Soltek SL-NV400-L64 Motherboard - NV400-L64-V1.3
Contents
1. SOCKET 46 WOL1 5V icem Standby d E Y i e Ring Connect the Wake On LAN signal from LAN card to WOL1 DDR 400 333 266MH 2 8 8 LAN Connector NV400 L64 Only One RJ45 connector is on board for network connection Yellow LED to indicate Green LED blinks to indicate i that data transmission is Network hub is in connection E with the system undergoing in 10 100 Base T mode B 2 are T _ E i PET EE FD L 2 S a 33 NV400 64 NV400 L64 2 8 9 Complex Pin header Front Panel Connectors This complex Pin header consists of the following connectors for vari ous front panel supports When you have fixed the mainboard to the case join the connectors of this Complex Pin header to the case Front Panel SOCKET 462 Case Front Panel ET EN 1 Power Switch PLED PARET NC Power LED 4 PLED IR VCC NC RSTGND 2 Infrared IR IRRX RST1 eset Switch 5 IRGND SP1 IRTX NC Speaker 6 HDLED SP3 3 HDD LED HDLED SPVCC 34 Chapter 2 Hardware Setup 1 Power Switch Connector Connection Connected to a momentary button or switch Function Manually switching the system between On and Soft Off Pressing the momentary button for more than 4 seconds will also turn the system off 2 IR Connector Infra2. GND Pin 5 Pin 9 FPOUTR FPOUTL Pin Pin 7 3 Mic VREF Key 36
3. 00MHz 2400 2000MHz 2600 2133MHz 2700 2167MHz 2500 1833MHz Barton 2800 2083MHz Barton 3000 2250MHz Barton 3200 2332MHz Barton Package Type A CPGA D OPGA Voltage L 1 5V U 1 6V K 1 65V P 1 7V M 1 75V N 1 8V Maximum Temperature R 70 C Y 75 C V 85 C T 90 C 5 95 Q 100 C Size of L2 Cache 1 64Kb 2 128Kb 3 256Kb 4 512Kb Max FSB A B 200MHz C 266MHz D 333MHz E 400MHz Note Get the Host CPU Clock by dividing FSB by 2 17 NV400 64 NV400 L64 2 1 2 CPU Installation with Socket 462 This mainboard is built with CPU Socket 462 supporting the AMD CPUs Athlon Athlon XP and Duron Follow the steps described in this section to install CPU into the on board Socket 462 After installation of CPU you must also install a proper cooling fan on top of the CPU and connect the Fan cable to the CPU fan connector 1 First pull sideways the lever of Socket 462 and then turn it up 90 so as to raise the upper layer of the socket from the lower platform 2 Configure Pin 1 of CPU to Pin 1 of the Socket just as the way shown in the diagram on the right Adjust the position of CPU until you can feel all CPU pins get into the pin holes of the Socket 3 Make sure that all CPU pins have completely entered the socket and then lower down the lever to lock up CPU to socket 18 Chapter 2 Hardware Setup 2 2 Memory Installation How to tackle the memory Modules Make sure to unplug yo
4. 3 3V AGP 2X card into the AGP 4X slot will damage the system chip and burn the 1 5V circuitry An AGP 8X card will support a data transfer rate up to 2GB sec while an AGP 4X card will provide 1GB sec transfer rate I AGP 8X 4X Slot DDR 400 333 266MHz nVIDIA nFORCE2 410 cap IDEI Chapter 2 Hardware Setup 2 4 IDE Connector Installation To install IDE Connector you may connect the blue connector of IDE cable to the primary IDE1 or secondary IDE2 connector on board and then connect the gray connector to your slave device and the black connector to your master device If you install two hard disks you must configure the second drive to Slave mode by setting its jumpers correctly Please refer to your hard disk documentation for the jumper settings ve 3 ah HD Power Fan SOCKET 462 di nFORCE2 400 DDR 400 333 266MHz IDE2 ATA IDE connectors Orient the red line on the IDE Flat Cable to Pin1 T AGP 4X 8X a 2 ae nFORCE2 fama PCIA PCIS 7 um Pin 1 to Red Line Gray connector To Slave device 80 conductor Black connector cable To Master Device Red line Blue connector To Mainboard IDE Flat Cable 21 NV400 64 NV400 L64 2 5 Floppy Drive Connector In
5. NV400 64 NV400 L64 Chapter 2 Hardware Setup To Get Things Ready for Hardware Setup 1 We recommend to install your CPU before any other components For detailed installation instructions of a processor you can also refer to the pamphlet enclosed in your CPU package 2 Installing a cooling fan with a good heatsink is a must for proper heat dissipation for your CPU Get ready an appropriate fan with heatsink for proper installation Improper fan and installation will damage your CPU 3 In case CPU Vcore CPU clock or Frequency Ratio is adjustable on board please follow the instructions described in the User Manual for proper setup Incorrect setting will cause damage to your CPU The following topics are included in this chapter 2 1 CPU Identification and Installation 2 2 Memory Installation 2 3 AGP Slot Installation 2 4 IDE Connector Installation 2 5 Floppy Drive Connector FDC Installation 2 6 ATX Power Supply Installation 2 7 Jumper Settings 2 8 Other Connectors Configuration 16 Chapter 2 Hardware Setup 2 1 CPU Identification and Installation 2 1 1 CPU Identification Legends 3 4 5 6 7 0 18um CPU 0 13 um CPU AMD Athlon Duron AX 1900 D UT3 1 3 4 5 6 7 Family Architecture A AX AXDA AMD Athlon Processor D DHD DHM DHL AMD Duron Processor Speed 1000 1000MHz 1600 1400MHz 1700 1467MHz 1800 1533Mhz 1900 1600MHz 2000 1667MHz 2100 1733MHz 2200 18
6. V400 L64 Only J Microphone Input E PS 2 Keyboard Center Subwoofer Out F G COM 1 COM2 K USB 1 underside USB 0 middle 2 8 4 PS 2 Mouse And PS 2 Keyboard PS 2 Mouse Connector green on top 6 Void 5 Mouse Clock 4 VCC 3 GND 2 Void 1 Mouse Data 6 Void 5 Keyboard Clock 4 VCC 3 GND 2 Void 1 Keyboard Data PS 2 Keyboard Connector purple underside 31 NV400 64 NV400 L64 2 8 5 CD ROM Audio Connectors CDIN1 is an audio connector connecting CD ROM audio to mainboard rr Fal SOCKET 462 CD ROM Audio Connector Left Channel Right Channel PR 400 333 266MHz Thermal Resistor RT1 RT1 SOCKET 462 RT1 is mounted with Thermal Resistor by default for detecting external CPU temp erature DDR 400 333 266MHz Thermal Resistor RT2 H RT2 RT2 is mounted with Thermal Resistor by default for detecting System temperature 32 Chapter 2 Hardware Setup 2 8 7 Wake On LAN Connector 1 This connector connects to a PCI LAN card with a Ring signal output The connector powers up the system when it receives a wake up packet or signal through the LAN card 2 This feature requires that Resume On Ring feature is enabled in the BIOS setting Power Management Setup and that your system must be on ATX power supply with at least 720mA 5V standby power Em E 27 ri j E
7. ation to the System Hardware Monitor The hardware Monitor Program will work out the fan rotation speed and dis play it on screen 29 NV400 64 NV400 L64 2 8 2 USB Ports and USB Pin headers This series provides two USB ports USBO and USB1 on board sup porting various USB devices In addition two USB pin headers are added on board to provide expansion of four more optional USB ports by using two additional USB Cables User can order the optional USB cables from your mainboard dealer or vender When plugging the USB cable to USB Header user must make sure the red wire is connected to Pin 1 All 6 USB ports are compliant with 1 0 2 0 USB Bus USB 2 0 sup ports Windows 2000 and above Please see Chapter 3 for USB 2 0 installation USB connectors USB0 USB1 underside USB Cable Optional Me E m 2 E E E 3 To LIS Ee ae MG COR 8 gt ES EE DDR 400 333 266MHz et USB Pin headers USB2 and USB1 First USB Port Wiring for Front USB Red White Green black 5V D1 01 GND USB Header Pin Assignment 5V D2 D GND Red White Green black Second USB Port Wiring for Front USB 30 USB Port Chapter 2 Hardware Setup 2 8 3 Chassis Panel Connectors A B C D EE E F A PS 2 Mouse H Line Out B Port Front Speaker OUT C Game MIDI Line In D Lan Port RJ45 Top Rear Speaker Out N
8. ck marks stand for closed pins with jumper cap oom GED Jumper with Jumper with Jumper with Pin 2 3 closed all pins open Pin 1 2 closed Do not remove any jumper cap when power is on Always make sure the power is off before changing any jumper settings Otherwise mainboard could be damaged 2 7 2 Jp4 CPU Clock Select 1 Before setting the CPU clock by Jp4 read the Identification Legend on the CPU find 9 4 the Max FSB and divide it by two The CPUGiock select result is the default CPU clock default 2 Setting Jp4 1 2 closed is for 100MHz or 1 2 closed 133MHz CPU For 100MHz or 3 Setting Jp4 2 3 closed is for 166MHz or 133MHz CPU 200MHz CPU 100MHz or 133MHz CPU will SES fail to boot herewith Serre em 4 If 100MHz or 133MHz CPU fails to boot 200MHz CPU system you should excute the nVIDIA Boot Failure Restart Procedure to reboot system 25 NV400 64 NV400 L64 nVIDIA Boot Failure Reboot Procedures Whenever nVIDIA system fails to boot including overclock and non overclock cases it requires a more guaranteed Reboot Procedure to restart system 1 To reboot nVIDIA system users should first power off the system 2 If a CPU Clock Select Jumper is on board restore this jumper setting to default setting 3 Execute the Clear CMOS procedures with Clear CMOS Jumper 4 Then press down Insert key of the keyboard before pressing down Power Button to start system Do not
9. etup to choose the Wake Up Power On mode USB keyboard mouse Wake Up function is not supported in this series Jp1 Keyboard Mouse Power On Wake Up 1 2 closed default Keyboard Mouse Power On Wake Up Disabled 2 3 closed Keyboard Mouse Power 1 On Wake Up Enabled 28 Chapter 2 Hardware Setup 2 8 Other Connectors Configuration This section lists out all connectors configurations for users reference 2 8 1 Onboard FAN Connectors Sensor 12V GND Sensor Conn No Sensor nVIDIAS FAN2 Sensor Fan Connector nFORCE2 400 4 OO L FAN1 Sensor Fan Connector mm Yellow FAN3 Sensor Fan Connector Yellow Both Sensor and No sensor Fan Connectors support CPU AGP Sys tem Case cooling fan with 12V mode When connecting the wire to any Fan Connector user should make sure that the red wire is for the positive current and should be connected to pin 12V and the black wire is Ground and should be connected to pin GND A Hardware Moni tor chipset is on board with which user can install a Hardware Monitor Utility and read the fan speed transmitted from the sensor fan connector Otherwise user can read the fan speed from the SmartDoc Anti Burn shield in CMOS BIOS A running fan will send out 2 electric pulses per rotation of its fan blade to a Sensor Fan Connector which in turn will count the electric pulses and send the inform
10. ial bootup Screen 26 Chapter 2 Hardware Setup 2 7 4 Jp2 Anti burn Shield ABSII Jp2 Anti burn Shield ABSII Overheated CPU Shutdown only for Athlon XP Duron Morgan To enable overheated CPU 1 2 closed default 11 85 shutdown function 2 3 closed B To disable overheated 1 CPU shutdown function Jp2 is designed to enable the overheat safeguard for some CPUs which are incorporated with a protective thermal diode The latest AMD Athlon XP and Duron Morgan CPUs are incorporated with such thermal diode and can be protected by this function Setting Jp2 1 2 closed default setting will get system shutdown when the above mentioned CPUs get to 85 the default protection temperature Only when the CPU re turns to a cooler state can you restart your system For other CPUs that are not incorporated with a protective thermal diode please set Jp2 2 3 closed to disable the function because it is a vain design now Reminder If a sudden shutdown happens to your system which has been running well for a while with an AMD Athlon XP Duron Morgan CPU this might be caused by the Overheated CPU Shutdown design Please use a better CPU cooling fan and restart your system 27 NV400 64 NV400 L64 2 7 5 Jp1 KB Mouse Power On Wake Up Jp1 is designed on board as a jumper to enable disable the PS 2 key board mouse Power On Wake Up from system off or suspend mode Yet users should still enter BIOS s
11. n Main Power Connector should be connected to Power Supply to power on the system 23 NV400 64 NV400 L64 2 7 Jumper Settings The following diagrams show the locations and settings of jumper blocks on the mainboard Jp2 Jp1 Anti burn Shield ABSII Keyboard Mouse Overheated CPU Shutdown Power On Wake Up only for Athlon XP Duron Morgan 1 2 closed default Keyboard Mouse Power On Wake Up Disabled 1 2 closed default To enable overheated CPU 2 3 closed 85 shutdown function Keyboard Mouse Power On Wake Up Enabled 2 3 closed To disable overheated CPU shutdown function Jp4 CPU Clock Select default 1 2 closed For 100MHz or 1 133MHz CPU 2 3 closed uus For 166MHz or 200MHz CPU DDR 400 333 266MHz ATX Main Power NIDAN nFORCE2 400 Bra T AGP 4X 8X J6 Clear CMOS Gy 1 2 closed default 1 To hold data CEE 2 3 closed 1 To clear CMOS 24 Chapter 2 Hardware Setup 2 7 1 How to tackle the Jumpers A C 4 0 0 07 If a pin header of 2 or more pins is designed in such a way that its pins can be closed or linked together to set up a specific function this header is called a jumper in this manual The conductor inside the cap links two header pins together A Jumper is usually but not necessarily given a JpX legend In the Jumper setting diagram all jumper pins covered with bla
12. red Connector Connection Connected to Connector IR on board Function Supporting wireless transmitting and receiving module on board 3 HDD LED Connector Connection Connected to HDD LED Function To supply power to HDD LED 4 Power LED Connector Connection Connected to System Power LED Function To supply power to System Power LED 5 Reset Switch Connector Connection Connected to case mounted Reset Switch Function To supply power to Reset Switch and support system reboot function 6 Speaker Connector Connection Connected to the case mounted Speaker Function To supply power to the case mounted Speaker 35 NV400 64 NV400 L64 2 8 10 Front Panel Audio Connector This Mainboard is designed with a Front Panel Audio connector JAUD1 which provides connection to your chassis 1 When JAUD 1 is set to 5 6 closed and 9 10 closed this default setting disables this connector and leaves the Back Panel Audio enabled 2 To use this Front Panel Audio Connector please open all pins of JAUD1 and connect it to your chassis Nw s EL 9 PST Keyboard SUV Power Fa id SOCKET 462 y E nFORCE2 400 EL DIMI DDR 400 333 266MHz 4 8 z e IDE2 IDEI Em gt FDCI wr Fui USBI arm JAUD1 Front Audio Panel Connector Pin4 Pin 10 Aud Vcc RETL Pin 2 Aud
13. release Insert Key until you can see the initial bootup screen appear 5 In some overclocking cases by BIOS Setup if system still cannot boot up with the above 4 steps please remove the on board battery from the battery socket and unplug the power cord as well Keep the battery and power cord away from system in 10 to 20 seconds so as to make sure all power residue has faded away 6 After restoring the power cord and battery to system make sure the CPU Clock Select Jumper is at Default Setting and then press the Power Button to restart system again Please note that Step 5 will take the place of Step 3 and 4 7 After starting system users should also enter Advanced Chipset Features of BIOS Setup and set the FSB Frequency to CPU De fault value for a guaranteed bootup However user can also select a higher CPU clock to try overclocking again 2 7 3 J6 nVIDIA Clear CMOS When you have problem with rebooting your system you can clear CMOS data and restore it to default value To clear CMOS with Jumper J6 please follow the steps below 1 Power off system 2 Set J6 to Pin 2 3 closed 3 After 3 or 5 seconds allowing residue J6 power to fade away return the J6 1 2 closed default setting to Pin1 2 closed 4 To reboot the system press down To hold data Insert key before pressing down Power Button Do not release Insert I closed NE clear CMOS key until you see the init
14. stallation To install FDC you should connect the end of FDC cable with single connector to the board and connect the other end with two connectors to the floppy drives nVIDIA nFORCE2 400 p E H soe DDR 400 333 266MHz oe IER ee e eR UT Floppy Drive Connector Orient the red line of the Floppy Flat Cable to Pin1 Pin 1 to Red Line Signal Swap End To 2nd Floppy Drive Red line To 1st Floppy Drive FDD Cable 22 Chapter 2 Hardware Setup 2 6 ATX Power Supply Installation 12V Power Connector ss m E ER S SOCKET 462 IM2 DIMI x DDR 400 333 266MHz IDE2 ke Pini Pinll 2 1 Main Power Connector ERE a Zapin ATX V2 03 Power Supply is strongly recommended running with the nFORCE2 chipset mainboard To set up Power Supply on this mainboard 1 Get ready a V2 03 ATX Power Supply which provides a square shaped 12V Power Connector in addition to the 20 pin Main Power Connector and other peripheral power connectors 2 Connect the on board square shaped 12V Power Connector to the square shaped 12V Power Connector of the Power Supply 3 Connect the on board 20 pin Main Power Connector to the 20 pin Main Power Connector of the Power Supply Please note that both the 12V Power Connector and the 20 pi
15. ur power supply before adding or removing memory module Failure to do so may cause severe damage to both your mainboard and the memory module Pay attention to the orientation of the DIMM slots Forcing a DIMM into a slot improperly will damage the memory module and slot itself Make sure you have the right type of memory module for your mainboard 2 2 1 To Install DDR SDRAM Module This series supports up to 2GB unbuffered DDR 400 333 266 SDRAM with 2 DDR DIMM slots on board Do not insert other type of mod ules into these slots DDR DIMM slot has 184 pins and one notch Insert DDR SDRAM vertically into the 184 pin slot with the notch to rib matchingPress the module down in a gradual way until it surely reaches the bottom and clicks straight up the two latches on the left and right of the slot If any one of the latches has not turned up completely you should unplug the module and press it down the slot a bit more firmly 184 Pin DIMM Notch Key Definitions DRAM Key Position Voltage Key Position 2 5V Voltage Key DDR Notch P y m E DDR Rib Module Latch 2 2 2 To Remove a DIMM Press down the holding latches on both sides of slot to release the module from the DIMM slot 19 NV400 64 NV400 L64 2 3 AGP Slot Installation The slot on board supports 1 5V AGP 8 4 card only A Rib is specifically added to the 8X 4X slot so as to match the AGP 8X 4X card To insert a
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