Nexcom PEAK 735 Series User manual

Copyright
This document contains information protected by copyright. No part of this manual
may be reproduced, copied, translated or transmitted in anyform or by anymeans
without theprior written consent from NEXCOMInternational Co., LTD.
Disclaimer
Theinformation in this document is subject tochange without prior noticeanddoes
not represent commitment from NEXCOMInternational Co., LTD. However, users
may updatetheirknowledge of anyproduct in useby constantly checkingits
manual posted on ourwebsite: http://www.nexcom.com.
NEXCOMshall not be liable for direct, indirect, special, incidental, or consequential
damages arisingout of theuseof anyproduct, nor for anyinfringements upon the
rights of third parties which may result from such use. Anyimplied warranties of
merchantabilityor fitness for anyparticular purposeis alsodisclaimed.
Acknowledgements
PEAK 735VL(VL2/VL2G)is atrademark ofNEXCOMInternational Co., LTD. All
other product names mentioned herein are registered trademarks of theirrespective
owners.
Regulatory Compliance Statements
This section provides theFCC compliancestatement for Class Adevices and
describes how tokeep thesystem CEcompliant.
FCC Compliance Statement for Class A Devices
Theproduct(s)described in this user’s guide has been tested andproved tocom-
ply with thelimits for aClass Adigital device, pursuant toPart 15 of FCC Rules.
Theselimits are designed toprovide reasonable protection against harmfulinter-
ferencewhen theequipment is operated in acommercial environment. This equip-
ment generates, uses, andcan radiateradiofrequencyenergy and, if not installed
andused in accordancewith theuser’s guide, may causeharmfulinterferenceto
radiocommunications. Operation of this equipment in aresidential area (domestic
environment)is likely tocauseharmfulinterference, in which casetheuser will be
required tocorrect theinterference(takeadequatemeasures)at theirown
expense.
CE Certification
Theproduct(s)described in this user’s guide complies with all applicable European
Union (CE) directives if it has aCEmarking.
1
Preface

Chapter1GeneralInformation..........................................4
1.1Features...............................................................................5
1.2Specifications........................................................................5
1.3BoardLayout.........................................................................8
1.4Checklist&MechanicalDrawing................................................9
Chapter2JumperSetting......................................................10
2.1FunctionsofJumpers.............................................................12
2.2Setting Jumpers...................................................................13
2.3Location ofJumpers...............................................................14
2.4Jumping Setting........ ..........................................................15
2.5ConnectorPinDefinition.........................................................16
Chapter3ExpandedCapabilities.............................................22
3.1SystemMemory....................................................................23
3.2Installing DIMM....................................................................24
3.3Changing CPU........................................................................26
3.4Installing FanHeatsink..........................................................27
3.5SerialATA............................................................................30
Chapter4AwardBIOSSetup.................................................31
4.1Entering Setup.....................................................................33
4.2TheMainMenu ....................................................................33
4.3Getting Help........................................................................35
4.4ControlKeys........................................................................36
4.5StandardCMOSFeatures........................................................37
4.6AdvancedBIOSFeatures........................................................41
4.7AdvancedChipsetFeatures....................................................45
4.8IntegratedPeripherals...........................................................46
4.9PowerManagementSetup......................................................49
4.10 PnP/PCIConfigurations.........................................................52
4.11 PCHealthStatus................................................................53
4.12 LoadFail-SafeDefaults........................................................54
4.13 LoadOptimizedDefaults......................................................54
4.14 SetSupervisor/UserPassword................................................54
4.15 Save &ExitSetup...............................................................55
4.16 ExitWithoutSaving.............................................................55
2
Table of Contents

Chapter5DriverInstallation .................................................56
5.1Installing VGADriver.............................................................57
5.2Installing INF.......................................................................59
5.3Installing LAN.......................................................................61
5.4Installing USB......................................................................63
AppendixA:Watchdog TimerSetting...............................................67
A.1Watchdog TimerWorking Procedure.....................................67
A.2Watchdog TimerControlRegister............................................68
A.3Watchdog TimerProgramming Procedure.............................68
A.3.1PowerOnorResettheSystem..........................................68
A.3.2CleartheWDT.........................................................................69
A.3.3WDTControlRegister...........................................................69
3
AppendixB:GPIOProgramming Guide...............................................70

4
Chapter1
GeneralInformation
Chapter 1
GeneralInformation

1.1Features
PEAK 735 Series is amemeber ofNEXCOM’s P4-based SBC (single
board computer) family. Thefeatures of this series are as follows:
oSocket478 Intel®Pentium®4processorup to3.2GHzwith800MHzFSB
oIntel®865G/ICH5chipsets
oMax.2GBDDR400/dualchannelmemoryin2DIMMslots
oIntegratedVGA,CRTconnectorx1
oIntel82547EIgigabitEthernetcontrollerinCSA portorIntel82562EX 10/
100 EthernetControllerinLCIportand Intel82551QM10/100 Ethernet
controller
oSerialATAport(150MB/s)x2/USB2.0port(480Mbps)x2
1.2Specifications
SystemArchitecture
-Full sizeSBCwithPCI/ISA goldenfinger
-DVI1.0compliant(optional)
-PICMG1.0(Rev.2.0)compliant
-USB 2.0compliant
CPU Support
-Intel®Pentium®4processorwith256K/512KL2 cacheondie
-mPGA478 socketsupports400/533/800MHzsystembus;CPU speed upto3.2GHz
-SupportHyper-ThreadingTM technology
MainMemory
-DDRSDRAMDIMM x2supportmaximum2GB(DDR266/333/400)ofmemory
-Supporttwo64-bit DDRchannels,3.2GB/sbandwidthperchannel
- Supports no Registered /non-ECC DIMMs only
BIOS-AwardSystemBIOS
-Plug&Playsupport
-Advanced powermanagementsupport
-ACPI1.0b compliant
-4Mbitsflash ROM
5

- Intel ICH5 for south bridge
(I/O controller hub)
- Firmware hub (FWH) 4Mbits flash ROM x 1
- PCI V2.3 compliant
On Board LAN
- Intel 82547EI gigabit Ethernet controller (dedicated by CSA port directly from the Intel 865G
GMCH) and Intel 82551QM 10/100 Ethernet controller x 1 for PEAK 735VL2G
- Intel 82551QM Ethernet controller x 1 and Intel 82562EX 10/100 Ethernet controller x 1
(dedicated by LCI port directly from the ICH5) for PEAK 735VL2
- Single Intel 82551QM Ethernet controller for PEAK 735VL
- Compliant with PCI V2.1/V2.2, IEEE802.3, IEEE 802.3u, IEEE802.3x, IEEE802.3y, IEEE8023ab
- WfM 2.0, PC2001 compliant
- RJ45 with LED connector x 2
On Board VGA
- Intel 865G (GMCH) chipset integrated with graphics controller
- Hardware motion compensation assist for software MPEG/DVD decode
- Access system memory
- Fully PC 98 and PC 99 compliant
- 15 pin CRT connector x 1
On Chip I/O (ICH5)
- On board USB port x 2, USB 2.0 compliant
- Ultra ATA100/66/33 support, 40 pin connector x 2. 2-pin power connector for DOM (Disk On
Module)
- Serial ATA support, SATA connector x 2 ; data transfer bandwidth up to 150MB
On Board I/O
- ITE 8712F-A Super I/O
- SIO x 2, with 2x16C550 UARTs, 10 pin header x 2
- PIO x 1, bi-directional, EPP/ECP support, 26 pin connector x 1
- Floppy disk controller: 34 pin connector x 1
- 6-pin mini DIN connector x 1 for PS/2 keyboard/mouse, and 5-pin connector x 1 for external
keyboard
- On board buzzer x 1
- GPIO (4 in 4 out )
- On board 2 -pin header for I2C
- On board 5-pin header for IrDA
- On board 2-pin header for reset SW, 4-pin for speaker, 5-pin for keylock, 2-pin for IDE active
LED, and 2-pin ATX power SW
- One 3-pin power header for 3-pin power cable connected to backplane board
to support ATX Power On function.
- On board 4-pin additional power source input
.- AC’97 output, 10 pin header x 1
Chipsets
-Intel®865G(GMCH)chipsets
6

7
System Monitor
-Derived from Super IO ITE 8712F-A to support system monitor
-8 voltage (For +1.5V, +3.3V, +5V, -5V, +12V, -12V, Vcore and +5VSTBY)
-Fan speed connector x 2 (one is for CPU, while the other is for system)
-Temperature sensor x 2 (one is for internal CPU, while the other is for external system)
Real Time Clock
-On-chip RTC with battery back-up
-External Li battery x 1
Watchdog Timer
-Watchdog timeout programmable by software from 1, 2, 4, 8, 16, 32… to 128 seconds
PCI to ISA Bridge & ISAMAX Support
-ITE 8888F x1 PCI to ISA Bridge -Provide 64mA driving capability to
maximize ISA signals for supporting ISA cards up to 20 on the
backplane ISA slot
Dimensions
-338.58mm(L) x 122mm(W) (13.3”(L) x 4.8”(W)
Power Requirements
-+5V, +12V, -12V, ATX/AT
Power Consumption:
Model PEAK 735VL2 (G)
CPU 3.0G 2.4G
+12V 6.5A 4.5A
+5V 5.4A 4A
+3.3V 0.5A 0.5A
+5Vsb 0.5A 0.5A
Environments
-Operating temperature: up to 60°C, below -20°C (under certain condition)
-Storage temperature: -20°C to 80°C
-Relative humidity: 10% to 90% (Non-condensing)
Certification
-CE approval
-FCC

8
Figure1-1: Peak735 FrontLayout
1.3Board Layout
IIntel 82547EI Gigabit/CSA
Ethernet Controller or Intel
82562EX 10/100 LCI Ethernet
Controller
Dual LAN
Intel 82551QM
10/100 Ethernet
Controller
Serial ATA Connector x 2
ATX 5V Standby
Power Connector
Intel865G Chipset
w/integratedVGA
Controller
Socket 478 Intel Pentium 4 processor
up to 3.2GHz+ with 800MHz FSB
Max2GB DDR 400/Dual
Channel Memory in 2
DIMM Slots

1.4Checklist
After openingthepackage of PEAK 715-HT Series, pleasecheck andmake
sure you have all of thefollowingitems:
?OnePEAK735 series SBC
(Amechanicaldrawing ofthismodelisshownbelow.)
?OnePEAK735 Quick ReferenceGuide
?One50CMCableJST2.5mm 3pinto3pin(5VstandbyATX Power-on
Cable)
?OneYCableforKeyboardand Mouse
?One180 mm AUX PowerCable(forJ2)
?OneCableSet(FDD x1,SIO+PIOx1,SIOx1/Keyboardx1/IDE66 x1)
?OneUSBCablewithBracket
?OneDriver/ManualCD
Figure1-1:MechanicalDrawing ofPEAK735 Series
9

10
Chapter 2
Jumper &Switch Settings

Thischapterofthe User’sManualdescribes howtosetjumpers.
Note:The procedures thatfollowaregenericforall ofthe PEAK735 models
BeforeYou Begin
Ensureyou haveastable,clean working environment. Dustand dirt can getintocomponentsand cause a
malfunction.Use containerstokeep small componentsseparated.
Adequatelighting and propertoolscan preventyou fromaccidentallydamaging the internalcomponents.
Mostofthe procedures thatfollowrequireonlyafewsimpletools,including the following:
?APhilips screwdriver
?Aflat-tipped screwdriver
?AsetofjewelersScrewdrivers
?Agrounding strap
?Ananti-staticpad
Using yourfingerscan disconnectmostofthe connections.Itisrecommended thatyou do notuse needle-
nosed plierstodisconnectconnections as these can damage the softmetalorplasticpartsofthe
connectors.
Beforeworking on internalcomponents,make surethatthe powerisoff.Ground yourself beforetouching any
internalcomponents,by touching ametalobject. Staticelectricitycan damage many ofthe electronic
components.Humidenvironmenttend tohaveless staticelectricitythan dryenvironments.Agrounding
strap iswarranted wheneverdangerofstaticelectricityexists.
Precautions
Computercomponentsand electroniccircuitboards can be damaged by discharges ofstaticelectricity.
Working on the computersthatarestill connected toapowersupplycan be extremelydangerous.Follow
the guidelines belowtoavoiddamage toyourcomputeroryourself.
??Always disconnectthe unitfromthe poweroutletwheneveryou areworking inside the case.
??If possible,wearagrounded wriststrap when you areworking inside the computercase.Alternatively,
discharge any staticelectricityby touching the baremetalchassisofthe unitcase,orthe baremetal
body ofany othergrounded appliance.
??Holdelectroniccircuitboards (such as the PEAK639VLboard)by the edges only.Donottouch the
componentson the boardunless itisnecessarytodo so.Don’tflex orstress the circuitboard.
??Leaveall componentsinside the static-proofpackaging thatthey shipped withuntil they areready for
installation.
??Use correctscrewsand do notovertighten screws.
11

2.1 Functions of Jumpers
You can usejumpers toset configuration options. Thetable below defines
function of each jumper:
12
Connector Function
J1 AC'97
J2 Primary IDE
J3 SATA 0
J4 Secondary IDE
J5 SATA 1
J6 USB 2.0 Connector
J7 USB Exernal Power Connector
J8 Floppy
J9 DVI Connector(optional)
J10 CPU Fan
J11 System Fan
J12 COM1
J13 COM2
J14 PIO
J15 ATX Connector
J16 External Keyboard
JP2 Speaker
JP4 IDE LED
JP7 GPI/O Port
JP8 Keylock/Power LED
JP9 IR Connector
JP10 82551 LAN Speed 100 LED
JP11 82551 LAN ACT/LINK LED
JP12 ATX Push Button
JP13 82747/82562 LAN speed 100 LED
JP16 82747 LAN speed 1000 LED
JP17 Reset
JP18 82747/82562 LAN ACT/LINK LED
JP20 SMBUS
CON1 VGA Connector
CON2 82551 LAN Connector
CON3 82547/82562 LAN Connector
CON4 AUX+12V Power Connector
CON5 Keyboard+Mouse Connector
Table 2-1: Functions of Jumpers

2.2Setting Jumpers
Ajumper is thesimplest kindof electric switch. It consists of two metal pins anda
cap. When settingthejumpers, ensure that thejumper caps are placed on the
correct pins. When thejumper cap is placed on both pins, thejumper is SHORT.
If you remove thejumper cap, or placethejumper cap on just onepin, thejumpr is
OPEN. Pleasesee thefollowingillustrations:
Figure2-1:HowtoSetJumpers
13
The illustrations on the right show
a 2-pin jumper. When the jumper
cap is placed on both pins, the
jumper is SHORT. If you remove
the jumper cap, or place the
jumper cap on just one pin, the
jumper is OPEN.Open (Off) Short (On)
These illustrations show a 3-pin
jumper. Pins 1 and 2 areSHORT.

2.3 Location of Jumpers
Theillustration below shows thelocation of themainboard jumpers:
Figure2-2:Location ofJumpers
14
*= Pin 1

2.4 Jumper Setting
Switch Setting Table (* = default setup)
15
Device Select
SW1.1 SW1.2 SW1.3 SW1.4
ON Board LAN 82551 Enable *ON ON XOFF
ON Board LAN 82551 Disable OFF ON XOFF
ON Board TMDS Enable XON * ON OFF
ON Board TMDS Disable XON OFF OFF
DDR VDDQ Select
*2.5V2.6V2.7V2.8V
JP5 *OFF ON OFF ON
JP6 *OFF OFF ON ON
AT/ATX Power model Select
AT ATX
JP15 *1-2 2-3
JP14 *1-2
RTC Clear
NORMAL Clear CMOS
JP19 *1-2 2-3

16
AC’97connector
Pin Definition Pin Definition
1AC_SDOUT_R 2+5V
3AC_RST# 4GND
5AC_SYNC 6+12V
7AC_SDIN0 8AC_SDIN1_R
9AC_BTCLK 10 AC_SDIN2_R
J2/J4: IDE connector
Pin
Definition Pin
Definition
Pin
Definition Pin
Definition
1IDRST# 2GND 1IDRST# 2GND
3PDD7A4PDD8A 3SDD7A4SDD8A
5PDD6A 6PDD9A5SDD6A 6SDD9A
7PDD5A 8PDD710A 7SDD5A 8SDD710A
9PDD4A 10 PDD711A 9SDD4A 10 SDD711A
11 PDD3A 12 PDD712A 11 SDD3A 12 SDD712A
13 PDD2A 14 PDD713A 13
SDD2A 14 SDD713A
15 PDD1A 16 PDD714A15
SDD1A 16 SDD714A
17 PDD0A 18 PDD715A 17
SDD0A 18 SDD715A
19 GND 20 NC 19
GND 20 NC
21 PDREQA22 GND 21
SDREQA22 GND
23 PDIOW#A 24 GND 23
SDIOW#A 24 GND
25 PDIOR#A 26 GND 25
SDIOR#A 26 GND
27 PIORDYA28 IDE-PD1 27
SIORDYA28 IDE-PD2
29 PDDACK#A
30 GND 29
SDDACK#A
30 GND
31 HDIRQ14 32 NC 31
HDIRQ14 32 NC
33 PDA1A34 P66 DET 33
PDA1A34 S66 DET
35 PDA0A36 PDA2A35
SDA0A36 SDA2A
37 PDCS#1 38 PDCS#3 37
SDCS#1 38 SDCS#3
39 IDEACTP# 40 GND 39
IDEACTP# 40 GND
2.5 Connector Pin Definition

J3/J5:SATA connector
Pin Definition Pin Definition
1GND 2SATA0TXPC
4GND 3SATA0TXNC
7GND 5SATA0RXNC
6SATA0RXPC
Pin Definition Pin Definition
1GND 2SATA1TXPC
4GND 3SATA1TXNC
7GND 5SATA1RXNC
6SATA1RXPC
J6:USB connector
Pin Definition Pin Definition
1+5VSBY 2DATA0-
3DATA0+4DATA1-
5DATA1+6GND
J7:USB External Power connector
Pin Definition Pin Definition
1+5VSBY 2GND
J8:FDD connector
Pin Definition Pin
Definition
1GND 2DENSEL#
3GND 4NC
5GND 6NC
7GND 8INDEX#
9GND 10 MOTEA#
11 GND 12 DRVB#
13 GND 14 DRVA#
15 GND 16 MOTEB#
17 GND 18 DIR#
19 GND 20 STEP#
21 GND 22 WDATA#
23 GND 24 WGATE#
25 GND 26 TK00#
27 GND 28 WPT#
29 GND 30 RDATA#
31 GND 32 SIDE1#
33 GND 34 DSKCHG#
17

J9:TMDS DVI connector
Pin Definition Pin Definition
1TMDS_TX2N 2TMDS_TX2P
3GND 4TMDS_TX1N
5TMDS_TX1P 6GND
7+5V 8GND
9HotPlugDet 10 TMDS_TX0N
11 TMDS_TX0P 12 GND
13 TMDS_TXCP 14 TMDS_TXCN
15 GND 16 GND
17 DVICLK 18 DVIDATA
19 NC 20 NC
J10/J11:CPU FAN & SYSTEM FAN connector
Pin Definition Pin Definition
1GND 2+12V
3SENSE
J12/J13: COM1/COM2
Pin Definition
Pin Definitio
nPin Definition
Pin Definitio
n
1BDCD1# 2BRXD1
1BDCD2#
2BRXD2
3BTXD14BDTR1#
3BTXD24BDTR2#
5GND 6BDSR1#
5GND 6BDSR2#
7BRTS1# 8BCTS1#
7BRTS2# 8BCTS2#
9BRI1# 10 GND 9BRI2# 10 GND
J14: PIO connector
Pin Definition Pin Definition
1P_STB# 14 P_AFD#
2P_PD0 15 P_ERR#
3P_PD1 16 P_PINIT#
4P_PD2 17 P_SLIN#
5P_PD3 18 GND
6P_PD4 19 GND
7P_PD5 20 GND
8P_PD6 21 GND
9P_PD7 22 GND
10 P_ACK# 23 GND
11 P_BUSY 24 GND
12 P_PE 25 GND
13 P_SLCT 26 GND
J15:ATX POWER-ON connector
Pin Definition Pin Definition
1+5VSBY 2GND
3PSON#
18

J16:External Keyboard
Pin Definition Pin Definition
1KBCLK 2KBDATA
3NC 4GND
5+5V
JP2:SPEAKER Externalconnector
Pin Definition Pin Definition
1SPEAKERR# 2GND
3GND 4+5V
JP4:IDEActive LED connector
Pin Definition Pin Definition
1+5V 2IDE_LED
JP7:GPIO connector
Pin Definition Pin Definition
1GP27_D_IN1 ( PIN20) 2GP23_D_OUT 1 ( PIN24)
3GP26_D_IN2 ( PIN21) 4GP22_D_OUT 2 ( PIN25)
5GP25_D_IN3 ( PIN22) 6GP21_D_OUT 3 ( PIN26)
7GP24_D_IN4 ( PIN23) 8GP20_D_OUT 4 ( PIN27)
JP8:Keylock/Power LED connector
Pin Definition Pin Definition
1+5V Pull-up(Power LED) 2N.C
3GND (Power LED) 4Keylock
5GND (Key Lock)
JP9:IR connector
Pin Definition Pin Definition
1+5V 2CIRRX
3RIRX 4GND
5IRTX
JP10:82551QM LAN External SPEED LEDconnector
Pin Definition Pin Definition
1+3VSBY 2SPEED_LAN
JP11:SMBUS Externalconnector
Pin Definition Pin Definition
1SMBCLK 2SMBDATA
JP12:ATX Push Buttonconnector
Pin Definition Pin Definition
1GND 2PWRBT#
19