h-  
FFFFFh, resulting in better system performance. However, if any pro-  
gram writes data to this memory area, a system error may occur. The  
Choices are “Enabled”, and “Disabled”.  
3.5.8 Video BIOS Cacheable  
Selecting “Enabled” allows caching of the video BIOS, resulting in better  
system performance. However, if any program writes to this memory  
area, a system error may occur. The choices are “Enabled”, and “Dis-  
abled”.  
3.5.9 Memory Hole At 15M-16M  
Enabling this feature reserves 15 MB to 16 MB memory address space  
for ISA expansion cards that specifically require this setting. This makes  
memory from 15 MB and up unavailable to the system. Expansion cards  
can only access memory up to 16 MB. The default setting is “Disabled”.  
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3.5.10 PCI-Express Root Port Func  
PCI Express Port 1/2/3/4  
The default setting is “Auto.” The choices are “Enabled,” “Disabled,” and  
“Auto.”  
PCI-E Compliancy Mode  
This allows the user to select the PCI-E compliant mode. The options are  
[v1.0], and [v1.0a].  
3.5.11 PEG / Onchip VGA Control  
Use this field to select PEG or Onchip VGA. The default is AUTO.  
3.5.12 PEG Force X1  
Use this field to select the PEG Force X1. The default is disabled.  
3.5.13 On-Chip Video Memory Size  
Use this field to select the On-Chip Frame Buffer Size, Fixed Memory  
Size and DVMT Memory Size. The total graphics memory can be up to  
128 MB.  
3.5.14 On-Chip Frame Buffer Size  
The On-Chip Frame Buffer Size can be set to 1 MB or 8 MB. This mem-  
ory is shared with the system memory.  
3.5.15 DVMT Mode  
Displays the active system memory mode.  
3.5.16 DVMT / FIXED Memory Size  
Specify the size of DVMT / FIXED system memory to allocate for video  
memory.  
3.5.17 Init Display First  
Choose the first display interface to initiate while booting. The choice is  
“PCI Slot” or “Onboard”.  
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3.6 Integrated Peripherals  
Figure 3.5: Integrated peripherals  
Figure 3.6: On-Chip IDE Device  
3.6.1 IDE HDD Block Mode  
If your IDE hard drive supports block mode select Enabled for automatic  
detection of the optimal number of block read/writes per sector the drive  
can support.  
3.6.2 IDE DMA Transfer Access  
Use this field to enable or disable IDE DMA transfer access.  
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3.6.3 On-Chip Primary / Secondary IDE Device  
IDE Primary Master/Slave PIO/UDMA Mode (Auto). The channel has  
both a master and a slave, making four IDE devices possible. Because  
two IDE devices may have a different Mode timing (0, 1, 2, 3, 4), it is  
necessary for these to be independent. The default setting “Auto” will  
allow auto detection to ensure optimal performance.  
3.6.4 SATA Mode  
The setting choices for the SATA Mode are IDE, RAID and AHCI Mode.  
Select [IDE] if you want to have SATA function as IDE. Select [AHCI]  
for Advanced Host Controller Interface (AHCI) feature, with improved  
SATA performance and native command queuing. Select [RAID] to use  
SATA for RAID.  
Note:  
Please refer to the PDF-format Intel (R) Matrix  
Storage Technology Quick Start Guide and  
Intel (R) Matrix Storage Manager User's Manual  
in this CD (in the MANUAL folder) to know the  
necessary steps to build and configure your  
RAID 0, 1, 10, 5 system using Intel (R) Matrix  
Storage Technology and Matrix Storage Man-  
ager.  
3.6.5 Note: On-Chip Serial ATA  
Choose the status of serial ATA. The default setting is “Auto” which lets  
the system arrange all parallel and serial ATA resources automatically.  
The “Disabled” setting disables the SATA controller. The “Combined  
Mode” combines PATA and SATA, and maximum of 2 IDE drives in  
each channel. The “Enhanced Mode” enables both SATA and PATA, and  
a maximum of 6 IDE drives are supported. The “SATA Only” setting  
means SATA is operating in legacy mode.  
3.6.6 PATA IDE Mode  
This item allows you to select the parallel ATA channel. Setting options  
are Primary and Secondary.  
3.6.7 SATA Port  
This feature allows users to view the SATA port as primary or secondary  
channel. If PATA IDE Mode is set to “Primary”, it will display “P1, P3  
Secondary” which means that SATA1 and SATA3 are secondary. If  
PATA IDE Mode is set to “Secondary,” it will display “P0, P2 Second-  
ary” which means that SATA0 and SATA2 are secondary.  
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Figure 3.7: Onboard Device  
3.6.8 USB Controller  
Select Enabled if your system contains a Universal Serial Bus (USB) con-  
troller and you have USB peripherals. The choices are “Enabled” and  
“Disabled”.  
3.6.9 USB 2.0 Controller  
This entry is to disable/enable the USB 2.0 controller only. The BIOS  
itself may/may not have high-speed USB support. If the BIOS has high  
speed USB support built in, the support will automatically turn on when a  
high speed device is attached. The choices are “Enabled” or “Disabled”.  
3.6.10 USB Keyboard / Mouse Support  
Select Enabled if you plan to use an USB keyboard. The choices are  
“Enabled” and “Disabled”.  
3.6.11 AC97 Audio  
Select “Disable” if you do not want to use AC’97 audio. Options are  
“Auto”, and “Disabled”.  
3.6.12 Onboard LAN1 Control  
Options are “Enabled” and “Disabled”. Select “Disabled” if you don’t  
want to use onboard LAN controller1.  
3.6.13 Onboard LAN2 Control  
Options are “Enabled” and “Disabled”. Select Disabled if you don’t want  
to use the onboard LAN controller2.  
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Figure 3.8: Super I/O Device  
3.6.14 Onboard FDC Controller  
When enabled, this field allows you to connect your floppy disk drives to  
the onboard floppy disk drive connector instead of a separate controller  
card. If you want to use a different controller card to connect the floppy  
disk drives, set this field to Disabled.  
3.6.15 Onboard Serial Port 1  
The settings are “3F8/IRQ4”, “2F8/IRQ3”, “3E8/IRQ4”, “2E8/IRQ3”,  
and “Disabled” for the on-board serial connector.  
3.6.16 Onboard Serial Port 2  
The settings are “3F8/IRQ4”, “2F8/IRQ3”, “3E8/IRQ4”, “2E8/IRQ3”,  
and “Disabled” for the on-board serial connector.  
3.6.17 UART Mode Select  
This item allows you to select UART mode. The choices: “IrDA”,  
“ASKIR”, and “Normal”.  
3.6.18 RxD, TxD Active  
This item allows you to determine the active level of the RxD and TxD  
serial lines. The Choices: “Hi, Hi”, “Lo, Lo”, “Lo, Hi”, and “Hi, Lo”.  
3.6.19 IR Transmission Delay  
This item allows you to enable/disable IR transmission delay. The  
choices are “Enabled” and “Disabled”.  
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3.6.20 UR2 Duplex Mode  
This item allows you to select the IR half/full duplex function. The  
choices are “Half” and “Full”.  
3.6.21 Use IR Pins  
The choices are “RxD2, TxD2” and “IR-Rx2Tx2”.  
3.6.22 Onboard Parallel Port  
This field sets the address of the on-board parallel port connector. You  
can select “378/IRQ7”, “278/IRQ5”, “3BC/IRQ7”, or “Disabled”. If you  
install an I/O card with a parallel port, make sure there is no conflict in  
the address assignments. The single board computer can support up to  
three parallel ports.  
3.6.23 Parallel Port Mode  
This field allows you to set the operation mode of the parallel port. The  
setting “Normal” allows normal speed operation, but in one direction  
only. “EPP” allows bidirectional parallel port operation at maximum  
speed. “ECP” allows the parallel port to operate in bidirectional mode and  
at a speed faster than the maximum data transfer rate. “ECP + EPP”  
allows normal speed operation in a two-way mode.  
3.6.24 EPP Mode Select  
This field allows you to select EPP port type 1.7 or 1.9. The choices are  
“EPP1.9” and “EPP1.7”.  
3.6.25 ECP Mode Use DMA  
This selection is available only if you select “ECP” or “ECP + EPP” in  
the Parallel Port Mode field. In ECP Mode, you can select DMA channel  
1 or DMA channel 3. Leave this field on the default setting.  
3.6.26 Onboard Serial Port 3  
The settings are “4F8h/IRQ10”, “4E8h/IRQ10” and “Disabled” for the  
on-board serial connector 3.  
3.6.27 Onboard Serial Port 4  
The settings are “4F8h/IRQ11”, “4E8h/IRQ11” and “Disabled” for the  
on-board serial connector 4.  
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3.7 Power Management Setup  
The power management setup controls the single board computer's  
“green” features to save power. The following screen shows the manufac-  
turer’s defaults.  
Figure 3.9: Power management setup screen (1)  
3.7.1 PCI express PM Function  
This is to setup PCI Express's PME function “Enable” or “Disable”.  
3.7.2 Power Supply Type  
PCE-5120 can support both “ATX” and “AT” power supplies. Customers  
can choose the PSU type through this selection. The choices are “ATX”  
and “AT”. Selecting “AT” disables the ACPI function automatically.  
3.7.3 ACPI Function  
The choices are: “Enabled” and “Disabled”.  
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3.7.4 Power Management  
This category allows you to select the type (or degree) of power saving  
and is directly related to the following modes:  
• HDD Power Down  
• Suspend Mode  
There are three selections for Power Management, and they have fixed  
mode settings.  
Table 3.1: Power Saving  
Saving Mode  
Function  
Min Saving  
Minimum power management., Suspend Mode = 1  
hr., and HDD Power Down = 15 min.  
Max Saving  
Maximum power management., Suspend Mode = 1  
min., and HDD Power Down = 1 min.  
User Defined  
(Default)  
Allows you to set each mode individually. When not  
disabled, each of the ranges are from 1 min. to 1 hr.  
except for HDD Power Down which ranges from 1  
min. to 15 min., and disabled.  
3.7.5 Video Off Method  
Use this to select the method to turn off the video. The choices are “Blank  
Screen”, “V/H SYNC+ Blank”, and “DPMS”.  
3.7.6 Video Off In Suspend  
When the system is in suspend mode, the video will turn off. The choices  
are “No” and “Yes”.  
3.7.7 Suspend Type  
The choices are “Stop Grant” and “PwrOn Suspend”.  
3.7.8 Modem Use IRQ  
This determines the IRQ that the MODEM can use.The choices are “3”,  
“4”, “5”, “7”, “9”, “10”, “11”, and “NA”.  
3.7.9 Suspend Mode  
Please refer to 3.7.3  
3.7.10 HDD Power Down  
Please refer to 3.7.3  
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3.7.11 Soft-Off by PWR-BTTN  
If you choose “Instant-Off”, then pushing the ATX soft power switch but-  
ton once will switch the system to “system off” power mode. You can  
choose “Delay 4 sec”. If you do, then pushing the button for more than 4  
seconds will turn off the system, whereas pushing the button momentarily  
(for less than 4 seconds) will switch the system to “suspend” mode.  
3.7.12 PowerOn by LAN  
This item allows you to power on the system by LAN. The choices are  
“Enabled” and “Disabled”.  
3.7.13 PowerOn by Modem  
To enabled or disable the function to power on the system via a Modem  
connection from a remote host. The choice “Enabled” and “Disabled”.  
3.7.14 PowerOn by Alarm  
The choices are “Enabled” and “Disabled”. Fields that follow below indi-  
cate date of current month and time of alarm settings, if enabled.  
3.7.15 Primary IDE 0 (1) and Secondary IDE 0 (1)  
When Enabled, the system will resume from suspend mode if Primary  
IDE 0 (1) or Secondary IDE 0 (1) becomes active. The choices are  
“Enabled” and “Disabled”.  
3.7.16 FDD, COM, LPT PORT  
When Enabled, the system will resume from suspend mode if the FDD,  
interface, COM port, or LPT port is active. The choices are “Enabled”  
and “Disabled”.  
3.7.17 PCI PIRQ [A-D]#  
When Enabled, the system resumes from suspend mode if an interrupt  
occurs. The choices are “Enabled” and “Disabled”.  
3.7.18 PWRON After PWR-Fail  
Use this to set up the system after power failure. The “Off” setting keeps  
the system powered off after power failure, the “On” setting boots up the  
system after failure, and the “Former-Sts” returns the system to the status  
before power failure.  
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3.8 PnP/PCI Configurations  
Figure 3.10: PnP/PCI configurations screen  
3.8.1 Reset Configuration Data  
The default is Disabled. Select Enabled to reset Extended System Config-  
uration Data (ESCD) if you have installed a new add-on card, and system  
configuration is in such a state that the OS cannot boot.  
3.8.2 Resources Controlled By  
The commands here are “Auto (ESCD)” or “Manual”. Choosing “Man-  
ual” requires you to choose resources from the following sub-menu.  
“Auto (ESCD)” automatically configures all of the boot and Plug and  
Play devices, but you must be using Windows 95 or above.  
3.8.3 PCI / VGA Palette Snoop  
This is set to “Disabled” by default.  
3.8.4 Maximum Payload Size  
This allows you to set the maximum TLP payload size for PCI Express  
devices. The options are [128 bytes], [256 bytes], [512 bytes], [1024  
bytes], [2048 bytes], and [4096 bytes].  
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3.9 PC Health Status  
Figure 3.11: PC Health Status Screen  
3.9.1 Case Open Warning  
Enable this to detect if the case is open or closed.  
3.9.2 CPU Warning Temperature  
This item will prevent the CPU from overheating. The choices are “Dis-  
abled”, “60C/140F”, “63C/145F”, “66C/151F”, “70C/158F”, “75C/  
167F”, “80C/176F”, “85C/185F”, “90C/194F”, and “95C/205F”.  
3.9.3 Current System Temperature  
This shows you the current temperature of system.  
3.9.4 Current CPU Temperature  
This shows the current CPU temperature.  
3.9.5 CPU FAN Speed  
This shows the current CPU FAN operating speed.  
3.9.6 System FAN 1 / 2 Speed  
This shows the current System FAN operating speed.  
3.9.7 VCORE and Other Voltages  
This shows the voltage of VCORE, +1.5V, +3.3, +5V, +12V, -12V, -5V,  
VBAT(V), and 5VSB(V).  
3.9.8 Shutdown Temperature  
The system will shut down automatically when the CPU temperature is  
over the selected setting. This function can prevent CPU damage caused  
by overheating.  
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3.10 Frequency / Voltage Control  
Figure 3.12: Spread Spectrum Control screen  
3.10.1 CPU Clock Ratio  
Type a DEC number to set up the CPU Clock Ratio (Min=14; Max=17).  
This item only shows up in special situations.  
3.10.2 Spread Spectrum  
This setting allows you to reduce EMI by modulating the signals the CPU  
generates so that the spikes are reduced to flatter curves. This is achieved  
by varying the frequency slightly so that the signal does not use any par-  
ticular frequency for more than a moment. The choices are “Disabled”  
and “Enabled”.  
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3.11 Load Setup Defaults  
Figure 3.13: Load Setup Defaults screen  
When you press <Enter> on this item, you get a confirmation dialog box  
with a message similar to:  
• Load setup Defaults (Y/N)? N  
Pressing 'Y' loads the default values that are factory settings for optimal  
performance system operations.  
3.12 Save & Exit Setup  
If you select this and press <Enter>, the values entered in the setup utili-  
ties will be recorded in the CMOS memory of the chipset. The processor  
will check this every time you turn your system on and compare this to  
what it finds as it checks the system. This record is required for the sys-  
tem to operate.  
3.13 Exit Without Saving  
Selecting this option and pressing <Enter> lets you exit the setup program  
without recording any new values or changing old ones.  
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4
Chipset Software  
Installation Utility  
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Chapter 4 Chipset Software Install Utility  
4.1 Before you begin  
To facilitate the installation of the enhanced display drivers and utility  
software, read the instructions in this chapter carefully. The drivers for  
the PCE-5120 are located on the software installation CD. The auto-run  
function of the driver CD will guide and link you to the utilities and driv-  
ers under a Windows system. The Intel® Chipset Software Installation  
Utility is not required on any systems running Windows NT 4.0. Updates  
are provided via Service Packs from Microsoft*.  
Note:  
The files on the software installation CD are  
compressed. Do not attempt to install the driv-  
ers by copying the files manually. You must use  
the supplied SETUP program to install the driv-  
ers.  
Note:  
The Auto-Run function only can run under the  
32-bit Microsoft Windows OS. If it can’t run  
under your system, please set up the driver  
manually.  
Before you begin, it is important to note that most display drivers need to  
have the relevant software application already installed in the system  
prior to installing the enhanced display drivers. In addition, many of the  
installation procedures assume that you are familiar with both the rele-  
vant software applications and operating system commands. Review the  
relevant operating system commands and the pertinent sections of your  
application software’s user manual before performing the installation.  
4.2 Introduction  
The Intel® Chipset Software Installation (CSI) utility installs the Win-  
dows INF files that outline to the operating system how the chipset com-  
ponents will be configured. This is needed for the proper functioning of  
the following features:  
• Core PCI and ISAPNP Services  
• PCIe Support  
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• IDE/ATA33/ATA66/ATA100 Storage Support  
• SATA Storage Support  
• USB Support  
• Identification of Intel (R) Chipset Components in the Device Manager  
Note:  
This utility is used for the following versions of  
Windows system, and it has to be installed  
before installing all the other drivers:  
• Microsoft Windows* Server 2003 with Service Pack 1  
• Microsoft Windows Server 2003 x64 Edition*  
• Microsoft Windows XP Professional x64 Edition  
• Microsoft Windows XP with Service Pack 2  
• Microsoft Windows 2000 with Service Pack  
4.3 Windows XP Driver Setup  
1.  
Insert the driver CD into your system's CD-ROM drive. In a few  
seconds, the software installation main menu appears. Move the  
mouse cursor over the “Install” button under the “CSI UTILITY”  
heading. A message pops up telling you to install the CSI utility  
before other device drivers, as shown in the following figure. Click  
on this button. To take Windows XP as example.  
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2.  
Click “Next” when you see the following message.  
3.  
Click “Yes” when you see the following message.  
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4.  
Click “Next” when you see the following message.  
5.  
When the following message appears, click “Finish” to complete  
the installation and restart Windows.  
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5
VGA Setup  
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Chapter 5 VGA Setup  
5.1 Introduction  
The Intel 945G integrated graphics controller provides an analog display  
port. You need to install the VGA driver to enable the function. The Intel  
945G integrated graphics controller incorporates the latest Microsoft*  
DirectX*9 support capabilities. It allows software developers to create  
life like environments and characters. Enhanced display modes for wide-  
screen flat panels, and optimized 3D support deliver an intense and realis-  
tic visual experience without requiring a separate graphics card.  
5.2 Windows XP Driver Setup  
Note:  
Before installing this driver, make sure the CSI  
utility has been installed in your system. See  
Chapter 4 for information on installing the CSI  
utility.  
Insert the driver CD into your system's CD-ROM drive. In a few seconds,  
the software installation main menu appears, as shown in the following  
figure.  
The following installation procedure is for Windows XP. For other oper-  
ating systems, please do a manual installation.  
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1.  
Click “Next” to continue the installation.  
2.  
.
You will see a welcome window. Please click “Yes” to continue the  
installation.  
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3.  
Click “Finish” to complete the installation and restart the computer  
now or later.  
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6
Onboard Security  
Setup  
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Chapter 6 Onboard Security Setup  
6.1 Introduction  
The PCE-5120's hardware monitor is based on the Winbond W83627HF  
chip. Onboard security (OBS) functions monitor key hardware to help  
you maintain system stability and durability. The PCE-5120 can monitor  
five sets of positive system voltages, two sets of system negative volt-  
ages, CPU cooling fan speed, and CPU temperature. The positive system  
voltage sets that can be monitored include:  
• CPU core voltage: 1.3 ~ 3.3 V, according to Intel specifications.  
• Transmission voltage from CPU to chipset: typically 1.8 V.  
• Chipset voltage: typically 3.3 V.  
• Main voltage: +5 V, +12 V.  
The negative system voltage sets which can be monitored include:  
• Main voltage: -5 V, -12 V.  
6.2 Windows XP Driver Setup  
1.  
Insert the driver CD into your system's CD-ROM drive. In a few  
seconds, the software installation main menu appears, as shown in  
the following figure. Click on the “Install” button under the “OB  
DRIVERS” heading.  
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2.  
Click “Next” when you see the following message.  
3.  
Click “Next” when you see the following message.  
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4.  
Click “Next” when you see the following message.  
5.  
Click “Next” to continue.  
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6.  
Click “Finish” when you see the following message.  
6.3 Using the OBS Hardware Doctor Utility  
After completing the setup, all the OBS functions are permanently  
enabled. When a monitored reading exceeds safe limits, a warning mes-  
sage will be displayed and an error beep will sound to attract your atten-  
tion.  
OBS Hardware Doctor will show an icon on the right side of the bottom  
window bar. This icon is the “Terminate and Stay Resident” (TSR) icon.  
It will permanently remain in the bottom window bar, and will activate  
warning signals when triggered by the onboard security system.  
You can view or change values for various OBS settings by following  
these steps.  
From the desktop of Windows, click on “Start” and select “Programs”,  
select “Winbond HWDoctor” and click “HWDOCTOR”. It is recom-  
mended that you load the default values for all the OBS settings. How-  
ever, if desired, you can establish new conditions for voltage, fan speed,  
and temperature.  
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7
LAN Configuration  
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Chapter 7 LAN Configuration  
7.1 Introduction  
The PCE-5120 has a single/dual Gigabit Ethernet LAN via dedicated PCI  
Express x 1 bus (Intel® 82573), which offers bandwidth of up to 500  
MB/sec, eliminating the bottleneck of network data flow and incorporat-  
ing Gigabit Ethernet to operate at 1000 Mbps.  
7.2 Features  
• Integrated 10/100/100 BASE-T transceiver  
• 10/100/1000 BASE-T triple-speed MAC  
• High-speed RISC core with 24-KB cache  
• On-chip voltage regulation  
• Wake-on-LAN (WOL) support  
• PCI Express X1 host interface  
7.3 Installation  
Note:  
Before installing the LAN drivers, make sure the  
CSI utility has been installed on your system.  
See Chapter 4 for information on installing the  
CSI utility.  
The PCE-5120 Intel 82573 Gigabit integrated controller supports all  
major network operating systems. However, the installation procedure  
varies with different operating systems. In the following sections, refer to  
the one that provides the driver setup procedure for the operating system  
you are using.  
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7.4 Win XP Driver Setup (Intel 82573)  
1.  
Insert the driver CD into your system's CD-ROM drive. In a few  
seconds, the software installation main menu appears, as shown in  
the following figure. Under the “LAN Drivers” heading, click on  
the “Manual” to open file manager, then click “SETUP.EXE” to  
run the installation procedure.  
2.  
Select “I accept the terms in the license agreement” and click  
“Next” to continue.  
3.  
Click “Next” to continue.  
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4.  
Click “Install Software” to start the installation procedure.  
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5.  
The driver will be installed automatically and the LAN function  
will be enabled after the installation.  
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8
SATA RAID Setup  
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Chapter 8 SATA RAID Setup  
8.1 Introduction  
To support demanding disk I/O, Intel ICH7R chipset integrates four  
Serial ATA controllers with software RAID 0, 1, 5, 10 capabilities.  
RAID 0 stripping increases the storage performance and is designed to  
speed up data transfer rates for disk-intensive applications.  
RAID 1 mirroring protects valuable data that might be lost in the event of  
a hard drive failure.  
RAID 5 array contains three or more hard drives where the data is divided  
into manageable blocks called strips. Parity is a mathematical method for  
recreating data that was lost from a single drive, which increases fault-tol-  
erance. The data and parity are striped across all the hard drives in the  
array. The parity is striped in a rotating sequence to reduce bottlenecks  
associated with the parity calculations.  
RAID 10 array uses four hard drives to create a combination of RAID  
levels 0 and 1. The data is striped across a two-drive array forming the  
RAID 0 component. Each of the drives in the RAID 0 array is then mir-  
rored by a RAID 1 component.  
8.2 SATA RAID Driver and Utility Setup  
Note:  
Note:  
For the detail installation guide of SATA RAID  
driver & utility please check the User Guide in  
the driver CD. Path: \\MANUAL\SATA_RAID  
Operating system support list: Windows* XP,  
Windows 2000, Windows Server 2003, Win-  
dows XP x64 Edition, and Windows Server  
2003 x64 Edition.  
The driver is put in the CD's path: \\Drv_RAID\ICH7R\Driver\32bit for  
32bits Windows OS and path: \\ Drv_RAID\ICH7R\Driver\64bitXP for  
64bits Windows OS.  
You may go to the directory of the CD and follow Intel's installation  
guide for install the driver and Utility.  
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9
IPMI  
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Chapter 9 IPMI  
9.1 IPMI introduction  
This product fully supports Intelligent Platform Management Interface  
2.0 (IPMI 2.0) specifications. It uses a micro-controller (Hitachi H8/  
2167) to run an IPMI firmware.  
9.2 Definitions  
• BMC - (Baseboard Management Controller) This is the common abbre-  
viation for an IPMI Baseboard Management Controller  
• IPMB – (Intelligent Platform Management Bus) Protocol defined for  
passing IPMI messages over a public I2C bus.  
• IPMI - (Intelligent Platform Management Interface) A standardized  
system management interface. Please refer to the IPMI Specification  
for more detail.  
• IPMIv2.0 – Specifically version 2.0 of IPMI  
9.3 IPMI function list  
The following standard IPMI commands will be supported. The 5th col-  
umn (Mandatory / Optional) is the record to distinguish the command is  
mandatory or optional based on the definitions of Intel IPMI specification  
(Intelligent Platform Management Interface Specification v2.0, revision  
1.0, Intel, HP, NEC and Dell).  
Table 9.1: Supported IPMI commands  
IPMI Device Global  
Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Get Device Id  
App  
App  
App  
App  
App  
App  
App  
0x01  
0x02  
0x04  
0x05  
0x06  
0x07  
0x08  
M
O
M
O
O
O
O
Cold Reset  
Get Self Test Results  
Manufacturing Test On  
Set ACPI Power State  
Get ACPI Power State  
Get Device GUID  
BMC Device and  
Messaging Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
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Set BMC Global Enables  
Get BMC Global Enables  
Clear Message Flags  
Get Message Flags  
App  
App  
App  
App  
App  
0x2e  
0x2f  
M
M
M
M
O
0x30  
0x31  
0x32  
Enable Message Channel  
Receive  
Get Message  
App  
App  
App  
App  
App  
0x33  
0x34  
0x35  
0x37  
0x38  
M
M
O
O
O
Send Message  
Read Event Message Buffer  
Get System GUID  
Get Channel Authentication  
Capabilities  
Get Session Challenge  
Activate Session  
App  
App  
App  
App  
App  
App  
App  
App  
App  
App  
App  
App  
App  
App  
App  
0x39  
0x3a  
0x3b  
0x3c  
0x3d  
0x3f  
O
O
O
O
O
O
O
O
O
O
O
O
O
O
M
Set Session Privilege Level  
Close Session  
Get Session Information  
Get AuthCode  
Set Channel Access  
Get Channel Access  
Get Channel Info  
Set User Access  
0x40  
0x41  
0x42  
0x43  
0x44  
0x45  
0x46  
0x47  
0x52  
Get User Access  
Set User Name  
Get User Name  
Set User Password  
Master Write-Read  
BMC Watchdog Timer  
Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Reset Watchdog Timer  
Set Watchdog Timer  
Get Watchdog Timer  
App  
App  
App  
0x22  
0x24  
0x25  
M
M
M
Chassis Device  
Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Get Chassis Capabilities  
Get Chassis Status  
Chassis  
Chassis  
Chassis  
Chassis  
Chassis  
Chassis  
Chassis  
0x00  
0x01  
0x02  
0x04  
0x05  
0x07  
0x08  
M
M
M
O
O
O
O
Chassis Control  
Chassis Identify  
Set Chassis Capabilities  
Get System Restart Cause  
Set System Boot Options  
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Get System Boot Options  
Set Front Panel Button Enables  
Set Power Cycle Interval  
Chassis  
Chassis  
Chassis  
0x09  
0x0a  
0x0b  
O
O
O
Event Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Set Event Receiver  
Get Event Receiver  
Platform Event  
S/E  
S/E  
S/E  
0x00  
0x01  
0x02  
M
M
M
PEF and Alerting  
Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Get PEF Capabilities  
S/E  
S/E  
S/E  
0x10  
0x11  
0x12  
M
M
M
Arm PEF Postpone Timer  
Set PEF Configuration  
Parameters  
Get PEF Configuration  
Parameters  
S/E  
0x13  
M
Set Last Processed Event ID  
Get Last Processed Event ID  
Alert Immediate  
S/E  
S/E  
S/E  
S/E  
0x14  
0x15  
0x16  
0x17  
M
M
O
O
PET acknowledge  
SEL Device Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Get SEL Info  
Reserve SEL  
Get SEL Entry  
Add SEL Entry  
Clear SEL  
Storage  
Storage  
Storage  
Storage  
Storage  
Storage  
Storage  
0x40  
0x42  
0x43  
0x44  
0x47  
0x48  
0x49  
M
O
M
M
M
M
M
Get SEL Time  
Set SEL Time  
SDR Device Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Get SDR Repository Info  
Reserve SDR Repository  
Get SDR  
Storage  
Storage  
Storage  
Storage  
Storage  
Storage  
0x20  
0x22  
0x23  
0x28  
0x29  
0x2c  
M
M
M
M
M
O
Get SDR Repository Time  
Set SDR Repository Time  
Run Initialization Agent  
FRU Device Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Get FRU Inventory Area Info  
Storage  
0x10  
M
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Read FRU Inventory Data  
Write FRU Inventory Data  
Storage  
Storage  
0x11  
0x12  
M
M
Sensor Device  
Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Set Sensor Hysteresis  
Get Sensor Hysteresis  
Set Sensor Threshold  
Get Sensor Threshold  
Set Sensor Event Enable  
Get Sensor Event Enable  
Re-arm Sensor Events  
Get Sensor Event Status  
Get Sensor Reading  
S/E  
S/E  
S/E  
S/E  
S/E  
S/E  
S/E  
S/E  
S/E  
0x24  
0x25  
0x26  
0x27  
0x28  
0x29  
0x2a  
0x2b  
0x2d  
O
O
O
O
O
O
O
O
M
LAN Device Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Set LAN Configuration Parame-  
ters  
Transport  
Transport  
0x01  
0x02  
M
Get LAN Configuration Param-  
eters  
M
Serial/Modem Device  
Commands  
NetFn  
Cmd  
Mandatory /  
Optional  
Set Serial/Modem Configura-  
tion Parameters  
Transport  
Transport  
Transport  
0x10  
0x11  
0x12  
M
M
M
Get Serial/Modem Configura-  
tion Parameters  
Set Serial/Modem Mux  
Note:  
Network function (NetFn) is a field that identifies  
the functional class of the message. The Net-  
work Function clusters IPMI commands into dif-  
ferent sets. You can refer the IPMI spec of  
network function codes for more information.  
Note:  
Note:  
These command codes follow the IPMI spec.  
Mandatory and Optional command are define in  
IPMI spec. If you want to know more detail,  
please refer to IPMI spec.  
79  
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9.4 IPMI OEM command lists  
In addition to the above list of IPMI commands, the following OEM com-  
mands will be supported.  
Table 9.2: OEM Commands list  
Net Function = 0x2E, LUN = 0  
Code Command Request, Response Data  
Description  
05h  
Set System  
GUID  
Request:  
Byte 1:16 – System GUID  
Response:  
This command is  
used to set the  
system GUID.  
The GUID can be  
retrieved using a  
standard IPMI  
command.  
Byte 1 — Completion code.  
0Dh  
Reset to  
Defaults  
Request:  
Reset module ID  
Byte 1[7:0]  
1 = OEM module  
2 = LAN module  
This command  
resets the BMC  
configuration to  
default values.  
3 = User Info module  
4 = Serial module  
5 = SOL module  
6 = PEF module  
7 = Firewall module  
8 = System Information  
0xFF = all modules  
Byte 2:4  
Reserved.  
Response:  
Byte 1  
Status of Reset to Default. If fail,  
this value indicate the last fail  
module and the reset process  
stops.  
[7:0]  
0 = success  
1 = fail in OEM module  
2 = fail in LAN module  
3 = fail in User Info module  
4 = fail in Serial module  
5 = fail in SOL module  
6 = fail in PEF module  
7 = fail in Firewall module  
8 = fail in System Information  
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A
Programming the  
Watchdog Timer  
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Appendix A Watchdog Timer  
A.1 Programming the Watchdog Timer  
The PCE-5120's watchdog timer can be used to monitor system software  
operation and take corrective action if the software fails to function  
within the programmed period. This section describes the operation of the  
watchdog timer and how to program it.  
A.1.1 Watchdog timer overview  
The watchdog timer is built in to the super I/O controller W83627HF. It  
provides the following functions for user programming:  
• Can be enabled and disabled by user's program  
• Timer can be set from 1 to 255 seconds or 1 to 255 minutes  
• Generates an interrupt or resets signal if the software fails to reset the  
timer before time-out  
A.1.2 Jumper selection  
The JWDT1 jumper is used to select reset in the event the watchdog timer  
is tripped. See Chapter 1 for detailed jumper settings.  
A.1.3 Programming the Watchdog Timer  
The I/O port address of the watchdog timer is 2E(hex) and 2F(hex).  
2E (hex) is the address port. 2F(hex) is the data port. You must first  
assign the address of register by writing an address value into address  
port 2E (hex), then write/read data to/from the assigned register through  
data port 2F (hex).  
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Unlock W83627HF  
Select register of  
watchdog timer  
Enable the function of  
the watchdog timer  
Use the function of  
the watchdog timer  
Lock W83627HF  
83  
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Table A.1: Watchdog timer registers  
Address of  
Attribute  
register (2E)  
Read/Write  
Value (2F)  
&
description  
87 (hex)  
-----  
Write this address to I/O address  
port 2E (hex) twice to unlock the  
W83627HF  
07 (hex)  
30 (hex)  
write  
write  
Write 08 (hex) to select register of  
watchdog timer.  
Write 01 (hex) to enable the func-  
tion of the watchdog timer. Disabled  
is set as default.  
F5 (hex)  
write  
Set seconds or minutes as units for  
the timer.  
Write 0 to bit 3: set  
second as count-  
ing unit. [default]  
Write 1 to bit 3: set  
minutes as count-  
ing unit  
F6 (hex)  
write  
0: stop timer [default]  
01~FF (hex): The amount of the  
count, in seconds or minutes,  
depends on the value set in register  
F5 (hex). This number decides how  
long the watchdog timer waits for  
strobe before generating an inter-  
rupt or reset signal. Writing a new  
value to this register can reset the  
timer to count with the new value.  
F7 (hex)  
read/write  
Bit 6: Write 1 to enable keyboard to  
reset the timer, 0 to disable.[default]  
Bit 5: Write 1 to generate a timeout  
signal immediately and automati-  
cally return to 0. [default=0]  
Bit 4: Read status of watchdog  
timer, 1 means timer is “timeout”.  
AA (hex)  
-----  
Write this address to I/O port 2E  
(hex) to lock the watchdog timer 2.  
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A.1.4 Example Program  
1.  
Enable watchdog timer and set 10 sec. as timeout interval  
;-----------------------------------------------------------  
Mov dx,2eh  
Mov al,87h  
Out dx,al  
; Unlock W83627HF  
Out dx,al  
;-----------------------------------------------------------  
Mov al,07h  
Out dx,al  
Inc dx  
; Select registers of watchdog timer  
Mov al,08h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Enable the function of watchdog timer  
Mov al,30h  
Out dx,al  
Inc dx  
Mov al,01h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Set second as counting unit  
Mov al,0f5h  
Out dx,al  
Inc dx  
In  
al,dx  
And al,not 08h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Set timeout interval as 10 seconds and start counting  
Mov al,0f6h  
Out dx,al  
85  
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Inc dx  
Mov al,10  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; lock W83627HF  
Mov al,0aah  
Out dx,al  
2.  
Enable watchdog timer and set 5 minutes as timeout interval  
;-----------------------------------------------------------  
Mov dx,2eh  
Mov al,87h  
Out dx,al  
; unlock W83627HF  
Out dx,al  
;-----------------------------------------------------------  
Mov al,07h  
Out dx,al  
Inc dx  
; Select registers of watchdog timer  
Mov al,08h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Enable the function of watchdog timer  
Mov al,30h  
Out dx,al  
Inc dx  
Mov al,01h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Set minute as counting unit  
Mov al,0f5h  
Out dx,al  
Inc dx  
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In  
al,dx  
Or al,08h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Set timeout interval as 5 minutes and start counting  
Mov al,0f6h  
Out dx,al  
Inc dx  
Mov al,5  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; lock W83627HF  
Mov al,0aah  
Out dx,al  
3.  
Enable watchdog timer to be reset by mouse  
;-----------------------------------------------------------  
Mov dx,2eh  
Mov al,87h  
Out dx,al  
; unlock W83627HF  
Out dx,al  
;-----------------------------------------------------------  
Mov al,07h  
Out dx,al  
Inc dx  
; Select registers of watchdog timer  
Mov al,08h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Enable the function of watchdog timer  
Mov al,30h  
Out dx,al  
Inc dx  
87  
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Mov al,01h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Enable watchdog timer to be reset by mouse  
Mov al,0f7h  
Out dx,al  
Inc dx  
In  
al,dx  
Or al,80h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; lock W83627HF  
Mov al,0aah  
Out dx,al  
4.  
Enable watchdog timer to be reset by keyboard  
;-----------------------------------------------------------  
Mov dx,2eh  
Mov al,87h  
Out dx,al  
; unlock W83627HF  
Out dx,al  
;-----------------------------------------------------------  
Mov al,07h  
Out dx,al  
Inc dx  
; Select registers of watchdog timer  
Mov al,08h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Enable the function of watchdog timer  
Mov al,30h  
Out dx,al  
Inc dx  
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Mov al,01h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Enable watchdog timer to be strobed reset by keyboard  
Mov al,0f7h  
Out dx,al  
Inc dx  
In  
al,dx  
Or al,40h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; lock W83627HF  
Mov al,0aah  
Out dx,al  
5.  
Generate a time-out signal without timer counting  
;-----------------------------------------------------------  
Mov dx,2eh  
Mov al,87h  
Out dx,al  
; unlock W83627HF  
Out dx,al  
;-----------------------------------------------------------  
Mov al,07h  
Out dx,al  
Inc dx  
; Select registers of watchdog timer  
Mov al,08h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Enable the function of watchdog timer  
Mov al,30h  
Out dx,al  
Inc dx  
89  
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Mov al,01h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; Generate a time-out signal  
Mov al,0f7h  
Out dx,al  
Inc dx  
;Write 1 to bit 5 of F7 register  
In  
al,dx  
Or al,20h  
Out dx,al  
;-----------------------------------------------------------  
Dec dx  
; lock W83627HF  
Mov al,0aah  
Out dx,al  
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B
I/O Pin Assignments  
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Appendix B I/O Pin Assignments  
B.1 IDE Hard Drive Connector (IDE1)  
Table B.1: IDE hard drive connector (IDE1)  
Pin  
1
Signal  
Pin  
2
Signal  
IDE RESET*  
DATA 7  
GND  
3
4
DATA 8  
DATA 9  
DATA 10  
DATA 11  
DATA 12  
DATA 13  
DATA 14  
DATA 15  
N/C  
5
DATA 6  
6
7
DATA 5  
8
9
DATA 4  
10  
12  
14  
16  
18  
20  
22  
24  
26  
28  
30  
32  
34  
36  
11  
13  
15  
17  
19  
21  
23  
25  
27  
29  
31  
33  
35  
37  
39  
DATA 3  
DATA 2  
DATA 1  
DATA 0  
SIGNAL GND  
DISK DMA REQUEST  
IO WRITE  
IO READ  
GND  
GND  
GND  
IO CHANNEL READY  
HDACKO*  
IRQ14  
CSEL  
GND  
IDSC16-  
PDIAG  
ADDR 1  
ADDR 0  
ADDR 2  
HARD DISK SELECT 1*  
GND  
HARD DISK SELECT 0* 38  
IDE ACTIVE* 40  
* low active  
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B.2 Floppy Drive Connector (FDD1)  
3
4
1
2
33 31  
34 32  
Table B.2: Floppy drive connector (FDD1)  
Pin  
Signal  
GND  
GND  
N/C  
Pin  
2
Signal  
1
FDHDIN*  
3
4
N/C  
5
6
FDEDIN*  
7
GND  
GND  
GND  
GND  
GND  
GND  
GND  
GND  
GND  
GND  
GND  
GND  
GND  
GND  
8
INDEX*  
9
10  
12  
14  
16  
18  
20  
22  
24  
26  
28  
30  
32  
34  
MOTOR 0*  
DRIVE SELECT 1*  
DRIVE SELECT 0*  
MOTOR 1*  
DIRECTION*  
STEP*  
11  
13  
15  
17  
19  
21  
WRITE DATA*  
WRITE GATE*  
TRACK 0*  
23  
25  
27  
WRITE PROTECT*  
READ DATA*  
HEAD SELECT*  
DISK CHANGE*  
29  
31  
33  
* low active  
93  
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B.3 Parallel Port Connector (LPT1)  
13 12  
2
1
26 25  
15 14  
Table B.3: Parallel port connector (LPT1)  
Pin  
Signal  
STROBE*  
D0  
Pin  
14  
15  
16  
17  
18  
19  
20  
21  
22  
23  
24  
25  
26  
Signal  
AUTOFD*  
ERR  
1
2
3
D1  
INIT*  
4
D2  
SLCTINI*  
GND  
5
D3  
6
D4  
GND  
7
D5  
GND  
8
D6  
GND  
9
D7  
GND  
10  
ACK*  
BUSY  
PE  
GND  
11  
GND  
12  
GND  
13  
SLCT  
N/C  
* low active  
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B.4 VGA Connector (VGA1)  
5
1
10  
15  
6
11  
Table B.4: VGA connector (VGA1)  
Pin  
1
Signal  
RED  
Pin  
9
Signal  
VCC  
2
GREEN  
BLUE  
N/C  
10  
11  
12  
13  
14  
15  
GND  
3
N/C  
4
SDT  
5
GND  
H-SYNC  
V-SYNC  
SCK  
6
GND  
7
GND  
95  
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B.5 RS-232 Serial Port (COM1, COM2, COM3, COM4)  
9
7 5  
3
1
8 6 4  
2
Table B.5: RS-232 serial port (COM1, COM2, COM3, COM4)  
Pin  
1
Signal  
DCD  
RXD  
TXD  
DTR  
GND  
DSR  
RTS  
CTS  
RI  
2
3
4
5
6
7
8
9
10  
N/A  
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B.6 PS/2 Keyboard/Mouse Connector (KBMS1)  
6
5
4
3
2
1
Table B.6: PS/2 keyboard/mouse connector  
(KBMS1)  
Pin  
1
Signal  
KB DATA  
MS DATA  
GND  
2
3
4
VCC  
5
KB CLOCK  
MS CLOCK  
6
B.7 External Keyboard Connector (KBMS2)  
6
5
4
3
2
1
Table B.7: External keyboard connector (KBMS2)  
Pin  
1
Signal  
KBCLK  
KBDAT  
MSDAT  
GND  
2
3
4
5
MSVCC  
MSCLK  
6
97  
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B.8 CPU Fan Power Connector (CPUFAN1)  
1
2
3
4
Table B.8: CPU Fan Power Connector  
(CPUFAN1)  
Pin  
1
Signal  
GND  
2
+12V  
3
Detect  
FANPWM  
4
B.9 Power LED and Keyboard Lock Connector (JFP3 /  
PWR_LED & KEY LOCK)  
Table B.9: Power LED and Keyboard Lock Connector (JFP3 /  
PWR_LED & KEY LOCK)  
Pin  
1
Signal  
LED power (+5 V)  
NC  
2
3
GND  
4
KEYLOCK#  
GND  
5
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B.10 External Speaker Connector (JFP2 / SPEAKER)  
Table B.10:External Speaker Connector (JFP2 / SPEAKER)  
Pin  
1
Signal  
SPK+  
NC  
2
3
SPK_IN  
SPK-  
4
B.11 Reset Connector (JFP1 / RESET)  
Table B.11:Reset connector (JFP1 / RESET)  
Pin  
1
Signal  
RESET #  
GND  
2
99  
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B.12 HDD LED (JFP2 / HDDLED)  
Table B.12:HDD LED (JFP2 / HDDLED)  
Pin  
1
Signal  
IDE LED+  
IDE LED-  
2
B.13 ATX Soft Power Switch (JFP1 / PWR_SW)  
Table B.13:ATX soft power switch  
(JFP1 / PWR_SW)  
Pin  
1
Signal  
5VSB  
2
PWR-BTN  
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B.14 AC'97 Link connector (AC97)  
Table B.14:AC'97 Link connector (AC97)  
Pin  
1
Signal  
VCC  
Pin  
2
Signal  
GND  
3
Sync  
4
BITCLK  
SDIN0  
AC-RST  
GND  
5
SDOUT  
SDIN1  
+12V  
6
7
8
9
10  
12  
11  
GND  
N/C  
B.15 SM Bus Connector (JFP2 / SNMP)  
Table B.15:SM bus connector (JFP2 / SNMP)  
Pin  
1
Signal  
SMB_DATA  
SMB_CLK  
2
101  
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B.16 LAN1 and LAN2 LED connector (LANLED1)  
1
3
5
7
9
2
4
6
8
Table B.16:LAN1 and LAN2 LED connector (LANLED1)  
Pin  
1
Signal  
#LAN1_ACT  
V33_AUX  
2
3
#LAN1_LINK1000  
#LAN1_LINK100  
V33_AUX  
4
5
6
#LAN2_ACT  
V33_AUX  
7
8
#LAN2_LINK1000  
#LAN2_LINK100  
9
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B.17 System I/O Ports  
Table B.17:System I/O ports  
Addr. range (Hex) Device  
000-01F  
020-021  
022-023  
040-05F  
060-06F  
070-07F  
DMA controller  
Interrupt controller 1, master  
Chipset address  
8254 timer  
8042 (keyboard controller)  
Real-time clock, non-maskable interrupt (NMI)  
mask  
080-09F  
0A0-0BF  
0C0-0DF  
0F0  
DMA page register  
Interrupt controller 2  
DMA controller  
Clear math co-processor  
Reset math co-processor  
Math co-processor  
0F1  
0F8-0FF  
1F0-1F8  
200-207  
278-27F  
290-297  
2F8-2FF  
300-31F  
360-36F  
378-37F  
380-38F  
3A0-3AF  
3B0-3BF  
3C0-3CF  
3D0-3DF  
3F0-3F7  
3F8-3FF  
Fixed disk  
Game I/O  
Parallel printer port 2 (LPT3)  
On-board hardware monitor  
Serial port 2  
Prototype card  
Reserved  
Parallel printer port 1 (LPT2)  
SDLC, bisynchronous 2  
Bisynchronous 1  
Monochrome display and printer adapter (LPT1)  
Reserved  
Color/graphics monitor adapter  
Diskette controller  
Serial port 1  
103  
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B.18 DMA Channel Assignments  
Table B.18:DMA channel assignments  
Channel  
Signal  
0
1
2
3
4
5
6
7
Available  
Available  
Floppy disk (8-bit transfer)  
Available  
Cascade for DMA controller 1  
Available  
Available  
Available  
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B.19 Interrupt Assignments  
Table B.19:Interrupt assignments  
Priority  
Interrupt#  
NMI  
Interrupt source  
1
Parity error detected  
Interval timer  
2
IRQ0  
3
IRQ1  
Keyboard  
-
IRQ2  
Interrupt from controller 2 (cascade)  
Real-time clock  
4
IRQ8  
5
IRQ9  
Cascaded to INT 0A (IRQ 2)  
Available  
6
IRQ10  
IRQ11  
IRQ12  
IRQ13  
IRQ14  
IRQ15  
IRQ3  
7
Available  
8
PS/2 mouse  
9
INT from co-processor  
Primary IDE Channel  
Secondary IDE Channel  
Serial communication port 2  
Serial communication port 1  
Parallel port 2  
10  
11  
12  
13  
14  
15  
16  
IRQ4  
IRQ5  
IRQ6  
Diskette controller (FDC)  
Parallel port 1 (print port)  
IRQ7  
B.20 1st MB Memory Map  
Table B.20:1st MB memory map  
Addr. range (Hex)  
E0000h - FFFFFh  
CC000h - DFFFFh  
C0000h - CBFFFh  
A0000h - BFFFFh  
00000h - 9FFFFh  
Device  
BIOS  
Unused  
VGA BIOS  
Video Memory  
Base memory  
105  
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B.21 PCI Bus Map  
Table B.21:PCI bus map  
Signal  
IDSEL  
AD19  
AD31  
AD30  
AD29  
AD28  
INT# pin  
GNT  
REQ  
SCSI  
INT B,C  
GNT B  
REQ B  
REQ A  
REQ B  
REQ C  
REQ D  
PCI slot 1  
PCI slot 2  
PCI slot 3  
PCI slot 4  
INT D, A, B, C GNT A  
INT C, D, A, B GNT B  
INT B,C,D,A GNT C  
INT A, B, C, D GNT D  
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