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1. H8 Mode Select Table BAV99 EASY START BUTTON CONNECTOR MDO MD MODE Description Lt 4 5VA D9 0 1 MODE1 Expended mode with On Chip ROM disable 42 8 18 99 1 0 MODE2 Expended mode with On Chip ROM enable 18 LLIMIT 27 3e es Co si ii 3 1 1 Single Chip mode pi 1 1
2. DDR SODIMM DDR CS0K 19 1 16 50 25 DDR 42 5V DDR 50 RP537 72 50 _ S DDR CSi X CSTE PLACE CLOSE TO J4 9 PLACE CLOSE TO J5 T 5 T esga 2 DDR_CS2 2 13 CS2 1 CS2 7 CS2 DDR_CS3 5 12 5 _ 7 T CS3 7 OS DDR WE 6 11 WEF 4DDRVREF DDRVREF WE 2 DDR 7 10 BAO 9 122 1504 2 1 82 1 vREF1 VREF2 2 1 vREF1 VREF2 DDR MA7 RPI7 1 08 16 8 vss vssi7 4 MD4 C840 C841 MDO 3 vss vssi7 4 MD4 RP535
3. R573 1 2 0604 R572 1 0609 X561 S0 5 Spreading Rangd Input Frequency Modulation Rate R601 1 0603 R600 1 357K NAe 060 1 2 1 0 1 50 10 MHz to 20 MHz Fin 10 20 83 KHz R598 1 OKNA 2 R599 1 5 060 14 318MHZ NA 1 250 10 MHz to 20 MHz Fin 10 20 83 KHz C575 C585 R597 1 2 060 R608 1 060 2 R96 1 2 0603 XOUT 0 0 1 25 20 MHz to 35 MHz Fin 10 20 83 KHz 1 R570 1 2 060 R571 1 35 060 a Pri pim ERE 0 l 2 0096 20 MHz to 35 MHz Fin 10 20 83 KHz LD s lors ND FSO and SRO HAVE INTERNAL PULL UP 100K Ohm VB_GPIO2 2 XOUT SRO 9703 FSO VB GPIOS ye
4. GAIN SL VDD EXTERNAL GAIN AUDIO AMPLIFIER sy AMP EXTERNAL GAIN VR501 9 R58 0 6 IL 3 0603 of D AGND 120 4 R51 C60 10K AGND 0 068U R44 0603 AGND 25V 5V_AMP 100K GAIN_SL 0805 C502 1000 6 3V 20 HP SENSE 1 0008 Po illa 2 1 21 GAIN SELECT 3 B Hz IX Bs MUTE 5 7 15K 20K 20K R57 10K Rag MUTE 0603 0603 0603 0 0603 C68 20K 4 19 1 1 l 0603 Line Out SPDIF MODE LGAIN1 1 GAIN SL DEVICE DECT 252 oa 0603 LGAIN2 Internal Speaker Connector Gee ose Phone Jack 0603 0603 LEFT DOCK TM SPKLOUT 1502 _6002 100 06030 DF 2 1608 id J503 5 PAK RB J504 8 AOUT L 1 AAA 1112 12 38 0 1501 600Z 100M 0603D DF 2 1608 29 11 DF13 2P 1 25H 121 6002 100 1 2 1608 5 7 Y AUC R67 22 0
5. E neral purpose 1 0 1 5 8 GPIO1 General purpose I O H GPIO2 Provid backlight enable i I gt 01 GPIO3 Provid panel power enable GPIOO AJ6 I2C2SDA R649 1 0603 Y GPIO4 Panel power good signal to GPU 41 1 A6 GPIODO l2c2SDA IPCeSCL R701 1 BS 0603 n V P Check grossi spread spectrum support ENPBLT ENEBIT 1 0 0603 EDS B GPIO6 Provid hardware suspend signal for 9 25 ENEVDD 5 1 MM mobile system Active low Ps oe txpo 4 TXQUTO TXOUTO 9 12 GPIO7 Dynamic core voltage power control i nd RA xpo LES TXOUTO TXOUTO 9 12 GPs O pe GPIOD5 10 SUS STAT SUS 54 1 A 2 0 0608 TEE 5 GPIOD6 TXD1 TXOUT1 9 12 0 1 3 GPIOD7 BS TXOUT1 9 12 pa TXOUT2 L16 TXD2 TXOUT2 9 12 Close to GPU Txp2 B3 TXOUT2 TXOUT2 9 12 LVDS CH1 1 IFPOIOAVDD T1 gt BZ_ VIPD0 LCD 1 0 LCD 10
6. OSC25MHI OSC25MHO 17 OSC25MHOK DEA R117 4 1 AA2 2 10M NA 0603 U515B 4 OSC25MHI 4 H_INIT 5 un IN INIT MIICLK25M 8 4 dU gt A20M 4 H_SMI 5 zum ae SMI MIITXCLK 6 CAN LAN_MTXC 20 4 H_INTR INTR 4 mE X20 NMI 88 LAN gt LAN_MTXE20 SB THRM amp 8145 1 A A 4 2 10K 0603 R783 i FERR Ti 0603 EXTSMI 14 AAA 2 10K 0603 H STPCLK w2o TNR M 10 0603 R131 1 AAA 2 10K 0603 i SUPE SLP MIS E2 Lt gt LAN MTXD020 LAN MTXD1 13 13 REFCLK3 REFCLKS 1 AAA Y19 APICCK H LAN MTXD120 77 APICDO WAKE UP 8716 1 10 0603 1 W19 ACA cence oy j TOK 0603 gna R785 2 1 MIITXD2 oem MTXD220 M PSS ADD 5 B4 MTXD
7. IEEE 139 la USB 20 1 ARALLEL R8 0 0603 Law Law R7 0 TPA1 TPA have to the same length with PA1 TPA 0603 TPB1 TPB have to the sane length with TPB1 TPB TPA1 TPA TPB1 TPB Trace width 8mil Space fnil Length lt 5 Inch CHOKE PLP3216S B 1394VCC3 3VS 1 PLP3216S NA 4 lt DAK usd Close to FWA03__ Closeta FW803_ _ aras MI INI 1394 1394 CTLO 3 TPB1 E 4 TPB 1 17 1394 CTLO 1394 4 2562 m 35 _ 1 211 F508 4 17 1394 CTL1 CTL1 5555 gt OGOS gt 1 T t t 2 USB1VCC5 4594 30 ZAAK 3 2 4 2 3 5VO 1 1 17 a 1894 Di 3100 9 T T T lt 2 MINISMDC110 NA 1202 100 z 1394 D2 a 46 1 i R10 2012 17 1394 D2 1394 03 9 D2 R641 R642 GND1 U2 33K 17 1994 DA 1394 04 10 Di T a CX Y SURE VIN vouro H oe 17 1394 06 1394 05
8. 3VS o R60 10K 0603 WIRE LED q F502 L5 24 WIRE LED lt Q5 UG 54 1 2 USB3VCC5 d YE WIRE LED MINISMDC110 NA 7 1202 100 3VS R23 2012 DTC144TKA o T c14 us ask cio 3 1 100 0 1U 7 0603 VINO VOUTO 1206 0603 4 E L a vine 57 use 098 0008 N 10 50V 9701 4 8 727 15 19 PCI 0 31 SOT25 pom e GND USB 0603 0603 1503 77 109 1 2 0603 lt Be e gt 75 a one 6 ann 77 N 5 5 1 0603 MINISMDC110 NA LED1_GRNP LED2 YELP 2 i RE Hp 13 14 1 16 PD 4 GRNN LED2 YELN Send UNE PCI R767 1 CHSGND RESERVED4 Mig R170 5VS 15 PCLINTCH lt u m INTB 5V 1 BH 3603 9 pol BES avto INTA 22 PCLGNTSF PCI INTD amp 15 R508 15 PCI lt RESERVEDO RESERVEDS 22 PCI GNT3 15 USBP3 23 GROUNDO 8 3VAUX O 2 17 USBP3 18 CLK MINIPCI 25 CLK RsT 26 PCIRST 7 9 10 15 18 19 22 4 27 28 __ PCI
9. DDR 0 0 63 14 DDR 0 0 63 U9B MDO SMD63 DDR MD 2922 MD1 SMD30 DDR MDS MD2 SMD29 DDR MDA 2421 MD3 SMD59 usc DDR_MD5 AE23 04 5 031 ZCLKO DDR 00810 71 DDR MD6 AF22 MDS SMD62 DDR 0 121 13 ZCLK0 ZCLK C15 REFCLKO 14 DDR DOS O 7 AERP 06 5 060 DDR MA 0 12 14 ZUREQ VOSCI REFCLK0 13 DDR DOMO MD7 SMD28 11 DDR MAO 15 20 ZDHEQ u ZUREQ NOT STUFF IN 5186450 DDR 0050 AF122 baer 1 DDR ZDREQ DDR AD21 AH12 DDR 5188 ZSTBO 12 CRT RED AG20 9 5 58 Mas 612 DDR MAS 15 ZSTBO 257808 29180 Gout ia l GREEN CRT GREEN 11 12 DDR _MD10 AE19 AD12 DDR 4 A13 CRT BLUE MD10 SMD55 MA4 BOUT CRT BLUE 11 12 DDR MDIT 19 MD11 SMD23 AHIS DDR MAS 15 ZSTB1 2578 1 75781 HSYNG CRT HSYNC DDR MD12 21 AE15 DDR MAG ZSTBT E13 B713 11 DDR NDIS A MD12 SMD26 mas DDR MAT 15 ZSTB1 ZSTB1 CRT VSYNCI CRT HSYNC 11 12 DDR MDTA AD20 MD13 SMD57 18 DDE MAS 1
10. 45VAS 9 DVMAIN PU516 9 SI4835DY 308 1 _7 h PR556 PR44 _ DVMAIN 750 100 0603 d 0603 PU515 111 1 Sl4835DY E af Sos 1 BATT DEAD gt DEAD 24 1 1 LMV393M 45VA 1M SSOP8 9 s PR565 0603 100K E E 0603 77 4 PR554 PR45 PC557 100 4 100K oiU 0603 0603 0603 518 lt 50 24 ADEN lt gt ADEN of G s 2 7002 4 PR563 777 ADINP O 1 2 7 DTCiAAWK PL511 169K 0603 1 120Z 100M 2012 u PL509 77 1 120Z 100M 2012 TR SFT 10A FUSE 2917 PL510 lo N 1 oc 4 423 PR48 1207100 2012 1 PR576 L 577 301K oU 319 45VAS 1M 0603 0603 o 0603 196 lt 50 519 1 lt 5VA l 24 V 3 2l J PR602 0 R A 7P 2 5MM NA PR49 J 5 PR579 24 BAT C BAT C 1 SUYIN PR46 12 1k 100 45VAS 250005MR07G 10020 4 7K 0603 0603 0603 BAV99 NA 0603 196 M 50 1 2 4 1 E 1 5 PR58 1 1 PR603 AA 2 i 4 99K L LLOVP 27 0603 PD10 0 VUE t PU510B 1 t PR555 24 BAT T BAT T 24 BAT D d
11. O45VS D 4 AUDIO CODE us 9 1 27 1218 R28 R29 L6 illa 0 9 1202 100 17 i 0603 0603 1608 AVDDAD 120Z 100M N6 01U u4 2012 0603 E E OUTO INO AC97 BITCLK lt 4 2 m NR ERR C15 lose to __ _ Closelto Codec _ 4 SD 10P NA E 1 meg GND SD 0603 C26 C25 C22 C41 C35 C40 ADP3301AR 5 10U 010 0 10 100 Sos 77 1206 0603 0603 0603 0603 1206 AGND lt 10 4 50V 50V lt 50V 50V tov R24 eia 330K 0603 77 R17 2 97 RST AGND AGND AGND 1 AA 2 MODEM SPK SPK 2 05 10K NA 0603 AC97 SDOUT R15 2 Ace7 spourc cdi 23 C44 1 _ 2 0 10 50 0603 1K NA 58 58 LINE IN L 0603 0603 50V iB 97 SDIN sid 22 inene 224 C43 1 2 0 10 50V 0603 11 21 MIC 2 1U 10 0603 MIC 2 AC97 SYNC syno S SDATA IN mico L22 MIC2 c42 1 2 sov 446 10 SYNG CDROM RIGHT C 2 AC97_BITCLK lt __ AGS BITC A 6 BITICLK H2 033 11 2 1U 10V 0603 R32 1 nn Esk 5 2 R23 CLOSE TO CODEC
12. EDD PL507 NNN ES L lam 1 p QUT T OE us e V A SMA4I0DY PU23 0517 0512 SI4835DY 514835 8 PLIA PR577 7 gt kA 7 T 0 035 6 7 623246 S ugs DBATT 123 e e e 5 ITI A 5 MAX1772 21 DLO 470K TRON S PRITS KHA A PR569 18 19 PD517 100K LI OVP 5 PC579 578 EC310S03L 10U 0 1U PU514 FDS7764A PQ520 e PC569 574 DVMAIN V V 0 1U 0 1U PR556 5 750 e PUSIOA 334 PR58 4 99K 45 LMV393M U519 5s 1 8 BAT T 100K BATTERY 7 4 COD 1 509 510 V 12 CONNECTOR V iv 3437S V PR576 10A 123 O 5VAS BAT_VOLT 2 7 P7VANI 39 T BATD 589 BATTERY ime PRA 24 99 RPI PR579 100K LID V AA s BAT 3 6 MA DRATT PU510B PQ516 4 3 T SSOT23N 98 8640 N B Maintenance 8 2 Battery Can not Be Charged When the battery is installed but the battery status indicate LED display abnormal Battery can not Charge notebook
13. 0510 d w VDDREF A L523 i 44 VDDZ L 2 p VDDPCH R657 R675 VDDA48 28 0092 10K 10K VDDAGP 28 VDDA48 1202100 0 1U 0503 0608 VDDCPU 42 D 0509 VDDSD ____48 vDDSD CPUCLKT o 40 L22235 HCLK CPU 4 FSB 400 533 SELECT DDR DEFAULT 266 STP PCM A CPUCLKC o 29 AAA HCLK_CPU 4 i 16 STP PCM TPGUSTOES P CPU STP K 4 A 45 44 R654 1 A A A 2 33 515650 16 28 CPU_STP CPU STOP CPUCLKT 1 HCLK SIS650 6 1528 RLS4148 D505 RLS4148 CPUCLKC 1 43 R658 1 NANA 2 33 HCLK_SIS650 HCLK SIS650 6 o 9 GNDREF 4 4 1 2 VDDZ GNDZ SDRAM 4 B651 1 A Am 22 SDRAMCLK gt SDRAMCLK 7 a73 1 GNDPCIO 75 10K 10K C655 GNDPCI AGPCLKo 31 9686 1 2 22 AGP AGP CLK 6 1207 100M GND48 AGPCLK1 R692 1 22 66M_AGP 66M 10 0603 0603 50V GNDAGP Lo R661 22 ZCLKO o lt 10 GNDCPU ZCLKO Are ZCLKO 7 GNDSD ZcLK1 10 R660 1 2 22 zar ZCLK1 15 SE CORE 3VS 14 283 8678 A AA 2 33 CLK_SBPCI T FS3 PCICLK_FO CLK_SBPCI 15 126 FSAIPCICLK F1 8 4 Ratt 38 CLK LPC33 LPC33 22 PCICLKO 18 dv VDDAGP Po 1 R689 1 A A 2 33 PCIOLK CARD bcici CARD 19
14. DRAW DESIGN CHECK ISSUED MODEL 8640 Card Reader Audio Touch Pad Board Revision 00 Title Page COVER SHEET amp HISTORY 1 ur 5 ur 1040065 1440050 MTG ID2 38 OD6 0 BTB CD ROM CONNECTOR 2 ba T 9 9 e e e AUDIO CODEC 3 AGND AGND M AUDIO AMP 4 1 Correct SM MS pull up voltage to 3V 2 Correct W27C512 VCC from 5VS to 5V 3 Change th connection of 24C02 pin8 from 3V to GND to disable write portec 4 Change the pin assigment of J1 for ESD solution 5 Delete SW1 SWA4 COMP 6 Change the TOUCH PAD connect from 6 pin to 12 pin at location J501 5 mil 7 Add damping resistors for Card Reader signals at location R513 R516 AGND 8 Add Audio Code clock select function at location R70 R71 4 mil 9 Add 10K NA resistor connect to GND of 14 318MHZ AUDIO net at location R517for EMI request INI 10 Delete capicators for ALC2002 at location C36 C39 C55 20 mil 11 resistance from 200K to 200K NA at location R54 R55 to disable function IN2 12 Change bead to DFS type at location 1501 1504 5 mil 13 Change the connection of Q2 poin2 from 0504 pin3 to 3 6 DGND 14 Delete R57 4 mil 8 15 Add 0 ohm resistor at location R72 SOLDER 16 Change the part of VR501 MiTAC 22 Title COVER SHEET amp HISTORY PZe Document Number 411673400002
15. GND 102 5VS 128401 D501 RP503 Q v 0 4 P_STB PP_STB STB P_AFD 2 PP_AFD Eod AFD 4 P_LPD0 PP LPD0 LPD0 2 P_ERR 5 4 PP_ERR Ea ERR P_LPD1 i PP_LPD1 Ea LPD1 3 P_INIT 2 PP_INIT bt INIT 6 P_LPD2 3 _LPD2 LPD2 4 P_SLIN 5 4 PP SLIN Ee SLIN 5 P LPD3 LPD3 Lua LPD3 5 R527 0 I 523 0502 PAC128401Q RP502 13 0 4 P LPD4 8 1 P LPD4 E T LPD4 6 P LPD5 2 P LPD5 LAE is LPD5 1 P LPD6 6 3 LPD6 Foe 6 LPD6 8 P_LPD7 5 P LPD7 EAE s LPD7 9 P 8 1 P EX ae 10 P BUSY 1 2 P BUSY Lean i BUSY i P PE 6 3 P PE EE 12 P SLCT 5 j P SLCT SLCT 13 2 506 0 4 ud J5 PIO Connector PRINTER 123 8640 N B Maintenance 8 11 PIO Port Test Error When a print command is issued printer prints nothing or garbage PIO Test Error 1 Check if PIO device is installed Board level Troubleshooting properly J5 2 Check CMOS LPT port setting properly One of the following parts or signals on the motherboard may be defective use an oscilloscope to check the signals or replace the parts one at a time and test after each replacement Replace Yes Motherboard Correct it PARTS SIGNALS U512 PRD 0 7 PRN LPD 0 7 No 25 D LPD 0 7 SLIN R527 D SLIN PRN I
16. MODEL 8640 Revision 02 s evision TP26 TP8 TP18 TP24 TW MTG16 11 MTG11 TW MTG5 HI MTG1 TOUCHPAD METAL8 TOUCHPAD METAL8 TOUCHPAD METAL8 TOUCHPAD METAL8 103 0 007 6 104 5 007 5 103 0 007 6 104 5 007 5 Title Page 9 9 9 ETES 1 T 2 7 SS J J 1 eN pio 6 pio eN pio ___61 10 COVER SHEET amp SCREW HOLE 1 rh th ss System Block Diag ram 2 TOUCHPAD METAL TOUCHPAD METAL TOUCHPAD TOUCHPAD METAL Hs 7 7 ower Block Diagram ve P4 CPU 1 2 4 727 di 0209076 0209076 ID OD7 6 J ID30 OD7 6 P4 CPU 2 2 5 TOUCHEAD METALS TOUGHPAD METALS TOUGH AD METALS TOUCHEAD METALS TOUCHBAD METALS H H H Hii SIS M650 1 3 6 M M 4 SIS M650 2 3 7 dd ye ay FH 77 77 77 SIS M650 3 3 8 TOUGHBAD METALS T OUGHPAD METALS TOUCHEADUMETALS TOU HEADSET TOUGH AD METALS Ina MTG14 111 MTG10 77 TV LVDS ENCODER SiS301 LV CH701 9 9 J i 4 4 em 103 0 007 6 em 103 0 007 6 1D3 0 OD7 6 nVidia MAP1 7 31 1 2 10 GND USB 6 6 10 nVidia M AP1 7 31 1 2 1 1 TOUCHPAD_METAL9 TOUCHPAD_METAL9 TOUCHPAD_METAL9 TOUCHPAD METALO TOUCHPAD 11 11 11 LCD amp CRT Interface 12 4 Bi 1 Ed 1 Y Clock Generator Buffer 13 LAN ND DDR SO DIMM 14 TOUGHPAD METALS TOUGH
17. 5VS 5V O X X X 4 72 mil FR4 POWER 0 54 mil 5V X X 8 07 mil 7628 IN 3 0 54 mil 5VA 5V 0 0 4 92 mil FR4 GND 0 54 mil 12VS 12V X X X 4 33 mil PP 2116 SOLDER 1 79 mil 12V 12V X X Mitac gt m COVER SHEET amp SCREW HOLD Document Rev Number 8640 d Date _ Wednesday August 28 2002 Bheet 1 of 32 PDF created with FinePrint pdfFactory trial version http www fineprint com 8640 MINI PCI SLOT Type III A 5 o RJ45 U 3 D lt m m 5 10 100 mE ICS1893 epuo2as qAq Wouqo 3ai3 M TPS2211 Power Switch SSOP 16 PCI1410A PCMCIA CONTROLLER PQFP 144 Control Ultra DMA 33 66 100 Ultra DMA 33 66 100 IR Module HP 3600 PORT AV RGB S VIDEO DT Mobile Pentium 4 Willamette Northwood C P U Micro FCPGA 478 pin ADM 1032 Thermal Recorder nVIDIA MAP 17 HD 0 63 Control 692PBGA Pannel SIS301LV 128 pin LQFP DDR SDRAM PC2100 SiS M650 645DX Memory Bus 266MHz SDRAM CRT Control 11 Control 0 8739 ISA BUS Super 100PIN PLCC 32 702 Balls BGA Hyper Zip HyperZip Data Bus 266MHz 512MB sec SMK Cardreader ND3050 LA Connector 8 AL USB 2 0 Exte
18. 72 5 2 Sis650 North Bridge 78 5 3 Sis962 South Bridge 83 6 System Block Diagram LT LL 89 7 Maintenance Diagnostics 90 7 1 Introduction 90 7 2 Debug Card 91 7 3 Error code 1111 92 8640 N B Maintenance Contents 8 Trouble Shooting Lr rrr eL Lr Lr rr LL eL 94 8 1 No Power 95 8 2 Battery Can not Be Charged 98 8 3 No Display 100 8 4 LCD No Display or Picture Abnormal
19. t ajoji ujja 2 0 e 10 alfel af O iy c z z 00 ITEM PART ND DESCRIPTIDN TYPE REMARK 421673400001 WIRE ASSY LCD 0DL147 8640S ASSEMBLY wessewes a s assvinvertars 3 some mer sese sese 3 wr 7 ssemwmo wmtucurwmas e mer e sss eme s vmemwes vcsstwweremw m e jme semeesen mer Hu Jaj we amene umeere af 1s sesens ime a p 3700020029 se somtwsesoensmaa mer 2 ar uum SCALE 0 300 arene scitis SCALE 0 300 DRAWING NAME LCD ASSY jQD1LXGA 14 1 8640D M 160 315 MiTAC International Corp D E SHEET ND 1 OF 1 _ 9 9 vy 9 O t ajoji ujja 2 0 e 10 alfel af a c z z tw Ok SCALE 0 300 180 315 9 9 i 9 O n lu ul t 9 BERGE 10
20. 134 8 17 Smart Media amp Secure Digital Test Error 136 9 Spare Parts List 1 4 4 4 138 10 Exploded uiu a EE CELERE 170 11 Circuit 2 2 177 12 Reference Material 214 8640 N B Maintenance 1 Engineer hardware Specification 1 1 Introduce The 8640 motherboard would support the Intel D T or Mobile Pentium 4 Willamette Northwood amp Celeron in mFC PGA2 packaged which will supports the different speed up to 1 9G 2G 2 2G 2 3G 3 2G above This system is based on PCI architecture which have standard hardware peripheral interface The power management complies with Advanced Configuration and Power Interface ACPI 1 0b It also provides easy configuration through CMOS setup which is built in system BIOS software and can be pop up by pressing F2 at system start up or warm reset System also provides icon LEDs to display system status such as Power indicator Battery HDD CD ROM USBFDD NUM CAP LOCK SCROLL LOCK status It also equipped 4 USB ports The memory subsystem supports 1024MB DDR SDRAM two JEDEC standard 200 pin small outli
21. P34 SMCE Smart Media bo 45V Q PM 32 vec MA 0 7 n P40 SMRB U502 AD 0 7 P46 127 P46 SMWP 14 d 0 7 P35 SMWPI 2 A 8 15 p14 P5 MSCD 13 57 PSEN 103 R74 2R80 2 R79 gt R75 W27C512 2 25 PSEN_N lt lt 2 23 ALE PLCC32 lt e D 3V 126 P31 SMSP 02 24_ 0 7 FDV302P SMVDD 3 JP501 U2 SD 0 7 DP Connect M B DM 43V MMC SD RP3 5 R85 10K 4 10K 199 MD0 e 37 ND3050 MDI 110 1 e 38 43V DE 111 MD2 30 v MEI PQEPI28A 4 112 MD3 e 31 MA 0 7 0 1U US 3 MCMD 4 2 21 8 Hi ALE ior 128 47 SDWP m SE P37 RD_N p13 107 SDCD EE UT62L256C OE P36 O43V re WE 23 p37 pipa P10 MSSP Q4 24_ R6 R5 FDV302P SMVDD 8 470 470 Q43V 3V m MSCD 29 4 MSDIO 16 TU SDIO 0 3V R8 R7 43V H P16 SDSP Qs e A2 Su cs FDV302P SMVDD 508 PCSCL 56 XTALI 16 p ao NM24C02N P44 PCSDA 114 Memory Stick SDA P44 zi C8 6 T 12MHZ V V 12 2 1507 Connector 136 1 Check if the Smart Media amp Secure Digital Controller device is installed properly
22. 8640 N B Maintenance 1 4 8 Audio Performance 8640 meet all the following items Test Items Mobile System Full Scale Output Voltage 20 7Vrms 3 3V audio Sample Frequency Accuracy z 0 196 Frequency Response 44 1 20Hz 15kHz Frequency Response 48ks sec 20Hz 15kHz Dynamic Range SNR 270dBFSA THD N z 55dBFS Cross talk 250dB Table24 Digital Playback PC D A for Line Output Test Items Mobile System Frequency Response 100Hz 12kHz Dynamic Range SNR 260dBFSA THD N z 50dBFS Table25 Analog Pass through A A for Microphone Input to Line Output Test Items Full Scale Input Voltage Sample Frequency Accuracy Frequency Response 22 05ks sec Dynamic Range SNR THD N Mobile System gt 100mVrms lt 0 1 100Hz 8 8kHz gt 60dBFSA lt 50dBFS Table26 Digital Recording A D PC for Microphone Input 41 8640 N B Maintenance 2 System View and Disassembly 2 1 System View 2 1 1 Front View Q Stereo Speaker Set Line Out Phone Jack External Microphone Jack Q Volume Control Top Cover Latch 2 1 2 Left side View Q Kensington Lock RJ 11 Connector Ventilation Openings TT O PC Card Slot 42 8640 N B Maintenance 2 1 3 Right side View Q Read card socket CD ROM DVD ROM Drive A Hard Disk Drive PS 2 Connector 2 1 4 Rear View Q Power Connector R
23. Capa KONMODULARIACREMGPACRARK ooo Part Number 225668300002 340673430001 340673410001 340673450001 340673440002 340673440005 340673450002 340673440006 340673400002 340673440007 340673440004 344673440008 344673440026 344673440003 523499991012 523499999067 523467340006 Description Location S CONDUCTIVE TAPE DIMM COVER HOPE assvguanra saosa DVD ASSY QUANT A 8640S G P 523467343006 DVD ASSY SDR083 QUANT A 8640D M 523499999069 COMBO ASSY 16 10 8 24 523467343010 COMBO ASSY SBW 161 QSI 8640D 523430061906 523430061904 227673420001 227673400001 481673430002 DVD COMBO DRIVE 16X8X8X24 SBW 16 COMBO DRIVE6xexex24sBW I6 __ 153 8640 N B Maintenance 9 Spare Part List 17 Part Number Deseripon __________ 481673450004 481673430001 481673450003 481673440001 340673400024 45673410015 345673450001 451673430006 40671600020 40671600018 40673440013 40673410003 40673440016 340673440001 340673440012 451673430001 451673410001 451673450001 451673440001 283450083001 286317099001 286305248002 284500302001 284500650003 346673400017 FANASYSUNONSAQS KAWETQDILCDM PANELBOTTOM o ____ HOUSNGASYHANNSTARLCD NS o mua mus Mousnoxr
24. IDE SIORDY 8786 0 0603 SIORDY IDE SDDREQ 8787 4 2222 0 0603 IDE 18015 H164 1 2 0 0603 TRO1T5 A IDE SDDACKf R788 1 2 0 0603 SDDACK IDE _SDIOR 8165 1 AAA 2 0 0603 SDIOR IDE SDIOW R789 1 2 0 0603 SDIOW IDE SDAO 523 04 SDAO i IDE_SDAT 2 1206 SDAi IDE SDA2 3 SDA2 IDE 50 53 4 5 SDCS3 IDE 50 51 8773 1 AA 2 0 0603 5005 _____ 1 IDE SDD O 15 RP5250 8 8 5VS IDE SDD12 16 SDD12 IDE 5506 2 15 SDD6 IDE SDD9 3 14 5009 IDE 50010 4 13 SDD10 IDE SDD5 5 12 5005 IDE 5004 6 11 5004 lt IDE 007 10 5007 IDE 5008 9 5008 IDE 5000 1 16 5000 IDE SDD15 15 SDD15 IDE 561 3 14 5001 IDE 50014 4 13 SDDi4 IDE 50013 5 12 SDD13 IDE SDD2 11 5002 IDE SDDii 7 10 SDD11 IDE SDD3 8 9 5003 RP5240 8 8 7 7 174 197 10 10 0603 0603 R196 4 7K 0603 SIORDY IRQ15 SDDREQ CD LED amp l_ C246 198 0 1U NA 4 7K 0603 0603 lt 50V J16 7 9 10 15
25. 1 1 1 1 1 1 2012 PC38 7 44 PC605 PC50 PC601 PC602 I 1000 100U PC603 PC604 0 1U 0 1U 0 1U PC40 41 PC42 46 _ PC47 PC48 25V 25V 0 01U 0 010 0603 0603 0603 0603 p 150 150 150 AS 15U 150 150 2095 2095 0603 0603 lt 50 N 50V 50V N 50V 7343 7343 7343 7343 7343 7343 a N 4 4V 4 N 4 AV 4 4 4 771 i 5VA PR8 1M 777 o 0604 2 Z a l a a CS EUIS PR24 10 1 delet for 6 VRM9 0 Lany I PC544 1 25 PR534 10 d ___ 20510 1 2 1 4 j ZS Barsa aise PR7 change to 49 9k 0805 delet D PU507 PU14 add for PR532 1K for VRM9 0 VR PWRGD lt 1 for SI4892DY SIl4892DY VRM9 0 1M 0603 PRESA buo moa PRO 0 G 508 S08 ap a 0603 Pug 1 4 popa ee add for 4 Pon ma PR5370 vRM9 0 lt 1 2 RUN SS 1 36 do xA PC29 PC27 543 PC542PC539 PC547 4 i RUN SS PGOOD PU16 12000 12000 220U NA220U 220U NAO IU PR535 35 5143620 AV AV 7343 7343 7343 50V PQ509 PR533 27K 10K 1 17 H PCat SENSE1 E 508 PL8 av 0608 G s 2N7002 1 1 PR536 3 34 5 D 1 2 1 i Hw t sek 1000P SENSE1 SW1 0603 EAIN 4 33 change to _ i 3 i PO22 6019777 1 EAIN BOOST 10K for
26. yss OOOOOOO OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO 4 VSS gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt VSS vss vss 21 vss vss PS vss vss P2 vss vss 225 vss vss vss vss 9 vss vss vss vss vss vss vss vss 6 vss vss vss vss 2 VSS vss 2 vss vss vss vss vss vss vss vss vss vss 6 vss vss vss vss H26 vss vss H4 vss vss Hl yss vss H23 yss vss vss vss vss vss vss vss vss vss vss vss vss vss K24 vss vss K21 vss vss amp vss vss vss vss vss vss vss vss 4 VSS vss 2 vss vss vss T vss vss r vss vss 1 vss vss vss vss 8 vss vss vss vss 4 vss vss 1 vss vss 2 VSS vss vss vss 0 vss vss INI vss vss vss vss vss vss vss vss vss vss 6 vss vss vss vss vss WMT478 NWD_14 B i i CORE Place these caps at CPU solder side Place these caps at CPU south side 9 EN LED MEC I Kid ee ee seca ee 1 VCCO VCC CORE 1 C51 C567 4 l 1501 1500 4 1 4 1 N I ZT 73432TS 7343 C72 C74 C73 C75 C563l 10V 10V 2 100 100 7T 100 100 100 100 q 4 1206 1206 1206 1206 1206 1206 lt 10V 10V 44 10V 10V of 10 7 CORE 1 du 9 CORE 4 9 T
27. 43VS OK CRT C502 100P From sis962 J6 VGA Connector 111 8640 N B Maintenance 8 6 8640G Gold VGA Controller Failure Monitor No Display There is no display or picture abnormal on monitor U9 North Bridge SIS645DX ADJI0 31 CBE 0 3 IRDY amp AGP_TRDY AGP_DEVSEL AGP_STOP AGP_PAR AGP_VREF V 9e 502 T T 5VS 22P 4 9 x F501 mircoSMDC110 w gt ECIIFS2 CRT RED L502 1202 100 e CRT_GREEN 1 503 1207 100 CRT BLUE L504 y 1202 100M e 3 e 9 J6 5VS C501 VGA 10U Connector 501 CRT DDDA s Abo FA CRT HSYNC 257002 m L M CRT DDCK 1210092 1 B CRT VSYNC NUBE 15 R4 R3 5 2 2K 2 2K CP502 ain L L 224 3V q ee R501 10K R502 V IK CRT INE 502 FROM 15962 T 100 112 8640 N B Maintenance 8 6 VGA Controller Failure Monitor No Display There is no display or picture abnormal on monitor Controller Failure 1 Confirm monitor is good and check the cable Board level Troubleshooting are connected properly 2 Try another known good monitor Replace
28. 105 8 5 TV No Display or Color Abnormal 109 8 6 Monitor No display 111 8 7 Key Board amp Touch Pad Test error 114 8 8 Hard Drive Test 116 8 9 CD ROM driver Test Error 118 8 10 USB Port Test 120 8 11 PIO Port Test Error 123 8 12 PC Card Socket Failure 125 8 13 Mini PCI Sock et Failure 127 8 14 1394 Test Failure 129 8 15 Audio Test Failure 131 8 16 LAN Test Error
29. 340673400027 451673430001 451673410001 451673450001 4 4 344600000824 291000614795 282574373004 282074338402 Cn tA ala 673440001 673420001 282574164002 284501032001 286300809003 284500202003 286308800006 286308801006 284504835002 286301117031 286002040001 286301410001 284508500002 286302211002 283466570001 286305234001 283450083001 sssi powwokTNM 00002 NG KIT 8640M NG 8640 IC CARD CON PART 68P IC1 1SA BD P IC SOCKET BGA mPGA478B 478P AMP IC 74AHC373 0CT D TRAN T SSOP 20P 1C 74CBT D3384 10 BIT BUS SW T SOP 1C 74VHC164 SIPO REGIST ER T SSOP IC ADM1032 TEMPERAT URE MTR SO8 IC ADM809M RESET CIRCUIT 4 38V S IC ALC202 AUDIO CODEC T QFP 48P IC AME8800AEEV VOL REG SOT 23 5 IC AME8801CEEV VOL REG SOT 23 5 IC APA4835RI TR 2W AUDIO SS IC APL1117 1A LDO 3 3V SOT223 3P IC BQ2040 GAS GAUGE SO 16P SMT IC CB1410 PCI CARDBUS LQFP 144P 8500 3 BUS TERMINATOR PT SS IC CP2211 POWER DISTRI SW SSOP 16 IC EEPROM 9346 64 16 BITS SO8 SM IC FANS234 PWM QSOP 16P IC FLASH 256K 8 70 PLCC32 ST 39SF oo 521 lt gt U c c 502 ida s U FU E CA IC MMI414 PROTECTION TSOP 20A PR IC MOBILITY MAP17 BGA692 IC NC7S32 SINGL
30. KBD 88 UK K010718R1 8640 BLACK LABEL KIT LABEL KIT LABEL KIT N B 8640M N B 8640P LABEL AGENCY GLOBAL MSL 8640D LABEL AGENCY GLOBAL MSL 8640M LABEL AGENCY GLOBAL MSL 8640P LABEL AGENCY GLOBAL T ONGFANG ID4 LABEL BAT T 14 8V 6AH LI MOLICE M LCD ASSY HANNST AR XGA 15 8640D LCD ASSY HANNST AR XGA 15 8640G LCD ASSY QDI XGA 14 1 8640D M LCD ASSY QDI XGA 14 1 8640L TON LCD ME KIT HANNSTAR XGA 15 8640 LCD ME KIT HANNSTAR XGA 15 8640 LCD ME KIT QDI XGA 14 1 8640D M 142 8640 N B Maintenance 9 Spare Part List 6 Part Number Description 416267345009 526267343019 5262673450 526267344014 526267342017 3 5 56 56 56 56 56 56 5673400 5673400 567340002 567340025 567340027 567340008 242671730008 46 46 46 46 22 22 44 44 44 41 41 41 673400008 673440005 673440002 673440003 673415003 673415004 673400041 673400042 673400043 673430004 673450001 673450003 LT PEQDLXGA 14 1 8640L TONGFA VEHI bmwxewowrsumx amen LTXNXSAPIRXXRXAGHORIBA o MANULKTENRMODMENB MANUAL MANUAL MANUALUSERSENS6DMLNB MANUALUSRSEURMODMIANB o i MANUALUSRSEURMQGPNB 4 4 NAMEPLATE TONGEANGIDSSSTS PACKINGKIT 8640 120ELLSMOLIDL packinoxirn psINisowom ____
31. 2 TRDY H_RS 0 2 6 DSTBP 2 D xAD3 Rsvp TDI ITP TDO LDS TDO XM 6 0 4 lt gt A 34 TRDY 046 H_TRDY 6 DSTBP43 SAE25 TDO TP TMS ez _ A 33 DSTEN I DSTBN 0 AERA RSVD TMS ITP TASIR A 32 SIBNH DSTBN RSVD TRST DSTBN 2 B22c DSTBN 3 W224 WMTA78 NWD 14 WMTA478 NWD 14 DSTBN 3 T 6 DSTBNA 0 3k gt WMT478 NWD 14 BSEL1 BSELO FUNCTION 0 0 100MHz 0 1 133MHz CPU Temperature Monitor Placement 3 Maximum From CPU 1 0 RESERVED cC EN emperature Monito a 1 1 RESERVED 9 FOR MOBILE ONLY ME Maes Ad me i 4 i 4 ed l 4VCC CORE R560 R549 1 R558 R586 R604 R548 R662 R94 R90 R655 Change to 10Kohm 9 200 200 5 200 200 200 200 200 200 200 200 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 1 4 _ CPUPERF lt TESTHI4 if Tio 4 H 20 o desde boss 1 21 TESTHIO TESTHI6 31 TESTHH CPU THERMDA H_INTR TESTHI7 TESTHIZ NNT 51 ESTHIS Ll 5 1 Degree W L I 2200 U504 Sci TARN 5 B 1 8 206 D SCLK SCL THRM 24 CPU THERMDC s 310 so TEM S 289 peste 14 ALERT gt A ee a a rI a m _ eee 1 8 5 GND F
32. 3 3V 5V AUX be a general purpose output GPIO 20 19 VO GPIO 3 3V 5V AUX be a general purpose input or output Name Tolerance Power Plane Type Attribute VSS OV GROUND Di gital VSSZ OV GROUND Digital IVDD 1 8V MAIN Digital PVDDZ 1 8V MAIN Digital VDDZ 1 8V MAIN Digital VDDZCMP 1 8V MAIN Analog VSSZCMP OV GROUND Analog ZVSSREF OV GROUND Analog PVDD 3 3V MAIN Digital OVDD 3 3V MAIN Digital VTT 1 1V 2 65V MAIN Digital IVDD AUX 18 AUX Digital PVDD AUX 33V AUX Digital OVDD AUX 33V AUX Digital MHAVDD 3 3V AUX Analog MIIA VSS OV GROUND Analog USBVDD 3 3V AUX Analog USBVSS OV GROUND Analog RTCVDD 3 3V RTC Analog RTCVSS OV GROUND Analog ZIXAVDD 3 32V MAIN Analog Z1XAVSS OV GROUND Analog Z4XAVDD 3 3V MAIN Analog ZAXAVSS OV GROUND Analog IDEAVDD 1 8V MAIN Analog IDEAVSS OV GROUND Analog 88 6 System Block Diagram 8640 N B Maintenance nVIDIA MAP 17 692BGA Socket AV RGB TV Encoder LCD PANEL MINI PCI SiS301LV TV S VIDEO CH7019 Socket CRT PCI BUS PCMCIA Reader Card USB2 0 Controller HDD PCI 1410 CDROM b RJ 45 Jack LAN PHY ower Switch IR Module HP 3600 Print Port PCMCIA CARDBUS AGP
33. SISI AUX1 8 EE 888 2 8888888 22222 2 Vika o00 amp amp amp amp gt gt gt gt gt vss 0 V VSS 1 VTT5 vss 2 VIT 6 vss 3 VIT 7 55 4 8 55 5 VTT 9 55 6 VIT 10 55 7 VIT vss_s VTT 12 55 9 VIT 13 55 10 VIT 14 VSS 11 VIT 15 VSS 12 VTT 16 VSS 13 VIT 47 85 14 VIT 18 VSS 15 42 5V DDR VIT 19 95 18 VTT 20 VSS 17 VSS 18 VDDM 0 VSS I9 VDDM 1 vss_20 AEG VDDM 2 vss 21 VDDM 3 WSS 22 VDDM 4 vSss_23 AE12 VDDM 5 VSS 24 A VDDM 6 VSS 25 Eig VDDM 7 VSS 26 VDDM 8 VSS 27 A VDDM 9 VSS 28 ALAS VDDM 10 55 29 VDDM 11 55 30 1 1 12 Vss_31 18 VDDM 13 VSS_32 9 VDDM 14 55 VDDM 15 VSS 34 VDDM 16 VSS 35 VDDM 17 VSS 36 8 18 VSS 37 8 VDDM 19 VSS 38 VDDM 20 VSS 39 VDDM 21 VSS 40 VDDM 22 VSS 41 VDDM 23 VSS 42 VDDM 24 VSS 43 VDDM 25 VSS 44 VDDM 26 VSS 45 VDDM 27 VSS 46 For M650 Used AGP 2X VDDM 28 VSS 47 VDDM 29 VSS 48 BZ56 VDDM 30 VSS 49 VDDM 31 VSS_50 0865 VDDM 32 55 51 VSS 52 48VS iaw VSS 53 VDDQ VSS 54 es E VDDQ 2 VSS 55 VDDQ VSS 56 l 1 VSS 8 1 5VS vDDQ 5 122 VDDQ 6 VSS 59 Hd VDDQ 7 VSS 60 0805 8 VSS 61 VDDQ 9 VSS 62 xi VDDQ 10 VSS 63 VDDQ 11 VSS 64 For 645DX Used AGP 4X VDDQ 12 VSS 65 VDDQ 13 VSS 66 VDDQ 14 VSS 67 VDDQ 15 VSS 68 1
34. 0603 51 16 Title MEE ED Les Micro Controller x ize Document Number 8640 Nie gno osi iso nr UNE Ug nes siet m Date Wednesday August 28 2006 24 o 32 PDF created with FinePrint pdfFactory trial version http www fineprint com Wednesday August 28 2002 1 PLIE C540 C539 77 1 PR51 Note VMAIN is Power Trace 0 1U NA 0 1U 1 25V 5 1 50V 0
35. l 4 4 q C666 C581 C667 C597 C596 C91 C610 C619 C620 C617 564 565 566 C611 C616 0 1U 0 1U 0 1U 0 1U 0 10 2 100 7T 10U 100 TS 100 ZT 100 TS 100 100 gt 10U 10U 0603 0603 0603 0603 0603 1206 T 1206 1206 1206 1206 1206 1206 1206 1206 1206 50V 50V 50V 4 50V 50V lt 10V 10V 10 10V 10V M 10V ce 10V 10V of 10V 10V 4 4 17 L c NGC CORE Place these caps at CPU north side a Ice y 7 CORE po C609 c90 C612 J J J C665 C657 C658 C659 C660 0 1U 0 1U 0 1U 0 1U 0 1U e 4 1 0603 0603 0603 0603 0603 C642 C641 C643 C88 C621 50 50V 50V lt 50 50V 21 100 7T 100 100 7T 100 100 1 1206 1206 T 1206 1206 1206 M 10v e 10 10V 10V 10V 77 L FOR Mobile CPU VID E M CK COMM C 5VS 9 R602 0 300MA 10 100K 1 HQ 0603 R609 0603 2 9 1 150 10K 3 ES zl 8 0603 4 0506 T PG SYNC UH CPU CORE 5 ILIM 1668 IN PG gt CPU_CORE_EN 28 oc DOLOS TPSGRD0S 10 coos m MIC5248 IL 100 908 4 N 10 50725 10 1206 V o ON 10 0603 lt 10 10 itle PENTIUM4 2 2 Fav Number 8640 Date Wednesday August 28 2002
36. pu i PAWTITIONINBAGSAG 222668820004 BUBBLE BAG 190X190MM ANTI STA PWAPWA S640 BATT o PWAPWA S640 BATT GAUGE PWAPWA 8640BATT PROTECTIONBD PWAPWAS640DMLESBAEDBD PWAPWA S640LMOTHERBD PwArWAsemLMOTHERBDAMT Part Number Description Location S 673450002 PWA PWA 8640L MOTHER BD T U 673450008 PWA PWA 8640L T P BD W O C R SMT 673450007 PWA PWA 8640L T P BD W O C R T U PWA PWA 8640M MOTHER BD PWA PWA 8640M MOTHER BD SMT PWA PWA 8640M MOTHER BD T U PWA PWA 8640P MOTHER BD GERICOM PWA PWA 8640P MOTHER BD SMT GERI PWA PWA 8640P MOTHER BD T U GERI PWA PWA 8640P T P BD T U PWA PWA 8640P M T P BD PWR CORD 250V 3A 2P BLACK UK PWR CORD 250V10A 2P BLK CHINA 15 RES 130 1 16W 1 0603 SMT RES 237K 1 16W 1 0603 5 R714 RES26 7K 1 16W 196 0603 SMT PRI4 RES 442K 1 16W 1 0603 SMT PRIS 556 1 16W 1 0603 SMT PR536 143 8640 N B Maintenance 9 Spare Part List 7 Part Number Description Location S 121673420005 WIRE ASSCLCRHANN XGA Sea re P N526267341025 8640 N B Maintenance 9 Spare Part List 8 96401 Spare Part List Part Number 5 41667341007 541667343005 541667343009 541667341022 541667341002 54 44 44 44 66734 1002 999900069 2673400004 673400028 340673440009 340673400021 340673400013 342673410001 34 34 26734 26734 00009 00008 272073180401 272
37. 4 5 402 s Erud lt lt 1 PC591 PC592 PQ516 0603 PR47 _ _ 558 BAV99 NA 0 01U 1000P i sckasitosk s PR57 PC85 PC84 0603 0603 SOT23N wo 0603 20K 1000P 0 1U 2 E ES 1 e 50 0603 0603 0603 E I 1 E 5 50V 1 PD9 777 77 PU503 MTD20N03HDL SOT369NA DBATT 15VS 43 Done sturt 4 O 1 2VS AA 1 aie Peas a IL posa i 47P NA 0603 5820205 0603 0603 PR526 al PC537 1 8 E PcC593 ee 4 __ 10K 53 PC531 2200 2 5 0603 100 0 10 7343 o 9 0 4125V REF ZN 1206 0603 4 4 N PQ507 I 9 PR59 I SCK431LCSK 5 1 q 35V 1 2 22 1 SOT23N PR527 J 0603 10 PR60 al 19 1 _ J 2 0603 10K NA 470P_NA 2 PC43 1 0603 0603 10U NA 0 10 NA 1 4 1206 0603 45VA T be lt lt 9 I 77 SCK431LCSK 5 NA 1 SOT23N PR61 20K NA 0603 4 I 1 528 470K d 0603 45VA 45VAS 77 515 PQ508 SW 35V A SW 24 mL D ME EE 1 E DTC144WK Y ool p I avs 2 8VS Sa a o 9 1230105 100K 0603 PD514 pal PU7 A K ADEN 24 BAS32L amp H vin OUT 5 4 19 L 32 1 45VA EN AME8801CEEV SOT25 PU17 DTC144TKA PL504 26536 Jl pots 2617 1 Pcie
38. owmokTSe ___ 4 Part Number Description Location S U7 284500302001 IC SIS302LV T V ENCODER LVDS 128P 242673400004 LABEL BATT 14 8V 6AH LI MOLICE M 242669900009 LABEL BLANK 60 80MM 7170 441673410003 ASSY HANNST AR XGA 15 86406 150 8640 N B Maintenance 9 Spare Part List 14 Part Number Description 4 4 13000021002 294011200126 6267343901 52626734 52626734 52626734 52626734 416267341901 416267342010 416267343001 416267341002 416267345009 3019 1025 5011 2017 561567340013 561567340001 561567340002 561567340007 561567340008 p 2 4 4 6 6 6 6 673400051 2671730008 673400009 673440005 673430001 673440002 21671650014 221671650004 Rev BETI ____ up PEHANNSTARXGAIS s640r GER ___ mamy Drexswnaoxmuxtpas ___ MANUAL Kren soome NB Was MANUAL KInEUsoOGPN MANUALUSERSENSOWOGPNB MODEM ASSY MDC ASKEY 8640 NAMEPLATE TONGFANG ID4 8575 PACKING KIT 8640 12CELLS MOLL ME PACKINGRIT BSIN gs 4 4
39. 510 1 516 2012 2l 4 H REQHO 4 ADBIH 522 l C99 1 c768 H C4 5 TP520 0 01 010 2 100 H HREQ3 ee 0603 0603 1206 H 5 AGP SBSTB 4 BOV N 10 HREQ2 SB_STB E AGP SBSTBE AGP SBSTB 15 mE HREQ1 SB _STB AGP_SBSTB 15 HREQO PHYAVSS 1 21 AD STBO VAGCLK DE AGP ADSTBO 10 15 4 ADSTBH ADSTB1 AD_STBO VAGCLK 10 15 JP 4 7 4 H_ADSTB O ADSTBEO 31 ADSTB0 1 1 CORE 4 3 311 lt lt gt gt HAHS1 AD STB1 VBGCLK AGP ADSTBTE ADSTB1 10 15 HA 30 AEDS HASTA AD_STB1 VBGCLK D1 AGP_ADSTB1 10 15 HA30 29 10 lt AGP CLK 13 28 27 AG29 AGPRCOMP i HARE HA27 AGPRCOMP R6957 ces6 25 B9 AGPAVDD1 75 0010 HA 24 AC24 HASH ASA ep 1 06030 0603 HA 23 1 Change net name AGPVREF to VREF connect to MAP17 pin 196 HA 22 88 AGPAVDD2 AC30 4 11 2002 by Jim 4 Keep away from high speed signals APT 21 AGPVSS2 AGPAVSS2 134 3VS 20 HA19 M3 AGP VREF 10 AGPAVDD1 1 ooo 2 zu ties 18 28 ___ 4 HA18 AGPVSSREF d 17 HA17 DSTBN 120Z 100M R694 cess I HA 16 2 0 3 4 J J 2012 J 150 0 010 010 15 IE DSTBN3 DSTBN 3 C138 C137 L C139 0603D 0603 0603 HA 14
40. 55 8758 PAS PWO PBSXDBS 88 PWR ON 47 PW1 6 XDB6 28 r _ Lawe EWRON 14 5 PB7 XDB7 32 lt DT DATA 18 12 P51 RXDO AUREIS DEAD 1 R822 LLLLEARNINGS 12 T 4 30 LEARNING lt Kio P52 SCKO PA1 KEYINS BAT N NE 3 10K 0603 Cnt 26 P60 KEYINO FTCI i O z 0603 peng KE 21 PG1 KEYINT FTOA PAS KEYIN11 ADEN 26 d 090 Kis 28 P62 KEYIN2 FTIA PA4 KEYIN12 K PSON _H8 16 MINIPCI RI 23 77 28 eik Q509 MOK 2 PeA KEYINA FTIC PAG KEYIN14 LOK 33 PeS KEYINS FTID 5 10 lt T CLK 18 DTC144TKA SH P66 KEYING IRQG STBY FVPP H8 SUSB H CPU FAN Control 35 Pe7 KEYIN7 IRQ7 2 HB RESETE 504 RES 3 xa 3 eee BATT_DEAD BATT_DEAD 26 EXTAL sys 45V Faces lon de DTO144TKA R768 0603 I H8 F3437S POFP100_0 5MM 777 External Keyboard Mouse 2 9 1M E 505 1519 0 1 08 0 1 019 12 H8_RESET lt 508 45V R634 50V Q514 0603 T 1 50V MINISMDC110 E 10K 401 J 16MHZ 1202 100 7 _ 582 ROA gt RO1 0603 D516 G C807 TXC8X4 8 2012 1000P a SH 68 68 0603 J18 4 RLS4148 3V 3V 0603 0603
41. PWAPWASMOLTPBDWOCRTU PWAPWASGMMOTHERBD PWAPWASMOMMOTHERBDSMT OOo PWAPWASGMMOTHERBDTIU PWAPWA 8640P MOTHERBDGERICOM O PWAPWASPMOTHERBDSMTGERL PWAPWA 8640P MOTHER i O PWAPWA SO40P TIPBDTU PWAPWASMOPMTPBD PWAPWASTINRAYINERTERBDMS PWAPWA STINGRAYANVERTERBDSMT PWRCORD2S2NDSA2PBIKBUEIS PWRCORDOSUBAZRBLACKUK PWRCORD2SVIDADP BLKCHINA S RES 01 1 2512 5 Part Number Description Location S 271071010301 RESI 1 16 5 0605 5 271071122102 _ RES 1 2K 1 16W 1 0603 SMT RES L 5K 1 16W 5 0603 SMT 271071102211 RES 10 2K 1 16W 1 0603 SMT 2 2 2 2 2 271071121211 512 1 1 16 1 0603 5 071131101 6 130 1 16W 1 0603 5 071154101 RES150K 1 16W 196 0603 5 071169311 169 1 16W 1 0603 5 271071272101 RES2 7K 1 16W 1 0603 SMT 271071272301 RES2 7K 1 16W 5 0603 SMT 271071200101 REs20_ 1 16W 1 0603 SMT 271071201103 RES 200 1 16W 1 0603 5MT 2 2 2 2 1 1 1 1 1 1 1 1 1 1 1 1 1 271071105301 RESIM 1 16W 5 0603 SMT 7 7 7 7 7 7 7 7 7 7 7 7 271071221301 RES220 1 16W 5 0603 SMT PR573 PR578 PR525 R11 R5 PR49 PR50 R623 R714 RI PR563 R36 R43 071222302 RES2 2K 1 16W 5 0603 5 R649 R701 R900 R901 071225301 RES2 2M 1 16W 596 0603 SMT R29 R31 2 2 2 2 2 PR533 PR55 R38 R39 R92 R548 R549 R558 R560
42. uno _ auem _ kowmuwwnsapekm _ nunus KBD 88 ULK010718U1 8640 DARK BL D ASSY HANNSTAR XGA 15 8640D L L 441673430005 LC 451673430003 D ME KIT HANNSTAR XGA 15 8640 451673420002 LCD ME KIT HANNSTAR XGA 15 8640 451673450031 LCD ME KIT QDLXGA 14 1 8640L T 451673400002 LCD ME 413000020317 LC D 294011200126 416267341901 LTP 416267344902 416267344005 416267342010 LT P KIT QDL XGA 14 1 86408 G HSD150PX11 B TFT 15 LVDSXG LUE H 0 8 0603 19 21UBC C43 F OPTION XGA 14 1 8640G F OPTION XGA 15 8640M F HANNST AR XGA 15 8640M F HANNST XGA 15 8640P GER 416267341002 PF QDI XGA 14 1 8640G C d C C D2 D3 139 8640 N B Maintenance 9 Spare Part List 3 Part Number Deseripon 416267345009 526267341025 526267345011 526267344014 526267342017 56 56 56 56 56 56 44 567340001 567340015 567340002 567340007 567340027 567340008 673400051 242671730008 46 46 46 46 22 22 41 44 44 44 41 673400009 673440005 673440002 673440003 673415003 673415004 673400005 673400044 673400045 673400046 673450001 pee o l NN LTXNX 8640M T5XX XXA 3XX9IL1C3B LTXNX 8640P 5RXX XXA 3FR9 L113A ANUAL 8640 ANUAL KIT EU 8640D M L N
43. 10 531020237483 KBD 88 GR K010718VL 8640 DARK BLUE 1 PART 11 340673400001PLATE ASSY K B 8640S 1 ASSEMBY 12 344673400009 COVER SPEAKER G640S PART 340673400006 5 86405 11 ASSEMBLY 14 1442110500012 0 PAD MODULE TM41PUG311 2 1 PART 340673420004 ASSY T P 8640P 11 ASSEMBLY 16 342673410001 86400 1 PART 17 481673410003 FPC ASSY CARD READER 8640G 1 ASSEMBLY 18 411673400005 PWA PWA BG40ESB LED BD 1 ASSEMBLY 19 340673400008 55 86405 1 ASSEMBLY 344673400025 R8640S 1 PART 21 344673400016 1 8645 1 PART 421673400003 MICRUPHUNE ASSY S640S 1 ASSEMBLY 23 377844010008 STAND FFRA 40DP3SHSLSSNIV 4 PART 24 1370102610805 SPC SCREV MEGLB K HDNIW NLK 15 PART 25 370102010405 5 19 PART 26 370108610405 SPC SCREW MPGL4 NIVK HD t 08 NLK 22 PART 370108010308 SPC SCREW MELS NIBK HDHDtOSNLK 13 PART 28 373100010601 T SCREW BME LGK HDNIB 4 PART 340673400009 5 86405 3 ASSEMBLY 30 1422666200001 ASSY TDUCH PADCASE KILNV 1 PART 31 3
44. 16 LAN TXD LAN m TP TXN 16 LAN MTXE TXEN TP TXP 2 nt E LAN MTXC E 16 LAN MTXC R687 1 22 0603 32 TXCLK LAN CT 10 _ X LAN DCLK 8690 1 22 0603 2 TP_CT 0603 19 LAN DATA LAN DATAIO R691 1 22 0603 26 MDC 1 DAN COL LAN COL 16 100TCSR 16 LAN TAN CRS 43 COL 100TCSR TOTCSH 16 LAN_CRS CRS 10TCSR 22 RESETN 2622 gt R624 48V LAN 6 O 2K 1 5K R698 REFOUT 222220092 0603 1 REFIN gt gt gt gt gt gt gt 1 ICS1893AF 1 5 SSOP48 LAN LAN 0603 R665 LAN GND 1 i X505 R697 0603 4 y 1 2 SPOT 11 16 C649 10 0603 0603 25MHZ C675 TXC7X5 csz4 LAN GND 27P 27401250040 27 06030 06030 5 y 5 155041 uy SHORT SMT4 1 385101 2 5 5 4 1 485111 4 77 777 GND J505 MONO OUT 1 2 R815 0603 18 MONO OUT 4 1 93 2 SPK gt MODEM 18 23 5 T 2 EU 9 E 10 M Ld 12 9 5 R816 47K 0603 _131 14 x _15 16 1 t 5 050 7 7 4 m 1 18 4 19 8 20 4 CLOSE IOMDC ___ AC97 SDOUT x R817 0603 1 MDG SDN SYNG 101823 16 17 18 23 97 23 24 1 MDC SDIN 16 23 16 18 23 AC97_RST AG97_RST 5 26 R818 1 0603 T 18 a CLOSE TO MDC 2 3 28 4 dos 1 pe 8819 1 3 7 2 0603 AC97 BITC
45. BOARD 5VS 5VS 5VS 9 R6 R5 R1 R3 R2 R4 J501 470 470 470 470 470 470 CL 190G KO1 4 0603 0603 0603 0603 0603 0603 1 2p AA CL 190G PWRSW 5 6 E AA CL 190G NUM 917 CLi90G 6 1119 10 12 CD V K CL 190G WIRE 13 13 d 14 MPM CLi90G D5 15 45 1618 12117 ig A D3 i ee A 02 HDR FM 1 27MM H4 5 SPEED CL 190G NA A DI 520 0100 20 77 CL 190G NA 04 PWRSWg PWR BUTTON 97 92 TCO10 PSS11CET 106 Sw BUTTON ta fat 5 2D 1 J02 TCOT0 PSS11CET SW2 ki p MTE MTG o 2 2 6 5 2 6 5 2 6 5 4 1 5 2 1 J01 TCO10 PSS11CET SW5 ido 1 2 par ti T 5 amp 4 224 1 JOS TCO10 PSS11CET SW4 m 1 1177 tit 5 4 gt 1 4 TCOT0 PSS11CET SW tare T 5 4 2 1 903 TCO10 PSS11CET 777 B A MiTAC 2 Title 8640 EASY START BOARD Brze n i Rev Number 00 Date Eneet 1 of Thursday June 27 2002 1 PDF created with FinePrint pdfFactory trial version http www fineprint com Contexts
46. Table22 Keyboard Controller Pin Define Continue 8640 N B Maintenance pin port signal type description 97 84 JOW I NPUT OUTPUT WRITE 06 83 I JINPUT OUTPUT READ 05 82 H8 5 I 62h 66h Chip Select 94 P81 NC NC X 03 80 5 2 I ISAADDRESS 45 77 Light Adjust Control 44 P76 CHGI 43 75 THRM I Monitor Thermal of D D for CPU Core 42 P74 5 I 5 5 Monitor 41 73 1 8 5 I 1 8 Monitor 40 72 LIMIT I BATTERY CHARGE 39 71 VOLT I Report Battery Voltage 38 P70 BAT TEMP I Report Battery Thermal Table22 Keyboard Controller Pin Define Continue 38 8640 N B Maintenance 1 4 6 Power Consumption Of Suspend Mode e Suspend To RAM lt 40mA Suspend To Disk Soft Off Mechanical Off lt 1mA 1 4 7 Clock Harmonic List 14318M 133M 66 4 100MH4 1 0 MHz i2288MHz 14318MHz 16MHz 24MHz 24 576MHz 25MHz 27 32 768KHz 33MHz 48MHz 65MHz 66MHz 1 1 12 ra Fa sone osom toma sso Le rene san Sse ramiz varasema rov Tone oen ev sont M lassi ras sau rone aon 26 su M I28862MHz 216MHz
47. 3 22 1 2 M 1202 100 0603 2012 015 10UH 4 PLS PR510 1212 CDRH127 100MC 77 PU502 pu 37 4K 1 28 521 4 14 Pcis Pcs 0603 sla al 1 ESHS RUN ONS 0 1U 1202 100 1500 1500 0 10 1 2 21 L2 50v ccioasos 2012 F 7243 gt T 7243 0603 4 A 1 CSL3 DH3 6 3V 6 3V 50V 3 rg isa 26 12111 12 IL 10 a 4 PL503 1202100 2012 3 3 0 10 HN 91 oc 2 4 25 1206 0603 o 1 120UT BST3 N 16 50V PR5127 Pcsi5 548320 508 PC510 PC50 06 100K 470P Qn 8 0603 0603 50V 1210 6 5 1 lt 10 4 0603 16V SYNC SHDN i 1 TIME ON V HZ oed A y is 1 4 4 57 PD507 PR506 bp red i Prid 50524 R 1 9 20 0 1 47 EC11FS2 0603 ep Ie PGND 9603 1206 062010 1 1 sov des ACE ii 19 56 50 16 7 60527 pasos T 0606 02 change SKIP DL5 22 22 1812 1812 r x 1 RESET 8575 8 25V d 25 d 20 20 4 12 5 1 5 H 2 1 gt H TH 13 esis 6 d 777 3 14 50V CSH5 SEQ 0603 7 1632 SSOP28A 5 PR507 9 PT1 Lanv S14892DY 0603 PR522 PR52 PL4 SO8 0 2 83 1 VN 2 P 5 1 AAA 2 3 1 1202 100M J PR3 1 J 2012 012 10UH I Pcsi2 PR511 2512 10 PR52 g PL5 100K NA 1 0603 O NA 0603 E PD504 196 1202 100 Pcs 7 Pc7
48. H8 34 375 et 1 5 5 1 Signal HI LOW 7 7 SUR GND PS2 PS 2 2 U517 15 _ FANT_SPD C899 ADM809 SOT23N le 1 TTSIQUNA FANOn EMDR 2 DF13 3P 1 25V 1206 7 T RESET DATA 3 ct 5 10V _ 4 n 5 41 i z 5 E Q512 3 5 t 6 5 ie ke ee UU U 11 MMBT3904L 1200HM 100MHZ Threshold 4 38V 16 Sci lt GND1 Q517 Q505 DC DC_FAN1 Control A THERM ADN MMBT3904L 507 i 1 470 H8 SCI TIT 47 4 MINI DIN 6P i 0603 777 1206 C10822 106XX 5VS 5 DTC144TKA NN S d VCC_CORE adn 692 R856 ii JL1 0 1U 1 546 0603 470K d lt gt ROA gt RO1 10K 50V Q519 0603 R169 777 SHORT SMTZ 7 7 0603 AO3401 470 GND PS2 DE13A 3P 1 25 D517 G FAN0 1 E cu EIE E External Pull Up Down 2 WAKE UP 2 p 1 H8 WAKE 9510 16 WAKE UP 1H Signal HI LOW MMBT3904L lt I ee cid Lei M Cerere de cat etre ere vet eel Q506 DTC144TKA 5VA a sen 4 THRMTRIP l FANOR FAN Off FAN On 9503 3V 5V J501 777 470 4 Pap 0603 LL cess 45VA
49. pasoi do ZIXAVDD VCC CORE VDD 2 5 R807 42 5V DDR DDRVREF SZIXAVDD qa D 1 8 p gt 1 8VS gt IDEAVDD gt 95 8640 N B Maintenance 8 1 No Power When power button is pressed Nothing happing Power indicator does not light up l lt 2250 AWAYS gt _ PL502 Sos 4 CY Y Y E 6 SI4835DY i PF501 A 8 TES PUS12 3 65 E 1772 T m i PD5 501 PDI 4 DVMAIN us 0 1U 0 1U RIZ 4 1 PD4 gt 4 ADINP 4 PQ502 PR2 V PRI 2 agog 5148350 _ gt D PR503 EM LEARNING 47K 2 U519 S B 501 PR563 ADEN 30 V 169K PR554 H8 e O45VA 5 f 100K F3437 i i PQ517 D PR528 hh posis SW 5VA s E PR567 f V IM i V ALWAYS 45V P i i 7 Y 1 5 a PL509 SW_ SVA x PC532 t 123 6 2 5 5 53 x PFI 5 TERS rusis i pies 7 lt 0 1U 4 PQ506 i PL510 10A 1 0 1U _ DBATT PR576 4 99K AT V B
50. 0 1U F 100 us 41 25V REF 5 56 0603 0603 1206 1 1 8 A lt lt 10 i L530 5 J 4 215 DACAVDD2 i702 R144 R98 R755 cres i VSSZOMP 2 499 150 5788 NOT STUFF IN SiS645DX 1202 100 0603 0603 06030 JP NET2 2012 J i 1 1 50 i J STU 6786 PIU 190 DDRVREFA 1 ZVREF Pipo R742 0603 LCD IDO l 0 1U 1U T 100 1 T 3vs T 43VS 06030 0603 1206 2 T 4 T 4 LCD IDO 11 12 M 50V lt PID R740 1 0603 LCD 101 y dd Rome DACAVSS2 xS 1 R108 1 R754 8736 0603 LCD 02 221 1 Li L C787 1 1202 100 t 0603D 49 9 155 010 AA LCD 102 11 12 1202 100 H M 2012 M DACAVSS1 JP lt 0603 0603D 0603D C189 18912 IL 201 C181 C187 IL 1 1 50 fe te fe A 0 01U 0 10 0 01U 0 10 P 100 iso 3VS y 0603 0603 206 0603 0603 1206 4 M 50 lt lt M 50V lt 10V ECLKAVDD 1 24 777 NB Hardwre Trap Table JL7 JL8 Embedded DDRAVSS 1 ZiXAVSS 1 1202 100M 42 5V DDR 0 1 Default 30 50K Ohm k 2 2 2012 41 25V REF _ DLLENE E JP NET2 JP NET2 Jl cies C122 cz Enable PLL Disable PLL 0 Yes 0 01 0 10 100 1 DRAM SEI 0603 0603 1206 R824 SDR DDR 1 DDR Yes E 50V 10 R750 TRAPO JL9 0603 L 49 9 For 6
51. 10K L12 0603 SPDIFOUT SPDIFOUTJ 1202 100M gt 1608 R64 5V_AMP 4 7K al 0603 9 4 0 NA AMP MUTE 0603 77 R65 1 100K Sd ARE DECT_HP OPT 0603 a d Q6 DECT HP OPT HP SENSE DTC144TKA DTC144TKA y 4 R1 DEVICE_DECT 2 SPK C gt DEVICE DECT Ww DTC144TKA 77 Signal HI LOW Signal HP OPT SPK_OFF ShutDown Normal DECT_HP OPT L H B DEVICE DECT L L DVMAIN 1 2 o t T 7 PL1 PC6 PC501 PR3 BEAD 010 100 PR2 5VS 0805C PL2 0603 1210 9 BEAD 0805C lt 50V 25V 1 PC3 0 10 PR4 0603 560 PU1 50 0603 14 PL3 PU2 1 HORV EN BEAD 0805C 548160 lt 18 user e 18 sw FPWM BAW56 1 VIN AGND vcc PGoop 1 P5V 1 SHORT SMT 1 1 Pcs 7 LDRV ILIM SMT4 rta _ VSEN 502 PR501 PC505 ju 4 16V 4 12 470P 47K PC503 1500 ISNS VOUT J 0603 AS 7243 Jl pesos E 0603 6 3V 82 5234 ATU E af 50 4 TSSOP16 1206 E 16V 7 47 NA 10K 0603 0603 10 1 Mitac Title AUDIO AMP Eze Rev Document Custom Number 411673400002 0 Date Friday June 28 2002 4 ot PDF created with FinePrint pdfFactory trial version http www fineprint com REFERENCE MATERIAL Intel Pentium4 x4 Processor Northwood Processor SIS650 645DX North Bridge 515962 South Bridge H8 3437S Universal
52. 11 42 FE VEDI AGP_AD26 ES 3 L S A 20 0803 VADE D VADE 9 AD7 s FC VBDO AD25 2 FC VAD2 AGP AD27R543 1 0603 i AGP_AD23 el a FC 1300 100 2 d dela ddd AD24 5 FC VADO AGP AD28RS30 1 00608 BOTL0 1800HM 100MHZ i addi d 0296541 1 00608 VBCTLI AGP RE VBCAD E 2 4 L T 22 r T HEORISSS LA 2 0 090 vBcap 4 1206 1206 AGP_RBF R564 1 0 0603 VBHCLK FERE daH P2 T je AGP PIPEIR554 1 2 O NAOQ0 4 al E AGP 563 0 60 Title hh SIS M650 645DX 1 3 x Document Fev Number 8640 uU UU EUER UU UELUT MEO UTE UI UU UU AULAE MIU Wednesday August 28 2002 Eneet 6 of 1 2 3 5 6 8 PDF created with FinePrint pdfFactory trial version http www fineprint com
53. 151 8640 N B Maintenance 9 Spare Part List 15 Part Number Deseripon 565167000013 340673400012 297004010001 340673400010 345673400007 345673400005 345673400004 373101712351 373101713502 421673400001 SWCDROMBSRECORDERGOLDO o O rueemat aswsos THERMAL papsozrvsssos THERMAL papmoscHokEs6s0s THERMALPADMOSPOWERSSS T SCREW B M1 7 L2 35 K HD 2 NIB T SCREW B M1 7L3 5 HD04t0 25 0 B WIRE ASSY LCD QDI 14 86408 1 1 152 8640 N B Maintenance 9 Spare Part List 16 8640 Spare Part List Part Number 41667343005 541667343009 541667341022 541667340034 541667340002 441999900071 442613400016 441673400027 340673440009 340673440019 340673400021 340673400013 342673400006 342673400005 221673450002 221673450001 220673400002 221673400002 4 4 4 4 3 2 3 o N 673450001 673430001 673410001 673440001 4673440010 000012028 810006014 gt axos euBacssoom ___ wa sss emNsensUTIUTYONDY o ooo __ O BATT ASSY SVAH LIMOLICELM puyu BEZEL assy quaNtacompossom 4 BEZELANYDVDROMQSSGAM ___ pura aw CARD BOARDFRAME PALLET 86405 CARDBOARDTOPBTMPALLETA AS cwavmGNBA CARTONNONBRANDR AS I case rwo oresar
54. 2 27 GROUND 28 15 PCI 2 lt i 28 REQ GNT PCI GNT2 15 pO 33 t CRO SME 24 1 gt MPCI 16 4 q 52 35 AD 29 RESERVED6 35 AD30 AD27 1 81 GROUND ADOI 10 i ACC 2 1 R190 100 0603 AD25 41 ra 15 74 PCI AD28 2 2 PCLAD22 _ A 2 eb PCL AD26 4 PLP3216S NA 419 PCT 45 1 26 PCI AD24 8143 CHOKE PLP3216S AD21 511 GROUNDS GROUND10 5 AD22 100 USBP3 1 GND3 SND2 Hes Er e VV PCI AD17 2 GROUND4 gt PAR 28 PCLADIS PCLPAR 15 19 on DSP PXI C BE 2 018 16 0603 C508 C509 15 19 C BE 2 PCLIRDV 39 AD 16 SONA mcis 15 19 PCLIRDY ROVE GROUNDTI 1 PCI FRAME R519 R518 0603 0603 JO512 3 32 FRAME PCI FRAME 15 19 CONN SYN2551A 4 CLKRUN 65 66 PCI TRDY 15 19 15K NA gt 15K NA E q 15 16 19 22 CLKRUN SERRE 65 CLKRUN i TRDY 86 PCLTRDY 15 19 0603 15 19 SERR amp PCI PERRE 87 SERR 5 SB 46811 00518 SHORT SMT4 15 19 PCI PCI OBER 9 GROUNDS 3 3V 6 15 19 PCI C BE 1 1 PERR DEVSEL 2 PCI DEVSEL amp 15 19 PCI AD14 25 non a 76 PCI AD15 78 GND USB GND USB GND USB PCI AD12 AB n AD T AD1O 8
55. AC 97 J502 B_SPKR SS AVDDAD CODEC V CDROM Connector PJ501 ALC202 4 CDROM L C3 1U 33 68K CDROM LEFT 19 010 gt 4 100 CDROM R C33 10 R32 6 8K CDROM_RIGHT 2 2 R14 R34 68K CDROM GND U12 s 62 CARDSPK NC7S32 SC70 SOT70 7 19 GND 1U 4 1410 R16 10K lt 27 R30 R31 100k 100k 100K R23 0 14318MHz E AUDIO V V V 131 8640 N B Maintenance 8 15 Audio Failure No sound from speaker after audio driver is installed 5V AMP 5V AMP R44 R63 R65 21 HP SENSE 100K 10K 100K R51 10K 3 GAIN SL R57 0 4 From Audio Code Mode DEVICE DECT C60 0 0680 C502 1000 R57 R53 C68 13 LEFT DOCK 0 Q3 20K 0 33 R46 9 v ae DTCI44TKA L 12 LEFT IN EU s R47 15K R37 Internal bu iem 20K 20K L502 Speaker 17 im R52 C66 SPKLOUT gt hs03 1501 033 ia Lour D SPKLOUT DEVICE AOUT R B 28 SPKROUT 1504 DECT 9 RIGHT DOCK 26 SPKROUT USUS 11506 121 R50 R48 R45 R43 2
56. GTLREF1 CPU GTLREF DEFER H_DEFER 6 0 11 0152 pui ERSA VC CORE GTLREFO 23 DRDY H_DRDY 6 0 10 Dita DV22 vcc 4 23 X TESTHIS __ A 24 HIT HHIT 6 D 9 HDE VGOPVID AES RSVD TESTHIS 6 AC24 25 HITM H HITM amp 6 D 8 0855 VCCVID TESTHM PLL VCCA AC20 TESTHI3 A 26 Bai 52 708 D 7 D se HD 506 20 TESTHIP 27 IERR VCC_CORE D 6 D 57 VCCSENSE TESTHI2 ES e VOCIO PLL AE23 AB22 TESTHI7 A 28 HONDA 0 5 D 58 PLL VSSA VCCIOPLL TESTHI7 TESTHIG A 29 Ny OWS 16 D 4 D 59 SEE i E rH VSSA TESTHI6 2 Oo D 3 0 60 o VSSSENSE skTOCC PAE26 _______1_9 A 31 Locks pG4 H LOUKE LOCK 6 D 2 D 61 TESTI LAA2 ___ 6 lt gt ADSTB 1 0 62 2 Rsvp TESTHH CPUPWHGD 6 HADSTB4OC gt ADSTB 0 MCERR x D 0 D 63 xA22 RSVD PWRGOOD CPUPWRGD 6 REQ 4 CPURST 6 DBM 0 3K gt CPU THERMDA RsvD PROCHOT Pagosa SUPE REQ 3 RESET pAB25 SIS lt _ CPURST 6 lt gt DSTBP 0 3 6 CPU THERMDC THRMDA SLP SLP 16 REQ 2 52 H RS 1 DSTBP 0 THRMTRIP 2 REQH RS 1 DB pial 2 24 THRMTRIP 29 THRMTRIP DSTBP 1 D4 ITP TCK REQ 0 RS 0 2 DSTBP 1 2423 o TCK LT ci A 35
57. gt 0603 80 20 10 4 STALSSIN XTALSOUTBUFF AHA XTALSOUTBUFF i i crie 3 XTALSSIN R617 XTALSSIN AN Ph 10K H 0603 XTALIN XrALOUT AK Keep close to the nVidia 27 Oy W1 DAC2GND k L14 0603 17 17 582 548 144 1MM 548 144 1MM GPIO5 LAA 2 4 777 1202 100 2012 AIF R38 x REFOUT LAAA2 y 1 C40 1 C38 0603 18 27MHZ 18P LOGIC 0 LOGIC 1 10 N 10 9 PCI AD 857 1 AA 2 10K 0608 PCLAD SWAP O REVERSED 1 1 777 77 77608 VENDOR R55 1 A A2 10K 0603 SUB VENDOR 3VS R579 Q AAA 2 10 545 586 0603 470 010 0805 0603 lt 80 20 50V R613 1 10K 0603 CRYSTALO CRYSTAL t0 00 13 5MHz A VIPD6 DVOD6 01 14 318 MHz Modulation seletion mode CRYSTAL1 R63 1 nn n2 10K 0603 10 27 MHz DEFAULT 77 11 unknown Spread 52 711 ee GP100 6 105 R534 1K i 1 25 0 0 2025011 A2 531 1 AAA 2 0608 8 1 A A A 2 10K NA 0603 R631 1 2 10K 0603 TVMODE 1 0 00 SECAM NTSC DEFAULT 2 505 0 1 R632 a n2 10K 0603 TVMODE1 R633 _ 1 A A A 2 10 0603 10 PAL U503 USOS 1 C548 527 Patt eee EN ACETUM 11 VGA sex T 19 10 0
58. 0 06030 4 728 721 22P NA 22P NA 0603 0603 5 N 5 U515C USBCLK SB 1 USBCLK SH V4 USBCLK48M 1 8VS IVDD1 CERRO RN USBPOP _____ CLOSE TO 962 dri irc ERN NE epee gee en gs USBP2 P Ea USEP2 N UV1 IVDD4 WE 26 23 USBP3 P USEPA N ie USBPI N Uvs 4 18v 9798080 a 215 uvs IVDD AUXt Md USBN figl Tou 48VS USBP3 1 A USBP3 USD G18 Uy5 OVDD1 G19 ys OVDD2 06030 OVDD3 I 21 USB OC40 MEME 920 OVDD4 I 772 C769 _ 4 901 hn E M aec 0603 0603 23 USB OC 3 USB 05 Hel oC C169 171 C163 cis lt 5 N 5 U 5 ais 9044 0 1U 0 1U 0 10 010 010 p 0058 3v 0603 4 0603 0603 4 0603 0603 I 50V 50V 50V 50V 50V USBVOD USBVDDO OVDD AUX2 Po 2l USBVDD1 OVDD_AUX3 OVDD_AUX4 USBVSSO 9 77 USBVSS USBVSS1 PVDDO CLOSE 962 s H10 PVDD2 4 162 4 159 71 C155 4 141 C140 Hii yoo PYBBS 0 10 0 1U 0 10 R729 H yess ay 0603 4 0603 0603 0603 0608 4 USBP1 1 USBPi P Yes PVDD AUX r 1 M 50V 50 Q 50
59. 3563000 RUBERICDURMANGUTA 565167340001 _ SWCD 5651613400 SWCDROMSYTTEMDRMRSAS 565167000013 GOLD20 3067340009 screw sowiso 3406730003 SDNGASYTOPSGAP _____ wn SELDINGASYTOPSAS 3330200000 333050000107 561860000022 SNGEPAGECNNOTETORBATTERYR Part Number 361400003021 600100010010 370102610302 370102610405 370102630601 370102610805 370102010205 370102010256 370102030301 370102010303 370102030302 370103010405 370103010604 340673400006 345673410022 341672400005 377244010002 341668300008 297004010001 225600000061 225600000054 340673420002 340673400010 345673400007 345673400005 SPC SCREW M2 6L4 NIW K HD t 0 8 SPC SCREW M2L3 NIW K HD NYLOK 168 8640 N B Maintenance 9 Spare Part List 32 Part Number 345673400004 345673400008 310111103012 310111103017 442110500012 288227002001 628820014401 288200144001 288204835002 288206680003 288207764001 288200302001 288203904010 288203906002 288203906018 328202003001 288202302001 288202303001 288104362001 288204410001 288204532001 288204800001 288204816001 288204832001 288204892001 THERMIST OR 10K 1 RA DISK 103AT TRANS DT A144EKA PNP 100MA 50V SO TRANS SI4832DY N MOSFET 0280HM PUS TRANS SI4892DY N MOSFET SO8 E oo m Pus PUI PU11 PU14 PU1
60. S AE An laa oi Ha lt ADO 69 0 H 12 A13 Hei 19 ADI 69 70 7 a 12 102 ia AD 9 2 HDR FM 1 27MM H4 5 s 46 ag 28 2 22 ADS SPEED A 5 e M 28 jio Vos S20X 0100 70X pn h __ HE 7 a 24 AD5 PSEN N 5 A9 06 2 29 MAT 48 vo7 25 EIS 77 9 A2 A10 24 MN 101 26 AD7 7 a H La ADT 6 A7 108 MA qi 7 As as N 2 ALE 12 NC ag 21 Ae M 1 P37 0 Ge 18 203 A uso MA TOUCH_PAD DCN Ie 43V W27C512 p m UT62L256C 0 1U o Q2 PLCC32 TSOP28A 0 55MM 0805 Fi 13 1202 1007 1608 ROSNER SOT23_FET 1 E FDV302P wy N 21 J 77 0 25A a 507 J501 i FPC FFC 12P 1MM P35_SMWPI UH CONN ELCO6239 12 5 zl 1 2 1202 100 1608 1 34 5 4 A BATA S im t 11112 R86 0 SCLE 5 0 1 DATA 1n 1 SRE N 1 SRE NR 1 9 10 av 0603 SALE 6 L SW MSVDD soos Ho Smart Media MMC SD SW 617 MSCLKRS7 R 10 33V P10 MSSP ED USOS SWE NR88 1 A 2 SWENR 11 RP3 10 E 1206 udi 4 P een 12 R74 AAA 2 47K 0603 P34 SMOE 2 TU aq ge 268 zi 213 Pac SMWP 13 R80 4 7 X 0603 P40 SMRB 3 6 MDZ 47 G
61. cas krwzorseos ooo Caspa ___ KONMODULARIARPMGPCRAFR o KONMODULARIACREMGPACRAUK Part Number 225668300002 340673430001 340673410001 340673450001 340673420005 340673400003 340673450002 340673440006 340673400002 340673400016 340673400008 344673400016 344673400025 344673400009 523499991012 523499999067 523467340006 523467343006 DVD ASSY SDR083 QUANT A 8640D M 523499999069 COMBO ASSY 16 10 8 24 523467343010 DVD COMBO ASSY SBW 161 QSI 8640D 523430061906 523430061904 221613420003 221613410001 221613400001 DVD COMBO DRIVE 16X8X8X24 SBW 16 pra 149 8640 N B Maintenance 9 Spare Part List 13 Part Number Description 227671600008 227671600009 481673430002 481673450004 481673430001 481673450003 481673420001 340673400024 345673410015 345673450001 451673400051 40671600020 40671600018 40673400030 40673410003 o fw 40673440016 340673400004 340673400027 451673430001 451673410001 451673450001 451673420001 283450083001 286317099001 286305248002 ENDCAPBATTERVAKBOXRIS ___ ENDCAPPDDAKBOXUS _____ GASKET QDILCD 14 PANEL BOTTOM 000 HOUSING ASSY HANNSTARLCD 15 86 4 4 4 ouwGAsvODLCDM S nG mua ss HOUSNGASYBATTERVAGAS mu ___
62. 1 0 must be terminated on the system board using precision resistors Refer to the Intel Pentium 4 Processor in the 478 pin Package and Intel 850 Chipset Platform Design Guide for details on implementation DBR Output DBR is used only in processor systems where no debug port is implemented on the system board DBR is used by a debug port interposer so that an in target probe can drive system reset If a debug port is implemented in the system DBR is a no connect in the system DBR is not a processor signal 73 8640 N B Maintenance 5 1 Pentium 4 Willamette Northwood mFC PGA2 478 pins Name Type Description DBSY Input Output DBS Y Data Bus Busy is asserted by the agent responsible for driving data on the processor system bus to indicate that the data bus is in use The data bus isreleased after DBSY is deasserted This signal must connect the appropriate pins on all processor system bus agents Name Type Description DEFER Input DEFER is asserted by an agent to indicate that a transaction cannot be guaranteed in order completion Assertion of DEFER is normally the responsibility of the addressed memory or Input Output agent This signal must connect the appropriate pins of all processor system bus agents HIT HITM Input Output Input Output HIT Snoop Hit and HITM Hit Modified convey transaction snoop operation results Any syst
63. 640 N B Maintenance 3VS 195 475 3VS R87 10K System Clock Check 2 R76 10K FS0 96 3VS R73 10 FSI hA DTCIAATKA pgs V 10K FS2 R86 10K Eu 1522 VDDREF e 1207 100 C632 0 1U 3VS L529 VDDPCI 120Z 100M Gc L cogs 010 eed L525 126 126 VDDSD VDDAGP AANA 1207 100 1207 100 1207 100 i C655 681 630 010 0 10 Tur V M 43VS 123 VDDA48 1207 100 e C631 C97 Loit OM 0 1U 0 1U 0 1U 0 10 V V 2 Bit Bito Bit4 FS FS2 ESI FS CPU SDRAIZCLK AGP RY 2 2 2 C CO C D O 0 0 oo O o oj og gt o o 0 0 1 0 C oro 66 7 00 00 100 00 00 00 00 00 100 00 80 80 95 95 66 67 105 100 9 108 100 9 112 133 3 133 3 133 3 100 100 100 133 3 100 100 66 7 100 200 133 150 125 160 133 3 200 167 166 7 133 3 133 3 95 126 7 66 67 140 101 144 135 149 100 133 167 133 100 167 160 133 100 66 7 66 7 66 7 66 7 60
64. ADEN 21 19 Rit 0 1U N 8 MODEO 31 BATT DEAD AMNEM M 0603 H amp MODE 41 POWERBING R846 59 51 16 10 R765 R772 0603 DC DC FAN Control ROA gt R01 ry 10K 10K Toot ee C 1 0516 0603 0603 522 _ H8 SUSB 16 EXTSMI 3H 1A1 1B1 1 L 14 7 16 PWROK ROMGSF 1A2 1B2 2 pe RECS 2 i I 2 S3AUXSW 22 ROMCS SB THRMF 1 1B3 i Kl KE 7 6 S3AUXSW 3 41 7 16 SB THRM a 1B4 F i seve 1522 MCCS li 4As 185 10 84 6 9 53 om S cm 15 1 TP532 47 8 1206 TP53 0 25 1 0 IP531 Q12 52 opa 719 1 3 528 AO3401 TP52 D 283 20 18 TP527 BAT CLK R181 1 2 10K ROA gt RO1 D3 G FANO TP52 She gt 166 TP524 5VS 0603 a RLS4148 SETS o 18507 _ _ 175 2 10K 424 aN R763 4 14 gt 0603 26 SW 5VA 5 AA GND 12 1 I Signal HI LOW 2968 SHORT SMT3 45V j z 2 i SN74CBTD3384 10_ _ F HIROSE amp 0603 R761 QSOP24A Close td 74CBTD3384DBQ T CLK 1 4 ST MA 3 FAN0 FAN Off FAN On 0 7771 4 T DATA 21 DF13 3P 1 25V 77 0603 LID 31 M DATA U ra 1
65. PU15 20508 0 7UH I POSIT 1 154 5 32 Sl4362DY Sl4362DY HK RM136 4 4 d 4 5 CPU CORE 8 207002 td Sov 10 T du s YN PR21 0 508 508 e 30 e i lt PLLIN 31 1 4 x gb 2 ER el Dow lt E E PR531 res FRENIS EE PC550 5 1 Ith 8 29 100 i PD511 0603 1 INTVCG PR54 2 PR549 2 PD506 1206 vats i f EC31QS03L T T _ 470 9 28 D 11520 1 BAW56 10V M i EW ENS aha w 4 1 2 0 0220 4 SGND PGND for i ARER O TENS 48506 2285 H VDIFFIUT BG2 22 vess o E 77 1 42 4 2 PU11 PU505 add for 15K IX 11 26 m SI4892DY 5148920 RUSO CORE SHORT SMT4 VOS BOOST2 bl SSS 508 Sos add for _ cese Es 12 25 4 4 4 VRM9 0 PR543 77 77 lt Sw 717 qa 4T I mmn 004 delet for PR17 24 PC551 0 1U PUITS 1 2 PC25 PC28 PC540 PC541 26 PC540 I delet fdr Ki gt 4 I SI4362DY NA 1 2200 12000 2200 220U NA 2200 MER EE VRM9 0 BOK 14 senses AMPMD 23 i PR33 0 508 PR544 7343 4V 7343 7343 7343 50V delet for 4 T PE LAAA2 1 PL7 004 4 0603 P6 VRM9 0 4 10 PC45 15 ATTENOUT v
66. rans see ae pean SCALE 0 300 DRAWING NAME LCD ASSY QDLXGA 14 1 8640S G DRAWN DESIGNED CHECKED APPRDVED MATERIAL ap 441673400001 c z lt MiTAC International Corp D E SHEET 1 DF 1 _ ITEM PART ND DESCRIPTION Remark i 421673420005 5 1 2 34067340006 cover essvicpissaees 1 assem 3 340673400030 esee asas 1 fasse 4 413000020307 Hsmisopxu B 345672300001 _ e 345673400003 er 7 1578640 a Jer 1 Jer 9 e Jr 10 7 par ii seezemer uwGERaS eS a ____ 12 340671600019 _ aee 13 sere7160001d wire assvanverrii7s 2 assem SCALE 0 250 15 7 sec screvneresnimonsma 6 parr 16 2 paer 17 s7oroeoro308 6 eaer SCALE 0 067 DRAWING NAME LCD ASSY HANNSTAR XGA 15 8640 International Corp D E SHEET ND 1 OF 1 _
67. 196 50V R142 56 0603 JL22 JL23 JL24 JL26 E SVSSZCMP 1 1 1 12 52 SZ4XAVSS 12 52 SZiXAVSS 1 52 IDEAVSS L 132 2125 1 1 SZVSSREF JP NET2 JP 7 JP NET2 JP 2 7 JP NET20 A AGP BUS PULL UP DOWN RESISTORS 6 10 16 AGP 6 10 AGP_TRDY 6 AGP_SERR 6 10 AGP_FRAME 6 10 AGP_IRDY 6 10 AGP ADSTB1 6 10 AGP_ADSTBO 6 SBSTB 6 10 6 10 AGP_ADSTBO 6 10 AGP_ADSTB1 6 AGP_SBSTB FOR 645DX ONLY VDDQ VDDQ RP511 1 140 4 21 AGP REQR AGP_REQ 6 10 31 WBFf JAGP_WBF 6 10 41 EZ AGP DE I B AGP REFF AGP_DEVSEL 6 10 5 ow 6 10 ll 8 2 8 1206 RP519 AGP_STOP 1 8 AGP_TRDV 2 AGP SERAF A 6 82K 4 1206 AGP_FRAME 8749 1 8 2K0603 AGP IHDYT R48 1 N Z 8 2K0603 AGP ADSTBT 8146 1 8 2K0603 AGP_ADSTBO R149 1 ANA 850603 R137 1 8 2K0603 AGP PAR R744 1 ANA pue Check R150 1 8 2K 0603 AGP ADSTBIS Hi47 1 2 8 2K 0603 SBSTB 8139 1 8 2K 0603 MiTAC 22 Title SIS962 1 3 Rev Document Number 8640 Date 5 of 32 Wednesday August 28 2002 1 PDF created with FinePrint pdfFactory trial version http www fineprint com SIS962 2 3
68. 2 15041202 00 1608 Leg 741 CRT BLUE e i E 12 lt q i 515016 VGA Lo 4 12 14 3 2 CM ES 05 m n 52 2 e 711 CRT DDDA CRT DDDA ld a 2112 1 2 7002 m is 4 15 9 2 B FA501 i Blo 34i GRE HSYE CRT HSYNC 14 1200HM 100MHZ LA v lel al me VGA Connector 4l Y iu dea bi C501 3V 508 502 ops 7 100 9 CRT VSYNC 22P 4 NA RP50 22 4 22P 4 1206 741 CRT VSYNC 1208 vil 1206 1200 lt 10V JL502 902 E 1206 1 gt l SHORT SMT CRT DDCK SMT3 10 7 11 CRT DDCK mo id d 4 d JL501 0603 2N7002 id ja lt gt a R502 E E MED SHORT SMT3 CRT IN 77 GND_CRT15 CRT15 CRT15 15 W W 1K IL 0603 100P 0603 e 1096 Document Number Date Wednesday August 28 2002 Sheet 12 of 32 5 4 PDF created with FinePrint pdfFactory trial version http www fineprint com 1
69. 272013106701 CAP 10U 25 80 20 1206 50 PC83 157 8640 N B Maintenance 9 Spare Part List 21 Number Deseripon Location S 272023106501 272011106404 272073152401 272431227503 272433156502 272073180401 272001105403 272002105403 272001225401 272012225702 272075200302 272075221302 272075221401 272431227001 272421225501 272021226701 272043226501 272075271401 272075270302 272075209001 272431337506 272075330302 272421336501 272002475701 272012475502 20 CR 50V 5 0603 5 220 50V 5 0603 5 CAP 27P 507 5 0603 COG SMT Part Number Description Location S 272075472701 CAP 4700P 50V 20 0603 X7R S C36 C522 C526 C533 C536 C537 272072471301 CAP 470P CR 16V 5 0603 NPO P C12 212075561701 560 CR 50V 80 20 0603 S C23 212030680402 68 3 10 1808 5 5 212075680302 68 50 5 0603 NPO SMT 801 806 807 273000500015 COIL 50UH REF D 4 2 5 5T 158 8640 N B Maintenance 9 Spare Part List 22 Part Number 29 33 33 33 33 29 29 29 29 29 29 33 29 29 29 29 29 29 29 29 29 29 29 33 31000008038 CON BAT 8P 2 5MM SUYIN ERO cONBATTERVAP2OMMRAIMS oooi 720025005 007 000153006 000 204 000154006 000144004 0000120
70. 31 8640 N B Maintenance 1 4 Electrical Characteristic 1 4 1 Power On Sequence CPU NORTHWOOD Power BTN Main power VCCPVID PS ON H8 SUSC Embeded Controller H8 SISPOWERBTN 8 34375 DC DC CONVERTER LDO 45VS 12VS 5VS 3VS 1 5V MIC5248 VDD_MEM2 5 1 2VS H8 PWROK 42 8VS PWR ON CPU CORE EN DC to DC Converter South Bridge 2 5V_DDR 1 8V 3V SIS962 5V 12V 1 25V DC TO DC CONVERTER VCC_CORE Standby Power PCIRST fo gas MAINPOWER CPUPWRGD North Bridge CPURST SIS M650 645DX Table 18 Power on Sequence 32 8640 N B Maintenance 1 4 2 Suspend To RAM Sequence SLP 5 Pentium 4 processor Sleep Event 1 Northwood CPURST 9 Self Refresh 3 North Bridge SiS M650 645DX CKE 0 5 4 PCIRST 8 DC TO DC COVERTER 12S 4 5VS 43VS 1 5VS VDD_MEM2 5 1 2VS 2 8VS South Bridge 515962 H8 PWROK 7 PS_ON 6 S3AUXSW 4 Embeded Controller MAINPWR 10 H8 3437S Table 19 RAM Sequence 8640 N B Maintenance 1 4 3 Resume from Suspend To RAM Sequence Pentium 4 Processor Wakeup Event 1 Northwood CPURST 6 Self refresh 3 North Bridge SIS M650 645DX CKE 0 5 7 DDR SO DIMM PCIRST 5 South Bridge SIS 962 DC To DC Converter 12VS 5VS 3VSH 1 5VS VDD MEMO 5 1 2VS 2 8VS H8_PWROK 4 S3AUXSW 7 NO Sd MAINPWR 3 Embeded Controller 8 3437
71. 8640 N B Maintenance 1 3 7 IEEE 1394a Port The bus transfer rate of 100 200 400 Mbits s is supported The Asynchronous and Isochronous data transfers are supported One IEEE1394a port supported Table 9 IEEE1394 Port PIN SIGNAL NAME DIRECTION 1 TPB 2 3 TPA 4 TPA I O Pin 1 Figure 2 IEEE1394 Connector 1 3 8Audio Ports SPDIF Microphone In Built In 2 high quality internal speaker 2W 4ohm w Box Built in 1 mono microphone AC97 V2 2 compliance 20 8640 N B Maintenance Table 10 Audio Port Internal Speaker Internal Microphone LED Of SPDIF Plug Ear Phone In Mute Active Off Plug SPDIF Device In Mute Active On Plug External Microphone Active Mute Off 1 3 9 RJ 11 Connection to Modem Daughter Board Connector or Mini PCI Modem Card Support 56Kbps V 92 Table 11 Modem Port Pin Signal Name No Connect LINE VO Phone Line Positive LINE IO Phone Line Negative NC No Connect Figure 3 Modem C 21 8640 N B Maintenance 1 3 10 RJ 45 The Fast Ethernet MAC Controller features an IEEE802 3 and IEEE802 3x compliant MAC with external LAN physical layer chip ICS1893AF supporting full duplex 10 Base T 100 Base T Ethernet Support Wake On LAN function in System enter to 51 53 Table 12 LAN Port EzE Signal Name Direction Description Transmit Data Ring Transmit Data Tip Receive Data Ring In
72. ASSY CARD READER 8640G 1 JASSEMBLY 18 411673400005 PWAPWA 8640 ESB LED BD 1 lASSEMBY 19 340673400008 55 86405 1 JASSEMBLY 20 344673400025 COVERHINGE R 8640S 1 PRT 21 344673400016 COVERHINGE 1 845 1 PART 22 421673400003 MICROPHONE ASSY 86405 1 JASSEMBY 23 377844010002 STANDUFF H4 40DP3 SHSLS SNIV 4 PART par PART PART 340673400009 ASSEMBLY PART FAN ASSY 8170 1 ASSEMBLY MATERIAL AD 431673410001 ROOA International Corp SHEET 1 OF 1 alel m jajgji o N P e m jaje BON o o vlejo x o a m A B L m ITEM PART ND DESCRIPTION TYPE REMARK 1 340673420005 ASSY 8640P 1 JASSEMBLY 2 340673400004 HOUSING ASSY 8640S 11 ASSEMBY 3 1340673420003 5 0 ASSY TUP 8640P 11 ASSEMBLY 4 411673440001 PPWA PWA BG40MMUTHER BD 1 ASSEMBY 5 1441999900069 ASSY DPTIUNILLIe CELL S640G P 1 ASSEMBLY 6 583467341000 HDD ASSY DKE3DA 40HITACHLS640G 1 ASSEMBLY 7 1523467340007 COMBO ASSY MATSUSHITA S640 1 ASSEMBLY 8 1340673420002 THERMAL ASSY jGGAP 11 ASSEMBY 9 340673400003 86405 1 ASSEMBY
73. Figure 2 5 Remove keyboard Reassembly 1 Reconnect the keyboard cable and fit the keyboard back into place with three screws 2 Replace the easy start buttons cover 48 8640 N B Maintenance 2 2 3 CPU Disassembly Remove the battery pack See section 2 2 1 Disassembly 2 Remove the keyboard to access the CPU compartment See section 2 2 2 Disassembly 3 Remove five screws fastening the plate Assy Figure 2 6 Figure 2 6 Remove five screws Figure 2 7 Disconnect the cable 4 Disconnect the fan s power cord from system board Then remove the plate Assy Figure 2 7 49 8640 N B Maintenance 4 Remove three screws fastening the heatsink Figure 2 8 5 To remove the existing CPU lift the socket arm up to the vertical position Figure 2 9 Figure 2 8 Remove the fan s power cord Figure 2 9 Remove the CPU Reassembly 1 Carefully align the arrowhead corner of the CPU with the beveled corner of the socket then insert CPU pins into the holes Place the lever back to the horizontal position and push the lever to the left 2 Connect the fan s power cord to the system board fit the heatsink onto the top of the CPU and secure with four screws 3 Replace the keyboard Then replace easy start buttons cover 50 8640 N B Maintenance 2 2 4 HDD Module Disassembly Carefully put the notebook upside down 2 Remove two screw and slide the HDD module out of the compartment Figure 2 10 3
74. TXC1 9 12 1 4 IFPOPLLGND Erg M3 y AK8 CRT RED TXD8 1 DACGND DACRED gt CRT RED 7 12 N3 112 4 lt Loona PLLVDD AK5 pii vpp IFPiIOVDD M5 lt 120Z 100M L 1608 45 C46 IFP1VREF TADON cE 4 71 470 470P 470P _ PCI AD sian 0805 N 0805 0603 0603 SUB VENDOR 3 e 80 2096 80 2096 al 10 a 10 DVODI TXC2 1 DVOD2 AJ10 CRT GREEN TXC24 H PAMCFGZ DACGREEN gt CRT_GREEN 7 12 H3 HH d PAMCFGS AG2 CRYSTALO ADS Y2 TV CRMA TVMODEO AE1 DVODS DAC2RED TV 9 12 10 PAMCFGO one gt M2 DAC2GREEN 2 TV LUMA gt gt 9 12 E 10 AE2 DVOD9 a 10 PAMCFG2 BUS TYPE ASH DVOD10 DAceBLuE YS gt TV_COMP 9 12 10 PAMCFG3 DVOD11 IFP1PLLVDD 10K 196 DACBLUE 8 CRT_BLUE gt CRT_BLUE 7 12 29 10 4 DVOVREF 105 R72 PCI DEVID3 doc 0 047U ENPBLT d AAA 1 at 89898 pvopE N2 IFP1PLLGND L18 e AF3 10K VDDDVO 0603 777 xAD2 Vpppvo f noe DAC2VDD DAC2VDD R34 AD1 pvOCLKOUT jd 2 WH DAC2VREF ENAVDD Law 601_ 4 DAC2RSET DVOCLKIN T SPP C80 C79 C61 C69 ue AB2 DVOCLKIN 5 ane CRT2HSYNC
75. 50V of 50V sf 50V 22224 Close to TPS2211 4 4 C214 C211 C202 C212 C196 C194 010 010 4 7UINA 0 10 0603 0603 0603 1206 0603 1206 777 SOW OV 10V T8V 0 0 MiTAC 2 Title PC14410 amp 1394 PHY fize Document Rev Number 8640 i Date Bheet 19 of 32 Wednesday August 28 2002 1 PDF created with FinePrint pdfFactory trial version http www fineprint com LAN ND MDC PHY ADDRESS 00001 R621 1 43V LAN 10K U508 0603 RP508 16 LAN MRXDO CANNES 31 8588388 Poc 30 4 8 1 16 LAN_MRXD1 LAN MRXD2 RXD1 P2LI 16 LAN MRXD2 TAN MRXDS 29 RXD2 gt gt gt gt gt gt 7 16 LAN_MRXD3 28 6 5 a LAN_MRXDV P4RD 16 LAN_MRXDV 16 MRXER e R688 22 0603 RXER 10K 4 LAN GND 16 Lawn 34 RXCLK 10 100 lt 1206 2 LAN MTXDO RXIN 16 LAN MTXDO LAN NTXDT 32 TP_RXN 3 s 18 16 LAN MTXD LAN MTXD2 40 1x01 TP RXP 43V LAN 16 2 LAN MTXD3
76. 99 Resume SMRAM not Found 8640 N B Maintenance 8 Trouble shooting 8 1 No Power 8 2 Battery Can not Be Charged E 8 3 No Display 8 4 VGA Controller Failure LCD No Display L 8 5 VGA Controller Failure TV No Display 8 6 VGA Controller Failure Monitor No Display F 8 7 Keyboard K B and Touch Pad T P Test Error L 8 8 Hard Disk Drive Test Error 8 9 CD ROM Driver Test Error 8 10 USB Port Test Error 8 11 PIO Port Test Error 8 12 PC Card Socket Test Error 8 13 MINI PCI Socket Failure 8 14 IEEE 1394 Failure 8 15 Audio Driver Failure 8 16 LAN Test Error 8 17 Smart Media amp Secure Digital Card Controller Test Error 94 8640 N B Maintenance 8 1 No Power When power button is pressed Nothing happing Power indicator does not light up T PU504 PL504 3 6 Power ALWAYS mu 3VA PF501 J1 PQ515 PL501 PQ506 45VAS PL502 BA 5V Main Voltage L537 H8 VDD5 D PT1 PD7 P3D PUS02 PL503 ED 505 ADINP DVMAIN 50 DV gt 12 VS PUS12 U3 0514 USB 2 3 VCC5 PUIA CHARGE dx PU23 d 2 8VS PU517 PU506 5V 5VS VCCPVID 15504 VCC3 IR 1394VCC3 SDAVDD DDRAVDD U2 2 123 PUSI5 0516 USB 0 1 VCC5 L528 3VLAN DISCHARGE ED 3VS 43V CPUAVDD PHYAVDD 5V AMP USBVDD AGPAVDDI PUSO7 PU14 AGPAVDD2 O PUI5 0508 ZAXAVDD NEUSS
77. FS1 i R107 PCICLK2 20 C681 21 10K 1202 100 10K Heri 22 0603 0603 0603 23 9696 1 33 CLK MINIPCI y 50V MN 5 AVR MINIPCI 23 DTGHARTIA 33 PD VTT_PWRGD FSo REFO 2 20 813 _1_ 33 REFCLKO 7 avs FSI REF1 2 REFCLK1 16 i T AAA 2 38 NA 14318MHZ AUDIO Q7 R677 1 475 1 m FS2 REF2 1620 1 14 318MHZ AUDIO 18 1522 MMBT3904L 0603 IREF E R704 gt BE REFCLK3 16 VDDSD 48MHZ 2 22 SIO USBGLK 17 BSELO 1 e m 24 48MHZ MULTISEL 26 Rese PIO 25 JS ISMI Z DI CLK_SIO 22 BSELO 6535 ET Lan 14 318MHZ_TV 9 1202 100 0 10 MMBT3904L 9 L24 35 R683 1 33 SMBCLK SCLK SMBCLK 14 6 0905 2 36 vpDA SDATA 34 R685 1 2 33 MEDATA SMBDATA 14 16 R669 77 102 3002 100 C670 C671 3VS 0 10 2012 0 10 1000P 3VS 0603 0603 0603 1529 d 50v d 509 _ 4 37 GNDA 77 1 2 zi A R ICS952001 TA er 777 SsoPas 4 Layout note Place crystal within 1608 o0 osos SOO miis of CHIC Gero 47K Bit Bit7 Bits 50 50 FS4 FS3 FS2 FS1 FSO CPU SDRAM ZCLK AGP PCI 77 X803 123 pmB 0 0 0 0 0 66 67 66 67 66 67 66 67 33 33 VDDCPU E 645DX M650 0 0 0 O 1 100 00 100 00 66 67 66 67 3333 C631 C97 hm 0 0 1 O 100 00 20000 6667 66
78. MO s Mma Mo 6 Mma ____ 4 7 DDR 1 18 MAS ces9 MDT 71 090 DO MD5 1000P 1 7 980 pos MD5 MAS 7 DDR MAG lt DDR_MA4 3 14 0 1U 1000P sJ ae 4 0603 0603 eo RET ERRARE DDR_MAG 4 13 MAG 0603 0608 5050 1 50V 0050 mari cd s MAG 7 BDR MAG DDR MA12 5 12 50V MD2 0050 14 MD6 MD2 13 MD6 MATZ 7 DDR 2 DDR MAS 12 MAS DQ2 bas 14 13 002 odepa MAS 6 T DDR 9 DDH MAB amp MDS vss2 VSS18 MDS vss2 VSS18 MDT 7 7 10 z 8 7 8 DDR DDR_MA11 8 9 8 19 20 MD12 MD8 19 20 MD12 11 a n vbp2 VDD18 22 bleed os t VDD18 22 _ y CAS 24 MD13 CAS _ RP536 7 DDR_CAS DDR 1 8_ MD8 23 pgs pais 24 NMDIS _____ 9 23 pog 0013 DDR RAS 15 ASF DQsi 25 boni 013 26 DOMT 0951 25 008 013 DOMI RAS 2 BOR BAT S DDR 3 14 BAT 27 295 e el 27 5554 M HAE Cmm pel BAT DDR 4 13 MATO 29 30 29 30 14 MATO 7 DDR DDR 11 Das MD15 MD11 DOS MD15 12 PU ___ pari pais H2 25 pais 22 9 MAC DDR
79. MOBILE 77 2012 2012 CPUPWRGD H 0 PLL VCCA ITP TDI VCC CORE q H_BR 0 Sag PLACE AT CPU END av j i 5 TED ITP TMS dU x R CPU GTLREF ii 16V33U CPURST 51 1 0603 1 YU CPURST DT 51 ohm ITP TCK A R646 1 11 4 PLL VSSA EE MOBILE NA 5 100 10 220P 220P 0603 0805 0603 0603 1 lt 5 5 al 5 x 7343 C693 603 R606 EE 2 VCCIO PLL mE d 27 680 20 gc cR c S c ia c c QD 0603 0603 I 16V33U 1 lt RI One 220PF for each GTL REF Pip _____________________ 2l CP1812 7243 SHAPE MiTAC 2 itle 1 2 Document Rev Number 8640 Sheet 4 of 32 Wednesday August 28 2002 1 PDF created with FinePrint pdfFactory trial version http www fineprint com 2 2 CORE o 2 Usb 444 4414444444444 NO vss
80. T9 Add MIC connector in M B at location J30 4 25 2002 80 81 82 83 84 85 86 87 88 89 90 91 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 132 132 132 Connect the net of 5 to 515962 pin E5 through series diode at location D30 4 24 2002 Change the net of through series diode at location D31 to SIS962 pin A16 4 24 2002 Add reserve resistor R544 to connect SUSC and 8 5050 for debug only 4 24 2002 Change R359 value from 10K to NA 4 24 2002 Updata Hardware strap table in sheet 17 to change USB 5 South bridge debug mode disable status from Hi to Low Add pull up resistor for the net of ROMCS at location R541 4 24 2002 Delete the unuse parts at location R475 and TP48 4 24 2002 Delete R473 and disconnect the net of 505 STAT4 to SIO pin 7 4 24 2002 Delete R474 and connect CLKRUN to SIO pin6 4 24 2002 Change the connection of MINI PCI RI from WAKE to H8 RI pin48 4 24 2002 pull up resistor for USB 5 at location R577 4 28 2002 Change R261 value from 33 ohm to NA 4 28 2002 Change pull up voltage of from 3V to 3 5 4 28 2002 Change the connection of C567 from LAN GND to GND for easy layout 4 28 2002 Connect the net of GPIO11 to X8 through series resistor at location R543
81. USB2VCC5 1207 100 RT9701 CBL 2 cio 0 1U 33K 10U USB_OC3 V 16V V L R22 e T 26 47K 1000P L 1 USBCLK SB R741 R508 USBP3 N USBP3 0 D USBP3 Jo R737 R507 0515 USBP3 P 0 USBP3 0 D USBP3 3 FROM CLOCK GEN South bridge R120 R509 515961 a USERE 0 D USBP4 gt R510 R119 0 USBP4 P 0 USBP4 3 J10 L6 A4 B4 GNDI1 6 4 e o R11 C13 10U USB 4 08 33K 0 1U V C19 R13 GND USB GND 1000P 47K V USB2 0 Connector USB2 0 Connector 121 8640 N B Maintenance 8 10 USB Port Test Error An error occurs when a USB I O device is installed USB Test Error Board level Troubleshooting Check if the USB device is installed properly on the mother board may be defective use an oscilloscope to check the following signal or replace the parts one at a time and test after each replacement Yes 5 Replace Check the following parts for cold solder one of the following parts Motherboard Signals USBP 0 4 N USBOCO USBP 0 4 P D USBP 0 4 USB3VCC5 D USBP 0 4 4 USBOVCCS5 USBIVCC5 Re test Yes 5 gt Correct it No Replace another known good USB device 122 8640 N B Maintenance 8 11 PIO Port Test Error When a print command is issued printer prints nothing or garbage U512 LPC Super I O 87393
82. _ L ie aioe RNC ON 7 Part Number Description Location S 221673415004 PARTITION IN BAG 8640G 221673450003 PARTITION PALLET 8640S 222668820004 PE BUBBLE BAG 190X190MM ANTI STA 441673400041 PWA PWA 8640 BATT GAUGE 125 441673400042 PWA PWA 8640 BATT GAUGE 125 155 8640 N B Maintenance 9 Spare Part List 19 Part Number Description Location S 565167340003 565180626001 565180626001 565167000013 340673400012 297004010001 340673400010 345673400007 345673400005 345673400004 373101712351 373101713502 421673400001 SWCDROMSYSTEMDRMERSRUS o pss sw cD RoM Bs RECORDER GOLD20 smering assor s sos rupewaLassysoaos THERMALPADAULVRSAS THERMAL THERMAL i ISREWBMLILLSSKADONB O FsmEwmanzasHpMDIOB ___________________ 156 8640 N B Maintenance 9 Spare Part List 20 8640D G L M P Common Spare Part List Part Number 41999900070 442671200004 361400003030 361400003005 541667341007 541667343005 541667343009 541667341022 541667340034 541667341002 541667340002 441999900069 441999900071 442673400016 442673400004 441673400028 441673400027 298000000008 338530010025 338536010010 340673440009 340673440019 340673400021 242670800113 221671640001 ACADPTASYOPTIONRGAD ____ ACADPT ASW IOVMTAADELTASIZ
83. all system bus agents will deassert their outputs within two clocks RESET must not be kept asserted for more than 10 ms while PVRGOOD is asserted A number of bus signals are sampled at the active to inactive transition of RESET for power on configuration These configuration options are described in the Section 7 1 This signal does not have on die termination and must be terminated on the system board RS 2 0 Input RS 2 0 Response Status are driven by the response agent the agent responsible for completion of the current transaction and must connect the appropriate pins of all processor system bus agents PROCHOT Output PROCHOTS will go active when the processor temperature monitoring sensor detects that the processor has reached its maximum safe operating temperature This indicates that the processor Thermal Control Circuit has been activated if enabled See Section 7 3 for more details RSP Input RSP Response Parity is driven by the response agent the agent responsible for completion of the current transaction during assertion of RS 2 0 the signals for which RSP provides parity protection It must connect to the appropriate pins of all processor system bus agents A correct parity signal is high if an even number of covered signals are low and low if an odd number of covered signals are low While RS 2 0 000 RSP is also high since this indicates it is not being dri
84. 1 5VS to VDDQ at location RP48 RP50 525 R528 4 22 2002 Creat TV COMP net to support AV output Add C554 C665 C666 D29 L83 and delete R113 4 22 2002 Connect AGP VDDQ net to 1 5VS for easy layout 4 22 2002 Change R533 pull up voltage from 5V to 3V 4 22 2002 62 Delete duplicate capicator of CARS_RI signa at location C555 4 22 2002 Connect 12VS 3VS 3v 5V DVMAIN to PJ1 connector 4 22 2002 Remove unuse net USB 5 at connector 4 22 2002 Add 5VS connect to connector pin44 4 23 2002 Change ISA pull up resistors from 4 7K to 10K at location RP40 RP46 4 23 2002 Delete R470 R474 and connect CLKRUN to PC83793 pin6 4 23 2002 Delete R473 and disconnect 505 to PC87393 4 23 2002 Add pull up 10K resistor for ROMCS signal at location R451 4 23 2002 Connect 5VS to pin34 4 24 2002 Connect DVMAIN to pin32 4 24 2002 Mirror L69 L71 L73 L75 for easy layout 4 24 2002 Change CRT_IN pull up voltage from 3VS to 3V at location R233 4 24 2002 Add 100 capacitors for 2 5V DDR at location C667 C671 4 24 2002 Change PCI 1 pull up resistor from RP37 to R542 4 24 2002 Change R334 from 4 7K to NA 4 24 2002 Delete R326 and change the connect pin of MPCIACT from 515962 pine 5 to T8 4 24 2002 Delete R325 and change the connect pin of SPK OFF from SIS962 pine C4 to U4 4 24 2002 Change 5 AGP_BUSY vpull up voltage from 3VS to 1 5VS 4 25 2002
85. 100K PR588 m PU509 5148000 0603 Lawsa 4 1K 0603 1 PR56 J44 0 pasas 0603 swig 1 SOT23 FET lt ivi 2 p emi I 4 p 22 49 24 29 PWR ON s 2 7002 J _ PC584 PC553 1 24 100 0 1U SOT23 FET PC88 PC81 010 D PU511 1000P NA 1206 0603 PR582 4 7U 0 1U 9603 0280805 POSSE 054 0603 PR40 e g 1 2 PC80 1206 0603 50 8 7 266555 1 LL 552 0 022U lt 16V 50V Bails 4 252 2200 220U 010 0603 1000P 77 25V 7343 7343 0603 100 0603 PR585 10 2 5V 25 e 50V 1210 E 11K 111 777 5 of 20 20 d 10 0603 1 INTVCC1 eee PC583 4 SENSE3 i 554 T 55 1000 PR580 PR552 1000P NA SI4800DY 1 WE 0603 22 PR5810 0 10K 0603 777 1 28 1 0603 0608 q PR587 2 7K 0603 SENSH34 5 RUN SS1 PGOOD 5 PD518 1 0 ___5 5 SENSET Te lt BAW56 lt lt 3 SENSE1 swi 26 STT B 0603 PC586 0 010 ilL 5 VOSENSE soost 28 2 LLU Du FREQSET 2 4 6 STBYMD Bai 28 1 poss 4 FCB PR584 15K 1 ww Tit m ANCE 7 T 0603 4 Hr o 1 3 AC 87 220P 10 SOND PGND M 50 45V 0603 10 19 587 1 12 2 BOOST2 PU 10K E 23 PC31 P20P 13 VOSENSE2 SW 18 0603 1206 77 0603 EN 10U 0 1U 14 SENSE2 TG 15 lt 50V 4 16V
86. 3 u7 100 NA 28 po4 La J eps Ee vel CDROM RIGHT CDROM LEFT 3 0603 24 po 2 83 CDROM RIGHT 3 5V 30 84 R42 4 o ADS 35 E FD3 4 7K FT J502 To Audio Codec VOUT 3V ADS 36 aed m 0603 6 mE 11 2 3 AD7 32 P0 6 82 5 4 IDE RSTK 248 P0 7 88x SDD7 545 6 SDD8 APL1117 R4 P10_MSSP 24 118 5506 117 s 5009 SOT223 SMCD 25 P10 HZ SDD5 919 H0 SDD10 4 0603 Pit FD10 118 11 12 50011 74 06 pi 19 SDD4 Hus es C77 SDCD 10 J D11 SDD3 2 148 14 SDD12 0605 1206 0 1U MSCD P13 FD12 120 15 15 15 16 SDD13 e 50V 4 100 0603 P1 4 FD13 H22 SDD1 12117 18 50014 100 50 16 SDSP 87 pis 014 123 gt SDDO 19 19 G20 20 50015 i 1 6 FD15 24 lt 211 21 Q 22 22 P1 7 445 SDIOW m 23 24 24 SDIOR FH 50 At Ha SIORDY 25 25 26 SDDACK AS 50 1 P2 0 A2 46 lt TROIS 21 1 2 Q28 28 LUE s P2 1 N 2 SDAi 29 20 Ti pa P22 80 SDAO als 32 32 54 223 IORDY 899 SDCST 33 4 o A13 u 00 CD 35 35 536 8 45 8 14 58 spo Z2 5 37 4538 415 j sp1 2 5 p 39 59 40 40 1 t 43V 43V TP1 57 P27 24 e 542 Close to IDE Connector 9 P30 A16 28 4 aaa 530 spa CABLE SEL 45 145 46 46 4 4 4 n
87. 58 1 3VA 1202100 0 1U 10 0 01U 4 7U d 220 CNN 2 777 of SV td a tov of 0009 4 wcr vour 3 t 1 77 4 a AME8800AEEV 66 PC61 SOT25 1U 4 7U NA d 0603 0805 43503 0504 506 lt al 80 20 always 9 Le 8 H3 SHORT SMT4 SENSE OUT 1 1 77 SW 5 iB ERR 24 5 SHUTDN GND M LP2951 02BM 505 7 Pcsas PC534 PC582 Sos ZN 0 10 100 51230105 0 10 90255 68 0603 1206 50V 4 500323 4 50 10 oo Resume Power 4 H3 BATTERY CONNECTOR amp 3V 5V RESUME POWER Rev Document Number 411673400003 01 Date Wednesday August 28 2002 heet 26 of 32 A B D PDF created with FinePrint pdfFactory trial version http www fineprint com 26 LI OVP 24 CHARGING ADIP O ADNE ADINP 20 2 10 ADINP 1 24 ILIMT lt LAA PR557 i 561 0 10U PR558 0603 1206 4 N 10V
88. PCIRST 1 p ISA IRQ14 R790 0 IRQ14 31 U515 R702 RP527 RP526 0 8 0 8 South Bridge IDE PDD 0 15 4 7K DDP 0 15 515692 IDE PDDREQ PDDREQ b IDE PDIOW PDIOW 50 IDE PDDACK PDDACK gt IDE_PDIOR EET PDIOR 50 IDE_PDA0 ene PDAPO 52 IDE PDA1 3 PDAPI sj IDE_PDA2 3 6 PDAP2 3j IDE_PDCS 3 4 IDE_PDCS 1 e m IDE LED w IDE LED To Easy Button Board J16 HARD DRIVE CONNECTOR 116 8640 N B Maintenance 8 8 Hard Drive Test Error Either an error message is shown or the driver motor continues spinning while reading data is from or writing data is to hard drive Hard Driver Test Error Board level Troubleshooting Check if BIOS setup and The system driver for proper installation One of the following parts or signals on the motherboard may be defective use an oscilloscope to check the signals or replace the parts one at a time and test after each replacement PARTS SIGNALS U515 R708 PCIRST IDE PIORDY R791 J16 R790 14 IDE PDD 0 15 RP548 IDE PDDREQ PDIOW RP549 R792 IDE PDDACK IDE PDIOR R168 IDE PDAO IDE PDAI R795 R794 IDE PDA2 IDE_PDCS 3 RP9 IDE_PDCS 1 DDP 0 15 PDDREQ PDIOW Replace Motherboard PDDACK PDIOR PDAPO PDAPI PDAP2 CS3P CSIP 117 8640 N B
89. Rev 00 Date _ Friday June 28 2002 Bheet 1 1 PDF created with FinePrint pdfFactory trial version http www fineprint com PLACE CLOSE TO CDROM CONNECTOR pee x 43V 43V ET W S 16 12 12 16 mils 9 53 0 q ADO 1 AA 2 0603 CDROM R91 P0 0 Lat CBROM LERT CDROM COMM
90. bumaskquwmacwesew Beze svooo bucraswmme _______ serwo R O conoouuannceraeiceare wana wawawata oerte komme _ COVER ASSY LCD 14 8640L TONGFAN COVER ASSY LCD 14 8640M 141 8640 N B Maintenance 9 Spare Part List 5 Part Number Deseripon I Location S 481673440001 481673420001 45673400010 45673400009 345673450001 451673430006 40671600019 40671600017 40673400030 40673440013 40673440016 340673440001 340673440012 451673430001 451673450001 o 451673440001 451673420001 283450083001 286303716001 284500302001 284500650003 286362003001 273000135101 346673400005 531020237486 GASKET HANNSTARLLCD 15 BOTTOM GASKET HANNSTARLCD 15 TOP 15 1 MEE ______ UC TT 022 HOUSINGASSY HANNSTARLOD 196 Housa assy ____ pomwowsyewTERYAQM posweemep T pomwokmaen _______ HousNcKmrsgiom LJ Kmwsmxnormsvisenpakp Part Number Description Location S 531020237566 IKBD 88 ULK010718Q1 8640 BLACK 31020237577 51673450004 LABEL KIT 8640L TONGFANG N B 8640D
91. fao ajo d UI UI ITEM PART DESCRIPTION TYPE REMARK 421673400001 WIRE ASSY LCD QD1 14 8640S ASSEMBLY meses cover 1 assem a vre memassez smememowrsezosmemors mer esras 1 wr 7 ssemwmo wmtucurwmasm e mer e sss rvcrnownicnasios eme s smemees vcsstwser mem e jme p ems mer Hu sese Jaf we af 1s eeemes 3700200256 sc smtwsmesoensmau mer ar uum rans ee pa 2 2 SCALE 0 300 DRAWING NAME LCD ASSY jQD1XGA 14 1 CAIMAN DRAWN DESIGNED CHECKED APPROVED MATERIAL ap 441674600002 lt MiTAC International Corp D E SHEET 1 DF 1 _
92. p 6267343001 416267341002 526261343019 526261341025 526261344014 526261342017 561567340013 561567340001 561567340015 DANLNVDIACAMAN LowswmAwwTARXGNMI assrannsrarxcaistseog ___ y ________ DowekmmewsARXGAI RAD LcowekmmawTARXGAI powekmopxokerspw manas Levnsoisopxi Breras vosa rmomocx LrPEHANTARXGAU SGAM DrPEHANTARXOAU _ breegnxcaerae LT PF QDI XGA 14 1 8640G main DrexswwmsowxwsoeniGw MANDALKTENSADMLNS MANUAL KInENSoOGPNB MANUAL 461673440005 PACKING KIT N B 5 IN 1 8640M 461673430001 KIT N B 8640D 461673440003 KIT N B BAG 8640M 147 8640 N B Maintenance 9 Spare Part List 11 Number Description 411673420004 411673420006 411673420005 411673400014 411673400004 332810000034 332810000043 27 27 27 27 27 27 27 27 07 07 07 07 07 07 07 62 122102 152302 113001 222302 224301 499211 631101 824301 565167340001 565167000013 340673400012 561860000022 297004010001 340673400010 345673400005 345673400004 288200302001 328202003001 PWAPWARGOPMOTHERBDGERICOM PWA PWA 8640P MOTHER BD SMT GERI PWA PWA 8640P MOTHER BDU GE
93. 0 10 0603 0603 0603 0603 0603 S 500 777 VDDQ 9 1 1 21 C761 L 771 C765 734 C192 0 1U 010 0 10 0 10 0 10 100 0603 0603 0603 0603 0603 1206 M 50V 50V 9 50V y 3VS 7 cio C726 7 1 50V 9 50V 1 10V C744 100 1U 010 0 10 1206 0603 0603 0603 10V 50V 50V 77 9 C752 C723 0 1U 0 1U 0603 0603 MN 50V 3 50V 6747 _ 6727 0 10 0 10 0 10 10 0603 0603 0603 0603 50V 50V 50V 47 1 8VS 1 7 5 1 l 1 0 1U 0 1U 0 1U 0 1U 0603 0603 0603 0603 lt 50 50V 9 50V 9 50V 777 C708 0 1U 0603 50V C762 0 1U 0603 1 50V MiTAC 22 Title 8640 Rev Document Custof lt gt 01 Date _ Wednesday August 28 2002 Bheet 8 PDF created with FinePrint pdfFactory trial version http www fineprint com SiS302LV CH7019 DVDD 13 14 818MHZ TV 14 318 2 TV MOD XOUT
94. 0063 32 T eq 7 DDR ND13J 3 14 4 1 U vsse VSS23 83 556 vss23 I 1 DDR MD12 4 13 MD12 MD26 65 66 MD30 26 65 66 MD30 7 DDR MD12 DDR MDS DQ26 DQ30 DQ26 DQ30 MD x 5 12 MDI R812 27 67 0028 0030 MD31 MD27 7 5626 5080 Les MD31 2 DDA MDE DDR MDS 6 11 MD8 49 9 4 8 0886 89 9885 vbB23 DDR_MD7 10 MD7 0603 n 7 MD7 oy LH 2 2 7 DDR_MD3 DDR 8 9 421 5234 5 E x CBI CBS ix 029 __RPS33 15 4 7 29 DDR MD29 RP15 1 16 RPXB MD29 Base 1 lt ZZ boss VMs MD19 7 DDR MD28 2 15 028 77 gt 80 lt 30 7 19 3 14 4 811 vDD7 82 4 4 81 vpp7 vob24 2 4 mr 3 7 DDR MD23 DDR MDT 4 1i a 83 CB7 84 83 84 DOMA 7 DDR MD18 DDR DASZ 5 12 DOSZ x RESET DU 86 8 RESET DU 86 lt MD22 7 0052 DDR vsse VSS25 VSS8 VSS25 7 DDR DPR 2 10 18 DDR2 SES bones CK2 vss26 90 1 13 0085 89 vss26 90 1 VDA ASSA 7 DDR MD22 amp 13 DDR2 amp 91 2 VDD25 w 1 1
95. 1 06030 157 AGPRCOMP 1 60 OHM 1 398 7 60 4 1 4188 77 19 M 1 06030 112 OHM 1 ee FOR 645DX FOR SiS651 WITH SiS301LV ONLY re te C NEC CORDE CEN i E a Ee 1 FC_VBD 0 11 9 U FC_VADI0 11 amio afp H veni E 0 11 S AGP ADI8 1 KAA 2 22 VAHSYNC VAHSYNG 9 AGP ADSTBO R525 g 22 4 VAGCLK V AGCLK 9 i 4 AGP_AD22 FC_VBD9 AGP_AD15 FC VAD11 ADi7 R17 22 _ VAVSYNC AGP AD21 n 3 m FC VBD8 2 1 FC VAD10 Law gt VAVSYNC 9 DADO AGP_AD13 el Ta VAD9 AGP AD30 _ 825 1 22 _ VBHSYNC 0603 1800HM T00MHZ AGP ADi2 5 4 1 FC VAD8 AW VBHSYNC 9 10 FA5 AGP AD31 826 22 _ VBVSYNG AGP afl o u E VBD7 1300HM 100MHZ tom pP gt vevswo 9 I AGE ADT zae E VBDS Ea E AGP SBAO 1361 JA 2 22 VB AGP ADSTBORRS2 2 VAGCLK AGGLK 9 AGP_AD3 5 FC VBD4 AGE 1 2 VADO ADSTB1 R5394 2 22 VBGOLK 9 Loses a S 1800HM 100MHZ AGP_AD10 L A 4 VAD4 AGP_ADSTB1 R528 1 22 NA VBGCLK 0603 PAB iy A gt vBGCLK 9 10 AGP AD4 1 FC VBD3 1300 100 2 ACP
96. 1 at location R89 R611 R667 R673 R674 R679 R680 R681 5 2 2002 Change R106 C112 08C501 C706 value to N A 5 2 2002 Change C128 c126 from NA to 10P 5 2 2002 Change X2 value to NA 5 2 2002 Change L11 C554 C557 C556 value to NA 5 2 2002 Change F501value from NA to SMDC110 D503 from NA to EC11FS2 and C501 from NA to 10U 5 2 2002 Change R614 from 147 ohm 5 to 150 ohm 1 5 3 2002 Change R731 from 5 6K ohm to 4 7K ohm 5 3 2002 Change R639 R642 from 56 2 ohm to 56 ohm 5 3 2002 Correct Footprint from 0603D DFS to 0603D at location R761 R736 R740 R742 5 3 2002 Change C853 C872 value from 1000P to 0 10 5 6 2002 Change 877 891 893 value from 0 0150 to 0 1U 5 6 2002 Change the value from 49 9 ohm 1 to 51 ohm 1 at location R611 R645 R648 R650 R653 R663 R667 R670 R673 R674 R679 R680 R681 R89 Change the value from NA to 27P at location C674 C675 5 6 2002 Change the value from NA to 25MHZ at location X505 5 6 2002 Change the value from 0 ohm to NA at location R697 5 8 2002 Change the value from 10K ohm to NA at location RP507 5 9 2002 Change the value from NA to 10K ohm at location R170 5 9 2002 Change the value from 8 2K to NA at location R150 R147 5 9 2002 Change the value from 10K 5 to 10K 1 location R77 R72 5 9 2002 Change the value from NA to 10K at location R174 5 9 2002 Change the value from NA to 0 at location R184 5 9 2002 Change the value from 0 to NA at location R185 5 9 2002 Change th
97. 1 2 C64 C63 C82 1202 100 2 815 0 66 DAC MEL 0 10 0 1U 100 2012 6 67 1 2K 0603 10 060277 0603 0603 1206 JL15 6 FC VBD O 11 EG VBDO DGNDS VSWING of 50 50 lt 25 i 58 Lpco 34 enn TXOUTO 11 12 20 FC VBD3 012 1000 282 p TXOUTO 1142 7 277 4DVDDO 340 1 AA 20 FC VBD4 2 31 ZXOUTI TXOUTI 11 12 EGND 0603 FC VBD5 3 puis 30 TROUT TXOUT1 1112 6 VBGCLK f mE 4 xcLkt LGND4 22 TXOUT2 6 VBGCLK 5 DGND2 Lpc2 28 TXOUT2 11 12 6 XCLK1 LDC2 TXOUT2 11 12 FC VBD6 0116 LVDD4 38 R552 1 EC YED Tet TX 1112 DVDDO AZ F VBDS 0181 LLIC TXOLKe 11 2 R69 LVDD0 1 80 Di 9 23 FC VBD10 22 53 0603 m 3VS C55 C557 C556 VBD11 82 1 874 ann LPLL_VDD 0 1U NA i SiS301LV BO 20 0603 LVDD2 1 2 4 1206 0603 0603 84 19 DVDD2 LVDD2 4 FC VADO 85 2 18 TX2OUTO C55 1 C56 1202 100M EC VADI 0210 Ch rontel Lees E TX2OUTO TX20UT0 11 12 0 1U 010 1004 2012 VAD2 az 0211 LDC4 0603 0603 1206 JL16 0212 LGND2 4 FC 88 C 2 15 2 1 50V 50V 25V VAD4 ag 0213 701 9 LDCS 14 2 1 TX20UT1 11 12 20 FC VAD5 D2 4 LDC5 TX20UT1 11 12 DVDDO 90
98. 10 ACE CLO R709 R799 JL29 PEAGE CLOSE TO 962 JL27 47K 3 10K MIIAVSS d CARD 0603D 0603 19 CARD 1 2 JP JP_NET10 DTC144TKA 0516 R635 JL28 10K q MPCLPMEKC 5 0603 BT501 AREIS CERE MEDS ERES 24 PSON lt PSON H8 of 2 MiTAC gt Title SIS962 2 3 Document Rev Number 8640 01 Date Wednesday August 28 2002 Bheet 16 of 32 PDF created with FinePrint pdfFactory trial version http www fineprint com 1 2 3 4 5 6 7 8 9 L end 72 C166 ci76 C175 1 17 CLOSE TO 962 10 10 0 1U 0 1U 0 10 PR REC 4 0603 0603 d 0603 0603 50V 50V 50V R715 SBPOR 1 jL USBPO P m EFF o 0 06030 720 21 USBPO USBPO AA _ USBPO
99. 122 C998 MSS IN 7 DDR MD44 DDR MD39 2123 pu2 124 123 pus 124 43251 ___ 14 4 L e 428 12807 1 7 DDR MD39 DDR MD35 8 9 MD35 MD32 127 S910 VSS28 458 MD36 MD32 127 SS10 VSS28 128 MD36 MD48 540 7 MD35 MD33 0036 MD37 MD33 Boss pace MD37 MD49 M3 3123 Mor MD33 191 i30 MD37 DQ33 DQ37 33 37 MD53 7 DDR DDR MD48 RP22 1 115 1g RPXB MD48 VDD10 VDD28 VDD10 VDD28 DDR 049 15 MD49 5054 133 134 DQS4 133 134 MD52 7 DDR MD49 53 3 14 MD53 MD34 DQS4 DM4 MD38 MD34 DQS4 DM4 MD38 MD47 7 DDR MD53 DDR NDEZ 622 oa 188 F pase E186 E 7 DDR MDs2 DDR MD47 2 13 MD47 MD35 VSS11 5529 MD39 MD35 VSS11 vss29 MD39 1 DQS5 MD35 139 40 ____ ____ MD35 _____189 140 ____ _____ 7 DDR MD47 5 2 0035 0039 0035 0039 7 DDR DDR MD43 6 11 MD43 MD40 141 0935 0939 142 MD44 MD40 141 0935 49 MD44 MD42 7 DDR DOSS 0055 10 2955 on v1 14 VDD11 VDD29 0055 DDR MD42 8 9 MD42 MD4i 145 146 MD45 MD41 145 146 MD45 MD61 ___ 541 7 DDR MD42 DOSS DQ41 DQ45 DOMS DOSS DQ41 DQ45 DOMS MD60 z s a poss 148 _ t poss pms 48 9 7 DDR AAE BPS DIS 149 512 vssao 150 149 5512 vss30 180 nz 4 EE ____ 151 152 MD _
100. 2 H8 C32 1 2 1U 10V 0603 R33 1 AA 6 8K 5 CDROM LEFT CDROM LEFT 2 2 14 818MHZ AUDIO AA XTUIN 48 C31 1 2 1U 10V 0603 G4 1 AA 2 68 5 CDROM COMM CBHOM COMM 2 0 p 1522 2 XTLIOUT 0603 16 C834 1 2 50 0603 J R90 0603 1 12 10K NA 1 C29 2 50 0603 R27 R30 R31 VIDEO R 100K 100K 100K x Ci8 1 2 50V 0603 _ 0603 0603 0603 1 1 10V1U 1 2 51 31 15 19 1 2 50 0603 lt a 24576MHZ BPCFG AUX R J C24 7 J 0603 1010 1 2 C53 32 35 AOUT L gt OUT L 4 0603 10V 10 NA C55 HUS giannis AOUT R ER AGND AGND AGND AGND 2 33 36 lt 0603 t FLTI LINE OUT R gt 4 SB_SPKR 0603 50V 1 2 cse 34 13 C20 2 1U 10V 0603 2 SB gt 77 7 7 17 1000 NA FLTO PHONE t DF13 2P 1 25H MONIO Ea c38 2 1U 10V 0603 A MONO OUT MONO OUT 2 J J508 R18 a Noo VES AGND ill 2 4 44 408 ALT ine GUT 38 C39 1 0 10 NA 50V 0603 4 2 O03U NA 507 060 48 tone IOK C52 46 101 ALT LINE OUT 41 c36 1 0 1 NA 50V 0603 77 E 1 2 gt a EAPD 9 C49 1000P 50V 0603 50 777 Sov 0603 S PDIF OUT AFLT1 0603 C50 1 1000 50 0603 AFLT2 1 5 PI B 20mil A VG 29 29 REFFLT D CARDSPK 2 4 1 ilL SPDIFOUT 2 CARDSPK 4 SPDIFOUT C QO QD 2 P ub
101. 2 3 Distance Power HI HI HI MIR FIR 1 3 Distance Power DVMAIN 5VS PCIRST 1 2 5007 a 3008 SDD6 513 4 6 5009 5005 5 6 50010 5004 217 8 10 50011 5003 1119 107 50012 5002 13111 125 50013 5501 18 13 14 50014 5000 17115 16 18 50015 1 17 18 28 SDAZ 5VA SDDREQ 1 3 22 22 SDCS3 KOO SDIOW 2 29 aa 24 24 SIORDY 27125 2628 SDDACK 27 28130 iRQ15 31 52 Re 32 33 34 224 SDCS1 37 39 36 ag 24 CD 32 137 28 24 24 CD_LED lt 32 739 40 444002 74 43 44 16 20 23 AC97_RST r 4545 46 48 SB SPKR 16 17 16 17 20 23 AC97_SDOUT ARD 47 47 48 MODEM 19 23 16 AC97 SDIN AC97 SYNC 4949 80 SPK OFF MODEM SPK20 23 16 20 23 AC97 SYNC 51451 52 52 SPK OFF 16 16 20 23 AC97 BITCLK T8MHZ AUDIO 53 53 54 54 MONO OUT MINI CARDSPKs 23 13 14 818MHZ AUDIO 5555 56 56 COVER SWF MONO OUT 20 USBP5 1 5857 58 58 E DOVER SWF aS 12VS 3VS 3V 45V 17 USBP5 5959 80 17 USBP5 61 61 62 Re 63 63 64 24 65 65 66 86 24 T DATA 671527 68 6969 70 0 HDR MA 1 27MM H9 9 SPEED 777 777 Tite IDE INTERFACE amp PULL UPs ize Document Rev Number 8640 n Date Wednesday August 28 2002 Bheet 18 of 32 PDF created with FinePrint pdfFactory trial version http www fineprint com
102. 2 5 LVDD1 13 _ VAGCLK 91 xCLK2 Loce H2 peo TX2OUT2 11 12 CONDI 149 av 11 6 VAGCLK f VAGCLK DGND1 LDC6 15 TX20UT2 11 12 4LVDDO 1 6 VAGCLK XCLK2 LGND1 FC VAD6 94 2 x FC VAD7 0216 z 1202 100M 35 4 0277 LDC7 S VAD8 96 paja Z 4 57 58 C86 2012 FC VADS 9 112 TX2CLK TX2CLK 1112 010 100 FC VAD10 2219 2 TX2CLK 0603 0603 1206 JL17 D2 10 LL2C TX2CLK 11 12 50V 50V 25V FC VAD11 99 Do 4 i 4 y D2 11 LGNDO j SP RETO 6 _ 0 11 I Dando LPLL_GND 6 7 VAHSYNC LPLLCAP h h 115 avs 1 LGND2 77 6 VAVSYNG LPLL VDD LPLL_VDD 1 2 a 1 E 3VS ag 652 PB C54 C76 1202 100 9 DVDD 100P 0 1U 2012 L9 9 0603 0603 1206 0603 10 50V 25V JL18 lt 50V eeu T 24445455 E rH 4 28838482 E 1202 100 C29 C30 C31 4 47474 4 499949 14x20 JP NET20 5VS 2012 10U 0 1U 0 1U LQFP C44 1 2 507 JL19 1206 0603 d 0603 010 11 0603 E LPLLGND 1 2 25V_of Pe 1 AAA deos gt PCI 7 10 15 nm HPD 77 NZ 4 00 R53 TNA 10A 2 ENPBLT 11 25 0508 6 VADE VB ENAVDD 1112 2 R33 1 0 VB GPIO2 0603 AS 4 R49 1 PCIRST 7 10 15 18 19 22 23 pee R569 12 85671 aN VREF2 T C50 O TU NA T 0 1U NA 9 7 1520 R578 R42 0603 0603 1 1 ee rh DC2 4 __ 8593 1 ANA 2 R594 1 GPIOD 1202 100 0
103. 22L184MHz 225MHz 243M 294912KHz 297 432MHz 585 594 o00Mhz L97GH7 Iz Iz 108 Iz 1 M Iz 1 Iz 8 1 Iz Iz Iz Hz Hz 081 MHz Hz 20N Hz 32 MHz Hz Table23 clock harmonic list 8640 N B Maintenance asm seras sor oa su css 1340644 1609084 500 3 psGtu su or soy 912 soe 184884 zooan 372401 sth ex ron os san rosca nac 2000n 325701 xm asesor sumina eo ssa sso ord 321084 22408 452214 ETT ow oun Sis our st rao norm ora onc 234084 27606 iss soeur sow ss 091K sos so osa cs soc sim onm sem srr sow once 246684 360684 mco 52001 Table23 clock harmonic list 2 Z 0 5 lt T T S S VISES N MHz Hz MHz 288MHz 294 912MHz 343 622MHZ 307 2M 357 95MHz Hz MHz Hz 4 7 300M H 312M 319 488MHz 372 268M Hz 324MHz 331 776MHz 386 586M Hz 336MHz 344 064 400 904M Hz 360M 7 N N
104. 4 i EC10QS03L 2012 4 150U 1500 0 1U Jl Pc520 Td gt 7243 7243 50V PD2 4 4 70 pcs 6 3 6 3V 0608 EC10QS03L 1206 lt E lt FDS7764A 16V y 50V sos di 97 SK 6 470 s 1 0603 0603 196 lt 10 11 5 1500 4 7243 6 6 3V B A MiTAC 22 Title SYSTEM POWER PZe Document Rev Number 411673400003 01 Date Wednesday August 28 2002 29 of 32 5 4 3 2 1 PDF created with FinePrint pdfFactory trial version http www fineprint com BAV70LT1 PD502 o ALWAYS BAV70LT1 ADINP JO513 9 1 2 T OPEN SMT4 1 lt ADINP_1 JO514 9 1 2 SHORT SMT4 4 OPEN SMT4 1 1 gt ADINP 2 PQ503 SHORT SMT4 5148350 PR5 Sos 4 1 DCP3 mM DVMAIN 1 A K AA gt 4 SUMAR EC31QS03L PR2 4 470K 4 4 PR1 0603 L Pcs16 PR51 PR513 A K PC518 L 519 10K 10K 010 1000P 1 4 0603 0805 0805 EC31QS03L 0603 0603 29 M 50 50 E PR508 PQ502 PD6 24 LEARNING LEARNING G s 4 0 SI4835DY PR501 EC31QS03L 47K 100K PQ501 77 77 77 0603 0603 PN7002 60 23 FET PL5021202 100M 2012 777 1 2 4 Ji 2DC S315 X03 PF5
105. 4 0603 _ C251 GND USB USB APX1 4 PIN24 124 ARE AUX POWER SUYIN 9905 R509 2551A 04G5T A 331000004029 HH 5 17 0 4 USBP4 LAVAL P GND USBCONN SYN2551A 4 77 MINI PCI uL poU ME E PLP3216S NA AD21 CHOKE PLP3216S PCI INTD INTC L508 4 4 REQ2 GNT2 05197 40520 17 USBP4 USBPA Lawn 4 P510 GND USB R522 R523 0603 AD22 15 gt 15K NA C511 C510 0603 0603 47P N PCI_INTD INTC 0603 0603 M RO0A RO1 REQ3 GNT3 eee ore Saree Se Tm sse gt 1 X 3VS 2 7 518 9 GND USB 4 2 7 7 4 i C818 C814 C808 C835 Gabe 12VS C901 C256 22U 0 10 0 10 0 10 lt ilLa Al 0 10 0 10 1210 0603 0603 0603 s 0603 0603 of 10V 50V 4 50V 50V 0 01U of 50V 50V 0608 1 INO P TdT mH OUT1 IN1 3VS NR ERR 4 GND SD saqi i C913 C257 ADP3301AR 5 C259 j 4 4 010 10U 508 ru C250 C249 C247 C177 0603 1206 0603 0 10 0 10 0 10 0 10 50 10 R52 1 0603 0603 0603 0603 Em 330K 0603 50V 50V 50V 50V x ge Title m asf be tnt Size Document nee Number 8640 Date Wednesday August 28 2002 Sheet 28 of 32 1 PDF created with FinePrint pdfFactory trial version http www fineprint com
106. 5 0 1 0 LATCH MODE XA12 19 XRDY ENABLE B 1 1 0 LATCH GPIO 10 17 XRDY ENABLE 8 H vso H 0 1 1 LATCH MODE XA12 19 DISABLE 13 29 1 1 1 LATCH MODE GPIO 10 17 XRDY DISABLE 12 FT BASE ADDRESS SELECT FPC FFC 12P IMM NA R724 INDEX REGISTEBATA REGISTER 15 EI M ILL LUE MOUNTED 4 4 28 020 2 3VS o 3VS t 1 1 1 9 L 751 c153 I c736 778 0 1U 0 1U 0 1U 0 1U R730 10K lt 50V 50V 50V M 50V 0603 06030 06030 06030 06030 0512 77 LPC AD O 3 P_LPD 0 7 16 AD 0 3 00 31 LPD O 7 21 LEGADO 15 Lano gt gt gt PDO INDEX 52 LPC 18 50 P_LPD1 LAD1 PD1 TRKO LPC_AD2 1 48 P LPD2 LPC AD3 AD FPD2 WP 46 LAD3 PD3 RDATA B LPDA PD4 DSKCHG 42 PPD 13 CLK LPC33 lp 8 PD5 MSEN0 44 7 9 10 15 18 19 23 PCIRST IPO PRAM 12 LRESET PD6 DRATEO 43 PIPDT 16 LPC 2 FRAME PD7 MSEN1 42 LPC_DRO 11 H 16 DRQ PIO PNF LPCPD PNF XRDY CLKRUN a 36 P SLCT 15 16 19 23 CLKRUN SERIRQ 1 amp CLKRUN GPIO36 SLCTAVGATE PPE P_SLCT 21 1619 SERIRQ SERIRQ PE WDATA 3 TE PPE 21 19 sMI GPIO35 BUSY_WAIT MTR1 42 P 21 41 P_ACK 21 CLK 80 20 1 4 P SL
107. 515650 IGUI Host Memory Controller integrates a high performance host interface for Intel Pentium 4 processor a high performance 2D 3D Graphic Engine a high performance memory controller an AGP 4X interface and SiS MuTIOL Technology connecting w 515962 MuTIOL Media IO 515650 Host Interface features the AGTL amp AGTL compliant bus driver technology with integrated on die termination to support Intel Pentium 4 processors 515650 provides a 12 level In Order Queue to support maximum outstanding transactions up to 12 It integrated a high performance 2D 3D Graphic Engine Video Accelerator and Advanced Hardware Acceleration MPEGI MPEGII Video Decoder for the Intel Pentium 4 series based PC systems It also integrates a high performance 2 1GB s DDR266 Memory controller to sustain the bandwidth demand from the integrated GUI or external AGP master host processor as well as the multi I O masters In addition to integrated GUI 515650 also can support external slot with 1X 2X AX capability and Fast Write Transactions A high bandwidth and mature SiS MuTIOL technology is incorporated to connect 515650 and 515962 Mu TIOL Media I O together 515 Mu TIOL technology is developed into three layers the Multi threaded I O Link Layer delivering 1 2GB bandwidth to connect embedded DMA Master devices and external PCI masters to interface to Multi threaded I O Link layer the Multi threaded I O Link Encoder Decoder in 515961 to transfer data w
108. 5527 Nowe 05012 EE c 552 USBREFAVDD 5 E P19 27 USBVSS R747 VSSZ9 28 18 5 5 USBPS 4 t L USBPS P 21 1394 CTL1 211 Nco nego Rii _1894_CTLO__ 1394 cTLo 21 NA ac 21 1394 DO p nci S i Law 06030 1394 0603 21 1394 01 1394 D2 12 NC2 Nca2 12 77 R748 redes 1394 D5 Ata 033 OUTO ed 18 USBPS USBPS 1 A AA 2 5 21 1394 D3 154 212 Ncs PALO ET E11 3V 0 06030 21 5 1394 1394 D4 NC6 NC36 OSC25MHO 16 2 4 21 1394 D4 7 NC37 774 C777 21 1894 D6 I D7 813 ncs 10 1394 USB 5 0603 21 1394 D7 C13 NC9 Htx R125 1 4 4 A 2 10K X 5 45 516901 R158 A A A 2 10K USB 0 2 BGA335 36 7 171 UE REPE NET CR ne ree in ee ak i Hardware Strap e op n e um eer c emo yer aay 4 RI69 1 2 10KNA 097 SDOUT 97 SDOUT 16 18 20 23 s E E 8774 4 A A 2 10KNA 88 SPKR 723 X USBPVDD gt 1 72 4 USBREFAVDD 1 wre 4 FOR USB 2 0 USED R134 1 2 10 X USB 2 1202 100M 0603 enn 4 8126 1 2 1 088 OC 5 4 4 4 4 722 729 L 4114 740 C739 L C120 OSNND 777 0 010 0 10 T gt 100 0 010 0 10 T 100
109. 62 5 66 67 80 66 67 62 5 71 43 66 67 66 67 63 33 63 33 50 70 67 3 72 67 3 74 7 66 7 66 7 66 7 80 50 83 3 80 100 100 67 67 67 67 60 63 67 67 67 63 83 67 67 63 63 50 70 67 72 67 75 67 67 67 67 0 63 67 67 67 FSB400 DDR266 FSB400 DDR333 FSB400 DDR266 FSB533 DDR333 101 8 3 No Display From Clock Gen SDRAMCLK 8640 N B Maintenance DDR SDRAM Clock Check 3 42 5 DDR L534 R804 22 OUT 3 12 23 20 4DDRVREF 2 DDRO R776 1 CLK_DDRO R775 U9 R777 3 CLK DDRi R778 FWDSPCLKO 13 CLK_DDR2 R779 North Bridge U518 14 CLK_DDR2 R780 SIS651 CLOCK BUFFER DDRVREF U526 SMBCLK Ty 1 893722 16 CLK_DDR3 R806 24 CLK_DDR4 R803 South bridge 25 CLK_DDR4 R802 26 CLK_DDRS R801 SMBDATA 27 5 800 515961 2 102 8 3 No Display 5VA 0517 8640 N B Maintenance ADM809 3 2 GND 1 PWR BUTTONB D SW6 B 23 2 0519 Controller R758 Power L PWRON PWRON 4 H8 F3437 Module i LTC3707 C80 enia e enh nd ts d 68 2 R768 IM 3 508 16MHZ C806 C807 68 System Reset Check i H8
110. 650 in page 7 4 15 2002 Change net of DDR thermination resistors at loctation RP12 RP14 RP16 RP18 RP20 RP22 RP24 RP26 RP28 RP30 RP32 RP34 RP36 for easy layout 4 15 2002 Change resistors value from 10K to NA for MAP17 default 2M X 32 DDR SDRAM support at loctation R187 R191 R192 R194 4 12 2002 Change resistors value from 5 to 1 at loctation R172 4 15 2002 Correct the LVDS signals of channel 2 page 11 4 15 2002 Change LAN PHY from ICS1839 to ICS 1839AF 4 16 2002 Change net H8 PWROK from H8 pin A4 to P51 for Jimmy request 4 16 2002 Update TO B connector from 50 pin to 70 pin at location PJ1 4 16 2002 Update Quick Key board connector from 10 pin to 20 pin at location J22 4 16 2002 Add THERM_ADM net from ADM1032 to H8 add R533 R532 029 4 16 2002 Add NET of WIRE LED4 from MINI to 922 4 16 2002 Change CRT DDA CRT DDCK pull up voltage from 5VS to 3VS 4 16 2002 Change capacitors value from 100P to 22P at location C483 C486 C487 C494 C503 for USB 4 16 2002 Disconnect USB 5 to R359 pull up to 3V and delete unuse parts of R361 R362 for USB5 pair pull low 15K 4 16 2002 Correct the signals name from AD 0 31 to PCI 0 31 4 16 2002 Delete unuse parts of Q18 R482 4 16 2002 Add AC Link signals in Mini PCI For MDC 4 16 2002 Connector MINI PCI 21 to PCI pin22 to PCI GNT3f pin43 to IDSEL AD22 121 to RI for costumer request Mirror chock at loc
111. 8V M ZSTB 1 0 Lo Strobe Compliment 1 8V M ZAD 15 0 VO Address Data pins 1 8V M ZVRE 1 Megaband I O Connect I O reference voltage ZCMP N I M N MOS Compensation Input ZCMP P I M P MOS Compensation input General Purpose I O Signal Name Pin Attr Signal Description GPIO 6 0 GPIO 3 3V 5V M Can be a general purpose input or output GPIO14 12 7 GPIO 3 3V 5V AUX Can be a general purpose input or output GPIO13 3 3V 5V AUX be a general purpose output GPIO 18 15 3 3V 5V AUX Can be a general purpose output GPIO 20 19 GPIO 3 3V 5V AUX be a general purpose input or output Name Pin Attr Signal Description FERR I Floating Point Error 1 1V 2 65V M CPU will assert this signal upon a floating point error occurring IGNNE OD Ignore Numeric Error 1 1V 2 65V M__ IGNNE is asserted to inform CPU to ignore a numeric error NMI OD Non Maskable Interrupt 1 1V 2 65V M rising edge on NMI will trigger a non maskable interrupt to CPU INTR OD Interrupt Request 1 1V 2 65V M High level voltage of this signal conveys to CPU that there is outstanding interrupt s needed to be serviced APICD 1 0 VOD APIC Data 1 1V 2 65V M These two signals are used to send and receive APIC data CPUSLP OD CPU Sleep CPUSTP 1 1V 2 65V M The CPUSLP can be used to force CPU enter the Sleep state CPU Clock STOP For Intel Mobile processor this signal can be used to
112. AA 95 KBCS 1206 8759 KOTT C i 10K NA 1 4015 12 64 P23 A11 ontroller P83 IOR CU IOR 1522 Cover Switch 0603 2 1 od 83 24 12 P84 IRQ2 TXD1 I 1522 170617 14 KO13 62 98 H8_MOCS JOi8 P25 A13 PB5 IRQ4 RXD1 C Sianal i Low 1 019 5 9 T KOi5 EA P26 A14 P86 IRQ5 SCK1 S H8 SUSC gne SIS PWRBTN 2 1 2620 550 82 P27 A15 2 5 2 25 p lt IH8_susc 16 1 sis gt sis PWRBTNI 16 P30 HDBO DO P91 IRQ1 EIOW 1 JO21 Lom 18 P31 HDB1 D1 P92 IRQ0 23 POWERBTNE e 1 2 PWRSW LID Normal Suspend 22 THEM P32 HDB2 D2 P93 RD 1 2023 O P94 WR SW y gt SW_ 5VA 26 6405 ond L21 o Lig H8 SISPWRBTN 2 P34 HDB4 D4 P95 AS 1 J025 Hez P35 HDB5 D5 P96 0 50 0603 23 ______ J 1 2026 P36 HDB6 D6 P97 WAIT SDA 16 5 e MODEO 8 P37 HDB7 D7 MD0 H8 MODET H8 SISPWRBTN 80 lt WAKE PA0 TMCIO X SS FOERMNBABIST 1522 500 7 H8 SMW gt H PA1 TMOO PBO XDBO LED DATA LED_CLK 12 r IR 19 6903 24 E amp T H amp SCI gt H P42 TMRIO PB1 XDB1 90 SPD 1 LED DATA 12 H8 567 RGT PB2 XDB2 4 EANT SPD ____8 1 _____53 x 15 22 IRQ1 RAIZ P44 TMO1 HIRQ1 PB3 XDB3 28 43V 15 22 IRQ12 5 I 58 PAS TMRIT HIRQ1 PBA XDB4 69 kM DATA CHARGING 27
113. BE 433 1 77 ITA USBVss Title SIS962 3 3 Size Document Rev Number 8640 01 Date Wednesday August 28 2002 Bheet 17 of 382 1 2 3 4 5 6 7 8 PDF created with FinePrint pdfFactory trial version http www fineprint com 15 IDE PDDREQ 15 IDE PIORDY 15 IDE IRQ14 CHANGE TO 0 ohm IDE INTERFACE 15 IDE 15 IDE PDIOR amp 15 IDE 15 PDAO 15 PDA 15 IDE PDA2 15 IDE PDCS3 15 IDE PDCS1 IDE PDDIO 15 IDE SIORDY 15 IDE SDDREQ 15 IDE IRQ15 15 IDE_SDDACK 15 IDE SDIOR amp 15 IDE_SDIOW 15 IDE SDAO 15 IDE_SDA1 15 IDE SDA2 15 IDE SDCS3 15 IDE SDCS1 15 IDE SDDY O 15 IDE PDDREQ R792 1 0 0603 PDDREQ IDE PIORDY R791 1 0 0603 PIORDY DE H780 T 0 0603 18074 IDE R795 1 2 0 0603 PDDACK IDE R168 4 0 0603 PDIOR IDE PDIOWs R796 1 0 0608 PDIOWF ID PDA 1 V V 04 PA IDE 2 Z 1206 PDAT IDE PDA2 3 amp IDE_PDCS3 4 5 PDCS3 IDE PDCS1 R7941 2 0 0603 PDCS1T 15 RPX8 RP5271 1608 PDD4 15 PDDS 3 14 PDD10 4 13 PDD3 5 12 PDD5 6 11 PDD6 7 10 PDD8 8 9 PDD7 1 16 PDD15 2 15 PDDI 3 14 PDDi3 4 13 PDDO 5 12 6 11 PDDi2 7 10 PDD2 8 9 PDD1i 5260 8 RPX8 R793 10K 0603
114. Both of these signals must be software configured via BIOS programming of the APIC register space to be used either as NMI INTR or LINT 1 0 Because the APIC is enabled default after Reset operation of these pins as LINT 1 0 is the default configuration Name Type Description LOCK Input Output indicates to the system that a transaction must occur atomically This signal must connect the appropriate pins of all processor system bus agents For a locked sequence of transactions LOCK is asserted from the beginning of the first transaction to the end of the last transaction When the priority agent asserts BPRI to arbitrate for ownership of the processor system bus it will wait until it observes LOCK deasserted This enables symmetric agents to retain ownership of the processor system bus throughout the bus locked operation and ensure the atomicity of lock PWRGOOD Input PWRGOOD Power Good is a processor input The processor requires this signal to be a clean indication that the clocks and power supplies are stable and within their specifications Clean implies that the signal will remain low capable of sinking leakage current without glitches from the time that the power supplies are turned on until they come within specification The signal must then transition monotonically to a high state Figure 11 illustrates the relationship of PWRGOOD to the RESET signal PWRGOOD can be driven
115. DDR MD29 2015 MD28 SMD49 CS3 DDR_CS3 14 VELO DACAVSs 212 DACAVS VDDZCMP ____ 5 DDH MD30 AD13 MD29 SMD48 CS4 1 517 2 5 DDR VDDZCMP DAC VDDS MD30 SDQM3 CS5 TP518 ee pH ZCMP N DACAVDD2 48 DDR MD31 AF13 RP8 ZCMP P 2 Ci4 DACAVSS2 DDR AH13 MD31 SDQM2 470 4 VSSZCMP ZCMP_P DACAVSS2 14 0 7 DQM3 SMD16 See YS vSszcMP DDR 0053 1206 B15 _ DCLKAVDD 0 ZiXAVDD wt 15 DCLKAVSS DDR MD32 AD10 2 500 5 2 ZIXAVDD Z1XAVDD DCLKAVSS DGLKAVSS DDR_MD33 T ZIXAVSS W2 u DDHIMDSA MD33 SDQM4 CKE1 114 Z1XAVSS M EGLRAVDD MD34 SMD47 CKE2 4 CKE2 14 st Ecucavpp 14 e eee DDR MD35 3 ZAXAVDD v2 333 ECLKAVSS MD35 SMD45 M9 _4 14 ZAXAVDD 990 a amp Gi 55 DDR MD36 10 ZAXAVSS Vi Tro DDR MD37 AF10 MD36 SDQM1 4 5 1 TP521 ZAXAVSS 5 5 5 d EL DDR MD3S MD37 SDQMO CKES SAUXSW TP519 eee n B MD38 SMD46 S3AUXSW gt S3AUXSW 16 24 DDR DONA MD39 SMD14 qd 288 5 515650 ADS DQM4 SMD15 BGA540_77_85 DDR 0054 AJ9 SDRAMCLK Mog 248 DOS4 CSB4 c SDRAMCLK 13 DDR MD41 MD40 SMD13 R72 2 PCIRST DDR MD42 AES MD41 5MD43 FWDSDCLKO ADI R728 A A A 2 28 FWDS
116. Initialize Video Adapter Initialize Video 6845 Regs Initialize Color Adapter Initialize Monochrome Adapter Test 8237A Page Registers Test Keyboard Test Keyboard Controller Check If CMOS Ram Valid Test Battery Fail amp CMOS X SUM Test DMA Controller Initialize 8237A Controller Initialize Int Vectors RAM Quick Sizing Protected mode entered safely RAM Test Completed Protected mode exit successful Setup Shadow Going to Initialize Video Search For Monochrome Adapter Search For Color Adapter Signal Messages Displayed Special Into of Keyboard Controller Test If Keyboard Present Test Keyboard Interrupt 92 8640 N B Maintenance 7 3 Error Codes Following is a list of error codes in sequent display on the PIO debug board System Soft BIOS Code Description 33 Test Keyboard Command Byte 34 TEST Blank and Count All RAM 35 Protected mode entered safely 36 RAM Test Complete 37 Protected mode exit successful 38 Update Output Port 39 Setup Cache Controller 3A Test If 18 2Hz Periodic Working 3B Test for RTC ticking 3C Initialize the Hardware Vectors 3D Search and Init the Mouse 3E Update NumLock Status 3F Special init of COMM and LPT ports 40 Configure the COMM and LPT ports 41 Initialize the floppies 42 Initialize the Hard Disk 43 Initialize option ROMs 44 OEM s init of power management 45 Update NumLock Status 46 Test For Coprocessor Installed 47 OEM Function Before Boot 48 Dispatch To Op Sys Boot 49 Jump Into Bootstrap Code
117. Interface Name Pin Attr Signal Description RXER I RX Packet Error 3 3V 5V AUX This event is signaled after the last received descriptor in a failed packet reception that has been updated with valid status MICLK2SM PHY 25MHz Clock Input 3 3V 5V AUX This pin provides the 25MHz clock signal input to the built in oscillator MDC O Management Data Clock 3 3V AUX Clock signal with a maximum rate of 2 5MHz used to transfer management data for the external physical unit on the MIIMDIO pin TXDJ 0 3 I Receive Data 3 3V 5V AUX This is a group of 4 data signals aligned on nibble boundaries which are driven synchronous to the RXCLK by the external physical unit TXEN Transmit Data 3 3V AUX This is a group of 4 data signals which are driven synchronous to the TXCLK for transmission to the external physical unit RXD 0 3 I Receive Data 3 3V 5V AUX This is a group of 4 data signals aligned on nibble boundaries which are driven synchronous to the RXCLK by the external physical unit 87 8640 N B Maintenance 5 3 SIS 962 MuTIOL 9 Media I O south bridge Power and Ground Signals General Purpose I O Signal Name Pin Attr Signal Description GPIO 6 0 Io GPIO 3 3V 5V M Can be a general purpose input or output GPIO14 12 7 3 3V 5V AUX Can be a general purpose input or output GPIO13 3 3V 5V AUX be a general purpose output GPIO 18 15
118. JOYAX Spe 255 4105 5H SAIS SA9 15 15 24 IOW SAID 2 XA11 GPIO33 XIOWR MDTX XD6 GPIO06 JOYBBTN0 82 JH 207 ps 96 H 15 15 SA12 SATS XA12 GPIO10 JOYABTN1 RI2 XD7 GPIO07 JOYABTNO D 7 SAM 15 15 SA13 S AT4 80 XA13 GPIO11 JOYBBTN1 DTR2 _BOUT2 MERE 15 SA14 SAIS XA14 GPIO12 JOYAY CTS2 XWR XCNF1 MEME 9 Hee ons 15 SA15 mE 8 XAT5 GPIO13 JOYBY SOUT2 XRD GPIO34 WDO 5 15 G 10 15 SA16 XA16 GPIO14 JOYBX RTS2 XIOWR XCS1 MTR1 DRATE0 MCCS 15 24 4 15 SA17 mE 8 1 XA17 GPIO15 JOYAX SIN2 XIORD GPIO37 IRSL2 DR1 EE ROMCS 7 V EU 15 SAIS 5 XA18 GPIO16 JOYBBTNO DSR2 XCS0 DR1 XDRY GPIO25 ROMCS 24 15 SA19 XA19 DCD2 JOYABTNO GPIO17 43VS R615 20 M 50V 2 5 9 2 10K 282574373004 4 06030 2222 9809 PC87393 735 77 10 284587393002 0603 100_0 5 Mitac 22 Tile SUPER I O Size Document Number 8640 01 Date Wednesday August 28 2002 Sheet 22 o 32 PDF created with FinePrint pdfFactory trial version http www fineprint com
119. Maintenance 8 9 CD ROM Drive Test Error An error message is shown when reading data from CD ROM drive 5VS V R56 38 05 2 CDROM RIGHT R32 68K 2 ALC202 5 CDROM LEFT R33 1 CDROM COMM R34 3 PJA PJ501 PCI N R788 IDE SIORDY 9 gt 27 27 4 R164 IDE IRQIS 0 m 16015 515 R19 RP547 RP20 ATK South Bridge IDE SDD 0 15 0 0 m SDD 0 15 J502 BE IDE SDDREQ RIBJA 0 SDDREQ CD ROM 515692 4 Connector IDE_SDIOW R789 0 2B 23 SDIOW 25 gt IDE_SDDACK Mm b P SDDACK IDE_SDIOR SDIOR 2 IDE_SDAO DASO 5j IDE SDAI1 2 7 33 33 DASI gt IDE_SDA2 3 6 5 DAS2 IDE_SDCS 3 4 5 M CS3S IDE_SDCS 1 R773 0 37 37 CS1S gt R198 IDE LED 37 4 7K 999 To Easy Button Board a m x 118 8640 N B Maintenance 8 9 CD ROM Drive Test Error An error message is shown when reading data from CD ROM drive CD ROM Driver Test Error 1 Try another known good compact disk 2 Check install for correctly Replace the faulty parts 2 Check the CD ROM driver for proper installation Yes Re Test OK No Replace Motherboard Board level Troubleshooting One of the following parts or signals on the motherboard may be defective use an oscilloscope to check the signals or replace
120. Motherboard Replace faulty monitor One of the following parts on the mother board may be defective use an oscilloscope to check the following signal or replace the parts one at a time and test after each replacement Parts Signals U9 FA501 RED U6 R501 GREEN L502 R502 BLUE L503 16 DDDA L504 HSYNC D503 VSYNC F501 DDCK Connect the I O device amp cable Q1 CRT to the M B one at a time to find Q2 out which part is causing the problem 8640 N B Maintenance 8 7 Keyboard K B Touch Pad T P Test Error Error message of keyboard or touch pad failure is shown or any key does not work H8 VDD5 5 DI 4 9 59 1207 100 36 37 87 IRQI 53 p Q 86 IRQ12 54 4 Q 83 IOR 96 gt 17512 ES IOW SD 0 7 93 SA2 93 LPC lt Super IO 5VA R765 R772 0516 10K PC87393 72 6 H8_KBCS gt ISA_ROMCS un 73 11 3 10 8_ ISA_MCCS 74 3384 0519 Controller 8 3437 505 1519 5 2 CONNCTOR FA503 45V MINISDMDCI10 1202 100 1200HM 100MHZ YY KM CLK KM CLK 20 e 1 2 7 e M CLK J15 68 DATE m 6 KM DATE Lj e ss M DATE 4 m 5 M DATE II cpso
121. Nc ABS PET 6547 N14 GND GND PCICBE 3 VD50CLAMP 24 NC VDDFBC 3 14 GND 777 gt lt B25 Nc VDDFBC hom 4 0808 814 GND GND B2 NC VDDFBC AE 4 GND GND 18 66M_AGP PCIRSTS PCICLK Place on solder north gt B28 wc VDDFBC 4 GND GND 7 9 15 18 19 22 23 PCIRST PCIRST vpD33 Et 3 5 MsPsELO XH NC AES vid GND GND VDD33 OREL BL no VDDFBC 4 GND 2 VDD33 C608 S Nc VDDFBC 4 4 4 4 GND GND 6 ee PCIGNT VDD33 0 0220 0 0220 VS C103 wc VDDFBC E24 VERE 6525 you GND GND L AGP 4 615 AGP_REQ PCIREQ VDD33 2700 0603 0603 2700 013 VDDFBC 4700 4700 4700 2700 4 GND GND 92 VDD33 al M 25V 25V 014 Nc vppFBc 4 4 GND GND 10 10 xC15 NC VDDFBC 25 6 4 GND GND A HAMER 4 16 uc VDDFBC 5 GND 6 15 AGP_FRAME gt PCIFRAME AGP CAL PD AH18 ET id c 017 Nc VDDFBC 115 1 GND GND 2 615 AGP_IRDY lt _ gt PCIIRDY AGP caL pu 7 on solder sou 018 Ne Y GND GND 1 6 15 AGP_TRDY lt PCITRDY 019 GND cs cse C528 0594 5 N gt 6 15 AGP DEVSEL amp Q gt PCIDEVSEL Lo AH18 ppp xG GND AB 0 022U 0 022U 0 022U 0 022U 0 022U P15 GND GND 124 6 15 16 AGP_STOP PCISTOP AGP MB xG22 NC GND 0603 0603 0603 0603 0603 15 GND GND H24 615 AGP PAR PCIPAR 023
122. Nc GND M 25V lt M 25V lt 25V 25V GND GND 2624 GND 10 10 10 10 10 GND GND PCI INTAY AK 2025 nic E2 4 4 ME GND 024 7 9 15 PCI INTA ACP 11 PCIINTA GND 026 GND GND GND 2825 615 RBF AGP WERF AGPRBF GND 27 GND 15 GND GND AD24 6 15 AGE PIPER AGPWBF GND 28 NC GND AA15 GND GND PIPER __ 18 16 615 AGP PIPE AGB SIO AGPPIPE 029 GND GND GND 6 AGP STO AGPSTO GND A 03 Nc GND 118 GND GND 6 AGP ST1 AGPST1 GND 030 GND GND 6 AGP ST2 AGPST2 GND 21 wc GND N16 GND GND 00 uc GND 216 GND 226 6 15 ADSTB1 in AGPADSTB1 GND xD12 uc GND 16 GND GND 6 15 1 lt AGP ADSTBO AGPADSTBI GND 015 uc GND 8 GND 92 6 15 ADSTBO AGE ADS BOF AGPADSTBO GND 016 GND 8 GND GND 126 6 15 ADSTBOAC 28 AGPADSTBO GND D18 GND GND GND GND xD19 6 6 AHS AGPSBA0 GND 02 uc GND 18 GND 028 220K AGPSBA1 GND 21 NC GND 18 GND GND 26 n eH FaR E ew 6 AGPSBA4 GND 2030 GND AGPSBAS LES Nc 29 lt MEME S 17 GND GND 26 4 AGPSBAG 813 NC 120 TONA 112 GND GND R591 AGPSBA7 SEIE Ne Lus S A A 2 0603 FBACLK1 N17 GND B29 MSPSEL1 10
123. PC75 PC572 1206 0603 SENSE2 RUN SS2 0603 100 La e M 5 PU513 lt 50 0603 1812 PQ2 SI LTC3707 F 25V 4 589 QSOP28 77 5148920 20 5 4 11 5 5 lt G 508 SOT23N PR18 TG2 5 411 9 09K 0603 1 1000P 5 2 5V_DDR 0604 d 9 PU501 T m 0606 02 48000 77 7 590 lt 50 PLS ri 0 022U 1 SW2 5 P2 ROREM 1 AR 2 lt 4 Bey N E OVDD 2 5 10 PU21 4 7UH 0 008 a FDS6680S 2512 7 1 i Sos 1 PC573 1000P NA 44 0603 0603 7 565 5 1 4 100 44 P 1206 J 5 504 506 6 0603 1000P 10U 0 1U BG2 5 1 0603 1206 0603 566 PC71 PC568 y N lt 2200 2200 P AN 7343 7343 0603 4V 4 50 J J e PR574 PC576 A 10K 1000 77 0603 0603 1 lt 581 4 1 4 gt e 4 4 SHORT SMT4 MITAC NA FB2 5V Title DC TO DC LTC3707 PZe Document Rev Number 411673400003 01 Date __25 o 32 PDF created with FinePrint pdfFactory trial version http www fineprint com
124. R586 R604 071204101 200 1 16W 1 0603 5 071203302 20 1 16W 5 0603 5 R14 R45 R46 R49 R50 R52 R53 071215211 RES21 5K 1 16W 196 0603 SMT PR571 R693 166 8640 N B Maintenance 9 Spare Part List 30 Part Number 271071224301 211071237311 RES237K 1 L6W 1 0603 5 271071267211 _ RES 26 7K 1 L6W 1 0603 5 271071270301 RES27 1 16 5 0603 SMT 2107127431 271071294311 RES294K 1 16W 1 0603 SMT 27107205101 271071301211 _ RES 30 1K 1 L6W 1 0603 5 271071301011 RES301 1 16W 1 0603 SMT R88 271071301311 RES 301K 1 16W 1 0603 5 271071330302 RES33 1 16W 5 0603 SMT 211071333101 RES 33K 1 16W 1 0603 SMT 211071374211 RES 37 4K 1 L6W 1 0603 5 271071390302 RES39 1 16W 5 0603 SMT 771002472301 20 47210 mona morain monas 271071411102 RES 412 1 16W 1 0603 5 monat monismo 271071474301 monanson 21071473101 Part Number Description Location S 271071473301 547 1 16W 5 0603 5 RES49 9K 1 16W 1 0603 5 271071518301 RESS 1 1 16W 5 0603 SMT RES 5 1M 1 8W 5 0805 SMT PRC RES S 6K 1 16W 5 0603 5 271071510101 RESS1_ 1 16W 1 0603 SMT 211071560301 RESS6 1 16W 5 0603 SMT 271071563101 RESSGK 1 16W 1 0603 SMT 271071563302 RESS6K L 16W 56 0603 SMT PR503 PR560 R13 R187 R22 R56 7 271071487211 RES 48 7K 1 16W 1 0603 SMT R7 PR536 PR51 R108 R59 R611 R619
125. R645 R648 R140 R142 R625 R626 R639 R640 PR536 PR1 R201 271071604111 6 04 1 16 1 0603 SMT R80 271071604811 60 4 1 16W 1 0603 SMT 271071620102 62 1 16 1 0603 SMT T 271071631101 5 63 4 1 16 1 0603 SMT 271071681101 680 1 16W 1 0603 5 R156 R550 R551 R557 R559 R576 R668 R606 271071683101 68 1 16W 1 0603 5 271071750101 75 1 16W 1 0603 5 271071750311 5 750 1 16 1 0603 SMT 271071909011 5 909 1 16W 1 0603 5 271611000301 0 4 8P 1 16W 5 0612 SMT 271571000301 RP 0 8 16 1 16W 5 1606 5 R12 271071698311 698 1 16W 1 0603 SMT R509 R5 L R512 R5 13 R5 14 R585 R69 PR10 PR556 271071887211 5 88 7 1 16 1 0603 SMT R6 271071909101 5 9 09 1 16 1 0603 5 R18 PR553 R14 RP502 RP503 RP504 RP506 RP52 7 RP18 RP19 RP524 RP525 R 271571100301 RP 10 8 16P 1 16 5 1606 5 RP12 RP13 RP14 RP15 RP16 RP 167 8640 N B Maintenance 9 Spare Part List 31 Number Description 211611102301 771621102302 271611330301 RP 33 4 1 16W 5 0612 5 27157133030 771611472301 771621472303 271621471301 771601473301 271611750301 RP 75 4 1 16W 5 0612 5 771611822301 271621822302 _ RP 8 2K 8 10P 1 32W 5 1206 5 771621824301 3550340050 RUBBERSMMROUNDRUS 3561300003 ROBERDOWNLCDRAUS
126. Remove six screws to separate the hard disk drive from the metal shield Figure 2 11 Figure 2 10 Remove HDD module Figure 2 11 Disassemble the hard disk Reassembly 1 To install the hard disk drive place it in the bracket and secure with six screws 2 Slide the HDD module into the compartment and secure with one screw 51 8640 N B Maintenance 2 2 5 CD DVD ROM Drive Disassembly 1 Carefully put the notebook upside down Remove the battery pack See section 2 2 1 Disassembly 2 Remove Three screw fastening the CD DVD ROM drive Figure 2 12 3 Insert a small rod such as a straightened paper clip into CD DVD ROM drive s manual eject hole and push firmly to release the tray Then gently pull out the CD DVD ROM drive by holding the tray that pops out Figure 2 13 Tee 1 OW i _ 5 aW T WN x 1 4 E E Figure 2 12 Remove three screw Figure 2 13 Remove the CD DVD ROM drive Reassembly 1 Push the CD DVD ROM drive into the compartment and secure with three screws 2 Replace the battery pack See section 2 2 1 Reassembly 52 8640 N B Maintenance 2 2 6 SO DIMM Disassembly Carefully put the notebook upside down Remove the battery pack See section 2 2 1 Disassembly 2 Remove the keyboard cover and keyboard See section 2 2 2 Disassembly 3 Full the retaining clips outwards and remove
127. SISPWRBTN 5 SIS_PWRBTN DTC 5V R225 10K 25 H8_SUSC Q502 144WK Q521 0515 South Bridge 3 SIS962 H8 PWROK 5105164 PWROK SHIFT PWROK D6 oRSMRST _AUXOK gt RI35 IK RI28 gt C842 100K 220 CPURST U9 Us SIS650 CPU PWRGD Pentium 4 North bridge P4 CPU PWROK nVIDIA 3VS 17 1 2 179 0 PCIRST R180 0 66 U12 1 Cardbus PCI 14104 IDE RESET 123 05 49 1 gt 97 116 Pn ALC202 Primary Secondary EIDE EIDE 1505 Connector MINI PCI Wireless 0512 Super VO PC87393 103 8640 N B Maintenance 8 3 No Display There is no display on both LCD and monitor after power on although the LCD and monitor is known good No Display Monitor or LCD module Replace monitor or LCD Board level Troubleshooting Make sure that CPU module DIMM memory are installed Properly If 378 Port Have error code Yes According erro Cord to repair Replace Motherboard 1 another known good CPU module DIMM module And BIOS 2 Remove all of I O device HDD Check system clock and reset CD ROM from motherboard BUDE except LCD or monitor 1 Replace faulty part Display 2 Connect the I O dev
128. Support 2 IDE channel Up to Ultra DMA 100 Support dual 85MHz LVDS interface Support up to QXGA 2048 1536 Resolution 4 Easy Start Buttons functions defined by user 1 MPM Button 1 Power Button Support to 10 100 Based T 56Kbps V 90 MDC Modem Pointing Glide PAD with 2 buttons Keyboard Internal Key Matrix Keyboard One 256KB Flash EEPROM Include System BIOS amp VGA BIOS AC 97 Interface Codec Sound Blaster Pro Compatible Built In 2 2W 4ohm speakers and 1 Mono Microphone Bi Directional Parallel Port EPP ECP External VGA Port D SUB 15Pins 4 USB 2 0 Port SPIDF w z Line Out Jack RJ 11 4 Pin port for modem Microphone In Jack RJ 45 Port for LAN VR for Audio Volume Control DC Input Jack Mini IEEE1394 Port 7 Pins S Video Output Port NTSC PAL Battery Connector PS 2 Port FIR Suspend Mode POS 51 Suspend to RAM S3 Suspend to Disk S4 NO SUPPORT WAKE UP ON TIME Indicator Wireless LAN Indicator HDD FDD CD ROM Num Lock Caps Lock Scroll Lock LEDs MPM Indicator 8640 N B Maintenance TABLE 2 8640 Gold 8640D HARDWARE SPECIFICATION mPGA 478 pin socket Support Intel D T Pentium 4 Willamette Northwood amp Celeron in mFC PGA2 package Support FSB 400 533MHz Dual independent displays LCD CRT LCD TV CRT TV Support Motion Compensation and iDCT Support Simultaneous display Embedded 32MB DDR Two 200Pin 20
129. THERM_ADM S THERM 24 i 2 ADMTOSS R94 must be pull hi at DT Because sos the signal was input of TEST_HI12 10K 4 1206 L 77 Reference PLL SUPPLY FILTER CPU SIGNAL TERMINATION PLACE CLOSE TO CPU SOCKET PRECISION FSB COMPENSATION RESISTORS v po RC RR 66 a SEA O O _ 5 MAX MoBILE 1 VCOC CORE 1 CPU END H COMPI A NR E RC 1 0 CORE 1 1 514 0603 2 8557 R645 MI DE 1 R700 R703 4 J 1 R619 DE 1 i 0 0 1 _ 1 0603 t Ini 4 0603 od 1 d R559 R610 2 R585 8577 Q B681 2 8674 2 R680 R679 ort 51 1 0603 1 11 R89 R611 R88 39 75 150 511 511 51 1 514 1 i R647 C640 1 651 1 Lip 51 1 51 1 301 0603 0603 0603 0603 0603 0603 0603 H THRMTRIP 100 iU 220P 220P 0603 0603 0603 62 1 1 1 1 1 1 PROCHOT 0603 0805 0603 0603 a 1 1 0603 4 _ 5 H 1 of 8 5 qie 1 BO We tllo PLACE THESE INSIDE SOCKET pes idees rg per 1528 1 H FERR
130. Troubleshooting Check the following parts for cold solder or one of the following parts on the mother board may be defective use an oscilloscope to check the following signal or replace the parts one at a time and test after each replacement Signals PCI AD 0 31 PCI DEVSEL PCI TRDY PCI STOP PCI INTC GDROM SDA 1394 CLK TPBIN TPAIN PCI CBE 0 3 PCI PCI FRAME PCI 1 PCI GDROM_SCL TPBIP TPAIP TPBIASI 130 8640 N B Maintenance 8 15 Audio Failure No sound from speaker after audio driver is installed C27 12VS 0 01U BY BTB CDROM BD U4 1 8 3 I OUTO INO 1207 100 9 AVDDAD 1 our ON MOTHER BOARD 4 e 4 sp V C25 C22 C35 R24 330K 0 1U 0 1U 0 1U 1 9 25 38 2 V 9o E 1508 JL C40 1056 pjsoi T l in AC97 RESET R39 45 45 V V MIC VREF 2 2K AC97 SDOUT 4 47 5 1505 U5 15 Extend MIC AC97 SDIN 49 49 220 22 8 X 4 South L25 MIC3 AC97_SYINC 5 0 6002 100 MIO 2 Bridge i24 AC97 BITCLK 53 53 R21 22 6 l 4 53 15962 05 C69 L23 220P 600Z 100M
131. active high BRO Input Output BRO drives the BREQO signal in the system and is used by the processor to request the bus During power on configuration this pin is sampled to determine the agent ID 0 This signal does not have on die termination and must be terminated BSEL 1 0 Output The BCLK 1 0 frequency select signals BSEL 1 0 are used to select the processor input clock frequency Table 4 defines the possible combinations of the signals and the frequency associated with each combination The required frequency is determined by the processor chipset and clock synthesizer All agents must operate at the same frequency The Pentium 4 processor in the 478 pin package operates currently at a 400 MHz system bus frequency 100 MHz BCLK 1 0 frequency For more information about these pins including termination recommendations refer to Section 2 9 and the appropriate platformdesign guidelines DBI 3 0 Input Output DBI 3 0 are source synchronous and indicate the polarity of the D 63 0 signals The DBI 3 0 signals are activated when the data on the data bus is inverted The bus agent will invert the data bus signals if more than half the bits within the covered group would change level in the next cycle DBI 3 0 Assignment To Data Bus Bus Signal DBI3 DBI2 DBII DBI0 Data Bus Signals D 63 48 D 47 32 D 31 16 D 15 0 0 Analog
132. bead at location FA1 FA2 FA3 FA4 FA5 FA6 for easy layout 4 9 2002 Creat display ID for auto detect panel 4 10 2002 Change CPURST pullup from 51ohm NA to 51ohm at location R28 that the signal don t have on die termination and must be terminated on the system board 4 10 2002 7 Change R44 value from 200 ohm to NA 4 11 2002 8 Change net name AGPVREF to AGP VREF connect to MAP17 pin AC30 for AGP 4X mode 4 11 2002 by Jim 9 Change R43 from 200ohm to 301ohm and chang R45 from 301ohm to 200ohm for 0 4 VDDQ at AGP 2X mode 4 11 2002 10 11 Change R200 and R203 from 10K to NA tor set default NTSC 17 TVMODE 4 12 2002 Change R220 and R222 from 10K to NA for MAP17 default parallel ROM type 4 12 2002 Change R209 from 10K to NA to enable AGP faster write 4 12 2002 Change R212 R213 R215 R218 from 10K to NA to enable the default device of MAP17 4 12 2002 Mirror 8P4R resistors at location RP58 for easy layout 4 12 2002 Update Hardware Trap table for 515692 in page 17 4 12 2002 Change net from to VDDQ at loctation C161 C162 C163 C164 C165 for add VDDQ bypass 4 12 2002 Change net of DDR damping resistors at loctation RP11 RP13 RP15 RP17 RP19 RP21 RP23 RP25 RP27 RP29 RP31 RP33 RP35 for easy layout 4 12 2002 Change net of pull up resistors at loctation 48 foreasy layout 4 12 2002 Add AGP pull up resistors at loctation R520 R528 and delete RP49 for easy layout 4 12 2002 Update Hardware Trap table for SIS645DX
133. byte interface that transfers data on each core clock As a result the SFF Desktop Pentium 4 processor 1 6 GHz can deliver a data transfer rate of 4 8 GB s This compares to a transfer rate of 16 GB s on the Pentium III processor at 1 GHz Features of the ATC include Non Blocking full speed on die Level 2 cache 256 bit data bus to the level 2 cache Data clocked into and out of the cache every clock cycle Advanced Dynamic Execution The Advanced Dynamic Execution engine is a very deep out of order speculative execution engine that keeps the execution units executing instructions The Pentium 4 processor can also view 126 instructions in flight and handle up to 48 loads and 24 stores in the pipeline It also includes an enhanced branch prediction algorithm that has the net effect of reducing the number of branch mis predictions by about 3396 over the P6 generation processor s branch prediction capability It does this by implementing a 4KB branch target buffer that stores more detail on the history of past branches as well as by implementing a more advanced branch prediction algorithm 8640 N B Maintenance Enhanced Floating Point and Multimedia Unit The Pentium 4 processor expands the floating point registers to a full 128 bit and adds an additional register for data movement which improves performance on both floating point and multimedia applications Internet Streaming SIMD Extensions 2 SSE2 With the introduction
134. cj 16V 16 cj 16V 16V 16 lt 16V 16 cj 16V 16V 4 16V 16V lt 16 16V 16 16 e 16V 5109 1U 1U 1U 10U 10 2100 A U 0 1U 0 1U 0 1U 1206 1206 1206 1206 1206 M 10V lt 06038 06030 4 060301 lt 10V 10V 06030 4 10V f 10V 4 060359 0603D 1 25V l 4 4 2 l 75 1 1 7 1 4 VOTATO a DNE C894 C854 873 C866 cass C874 ca75 1 C856 876 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0603 0603 0603 0603 0603 d 0603 0603 0603 0603 0603 0603 0603 16V 16V 4 16V 16V 16V 16V 16V 9 16V 16V 16V 16V lt 16V Title DDR SO DIMMs 1771 Size Document Rev Number 8640 01 Date _ Wednesday August 28 2002 Bheet 14 of 32 A B c D E PDF created with FinePrint pdfFactory trial version http www fineprint com PCI BUS PULL UP RESISTERS 9 PCI_GNT4 2 PCLGNT0 3 PCI_GNT1 3 PCLGNT2 PCLGNT3 PCLLOCK 1 PCI_DEVSEL 2 PCI 3 PCI SERRE n L amp PCLTRDY 1206 P512 PCI INTAR 1 PCLINTO 2 PC
135. e L510 J s vIDEO 15 33P _ 2 n TV LUMA L8 1 C503 5 C519 e 0P 270P 270P 100P 100P T 100P 8640G Gold 4 4 ev ve 4 V 109 8640 N B Maintenance 8 5 VGA Controller Failure TV No Display There is no display or picture abnormal on TV TV Controller Failure Board level Troubleshooting Confirm TV is good and check the cable are connected properly One of the following parts on the mother board may be defective use an oscilloscope to check the following signal or Displ replace the parts one at a time and test after each replacement Replace faulty cable Parts Signals TV COMP TV CRMA TV LUMA Replace Motherboard 110 8640 N B Maintenance 8 6 8640S Silver VGA Controller Failure Monitor No Display There is no display or picture abnormal on monitor CP502 T 5VS 22p 4 o 501 mircoSMDC110 wv D503 ECIIFS2 RED 1502 1207 100 4 CRT GREEN 1 503 V 1207 100 4 CRT BLUE 1504 120Z 100M 4 3 U9 5VS Cs01 North Bridge 100 15651 501 CRT DDDA s 01 12 CRT HSYNC 257002 zh CRT_DDCK 4771092 257002 VSYNC al p 15 R4 R3 5 22K 22K 43V gt 9 UN
136. inactive at any time but clocks and power must again be stable before a subsequent rising edge of PWRGOOD It must also meet the minimum pulse width specification in Table 16 and be followed by a 1 to 10 ms RESET pulse The PWRGOOD signal must be supplied to the processor it is used to protect internal circuits against voltage sequencing issues It should be driven high throughout boundary scan operation MCERR Input Output MCERR Machine Check Error is asserted to indicate an unrecoverable error without a bus protocol violation It may be driven by all processor system bus agents MCERR assertion conditions are configurable at a system level Assertion options are defined by the following options Enabled or disabled Asserted if configured for internal errors along with IERR Asserted if configured by the request initiator of a bus transaction after it observes an error Asserted by any bus agent when it observes an error in a bus transaction For more details regarding machine check architecture please refer to the A 32 Software Developer s Manual Volume 3 System Programming Guide RESET Input Asserting the signal resets the processor to a known state and invalidates its internal caches without writing back any of their contents For a power on Reset RESET must stay active for at least one millisecond after VCC and BCLK have reached their proper specifications On observing active 5
137. o ADHESIEABSHPCPACKGISscEMIDA AKOSEUBAGRADM axioukeoxseoom y wa assy OOO oo BATTANYOPTONLLILCELAGD pusa Asar ION O OOo Pus BEZELANY QUANTACOMBORGAQM o BEZEL BEZEL assvovo rom 09845 Boxaksis Part Number 340673410004 340673420004 340673400013 342673410001 342673400003 342673400006 342673400009 342673400005 342673400008 421673440001 421015560001 421673400005 272075103403 212073223401 212073104703 272072104402 CAP 1U CR 16V 1096 0603 X7R SM 212003104701 CAP 47U CR 16V 10 0805 X7R S CAP 1000P CR 3KV 1050 1808 X7R TU 100 50V 10 0603 NPO S 100 50V 10 0603 COG SMT CAP 10U_ 10V 80 20 1206 YSV 1 CAP 10U_ 10V 80 20 1206 Y5V S CAP 10U_ 16V 80 20 1210 Y5V S BRACKET L LCD 15 8640S BRACKET R LCD 15 8640S CAP 01U 50V 10 0603 X7R SMT C3 C16 23 28 516 518 528 529 C1 C4 C8 542 580 581 593 596 59 PC62 PC73 PC76 PC77 C12 C13 C167 C514 C907 C72 C73 C20 C22 C502 C519 C10 C114 C120 C124 C125 C13 C C40 C45 C75 C76 PC508 PC53 CAP 022U CR 25 V 10 0603 7 5 CAP 1U 25V 480 2090 0603 X7R S CAP 1U CR25V 80 20 0805 Y
138. sare DSTBN 2 0 0107 0 1U 100 1 of of sov HA 13 0603 0603 1206 ee 2 DSTBN0 DSTBN 0 DSTBP 0 3 4 9 ad amp ALL 1 11 jj Place this cap under 650 solder side HAHO HA10 DSTBP3 DSTBP 3 AGPAVSS1 si 4 Em FOR 650 ONLY HAT HA7 DSTBPO OSTBP O 4VCC CORE HA 6 HABE SIT 9 M650 2X AGP mode VREF set from ud 8 4 4 0 39 VDDQ to 4 41VDDQ Wh 58285 535 5 snese BEES Zeche ces u 8OOODUIDIDIODIDDDOIDDOSs dq dqdqdusq0000000 0o00q MXqqqaqdauaqecsceccsscsccoOdRdDiodqo o 3VS R97 _c110 aQoaoooaoooooaoaoooooooooooaoooooaoooooaooooaoaaoooooaoaoooooooooaoaoaooooo mama L35 o 150 0 01U PELE IG HR EGER ooaao AGPAVDD2 1 77 2 4 06030 0603 1 5VS z q g N q Nq 1 of 515650 1202 100 HNCVREF MERE 2 540 77 85 2012 4 x C146 C145 IL 154 E 0 10 lt lt 100 R91 105 R158 151 0603 0603 1206 75 301 200 NA E 50V lt 10 0603D 0603 0603 0603 aia 1 4 196 196 AGPAVSS2 1 HD 0 63 DBI 0 3 2 om SOS pepe 4 HDi 0 63J gt lt _ gt DBi 0 3 4 NETZ 4 TEL C168 R154 VCC_CORE 010 200 9 R92 0603 0603 1 HNCOMP M 50 196 ORM650 _ _ _ AAS F 71 35 20
139. the SO DIMM 6 Figure 2 15 Figure 2 14 Remove the SO DIMM cover Figure 2 15 Remove the SO DIMM Reassembly 1 To install the SO DIMM match the SO DIMM 5s notched part with the socket s projected part and firmly insert the OS DIMM into the socket at 20 degree angle Then push down until the retaining clips lock the SO DIMM into cover 2 Replace the SO DIMM cover 3 Replace the keyboard battery pack See section 2 2 2 and 2 2 1 Reassembly 53 8640 N B Maintenance 2 2 7 Wireless Card Disassembly Complete the steps in Section 2 2 to prepare the system for disassembly Remove the battery pack See section 2 2 1 Disassembly 2 Remove eight screws fastening the mini PCI cover Figure 2 16 3 Remove the antenna and disconnect the one cable connecting the wireless card Figure 2 17 r 4 WWW 8 Figure 2 16 Disconnect cable Figure 2 17 Remove the antenna 4 Pull the retaining clips outwards and remove the wireless card 0 Figure 2 17 54 8640 N B Maintenance Reassembly 1 To install the wireless card match the wireless card s notched part with the socket s projected part and firmly insert the card into the socket Then push down until the retaining clips lock the card into the socket 2 Attach the antenna and reconnect the cable to the wireless card 3 Replace the cover and secur
140. the parts one at a time and test after each replacement PARTS SIGNALS 0515 RP523 PCIRST IDE SIORDY 05 501 1502 ISA 15 IDE SDD 0 15 R32 IDE SDDREQ SDIOW ie IDE SDDACK IDE SDIOR R788 IDE SDAO IDE SDAI R164 R878 IDE SDA2 IDE_SDCS 3 R789 IDE_SDCS 1 RDDS 0 15 R788 R165 RSDDREQ RSDIOW R773 RSDDACK RSDIOR R40 PDASO PDASI PDAS2 535 RCSIS 119 8640 N B Maintenance 8 10 USB Port Test Error 1 An error occurs when a USB I O device is installed LA U2 RT9701 CBL USBIVCCS 7 P _ 1 USBOVCCS 1207 100 VCCOUTO L T RIO co 33K 10U USB_1C1 10V V cu M 11 USBCLK SB R9 1000P DE 1 R733 R504 USBP1_N 0 venta 0 D UBPI 2 J7 FROM CLOCK GEN R729 R503 U515 USBP1_P A USBP1 0 D USBP1 South Bridge R720 R506 2 15962 USBP0 P 0 USBPO 0 D USBPO _ 2 USBP0 m 0 USBP0 0 D USBP0 3 J8 L509 d A4 B4 GND 1 6 1 R556 C520 512 33K 10U 0 1U V V C54 R562 GND USB GND 1000P T 47K USB2 0 Connector USB2 0 Connector 120 8640 N B Maintenance 8 10 USB Port Test Error 2 An error occurs when a USB I O device is installed U3 L5 5 USB3VCCS 5V VCCOUTI Y Y 4 vecouro
141. to the unlock 75 position 9 then sliding and holding the release lever outwards while take the battery pack out of the compartment Figure 2 1 4 R WU IIIIII I Figure 2 1 Remove the battery pack Reassembly Replace the battery pack into the compartment The battery pack should be correctly connected when you hear a clicking sound 2 Slide the release lever to the position 46 8640 N B Maintenance 2 2 2 Keyboard Disassembly Remove the battery pack See section 2 2 1 Disassembly 2 Open the top cover 3 Insert a small rod such as a straightened paper clip into the eject hole near the power connector of the notebook Figure 2 2 Figure 2 2 Insert a rod easy to remove Figure 2 3 Remove easy start buttons cover 4 Push the rod firmly and slide the easy start buttons cover to the left 0 Then lift the easy start buttons cover up from the left side 6 Figure 2 3 47 8640 N B Maintenance 5 Remove three screws fastening keyboard on the base unit cover Figure 2 4 6 Slightly lift up the keyboard and disconnect the cable from the system board to detach the keyboard Figure 2 5 p a PT pa r AKA EA gt Po P P e 79 s LM NE x eS PSPS pq PS ES rs S Figure 2 4 Remove three screws
142. well as over current detection are also implemented The integrated IDE Master Slave controllers features Dual Independent IDE channels supporting PIO mode 0 1 2 3 4 and Ultra DMA 33 66 100 It provides two separate data paths for the dual IDE channels that sustain the high data transfer rate in the multitasking environment The Mu TIOL Connect to PCI bridge supporting 6 PCI master is compliant to PCI 2 2 specification The SiS961 also incorporates the legacy system I O like two 8237A compatible DMA controllers three 8254 compatible programmable 16 bit counters hardwired keyboard controller and PS2 mouse interface Real Time clock with 256B CMOS SRAM and two 8259A compatible Interrupt controllers Besides the I O APIC managing up to 24 interrupts with both Serial and FSB interrupt delivery modes is supported The integrated power management module incorporates The ACPI 1 0b compliance functions the APM 1 2 compliance functions and the PCI bus power management interface spec v1 1 Numerous power up events and power down events are also supported 21 general purposed I O pins are provided to give an easy to use logic for specific application In addition the 515961 supports Intel Speed Step technology and Deeper Sleep power state for Intel Mobile processor For AMD processor the 515961 use the CPUSTP signal to reduce processor voltage during C3 and S1 state 8640 N B Maintenance 1 3 4 Memory Support unbuffer DDR 200 266 333MHz SO DIMM expan
143. 0 TXCLK C16 C18 1 2 4 1000 019 1000 100 1024 C25 2 0 13 14 2 1 0603 0603 0603 1206 0 1 100 9 11 TX2OUTO0 TX2OUT1 9 11 4 u 9 11 TX2OUTO TX20UTO 15 5 16 TX2OUT1 TX20UT1 9 11 amd 2 E T i8 4 MEE TX2OUT2 19 20 TXOUTO 9 11 TX2OUT2 TXOUTO 9 11 941 TX20UT2 21 22 EE TXOUTO 9 11 24 ___ 9 11 TXOUT2 IXQUIE 2 28 TXOUT1 9 11 9 11 TXOUT2 TXOUTI 9 11 DTCLAATRA 7 41 LCD a o EA i 8 O43VS 711 LCD ID t LCD ID2 35 O ss 3 amp ENAVDD 7 1 LCD 02 t 3 420 lt JENAVDD 9 11 11 LCD 103 3 2 z e 7 t RP2 i 1206 MA 20PX2 ST I 1 87216 4000 de 77 Layout Note LCD ID3 LCD ID2 LCD S W W S 12 6 6 12 mils as short as possible PIE E FP re n 5VS o Ut 43V bt D a T 8 45 6 2 tl 3 116 Porto E501 NEN 16 ACPILED ACPILED mircoSMDC110 35 55 P P _ 550 8 0502 POWER amp DDC2B 1Am E ied ze EC11FS2 1 2 2K 2 2K Close to VGA Connector omi mil 53 D503 0603 0603 99 os E 4 711 CRT CRT RED al E Li 1 O 2 L5021207 100M 1608 CRT15 1 E 4 o 7 11 CRT GREEN CRT GREEN Li 1 2 15031202100 1608 lo 5 W S 16 12 12 12 16 mils CRT BLUE 5i 4
144. 0 7 12 Txp3s FEL SAS VIPHCLK 43 HDI LCD ID1 7 12 c py IFPOIOBVDD P2 x VIPHCTL VIPD2 PCI DEVID2 4 70 4700 470 11 IFPOVREF R2 TXCLK D LCD ID2 PCI DEVIDO 0805 0603 0603 FPOVREF TXCO 7 TXCLK TXCLK 9 12 7 12 LCD 02 ebs SH vieHADO VIPD4 HA2 Fee al 4502095 af Ee Bed IFPORSET TXCOR TXCLK 942 12 LCD 103 VIPHAD1 VIPD5 GL VRDS CRYSTALI 1 L A A 2 1KIFPORSET FASTWR_ em gt ROMA14 VIPD7 AGP_FASTWR FNS R A CSROT TxD4 14 201 0 TX2OUTO 9 12 ROMA15 Haog 23K 808 pem 2 TXD4 TX20UT0 9 12 AV ROMCS m 2 n TX2OUT1 o lecosDA 1 AVV TXD5 B TERT TX20UT1 9 12 gt x A9 BUFRST I2COSCL 5 fub osos E ave TXD5 TX2OUT1 9 12 L10 121 TX2OUT2 Close to GPU DDCSCUI2C1SCL CRT DDCK 7 12 Txbes 4 TX20UT2 9 12 1 2 T IMn DACVDD pACVDD DDCSDA I2CISDA CRT CRT_DDDA 7 12 L2 e BE V1 IFPoPLLVDD H u TX2OUT2 9 12 1202 100 DACVREF AK9 DACVREF 4 1202 100 TXD7 W4 LVD H i cRTHsYNc AH10 CRT HSYNC s crt syne 7 12 bi 470 bd Plage en sns 958 pis AHO CRT VSYNC lt 80909 40 4 099 9096 TX2CLK close 0805 0603 m dus nu CRTVSYNC 7 12 TXC1 15 TENTE TX2CLK 942 together e 80 2096 4 10 of 0603
145. 00 lt 05 0003 lt lt 55 mioammmdmmm AC BE2 lt lt lt lt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt lt lt gt gt gt gt gt gt gt gt gt 9900 00000000 1202 100 H_LOCK 55 EX gt gt gt gt gt 9968 2 21 ISS LIS AC BE1 2012 4 H_LOCK H DEFERF HLOCK IT gt 2 soo AC BE0 4 4 4 H DEFER L H DEFER amp 026 DEFER lt lt lt lt lt lt lt lt lt lt gt gt gt C103 C104 C100 TE H_TRDY lt lt lt lt 00 lt 500 lt lt lt lt lt lt lt AGP_REQ 4 H_TRDY HTRDY 2 lt lt lt 9 lt lt 3885 AREQ VBCAD AGP CNTF AGP_REQ 10 15 4 CPURST ta CPURST lt a lt lt a9 AGNT AOP FRAME GNT4 10 Check GNT amp pull up al 50V 40V 4 CPUPWRGD 219 CPUPWRGD AFRAMEs 92 10 15 JL36 4 I H BHO BPR AIRDY AGP_IRDY 10 15 CPUAVSS ft BREQO ATRDY AGP_TRDY 10 15 1 2 4 ADEVSEL DEVSEL amp 10 15 pa RS2 ASERR AGP_SERR 15 JP NET2 E RS1 ASTOP AGP_STOP 10 15 16 RS0 H APAR AGP_PAR AGP PAR 10 15 4 ADS 125 4 d HITM RBF VBHCLK cee mE 10 15 4 HIT WBF VGPIO2 WBF 10 15 PHYAVDD AGP PIPER i 4 DRDY PIPE VGPIO3 D9 AGP_PIPE 10 15 4 DBSY 1202 100 H EREM
146. 00010 441673430005 441673410003 441673430001 4416734 4416734 4516734 4516734 4516734 4516734 4516734 50001 00001 20002 30003 30002 50031 00002 413000020317 294011200126 294011200069 294011200016 294011200070 416267343901 LABLAGNCFGOBALTONGANGID LABLBARCODEDPSCONMON LABLBARCODEDPOSCONMON o ss LABELBATT I48V6AHLIMOLICEM LAMLCAUTIONINERTBDPITCHNG 1 LABELLOT NUMBERRACE LCDASYMANNSTARXGAI S LCDASYMANNSTARXGAIPNM Q eco assopir xoa LCDMEKITMANNTTARXONISS ME KITHANNSTARNGAIS 8640 Leo ___ ___ sss L 416267344902 1 4 5673400 Description Location S LT PF OPTION XGA 14 1 86406 LT PF OPTION XGA 15 8640M MANUAL KIT EN 8640D M L N B 567340025 MANUAL USER SEN 8640D M L N B 567340007 MANUAL USER SEN 8640G P N B 56 3 56 56 56 567340027 MANUAL USER SEU 8640D M L N B 567340008 AL USERS EU 8640G P N B 56 164 Part Number UI TD ___ 673400009 _ PACKINGKIT 8640 12CELLSMOLIME o 673440005 PACKINGKITNBSINLAGM eraoo 630002 6340003 packmokir xB Bassam ____ PADLCDKB3H SPImmANTSTAT ___
147. 01 6 5 2 PL501 1 DCP1 rv 2 14 4 J J J 1202 100 z JACK 3P PC1 5 502 2 PC3 2012 y 1U 0 1U 0 1U 0 1U 0 1U 0603 0805 0603 0603 0603 0603 6 lt 50 25V 50V 50V of 50V d 50V 0 10 RLZ24D 50V 4 4 777 505 5230308 4125 9 PU3 PU4 S 3480007 Sl4800DY I 4 a PR518 a 5 amp o 5VS V 6 ot3VS 0603 a E 5 o 1 4 4 4 L CC 5V o PR523 1 R183 d J 10 470K IL PC526 LL PC529 0603 PQ504 0603 1000P 1000P 24 MAINPWR _ 4 2 7002 0603 PR515 77 77 1 0603 4 ys Mitac Title DC POWER Document 411673400003 01 Number Date _ Wednesday August 28 2002 Bheet 30 of 32 3 1 PDF created with FinePrint pdfFactory trial version http www fineprint com P 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 35 36 37 38 39 M 40 41 42 43 44 45 46 47 48 49 50 51 50 52 53 54 55 56 57 58 59 60 61 63 64 65 66 67 67 68 69 70 71 72 73 74 T3 76 77 78 History REV Layout Changed FootPrint from 0603B to 0603D for easy layout all parts 4 4 2002 Change DDR socket from stand to rev at location J5 for easy layout 4 4 2002 Mirror 8P4C capacitors at location 1 2 4 5 6 for easy layout 4 4 2002 Mirror array
148. 0513 System BIOS 0519 Bios control 0510 System Clock Control 0515 515962 South bridge 501 CMOS Battery 70 8640 N B Maintenance 4 Definition amp Location of Major Components 4 3 Touch Pad Board Side A B Side A Side B D 12 Card Reader Control 6 Audio Amplifier 0502 Card Reader BIOS Ll 05 Audio Control 08 Card Reader BIOS Volume Control 5 Pin Descriptions of Major Components 8640 N B Maintenance 5 1 Pentium 4 Willamette Northwood mFC PGA2 478 pins Name Type Description A 35 3 Input Output A 35 3 Address define a 2 36 byte physical memory address space In sub phase 1 of the address phase these pins transmit the address of a transaction In sub phase 2 these pins transmit transaction type information These signals must connect the appropriate pins of all agents on the Pentium 4 processor in the 478 pin package system bus A 35 3 are protected by parity signals AP 1 0 A 35 3 are source synchronous signals and are latched into the receiving buffers by ADSTB 1 0 On the active to inactive transition of RESET the processor samples a subset of the A 35 3 pins to determine power on configuration See Section 7 1 for more details Name Type Description A20M Input If A20M Address 20 Mask is asserted the processor masks physical address bit 20 A20 before looking up a line in any internal cache and bef
149. 0603 0603 1206 0603 0603 1206 LAN IEEE1394 w s R721 4 lt 50 lt 10V q lt 50 lt 1 4 1 4 USBPVSS 180 dn 43 i 4 4 1 2 1 1 1 2 1 Symbol 0 1 Default Notes i JP_NET20 7 JP NET20 U SB SPKR LPC addr mapping disable enable 0 Internal Pull down 3V R727 0 4 AC97 SDOUT Trap mode ROM Reserved 0 Internal Pull down 1 8V 136 9 4 7K 0603 PTT bos 9 USBVDD et nn 0603 USB 4 South bridge debug mode enable disable 1 1 _ 7 PRA 1 120Z 100M 9514 4 IPB OUTO MUTIOL clock PLL enable disable 0 Internal Pull down J d 1 le 725 I D 4 4 2012 4 C147 C148 C157 EESK 2 65 7 ap OUT1 MuTIOL operation mode select Full swing Partial swing 0 Internal Pull down C134 C135 125 0 10 10 T 100 GPIO22 EEDI 31 6 C743 6 0 01U p 0 1U 245100 0603 1206 23 4 5 1U q 5 AC97 SYNC PCICLK PLL enable disable 0 Internal Pull down 0603 0603 1206 50V 4 N 10 rias 0603 lt 50 4 10 1 NM93C46 JL32 USBVSS 1 A A _2 USBREF R851 08 tte P EE 1 2 4 7 77 77 JL33 432 000609 HMM 1 ee 4 JP NET20 7 7 0603 1 4 JP NET20 m SHOULD
150. 075472701 220673400002 221673412002 4 673430001 4 673410001 673440001 673420002 344673400001 413000020348 4 4 x L AKOSEUBAGRADM axio ukBoxseoom _____ aKss unpoxsonar ______ ______ emNsenGPUTILTYONEY y emNSenGPUTILTYONEY errAwvOmmONLLILCHLAMO O oo BATTASYJARGAHMOLICELM o perAsvirNDCRISSDARM BEZELANY QUANTACOMBORAQM o puas pmckErASYTPAAS BRACKET CARD READER S6406 pecrilcDuPsens __ kwexmwZORMAD kwexmwzORMA KweKITWZORSMPGERCON i Caspa ____ krwgmicoMicousisPXLBTET 331810006014 225668300002 3406734 3406734 3406734 3406734 3406734 3406734 3406734 406734 406734 4 46734 446734 30001 10001 40002 20005 00003 40006 00002 00016 00008 00016 00025 523499991012 523467340006 523499999069 523467343010 523430061906 227673420003 227673410001 340673440007 COVER ASSY LCD 15 8640M 344673400009 5 86405 145 8640 N B Maintenance 9 Spare Part List 9 Number Deseripon 227673400001 481673400007 673430002 673440002 48 8 481673430001 8 8 4 481673440001 673420001 340673400024 421673410003 421673410003 45673400010 45673400009 451673400051 40671600019 40671600017 40673400030 40673440013 40673410003 34067
151. 0K 15K 20K 20K BE 5 C72 100P Y SVAMP 5 RGAIN C63 C501 R67 ids 5 RGAIN 0 068U 100U 22 2 AAAY VR501 LM4835 E ef 3 10K VDD aA Ye 1 R68 lt C73 3 010 6 L20 22 100P L18 5 R66 DEVO E 5V 4 7K C67 C59 C70 27 01U 124 10501 LED SPDIFOUT L16 7 Drive 5 _ ic 5VS_SPD Ra Ql From U5 pps 52 51230108 R69 0 kaaman J504 AMU_MUTE a V Y Ve 4 R95 10K G L12 Un 3VS DTCI44TKA Pa Q6 DECT HP OPT V DTCI44TKA PJ501 SPK OFF 52 i lt DEVICE_DECT Signal OPT FROM SOUTH DECT HP OPT L H Signal Hi Low DEVICE DECT L SPK OFF Shut Down Normal 132 8640 N B Maintenance 8 15 Audio Failure No sound from speaker after audio driver is installed Audio Drive Failure Board level Troubleshooting 1 Check if speaker cables are connected properly 2 Make sure all the drivers are installed properly Check the following parts for cold solder or one of the following parts on the T P board may be defective use an oscilloscope to check the following signal or replace parts one at a time and test after each replacement 1 If no sound cause 2 If no sound cause 3 If no sound cause of line out check of MIC check of CD ROM check the following the following the following parts amp si
152. 0MHz 266MHz 333MHz DDR SO DIMM Without any On Board Memory Support one slot of Type or Type Non support Zoom Video Audio Function Support 2 IDE channel Up to Ultra DMA 100 Support dual 85MHz LVDS interface Support up to 2048 1536 Resolution 4 Easy Start Buttons functions defined by user 1 MPM Button 1 Power Button 56Kbps V 90 MDC Modem Glide PAD with 2 buttons Internal Key Matrix Keyboard One Type III A Support 8cm Card Standard is 5cm Card Reader Support 4 in 2 Card Reader MMC SD SM MS 256KB Flash EEPROM Include System BIOS amp VGA BIOS AC 97 Interface Codec Sound Blaster Pro Compatible Built In 2 2W 4ohm speakers and 1 Mono Microphone Bi Directional Parallel Port EPP ECP External VGA Port D SUB 15Pins 4 USB 2 0 Port SPIDF w z Line Out Jack RJ 11 4 Pin port for modem Microphone In Jack RJ 45 Port for LAN VR for Audio Volume Control DC Input Jack Mini IEEE1394 Port 7 Pins S Video Output Port NTSC PAL Battery Connector PS 2 Port FIR Suspend Mode POS 51 Suspend to RAM S3 Suspend to Disk S4 NO SUPPORT WAKE UP ON TIME Indicator Wireless LAN Indicator HDD FDD CD ROM Num Lock Caps Lock Scroll Lock LEDs MPM Indicator 8640 N B Maintenance TABLE 3 8640 Platinum 8640M HARDWARE SPECIFICATION mPGA 478 pin socket Support Intel Mobile Pentium 4 Northwood amp Mobile Celeron in mFC PGA package S
153. 0P NA 06030 1 1 100 00 166 67 100 00 6250 31 25 CLK_DDR2 C798 1 2 10P NA 06030 LPC33 C117 1 2 10P NA 06030 a 3 133 33 160 00 10000 6667 3333 777 CLK DDR3 C830 1 2 10P NA 06030 1 AGP C679 1 10P NA 0603D C831 1 2 10P NA 06030 66M AGP C691 1 2 10P NA 0603D 4 C828 1 2 10 _ 06030 REFCLK3 C634 1 10P NA 0603 CLK_DDR4 C827 1 2 10P NA 06030 D 14 818MHZ AUDIO C669 1 2 10P NA 06030 0085 C826 1 2 10P NA 06030 C633 1 10P NA 0603D 5 C825 1 2 10P NA 06030 REFCLK1 C622 1 2 10P NA 06030 77 USBCLK SB C701 1 10P NA 0603D 50 C698 1 2 10P NA 06030 14 318MHZ TV C638 1 10P NA 06030 i MITAC 2m PCICLK CARD _ C877 1 2 10P NA 06030 2 MINIPCI C695 1 0603D Title CLOCK GENERATOR 777 Size Document ee Number 8640 Date _ Wednesday August 28 2002 Bheet 13 of 32 1 2 3 4 5 6 7 8 PDF created with FinePrint pdfFactory trial version http www fineprint com
154. 1 GROUND13 Cat GROUND z 9 PCLADS 85 AD 8 C BE o 86 C BE 0 PCI C BE 0 15 19 87 7 88 PCI AD6 PCI ADS at 5808 2 ADI ge PCLAD4 93 AD2 PCI AD3 95 AB 95 PCI_ADO 9 98 177 1 PD AD1 5 80 95 5 0 RESERVED WIP4 0 AA SD AD 1 RESERVED WiP4 1 100 lt SN 16 18 20 7 SYNC 97 SYNC 103 GEN moi 18 MDC_SDIN E AC97 SDOUT 16 20 SDIN ACS BITCLK E 105 IN AC SDATA OUT 106 97 SDOUT 16 17 1820 mm B 16 18 20 AC97 BITCLK 07 AC AC CODEC 008 08 AC97 RST pipi 33K 192 199 AC CODEC AC_RESET AC97_RST 16 18 20 10K 0603 USB 2 0 18 19 CARDSPK lt 1H1 MOD AUDIO RESERVED7 0608 cis a AUDIO GNDO GROUND15 14 4 USB 18 MINLCARDSPK lt M09 115 sys AUDIO OUT SYS AUDIO IN H gt MODEM 18 20 MPCIAST 17 USB 0 4 lt L6 dis ONE SYS AUDIO OUT GND SYS AUDIO IN GND 118 Al gt 16 0 gt 01 ae 119 AUDio GND1 AUDIO GND2 120 2 LONO 1 MINIPCI_RI LH sss 121 E 122 C19 R13 1202 100M 24 MINIPCL RI lt i RESERVED3 MPCIACT MK P 5 R 4 71 o z 128 gut 51230205 1000P J 2012 3 3 5VS 0603 j ui 43V 0603 0603 B GND1 cup 182 lt 100 f xl Hi enne Gb of tov 4 SOV 124P 0 8MM H4 0 R194 SHORT SMT4 GND2 0 4 C102A 040B11
155. 1 1 IPC2SDA _ 5 D i2 1 af 20 0 enabled DEFAULT AAA 10 STOP DVDD R629 10 0603 _4 1 77 disabled STOP 0503 R537 22 5 SUS STAT 80 580 4 0608 XTALSSIN R70 1 10K 0603 AGP FASTWR 2 1 10K NA 0603 FW 0 enabled DEFAULT 1 0 Enable 0909 GPIOO 14 go disabled i GPIOS 11 20 568 1 0608 REFOUT i 1 Disable 7 REFout AZ uss R65 4 10K 0603 PCI DEVIDO R64 1 10 0603 7 0 a resistors H PCI DEVID 3 0 0110 NV17 MAP DEFAULT RO R1 SO S1 Fout 4 1 R66 1 AAA 2 10K NA 0603 PCI DEVIDi R67 10K _ 0603 i 19 1 i X X 0 0 Power down mode ONDD bi R584 10K NA 0603 PCI DEVID2 8583 1 10K 0603 0 1 O 1 txFin ages __ R628 1 A A A 10K 0603 DEVID3 R627 4 10K NA 0603 DVSS i Power down m 5 530 ower do ode TSSOP20 BUS TYPE R 1 10K 0603 BUS TYPE 0 SO 81 S2 S3 d 77 A DEFAULT 0 0 0 1 Factory Test XTALSOUTBUFF i4 H3 ALT CLK GEN W245 30 CAN I2C CONTROL EE 0 0 1 1 Hiz P ME R636 i A A 2 10K 0603 ROMTYPEO 8637 1 10K NA 0503 1 01 Mie pA DEFAULT i 0000 0 25V 27MHZ NA 25V ____ 62 __1 _ 10K 0603 ROMTYPEi 88 1 10K NA 0603 10 serial SST45V MITA 06030 4 10 MSB S ln ENS y 11 serial fut
156. 1 4 A14 D5 SDVDD 15 D6 MCLK A18 SD7 E mo A19 P40 SMRB MD2 Bo A20 RE N P47 SDWP Bio 21 P34 SMCE 222 P35 SMWPI Bia A24 A26 gt MA 10 22 13P ST 777 CLE9041 0101G SMK P35 SMWPI 2 1 JO1 P34 SMCE 2 1 02 SCLE 2 1 03 SRE N 2 1 04 SALE 2 1 905 P 40 SMRB 2 1 906 MSCLK 2 1 407 SWE N 2 1 08 MSCD 2 1 09 P46 SMWP 2 1 JO10 500 2 1 JO11 MSDIO 2 1 J012 SD7 2 1 JO13 SD1 2 1 014 MSBS 2 1 015 506 2 1 9016 502 2 1 J017 505 2 1 JO18 503 2 1 J019 SD4 2 1 020 SMCD 2 1 JO21 MD2 2 1 022 MD3 2 1 4023 2 1 024 MCLK 2 1 025 SDCD 2 1 JO26 MDO 2 1 JO27 MD1 2 1 JO28 P47 SDWP 2 1 029 77 R01 1 P35 SMWPI 2 3 P34 SMCE 4 SCLE 5 SRE N 6 MSVDD 8 P40 SMRB 9 MSCLK 10 SWE N 11 MSCD 13 46 SMWP 14 500 15 MSDIO 18 7 1 MSVDD 18 Di 19 MSBS 2 SD6 21 SD2 2 281 505 24 SD3 504 28 SMVDD e a SMCD 29 MD2 0 1 32 SDVDD MCLK 5 SDCD 36 mo P47 SDWP 39 40 777 FPC FFC 40P 0 5MM 6702 40 MiTAC gt Rev 01 8640 Be Document Number Date Bheet 1 Thursday June 13 2002 1 PDF created with FinePrint pdfFactory trial version http www fineprint com 8640 EASY BUTTON
157. 11 ps Teu 0603 56 se 12 IEEE1394 4P 0603 1206 0603 17 1394 06 13947D7 12 De 2 1 39 0603 0603 6 vour 7 lt 17 1394_D7 13 D7 TPB2 38 E 199CAS ANR20 4XXXOX 4 2 PCO TPB3 2 l CHOKE PLP3218S B M eae ki R9 DN eno Use 20 arme 80725 21 506 IEEE1394 PHY l c628 1000 47K PC2 22 3 0603 R638 220P R6 PA 0603 0603 PC2 TPBIAS1 16V 4 99 0603 0 777 TPBIAS2 42 10 LINKON 0603 0603 17 C LKON TPBIASS 48 0 1 i E504 17 SCLK 1394 DI 83 a 1394 d 1 17 LREQ IREG 1 50 RESET 1394GND d 4 4 N o2 4 DE LREQ P 54 28 E MINISMDC110 NA 17 EPS CPS 24 LPS TEST2 FINS 1394GND 1394GND 0 050340501 2050440502 0603 15 59 R504 PDISABLE LACT o ao 89 4 19 8598 22 BTSET 555550 9992 35 idth mi pK MEOS J jose USBP1 2 lt lt 22285 Trace Widih iL No through hole 3 17 USBP1 1 FE dd FW803 504 LPS R152 2 A 1 a 9 toy fied lt SHORT SMT4 USB 2 0 R659 PQFP64_0 5MM 7 DIRECT R672 1 A A 2 ___10 0603 1394CAS_GND 77 1 1 24 576MHZ 010 4 J J 0603 J7 j 2 49K R656 566
158. 110 C24 0 1U Q4 DTC144TKA 106 8640 Maintenance 8 4 8640G Gold VGA Controller Failure LCD No Display There is no display or picture abnormal on LCD or monitor VBD 0 11 VAD 0 11 TXOUTO 4 TXOUTI0 2 R26 A VBVSYNC VBHSYNC TXOUTI TXOUTI1 1 VANSVNC TXOUT2 TXOUT12 LCD CONNECT VAHSYNC VBGCLK TXCLKOUTI TXCLKI1 VAGCLK VBDE TX20UTO TX20UTO VADE TX20UTI TX20UT21 VBCTL 0 1 VBHCLK TX20UT2 TX20UT2 VBCAD VECLK TX2CLK TX2CLK LCD 0 AD 0 31 LCD ID1 AGP VREF LCD ID2 AGP GNT Ce S LCDVCC PR2 10K 4 AGP_IRDY 11 1207 100 TRDY amp DEVSEL amp _ Q pi AGP_PAR Q3 O MIRCOSMDC110 NDS9410 FROM SOUTH amp 66 7 X 3 L 3 CLOCK GEN V i co ES 580 22 XTALSSIN 27 7 412V O RIS 470K Q4 c38 DTC144TKA 18P 18 ENAVDD ALT CLK GEN W245 30 CAN 12 CONTROL 107 8640 N B Maintenance 8 4 VGA Controller Failure LCD No Display There is no display or picture abnormal on LCD or monitor Controller Failure Board leve
159. 17 R551 R512 8514 R513 R511 SIS962 CRS 612 61 9 75 75 5 175 ICS1893AF LAN LAN MTXE ag e gt R623 LAN_MTXC 8687 22 37 12 1K L C514 PTXCLK T 1000P LAN R690 22 77 gt MDC 100TCSR e LAND ATEIO R691 22 15 V gt MDIO 10 5 43V LAN 22 R622 2 624 RESETN 2K 15 REFOUT REFIN 46 47 V V X505 25MHZ 3 1 C649 lU C675 4 C674 V NP 4 27P V V 134 8640 N B Maintenance 8 16 LAN Test Error An error occurs when a LAN device is installed 1 Check if the driver is installed properly 2 Check if the notebook connect with the Replace Motherboard LAN properly Board level Troubleshooting Check the following parts for cold solder or one of the following parts on the mother board may be defective use an oscilloscope to check the following signal or replace the parts one at a time and test after each replacement Parts Signals U515 LAN MRXD 0 77 CLK25M LAN MRXDV PHY CLK LAN MRXER LAN CT LAN MRXC LAN MTXE 2 LAN MTXC LAN PITX PJRX LAN DADAIO PJRX LAN COL LAN CRS 135 8 17 Smart Media amp Secure Digital Controller Test Error 8640 N B Maintenance An error occurs when a Smart Media amp Secure Digital Controller device is installed
160. 19 22 23 PCIRST a ili 1 1 Brips 5VS PDD6 513 re PDD9 PDD5 6 PDD10 FIR Module 4j ie TR A Ies a Ri e R708 PDD3 1 9 10 12 50915 VCC3 IR FIR 47K PDD2 73 11 12 44 PDD13 UA 0603 PDDi 15 1 9 18 PDDi4 1 al 12117 18 20015 AGND PDDREQ 19 920 20 22 FIRSEL CST FIR_SEL PDIOWS 2121 22 22 MDO PDIOR 25 gt R725 8 vgcs in T amp 27 27 Woe 28 l 22 IRRX IRRX 1 GND ror H2 30 8 RxD 31 12 552 22 470 JL504 R515 2 7 22 IRTX IRTX 9 xp PDAO EM TU 0808 Dag d 1 LEDA 5 35 2 36 5 SHORT SMT4 11 IDE LED 31 37 Ose 38 E R524 24 DE LED lt 41139 42 4 100 0 1U 0 DFS HSDL 3600 L 43 44 1206 0603 0603 28 4 160 50 4 MA 22PX2 ST 1 2 4 No 77 C16840 X44XX 77 R702 R731 5VS 7 10K 4 7K FIR 0603 0603 l EEE Oc x Closelto IDE _ _ 1 IR Mode Select 7 7 D4 C95 C93 C94 IRMODEO IRMODE1 FIRSEL RX Function TX Function EC10QS04 NA 0 1U 470 0 10 0603 1206 0603 FH 50 16V o 50V HI LOW x Shutdown Shutdown L ee eel es I Low Low Low Full Distance Power Low HI LOW SIR 2 3 Distance Power HI HI Low SIR 1 8 Distance Power LOW LOW HI MIR FIR Full Distance Power Low HI HI MIR FIR
161. 2 Confirm driver is installed ok 8640 N B Maintenance 8 17 Smart Media amp Secure Digital Controller Test Error An error occurs when a Smart Media amp Secure Digital Controller device is installed Smart Media Test Error Board level Troubleshooting Replace Motherboard Yes test after each replacement Check the following parts for cold solder or one of the following parts on the mother board may be defective use an oscilloscope to check the following signal or replace the parts one at a time and Try another known good devi 0502 C7 evice U2 C75 U8 C74 U2 C10 PSEN_N Ul R8 12CSDA R7 SMVDD R3 P47 SDWP C9 ALE P37 RD N P36 WR N 12CSCL P34 SMCE P35 SMWPI P40 SMRB Re test Change the faulty OK part then end Parts Signals 00 7 0 31 0 71 0 7 USBPS USBPS P45_PCSCL P44 PCSDA 137 8640 N B Maintenance 9 Spare Part List 1 86400 Spare Part List Part Number 541667341007 541667343005 541667341022 541667340034 541667340002 441999900069 442673400004 441673400028 340673440019 340673400021 340673420004 342673400009 342673400008 220673400002 221673412002 431673450001 431673410001 431673440001 431673420002 344673400001 413000020348 291000012025 331810006008 340673410001 340673450001 ooo L ear sss emNsensUTIUTYONDY y BATTANYOPTIONLLILCE
162. 2 rd DS 141 12 12 1 s 2 0603 10K 0603 0603 1505 3 3 196 0603 5 _ s 5 0 2 000 Power Class 0 Without Provide Power 5 414 43505 Close to FW803 RP51010 41206 1 lt 1 1 enp SHORT SMT3 PCT 1 7j 77 2 17 USBP1 USBP ls 1 GND3 GND3 1394GND LINKON 4 5 R503 VN USBAPDO 3VS 1394vcc3 3VS Dos 4 SUYIN R517 2 R516 SPINA 4 1202 100M t PDISABLE 8693 1 A A A 2 220 0603 15K N 15K NA 0603 0603 JOSOS CONN SYN2551A 4 2012 0603 0603 E E 4 d J J J 1 J J 1 J CPS R666 1 A AA 2 10K 0603 C653 C639 C629 C637 C647 C645 C623 C672 C684 C680 C240 g 4 J05214 JO522 SHORT SMT4 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 10U 0 1U 0 1U 0 1U 0 1U LPS R95 2 1 47K NA N 0603D 0603D 0603D 0603D 0603D 06030 1206 06030 0603D 0603D 0603D 50V lt 50 50V lt 50 50V lt 50 10V lt 50V lt 50V 50V 50V 77 GND USB GND USB 1 77 5VS 1394GND D501 BAS32L USB0VCC5 4 R556 33K 0 4 50 0603 PP _STB 1522 P_STB Dose USB 2 0 22 P_AFD 17 USB_OC 0 lt 1509 j B 22 PES 1 2 i 22 _ csv R562 t 1202 100 211 1206 1000P 47K 2012 J p 315 0603 0603 Cl 520 Jl 04 RP504 J5 lt 100 010 22 P LPD1 L y 1206 9693 en 15 22 P_INIT GND2 22 P LPD2 GND3 22 P_SLIN 1206 R527 ngo GND USB SUYIN 22 P_LPDS Ds 2551A 04G5T A
163. 2 x NC1 NC3 x PJ4 0603 4 LF H41S 1 L513 C27 x AC 30 16 0603 y 50V PLP3216S NA 1202 100 CHOKE PLP3216S BLM 1608 71 C514 1000P 1808 JS501 3KV LAN CT 10 SHORT SMT4 77 GND 45 43V 48V LAN 7 1526 1 1202 100 2915 C624 C627 C626 C676 C673 C678 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0603D 0603D 0603D 0603D 0603D 0603D lt 50V lt 50 lt 50V oy 50V lt 50V lt 50V 4 4 4 LAN R171 1 NN 805 t 1000 J17 1808 i lt 1 J502 4 10 312 a 7 51 s 1H 44 212 142 515 3 3 6 6 50UH 1808A E a lt ND1 CHOKE WLT04020201 T u GND1 1 1 25 a GND2 GND2 HIROSE E DF13 4P 1 25H C167 6P H11 5 1000 1808 10117 106 166 1 1 10 3 UNA 26805 N o MINISMDC110 4 gt um GND HOLE 77 MiTAC 22 Tite LAN PHY 1CS1893 amp MDC Biz Document Rev Number 8640 n Date Wednesday August 28 20045 20 of 1 PDF created with FinePrint pdfFactory trial version http www fineprint com
164. 21 CLKC4 A 4 14 1 0 0 105 00 140 00 70 00 70 00 35 00 26 R801 1 2 9 DDRS 14 wee 2 R800 1 2 0 CLKCDDRS DDR5 14 i 0 1 100 90 100 90 67 27 67 27 33 63 ICS93722 1 0 0 1 0 108 00 144 00 72 00 72 00 36 00 3VS SSOP28A 9 158 1 0 0 1 1 100 90 13453 67 27 6727 3363 bt p VDDA48 1 1 11200 14933 7467 7467 3733 1 1 133 33 100 00 6667 66 67 33 33 1202 100 ces2 1608 010 i X 4 0 133 33 133 33 66 67 66 67 33 33 FSB533 DDR266 DEFAULT 2 0 1U 0008 N 50 1 0 1 1 1 133 33 66 67 66 67 66 67 33 33 FSB533 DDR333 1 1 8 0 0 100 00 133 00 80 00 66 67 33 33 Z BF OUT C829 1 2 1i0P NA 06030 HCLK CPU R663 1 A A A 2 5140603 1 HCLK CPU R670 1 2 51 10603 1 1 1 0 0 1 100 00 100 00 80 00 66 67 33 33 CLK DDRO C793 1 2 10P NA 06030 4 R650 1 2 5110608 1 HCK 5156504 R653 1 51 10603 1 100 166 67 83 2 5 31 25 CLK DDRO C792 2 10 06030 00 16 28 0550 SDRAMCLK C635 1 10P NA 06030 1 1 1 0 1 1 133 33 160 00 80 00 66 67 33 33 C794 1 2 10P NA _ 06030 7 ZCLKO C652 1 10P NA 06030 i 1 1 1 100 00 133 00 100 00 66 67 33 33 C92 C254 DDR1 C795 1 2 10P NA 06030 100 100 ZCLK1 C654 1 AOP NA 06030 4 q gt 4209 d 100 00 100 00 100 00 66 67 33 33 1206 1206 CLK DDR2 C797 1 2 10P NA 0603D 4 10 CLK SBPCI C663 1 1
165. 27 0300440 cwwDREMIPODMMSTCH S or 000012025 000012028 000011209 naar 000020202 000020204 000017007 _ CON HDR MA 35P 2 1 27MM H 13 ST 000020408 ow 159 8640 N B Maintenance 9 Spare Part List 23 Number 340673400003 340673440005 340673450002 340673440006 340673400002 340673440007 340673400016 340673440004 340673400008 344673400022 344673440008 344673400016 344673440026 344673400025 344673440003 344673400009 272625220401 272625410401 291000612004 291000612003 288100032013 288100054001 288100701002 288101003001 288100112003 cover PO muya cowesvacwaen cowmAsvicDw sens ____ ____ cowmasvicbiwaeos cover asym parses ____ cover assur coversarreryseos covert coversnincessios L KOMRSEAKERRMRRM coverspeakersoos 288104148001 DIODE RLS4148 200MA 500MW MELF S D3 D505 D506 D514 D516 D517 DIODE RLZ24D ZENER 23 63V 5 SMT PDI DIODE UDZS18B ZENER 18 800 323 ZD4 ZD5 272601107506 1000 6 3 V M 9 3 3 6 55 105 C501 C502 EC 100U 25V RA M D6 3 7 SGX SANY PC37 PC38 EC 1200U 2 5V 20 10X10mm PC27 PC28 PC29 ND 5 IN 1 LOWER 8640P ND 5 IN 1 UPPER 8640G ND 8640 ND 8175 523467343006 DVD ASSY SDR083
166. 3 DDR5 amp CK2 VDD25 r 1 1027 rper 934 vos VDD26 ckgEs H vDD8 VDD26 T CKE2 5053 7 DDR MD31 DDR RPI6 1 IKA 46 RPX8 I 7 CKE1 35 1 1 2 CKE0 CKE0 77 35 7 28 CKE2 7 0053 7 DDR 27 DDR 0083 3 2 0083 T MATZ 99 13 00 BA2 DU 100 11 1 12 99 13 DU BA2 DU igg 11 MD30 7 DDR DQS3 DDR _MD26 4 13 MD26 101 12 A11 02 MA9 101 12 11 102 7 DDR MD26 DDR MD30 5 12 MD30 103 9 104 l 103 eS T 104 MD24 DDR DDR _DQM3 6 11 DQMS t 7 105 106 MAG 7 105 55 9 ru 106 MD25 _DQM3 DDR MD24 Z 10 MD24 MAS 107 7 6 108 MA4 MAS 107 7 6 MA4 7 MD DDR MD25 8 9 MD25 109 5 109 5 22 110 2 RP539 z MAT 111 112 111 112 5 DDR MD46 RP21 1 108 16 RPX8 MD46 A0 040 7 MD4 DOR NOMS 1 18 4 pno LH voos VDD27 3 vons VDD27 40 7 DDR DQMS DDR MD46 a 5 10 Bat Hi ar attra Bat 16 a 3 14 MD40 BAO 117 118 RASH BAO 117 118 RASH MD45 7 DDR MD41 4 13 MD4i WEF 119 RAS 120 CASI WE 119 120 CAS MD44 7 DDR MDH DDR 045 MD45 CS0 WEE CASH 51 52 WER CASE MD39 7 DDR MD45 DDR MSS 5 12 MD44 S 121156 51 122 ____ _____ 12 soy 51
167. 3 8 PCI1410A da o AD20 4 R185 R184 0 PCI 0603 REQO GNTO B180 1 RA A 2 l VOCENET 7 9 10 15 18 22 23 PCIRST VPPENO SIGNAL PCCARDPULLUP VOLT 3VS CCD 1 3V CCD 2 43V Uaa i ayee CBVCC3 gt gt CBLOCK CARD_VCC b CSTOP CARD_VCC 4 4 4 4 4 CDEVSEL CARD_VCC C238 C239 C208 C210 C235 C232 C218 C236 C237 CTRDY CARD_VCC 0 1U 010 0 1U 0 10 0 1U 0 1U 0 1U 0 1U 10U CVSI V 0603 0603 0603 0603 0603 0603 0603 0603 1206 CVS2 43V 50V 50V of 50V 50V 50V lt 50V o 50V lt 50V 10V CRST CARD VCC 8 458 C219 CSERR CARD VCC 9 77 CPERR CARD_VCC onun oranso KXEO CINT CARD_VCC 8888 888888 9 8959 voco FH dd CIRDY CARD_VCC pei gt gt gt gt gt gt gt gt gt gt 99 SKT CREQ CARD_VCC 1
168. 3 0603 18 AC97 SDIN mE AC SDINO Close to 962 chip 20 23 MDC SDIN D5 SDIN1 AC97_SDOUT we MIIAVDD MIIAVSS 17 18 20 23 AC97_SDOUT lt SDOUT MIIAVSS 18 20 23 AC97_SYNC lt SYNC R459 1 22_0603 T5 AC SYNC RLS4148 20 AC97_RST 193 97 BITCLK 18 20 23 97 RSTH C D 1 AC RESET TOPINA 18 20 23 AC97_BITCLK lt __ I AC_BIT_CLK R784 4 SPDIFOUT 1 525 R133 I 10 ba R REFCLK1 mpciact 03 IA AUXOK 7 10 A eee o 13 REFOLKi ENTEST 3 osci GPIo1 8 MPCIACT 23 oeoa G5 ENTEST SB THRM 06030 17 48 lt SB SPKR 3 SPK 14 SB THRM 24 ee ga ae 6142 Toe E 77 24 SIS_PWRBTN ae 14 PWRBTN GPio3 18 EXTSMME EXTSMM 24 uud Pr 9505 m PME NE D14 pSON GPIo4 W1 CLKRUNE CLKRUN 15 19 22 23 5 05 MEGERD MPCI PD 23 12 AcPLED 5 ACPILED EHI SPK OFF doe 28 DPRSLPVR lt DERSEEUR 81 GPIO13 C4 t WAKE UP 6 10 15 AGP_STOP Bop ua K D508 E amp apii 14 WAKE_UP 24 Stop PCI Clock 1 _ GMUXSEL E13 Sci 1 T8507 GPIO15 GPIO9 SC 24 R104 CRT IN 4 CPUPERF lt CPUPERF 18 GPlo16 GPIo10 3 IN amp 12 gp O ROR ROI GP
169. 3 1 2 D8 1 PWRSW 5 L6 SCROLLE 8 12 SCROLL 7 8 15 7 ROLE s Pp IDE SEDE dE H8 VDD5 120 CAP 12 H2 LEDE CD 18 nit 9 I WIRE LED MPM LED Y Close to H8 34 o 23 WIRE_LED 13 13 14 MPM_LED 12 icc 4 37S v 15 16 ws Come coed 18 1 19 25 20 BAV99 1202 100 C815 D511 2 teen 010 010 FION BAV70LT1 HDR MA 1 27MM H9 5 3 t 9609 0608 9 SPEED 50 4 50 310 0102 20 77 Di QE Come From Battery ELA dx e d 2 eee it 77 GND_H8 q 1206 BAT m Ls l 1 BAT TEMP 1 BATT 2 1528 UT 1 3 6 BATC BAG 26 RP529 RT1 C821 C819 5 BAT D BATD 26 1K 4 10K 0 1U 0 1U T 7 1206 1 0603 0603 4 JP_BEAD_DFS of 50V 50V GND H8 ir ss 4884 448 SCL THRM 4 Jn 5888 207 88998 9406 GND H8 SDA THRM 4 1 JOS gt lt S 1 402 1 9 P10 A0 7 1 05 L2 1 8 39 21 1 JO6 3 KO2 11 1 P71 AN1 38 ROE P12 A2 P72 AN2 1 JO7 4 6 41 21 1 08 5 KO4 1 P73 AN3 45 R163 Io 2 ROS P14 A4 P74 AN4 28 i 12010 15 5 P75 AN5 48 AAA COVER SWii 18 45V ay 2 KO P16 A6 P76 ANG DAO 27 3 1 01 2 45 BLADJ 185 1 3012 G 9 22 P17 A7 P77 AN7 DA1 25 SU 1200132 Fo 66 20 8 Micro piney TAE bod 21 12014 2 11 KOT Fm
170. 3 3V M ST 2 0 AGP Status 1 5V 3 3V M 80 8640 N B Maintenance 5 2 SIS650 IGUI Host Memory Controller Interface Name Pin Attr Signal Description VOSCI I 14 318 Reference Clock Input 3 3V M HSYNC Horizontal Sync 3 3V M VSYNC O Vertical Sync 3 3 M INTA O Internal VGA Interrupt Pin 33V M VGPIO 1 0 Lo Internal VGA GPIO pins 3 3V M VCOMP AI Compensation Pin Analog M VRSET AI Reference Resistor Analog M VVBWN AI Voltage Reference Analog M ROUT AO Red Signal Output Analog M GOUT AO Green Signal Output Analog M BOUT AO Blue Signal Output Analog M VB Interface Name Pin Attr Signal Description VBCLK I Channel B A Clock Input 1 8 3 3 M VBCLK multiplexed with VBHCLK VB Programming Interface Clock 1 8V 3 3V M VBHCLK multiplexed with RBF VBCAD Uo VB Programming Interface Data 1 8V 3 34 M VBCAD multiplexed with AREQ VBCTI 1 0 VB Data Control 1 8V 3 32V M VBCTI 1 0 multiplexed with AAD 29 28 VGPIO 3 2 vo VB GPIO pins 3 3V M VGPIO 3 2 multiplexed with PIPE WBF VBHSYNC VO Channel B H Sync 1 8 3 3 VBHSYNC multiplexed with AAD30 VBVSYNC vO Channel B V Sync 1 8V 3 3V M VBVSYNC multiplexed with AAD31 VBDE VO Channel B Data Valid 1 8V 3 3V M VBDE multiplexed with AAD27 VBGCLK vO Channel B Clock Output 1 8V 3 3V M This c
171. 331000004029 0 0603 5 17 USBPO USBPO 1 4 05 CONN SYN2551A 4 PAC128401Q QSOP24A 44 4 t WAN PLP3216S NA e CHOKE PLP32168 BLM 4 a CP504 505 5 1507 22P 4 NA 22P 4 NA Mo 1206 1206 T c 17 USBPO J R506 7 GND USB 22 LPD4 JO1 0 os JO523 JO524 25 D LPDS R520 R521 15K N 15K NA C507 506 22 E LPD6 SHORT SMT4 0603 0603 47P N 47P NA 22 0603 0603 E 4 PIO GND_IO2 75365 25027 102 777 22 P_ACK SUYIN 22 P BUSY 22 P PE GND USB 22 P SLCT PAC128401Q QSOP24A CP503 CP506 22P 4 NA 22P 4 NA Title 1206 1206 IEEE 1394 PZe Document Rev Number 8640 Wednesday August 28 2002 Bheet__21 of 32 5 4 3 2 1 PDF created with FinePrint pdfFactory trial version http www fineprint com 15 24 SD 0 7 5 0 18 15 24 STRAP OPTION For Debug Only 5 XCNF2 XCNF1 XCNFO FUNCTIONALITY 20 ZZ cor UM ME MEME M EE COMIRXD 3 15 x 0 1 NORMAL MODE XRDY DISABLE 4 1 ae
172. 3400004 340673400027 451673430001 451673410001 451673440001 451673420001 286308801006 4 lw END Poe _ F W ASSY CARD READER 8640 502 F W ASSY KBD CTRL 8640D 519 ASSY KBD CTRL 8640M 519 F W ASSY SYS VGA BIOS 8640D 513 F W ASSY SYS VGA BIOS 8640M 513 F W ASSY SYS VGA BIOS 8640P GERI 513 FAN ASSY SUNON 86408 FPC ASSY CARD READER 8640G FPC ASSY CARD READER 8640G GASKET HANNST 15 BOTTOM 1 GASKET HANNST ARLCD 15 TOP 15 1 2 EE www usa HOUSING ASSY HANNTARLODIS 86 HOUSING ASSY HANNSTARLCD 6 pouwoASvonucp weno Housing assyBaTTeRY 8640s L pomwokmawos 2 2 2 a pa em Part Number Description Location S U7 286301117031 JIC APL1117 1A LDO 3 3V SOT 223 3P 284500645002 IC SIS645DX N B BGA702 284500530002 1 5 530 SPREAD CLOCK T SSOP20 U503 286361256001 IC UT61L256C 12 SRAM 32K 8 TSOP U8 346673410001 INSULATOR M B 8640G U 146 8640 N B Maintenance 9 Spare Part List 10 Number Description 242674600010 441673430005 441673410003 441673430001 441673400001 451673420002 451673430003 451673430002 451673400002 13000020317 294011200126 6267343901 6267341901 16267344902 6267344005 p p p p p p 6267342010
173. 4 4 MSPSELS A29 NC VDDFBIO 0603 0603 0603 0603 K GND GND 0 AGP_AD19 AK24 PCIAD19 VDD C533 C578 C577 C570 ne VDDFBIO 3 GND 20 4700 47001 47001 4700 N20 20 PCIAD20 VDD 700P MSPSEL2 wc VDDFBIO GND GND AGE 21 PCIAD21 VDD 0603 0808 0503 0903 NC VDDFBIO N13 GND GND 220 ADAR 2 pclapae VDD 5 E y VDDFBIO 13 GND 20 AOP ADS PCIAD23 VDD VDDFBIO C518 csi C588 C546 GND GND AGP_AD25 ajig F CIAD24 VDD 558 571 oss NC VDDFBIO 0 022U 0 022U 0 022U 0 022U GND GND AGP ADEE Ta PCIAD25 VDD 0 0220 0 0220 0 0220 9896 898 VDDFBIO 0803 0603 0603 0603 GND GND Hal AD27 PCIAD26 VDD 0603 0603 0603 1206 1206 1206 NC VDDFBIO 79 el ay al DM M A GND GND n AGE Abos AK19 PCIAD27 VDD 25 25V 25 oW 106 NC VDDFBIO GND GND X PCIAD28 VDD 10 10 10 24 30 VDDFBIO 4 GND AGE AD29 PCIAD29 VDD BL VDDFBIO GND GND A AGP_AD30 AF19 Place close to the BGA 5 4 AGB ADIT AELH PCIAD30 VDD NC VDDFBIO ODE MENS 4 GND 8 PCIAD31 VDD 045VS 15 NC VDDFBIO 2 4 GND GND A 6 AGP_CBE 0 3 VDD 4 2816 uc GND GND VDD L 605 xB18 NC 14 GND GND AGE PCICBE 0 VDD 819 SS 4 GND GND M AGRO 1 wee xB21_ NC 4 4 M14 GND GND HN BE PCICBE 2 VD50CLAMP B22
174. 4 24 2002 Change the net name of J11 1394 Connector GND from 1394GND to 1394CAS GND for easy layout 4 28 2002 Add pull up resistor for the net of LPS at location R558 4 28 2002 Delete unuse bypass capacitors at location C13 C14 C15 C16 C44 C59 C41 C58 C63 C57 C56 C55 C54 C53 C51 C221 C359 C358 C259 C262 C253 C274 C228 C237 C236 C247 C266 C130 Change R328 value from 0 ohm to NA 4 29 2002 Change R296 value from 0 ohm to NA and R305 from NA to 0 ohm 4 29 2002 Change R367 value from NA to 432 1 ohm 4 29 2002 Change R395 value from 0 ohm to NA and R394 from NA to 0 ohm 4 29 2002 Delete Q3 and connect WIR LED4 to MINI PCI pin 13 through a series resistor R559 4 29 2002 Add 032 033 to switch SMBUS and spreat SB SMBUS signals at S3 status 4 29 2002 Change G gate voltage from 3 5 to 5VS at location 019 4 29 2002 Add 0037 0040 at 1394 output signals for ESD 4 29 2002 Add 7041 at MIC signals for ESD 4 29 2002 Change the connection of C638 from H8 RI pin 48 to PCI1410 MF2 pin 64 4 29 2002 Correct the Foot Print of RJ45 connector 4 29 2002 Correct the Foot Print of PS2 connector 4 29 2002 Change DEVSEL4 pull up from RP48 pin 3 to pin 7 for easy layout 4 29 2002 Change RBF pull up from RP48 pin 2 to 6 for easy layout 4 29 2002 Add Q34 R560 R561 to shift level and connect the new net of H8 to H8 pin21 4 29 2002 ame reference 4 30 2002 Change Resistors value from 51ohm 5 to 49 9 ohm
175. 45DX Disable Debug Mod Enable DebugModd 0 Yes 3VS 3VS ECLKAVSS 1 2 5 0 010 0603 RSYNC Disable VGA Int Rasble For M650 140 o L38 0603D 195 function function 1 SDAVDD etn ZAXAVDD _ L 2 7 Reserved for Reserved for DDRVREFB Panel ID Panel ID 1202 100 1 Reserved for Reserved for 4 1202100 J J 2012 3VS J J Panel ID Panel ID C182 1812 IL C186 C180 IL c198 L30 9 C775 LSYNC Reserved for Reserved for 0 01U 0 1U T 100 0 010 0 10 T 100 DCLKAVDD 1 nn 2 4 R745 Panel ID Panel ID 0603 0603 1206 0603 0603 1206 0603D 49 9 lt lt 50 lt 10 E lt 50 lt 10 1202 100 E 0603 JL10 JL11 2012 2 1 SDAVSS ZAXAVSS oet Lag Ti Mitac 22 20 7 JP NET2 0603 0603 1206 77 E 50V 10 DLLEN R118 4 A A 2 47K NA JL12 DRAM SEL 8734 1 47K Title DCLKAVSS 1 2 TRAPO R746 1 4 7 IS M650 M645DX 2 7 RSYNC 1 i SIS M650 M645DX 2 3 JP 7 Document Rev Number 8640 91 EESTI MEME m Date Wednesday August 28 2002 Bheet 7 of 32 1 2 3 4 5 6 7 PDF created with FinePrint pdfFactory trial version http www fineprint com SIS M650 645DX 3 3 yCC CORE 1 8VS 3VS _ UeD VITO
176. 5 Table 20 Resume From Suspend to RAM Sequence 34 8640 N B Maintenance 1 4 4 515962 GPI O Pin Define 515962 GPIO Define Pin Name Mux Function GPIO Signal Type Power Plane Function Name Define GPIOO GPIO SPDIFOUT GPIO NC MAIN 2 GPIO SB_THRM I MAIN EXTSMI GPIO EXTSMI I MAIN 4 only GPIO CLKRUN I MAIN 05 PREQ5 GPIO MPCI PD I MAIN GPIO6 PGNT5 GPIO NC I MAIN 7 GPWAK GPIO SPK OFF AUX 8 RING GPIO UPZ I AUX 9 SDIN2 GPIO I AUX 10 SDIN3 GPIO CRT I AUX NB only 25 GPIO TP PCIE AUX GPIOI2 NB only GPIO CPU 5 AUX GPIOI3 DPRSLPVR NB only GPIO DPRSLPVR AUX GPIOI4 AGPSTOP NB only GPIO MPCIACT I AUX GPIOI5 VR_HILO NB only GPIO GMUXSEL O AUX GPIOI6 KBCLK LOHI NB only GPO CPUPERFZ AUX GPIO17 PMDAT VGATEM NB only GPO GATEM AUX GPIOI8 RTC32KHz NB only NC GPIO19 Reserved for CLK GPIO SMBCLK IO AUX GPIO20 Reserved for DAT GPIO SMBDATA I O 21 EESK GPI AUX 22 EEDI EEDI AUX 23 EEDO I AUX 24 EECS 5 AUX
177. 5 ZAD 0 15 VSYNC AA VSYNC 11 12 MD14 SMD56 ZADO DDR 015 AH19 LAD15 DDCK 712 100 CRT DDCK DDR AE20 MD15 SMD24 MAS APNI DDR ZAD1 gt lt VGPIO0 R71 2222 100 CRI DDDA CRT DDCK 11 12 DQM1 SMD25 DDR EA ZAD2 vcPio 212 DDDA 11 12 DDR 0051 AH20 0 11 gt BANK SELECT 0 DQS1 CSB1 AGB 5pn Ba1 DDR BAO 14 DDR MD16 ESOS Mate 1 gt BANK SELECT 1 EAS DDR MD17 AG18 16 SMD22 12 AG16 DDR MA13 gt MEM MA11 LO Bii PCI MD17 SMD53 MA13 m ZAD5 INTA gt PCLINTA 9 10 15 DDR_MD18 AF16 DDR MA14 gt MEM MA12 DDR MD18 SMD20 14 ZAD6 er DDR MD20 Apis MDI9SMD19 AH8 DDR_RAS ZAD7 T DDR MD2i MD20 SMD54 SRAS DDR CASE DDR 5 14 ZAD8 CSYNC 58 052 1 MD21 SMD 1 SCAS DDR WE DDR 14 ZAD9 o RSYNC App m Eig __ 2 __ DDR 2 MD22 SMD51 SWE DDR 14 ZAD10 ENE AF17 MD23 SMD50 ZAD11 DDR 0052 DQM2 SMD52 ZAD12 o Acid dos kaq DDR CSOK 025 AGIA MD25 SMD17 DDA CET DDR_CSo 14 ZAD15 F14 VVBWN DDR MD27 AE13 MD26 SDQM7 CS1 Tans DDR 52 DDR ZVREF a Big DACAVDD1 DDHIMDSS 027 500 6 DDR CS3 CS2 14 ZVREF DACAVDD1 DACAVSSI
178. 5 23 PCI 31 lt _ gt 5555 5 5865 34a ADSI CARD VCC 4 A031 BECA OOOOOOQ 8642 CAD31 142 0 CAUDIO AD29 AD30 22 2 a CAD30 141 CAD29 AD29 CAD29 POLAD2S _ 7 Barm Capen mE 1410 HAVE INTEGRATED ALL PULL UP RES ABOVE PCLAD26 g 27 832 CAD27 138 CADE PCLAD25 10 4026 gt gt CAD26 128 CAD25 PCLAD24 25 CAD25 15 CAD24 PCI AD23 AD24 CAD24 154 CAD23 PCILAD22 1g AD23 CAD23 423 22 PCI AD21 AD CAD22 150 21 PCLAD20 19 D CAD21 118 CAD20 PCLAD19 AD20 CAD20 16 19 PCLADi8 24 4019 CAD19 115 CAD18 17 AD18 CAD18 17 PCLADIG 28 2017 CAD17 o 16 PCLADi5 3g 4016 CAD16 CAD15 PCLADI4 39 2015 15 27 CAD14 PCIADi3 40 awa CAD14 CAD13 PCLADI2 4 CADIS os CAD12 1 _ 43 4012 CADI2 CADIT VCCA PCLADIO 4 1 g4 CAD10 9 PCI AD9 46 CAD10 CADS 4 9 CADA 97 PCLAD7 4g 08 CADE CAD T t AD7 85 PCI AD6 AD6 Cape 82 CAD 0 PCLAD5 83 CADS PCLAD4 5 CADS 80 010 ADS 6 AD3 caps Hel 0608 PCLAD2 ADS CADS LT CAD2 50V PCI ADT ADS 1 77 J19 PCLAD0 ADT CAD 76 CADO 1 CADO 15 23 PCI C BE 3 por 12 31 CAD 15 23 PCI C BE 2 PCI 27 10
179. 5 4 3 1 PDF created with FinePrint pdfFactory trial version http www fineprint com SIS M651 645DX 1 3 AGE STO AGP STO 10 ST 10 872 10 AD 0 31 AD St AGP_ADI0 31 10 do E ES E 35 EEEEEEEEEEEEEEEEEREEEEEEEEEE EE 9 al EE e eo a3 5 54444 4444 45 EE 9595 lt U9A d dx SRERRBERME AGP_CBE 0 3 EEGI 449432 AGP_CBE 0 3 10 127 HCLK 515650 AGP_CBE 3 CPUAVDD dV 2 13 HCLK 51565 5156504 CPUCLK 98 ELRa Ganadaa S888882zr522z2885888822022 3232212222 AC BE3 x 13 5156504 CPUCLK gt gt lt lt lt lt lt lt
180. 533 MB s bandwidth from to Multi threaded I O Link layer to from 515650 and the Multi threaded I O Link Encoder Decoder 515650 to transfer data w 533 MB s from to Multi threaded I O Link layer to from 515961 8640 N B Maintenance 515962 MuTIOL Media I O overview An Unified Memory Controller supporting PC133 or DDR266 DRAM is incorporated delivering a high performance data transfer to from memory subsystem from to the Host processor the integrated graphic engine or external AGP master or the I O bus masters The memory controller also supports the Suspend to RAM function by retaining the CKE pins asserted in ACPI 53 state in which only AUX source deliver power The 515650 adopts the Shared Memory Architecture eliminating the need and thus the cost of the frame buffer memory by organizing the frame buffer in the system memory The frame buffer size can be allocated from 8MB to 64MB The 515962 MuTIOL Media I O integrates the Audio Controller with AC 97 Interface the Ethernet MAC the Dual Universal Serial Bus Host Controllers the IDE Master Slave controllers and the MuTIOL 9 Connect to PCI bridge The PCI to LPC bridge I O Advanced Programmable Interrupt Controller legacy system I O I O Advanced Programmable Interrupt Controller and legacy power management functionalities are also integrated The 515962 also incorporates an universal interface supporting the asynchronous inputs outputs of the X86 compatible microprocessors like PII
181. 6 177 p s6 128 MD60 MD 177 0056 L28 MD60 L ago 180 _ 7 DDR MD56 DDR MD5 8 MD57 MD57 VDD15 Vbb32 MD61 MD57 0015 VDD32 MD61 DQS4 RP538 7 DDR MD57 pas Das 182 osy 1 0057 Dasi 182 1654 ___02057 183 184 ____ 7 0 DQ ____183 124 0087 DM7 0057 DM7 7 DDR 0984 BBE UA 1 8 s 185 516 vss33 186 185 5616 vss33 186 1565 4 m 7 DDR MD34 2 5 MD38 pss poss 188 es Mb88 a DQ58 H88 bes Hos 7 DDR MD38 Tem 3 14 DONT MD58 7189 0059 posa 180 P MD89 189 0059 pos 190 068 MOSS 7 DDR DOM DDR MD32 5 12 MD32 1 SMEDATA a vote VDD33 SMBDATA 193 0016 VDD33 191 MD37 7 DDR MD32 DDR MD33 amp 11 MD33 13 16 SMBDATA MBCLK 183 SDA sao 124 13 16 SMBDATA mE 188 SDA sao 184 2 5V_DDR MBSE az ae E ue Hi ss mp 7 DDR MD36 8 amp 56 122 yppip 200 gt lt 199 VDDID 200 5 2 z MD16 T 0 6MM 200P H9 2 0 6 200 4 20 DDR MDi7 141 108 16 QTCC106A 0928FP11 01 QTCC106A 040RP11 7 DDR MD16 2 WAN 15 MD16 1 MD15 7 DDR DDR MD20 3 14 MD20 014 2 20 DDR MD21 4 13 MD21 177 777 MD11 7 DDR 015 5 12 075 DOMI DDR_MD14 6 11 14
182. 6 11 83 von VDD j uu ba VDDI1S MAS 7 DDR MA1 10 MAT CDDRO __35 003 19 34 1 DDR3 35 T 1 7 DDR MA1 DDR MAZ 13 DDRO CIK DDROT 38 13 CLK DDR3 SEK PPRS 35 238 7 DDR MA2 8 1 32 CK0 vsszo 3 1 18 CLK_DDR3 CK0 vss2o 28 1 39 vss4 vss21 40 39 564 VSS21 MD2 DDR 0050 RPi2 1 14 16 RPX8 0080 MD16 41 42 MD20 MD16 41 42 MD20 MD6 7 DDR 050 DDR_MD2 2 15 MD2 41 25V REF 42 5V DDR DDRVREF MD17 43 0020 44 MD21 MD17 43 00016 44 21 DQMO DDR MD6 3 14 MD6 VDD4 VDD21 VDD4 vDD21 48 psauz 14 MBO x DDR DOMO 13 DOMO 5052 47 48 52 47 48 MD1 7 DDR DDR MDO 0052 DM2 0052 DM2 5 12 MDO MD18 49 50 MD22 MD18 49 50 MD22 5 7 DDR DDR MDI 5 12 MDI 4 49 0018 DQ22 23 0022 m 7 DDR MD1 DDR MD5 1 10 MD5 R825 R807 T MD19 53 besos 54 MD23 t MD19 53 Cos 54 MD23 1 BRR MD DDR MD4 8 9 MD4 49 9 MD24 Hed Dos 56 MD28 MD24 55 Daze 56 MD28 MD10 RP531 0603 0603 DQS1 VDD5 0022 38 528 VDD5 0022 MD10 1 60 MD29 MD13 7 10 DDR MD HP S 1 IKJ 16 MD 5 590 DQ29 _____ J DQ25 DQ29 DOM MTS 7 DDR DOS DEAS 15 m 5 ____ 053 6t poss 62 _____ 5053 61
183. 6 VSS 69 41 8VS VDDQ 17 VSS 70 VSS 71 VDDZ 0 VSS 72 VDDZ 1 VSS 73 VDDZ 2 VSS 74 VDDZ 3 VSS 75 VDDZ 4 VSS 76 VDDZ 5 VSS 77 VDDZ 6 VSS 78 VDDZ 7 VSS 79 VDDZ 8 VSS 80 VDDZ9 VDDZ 10 1 8VS o PVDDP 0 PVDDP 1 PVDDP 2 SIS650 BGA540 77 85 1 8V 3V 4VCC CORE 1 8VS 9 nr L C712 C713 C690 C702 6593 C720 C709 0 10 0 10 0 10 0 10 0 10 100 1U 1U 0603 0603 0603 0603 0603 1206 0603 0603 M 50V 50V 50V 50V 50V 10V 774 CORE 1 8V 694 1 716 l cess 714 C746 21 100 75 100 75 100 75 100 0 10 0 10 1206 1206 1206 1206 0603 0603 a dov 4 10 s 10 of 10V 50V 50V CORE 77 9 71 108 1097 689 688 687 1U 10 10 10 0 10 0603 0603 0603 0603 X 5 50v 777 CORE 9 7 c717 _ csao 0 10 0 10 0 10 0603 0603 0603 50V 50V 50V 77 42 5V DDR 9 1 1 14 C766 724 C767 715 2 100 100 21 100 100 0 10 1206 1206 1206 1206 0603 lt 10V 10V ej 10V 10V 50V 77 2 5V_DDR 9 1 731 1 704 l cess l 703 0 10 0 1U 0 10 0 10 0 10 0603 0603 0603 0603 0603 lt 50V 50V ej 50 50 50V 42 5V DDR 77 9 71 enel C741 C749 C773 c742 1U 10 10 10
184. 603 3 3UH 0603 PL11 0603 o 50V PC82 1 1 2 L514 1202 100 608 PC79 3300 7 1 1 9 3 8 941 ENPBLT LO YA J13 7343 1202 100M an 1515 1202 100 2012 1 1 _ r 2 M 50V M PC76 I PC73 9 1511 1202 100 1608 52 7 312 x 0 1U 1 PC62 0 1U I 57 24 BLADJ 1 722 41 9 0805 0 1U 0805 4 PD516 1000P 2 25V 0805 25V RLZ3 6B NA 0603 FA502 E D 77 J PC77 80 20 PU20 25V 480 2096 J MLL34B 4 12 AC POWER amp 1 P 8 7 8 010 112 Voss 18 480 2074 2 56 12 LEDs 2 4 al gt F 100 0805 T 2 ill 2 hou S 12 Gi al off c 1206 25V 141 1206 2 6 DDR 12 Ls 10 M 209 vi VL2 ad 10 J 10V 80 20 p IGNES ha hov 11 19 B 7 ae 1 5 RENEE 12 77 1200HMAT00MHZ 12 435 SD VFB 200K 1K 10 1 1 1 1 I i 4 1516 1202 100 C549 lt PRA 2556 2012 Bs MA 12PX1 ST I CM8500 9 SPEED TSSOP16 GND 96030 M 50 Y17 101 0001 PC55 0603 eg ee eS 4 1000P lt lt H2 0603 lt 77 777 777 4 4 Pus Sl4800DY e 12 5 O 1 8VS a PC18 PC21 1 E 10U 0 1U T 1206 0603 PR12 N N 1M PC24 0603 1000 E des D VMAIN 1 LET DVMAN t t t 1202 100 2012 J pesg PC64 68 0 1U 1000 100 77 0603 0603 ars 50V lt 4 25 4 D PU18 H2 5VA Sl4892DY sos 5 TG1 5 PR583 5V
185. 603 AGND L22 6002100 1 2 1608 4 R54200K NA 0603 ROUT 28 SPKROUT 1504 6002 100 06030 DFS 1 2 1608 id J506 FEE 2 R52 20K 0603 855 200K NA 0603 a 26 SPKROUT 503 6007 100M0603D DFS 1 1608 R DF13 2P 1 25H 3 n ROUT 29 2 R59 IRe2 66 2 47K 0603 DECT SEU 3 AOUT_R Laws 1J 2 10 RIGHT_IN b 5V_AMPO 1 65 2 4 1 RGAIN2 reves JO501 C66 4 1 1 Lanan 00 AK C73 8 4 2 0 33U RIGHT DOCK RGAIN1 R48 1 603 100P G SPBIEGUT SPDIFOUT4 2 SPDIFOUTJ 16V BD surpowN 2 AMP MUTE R45 R43 20K 603 603 0603 o L16 9 OPEN SMT4 120 0603 20 0603 1608 5 1 2 VES nba 1 0603 C501 100U 6 3 20 6002 100 5V GND I ces ilLa 4 2 4 4 119 GP1FD310TP 1202 100 _ _ 5VS SPDO i 4 SHARP 2012 C70 C67 pare 0603 C63 5 5 i L15 1608 331840010008 0 1U 0 1U 50V 90681 124 1608 600Z 100M NA Close to LM4835 De ai ORNA zal GNDD GND6 0805 1202 100 8002 100 6 16 27 GNDE GND7 1608 GND8 AONI 45VS 3VS BYPASS GND9 lt 4 al 4 L GND1O 114 L18 GND11 CHOKE PLP32168 BLM PLP3216S BLM G LM4835MTE 7 PLP3216S PLP3216S TSSOP28 MXA28A CAGND AGND 4 Ju R72 R69 AGND 77 3VS 4 i AGND AGND AGND 0603 0603 T 113 1 600Z 100M NA 1608 5 9 SPD Q505 1608 600Z 100M NA S R95 81230109 DTA144TKA NA 9
186. 6030 DFS 0603 5VS 0603 0603 2012 042 Normal 0 10 VGA YUV TV SCART TV q sv C96 R555 R565 0603 0 1U 10U GPIOA 0 1 1 4 7K 4 7K NA R40 1 0 0603 1206 0603 0603 ANS O48V8 50V lt 25V GPIOB 1 0 1 0603 6 VBCAD VBCAD x 6 VBHCLIK R32 10K NA 603 a 9572 R GPIOA R35 10K NA E 0 1 1 27 27P NA 36 0 1 0603 0603 0603 1 e09 GPIOD 0 1 0 1 39 1 4 7 AANA B0 Normal Normal PAL M PAL N Normal GPIOB 8591 A 2 47KINA 4 35 YUV TV 525 525P 750P 10801 R588 4 4 7 A ios Mitac Title SIS 302LV Document Number 8640 01 Date Eneet 9 of 32 Wednesday August 28 2002 1 PDF created with FinePrint pdfFactory trial version http www fineprint com nVIDIA MAP17 1 2 VDD MEM2 5 Place under the GPU u o AD O 31 Place under the GPU 6 AGP AD 0 31 K gt U6
187. 67 3333 0 10 1202 100 0 1U add R692 220 NA 0603 1608 0608 10 op R643 NA 22ohm 0 0 0 1 1 100 00 13333 666 66 6 33 33 FSB400 DDR266 DEFAULT 1 q R652 NA 220hm 1 100 00 150 00 6000 60 00 30 00 1 1 100 00 125 00 62 50 6250 31 25 0 0 1 1 0 100 00 160 00 66 67 66 67 33 33 42 5V DDR T 1 100 00 133 33 8000 66 67 33 33 1 CBVDDA U518 H 1 i 1 SMBCLK Sci pm 8804 4 2 22 BF OUT 0 1 0 0 0 100 00 200 00 66 67 6667 33 33 30021004 7 SMBDATA 22 SDATA D 1 0 100 00 1666 62 50 6250 3125 FSB400 DDR333 2012 1000 2 R776 1 2 0 CLK DDRO CLK DDRO 14 0603 0603 BF OUT 01 7751 AYA 2 0 CLK_DDR0 DDR0 14 0 1 0 14 0 100 00 166 67 7143 83 33 41 67 50V 7 FWDSDCLK FWOSDGLKO GLK INT oe u HH ES 4 80771 2222 14 0 1 0 1 1 80 00 133 33 6667 66 67 33 33 VDDO CLKC1 DDR1 14 vob em 0 1 1 8000 133 3 6667 6667 33 33 2 5 DDR CBVDDA 10 2 H4 R780 2 0 CLK_DDR2 DDR2 14 0 1 1 1 95 00 95 00 6333 6333 31 67 i70 1 UM HZ Raos 1 222 0 DORR CLK DDR3 14 0 1 1 1 O 9500 12667 6333 6333 3167 C820 3002 100 1 cups aa clic nas 0 1 1 4 1 66 67 6667 5000 5000 25 00 5 GND3 cua 24 AAA 28 DORA DDRA 14 tov lt 5ov 50 ej 50
188. 7 474 1000 eee V J21 0 15 Internal Keyboard KI 0 7 4 D Fl PJ11 PJ501 ee L2 1207 100 TE DAA Touch pad C tor 59 T DATA L1 2021 100 onnector CI 47 3 R768 IM X508 16MHz C807 C806 68P 68P V V BTB CD ROM BD 114 8640 N B Maintenance 8 7 Keyboard K B Touch Pad T P Test Error20 Error message of keyboard or touch pad failure is shown or any key does not work Keyboard or Touch Pad Test Error Board level Troubleshooting Is K B or T P cable connected to notebook properly Replace Motherboard No One of the following parts or signals on the motherboard may be defective use an oscilloscope to check the signals or replace the parts one at a time and test after each replacement Signals Try another known good Keyboard or Touch pad Internal or external ISA IRQ1 ISA IRQ12 ISA IOR ISA SD 0 7 Replace the faulty Keyboard or Touch Pad H8_KBCS H8_MCCS H8 ISA KO 0 15 KI 0 7 T CLK T DATA ISA_MCCS ISA_ROMCS 115 8640 N B Maintenance 8 8 Hard Drive Test Error Either an error message is shown or the driver motor continues spinning while reading data is from or writing data is to hard drive 5VS 41 42 C93 5VS cos 1 040 5 R708 otu 1 C94 4 7K PIORDY 27
189. 7 DDR 14 z 7 DDR EE M MOTT PLACE CLOSE TO J5 THESE DECOUPLING CAPACITOR SHOULD BE PLACE WITHIN 150 Mils OF 1 25V THERMINATION R PACKs 7 DDR 42 5V_DDR 1 25 lev lev 1 1 1 1 1 1 1 yl 4 J J J J 852 c883 C878 C845 C884 C879 57 caes C861 case C869 cae2 1 844 C859 71 870 cess 71 220 221 C223 C224 C225 C241 C242 C243 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 0 1U 1U 1U AU T410U 200 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 N 1206 1206 1206 16V 16V 16V 16V 16V 16V 16V 9 16V 16V 16V 16V 16V 16V y 16V 16V 4 16V 16V 16 lt 060304 0603D 06030 06030 06030 10V lt 10V lt 10V PLACE CLOSE TO J4 1 25V 125 125 NET MERE 1 as 2 5V_DDR 25 DDR 1 1 gt 1 gt 1 1 1 1 4 C885 1 C880 C895 1 C886 C881 C846 C871 C887 C882 C877 C893 C892 C843 C888 C864 C853 C872 C865 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 0 10 1 0603 0603 0603 0603 0603 d 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 C231 7 C229 C230 71 245 c244 c222 C213 C216 227 16V 16
190. 7108011508 SCREWMELISFLTCONIV NLK U 3 PART FAN ASSY 8170 1 ASSEMBLY 05 SCALE 0 063 DRAWING NAME CASE KIT W Z C R 8640P gt alel 1 1 4 m 19 0 jajaj E e 15 o 3 25 45 0 4 o 8 papas ues ware MITAC International Corp B C D E SHEET 1 OF 1 L _ SCALE 0 300 180 315 9 9 i 9 O n lu ul t 9 BERGE 10 af aola a jon UI UI ITEM PART NO DESCRIPTION TYPE REMARK 421673400001 WIRE ASSY LCD QD1 14 8640S ASSEMBLY a som assvinvertars _ 3 mer sese sese 1 mr 7 ssemwmo wmtucurwwas mer e sse rvcrownicnasios eme s smemwes vcsstwweremwes m jme csse pus xk __ mer Hu sesnewme mermesrs aj aj 1s ime i x 3700200256 mer 2 eaer loer
191. 8 2 4 4 38 C191 1 3 111 CERAME CAD5 CADE 15 23 PCI C BE 1 C BE1 CFRAME 4 5 z 2105 PCI C BE 0 48 110 CIRDY R172 C207 CAD7 R2 014 15 23 PCI C BE 0 C BEOR CIRDY 520 6 40 DET m PCI AD20 R189 1 100 2 0603 13 CTRDY 469 COEVSELZ T aos CAD9 R173 s 42 10 10 CARD 21 DSEL CDEVSEL 05 CSTOP M 1096 t TAAA2 A CVST 18 PCICLK CARD PCI CLK CSTOP E 2E PCI DEVSEL a2 POL 101 CPAR 0603 CAD12 8176 CADIS 15 23 PCI DEVSEL lt DEVSEL CPAR 4 2 10 44 15 23 PCI FRAME POL FRAME 28 FRAME CPERR 104 CPERBE 77 6215 CADIS 11 45 CADIS 1523 PCI IRDY PCI _IRDY 29 IRDY CSERR 133 CSERR 10P NA 0603 12 46 CADIS Tapa POL TRA PCLTRDY ERU 0603 9 CPAR 13 4 R2 15 23 PCL STOP PCI STOP 33 STOP CGNT 106 CGNT 10 10P NA 14 48 CBLOCKF P BAR PCLPAR STO CINTA 0603 VPPA CGNT 15 49 CSTOP 15 23 PCI 34 PERR cBLocK 103 CBLOCK 77 lt 10 CINT 16 50 CDEVSEL 15 23 PCI SERR SERR 35 CCLKRUN 136 1 51 PCI REQ0 1 119 CRST 77 15 PCI REQ0 REQ CRST 12 22 143 R2 D2 CCLK CTRDYF 15 GNTO PCIRSTE GNT R2 D2 RS Did 19 7 9 10 15 18 22 23 PCIRST RST R2 014 84 4 CIRDY 0 54 CARD PME 59 2_ 1 100 oer R182 ris gt CR
192. 8 8008 010 R2 17 XTAL2 TEST 20 5005 55 6 6 0603 GNDA sync 48 R124 A AA 2 0 0603 SDD4 247 8 DIS 50V NCO 3 Enable External Access Enable 10 S 7 7 GNDDO En 12 H2 SDIS GNDD1 2 66 5 SDD1 T 13 14 m 55014 GNDDS Noa 125 15 16 SDD 3 NC4 gt 12417 188 SORE GNDD4 777 9 20 GNDD5 VCCDO SDDREQ 19 20 DO SDIOW 2121 22 22 Sm GNDD6 VCCD1 4 H 4 SDIOR 3153 24 24 GNDD7 VCCD2 C4 C12 C13 C5 e EIS Mem T SDDACI 27 28 28 I GNDD9 VCCD4 N 603 EDDA K 29127 28 30 1 O45VA 98 GNDD10 VCCDS 50V 50 50V 50V SDAI 31 31 32 32 0603 0603 GNDD11 VCCD6 SDAD 3333 34 77 xi 97 76 ND3050 T Hg H 3 55 36 PQFP128A 0 5 38 39 0 22 4 42 7 8 AC97 RST AC RS 45143 444 SB SPKR 8 AC97 SDOUT 97 SDOUT 4 48 CARDSPK SB_SPKR 3 8 AC97 SDIN AC97 SDIN 49 47 48 50 MODEM SPK 3 sw5 8 AC97 SYNC 7 SYNC 51149 50 gt SPK OFF MODEM 3 COVER SW ilo 2 43V 8 97 BITCLK TET RUDI 53 a4 54 _ 4 5 9 3 14 318MHZ AUDIO 55 55 56 56 MONO OUT MONO OU 200V 0 5A aL eu d J USBP5 t 82 57 58 a8 COVER SW 1 FR2025 0603 R 9 60 5 6 5 59 60 12VS 3VS MB 5V 16V 161 62 9 TO 1 95 U502 97 470 470 63 63 64 64 0603 0603 65 66 nco vec 32 3 T DATA 65 66 14 14 67 67 88 12 A15
193. 8 PU505 P 311821002101 21673420005 WIRE ASSY LCD HANN 15 XGA 8640P 421673400001 VR 10K CF 02W 30 RVR16H 013 B1 WIRE ASSY LCD QDI 14 8640S VR501 1 169 8640 N B Maintenance 9 Spare Part List 33 Part Number Description Location S 274011600408 274012500401 274012700401 274013276114 170 ITEM PART DESCRIPTIUN TYPE REMARK 1 340673410001 CDVER ASSY 8640G 1 lassEMBLY C C 2 340673400004 HOUSING ASSY S640S 1 3 340673400012 SHIELDING 55 86445 1 ASSEMBLY 4 411673430001 PWA PVA 8G40DMUTHER BD 1 JASSEMBY _____ 5 1441999900069 BATT ASSY DUPTIUN LLIe CELL 640G P 1 ASSEMBLY 6 52346734100 ASSY DKe3DA 40 HITACHLS640G 1 ASSEMBLY 7 523467340007 COMBO ASSY MATSUSHITA 8640 1 ASSEMBLY 8 940673400010 THERMAL 551 86405 1 lASSEMBY 9 340673400003 55 86045 1 JASSEMBLY 10 531020237483 KBDj88 GR K010718V1 8640 DARK BLUE 1 PART 11 340673400001 PLATE ASSYiK B 8640S 1 JASSEMBY 12 344673400009 COVER SPEAKER S6408 1 PART 13 340673400006 5 ASSY BDX j8640S 1 ASSEMBLY 14 442110500012 TOUCH PAD 2 1 PART 15 340673400013 BRACKET ASSY T P 8640S 1 ASSEMBLY _____ 16 348673410001 BRACKET CARD READER 8640G 1 PART 17 421673410003
194. A 100K ES PR547 NA NA 470K 0 a PR540 PR530 PRIS NA NA 442K 100K 1M _ _ PD508 0603 0603 PR26 NA NA 100K A BATIA E NA 26 7 PR530 NA NA 1M N PR17 NA NA PR10 NA NA Diod NA NA MiTAC 22 Title CPU CORE VOLTAGE LTC3716 PZe Document Rev Number 411673400003 01 Wednesday August 28 2002 Eneet 28 32 5 4 3 2 1 PDF created with FinePrint pdfFactory trial version http www fineprint com PL6 PR524 DVMAIN D2 1 DVMAN 2 1202 100M 10 0603 2012 0525 posok PC528 220 oT 1915 0603 0603 504 N 50V 50V g 2 PR505 JS512 0 14 2 7 2425 PWRON gt 77 SHORT SMT4 PC507 7 7 PUG 0 1U 77 SI4800DY 50V ME PR504 08 1K PR51Z 0603 1K 0603 TT lt ol 1 lt 3 511 T T 470P NA 0603 ad 10 q PRO pra PR516 PR519 irwy
195. A s m gt VDDFBIO 2 PClADO 12 1 5VS uc VDDFBIO 4 zum zm PCIAD1 VDDAGP ne VDDFBIO 4 207 2 9 PCIAD2 VDDAGP NC VDDFBIO PEUT 6519 GND GND AGE AD 1528 PCIADS VDDAGP 4 ces 4 0509 4 c23 css 13 NC VDDFBIO EU 70 GND GND AGP ADS ALAH PCIAD4 VDDAGP 0 022U 0 022U 0 022U 0 022U Ae NC VDDFBIO 80 20 e 18020 a SOV GND GND P ZEN E xs He AGE AG29 PCIAD7 VDDAGP 10 10 10 10 VDDFBIO 4 GND GND AH30 VDDAGP ALL uc VDDFBIO 4 4 M12 GND GND AD PCIAD9 VDDAGP 2 2 NC VDDFBIO 517 521 607 N12 GND GND 10 AH29 Place on solder side under the BGA gt 20 470P 470 470 AGE ADT AF29 PCIAD10 NC VDDFBIO 0106 P12 GND GND 8 PCIAD11 VDD O 1 2VS xA21 VDDFBIO 8 Me B12 GND GND A AGF 12 AJ30 PCIAD12 VDD 4 4 4 4 22 VDDFBIO 2 GND AD13 AG28 E CIAD13 VDD 589 C590 C591 C535 C534 C553 SA23 wc VDDFBIO GND GND 19 ADi4 501013 BD 470P 470P 470P 2200P 2200P 2200P 2 NG VDDFBIO GND E20 AGP AD15A PCIAD15 VDD 0603 0603 9805 0603 4 0603 0603 A26 NC VDDFBIO 4 4 W GND GND 0 AGE PCIAD16 4 0 5 NC 5550 5525 6502 12_ GND GND 4 PCIAD17 VDD MSPSEL NC VDDFBIO AA12 GND GND H AGP AD18 PCIAD18 VDD A
196. APCID0 THERM2 Pull Down MAIN GTL LEVEL APCIDI GPIOFF Pull Down MAIN GTL LEVEL APICCLK Reserved Pull Up MAIN OC2 GPI 2 I AUX 5 GPI GPI Pull Up Table21 Pin Define 35 8640 N B Maintenance 1 4 5 Keyboard Controller Pin Define port Signal Name Type Description 31 NC X 47 BATT_DEAD I Indicated the battery capacity is not enough to power on system 48 RI I on suspend mode then received this signal amp system have to wake up 57 PB7 DATA I O Connect to touch Pad DATA 58 PB6 M DATA OD 5 2 Mouse Data 68 5 KM DATA OD PS 2 Keyboard Data 69 PB4 CHARGING O Indicated charge circuitry to work 80 FANI SPD I Return FANI CPU FAN Speed 81 2 FANO SPD I jJReturn FANO CPU Core D D FAN Speed Bit 0 7 SCROLL NUM CAP AC POWER BATT POWER BATT 90 PBI LED DATA 91 PBO LED O For LED indicate 5 H8 MODEI I H8 Mode select 6 MDO H8 MODEO I H8 Mode select 16 P97 DATA BUS DATA For Smart Battery 17 P96 NC NC X 18 P95 HS8 SISPWRBTN Button to 515962 19 94 SW 5 To switch 5V 5VA power source 22 H8 THRM ma THE SYSTEM TOENTER POWER MANGMENT 23 P92 POWERBTN I System power button 24 P9I LID I Cover switch Logic Low means LCD Cover Closed 25 P90 HS8 SUSC I System inter S4 S5 High S
197. AWE POLL 0693 1 AAA2 N NO FBARAS 812 4 7 29 FBACAS Ci2x 2080 0803 28 0 wc FBaao Bid 0603 0603 NG FBAAO 5 4 R838 R839 628 1 50V R27 NC FBVREF 18__ e AA 2 MSPSELO PAMGFGO gt PAMCFGO 11 B28 NC FBACLK1 10K 10K NA 126 NC FECLKI FBACLK1 0603 0603 NG FBACLKO xT2Z NC FBCLKo G20 FACTO 77 NC FBCLKO R840 R841 ee MAP17 4 VE MSPSELI 1 nns 1 S PAMCFG 11 BGA548 144 1MM 10K NA 10K 0603 0603 R842 R843 1 WA MSPSEL2 1 AA 2 PAMCFG2 pAMCFG2 11 MiTAC 0603 0603 RAM CFG 3 0 0111 2 32 DDR SDRAM DQS per byte dll on low drive strengh DEFAULT Title 1101 4Mx32 DDR SDRAM 005 per byte dll on low drive strendh Re44 R845 nVIDIA MAP17 1 2 1111 4Mx32 DDR SDRAM 005 per byte dll on high drive strength AA 2 MSPSEL3 LAN PAMCFG3 gt PAMCFGS 11 E 5 _ 10K 10K NA 4 01 0603 0603 Number 8640 Date Bheet 10 of 32 Wednesday August 28 2002 1 PDF created with FinePrint pdfFactory trial version http www fineprint com
198. B ANUAL KIT EU 8640G P ANUAL USERS EN 8640G P N B ANUAL USER S EU 8640D M L N B ANUAL USER S EU 8640G P N B MODEM ASSY MDC ASKEY 8640 NAMEPLATE T ONGFANG ID4 8575 PACKING KIT 8640 1 2CELLSMOLLME PACKING KIT N B 5 IN 1 8640M PACKING KIT N B 8640M UE p 1 m 222668820004 PE BUBBLE BAG 190X190MM ANTI ST A PWAPWAsosoESBLEDBD PWAPWA 8640BATT PWAPWASMDBATT PWAPWASMDBATT PROTECTIONBD PwarwasenLMOTEERBD 271071131101 RES 130 1 16W 1 0603 5 271071237311 RES237K 1 16W 1 0603 5 RES 26 7K 1 16W 1 0603 5 RES 442K 1 16W 1 0603 5 271071563101 RESS6K 1 16W 1 0603 SMT 411673440003 PWA PWA 8640M MOTHER BD SMT 411673440002 PWA PWA 8640M MOTHER BD T U R714 PR13 PRI4 PRIS PR536 140 8640 N B Maintenance 9 Spare Part List 4 8640G Spare Part List Part Number 541667341007 541667343005 541667343009 541667340034 541667340002 441999900071 442673400016 441673400027 340673440009 340673440019 340673420004 342673400009 342673400008 220673400002 221673412002 431673450001 431673430001 431673440001 431673420002 344673440010 413000020348 291000012025 331810006008 331810006014 340673430001 a besmmowmw bewesmunowr Barr brrewewemnwua paramun
199. BUS Pentium 4 CPU Willamette Northwood Micro FCPGA 478 pin IGUI Host Memory Controller Memory Bus 266MHz Thermal Sensor ADM1032 SiS651 MINI TEEE1394 200 pin DDR SO DIMM Socket 2 Hyperzip Data BUS 266MHz 512MB SEC MUTIOI Media I O MuTIOL Media Controller SiS962 ISA BUS Super I O PC87393 Flash ROM AC Link Audio Codec Cover Switch TEEE1394 PHY RTL8801 Amplifier M D C Micro Controller H8 F3437 MIC MIC RJ 11 Jack L FAN Power Button Touch Pad Keyboard 89 8640 N B Maintenance 7 Maintenance Diagnostics 7 1 Introduction Each time the computer is turned on the system BIOS runs a series of internal checks on the hardware This power on self test POST allows the computer to detect problems as early as the power on stage Error messages of post can alert you to the problems of your computer If an error is detected during these tests you will see an error message displayed on the screen If the error occurs before the display is initialized then the screen cannot display the error message Error codes or system beeps are used to identify a post error that occurs when the screen is not available The value for the diagnostic port 378H is written at the beginning of the test Therefo
200. BlAS 22 r A 2 4 1AAZ 24 I 750K 16 21 d change to PR13 2 0603 hooop 4 PU12 PUSOG 4 EN 0 7UH B 78 Pon d 0 ohm for core 1 17 yipo 20 2 suseapy Hi nMiae I ZD aapi 4 G G 2 G s 2N7002 ERN 1 603 Bi 18 19 al 4 ia B q VID1 q al lt 4 Jl poss L T AAA 4 JL SN MM 1 PB32 E E 4 A m SSOPS6A 0603 PRI O PD512 JP NET20 P A LTC3716 PR34 M 50V EE EC31QS03L 10 4 M NA PR27 10 4 77 PR23 10 4 4 77 777 Sa change to 0 ohm 0 4 3 PVID 0 4 BUDS for VRM9 0 PVID1 i delet PVIDO SPEC Mode 1 Celeron Mode 3 Mobile VRM9 0 Description Patrs t Patrs Vcore 024 LTC1709EG 9 VRM9 0 LTC1709E 9 VRM9 0 LTC3716 PR15 PD510 NA NA BAT54 442K 9803 PR549 0 ohm N PR548 NA PR537 NA NA PD509 a 54 22u 25Vx2 cc 22u 25V 224 25 pasta 4 1 s 2 7002 220u 2 5V 4 220u 2 5V 220u 2 5V 13 16 CPU 5 Dl 14 26 26 7K 100K PR536 49 9K 1 49 9K 1 0603 0603 PR547 1 PR11 0 ohm 0 ohm 470K E a 0603 Low side mosfetx2 SI4362DY SI4362DY NA PR13 0 ohm 0 ohm 237K 1 PQ512 a a 2N7002 mosfet x5 NA NA 2N7002 PQ5105 5 5 2N7002 s 4 4 4 PR540 NA N
201. CLK_STP Stop CPU clock GPIO12 Io Output to the external clock generator for it to turn off the CPU 3 3V 5V AUX clock during C3 Sx DPRSLPVR Deeper Sleep GPIO13 O DPRSLP be used to lower the Intel processor voltage 3 3V 5V AUX during C3 S1 state 85 8640 N B Maintenance 5 3 SIS 962 MuTIOL Media I O South Bridge AC 97 Interface Name Pin Attr Signal Description AC AC 97 Bit Clock 3 3 5 M This signal is a 12 288MHz serial data clock which is generated by primary Codec AC 5 AC 97 Reset 3 3V AUX Hardware reset signal for external Codecs AC_SDINO I AC 97 Serial Data Input 3 3V 5V AUX Serial data input from primary Codec AC SDINI I 97 Serial Data Input 3 3 5 AUX Serial data input from secondary Codec When Modem Codec is used this pin dedicate to Modem Serial data input AC SDIN 3 2 AC 97 Serial Data Input GPIO 10 9 vo Serial data input from third and forth Audio Codec 3 3V 5V AUX AC SDOUT 97 Serial Data Output 3 3V M Serial data output to Codecs AC SYNC 97 Synchronization 3 3V M This is a 48KHz signal which is used to synchronize the Codecs USB Interface Name Pin Attr Signal Description USBCLK48M I USB 48 MHz clock input 3 3V 5V M This signal provides the fundamental clock for the USB Controller OC 0 5 IO U
202. DCLKO 13 9 10 15 18 19 22 23 PCIRST DDR MD43 042 5 042 11 c745 1624 AU DDR MDAA MD43 SMD10 SDRCLKI 16 AUXOK PIDS DDR MD45 044 5 044 77 0603 TRAPO R748 MD45 SMD12 DDR _MD46 AES pie 4 7K DDR_MD47 AF4 MD46 SMD41 SDAVDD 7 7 06030 DDR paws Ab MD47 SMD9 SDAVDD 4 SDAVOD cb DDR 0085 DQMS SMD11 SDAVSS 5 DLLENZ DDR MD g 0055 0585 SDAvss 2 9DAVSS DB MD 8 MD48 SMD40 DDR_MD50 AE2 MORE E C782 770 DDR MD51 5 AAI DDRAVDD 0 1U 0 1U DDR AGS MD51 8MD36 DDRAVDD cans cape DDR MD53 MD52 5MD39 DDRAVSS 50V 50V DDR MDSA ABIH MD53 SMD7 ppravss A 2 PDBAVSS INI DDR NDES AES MD54 SMD6 DDR Dame 408 MD55 SMD5 DDR 0056 2 DOMG SMD38 Alig _ DDRVREFA Bh Mose AER 0056 0586 DDRVREFA ABE MD56 SMD35 DDRVREFB AH2___DORVE DDR_MD58 Aag MD57 SMD34 W3 DRAM SEL WIES MD58 SMD1 DRAM SEL DDR MDEG MD59 SMD0 SIRE is DDR MDE MD61 SMD3 DDH MDES AD2 MD62 SMD33 DDR DOMZ Api MD63 8MD32 DDR DOS7 DQM7 SMD2 LPDR 205 AC2 DQS7 CSB7 SIS650 540 77 85 NOT STUFF IN SiS645DX m erus Eee C755 wewn 1 2 1 8VS 1532 06030 0 10 50V VDDZCMP 4 1 ryrysN 2 1202 100M 1 2 VRSET ZCMP N R739 56 J J 2012 J 42 5V DDR 1 8 5 C776 C779 C705 06030 0 10 50V o o 0 01U
203. DTS C 13 aa 178 4 16 CARD PME RI_OUT PME Hal EE CADIS 22 56 DIS 10k EE op EH 10K 0603 CAD20 23 5 CVS2 18 28 CARDSPK 62 75 1 10 CAD21 4 58 5 RACE ROA RO1 SPKR OUT CCD 2 i CAD22 25 59 CSERR 15 16 22 23 CLKRUN CLKRUN 69 CAUDIO 134 GAUDIO il CAD23 26 60 68 135 CSTSCHG CAD24 2 61 PCI LOCK 67 CSTSCHG R187 CAD25 B 62 CAUDIO egy SERIO SERIRQ 65 MEA Gomes 125 47 CAD26 29 63 CSTSCHG x 112 2 0603 CAD27 30 64 CAD28 61 2 CORET CAD29 al A 65 15 PCLINTB R186 1 2 60 MFo 88 GOBESO 32 66 CADET Sooooooo CCLKRUN 33 CCD 2 pees 55555555 3 7 L C234 E 410 1 ONDE NDA T 505 144_0 5 4 10 0 635 H7 9 68P 10K HH CL640 1009 9 77 0505 HIROSE X 4 lt Bs 1 1 2 CARD Q518 77 DTC144WK C822 0 10 50V 0603 011 VCCEN 0 WCCENEI VCCD0 SHDN H 0 3VS YEGA 0 VPPENO 3 T VDDPO 74 3 3VA VDDP1 5 13 5 5VA cederszh 22 CN 1 4 oc 12V 195 C190 C197 C206 12VS 0 1U 0 1U 0 1U 0 1U SSOP16 0603 0603 0603 0603 TPSe2NI 9 80
204. Device Select 3 3V 5V M As a PCI target 515961 asserts DEVSEL by doing positive or subtractive decoding 515961 positively asserts DEVSEL when the DRAM address is being accessed by a PCI master PCI configuration registers or embedded controllers registers are being addressed or the BIOS memory space is being accessed The low 16K I O space and low 16M memory space are responded subtractively The DEVESEL is an input pin when 515961 is acting as a PCI master It is asserted by the addressed agent to claim the current transaction PREQ 4 0 I PCI Bus Request 3 3V 5V M PCI Bus Master Request Signals PGNT 4 0 PCI Bus Grant 3 3V M PCI Bus Master Grant Signals 5 I PCI Bus Request GPIO5 yo PCI Bus Master Request Signal 3 3V 5V M 5 PCI Bus Grant GPIO6 VO PCI Bus Master Grant Signal 3 3V M INT A D I PCI interrupt A B C D 3 3V 5V M The PCI interrupts will be connected to the inputs of the internal Interrupt controller through the rerouting logic associated with each PCI interrupt PCIRST PCI Bus Reset 3 3V M PCIRST will be asserted during the period when PWROK is low and will be kept on asserting until about 24ms after PWROK goes high SERR I System Error 3 3V 5V M When sampled active low a non maskable interrupt NMI can be generated to CPU if enabled STOP vO 3 3V 5V M Stop STOP indicates that the bus master must start terminating its current PCI bus cycle
205. E OR GATE SC70 5 IC ND3050 6 INI FLASH DEVICE CON 2 2 286300812002 IC S 812C DECECTOR SOT 89 PRC 286300431014 IC SC431LCSK 5 5 ADJ REG SOT 2 U U U U U 4 4 286300965001 IC OZ965R CCFL CTRL TSSOP16 02 1 4501284001 284 010 NETWK QSO 501 U502 4 8 U 84587393002 IC PC87393FE TQFP 100P U512 286309701001 IC RT9701 POWER DISTRI SW SOT23 U2 U3 U3 PQ2 PQ507 PQ516 162 8640 N B Maintenance 9 Spare Part List 26 Part Number 784500302001 284500645002 284509622001 284500650003 284500530002 236362003001 286361256001 273000135101 773000990081 273000990116 INDUCTOR 10UH SPC 10038 100 SMT 273000990115 INDUCTOR33 3uH 3A CSS054D SMT 273000150106 1026 2012 273000990117 346673400017 INSULATOR 102 21 0 15 86408 346503100005 INSULATOR S BATTERY ASSY 7521Li 346673400018 346504200001 346000000001 346503400502 346503200202 346505200101 34650340050 346673400013 346673400011 346673410003 NSU NSU U7 9 515 Location S eie 503 520 1539 PTI PL501 16 1 527 1 528 PLI2 PLI5 oo 34 34 34 4 163 8640 N B Maintenance 9 Spare Part List 27 Part Number Deseripon Location S 242671720009 242600000088 242600000157 242673400004 242673400015 242669900009 242664800013 242669600005 2426746
206. EMI request at location JS510 JS511 35 Changed LAN transformer from LF H80P to LF H41S 36 Reserved pull up resistor for 1394 LPS signal at location R152 37 Changed USB connector for ME request 38 Add Q5 R60 R109 to correct WIR_LED circuit refer page 23 39 Add R193 that pinl connect to 2503 pin 116 MINI PCI socket and pin 2 connect to MODEM SPK 40 Connect J503 to GND for CODEC IDO R194 41 Add R75 for WIRE LED 42 Add R170 for WIRE LEDf 43 Add J24 D3 Q12 for system second FAN 44 Add R161 0512 and changed resistors value from 10K to 470 ohm at location R169 R170 to correct ADM1089 THERM function 45 Add R831 R169 0510 to correct CPU THERMTRIP function 46 Changed capacitor from 10U 1210 to 10U 1206 at location C241 C242 C243 C245 C244 C213 C216 C847 47 Changed C92 from 220 1210 to 100 1206 and add C902 10U 1206 for clock generator 3 5 for ME issue 48 Add 100 1206 capicators for 17 1 2VS at location C896 C897 C898 49 Add 100K pull low resistor for PWROK signal at location R826 0 part from RSL4148 to 1005031 at location 0515 necessary parts of Q12 Q13 2N7002 52 Changed USB signal damp resistors from 22 ohm to 0 ohm refer page 17 53 Changed USB signal by pass capacitors value from 22P to NA refer page 17 54 Delete USB signal pull low resistors value from 15K to NA refer page 21 23 55 Add 0 10 capatitor at location C252 that 1 connect to 012 pin62 CB1410 SPKR_OUT and pin2 connect to CARDSPK 56
207. I 2048x1536x16 75NI 2048 1536 32 75NI 2048x1536x8 75NI 2048x1536x16 75NI 2048 1536 32 75NI 0 768MB 1 536MB 3 072MB 0 768MB 1 536MB 3 072MB 0 768MB 1 536MB 3 072MB 1 28MB 2 56MB 5 12MB 1 28MB 2 56MB 5 12MB 1 28MB 2 56MB 5 12MB 1 875MB 3 75MB 7 5MB 1 875MB 3 75MB 7 5MB 1 875MB 3 75MB 7 5MB 1 875MB 3 75MB 7 5MB 3MB 6MB 12MB 3MB 6MB 12MB 65MB s 130MB s 260MB s 78 75MB s 157 5MB s 315MB s 94 5MB s 189MB s 398MB s 108MB s 216MB s 432MB s 135MB s 270MB s 540MB s 157 5MB s 315MB s 630MB s 162MB s 324MB s 648MB s 202 5MB s 405MB s 910MB s 230MB s 460MB s 920MB s 230MB s 460MB s 920MB s 255MB s 510MB s 1 2GB s 255MB s 510MB s 1 2GB s 8640 N B Maintenance 1 3 6 Pins S VIDEO port for TV Out Table 7 S video Port PIN SIGNAL NAME DIRECTION 1 2 3 4 5 6 7 Table 8 TV Out Support Modes Support up 1024 768 resolution Support PAL and NTSC system Support Composite Output by a transfer cable System NTSC NTSC NTSC NTSC NTSC NTSC System PAL PAL PAL PAL PAL PAL Input Active Resolution 320x200 640x480 720x480 720x400 800x600 1024x768 Input Active Resolution 320x200 640x480 720x400 720x576 800x600 1024x768 Active TV lines 480 400 480 400 480 400 480 400 480 420 480 540 500 540 500 540 500 576 510 600 510 520 Over Under scan
208. I K7 and P4 The integrated Audio Controller features a 6 channels of AC 97 v2 2 compliance audio to present 5 1 channel Dolby digital material or to generate stereo audio with simultaneous V 90 HSP modem operation Besides 4 separate SDATAIN pins are provided to support multiple audio Codecs one modem Codec maximally effectuating the realization of 5 1 channel Dolby digital material in theater quality sound Both traditional consumer digital audio channel as well as the AC 97 v2 2 compliant consumer digital audio slot are supported VRA mode is also associated with both the AC 97 audio link and the traditional consumer digital audio channel 8640 N B Maintenance The integrated Fast Ethernet MAC features an IEEE 802 3 and IEEE 802 3x compliant MAC supporting full duplex 10 Base T 100 Base T Ethernet or 1Mb s amp 10Mb s Home networking 5 wake up Frames Magic Packet and link status change wake up functions in G1 G2 states are supported Besides the integrated MAC provides a scheme to store the MAC address without the need of an external EEPROM The 25 MHz oscillating circuit is integrated so as only an external low cost 25 MHz crystal is needed for the clocking system The integrated Universal Serial Bus Host Controllers features Dual Independent OHCI Compliant Host controllers with six USB ports delivering 2 x 12 Mb s bandwidth and rich connectivity Besides each port can be optionally configured as the wake up source Legacy USB devices as
209. IN x 13 CLK SIO CLKIN SLIN _ASTRB STEP 42 P SLIN 21 INIT DIR PLINIT 15 21 ERR HDSEL rar REDE JP ERR 21 3VS 43VS 3VS DSKCHG AFD _DSTRB DENSEL UAE P_AFD 21 SIO CLOCK 4 8MHZ 22 HDSEL STB _WRITE 2 P STB amp 1521 X R722 R724 R738 25 98 COMI1DCD amp 10K 10K NA gt 10K 26 NOME DSR 56 COM1DSR 0603 0603 0603 2z COMIRXD XCNFO Serpe arstytest 58 COMIRISE COM1TXD XCNF 28 pini SOUT1 XCNFO COMICTSE 4 20 pRos 51 80 GOMITBTRE 81 MTRO DTR1 _BOUT1 BADDR COMA 62 1 COMIRM 0 x 32 INDEX RI1 gt x 33 DENSEL gt x 34 pRATEO IRSL2 RTX MEMW 88 pr x SA0 95 68 15 SA0 S XA0 GPIO20 IRRX2_IRSLO FIRSEL 18 15 SA1 AD 34 XA1 GPIO21 18501 PSL 15 24 2 XA2 GPIO22 IRSL3 PWUREQ 68 Soo 15 SA3 92 XA3 GPIO23 SD 0 7 15 24 XSTB 91 XA4 GPIO24 XSTB0 4521 TP20 o 30 XA5 XSTB1 XCNF2 XDO GPIOO0 JOYABTN1 3 800 34 2 ena SA4 15 15 24 IRQ1 IRO12 XA6 GPIO26 PRIQA XSTB2 XD1 GPIO01 JOYBBTN1 2 552 552 Di SA5 15 15 24 IRQ12 86 XA7 GPIO27 PIRQB XD2 GPIO02 JOYAY Hcc SDA SDS 5102 02 8 SA6 15 gt x 85 XA8 GPIO30 PIRQC XD3 GPIO03 JOYBY 7 15 TP21 4 5 1 84 99 SD4 504 13 12 Q on 4 XA9 GPIO31 MTR1 PIRQD XD4 GPIO04 JOYBX 99 SDS m 13104 15 15 24 lowe XA10 GPIO32 XIORD MDRX XD5 GPIO05
210. IO17 GPio11 ES 1 PO 13 815 GPIO18 GPio12 P4 STP gt gt CPU_STP 13 28 eon 515961 I BGA335_36 DPSLP DPSLP i waqaq 1 0603 D507 can t install i l at DT 0603 Q9 For 25M Oscillator e 16 DTCIAATKA 77 For Mobile No need to close 962 ee ey i cC MC aS iani S ae 1 ova 528 1 8 LPC ADS PSON S3AUXSW STATUS 0507 ROA gt RO1 beta 2 ADO MMBT3906L 3 6 SERIRQ 4 gis 5 4 K 4 4 5 LPC AD2 3 43V 45V 120 1 POWER ON Z 7 4 7 1 4 7K 4 0 gt 1 0 STR 0515 RLS4148 1206 a R102 0 21 1 STD SOFT OFF R811 RB751V 40 8155 4 7 06030 10K 47K 4 y R809 LANAS LPC DRQ R114 0603 1 gt 0 1 S3 Resume 0603 R814 x 1 1 d AAA E 4 R99 0603 10K R162 4 7K 0603D H8 SUSC SUSC 24 y 0603 9838 9834 icem ce aK 0603 1 LPC AD1 1 22 lt 0603 1210 C136 Qu 3V N lt 10 R808 1U 0 010 27 100 ore J DTC144TKA L31 9 d 1K 0603 9808 1206 MIIAVDD inme 0603 10 R821 Q508 m i SSS SAPA S3AUXSW 1202 100 15 MMBT3904L e 1 1608 4 0603 77 3V 56 0603 C129 C127 L c124 uj 0 01U T 0 1U 2 100 0603 0603 1206 1 77 lt 50 lt
211. I_REQ3 PCLREQ2 3 REQ4 PCLINTB 4 PCLINTD 15 PCI_REQOF 8167 AAA 2 82K0608 CLKRUN 8138 1 2 82 0608 REQiE ISA BUS PULL UP RESISTERS PCI 19 23 PCI SERRit 19 23 PCI 19 23 PCI TRDY amp 19 23 CLKRUN 16 19 22 23 8010 7 504 RP515 g 10K 4 1206 505 2 506 3 6 SD7 4 5 500 513 8 10 4 1206 SD1 2 502 3 6 503 4 5 22 SAO Sho RP25 4 8 10K 4 1206 22 SA1 SAD 2 22 24 SA2 SAS 3 25 SA4 8 10K 4 1206 22 5 4 lt 5 22 SA5 SAG 2 22 SA6 SAT 2 8 22 SA7 22 SA12 RP6 1 g 10K 4 1206 22 SA13 2 22 SA14 1 15 SAB RP7 1 8 10K 4 1206 22 5 8 SA9 2 22 SA9 SA10 3 amp 22 SA10 SA11 4 5 22 SA11 22 SA16 SAIS 5181 8 10 4 1206 22 SA17 18 2 22 SA18 3 s 22 SA19 IRQ eS 1 1 10 IRQ1 IRQ12 21 Lo MCCS IRQ12 P INIT ORF MCCS 22 24 2 NOS 31 pa 2224 MEMR P IOW4 2224 5 Sw amp R855 1 A 4 2 OMADGOS P STB amp 2122 4 7 8 1206 6 10 AGP 19 28 PCI AD 0 31 lt lt gt a D R PCI preo EERSHSUIONZSSSECRFUN OSELGAOXSH S DEAVUD IDEAVDD 23 PCI REQ3 PCLREQ3 PREQ3 S888888588888855555555559999999999 pEAvSS IDEAVSS 23 PCI REQ2 PCI 2 PREQ2 lt l
212. J 45 Connector Mini IEEE1394 Connector USB Ports C TT e S Video Output Connector L T Q VGA Port e 0 6 e Parallel Port Q Ventilation Openings 43 8640 N B Maintenance 2 1 5 Bottom View Hard Disk Drive lt Extend SO DIMM and Wireless Card Ji fe Battery Park 0O 2 1 6 Top open View Battery Charge Indicator Battery Power Indicator AC Power Indicator Microphone Keyboard Touch Pad LCD Screen Easy Start Buttons Power Button A 8640 N B Maintenance 2 2 System Disassembly The section discusses at length each major component for disassembly reassembly and show corresponding illustrations Use the chart below to determine the disassembly sequence for removing components from the notebook NOTE Before you start to install replace these modules disconnect all peripheral devices and make sure the notebook is not turned on or connected to AC power 2 2 1 Battery Pack 2 2 2 Keyboard 2 2 3 CPU Modular Components 2 2 4 HDD Module 2 2 5 CD ROM Drive 2 2 6 SO DIMM NOTEBOOK 2 2 7 Wireless Card 2 2 8 LCD Assembly LCD Assembly Components 2 2 9 Inverter Board 2 2 10 LCD Panel 2 2 11 System Board Base Unit Components 2 2 12 Card Reader 2 2 13 Touch Pad Board 45 8640 N B Maintenance 2 2 1 Battery Pack Disassembly 1 Carefully put the notebook upside down 2 Slide the two release lever
213. K AGPSBSTB GND E18 Nc NC 26 17 GND GND 29 0603 AGPSBSTB GND 819 HZ Bis 817 GND 4 AGP_BUSY GND 328 100 NA GND GND 528 STOP AEH AGPBUSY GND xE28 NC 28 0603 GND 228 AG10 AGPSTOP GND RES 0 Nc NC 30 lt Joni MIZ GND GND U29 AGP_VREF A R48 0603 FBACLK1 GND GND 6 AGP VREF AGPVREF TESTMODE E30 Nc NC GND 402 928 uc NC lt GND 29 0603 gt NG NG s VDD_MEM2 5 GND GND k BGA548 144 1MM 5 G30 Ne Nc 297 ND GND LS FOR MAP17 ONLY NC NE wao SER END 2080 NC 028 lt GND GND MAP17 4X AGP mode VREF set 57 2 4 19 0603 FBACLKO LN from 0 48 VDDQ to 0 52 VDDQ 29 No NC 4 GND GND 21801 NC 29 lt ws 26 uc GND GND xK2Z wc repaso 28x 0603 GND GND 1 5VS 29 wc FBDQS 28 ON GND GND M xK30 FBpQs1 2 amp P GND GND 128 NC 4 H27 1 A A2 0603 FBACLKO GND AH R590 10 130 NC FBDQS7 E8 GND GND u 1 AGP_BUSY Mer NC pia R29 GND GND 4 NC FBD33 Rt gt 28 Ne 6 03 AAA FBVREF MAP17 1K 2 29 BGA548 144 1 0603 R51 40K 0603 M30 he 1 4 AA SUS STAT SUS_STAT 11 R529 26 Nc FBDi D28 ia 027 wc FB
214. Keyboard Controller ENE CB1410 PC Card Interface Controller Nvidia Gforce4 map17 graphics caiman Hardware Specification Intel INC SIS INC SIS INC Hitachi Ltd TI INC Nvidia Inc Technology Corp MiTAC SERVICE MANUAL FOR 8640 Sponsoring Editor Jesse Jan Author Dragon Jiang Assistant Editor Janne Liu Publisher MiTAC International Corp Address 1 R amp D Road 2 Hsinchu Science Based Industrial Hsinchu Taiwan R O C Tel 886 3 5779250 Fax 886 3 5781245 First Edition Nov 2002 E mail Willy Chen mic com tw Web http www mitac com http Awww mitacservice com
215. LK AC97 BITCLK 16 18 23 oL is EI FM 0 8MM H2 4 eee POCHE EE NUR 0603 C104A 030F030P28 4 e _ C850 are 10 0603 SCREW HOLE a n D a a 1 402 H3 i MDC GNDi 4 gt MTG1 SHORT SMT3 ID2 8 QD5 0 JO27 MDC GND2 1 gt 4 SHORT SMT3 77 ID2 8 OD5 0 AUDIO CODEC ON MOTHER BD AUDIO CODEC ON DAUGHTER BOARD 22422 d RJ4 J4 PJ7 25 PJRX 2 3 2 4 PJ4 1 PJRX 615 PJTX m PJTX 8 GND1 CLOSE TO ICS1839 GND2 8P H11 6 IEEE p ALLTOP CHOKE PLP32168 BLM C10025 108XX PLP3216S NA 40511 40509 JO507JO506 J O O 625 010 0603 49 4 4 4 45 M 50 d 4 L t Note I Y ote 1512 25 m oe Aer EX GND SHIELDING S W W S 12 6 6 12 mils ibl US 89919 nas possible RXIN 8544 1 060 amp EE PJRX E RXIN 8545 1 060 CMT 10 PJRX mH TD TX 1 16 RD RX He m m zm m B eet we RD RX x neo NC2 1
216. LLAGD __ pus BATTASYLLONIDEHLSSDAHM o BEZELANYDVDROMQSSGAS ______ sesos L peckERICDI carry ___ L casexmwoorseo KweKTNZORMAM KwEKITZORSMPGERCON Camana km gmioMicoususPXIBTET __ cowmAsvaenG cowmasvaen ____ ____ Part Number 340673440002 340673420005 340673400003 340673450002 340673400002 340673440007 340673400016 340673400008 344673400016 344673400025 344673400009 288100054001 288100551001 523499991012 221613420003 221613410001 221613420001 481673450004 481673440002 481673450003 481673440001 E W ASSY SYS VGA BIOS 8640L U513 F W ASSY SYS VGA BIOS 8640M U513 138 8640 N B Maintenance 9 Spare Part List 2 481673420001 Part Number Description 345673400010 345673400009 345673450001 451673400051 340671600019 340671600017 340673440013 340673400030 340673410003 340673400004 340673400027 45167341000 45167345000 45167344000 45167342000 28345008300 28630371600 28450030200 284500650003 28636200300 27300013510 346673400005 531020237486 531020237566 GASKET HANNSTAR LCD 15 BOTTOM I Po GASKET HANNST AR LCD 15 TOP 15 1 Po ________ o Wuwcemoxreseo _ _ _
217. N7002 s LOVE 26 579 PC578 100 0 1U 1206 0603 FFE EFF e 10V M 50V MiTAC 22 Title DC DC CONNECTOR CHARGER PZe Document Rev Number 411673400003 B Date Bheet 27 32 Wednesday August 28 2002 PDF created with FinePrint pdfFactory trial version http www fineprint com 45V PR20 0 0603 lt PC33 PC35 0140 47U 0603 0805 PL505 50V e 80 2096 D Ly 2 1202 100 add for 2012 7 7 VRM9 0 DVMAIN PL506 TAE IDEE 1 2
218. NIT RP504 D INIT PRN SLCT PIO device PIO Device RP502 D PE PRN BUSY RP501 D BUSY PRN STB No D STB PRN ERR D ERR PRN AFD D AFD PRN ACK D ACK 124 8640 N B Maintenance 8 12 PC Card Socket Failure An error occurs when a PC card device is installed VIZNS 5VS 3 2 CARD BUS PCMCIA a 56 16 8 SOCKET VCCS 1 VCCDO 11 12 13 17 51 33 VCC3_EN 2 011 VCCD1 T 10 VPPA 18 52 PCI AD 0 31 YEEDO 5 CAD9 R173 0 8 VPPD1 4 TPS2211 CAD12 R176 0 10 CAD 0 31 CGNT PCL_C BE 0 3 CINT 16 J19 PCI_REQO CBLOCK 48 CC BE 0 3 PCI FRAME CFRAME 4 South bridge _ 31 Card Bus diens PCI DEVSEL 3 Controller SIS962 410 CTRDY 53 PCI STOP CDEVSEL CARD CLK CSTOP a From Clock GEN CRST 58 PCL PCHNTB o CPAR 5 PCI PCIRST CPERR 4 PCI GNTO CSERR m PCI SERR PCI_ PERR 125 8640 N B Maintenance 8 12 PC Card Socket Failure An error occurs when a PC card device is installed PC Card and Test Error 1 Check if the PC CARD device is installed properly 2 Confirm PC card driver is installed ok Try another known good PC card de
219. OLK1 BSEL1 TP512 A 4 0829 0834 HDs TP100 CLKO TESTHI 1 cPUPERF 16 A 5 1 D 28 D 35 026 COMPO A 6 BINIT 0827 0836 NV NIU H_A20M 1 7 BNR H BNR amp 6 D 26 0 37 16 2 A20M 0 25 8 16 H FERR lt eo B d 5 0128 lt 0824 0839 16 820 IGNNE BPM 4 10 DP 2 26 0823 0840 poet TA A 11 1 pK25 lt 0 22 D 41 16 H NMI N LINTO 2 A 12 0 26 lt D 21 D 42 pees DHA 16 H_NM FH SMF LINTI BPM 1 A 13 TESTHIS 0 20 0 43 16 H STPOLKg 859 BPM 0 ue _ TESTHI8 __ 6 7 TESTHI8 TESTHIS 0819 128 A 16 STPCLK4 STPCLK wa TESTHI9 __ __ ___ 15 5 9 0 18 Dias pI25 PVID TESTHIO Ya TESTHI10 46 4 1 14 16 TESTHI10 0 17 D 46 plae ar A 28 PVID4 cm AELH pAE2S E2 Papas lt gt A 17 BR 0 H 0 6 0 16 0 47 28 PVID3 PVID VID3 TESTHI12 DPSLP 16 6 HD 48 2 AWB D 5 0 48 28 PVID2 AE vID2 eee 19 pD2 H BFHIR JH BPRI 6 0 14 28 PVID1 PVIDO AE GTLREF3 Hmm s si A 20 WDBSVE 0 13 5 28 PVIDO VIDO GTLREF2 A21 DBSY H DEF H_DBSY 6 D 12 D 51 25
220. P3 1 05 s8pg ay 47 28 D3 C57 C62 C58 C10 R7 82 p32 506 0 49 49 50 90 lt 4 010 0 10 4 70 0 10 4 7 4 7 P34 SMCE P3 8 507 29 SERLE Ectoaso4Nh 0603 0603 1206 0603 0603 0603 P35 SMWPT P3 4 SALE L 4 R26 GND1 R40 50V 50V 16V 50V p amp WR N P3 5 SCLE 42 N 10KS 470 GND2 E ses ss 1 N 2 236 SRE R1 0603 D sos P37 MEN 8 2K 060 0603 GND3 SWEN NM24C02N 0603 GND4 P40 SMRB Mbo 198 APENA GND x 12 p44 210 777 C12473 150XX 4 3 A2 wc x13 P4 2 HH 4 43V 44 I2CSDA 4 3 Fe P45_I2CSCL 116 4 4 MCMD 3 wK 220 46 SMWP P4 5 MCLK 0805 5 P47 SDWP 127 80 20 Bit SDCS3 a 128 Bs 5 77 1 5K 3 0603 777 777 2 5 0 spo CONNECTOR MAS s 63 USEDE R10 22 0603 USBP5 2 1 DVMAIN 55 1 36 P5 3 62 USEDM RS 1 2 52 0603 USBP5 979 554 0 MAG P55 PSEN 103 4 0603 MA7 100 P5 6 ALE ern I eee P5 7 RSTI N H2 43V RSTO N E8 9 18 EA N 105 N R131 4 7K NA 0603 Disable External Access Enable 2 XTAL1 z 1 2 c9 m 3
221. PAD METALS For NB heatshink For CPU FAN SIS962 1 3 15 4 J o pm SIS962 2 3 1 6 IDSA0D8 0 05240 3919060 85006 SIS962 3 3 17 i IDE Interface 18 T EDUGIALMARIC DUCIALMARK IBUCIAL MARK FIDUCIAL MARK 7 7 7 19 Bi Of LAN amp MDC 20 IDUCIAL MARK FIDOGIAL MARK FIDDCIAL MARK ll AA IEEE1394a USB 2 0 Parallel Port 21 B Super amp Flash ROM 22 MiNi PCI 4 USB 2 0 23 Embeded Controller 24 IDSEL BUS MASTER Invter Conn and 1 8VS 1 5VS 2 5V_DDR VDD_MEM2 5 25 PO WER STA TES IDSEL CHIP REQ GNT CHIP AD20 TI1410 REQO0O GNTO TI1410 Battery Conn amp 5VA 1 2VS 4 3VA SIGNAL VOTAGE PUG ON PUR SID REMAR AD21 MINI PCI REQ2 GNT2 MINI PCI Charger 27 SUSE TON mm AD22 MINI PCI REQ3 GNT3 MINI PCI CPU Core 28 i SUSC HIGH HIGH LOW LOW 3V 5V 29 ADP 19V PCIINT DC Jack amp 12VS 5VS 3VS 30 12V PCIINT CHIP History 31 INTA SIS 650 MAP17 TVCC gt E a INTB PCMCIA TI1410 CORE X X INTC MINI PCI EUN me 4 x INTD MINI PCI 8 1 8V x X r1 8VA 1 42 5V DDR 2 5V x x Board Stackup up 1 79 mil 3VS 3 3 X X X 4 33 mil PP 2116 GND 0 54 mil 3V ky x x IN 1 0 54 mil DRAW DESIGN CHECK ISSUED __0
222. PC63 L PR50 PR561 PR566 01U 12 1k 10 PD513 PD515 0603 0603 10 10K NA OU el 196 EC31QS03L EC31QS03L lt ul L_ B K PQ519 PR601 PL9 1202 100 2012 MMBT3906L NA 777 0 e q 5509 PR564 PL10 1202 100 2012 1 71 100K PC563 PC562 PL507 PL508 PR562 0603 1U 1U 33K NA 196 25 25V 12021004 1502100 0603 4 0805 0805 7 lt lt 4 4 521 2 7002 52 PR53 PC65 71 559 33 1K 220 0603 0603 1812 67 1 56 50V lt SE 564 1 2 y x 1 PC69 1 10V PU19 0608 0603 1 2 5144100 PU23 PU517 PU512 Sos SI4835DY SI4835DY 47K PC567 0 01U 1 28 508 Sos S oo ue 570 0 01U 726 PC70 SUE 3 cis CSSN pU 25 REF BST PL14 577 i PC571 cci ux 28 4 1 vvv 1 2 ODBATT w 4 Ot 1 DLOV 22 50V GNDO DLO 1 035 0603 PR570 1K 9 20 10uH 2512 GND1 20 5 4 lt CSIP l8 PD517 585 86 581 PC83 H PU514 22U 22U OU 100 12 16 EC31QS03L 1812 1812 0603 1206 REF IN CELLS 308 M 25 25V 50 d 55 15 ____ b NETE 87764 PR573 PRs78 20 20 PR568 MAXi772 QSOP28 1 1 470K 0603 0603 0603 9 t E E rH R813 294K 4 PC575 0603 1 PR569 100 0603 PR575 PC72 _ 100K 0 1U 777 0603 0603 1 50V 24 CHG I 26569 26574 1 7 77 0603 0603 PQ520D e 50V lt 50 2
223. QUANTA 8640D M tri m tm t 160 8640 N B Maintenance 9 Spare Part List 24 4 4 81673450004 81673440002 481673430001 81673450003 81673440001 673420001 340671200020 340673400024 273000610019 273000130001 273000150001 273000130038 422666200001 342672400007 342600001203 288003602001 2456000 2456000 4216734 2950000 2950000 2950000 0016 0030 0003 0057 0116 0126 335152000062 2950000 0016 Part Number Description 4 519 673430002 F W ASSY KBD CTRL 8640D U U U U U FERRITE ARRAY 1300HM 100MHZ 3216 FA501 FA502 FA503 FFC ASSY TOUCH PAD CASE KIT NV Po FLOW Fuerwuscsumw oC ____ Freue posue w fw fw o o U U Part Number Description Location S 345673400010 GASKET HANNST AR LCD 15 BOTTOM I 345673400009 GASKET HANNST AR LCD 15 TOP 15 1 345673410015 345673410002 345672300031 345673450001 345673410007 345673410005 345673410006 345669900038 230000010004 230000010003 451673430006 451673400051 340671600020 340671600019 340671600018 340671600017 340673400030 340673440013 340673410003 340673440016 340673440001 340673400004 340673440012 HINGE R 15 8175 161 8640 N B Maintenance 9 Spare Part List 25 Part Number Description
224. RI pwapwasoorrm pre pwr ___ PwecomoswsAoPBLACRUK RES 1 5K 1 16W 5 0603 5 RES 2 2K 1 16W 5 0603 5 rom sysrem SW CD ROMBSRECORDER GOLD20 saepncasynorsos SINGLE PAGE GNNOTE FORBATTERY amp Tumasa mwewaLPADMOSCHOKB 640s Part Number Description Location S 373101713502 T SCREW B M1 7L3 5 HD04t0 25 0 B 421673420005 WIRE ASSY LCD HANN 15 XGA 8640P 274012700401 XTAL 27MHZ 20PPM 6PF 7 5 4P SMT Xl P N 526267345011 148 8640 N B Maintenance 9 Spare Part List 12 8640 Spare Part List Part Number 5 41667341007 541667343009 541667341022 541667340034 541667340002 441999900069 442613400004 441673400028 340673440009 340673440019 340673400021 221671640001 340673400013 342673400006 342673400005 2 4 4 N 673412002 673450001 673430001 431673410001 431673420002 344673400001 413000020348 291000012028 3 3 S 810006008 gt 810006014 ooo wa sss emNsensUTIUTYONDY 000000025 BATTASYLHONIDEHSSDAHM BEZEL ASSY QUANTA COMBOB640M_ __ BEZELASYDVDROMQSSGAM BEZELANYDVDROMQNSGAS Bracke Lear BrackerRrovs sesos mises o
225. Rename R799 to 57 Delete MIC connector from M B J12 58 Correct MINIPCI RI circuit refer page24 ROA ROB Only modified artwork from PCB vendor 1 Change 1 25V power source from 3V to 3VS for saving S3 power consumption refer page25 ROB gt ROL Change Fan lie to stand refer page24 It disabled the I2C function and can also reduce the 53 resume time add 4 2 2k ohm to 5vs refer pagell Change Diode D507 D515 footprint refer 16 Change C252 from 0 1uF to 0ohm in BOM Page 19 R192 Page 23 from Oohm to Oohm NA In BOM Add R403 Page 23 Oohm connect to PJ1 Page 18 Pin 54 three 0 10 C901 C902 C913 for Mini PCI 5VS A PJ1 J19 change PCB Footprint 1 2 3 4 Reserve 0 luF in 0503 B E it will avoid H8 reset when Power off refer page24 5 6 7 It will avoid LED blinking refer pagel2 MiTAC ZZ Title HISTORY R00 to ROA Document Number 8640 Date Wednesday August 28 32 of 32 B 4 3 2 1 PDF created with FinePrint pdfFactory trial version http www fineprint com 8640 J2 LT At MSBS 218 SCLE MSDIO 1 4 SEA WEN 5 P46 SMWP MSCD 6 500 501 MSCLK 8 AB 502 9 AQ D3 T MD3 12 SMVDD A
226. S 0 RU RR e ER C See eee 22 ADO LADO GMUXSEL RI22 2 10K 0803 220 LPC ADI LEO ADT TH 8121 1 222 10K 0608 222 LES ADS LPC_AD3 we wee LAN MRXC ANCHIS SG E CPU_STP R112 10K 0603 i scu LPC FRAME LPC FRAME w4 MAXON LAN_MRXDV 20 I 1 AC97 SDIN C750 22 LPC DROF Nay LERAME MIIRXDV R106 OSC501 2 1 22 LPC SERIRQ LAN MRXER GPIO11 1 4 100K 2 1 MDC Bo 1922 SERIRQ 5 sina MIIRXER LAN MRXER 20 AA OUT VDD 22 NA 10K 1 AAA 2 DPRSLPVR d RTC X1 C ilio 08 LAN MRXDO LARUMBXDO 2b J 0603D 1 4 0603 X507 R732 I cue J 32 768 7 10M RTC X2 D2 5 LAN MRXD1 T 47P NA 25MHZ NA C706 777 200 06030 LAN 20 0603 5 0 01U NA C758 4 babe ES LAN MRXD2 LAN MENDA 20 9 0603D 1 2 D3 BATOK T PWROK Di m LAN MRXD3 724 PWROK PWROK MRXD3 20 777 777 H7 R826 100K 5 VOC RTO bbs HE LAN COL LAN COL 20 I I E UE 23 RTCVSS E2 LAN CRS LAN CRS 20 13 14 SMBDATA DATA 82 20 G5 R706 1 0253 LAN DOLK gt LAN_DCLK 20 RSMRST 1314 SMBCLK 1 Gpio19 iA RIILlAAZ LAN DATAIO LAN DATAIO 20 43V AC97 SDIN A2 3
227. SB Port 0 5 Overcurrent Detection 3 3V 5V AUX OC 0 5 are used to detect the overcurrent condition of USB Ports 0 5 UV 2 0 vo USB Port 2 0 Differential UV 2 0 3 3V AUX These differential pairs are used to transmit Data Address Command signals for ports 0 2 USB controller 1 UV 5 3 vo USB Port 5 3 Differential UV 5 3 3 3V AUX These differential pairs are used to transmit Data Address Command signals for ports 3 5 USB controller 2 LPC Interface Name Pin Attr Signal Description LAD 3 0 vo LPC Address Data Bus 3 3V 5V M LPC controller drives these four pins to transmit LPC command address and data to LPC device LDRQ I LPC DMA Request 0 3 3V SV M This pin is used by LPC device to request DMA cycle LDRQ1 I LPC DMA Request 1 GPIO1 This pin is used by LPC device to request cycle 3 3V 5V M LPC Frame 3 3V M This pin is used to notify LPC device that a start or a abort LPC cycle will occur SIRQ Io 3 3V 5V M 3 3V 5V M TRC Interface Name Pin Attr Signal Description BATOK I Battery Power OK 3 3V RTC When the internal RTC is enabled this signal is used to indicate that the power of RTC well is stable It is also used to reset the logic in RTC well If the internal RTC is disabled this pin should be tied low OSC32KHI I RTC 32 768 KHz Input 3 3V RTC When internal is enabled this pin provides the 32 768 KHz clock signal from external crystal or oscillato
228. SDCS14 18 IDE PDDO IDA1 IDA2 IDA3 18 ZCLK1 zai ZCLK IDA4 IDA5 7 ZSTBO ZSTBO IDAG 7 75 ZSTBO IDA7 IDA8 7 ZSTB1 AE ZSTB1 IDA9 7 25 1 ZSTB1 IDA10 IDA11 IDA12 7 ZUREQ sore ZUREQ IDA13 7 ZDREQ ZDREQ IDA14 IDA15 SVDDZCMP _ Rni9 u VDDZCMP IDBO IDE PDD 0 15 18 SZCMP N N18 ZCMP_N IDB1 IDB2 SE CUP ZCMP P IDB3 SNSSZCMP VSSzCMP IDB4 IDB5 IDB6 SZIXAVDD 120 Z1XAVDD IDB7 SZ1XAVSS U19 21xAVss IDB8 IDB9 22 24 SZAXAVDD IDEAE ZAXAVDD IDB10 22 24 SZAXAVSS Z4xAVSS IDB11 2122 IDB12 22 SZVREF 20 SZVSSREF ZVREF 10813 SZVSSREF P20 ZVSSREF S858855658585855855855 10814 lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt S amp SSSSSSSSSSSSSSS IDB15 515961 IDE SDD 0 15 18 BGA335 36 7 ZAD o 15 gt gt 418VS 1 8 5 43VS 43VS 1 8VS L531 1533 L535 L37 E SVDDZCMP SZAXAVDD SZIXAVDD IDEAVDD EP SZVREF R140 56 0603 1202 100 1202 100 1202 100 1202 100 J SZCMP_N d AAA 2012 J 2012 1 J 2012 1 J J 2012 4 C164 C165 Jl C791 C790 C803 C804 C205 C204 IL c178 R752 C785 0 01U 0 10 T 100 0 010 0 10 0 010 0 10 T 100 0 010 0 10 T 100 150 0 10 SZCMP P 1 0603 0603 1206 0603 0603 0603 0603 1206 0603 0603 1206 0603D 0603D y N 50V y 10V y lt 50V e lt 50V e 10V 50V
229. SERVICE MANUAL FOR 8640 BY Dragon Jiang TESTING TECHNOLOGY DEPARTMENT TSSC Nov 2002 MITAC 8640 N B Maintenance Contents 1 Hardware Engineering Specification 3 1 1 Introduction 3 1 2 System Overview 4 1 3 System Hardware 8 1 4 Electrical Characteristic 32 2 System View amp Disassembly 42 2 1 System View 42 2 2 System Disassembly 45 3 Definition amp Location of Connectors Switches Setting 66 4 Definition amp Location of Major Component 69 5 Pin Description of Major Component 72 5 1 Pentium4 Willamette Northwood processor
230. ST GTLREF Input GTLREF determines the signal reference level for AGTL input pins GTLREF should be set at 2 3 Vcc GTLREF is used by the receivers to determine if a signal is a logical 0 logical 1 Refer to the Intel Pentium 4 Processor in the 478 pin Package and Intel 850 Chipset Platform Design Guide for more information ITPCLKOUT 1 0 Output The ITPCLKOUT 1 0 pins do not provide any output for the Pentium 4 processor in the 478 pin package Refer to Section 2 5 for additional details and termination requirements ITP_CLK 1 0 Input ITP_CLK 1 0 are copies of BCLK that are used only in processor systems where no debug port is implemented on the system board ITP_CLK 1 0 are used as BCLK 1 0 references for a debug port implemented on an interposer If a debug port is implemented in the system ITP_CLK 1 0 are no connects in the system These are not processor signals 74 8640 N B Maintenance 5 1 Pentium 4 Willamette Northwood mFC PGA2 478 pins Name Type Description LINT 1 0 Input LINT 1 0 Local APIC Interrupt must connect the appropriate pins of all APIC Bus agents When the APIC is disabled the LINTO signal becomes INTR a maskable interrupt request signal and LINTI becomes NMI nonmaskable interrupt INTR and NMI are backward compatible with the signals of those names on the Pentium processor Both signals are asynchronous
231. Synaptics TM41PU 311 with two Buttons 1 3 24 Modem MDC Option Table 16 MODEM DAUGHTR BOARD CONNECTOR PIN SIGNAL NAME PIN SIGNAL NAME 1 MONO OUT 2 GND 4 MODEM SPK 5 INC 6 INC 7 INC 8 GND 9 10 5 1 12 INC 13 INC 14 NC 15 16 Pull Up to 3V 17 43V 18 5 19 GND 20 GND 21 3 22 ACSYNC 23 24 MSDIN 25 ACRST 26 MSDIN 27 GND 28 GND 29 GND 30 ACBITCLK 30 8640 N B Maintenance 1 3 25 Card Reader only 86400 8640 Support Smart Media SD Memory Stick Multi Media Card Support 2 card simultaneous Smart Media Memory Stick or Smart Media Multi Media Card or Smart Media SD Memory Support Boot function 17 Memory card Type Memory Stick Picture Sizet mm 21 5x50x2 8 Weight g 4 2 Volumetmm33 3 010 1 265 Developer Sony 98 TOSHIBA Corp 95 No ofpins 10 22 Storage 8 16 32 64 and 128 capacity due for release in 4 64 MB 01 Data transfer 1 8MB s Max W rate 2 45MB s Max R Copyright Adherence to SDMI ID protection MagicGate SmartMedia 37 45 0 76 MultiMediaCard 32 isk gt MultiMedioCard 24 32 1 4 1 5 1 075 Siemens SanDisk Corp 97 SD memory card 24 32 2 1 2 1 612 Matsushita Electronic Industrial CO Ltd TOSHIBA Corp SanDisk Corp 00 Adherence to SDMI
232. TC144TKA MiTAC 22 LXD VGA INTERFACE Rev 8640 01 0504 01 pe Y 1 Y GND TV 47 Y GND C17 33P 0603 50V ilLa BAVOo NA 17 1202 100 1608 S VIDEO id 1 9 11 7 gt ROA R01 Ja 5VA i 1 LED DATA FE 7 SCROLL 5 902 1 0603 513 33 0603 50 L gt 7 5 5 oe 4 R903 1 A 0603 NUM FER 2 t L510 1202 100 1608 285 R904 1 0608 CAP ETE E 1 P TV CRMA 5 R905 1 OY 2 0603 MPM MEM 2 t 10 R906 1 0608 AC POWER u Z 2 TV LUMA LED CLK E 11 8907 1 2 0803 BRTT POWERE AC POWER 25 J TV LUMA 9 11 gt QG 12 R908 1 0603 Rit BATT R 25 18 120Z 100M 1608 gt H8 RESET amp 13 R909 1 0603 Gf JJ C15 33P 0603 50V 5197 C20 RP505 GLR NDS BATT 25 C503 c5 1 2 1008 100P 100 792 7 270P 270P 270P 0603 0603 N 0603 GND vec 14 4 MANEDINIZP 0603 0603 0603 lt 10 e 10 10 71 af 10 1096 1096 ceat 2 z C10828 107XX L501 SN id T 1 77 77 277 JP BEAD DFS 7 GND GND_TV LCD 14 330mA 15 800mA Check N 27 Q3 089410 508 I 3 5 1 1202 100M 2012 F1 mircoSMDC110 n L1 1 2 1 ELI SOS CLOSE TO NDS 9410 911 TX2CLK 8 TXCLK TXCLK 9 11 4 4 941 TX2CLK TX2CLK 9
233. TD or Power Off Low Normal Operation Table22 Keyboard Controller Pin Define 36 8640 N B Maintenance Pin Port Signal Name Type Description 79 72 10 17 KO O 7 Keyboard Matrix 67 60 P20 P27 KO 8 15 Keyboard Matrix 82 89 P30 P37 SD O 7 ISA Data Bus 49 P40 INC NC X 50 P41 8 UP Connect to chipset 515962 to wake up system 51 42 H8_SMI O Connect to chipset 515962 to system management interrupt Non ACPI mode 52 43 H8 SCI Connect to chipset 515962 to system configuration interrupt ACPI mode 53 44 IRQI IRQ For Keyboard 54 P45 12 For Mouse 55 46 NO Control CPU Core D D FAN Second FAN ON amp Turn ON OFF Duty 56 47 FAN 1 O Control CPU FAN ON amp Turn ON OFF Duty 14 50 ON O Control System Power ON OFF 13 P51 INC NC X 12 52 ILEARNING O Control Charger Circuitry for Battery Learning 26 29 P60 P67 KI 0 7 I Keyboard Matrix 1 RESET 8 RESET I Reset 8 34375 7 8 SUSB STRIndicator High STR Low Normal Operation 8 STBY 8 STBY amp I NoUSE 10 T CLK Connect to Touch Pad clock 11 PA6 M CLK OD PS 2 Mouse Clock 20 5 OD 5 2 Keyboard Clock 21 4 H8 PWROK System Power Ready 30 PA3 ADEN I ADAPTOR IN 99 86 BAT CLK I O SM BUS Clock For Smart Battery 98 P85 H8 5 I 60h 64h Chip Select
234. V AUX Digital AUX3 3 3 32V AUX Digital CIXAVDD 3 3 Analog CIXAVSS OV GROUND Analog VGA Interface Name Pin Attr Signal Description VOSCI I 14 318 Reference Clock Input 3 3V M HSYNC O Horizontal Sync 3 3V M VSYNC Vertical Sync 3 3V M INTA O Internal VGA Interrupt Pin 3 3V M VGPIO 1 0 IO Internal VGA GPIO pins 3 3V M VCOMP Al Compensation Pin Analog VRSET AI Reference Resistor Analog M VVBWN AI Voltage Reference Analog M ROUT AO Red Signal Output Analog M GOUT AO Green Signal Output Analog M BOUT AO Blue Signal Output Analog M Signal Name Pin Attr Signal Description ZCLK I SiS MuTIOL Connect 3 3V M ZUREQ ZQREQ SiS MuTIOL Connect Control pins 1 8 ZSTB 1 0 Uo SiS MuTIOL Connect Strobe 1 8 75 1 0 Lo Strobe Compliment 1 8 ZAD 15 0 VO VO 1 8 M 1 8V M ZVREF I SiS MuTIOL Connect Reference Voltage M ZCMP_N I N MOS Compensation Input M ZCMP_N I P MOS Compensation Input M AGPCLK I AGP Clock 3 3V M AFRAME VO AGP Frame 1 5V 3 3V M AIRDY VO AGP Initiator Ready 1 5V 3 3V M ATRDY TO AGP Target Ready 1 5V 3 3V M ASTOP T O AGP Stop 1 5V 3 3V M ADEVSEL VO AGP Device Select 1 5V 3 3V M ASERR VO AGP System Error 1 5V 3 3V M AREQ VO AGP Bus Request 1 5V 3 3V M Uo AGP Bus Grant 1 5V 3 3V M AAD 31 0 vo AGP Address Data Bus 1 5V 3 3V M AC BE 3 0 Uo AGP Command Byte Enable 1 5V 3 3V M APAR Uo AGP Parity 1 5V
235. V of 50V 50V vega 9 06035 vsss PVDDZ K18 o 41 8VS po col l id vse VDDZ 1 8VS 7 0 1 21 USBP1 USBF AAA L USBPTN 2 VDDZ1 0 06030 ul 9 L 184 ci7o U 0 1U 0 1U C759 C753 K10 VSS11 VDDZ4 0 1 A 22 22P NA VDDZ5 0603 0808 4605 E lt 0503 E 2503 dm ESL VDDZ6 14 0 5515 vrro p vocc 77 1 5516 DT eH 8 VSS17 PT S l ss CLOSE TO 962 2 3518 E de ei eoe eme m e ete eei 4 Mii 5519 R119 5520 1 vss21 Nc10 A18 gt 21 USBP4 9 23 USBP4 Lawns USBPA 5522 NC11 06030 VSS23 INKON VSS24 NC13 G18 Sop 21 Nia veces GPIO22 EEDI R120 N GPIO21 EESK USBPA 1 USBPA N VSS26 ncis E20 Tes IM 23 USBP4 8 vss27 NC16 mE gt LPs 21 9 _ _ 0 __ VSS28 NC17 06030 B NC18 biz ETS USB UNUSED PORTS C133 C130 4 94 M ___ 22 22P NA 9 05521 20 GPIO23 EEDO 1 0603 0603 K 3 19 USBVSS 3 22 i 16 OSC12MHI li 1 USB 4 77 Noza cis USBPVSS 43V Pass un sn te E a 0552 USBPVDD 10K CLOSE TO 962 2
236. _ enm Jparrimionsakpoxeis _____ 504250001 _ PARTITIONBATTERY MARLINS640 61315003 4 671650004 _ PARTITIONFDD AK sooosoi3 PARTITION FLAT 320MM _ unu ems gua PCBANYMDMSGKUNVEPACKWO PCBPWA 8640BATT 316504200002 _ PCBPWA 8640BATT 316673400002 PBPWA STINGRAYANVERTERBD 375102030010 4 46 46 46 6 4 4 On 227673400002 224670830002 22 22 22 22 22 22 22 22 22 412155600047 316504200001 316673400003 316673400001 316000000019 9 Spare Part List 28 640 N B Maintenance 411673450001 PWA PWA 8640L MOT HER BD 411673450003 PWA PWA 8640L MOT HER BD SMT 411673450002 PWA PWA 8640L MOTHER BD T U 411673410004 PWA PWA 8640G D T P BD W Z 411673430003 PWA PWA 8640D MOTHER BD SMT 165 p p p p p p 41 41 41 41 41 8640 N B Maintenance 9 Spare Part List 29 Part Number 411673450008 613450007 673440001 673440003 673440002 673420004 673420006 673420005 673400014 673400004 503400205 503400206 332810000034 332810000043 332810000102 297212000003 27 27 27 27 27 27 27 27 27 045047101 045087101 045107101 045127102 045157101 045357101 046507101 045108101 002000301 PWAPWASGULTPEDWOCRSMT
237. ___ ____ ____151 152 046 0 7 DDR 060 2 0042 0046 0042 0046 7 DDR MeO DDR MD55 2 14 MD55 MD43 153 0942 0046 154 MD47 MD43 153 0042 0046 154 MD47 Dass a DDR_MD51 4 13 51 0 7 DDR 051 DDR DGSG VDD12 VDD12 VDD30 z 5 12 0055 16 DDFAY MD54 7 DDR DQS6 DDR 5 12 MDSO 157 VDD13 158 GLK DDRT CLK_DDRI 13 187 158 GLK DDRA DDR4 13 NT 7 DDR MDS50 DDE MDEd MDB4 189 vssis CLK DDR1 13 158 vssi3 DDR4 13 162 162 7 DDR 54 DOMS 10 DOMS MD48 5531 MD52 1 MD48 MO 3531 52 1 MD59 _ RP542 x _____163 164 MD52 ____ ____ _____163 164 ____ 52 ____ 7 DDR 2 MD49 0048 0052 MD53 MD49 Bae DOSS MD53 MD63 MD49 _____165 ise MDS3 165 166 ____ ____ 0049 0053 49 3 MD59 MD58 7 DDR 59 pee RP24 1 105 16 RPXS 059 DOSS VDD14 vDD31 188 5856 VDD14 voD31 188 _ agg DOS7 DaS 3168 Dame 05 16 Dome 7 DDR MD63 DDR MD58 3 18 58 MD50 171 0056 DM6 172 MD54 MD50 171 0056 DM6 175 MD54 MD62 7 DDR MD58 DQ50 DQ54 0950 0054 DDR 0057 4 13 0057 173 174 173 174 7 7 DDR 0057 DDR MD62 5 12 MD62 51 VSS15 VSS32 MD55 MD51 VSS15 VSS32 MD55 1 MD56 7 DDR MD62 NT ios 0051 0055 16 M58 ios 42 0051 pass MDE 7 DDR DQM7 DDR DSG 6 n cue MD5
238. able 2 5V 3 3V NM MN SSAUXSW open drain Aux power switch for ACPI S3 state low active Bs uem AUX M DDRVREF A B d O Reference Voltage Power and Ground Signals Name Tolerance C4XAVDD 3 3V AX AVSS lt DACAVDD DACAVDD2 DACAVSSI DACAVSS2 DCLKAVDD DCLKAVSS DDRAVDD DDRAVSS ECLKAVDD ECLKAVSS 1 8V OV OV 3 3V OV 3 3V lt 33 OV 1 8V iz PVDDM PVDDP PVDD SDAVDD 3 3 V SDA VSS OV DM 2 5 3 3V VDDQ DZ 1 8 VDDMCMP 1 8 1 2 1 85V 9 oc lt lt gt 4 XAVDD ZI XAVSS ZAXAVDD ZAXAVSS OV 3 3V OV amp 2 5 SV por Tm gt Power Plane MAIN ROUND MAIN ND ND gt 2 2 zi e lt lt lt gt lt lt lt Q gt gt gt A gt gt gt 4 4 2 2 4 2 2 ROUND AIN AUX E lt lt 222 lt gt Z z gt 2 a Digital 79 5 2 SIS650 IGUI Host Memory Controller Power and Ground Signals Continue 8640 N B Maintenance SiS MuTIOL Interface Name Tolerance Power Plane Type Attribute AIXAVDD 3 3V MAIN Analog AIXAVSS OV GROUND Analog A4XAVDD 3 3V MAIN Analog A4XAVSS OV GROUND Analog AGPVSSREF 0 GROUND Analog AUXI 8 1 8
239. aling scheme of quad pumping the data transfers over a 100 MHz clocked system bus and a buffering scheme allowing for sustained 400 MHz data transfers This compares to 1 06 GB s delivered on the Pentium III processor s 133 MHz system bus Level 1 Execution Trace Cache In addition to the 8KB data cache the Pentium 4 processor includes an Execution Trace Cache that stores up to 12K decoded micro ops in the order of program execution This increases performance by removing the decoder from the main execution loop and makes more efficient usage of the cache storage space since instructions that are branched around are not stored The result is a means to deliver a high volume of instructions to the processor s execution units and a reduction in the overall time required to recover from branches that have been mis predicted Rapid Execution Engine Two Arithmetic Logic Units ALUS on the Pentium 4 processor are clocked at twice the core processor frequency This allows basic integer instructions such as Add Subtract Logical AND Logical OR etc to execute in half a clock cycle For example the Rapid Execution Engine on a 1 50 GHz Pentium 4 processor runs at 3 GHz 8640 N B Maintenance 512KB Level 2 Advanced Transfer Cache The Level 2 Advanced Transfer Cache ATC is 512KB in size and delivers a much higher data throughput channel between the Level 2 cache and the processor core The Advanced Transfer Cache consists of a 256 bit 32
240. at the next clock edge and release control of the PCI bus STOP is used for disconnection retry and target abortion sequences on the PCI bus 84 8640 N B Maintenance 5 3 SIS 962 MuTIOL Media I O South Bridge Power Management Interface IED Interface Name Pin Attr Signal Description IDA 15 0 IO Primary Channel Data Bus 3 3V 5V M IDB 15 0 vO Secondary Channel Data Bus 3 3V 5V M IDECSA 1 0 10 Primary Channel CS 1 0 3 3V M IDECSB 1 0 O Secondary Channel CS 1 0 3 3V M HORI A B Primary Secondary Channel IOR Signals 3 3V M Primary Secondary Channel IOW Signals 3 3V M ICHRDY A B I Primary Secondary Channel ICHRDY Signals 3 3V 5V M IDREQ A B I Primary Secondary Channel DMA Request Signals 3 3V 5V M O Primary Secondary Channel DMACK Signals 3 3V M IIRQ A B I Primary Secondary Channel Interrupt Signals 3 3V 5V M IDSAA 2 0 Primary Channel Address 2 0 3 3V M IDSAB 2 0 Secondary Channel Address 2 0 3 3V M CBLID A B I Primary Secondary Ultra 66 Cable ID 3 3V 5V M Legacy I O and Miscellaneous Signals Signal Name Pin Attr Signal Description SPK Speaker output 3 3V M The SPK is connected to the system speaker ENTEST I 515961 Test Mode Enable Pin 3 3V 5V M OSCI I 515961 Test Mode Enable Pin 3 3V M Name Pin Attr Signa
241. ation 157 158 for easy layout 4 16 2002 Correct the PCI DEVID3 from MAP17 pin AC3 to pin AB3 4 17 2002 Change MD PD pull up voltage from 3V to 3VS at location R229 4 17 2002 Change DIRECT pull up voltage from 3VS to 1394VCC3 at location R455 4 17 2002 Add by pass 10U capicator for 1394VCC3 at location C661 4 17 2002 Change PCI1410 CORE and PCI voltage from 3VS to CBVCC3 4 17 2002 Add by pass 10U capicator for PCI1410 CBVCC3 at location C662 4 17 2002 Change MAP17 VDDAGP netname from 1 5VS to VDDQ at pin AG14 AK14 AC17 AK17 AG20 AK20 AK23 AK26 AK29 AF30 4 17 2002 Remove Side Band bus from NB and MAP17 4 17 2002 Add THRMTRIP pull up resistor to VCCPVID at location R539 4 17 2002 Change X2 value from NA to 27MHZ and change X3 C311 C312 to NA 4 17 2002 Remove unuse resistor at location R148 4 17 2002 net COVER to B to B connector 4 17 2002 Remove dumping resistors of LAN MII TX signals at location R299 R301 R303 R307 4 18 2002 Change turn on main power net from SUSB to MAINPWR H8 P40 pin49 and delete unuse part of 026 4 18 2002 Update Hardware Trap table for M650 Panel ID in page 17 4 17 2002 Add pull up resistor for MAINPWR at location R540 4 17 2002 Rename USBOVCC5 to USB2VCC5 at USB2 pair voltage net name 4 17 2002 Add by pass 10U capicator for AGP VDDQ at location C663 4 17 2002 Delete R147 and connect VDDFBIO to VDD MEM2 5 4 22 2002 Change bus pull up voltage from
242. attery DBAT V ALWAYS3 5VA 579 connector 20K 8640 N B Maintenance 8 1 No Power When power button is pressed Nothing happing Power indicator does not light up D Check the following parts for cold solder or one of the following parts on the Mother Board may be defective use an oscilloscope to check the following signal or replace the parts one at a time and test after each replacement Is the Notebook connected Connect to power Either AC adaptor AC adaptor or battery or battery Parts Signal 123 PL509 PL510 PR565 PR467 PU518 BALI BARON PR576 PR579 PRS554 ADMAIN ADINP ADEN 517 PR3 1 From Power Source Problem First use Check the following parts for cold solder or one of the following Power Replace the faulty parts on the Mother Board may be defective use an oscilloscope OK AC adaptor or to check the following signal or replace the parts one at a time and Battery test after each replacement No Adaptor Parts Signal PF501 PL501 PL502 PC501 PC3 VMAIN AWAYS 5VA PC6 PDI PQ503 502 PR5 4 SW 5VA POWERBTN Replace Board level PDS PD6 512 PD501 PWR_ON LEARNING Motherboard Troubleshooting PD502 PQ501 PR508 PU527 0527 97 8640 N B Maintenance 8 2 Battery Can not Be Charged When the battery is installed but the battery status indicate LED display abnormal
243. connected to power AC adaptor 1 Make sure that the battery is good N Connect AC adaptor Replace Motherboard 2 Make sure that the battery is installed properly Board level Troubleshooting Check the following parts for cold solder or one of the following parts on the mother board may be defective use an oscilloscope to check the following signal or replace the parts one at a time and test after each replacement 2 Parts Signal PR577 ADINP PR573 LI OVP PR578 PC569 CHANGING PC574 DBTT PR569 BAT_T PC564 _ D511 BAT D C819 C821 BATT DEAD 58 57 PL511 PL509 99 8640 N B Maintenance 8 3 No Display HCLK CPU R664 33 49 Z 13 VDDPCI io _______ 28 VDDA48 29 VDDAGP 42 VDDCPU 48 VDDSD HCLK_CPU R671 33 39 HCLK_SIS650 HCLK_SIS650 14 318MHZ_TV R652 33 AGP CLK SDRAMCLK R689 33 PCICLK CARD REF CLK0 3VS R696 33 CLK MINIPCI SMBCLK FIK SMBDATA ZCLK1 R660 22 33 CLK SIO PCI SB CLK R678 33 REF R644 33 USBCLK SB R704 22 26 CPU_STP 45 X503 D505 Las 14 318MHz 6 1 2 3VS R107 5 10K C646 C648 VCC_CORE 7 R100 VTT PWRGD 10P 10P 10K R96 10K Q7 4 MMBT3904L Q8 V MMBT3904L E V 100 8 3 No Display FSB 400 533 SELECT DDR DEFAULT 266
244. dable to 1024MB 2 DDR SODIMM slots Table 4 Memory Expansion Capacity 64 128 192 320 576 128 256MB 384MB 640MB 256MB 512MB 768MB 512MB 1024MB 8640 N B Maintenance 1 3 5 O PORTS CRT Port Standard VGA compatible port DDC1 and DDC2B complian Table 5 CRT Connector Red analog video output Green analog video output Blue analog video output Monitor Sense Monitor Sense ND Ground ND Ground ND Ground ND Ground CC 5VDC ND Ground Monitor Sense Monitor Sense CRT DATA Data from DDC monitor HSYNC Horizontal Sync control VSYNC Vertical Sync control CRT CLK Clock to DDC monitor 1 2 3 4 5 6 7 8 9 OT Ole inf 0220707570 Figure 1 CRT Connector O QIO ds 8640 N B Maintenance Table 6 CRT Support Mod 1024x768x8 9 60NI 1024x768x16 60NI 1024x768x32 9 60NI 1024x768x8 75NI 1024x768x16 75NI 1024x768x32 75NI 1024x768x8 85NI 1024x768x16 85NI 1024x768x32 9 85NI 1280x1024x8 9 60NI 1280x1024x16 06051 1280x1024x32 9 60NI 1280x1024x8 975NI 1280x1024x16 9 75NI 1280x1024x32 75NI 1280x1024x8 85NI 1280x1024x16 85NI 1280x1024x32 85NI 1600x1200x8 60NI 1600x1200x16 60NI 1600x1200x32 60NI 1600x1200x8 75NI 1600x1200x16 75NI 1600x1200x32 75NI 1600x1200x8 85NI 1600x1200x16 85NI 1600x1200x32 85NI 1920x1440x8 9 85NI 1920x1440x16 08551 1920x1440x32 85NI 2048x1536x8 75N
245. e error handling architecture of the system BNR Input Output BNR Block Next Request is used to assert a bus stall by any bus agent who is unable to accept new bus transactions During a bus stall the current bus owner cannot issue any new transactions 72 8640 N B Maintenance 5 1 Pentium 4 Willamette Northwood mFC PGA2 478 pins Name Type Description 5 0 Input Output 5 0 Breakpoint Monitor are breakpoint and performance monitor signals They are outputs from the processor which indicate the status of breakpoints and programmable counters used for monitoring processor performance BPM 5 0 should connect the appropriate pins of all Pentium 4 processor in the 478 pin package system bus agents 4 provides PRDY Probe Ready functionality for the port PRDY is a processor output used by debug tools to determine processor debug readiness 5 provides PREQ Probe Request functionality for port PREQ is used by debug tools to request debug operation of the processor Please refer to Intel Pentium 4 Processor in the 478 pin Package and Intel amp 850 Chipset Platform Design Guide for more detailed information These signals do not have on die termination Refer to Section 2 5 the Intel Pentium 4 Processor in the 478 pin Package Intel 850 Chipset Platform Design Guide for termination requirements Name Type D
246. e the four screws to lift up the card reader Figure 2 28 i Y W Figure 2 28 Remove the card reader Reassembly 1 Replace the card reader and reconnect the cable to the top mother board 2 Fasten the card reader by four screws 3 Assemble the top cover See section 2 2 11 Reassembly 4 Replace the LCD Assy CD DVD ROM HDD keyboard and battery See section 2 2 8 2 2 5 2 2 4 2 2 2 2 2 1 Reassembly 64 8640 N B Maintenance 2 2 13 Touch Pad Board Disassembly Remove the battery pack keyboard HDD CD DVD ROM LCD Assy See section 2 2 1 2 2 2 2 2 4 2 2 5 2 2 8 disassembly 2 Remove the top cover See steps 1 3 in section 2 2 11 Disassembly 3 Disconnect the three cables from the top mother board Figure 2 29 4 Remove the six screws to lift up the top mother board and touch pad panel Figure 2 29 Figure 2 29 Remove the top mother board Reassembly 1 Replace the top mother board and touch pad panel and secure with six screws 2 Reconnect the three cables to the board 3 Assemble the top cover See section 2 2 11 Reassembly 4 Replace the LCD Assy CD DVD ROM HDD keyboard and battery See section 2 2 8 2 2 5 2 2 4 2 2 2 2 2 1 Reassembly 2 8640 N B Maintenance 3 Definition amp Location Of Connectors Switches Setting 3 1 Main Board Side A BH E EN N J1 Power Jack J2 1394 connector J3 TV Out Connector J4 LAN Connect
247. e value from 22 to NA at location CP503 CP504 CP505 CP506 5 9 2002 4 28 2002 5 6 2002 MiTAC Title HISTORY Size Document Number 8640 Rev 01 Date Wednesday August 28 2E0 et PDF created with FinePrint pdfFactory trial version http www fineprint com ROO ROA 1 Delete the necessary pull up resistor of ADM1032 at location RP507 2 Install R94 to pull up Test Hil2 DPSLP at DT mode 3 Change the PCB Footprint from 1812 to 1210 at location C693 C696 4 Support 300mA VCCPVID output to add parts of U520 R850 C904 C905 L359 C903 5 Changed the resistance from 150ohm 1 to 49 9 1 for DDRVREFA B at location R98 R108 R750 R745 6 Reserved 1 25 REF to provid DDRVREF at location R823 R248 R825 7 Changed the resistance from 1Kohm 1 to 49 9 1 for DDRVREF at location R807 R812 8 Change the PCB Footprint from 0603D DFS to 0603D for M650 LCD ID at location R736 R740 R742 D change the PCB Footprint from 0603D to 0603D_DFS at location R578 10 Add 10K resistors R838 R845 and delete R615 R60 R75 R634 R618 R58 R71 R635 for modify MAP17 RAM_CFG strap circuit refer page 10 11 11 Change the pull up voltage of AGP_BUSY signal from 1 5VS to 3VS 12 Disconnect U6 pinAG10 and pull up to 3VS R591 N_AGP_STOP 13 Changed the voltage of MAP17 IFPOIOAVDD from 2 8VS to A3V L16 pinl 14 Change resistors value to NA at location R38 R568 that no connect SM530 REFOUT 15 C
248. e with eight screws 4 Replace the battery pack See section 2 2 1 Reassembly 55 8640 N B Maintenance 2 2 8 LCD ASSY Disassembly Remove the battery pack keyboard and heatsink See section 2 2 1 to 2 2 3 Disassembly 2 Remove the two hinge covers Figure 2 18 3 Disconnect the LCD cables from the system board and remove four screws of the hinges 0 Now Pull out the antenna from the compartment 6 Figure 2 19 Figure 2 18 Remove the antenna Figure 2 19 Remove the LCD Assy 56 8640 N B Maintenance Reassembly 1 Attach the LCD assembly to the base unit and secure with four screws on the hinges 2 Reconnect the two cables to the system board 3 Replace the antenna to the wireless card socket 4 Replace two hinge cover 5 Replace the heatsink keyboard and battery pack See section 2 2 3 to 2 2 1 Reassembly 57 8640 N B Maintenance 2 2 9 Inverter Board Disassembly Remove the LCD assembly See section 2 2 8 Disassembly 2 Detach the LCD cover 3 To remove the inverter board on the lower part of the LCD housing remove the two screws and disconnect two cables figure 2 22 0 62 mp c o Q MEI r Figure 2 21 Remove the inverter board Figure 2 20 Remove LCD cover Reassembly Reconnect the cables Fit the inverter board back into place and secure with two screw 2 Replace the LCD cover 3 Replace the LCD assembly See section 2 2 9 Reasse
249. em bus agent may assert both HIT and HITM together to indicate that it requires a snoop stall which can be continued by reasserting HIT and HITM together DP 3 0 Input Output DP 3 0 Data parity provide parity protection for the D 63 0 signals They are driven by the agent responsible for driving D 63 0 and must connect the appropriate pins of all Pentium 4 processor in the 478 pin package system bus gents DSTBN 3 0 Input Output Data strobe used to latch in D 63 0 Associated Strobe DSTBNO DSTBN1 DSTBN2 DSTBN3 Signals D 15 0 DBIO D 31 16 47 32 0 D 63 48 DBB IERR Internal Error is asserted by a processor as result of an internal error Assertion of IERR is usually accompanied by a SHUTDOWN transaction on the processor system bus This transaction may optionally be converted to an external error signal e g NMI by system core logic The processor will keep JERR asserted until the assertion of RESET BINIT or INIT This signals does not have on die termination Refer to Section 2 5 fortermination requirements DSTBP 3 0 Input Output Data strobe used to latch in D 63 0 Associated Strobe DSTBPO DSTBP1 DSTBP2 DSTBP3 Signals D 15 0 DBIO D 31 16 D 47 32 2 D 63 48 DBB IGNNE Input IGNNE Ignore Numeric Erro
250. escription BPRI Input BPRI Bus Priority Request is used to arbitrate for ownership of the processor system bus It must connect the appropriate pins of all processor system bus agents Observing BPRI active as asserted by the priority agent causes all other agents to stop issuing new requests unless such requests are part of an ongoing locked operation The priority agent keeps BPRI asserted until all of its requests are completed then releases the bus by deasserting BPRI D 63 0 Input Output D 63 0 Data are the data signals These signals provide a 64 bit data path between the processor system bus agents and must connect the appropriate pins on all such agents The data driver asserts DRDY to indicate a valid data transfer D 63 0 are quad pumped signals and will thus be driven four times in a common clock period D 63 0 are latched off the falling edge of both DSTBP 3 0 and DSTBN 3 0 Each group of 16 data signals correspond to a pair of one DSTBP and one DSTBN The following table shows the grouping of data signals to data strobes and DBI Quad Pumped Signal Groups Data Group poled DBI D 15 0 0 0 D 31 16 1 1 D 47 32 2 2 D 63 48 3 3 Furthermore the DBI pins determine the polarity of the data signals Each group of 16 data signals corresponds to one DBI signal When the DBI signal is active the corresponding data group is inverted and therefore sampled
251. g signal or replace the parts one at test after each replacement Replace Motherboard Yes Check the following parts for cold solder or one of the following parts on the mother board may be defective use an oscilloscope a time and No Parts Signals Try another known good MINI PCI device U515 AD 0 31 J503 REQ2 Q5 IRDY nsn Re test Yes Change the faulty R109 Poors SERR OK R191 part then end PERR C BE 0 3 FRAME TRDY STOP 5VS CLKRUN 128 8640 N B Maintenance 8 14 IEEE1394 Failure An error occurs when 1394 device is installed 1394VCC3 30 31 43 50 7 17 62 26 1394 0 1394 MINI 1394 U5 15 1394_ D0 D7 J2 South Bridge LINKON SCLK 1394 3 SIS962 LREQ 0509 LPS IEEE1394 FW803 TPB1 R8 0 TPB1 1 R7 0 1 2 1 5 R6 0 1 3 1 amp R5 0 1 4 R640 R639 56 R641 8642 56 R638 C628 4 99 220 V 615 0 330 1394 L C668 0 1U 129 8640 N B Maintenance 8 14 IEEE1394 Failure An error occurs when 1394 device is installed IEEE1394 Test Error 1 Check if the 1394 device 1s installed properly 2 Confirm 1394 driver is installed ok Change the faulty part then end Replace Motherboard Board level
252. gnals parts amp signals parts amp signals Replace T p board Correct it Parts Signals Parts Signals Parts Signals 0515 U6 AOUT R C30 C32 DROM RIGHT 05 C68 AOUTL m ape C33 U12 Us ROUT ROUT L25 yay LOUT LOUT R38 MIC I R122 CDROM GND R R21 1503 LINE OUT 5 39 MIC2 R127 1 another known good speaker CD ROM 2 Exchange another known good Audio touch pad card Read board J505 U4 116 LINE OUT 2 J508 C21 114 SPK OFF 22 122 1502 Re test L21 SPDIF Q6 Q3 DEVICE J504 DECT Correct it 133 8640 N B Maintenance 8 16 LAN Test Error An error occurs when a LAN device is installed 43V LAN L526 43V o Y Y i 7420 24 0 1U V 33 45 48 1 LAN MRX D6 D3 31 30 2928 e R626 R625 5 56 845 RXIN R544 0 1 16 PJRX 6 MTX D0 D3 39 40 41 42 BXIN TR 9 R545 0 3 14 PJRX 2 J4 LAN U515 PJTX 7 US Connector LAN MRXDV 32 EMO 7 m 8 RXDV E LAN MRXER 35 418 0 45 LAN MRXC R688 22 x US08 TXDe R535 ig 12 South Bridge RXCLK TER PJ7 LAN_COL m LANPH S 3 R536 A 0 8 COL LAN_CRS 44 N 15
253. hange resistors value from NA to 10K at location R636 R62 for correctly MAP17 ROM TYPE 16 Change resistors value from 10K to NA at location R637 R83 for correctly MAP17 ROM TYPE 17 Correct S VIDEO pin connection that pin5 connect to TV_LUMA and pin7 connect to TV_CRMA 18 Change resistors value from 100K to 10K at location R501 for CRT_IN signal 19 Correct FSB SELECT circuit refer 13 20 Correct DDR CLOCK buffer OUT layout 21 Changed capacitor value from 10P to NA at location C829 BF OUT 22 Delete the necessary pull up resistor of S3AUXSW at location R115 23 Add R115 R192 Oohm NA to disconnect pull up to 3VS of P INIT P STBf 24 Change resistors value from NA to 8 2K to meet AGP specification at location R150 R147 for AGP_ADSTBO AGP_ADSTB1 25 Changed capacitor value from 22U to 10U at location C132 and add 10U capacitor at location C254 for ME issue AUXOK 27 Changed the USB pair signal to J10 from USB2 to USB4 to support USB boot function 28 Connect unused USB pair pull low 10K of USB2 at location R127 R130 and pull up USB 2 to 3V at location R153 9 Change resistor value from NA to 10K to disable debug mode of USB 0 4 the BEAD value from to 120ohm at location 129 for USBPVDD 31 Changed the resistor value to Oohm for IDE busd refer 18 32 ADD SIORDY pull up 5VS R196 IRQ15 pull low R197 and SDDREQ pull low R198 33 Connect PJ1 28 to 5VS for power team requist 34 Add DFS parts for
254. he appropriate pins of all system bus agents TRST Input TRST Test Reset resets the Test Access Port TAP logic TRST must be driven low during power on Reset This can be done with a 680 pull down resistor TCK Input TCK Test Clock provides the clock input for the processor Test Bus also knownas the Test Access Port VCCA Input VCCA provides isolated power for the internal processor core PLLs Refer to the Intel Pentium 4 Processor in the 478 pin Package and Intel 850 Chipset Platform Design Guide for complete implementation details 76 8640 N B Maintenance 5 1 Pentium 4 Willamette Northwood mFC PGA2 478 pins Name Type Description Input provides isolated power for internal processor system bus PLLs Follow he guidelines for and refer to the Intel Pentium 4 Processor in the 478 pin Package and Intel 850 Chipset Platform Design Guide for complete implementation details VCCSENSE Output Vccsensz 15 an isolated low impedance connection to processor core power VCC It can be used to sense or measure power near the silicon with little noise VCCVID Input is no imput voltage requirement for VCCVID for designs intended tosupport only the Pentium 4 processor in the 478 pin package Refer to Intel Pentium 4 Processor in the 478 pin Package and Intel amp 850 Chipset Platform Design Guide for m
255. ice to the To be continued OK M B one at a time to find out Clock and reset checking which part is causing the problem 104 8640 N B Maintenance 8 4 VGA Controller Failure LCD No Display When LCD without back light or LCD Change dark y e U519 H8 F3437 BLADJ L511 L515 e 4 J13 Inverter 1 connector 5VS 1516 45VAS gt From 515302 or NVidia FN F6 THE LCD CHANGE DARK FN F7 THE LCD CHANGE BRIGHT FN F5 SELECT USE LCD OR MONITOR FN F8 CONTROL LCD BRIGHT MODEL 105 8 4 8640S Silver VGA Controller Failure LCD No Display There is no display or picture abnormal on LCD or monitor VBD 0 11 0 11 VBVSYNC VBHSYNC TXOUTI TXOUTO 8640 Maintenance TXOUT10 VAVSYNC VAHSYNC VBGCLK TXOUT 2 TXCLKOUTI TXOUTI1 Ju TXOUTI2 LCD CONNECT VAGCLK VBDE TX2OUTO TXCLKI1 4 TX2OUTO VADE VBCTL 0 1 VBHCLK TX20UT1 TX20UT2 TX20UT21 VBCAD VBCLK TX2CLK LCD 0 TX20UT2 TX2CLK LCD_ID2 JP_NET20 ENAVDD 12V 3VS O PR2 10K 4 Q3 NDS9410 LI 1207 100 1 MIRCOSMDC
256. ion of SLP and removal of the BCLK input while in Sleep state If SLP is deasserted the processor exits Sleep state and returns to Stop Grant state restarting its internal clock signals to the bus and processor core units If the BCLK input is stopped while in the Sleep state the processor will exit the Sleep state and transition to the Deep Sleep state TESTHI 12 8 TESTHI 5 0 Input TESTHI 12 8 and TESTHI 5 0 must be connected to VCC power source through a resistor for proper processor operation See Section 2 5 for more details THERMDA Other Thermal Diode Anode See Section 7 3 1 THERMDC Other Thermal Diode Cathode See Section 7 3 1 SMI Input SMI System Management Interrupt is asserted asynchronously by system logic On accepting a System Management Interrupt the processor saves the current state and enter System Management Mode SMM An SMI Acknowledge transaction is issued and the processor begins program execution from the SMM handler If SMI is asserted during the deassertion of RESET the processor will tristate its outputs Output Assertion of THERMTRIP Thermal Trip indicates the processor junction temperature has reached a level beyond which permanent silicon damage may occur Measurement of the temperature is accomplished through an internal thermal sensor which is configured to trip at approximately 135 C Upon assertion of THERMTRIP the pr
257. l Troubleshooting 1 Confirm LCD is good and check the cable are connected properly 2 Try another known good LCD One of the following parts on the mother board may be defective use an oscilloscope to check the following signal or replace the parts one at a time and test after each replacement Replace Motherboard Replace faulty LCD Parts Signals R580 PANEL ID 0 3 ENABLE BL C40 PSON C38 P Q3 TXCLKOUT Q4 TXOUTCLK2 Fl TXOUT 0 2 11 2 0 2 VDDSS Connect the I O device amp cable BLADJ to the M B one at a time to find out which part is causing the problem 8 5 86405 Silver amp 8640G Gold VGA Controller Failure TV No Display There is no display or picture abnormal on TV 8640 N B Maintenance E 5 RP505 7554 V C17 TV_COMP TV COMP L7 07 C513 TV CRMA 2 Te 2 i 3 s VIDEO SIS302LV 5 33 Chrontel ry PONE TV LUMA CH7019 18 1 EE 5 T Sor rand C519 100 peat 100P e e e 8640S Silver V NEED 7 V RP505 Cit RESI TV LUMA X L7 C513 TV CRMA TV CRMA
258. l Description ACPILED OD ACPILED lt 5V AUX ACPILED can be used to control the blinking of an LED at the frequency of 1Hz to indicate the system is at power saving mode EXTSMHE I External SMI GPIO3 yo EXTSMEHI be used to generate wakeup event sleep event or 3 3V 5V M SCI SME event to the ACPI compatible power management unit PME I 3 3V 5V AUX When the system is in power down mode an active low event on PME will cause the PSON to go low and hence turn on the power supply When the system is in suspend mode an active event will cause the system wakeup and generate an SCI SMI PSON OD ATX Power ON OFF control lt 5V AUX PSON is used to control the on off state of the ATX power supply When the ATX power supply is in the OFF state an activated power on event will force the power supply to ON state AUXOK I Auxiliary Power OK 3 3V AUX This signal is supplied from the AUX power source It is also used to reset the logic in AUX power well If there is no auxiliary power source on the system this pin should be tied together with PWROK PWRBTN I Power Button 3 3V 5V AUX This signal is from the power button switch and will be monitored by the ACPI compatible power management unit to switch the system between working and sleeping states RING I Ring Indication GPIOS An active RING pulse and lasting for more than 4ms will cause 3 3V 5V AUX wakeup event for system to wake from 51 55 B
259. liary Power OK 3 3V AUXI This signal is supplied from the power source of resume well It is also used to reset the logic in resume power well If there is no auxiliary power source on the system this pin should be tied together with PWROK PCIRST I PCI Bus Reset 3 3V AUXI PCIRST is supplied from SiS MuTIOL Media IO 515961 PWROK I Main Power OK 3 3V AUXI A high level input to this signal indicates the power being supplied to the system is in stable operating state During the period of PWROK being low CPURST and PCIRST will all be asserted until after PWROK goes high for 24 ms Name Pin Attr Signal Description PIPE I AGP Pipeline Request 1 5V 3 3V M SBA 7 0 vo Side Band Address 1 5V 3 3V M 1 Read Buffer Full 1 5V 3 3V M WBF I Write Buffer Full 1 5V 3 3V M AD_STB 1 AD Bus Strobe 0 1 5V 3 3V M AD STB I IO AD Bus Strobe Compliment 0 1 5V 3 3V M SB STB I Side Band Strobe 1 5V 3 3V M SB STB 4 I Side Band Strobe Compliment 1 5V 3 3V M 82 8640 N B Maintenance 5 3 SIS 962 MuTIOL Media I O South Bridge MuTIOL Connect Interface Host Bus Interface Name Pin Attr Signal Description ZCLK I Megaband I O Connect Clock 3 3V M ZUREQ vO Megaband I O Conect Controll pins 1 8V M ZDREQ vO Megaband I O Conect Controll pins 1 8V M ZSTB 1 0 vo Megaband I O Connect Strobe 1
260. lock is used to trigger dual edge data transfer Perfect duty cycle is required VBGCLK multiplexed with AD_STB1 VBD 11 0 I O Channel B Data 1 8V 3 32V M VBDI 11 0 multiplexed with AAD VAHSYNC vO Channel A H Sync 1 8 3 3 VAHSYNC multiplexed with AAD18 VAVSYNC vO Channel A V Sync 1 8V 3 3V M VAVSYNC multiplexed with AAD17 VADE VO Channel A Data Valid 1 8V 3 3V M VADE multiplexed with AAD16 VAGCLK VO Channel A Clock Output 1 8V 3 3V M This clock is used to trigger dual edge data transfer Perfect duty cycle is required VAGCLK multiplexed with AD STBO VAGCLK vO Channel A Differential Clock Output To support 1 8V 3 3V Chrontel VAGCLK multiplexed with AD_STBO VAD 11 0 IO Channel A Data 1 8V 3 34V M VAD 11 0 multiplexed with AAD Stereo Glasses Interface CSYNC Stereo Clock 3 3V M PINANG O Right LSYNC Stereo Left PE 81 5 2 SIS650 IGUI Host Memory Controller 8640 N B Maintenance Test Mode Hardware Trap Power Management SiS MuTIOL Interface Name Pin Attr Signal Description DLLEN Hardware Trap pin refer to section 5 3 3 5 M DRAM SEL I Hardware Trap pin refer to section 5 3 3V 5V AUX TRAP 1 0 I Hardware Trap pins refer to section 5 3 3 5 M ENTEST I Test Mode enable pin 3 3 5 M TESTMOD I Test Mode select pin E 2 0 3 3V 5V M Nand Tree Test 100 AUXOK I Auxi
261. mbly 58 8640 N B Maintenance 2 2 10 LCD Panel Disassembly Remove the battery pack keyboard heatsink and LCD assembly See section 2 2 1 to 2 2 3 and 2 2 8 Disassembly 2 Remove the four rubber pads and four screws on the lower part of the panel figure 2 20 3 Insert a flat screwdriver to the lower part of the LCD cover and gently pry the cover out Repeat the process until the cover is completely separated from the housing 4 Remove the six screws on two sides and four screws on the lower part of the LCD panel Figure 2 22 Remove LCD panel 5 Remove the inverter board See section 2 2 9 Disassembly 59 8640 N B Maintenance Reassembly 1 Fit the LCD panel back into place and secure with ten screws and reconnect the cables to the inverter board and replace two screws 2 Fit the LCD cover back into the housing and replace the four screws and four rubber pads 3 Replace the LCD assembly heatsink keyboard battery pack See section 2 2 8 and 2 2 3 to 2 2 1 60 8640 N B Maintenance 2 2 11 System Board Disassembly Remove the battery pack keyboard CPU HDD module CD DVD ROM drive and LCD assembly See section 2 2 to 2 2 5 and 2 2 8 Disassembly 2 Remove thirteen screws on the bottom of the notebook Figure 2 23 3 Remove eleven screws fastening the top cover and the easy start LED board Then detach the top cover Figure 2 24 Figure 2 23 Remove the bo
262. ne dual in line memory module SODIMM support PC2100 515651 IGUI Host Memory Controller integrates a high performance host interface for Intel Pentium 4 processor a high performance 2D 3D Graphic Engine a high performance memory controller an AGP 4X interface and SiS MuTIOL Technology connecting w 515962 MuTIOL Media IO The 515962 MuTIOL Media I O integrates the Audio Controller with AC 97 Interface the Ethernet MAC the Dual Universal Serial Bus Host Controllers the IDE Master Slave controllers and the MuTIOL Connect to PCI bridge The PCI to LPC bridge I O Advanced Programmable Interrupt Controller legacy system I O I O Advanced Programmable Interrupt Controller and legacy power management functionalities are also integrated The 515962 also incorporates a universal interface supporting the asynchronous inputs outputs of the X86 compatible microprocessors like P4 8640 N B Maintenance 1 2 System Overview TABLE 1 8640 Silver 8640I Hardware Specification CPU mPGA 478 pin socket Support Intel D T Pentium 4 Willamette Northwood amp Celeron in mFC PGA2 package Support FSB 400 533MHz Video Dual independent displays LCD CRT LCD TV CRT TV Support Motion Compensation and iDCT Support Simultaneous display Share System Memory Up to 64MB Two 200 200MHz 266MHz 333MHz DDR SO DIMM Without any On Board Memory Support one slot of Type Il or Type Non support Zoom Video Audio Function
263. ocessor will shut off its internal clocks thus halting program execution in an attempt to reduce the processor junction temperature To protect the processor its core voltage VCC must be removed following the assertion of THERMTRIP See Figure 12 and Table 16 for the appropriate power down sequence and timing requirements Once activated THERMTRIP remains latched until RESET is asserted While the assertion of the RESET signal will de assert THERMTRIP if the processor s junction temperature remains at or above the trip level THERMTRIP will again be asserted after RESET is de asserted STPCLK Input STPCLK Stop Clock when asserted causes the processor to enter a low power Stop Grant state The processor issues a Stop Grant Acknowledge transaction and stops providing internal clock signals to all processor core units except the system bus and APIC units The processor continues to snoop bus transactions and service interrupts while in Stop Grant state When STPCLK is deasserted the processor restarts its internal clock to all units and resumes execution The assertion of STPCLK has no effect on the bus clock STPCLK is an asynchronous input TMS Input TMS Test Mode Select is a JTAG specification support signal used by debug tools TRDY Input TRDY Target Ready is asserted by the target to indicate that it is ready to receive a write or implicit writeback data transfer TRDY must connect t
264. of SSE2 the Net Burst micro architecture now extends the SIMD capabilities that MMX technology and SSE technology delivered by adding 144 new instructions These instructions include 128 bit SIMD integer arithmetic and 128 bit SIMD double precision floating point operations These new instructions reduce the overall number of instructions required to execute a particular program task and as a result can contribute to an overall performance increase They accelerate a broad range of applications including video speech and image photo processing encryption financial engineering and scientific applications Features Used for Test and Performance Thermal Monitoring Built in Self Test BIST provides single stuck at fault coverage of the microcode and large logic arrays as well as testing of the instruction cache data cache Translation Lookaside Buffers TLBs and ROMs IEEE 1149 1 Standard Test Access Port and Boundary Scan mechanism enables testing of the Pentium 4 processor and system connections through a standard interface Internal performance counters can be used for performance monitoring and event counting Includes a new Thermal Monitor feature that allows motherboards to be cost effectively designed to expected application power usages rather than theoretical maximums 8640 N B Maintenance 1 3 2 515650 IGUI Host Memory Controller with Integrated 2D 3D Graphic DDR266 AGP4X North Bridge SiS650 IGUI Host Memory Controller
265. om D3 Hot and D3 Cold 0 Mixed and match 5V 3 3V 16 bits PC CARDS and 3 3V Cardbus Card 1 3 16 IDE Interface Support Dual Independent IDE Channels One is Hard Disk The other one is Optical Device Supports PIO mode 0 1 2 3 4 and Ultra DMA 33 66 100 26 8640 N B Maintenance 1 3 17 Read Only Memory Bios Flash Fully compatible with industry standard software including Windows 2000 amp Windows XP Fully supports APM V1 2 and latest ACPI specification 2Mb Flash BIOS Inside BIOS core 1 3 18 Power Management Features Local standby mode Individual devices such as HDD graphics controller LCD etc CPU Idle mode Including ACPI modes C1 and C2 Suspend mode Including 51 and 53 ACPI modes Fully APM V1 2 compliant Fully ACPI V1 1 compliant Hibernate for Windows 2000 and Windows XP Thermal management Fully US EPA Energy Start compliant 8640 N B Maintenance 1 3 19 KEYBOARD CONTROLLER Hitachi 8 34375 1 3 20 SUPER e NS PC87393F LPC interface Ultra I O 1 3 21 LEDs INDIACTOR amp HDD amp NUM amp CAP amp SCROLL amp Wireless Indicator 1 3 22 BUTTONs Four piece EASY START BTNs One MPM Button w z Blue LED 28 Table 15 power LED Power ON Batiery Power ON Battery Power ON gt S640 N B Maintenance Battery Power ON Battery Power ON 29 8640 N B Maintenance 1 3 23 TOUCH PAD MODULE
266. or J5 Parallel Port J6 VGA Connector J7 8 9 10 USB Connector J11 13 LCD Connector J14 Button B D Connect J15 PS2 Connector EH H E H NH J16 HDD Connector J17 Modem Connector J18 J24 fan Connector J21 Internal K B Connector J22 memory Connector 0 J23 Battery Connector 08 Pentium4 Socket 66 8640 N B Maintenance 3 Definition amp Location Of Connectors Switches Setting 3 1 Main Board Side B 11501 System Fan connector J504 Extend Memory Socket L J502 Wireless Card link Connector J505 AC link MDC Jump Wire Connector 1503 Mini PCI connector 67 8640 N B Maintenance 3 Definition amp Location Of Connectors Switches Setting 3 2 Touch Pad Board Side A E EH EH EH H H SE N J501 Touch Pad Connector 4502 CD ROM Connector J503 Left Internal Speaker Connector J504 Line Out SPDIF Phone Jack J505 External Micro Phone Jack J506 Right internal Speaker Connector J507 Card Reader connector PJ501 BTB Connector 68 8640 N B Maintenance 4 Definition amp Location of Major Components 4 1 Main Board Side A 06515 651 North bridge control 1 PU9LTC3716 CPU Power Control U9nVIDA Graphics Control 69 8640 N B Maintenance 4 Definition amp Location of Major Components 4 2 Main Board Side B 1 0508 LAN Control 0512 LPC Super I O L 0518 Memory Clock Control 1509 IEEE1394 Control
267. or complete implementation details 5 2 SIS650 IGUI Host Memory Controller Host BUS Interface 8640 N B Maintenance Name Pin Attr Signal Description RS 2 0 O Response Status 1 2 1 85V M RS 2 0 are driven by the response agent to indicate the transaction response type The following shows the response type RS 2 0 Response 000 Idle State 001 Retry 010 Defer 011 Reserved 100 Reserved 101 No data 110 Implicit Write back 111 Normal Data HTRDY Target Ready 1 2 1 85V M During write cycles response agent will drive TRDY to indicate it is ready to accept data DRDY Uo Data Ready 1 2 1 85V M DRDY is driven by the bus owner whenever the data is valid on the bus DBSY VO Data Bus Busy 1 2 1 85V M _ Whenever the data is not valid on the bus with DRDY is deserted DBSY deasserted to hold the bus HD 63 0 VO Data Bus Busy 1 2 1 85 M Whenever the data is not valid on the bus with DRDY is deserted DBSY deasserted to hold the bus DBI 3 0 vo Dynamic Bus Inversion An active DBI will invert 1 2 1 85V M 8 corresponding data group signals DBIO is referenced HD 15 0 DBII is referenced by HD 31 16 DBI2 is referenced by HD 47 32 DBI3 is referenced by HD 63 48 HDSTBP 3 0 Source synchronous data strobe used to latch data at falling edge 1 2 1 85V M HD 15 0 DBIO latched by HDSTBPO HD 31 16 DBII are la
268. ore driving a read write transaction on the bus Asserting 20 emulates the 8086 processor s address wrap around at the 1 Mbyte boundary Assertion of A20M is only supported in real mode A20M is an asynchronous signal However to ensure recognition of this signal following an Input Output write instruction it must be valid along with the TRDY assertion of the corresponding Input Output Write bus transaction AP 1 0 Input Output AP 1 0 Address Parity are driven by the request initiator along with ADS A 35 3 and the transaction type on the REQ 4 0 A correct parity signal is high if an even number of covered signals are low and low if an odd number of covered signals are low This allows parity to be high when all the covered signals are high AP 1 0 should connect the appropriate pins of all Pentium 4 processor in the 478 pin package system bus agents The following table defines Request Signals subphase 1 subphase 2 35 24 APO AP1 A 23 3 1 REQ 4 0 AP 1 APO BCLK 1 0 Input The differential pair BCLK Bus Clock determines the system bus frequency All processor system bus agents must receive these signals to drive their outputs and latch their inputs external timing parameters are specified with respect to the rising edge of BCLKO crossing V CROSS ADS Input Output ADS Address Strobe is asserted to indicate the validity of the t
269. ore information VID 4 0 Output VID 4 0 Voltage ID pins can be used to support automatic selection of power supply voltages Vcc These pins are not signals but are either an open circuit or a short circuit to VSS on the processor The combination of opens and shorts defines the voltage required by the processor The VID pins are needed to cleanly support processor voltage specification variations See Table 2 for definitions of these pins The power supply must supply the voltage that is requested by these pins or disable itself Vssa Input Vssais the isolated ground for internal PLLs VSSSENSE Output Vsssenseis an isolated low impedance connection to processor core Vss It can be used to sense or measure ground near the silicon with little noise TMS Input TMS Test Mode Select is a JTAG specification support signal used by debug tools TRDY Input TRDY Target Ready is asserted by the target to indicate that it is ready to receive a write or implicit writeback data transfer TRDY must connect the appropriate pins of all system bus agents TRST Input TRST Test Reset resets the Test Access Port TAP logic TRST must be driven low during power on Reset This can be done with a 680 pull down resistor VCCA Input provides isolated power for the internal processor core PLLs Refer to the Intel Pentium 4 Processor in the 478 Package and Intel 850 Chipset Platform Design Guide f
270. ort Intel D T Pentium 4 Willamette Northwood amp Celeron in mFC PGA2 package Support FSB 400 533MHz Video Dual independent displays LCD CRT LCD TV CRT TV Support Motion Compensation and iDCT Support Simultaneous display Embedded 32MB DDR VRAM Memory Two 200Pin 200MHz 266MHz 333MHz DDR SO DIMM Without any On Board Memory PCMCIA Support one slot of Type or Type Non support Zoom Video Audio Function IDE Support 2 IDE channel Up to Ultra DMA 100 LCD Display Support dual 85MHz LVDS interface Support up to QXGA 2048 1536 Resolution Button 4 Easy Start Buttons functions defined by user 1 MPM Button 1 Power Button LAN Support to 10 100 Based T Modem 56Kbps V 90 MDC Modem Pointing Glide PAD with 2 buttons Keyboard Internal Key Matrix Keyboard Mini PCl One Type III A Support 8cm Mini Pci Card Standard is 5cm Card Reader Without Support 4 in 2 Card Reader MMC SD SM MS BIOS 256KB Flash EEPROM Include System BIOS amp VGA BIOS Audio AC 97 Interface Codec Sound Blaster Pro Compatible Built In 2 2W 4ohm speakers and 1 Mono Microphone Port Bi Directional Parallel Port EPP ECP External VGA Port D SUB 15Pins 4 USB 2 0 Port RJ 11 4 Pin port for modem RJ 45 Port for LAN SPIDF w z Line Out Jack Microphone In Jack VR for Audio Volume Control DC Input Jack Mini IEEE1394 Port 7 Pins S Video Output Port NTSC PAL Battery Connector PS 2 Port FIR Suspend Mode Indicator POS 51 Su
271. p t 2 505 14 79 47K 0603 46 SMWP 1 5 0603 0603 0603 1 i 12 R75 1 4 7K 0603 SMSP Close to Switch 5 MSDIO 16 50V 9 507 R85 1 10K 0608 MCMD 1 R76 1 4 7K NA 0603 P35 SMWPI DD R83 ATKIN MCD R81 1 CAA 2 47K 0603 16 SDSP 777 r 19 1 AA A 2 0603 H84 1 2 4ZK NA 0603 SDCD R82 1 AAA 2 4JKINA 0603 P47 SDWP T 3V 506 20 2 RP2 820K 4 1206 RIGHT toate 92 2 1 500 r M Stick P16 SDSP DS 24 3 6 SD2 48V omory IC 010 5511 504 26 4 5 503 1 1 8 SD4 877 1 47K 0608 P10 MSSP T SW2 95 SMVDD 1 3 H 7 505 A SOT23 SMCD 3 6 SD6 R78 4 7 0603_MSCD Joso2 LEFT 1 97 9 2 pODUS FDV302P m 1 i 4 5 SD7 Law S dean tue 4 R25 1 4 7K NA 0603 MSDIO DATA 5 MCRD 31 820K 4 1206 A d TG010 PSS11CET L Sw 1 4 777 SDVDD 1 2 E __889 1 MCLK_A 25 i i L2 J09 0 0603 SDCD 36 38 2 SDWP 39 777 Title EPG OSMM 40P RA BTB CD ROM CONNECTOR 77 Eze Number 411673400002 00 Date Friday June 28 2002 Bheet 2 of 4 PDF created with FinePrint pdfFactory trial version http www fineprint com
272. r OSC32KHO RTC 32 768 KHz Output lt 3 3V RTC When internal RTC is enabled this pin should be connected with the other end of the 32 768 KHz crystal or left unconnected if an external oscillator is used PWROK I Main Power OK 3 3V RTC A high level input to this signal indicates the power being supplied to the system is in stable operating state During the period of PWROK being low PCIRST will all be asserted until after PWROK goes high for 12 ms 86 8640 N B Maintenance 5 3 SIS 962 MuTIOL 9 Media I O south bridge MAC Interface Continue Keyboard Control Interface Name Pin Attr Signal Description TXEN Transmit Enable 3 3V AUX When set to a 1 and the transmit state machine is idle then the transmit state machine becomes active This bit will read back as a 1 whenever the transmit state machine is active After initial power up software must insure that the transmitter has completely reset before setting this bit MDIO Io Management Data I O 3 3V 5V AUX Bi direction signal used to transfer management information for the external physical unit Requires external pull up resistor RXDV I Receive Data Valid 3 3V 5V AUX This indicates that the external physical unit is presenting recovered and decoded nibbles on the RXD 3 0 and that RXCLK is synchronous to the recovered data This signal will encompass the frame starting with the Star
273. r is asserted to force the processor to ignore a numeric error and continue to execute noncontrol floating point instructions If IGNNE is deasserted the processor generates an exception on a noncontrol floating point instruction if a previous floating point instruction caused an error IGNNE has no effect when the NE bit in control register 0 CRO is set IGNNE is an asynchronous signal However to ensure recognition of this signal following an Input Output write instruction it must be valid along with the TRDY assertion of the corresponding Input Output Write bus transaction FERR Output FERR Floating point Error is asserted when the processor detects an unmasked floating point error FERR is similar to the ERROR signal on the Intel 387 coprocessor and is included for compatibility with systems using MSDOS type floating point error reporting INIT Input INIT Initialization when asserted resets integer registers inside the processor without affecting its internal caches or floating point registers The processor then begins execution at the power on Reset vector configured during power on configuration The processor continues to handle snoop requests during INIT assertion INIT is an asynchronous signal and must connect the appropriate pins of all processor system bus agents If INIT is sampled active on the active to inactive transition of RESET then the processor executes its Built in Self Test BI
274. ransaction address on the A 35 3 and REQ 4 0 pins bus agents observe the ADS activation to begin parity checking protocol checking address decode internal snoop or deferred reply ID match operations associated with the new transaction ADSTB 1 0 Input Output Address strobes are used to latch A 35 3 and REQ 4 0 on their rising and falling edges Strobes are associated with signals as shown below Signals Associated Strobe 4 01 16 3 ADSTB0 35 17 ADSTB1 BINIT Input Output BINIT Bus Initialization may be observed and driven by all processor system bus agents and if used must connect the appropriate pins of all such agents If the BINIT driver is enabled during power on configuration BINIT is asserted to signal any bus condition that prevents reliable future operation If BINIT observation is enabled during power on configuration and BINIT is sampled asserted symmetric agents reset their bus LOCK activity and bus request arbitration state machines The bus agents do not reset their IOQ and transaction tracking state machines upon observation of BINIT activation Once the BINIT assertion has been observed the bus agents will re arbitrate for the system bus and attempt completion of their bus queue and IOQ entries If BINIT observation is disabled during power on configuration central agent may handle an assertion of BINIT as appropriate to th
275. re if the test failed the user can determine where the problem occurred by reading the last value written to port 378H by the eight LEDs on board 90 8640 N B Maintenance 7 2 Debug Card 7 2 1 Diagnostic Tools LED 8 OR PIO CONNECTOR 1 ri P N 411904800001 DESCRIPTION PWA PWA 378PORT DEBUG BD Note Order it from MIC TSSC 7 2 2 CIRCUIT STROBE lt PIN 13 SLCT PIO CONNECTOR PIN10 lt gt PIN 16 INTZ PIN11 BUSY lt gt PIN 17 SELINZ PIN12 lt PIN 14 AUTOFDZ LED PIN 9 2 PD 7 0 91 8640 N B Maintenance 7 3 Error Codes Following is a list of error codes in sequent display on the PIO debug board System Soft BIOS Code Description 0 Boot started 01 Disable A20 through 20 02 Initialize Chipset 03 Test RAM 04 Move BL into the RAM 05 Execution in RAM 06 User Flash Check 07 Shadow system BIOS 08 Checksum System BIOS ROM 09 Proceed with Normal Boot 0A Proceed with Crisis Boot 0B Initialize Clock Sythesizer Fatal Error 10 Some Type of Long Reset 11 Turn Off Fasta20 for Post 12 Signal Power On Reset 13 Initialize the Chipset 14 Search For ISA Bus VGA Adapter 15 Reset Counter Timer 1 16 User Register Config Through CMOS 17 Size Memory 18 Dispatch to RAM Test 19 Checksum the ROM 1A Reset PIC s Code 1B 1C 1D 1E 1F 20 21 23 24 25 26 27 28 29 2A 2B 2C 2D 2E 2F 30 31 32 Description
276. rinter Error 16 INIT O Reset Printer 17 SLCTIN I Select In 18 GND Ground 19 GND Ground 20 GND Ground 21 GND Ground 22 GND Ground 23 GND Ground 24 GND Ground 25 GND Ground Case GND Ground 24 8640 N B Maintenance Silver 86401 SiS M650 Embeded Graphical Controller SiS301LV SiS302LV Video Bridge AGP 4X Interface Use Share Memory Architecture The frame buffer can use 16 32 64MB Gold Platinum 8640D 8640M NVidia Gforce 4 GO MAP17 graphical controller embedded 32MB DDR AGP 4X Interface DSIPLAY Silver 8640I Internal LCD Display is 15 1 14 1 ISP XGA SXGA color Dual View of LCD CRT LCD TV independent display External Video refresh rate of up to 100Hz supported Vertical refresh frequencies to meet VESA requirements Simultaneous video in specified video modes switchcable with hot key Gold Platinum 8640D 8640M Internal LCD Display is 15 17 14 1 TFT ISP XGA SXGA UXGA color Dual View of LCD CRT LCD TV independent display internal Video refresh rate of up to 100Hz supported 25 8640 N B Maintenance Vertical refresh frequencies to meet VESA requirements Simultaneous video in specified video modes switchable with hot key 1 3 15 PC CARD SLOT One Type slot supporting the 1997 PC Card standard and including full R2 16 bit and 32 bit Cardbus data transfer ENE CB1410 PCMCIA Controller amp ENE CP2211 Power Switch Ability to wake up fr
277. rnal usa 20 IEEE1394 MINI Internal PHY IEEE1394 Microphone RTL8801 Internal Speaker AC Link Realtek ALC20 LM 4835 Audio Codec Amplifier SPDIF PQFP 48 JACK 5 M D C RJ 11 30 pin JACK Cover Switch H8 3437S Cover Switch Keyboard Controller Keyboard PQFP 100 Keyboard PS 2 Power Butt ower Turon Touch PAD FAN1 For 16MHz FAN2 For D D 13 WINIG OS 200 Pin DDR SO DIMM _ Socket 2 MiTAC 22 Title SYSTEM BLOCK DIAGRAM locument D Number 8640 Date Wednesday August 28 2002 Eheei t 2 of 32 PDF created with FinePrint pdfFactory trial version http www fineprint com POWER BLOCK DIAGRAM OF THE 1 8VS Q r a j OPTION NO LINK 1 2VS Q 8640A mode1 2 3 5V CD 2615695 T1 2V 5V DC to DC Convertor CPU CORE EN FAN5234 SUSB PWR_ON 43VS Shut Down M e pm 3 3V amp 5V amp 12V MOSFET uae Self Diode D VMAI DC to DC Convertor PCMCIA CARD ADAPTOR BT d Protector MATOS 5VS Shut Down MOSFET WORT learning hut D Discharge gt Battery 1 8V Pack CPU CORE meguator 58 5 Vcc Core DC to DC Convertor Q SI 1 8V 14800 Celeron amp DT for LTC1709EG 9 Mobile for LTC3716 DDR 2 5V WITCH VDD 2 5 Protec
278. rocess Intel Pentium 4 Processor Product Feature The Intel NetBurst micro architecture delivers a number of new and innovative features including Hyper Pipelined Technology 400 MHz System Bus Execution Trace Cache and Rapid Execution Engine as well as a number of enhanced features Advanced Transfer Cache Advanced Dynamic Execution Enhanced Floating point and Multi media Unit and Streaming SIMD Extensions 2 Many of these new innovations and advances were made possible with improvements in processor technology process technology and circuit design that could not previously be implemented in high volume manufacturability solutions The features and resulting benefits of the new micro architecture are defined below Hyper Pipelined Technology The hyper pipelined technology of the NetBurst micro architecture doubles the pipeline depth compared to the P6 micro architecture used on today s Pentium III processors One of the key pipelines the branch prediction recovery pipeline is implemented in 20 stages in the NetBurst micro architecture compared to 10 stages in the P6 micro architecture This technology significantly increases the performance frequency and scalability of the processor 8640 N B Maintenance 400 MHz System Bus The SFF Desktop Pentium 4 processor supports Intel s highest performance desktop system bus by delivering 3 2GB of data per second into and out of the processor This is accomplished through a physical sign
279. rseop ___ ____ owwokTSen ____ mu PO o C C 9 C ooo Part Number Description Location S 346673400018 INSULATOR 55 35 0 15 86408 ssFsasss 441673450001 LCD ASSY QDLXGA 14 1 8640L TON 451673430003 LCD ME KIT HANNST AR XCA 15 8640 441673400001 LCD ASSY QDI XGA 14 1 8640S G P 154 8640 N B Maintenance 9 Spare Part List 18 Number Deseripon Location S 4 p p p 13000021002 6267343901 6267341901 16267344902 p p p 52626734 52626734 52626734 52626734 56156734 56156734 56156734 56156734 56156734 6267344005 6267343001 6267341002 416267345009 3019 1025 0025 0027 242671730008 461673400008 461673430001 461673440003 227673400002 IPAD LCD KB 335 252 Imm ANIT STAT 224670830002 _ PALLET 1250 1080 130 7521N 221673415003 aaa RS BTE o LTPFOPHONXGAIAISGD 4 breomovxGA RM LTPEHANNSTARXGAIP 8640M DrPRODXGAI4FARD _____ pass LTXNXSMALAQUXNXOTUMRIDA MANULKTEURMODMENB MANUALUSERSENS64DMLNB o MANUALUSRSEURMNDMLNB NAMELATETONGANGIDARSTS pus
280. s SEO 1 605 1 O NA 0603 7 10 15 18 19 22 23 PCIRSTAX PCIRST 575 1 AA A2 1 R561 1 2 0 DAC 0603 VBCLK 2 C H566 A A AD 71 47 0603 6 VBCLK BELA 6 VBDE 250 2 75 NA 3 6 Lo p 1 2 gt 75 4 1206 1202 100 1518 TV LUMA 2012 d gt TV LUMA 11 12 al 4 4 4 4 gt TV_CRMA 11 12 6576 1 0606 1202 100 cses 1 573 _ 58 _ 579 TPS 0 10 0 1U 2012 10U 0 1U 10U 0 1U 0603 0603 1206 0603 1206 0603 COMP gt TV COMP 11 12 3VS of 50V qf 50 2 13 25V d 25V TVPLL GND L13 JP NET20 m R616 1 0507 5VS dann 1 VDDV rena 6613 0805 84 nco H 2 1202 100 C41 C39 VREF1 0603 0603 4 1 2012 100 5 20 ud 23 C618 1206 0603 d 25V 50V 1 2 c37 NDD 1 9 SOIN 0805 060 Y 777 2 el d j SisaoaLv Eds M ee 1 1 1 9 0 1 0 1 TX 844 4434433 99999 128 _0 5 R614 150 1 0603 4 0603 1206 JL14 1202100 8 0603 z 5 A AAA M 50V 50V 25V 4 2 uooo9xuizzz 58526000022 6 5 6 0603D 777 JP NET20 V T 3vs VBVSYNC g gt dietaga D C GN PEE BHSYNC ado E R80 1 2 54 Ri6 1 28 V R81 per J 060 65 38 2 4K CH7019 1
281. spend to RAM S3 Suspend to Disk 54 SUPPORT WAKE UP ON TIME Wireless LAN Indicator HDD FDD CD ROM Num Lock Caps Lock Scroll Lock LEDs MPM Indicator 8640 N B Maintenance 1 3 System Hardware 1 3 1 CPU Module The Intel SFF Desktop Pentium 4 processor And processors is Intel s most advanced most powerful processor is based on the new Intel NetBurst micro architecture The Pentium 4 processor is designed to deliver performance across applications and usages where end users can truly appreciate and experience the performance These applications include Internet audio and streaming video image processing video content creation speech 3D CAD games multi media and multi tasking user environments The Intel SFF Desktop Pentium 4 processor delivers this world class performance for consumer enthusiast and business professional desktop users as well as for entry level workstation users Highlights of the SFF Desktop Pentium 4 processor Available at speeds ranging from 1 8 2GHz 2 2GHz 2 3GHz 2 4GHz Featuring the new Intel NetBurst micro architecture Fully compatible with existing Intel Architecture based software Internet Streaming SIMD Extensions 2 Intel MMX media enhancement technology Memory cacheability up to 4 GB of addressable memory space and system memory scalability up to 64GB of physical memory 8640 N B Maintenance Support for uni processor designs Based upon Intel s 0 18 micron manufacturing p
282. stop the clock to the processor If the processor is in Quick Start state and the processor clock is stopped the processor will enter the Deep Sleep state For AMD processor this signal can be to reduce processor voltage during C3 S1 state STPCLK OD Stop Clock 1 1V 2 65V M STPCLK will be asserted to inhibit or throttle CPU activities upon a pre defined power management event occurs INIT OD Initialization 1 1V 2 65V M INIT is used to re start the CPU without flushing its internal caches and registers In Pentium III platform it is active high This signal requires an external pull up resistor tied to 3 3V APICCK I APIC Clock 2 5V M This signal is used to determine when valid data is being sent over the APCI bus A20M OD Address 20 Mask 1 1V 2 65V M When 20 is asserted the CPU A20 signal will be forced to 0 83 8640 N B Maintenance 5 3 SIS 962 MuTIOL Media I O South Bridge PCIInterface Name Pin Attr Signal Description PCIInterface Continue AD 31 0 Io 3 3V 5V M PCI Address Data Bus In address phase 1 When the SiS961 is a PCI bus master AD 31 0 are output signals 2 When the SiS961 is a PCI target AD 31 0 are input signals In data phase 1 When the 515961 is a target of a memory read write cycle AD 31 0 are floating 2 When the 515961 is a target of a configuration or an I O cycle AD 31 0 are output signals in a read cycle and input signals in a
283. t lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt Li PCI ICHRDYA IDE IDE PIORDY 18 19 PCI REQ0 PREQ0 IDREQA PDDREQ IDE 18 IIRQA IDE IRQ14 18 ____ E gili PGNT4 CBLIDA TP28 23 3 PGNT3 2 G2 vii IDE PDIOR Perera lt I RENE ge Pat H BE BBs Ee room 19 PCI GNTO lt PCL H4 PGNTOR IDACKA 10 IDE_PDDAGK IDE_PDDACK 18 een ee C BE3 IDSAA2 HH IDE PDAZ IDE_PDA2 18 C BE2 IDSAA1 1 IDE PDA 18 C BERO C BE1 IDSAA0 W11 IDE PDAO 18 C BEOR 112 _ IDE PDCS34 IDECSA1 LUC IDE PDCS3 18 7 9 10 PCI INTA IDECSA0 IDE PDCS14 18 19 PCLINTB INTB 28 PCI INTC INTC ICHRDYB SEE IDE SIORDY 18 23 PCLINTD INTD IDREQB IDE SDDREQ 18 IIRQB IDE IRQ15 18 22 24 19 23 PCI FRAME CBLIDB TP22 19 23 PCLIRDY IRDY 19 23 PCI TRDY TRDY 114 IDE SDIOR amp 18 19 23 PCL STOP STOP DE SBDACGKS IDE SDIOW4 18 ss SERGE po IDACKB IDE_SDDACK 18 19 23 PCI PAR PAR IDSAB2 Y18 IDE SDA2 18 19 23 PCI DEVSEL IDSAB1 HHE IDE SDA1 18 19 PCLLOCK PLOCK V1 IDSAB0 IDE SDAO 18 18 SBPCI sere Y2 pcicLK IDECSB1 ot IDE_SDCS3 18 7 9 10 18 19 22 23 PCIRST X PCIRST IDECSBo W18 IDE
284. t Of Frame delimiter and excluding the End Of Frame delimiter COL I Collision Detect 3 3V 5V AUX This signal is asserted high asynchronous by the external physical unit upon detection of a collision on the medium remain asserted as long as the collision condition persists CRS I Carrier Sense 3 3V 5V AUX This signal is asserted high asynchronously by the physical unit upon detection of a non idle medium RXCLK I Receive Clock 3 3V 5V AUX continuous clock that is recovered from the incoming data During 100Mb s operation RXCLK is 25MHz and during 10Mb s this is 2 5MHz TXCLK I Transmit Clock 3 3V 5V AUX continuous clock that is sourced by the physical unit During 100Mb s operation RXCLK is 25MHz and during 10Mb s this is 2 5MHz Name Pin Attr Signal Description VOD Keyboard Dada 1015 O OD When the internal keyboard controller is enabled this pin is 3 3V 5V AUX used as the keyboard data signal KBCLK VOD Keyboard Clock GPIO16 When the internal keyboard controller is enabled this pin is 3 3V 5V AUX used as the keyboard clock signal PMDAT VOD PS2 Mouse Data GPIO17 O OD When the internal keyboard and PS2 mouse controllers are 3 3V 5V AUX this pin is used as PS2 mouse data signal PMCLK VOD PS2 Mouse Clock GPIO18 O OD When the internal keyboard and PS2 mouse controllers are 3 3V 5V AUX enabled this pin is used as the PS2 mouse clock signal MAC
285. tched by HDSTBP1 HD 47 32 DBI2 are latched by HDSTBP2 HD 63 48 DBI3 are latched by HDSTBP3 HDSTBN 3 0 Source synchronous data strobe used to latch data at falling edge 1 2 1 85V M HD 15 0 DBIO are latched by HDSTBN0 HD 31 16 are latched by HDSTBN1 HD 47 32 DBI2 are latched by HDSTBN2 HD 63 48 DBI3 are latched by HDSTBN3 HNCOMP I GTL N MOS Compensation Input M Host BUS Interface Continue Name Pin Attr Signal Description CPUCLK I Host differential clock input CPUCLK 0 71V M CPURST O Host Bus Reset 1 2 1 85 M 1 used to keep all the bus agents in the same initial state before valid cycles issued CPUPWRGD O CPUPWRGD is used to inform CPU that main power is stable 1 2 1 88V M ADS vO Address Strobe 1 2 1 85 M Address Strobe is driven by CPU or 515650 to indicate the start of a CPU bus cycle HADSTB 1 0 Source synchronous address strobe used to latch 1 2 1 85 M HREQ 4 0 amp HA 31 3 at both falling and rising edge HREQ 4 0 amp HA 16 3 are latched by HASTB0 HA 31 17 are latched by HASTB1 HREQ 4 0 TO Request Command 1 2 1 85V M HREQ 4 0 are used to define each transaction type during the clock when ADS is asserted and the clock after ADS is asserted HA 31 3 vo Host Address Bus 1 2 1 85 M BREQ0 Symmetric Agent Bus Request 1 2 1 85 M BREQO is driven by the symmetric agent
286. ternal termination resistor Internal termination resistor Receive Data Tip Internal termination resistor Internal termination resistor Figure 4 LAN Connector 1 3 11 Infrared interface supporting IrDA format FIR IrDA 1 1 compliant HP SIR supported 22 8640 N B Maintenance 1 3 12 USB Ports Four industry standard USB 2 0 ports Backward compatible to USB 1 1 Support maximum transfer rate up to 480Mbits s Table 13 USB Port USB Device Power 4 5 VDC Balanced Data Negative Balanced Data Positive Ground 2 3 Figure 5 USB CONNECTOR 23 8640 N B Maintenance 1 3 13 PS 2 Port Support Mouse and Keyboard via a Y Type cable 1 3 14 Parallel Port Configurable as logical ports LPT1 LPT2 or LPT3 EPP rev 1 7 amp 1 9 compatible ECP IEEE 1284 compatible ndustry standard 25 Pins connector e EEE1284 Compliant E EU 3210987654321 UOOOOOGOOOCOQOOQO iS pom coq qm NOS 543210987654 Figure6 Parallel Port Connector Table14 Parallel Port Pin Signal Name Direction Description 1 STROBE O Data Strobe 2 PD0 IO PP Data bit 0 3 PDI PP Data bit 1 4 PD2 PP Data bit 2 5 PD3 PP Data bit 3 6 PD4 IO PP Data bit 4 7 PD5 IO PP Data bit 5 8 PD6 PP Data bit 6 9 PD7 PP Data bit 7 10 1 Printer Acknowledge 11 BUSY I Printer Busy 12 PE I Paper Out 13 SLCT I Print Select Acknowledge 14 AUTOFDXT Auto Line Feed 15 ERROR I P
287. to request for the bus BPRI Priority Agent Bus Request 1 2 1 85 M is driven by the priority agent that wants to request the bus BPRI has higher priority than BREQO to access a bus BNR vO Block Next Request 1 2 1 5 This signal can be driven asserted by any bus agent to block further requests being pipelined HLOCK I Host Lock 1 2 1 85 CPU asserts HLOCK to indicate the current bus cycle is locked HIT Keeping a Non Modified Cache Line 1 2 1 85 M HITM vO Hits a Modified Cache Line 1 2 1 85 Modified indicates the snoop cycle hits a modified line in the L1 L2 cache of CPU DEFER Defer Transaction Completion 1 2 1 85 M r defer response to host bus 78 8640 N B Maintenance 5 2 SIS650 IGUI Host Memory Controller Host BUS Interface Continue HPCOMP I GTL P MOS Compensation Input M HVREFT 4 0 I AGT L I O reference voltage HNCOMPVREF DRAM Controller 3 3V M 2 5V 3 32V M FWDSDCLKO SDRAM Forward Clock Output sa Po 14 0 System Memory Address Bus He swav RAS O DRAM Row Address Strobe pomamu SCA SH SDRAM Column Address Strobe NEN TERRENI SWE O SDRAM Write Enable 5 5 0 SDRAM Chip Select CSB 5 0 multiplexed with DQS 5 0 O SDRAM Input Output Data Mask Do ss Oe DQ O DDR Data Strob BEN e System Memory Data Bus 2 5V 3 3V M CKE 5 0 open drain SDRAM Clock En
288. tor DDR DC to DC Converter 5 Hue 1 5VS LTC3707 SWITCH J 514800 REF DC to DC Convertor REF 1 25V O 5VA Always CM8500 Regulator LP2951 5V High 5VA Side CHARGING I LIMIT PWM Charge IC CHARGE CHG I MAX1772 MUST BE MEET ICH2 POWER ON SEQUENCE SWITCH 5VAS D 43VS 2 8VS Lag Regulator p AME8801CEE Mitac 22 Title Power Block Diagram Document o 8 518 2 gt PDF created with FinePrint pdfFactory trial version http www fineprint com 1 2 D TP12 TP13 HD 0 63 6 HD amp 0 63K gt l 1 usc 6 HA 3 31 lt gt BSELO HADS D 31 D 32 13 HCLK CPU I AE22 BCLKO BsELo APE PSEM BSELO 13 Aia ADS H_ADS 6 0 30 D 33 pN22 13 HCLK i AEBS B
289. ttom Figure 2 24 Remove nine screws 61 8640 N B Maintenance 4 Turn the four hex nuts and one screw to left to unscrew it completely figure 2 25 5 Carefully put the notebook upside down Figure 2 25 Remove the base unit cover Figure 2 26 Remove the metal shield 6 Remove three screws on the bottom of the notebook Then lift the housing up Figure 2 26 62 8640 N B Maintenance 7 Remove four screws fastening the system board on the top shielding Now you can remove the system board Figure 2 27 Figure 2 27 Remove the system board Reassembly 1 Replace the system board on the top shielding and secure with four screws 2 Replace the housing and secure three screws on the bottom of the notebook 3 Fasten the housing by four hex nuts and one screw on the rear of the notebook 4 Replace the top cover and secure with thirteen screws on the bottom of the notebook 5 Turn over the notebook and turn the eleven screws to the right to tighten the top cover 6 Replace the LCD Assy CD DVD ROM HDD keyboard and battery pack See section 2 2 8 2 2 5 2 2 4 2 2 2 2 2 1 Reassembly 63 8640 N B Maintenance 2 2 12 Card Reader Disassembly Remove the battery pack keyboard HDD CD DVD ROM LCD Assy See section 2 2 1 2 2 2 2 2 4 2 2 5 2 2 8 disassembly 2 Remove the top cover See steps 1 3 in section 2 2 11 Disassembly 3 Disconnect the cable from the top mother board Figure 2 28 4 Remov
290. upport FSB 400 533MHz Dual independent displays LCD CRT LCD TV CRT TV Support Motion Compensation and iDCT Support Simultaneous display Embedded 32MB DDR VRAM Two 200Pin 200MHz 266MHz 333MHz DDR SO DIMM Without any On Board Memory Support one slot of Type or Type Non support Zoom Video Audio Function Support 2 IDE channel Up to Ultra DMA 100 Support dual 85MHz LVDS interface Support up to QXGA 2048 1536 Resolution Support to 10 100 Based T 56Kbps V 90 MDC Modem Glide PAD with 2 buttons Internal Key Matrix Keyboard One Type A Support 60m m 80mm Mini Pci Card Standard is G0mm 50mm 256KB Flash EEPROM Include System BIOS amp VGA BIOS AC 97 Interface Codec Sound Blaster Pro Compatible Built In 2 2W 4ohm speakers and 1 Mono Microphone Bi Directional Parallel Port EPP ECP External VGA Port D SUB 15Pins 4 USB 2 0 Port SPIDF w z Line Out Jack RJ 11 4 Pin port for modem Microphone In Jack RJ 45 Port for LAN VR for Audio Volume Control DC Input Jack Mini IEEE1394 Port 7 Pins S Video Output Port NTSC PAL Battery Connector PS 2 Port FIR POS 51 Suspend to RAM S3 Suspend to Disk S4 NO SUPPORT WAKE UP ON TIME Wireless LAN Indicator HDD FDD CD ROM Num Lock Caps Lock Scroll Lock LEDs MPM Indicator 8640 N B Maintenance TABLE 4 8640N CAIMAN HARDWARE SPECIFICATION CPU mPGA 478 pin socket Supp
291. ure 0 0 1 0 1 10 0603D 77 nVIDIA MAP17 2 2 77 77 Document gs Number 8640 Date Sheet 11 of 32 Wednesday August 28 2002 1 PDF created with FinePrint pdfFactory trial version http www fineprint com LCD amp CRT INTERFACE 24 LED DATA 24 LED CLK 24 H8 RESET amp Display QDI 14 1 XGA TFT QD141X1LH03 MP01 03 AU 14 1 XGA TFT B141XN04 2 UB141X03 CMO 14 1 N141X6 XGA TFT Sumsung 15 XGA TFT LT150X3 124 Sumsung 15 SXGA TFT LTN150P1 L04 HannStar 15 XGA TFT 5 151 11 AU 15 TBD XGA TFT AU 15 B150PNO1 SXGA TFT BATT LED BATT_LED 25 Q501 D
292. ven by any agent guaranteeing correct parity 75 8640 N B Maintenance 5 1 Pentium 4 Willamette Northwood mFC PGA2 478 pins Name Type Description REQ 4 0 Input Output 4 0 Request Command must connect the appropriate pins of all processor system bus agents They are asserted by the current bus owner to define the currently active transaction type These signals are source synchronous to ADSTBO Refer to the AP 1 0 signal description for a details on parity checking of these signals Name Type Description TDI Input TDI Test Data In transfers serial test data into the processor TDI provides the serial input needed for JTAG specification support SKTOCC Output SKTOCC Socket Occupied will be pulled to ground by the processor System board designers may use this pin to determine if the processor is present TDO Output TDO Test Data Out transfers serial test data out of the processor TDO provides the serial output needed for JTAG specification support SLP Input SLP Sleep when asserted in Stop Grant state causes the processor to enter the Sleep state During Sleep state the processor stops providing internal clock signals to all units leaving only the Phase Locked Loop PLL still operating Processors in this state will not recognize snoops or interrupts The processor will recognize only assertion of the RESET signal deassert
293. vice Re test OK Change the faulty part then end Board level Troubleshooting Check the following parts for cold solder or one of the following parts on the mother board may be defective use an oscilloscope Replace to check the following signal or replace the parts one at a time and Motherboard test after each replacement Parts R625 Signals AD 0 31 C BE 0 3 REQO FRAME IRDY TRDY DEVSEL STOP PCIINTB PCIRST GNTO SERR PERR VCC5_EN VCC3_EN VPPD0 VPPD1 126 8640 N B Maintenance 8 13 MINI PCI Socket Failure An error occurs when a MINI PCI device is installed 3VS WISE LED R60 10K To Easy Button Board Q5 DTC144TKA 88 R109 V 0 18 97 e PCI AD 0 31 MPCI PD 13 e PCI REQ 2 3 21 29 PCIRST 26 PCI FRAME 64 0515 PCI TRDY PCI STOP 68 J503 South Bridge Lee 72 MINI PCI Connector PCI IRDY 5 515962 CLKRUN 65 PCI SERR 67 PCI PERRA gt 182 VS 43V 24124 i R191 MPCIACT gt 10K 122 S12302DS G 5VS 127 8640 N B Maintenance 8 13 MINI PCI Socket Failure An error occurs when a PC card device is installed MINI PCI Card and Test Error Board level Troubleshooting 1 Check if the MINI PCI CARD device is installed properly 2 Confirm MINI PCI driver is installed ok to check the followin
294. write cycle PAR vO 3 3V 5V M Parity SiS961 drives out Even Parity covering AD 31 0 and C BE 3 0 It does not check the input parity signal vo 3 3V 5V M Frame is an output when the SiS961 is a PCI bus master The 515961 drives to indicate the beginning and duration of an access When the SiS961 is a PCI slave device is an input signal IRDY Io 3 3V 5V M Initiator Ready IRDY is an output when the 515961 is a PCI bus master The assertion of IRDY indicates the current PCI bus master s ability to complete the current data phase of the transaction For a read cycle IRDY indicates that the PCI bus master is prepared to accept the read data on the following rising edge of the PCI clock For a write cycle IRDY indicates that the bus master has driven valid data on the PCI bus When the SiS961 is a PCI slave IRDY is an input pin TRDY vO 3 3V 5V M Target Ready is an output when the 515961 is a PCI slave The assertion of TRDY indicates the target agent s ability to complete the current data phase of the transaction For a read cycle TRDY indicates that the target has driven valid data onto the PCI bus For a write cycle TRDY indicates that the target is prepared to accept data from the PCI bus When the SiS961 is a PCI master it is an input pin Name Pin Attr Signal Description DEVSEL Io
295. y AN i 4 ZI gt gt vaceour 2 AVDDAD External Micro Phone Jack R19 Mery Close to Codec 9 NC7S32 P 0603 7 71 zl J 7 T c37 R38 R39 J505 SC70 SOT70 R14 50V R70 R71 ALC202 I cas C45 1000P NA 1 VREF 1 20K 0 0 0 5MM 0 10 0 1U 100 0603 TNR R16 0603 060 0603 0603 0603 1206 N 27K 2 2K MIC 3 3 OK 50V La EN 19 0603 0603 MIC 2 A 0603 E lt lt 125 6002 100 1608 1 4 C48 0603D 77 AGND AGND AGND AGND AGND AGND 1 2 20 R35 B iu 0805 2 7K NA RA D3 6 5P 0603 80 20 0603 HCH 77 AGND AGND 996 lt IDJ B27 F6T 1 VREF 989 0603 0603 N 10 AGND L23 pIa ID1 X IDO X Use 24 576MHz crystal ID1 Low IDO X Use 14 318MHz external clock AGND CAGND ID1 X IDO4 Low Use 48MHz external clock MIC GND J MIC GND 1 4 L10 15 14 1 2 1 1 2 77 1202100 77 77 12021004 ETF 1202 100 AGND 2012 AGND 2012 AGND L9 L11 L8 1 2 tay 2 1 777 1292 100 p 1207 JEA 3202100 MiTAC ZZ Title AUDIO CODEC D Rev 411673400002 00 Date Friday June 28 2002 Sheet 3 of 4 5 4 3 2 1 PDF created with FinePrint pdfFactory trial version http www fineprint com

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