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W650SC

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1. 5 4 3 2 1 2 1 SATA oU omits 77 Lynx Point M HDA JTAG 3 k 20mils MELLE VDD3 o 1 y m E 3 cere 1 63V X5R 04 C629 GCLK 32K R1443 0 04 4 1 2 J 7 8p 04 ore E EX i 7 24 R209 54 53 RST 6 22 32876 082 t i R560 6 22 32R76 0BG are 20K 1 04 ia IK 04 C340 2 H x4 U32A 2 LPT PCH M EDS 527 10 1 CM200C_32 768KHZ 10M 04 T B i J_RTC2 J RTC1 3 ee ee ee 1 630 RTC B5 RXN 0 BES SATA SATA ODD D mE RTCX1 SATA RXP 0 RTC VBAT R513 18p 50 NPO 04 e 2 uL 4 RTC x2 A RTCX2 2 SATA TXN 0 Hays a 2 2 20K 1 04 C634 SRTC 890 0 V 5000102 001 063 01 R514 OPEN_10mil 1MM 58 ATA NM 1 6
2. 5 4 3 z 1 Term Description usse U33B me ipea BGA 0808 POS POBS P100 2 0 290 rom capacitor is aA son ro Pi Under GPU ro more than 150 mil kid CMD 31 0 Total trace length measured Le Wege d 2 17 FBA Near GPU Poner harto capsotoris FBC D 63 0 ALL PINS NC FOR GF117 GK208 D 63 0 16 0630 lt lt gt 15 0630 lt lt gt FBC DO G9 U33D 128 po R419 0_04 GPIO FB CLAMP 36 BD 9 FBB D M29 R418 10K_04 is FBC D2 8 02 BGA 0608 085 100 200090 D 02 FBB 03 FB_PLLAVDD FBB D4 lI 04 05 05 Avon K7 FE 06 06 1 05V 07 FBVDDQ 4 FBA D7 gt 08 FBVDDQ 328 C228 C282 2 2 _ 9 09 FBC_D10 9 FBB_D10 FBVDDOQ J29 010 0 1u_10V_X7R_04 FBC DH 8 rap pit 0 1u 10V X7R 04 0 1u 10V X7R 04 1u 63V X5R 04 1 63V 04 011 m FBB D12 FBVDDQ 012 FBC_D13 G7 FBVDDQ PLACEUNDERBGA T i FBA D13 Di4 FBB 014 FBVDDO 2 014 FBC 0715 015 FBVDDQ D FBA 015 FBB 016 FBVDDQ
3. 3 ottom ITEM PART NAME PART NO REMARK 1 CPU SUPPORT BRACKET SECC 15 150 6 33 5108 01 2 VGA SUPPORTER 505430 6505 6 33 W650S 010 FOR W650SH 3 SCREW M2 5 6L BZ ICT NY 6 35 82125 6RA 4 GASKET 22 13 5 0 15 FOR MB W650SR 6 4 7 00190 220 S BOARD V2 0 D MIC EDPXV D 20 W650SB 6 77 W650SB00 D02 3 ka MAIN BOARD V2 0 0 LVDS W TPM 3G W650SB 6 77 W6S0SBOO D0e 4 5 MAIN BOARD V2 0 D MIC EDPXW TPM 3O 6505 6 77 6505 00 02 5 AR
4. 5 4 3 2 1 VDD3 VIN VIN o VDD3 C112 C47 D PR101 5 5 PR213 2 10K 04 js M 30 31 3 3440 10004 2 D e 75 SLPA 38 x x PC68 PQ23B PC70 PQ59 o 30 36 39 gt T 4 22 30 36 8 sUSB amp gt Petog 98 S 2 10V 7 04 30p 50 NPO 04 238 MTN7002ZHS3 MTDN7002ZHS6R 10V 7 04 PR108 MTDN7002ZHS6R 1 PR102 1 4 1 S 4 100K 04 4 a 100K 04 4 8515 ow di ow 2 100 04 a E 9 Sheet 37 of 4 i tee 7 gar ELT s o 5VS 3VS 3 3V 5V nd J J 9 2nd source 65016 7 a 2nd source G5016 5290 5290 E m d x VDD5O PCBfootprint NDS VDD3 PCBfootprint TDEN14 2X3MM A 5 V S 5 3 t 3 V C910 046 5209 TDFN14 2X3MM A C911 3 3V 5 E 5 7 C908 om 2 2 16V 5 04 16V 04 e 16V Y5V 04 16V 5 04 1 IN2 s IN1 IN2 F ti gt 2 6 o5VS X 3 3V 6 13 our OUT A 03 3VS D C913 She gt our OUT2 C915 D C912 2 C914 12 2 16V Y5V 04 5 0 1u_16V_Y5V_04 en 2 0 1u_16V_Y5V_04 2 L a 8 1029 2 gt m gt C916 Timin
5. 5 4 3 2 4 FBVDDQ 4 C854 C855 C856 C857 C858 C859 C860 C861 C862 C863 C864 C865 63V XSR 04 04 63V XSR 04 O4 63V XSR 04 04 XSR 04 63V XSR 04 04 XSR 04 63V 04 XR 04 4 4 4 4 4 4 4 4 4 FBVDDQ 4 4 4 14 Cee C673 C135 12 C714 C134 C706 C866 C867 pepe _ C348 C356 C132 c131 C266 C868 C869 0 01u 25V 04 10V 04 10V X7R 04 10V X7R 04 63 XSR 04 1 63V X5R 04 O4 63 O4 1u_6 3V_X5R_04 AW ur ura cni 7 1000p soVix R 04 10V XR 04 0 01u_S0V_X7R_04 10V XTR 04 10 XTR 04 tu X5R 04 63V 04 1 63V 04 63v XeR 04 1 4 1 1 4 4 1 14 FBCDOMTO ___ 4 e 4 4 4 4 4 4 6915 lt FBCDQS WP 7 0 0915 EMI CHG FBVDDQ FBCDOS RN 7 0 EMI CHG 14 FBCDOS RNZ0 CO 4 C715 cni 1 cri C719 C265 C870 cani 1 T T T 1 T 1 T C273 C130 C872 C873 10V X7R 04 10V XYR 04 10V X7R O4 10V X7R 04 63 04 6 3 04 63V 5 04 6 3
6. PLACE NEAR BALLS X SSIN H1 xta__oureurr J4 X OUTBUFF UNDER VGA To SE our 2 R407 556PU VDD SENSE 42 sna 2 Cj 4 7u 25100 SOM OS 10K 04 GND SENSE OPU VSS SENSE 42 Pex AG20 pex PEX PEX d x H14 H13 H9 H10 AM23 PEX RXIO 8 50V NPO 04 FSX 3M 27 000MHz 6 22 27R00 1B8 7 4 5032 7 _503 2 H32B4 503 2 H7B4 503 2 PEX TX11 0812 6 22 27R00 1B9 1111 DEIT defaulk Xtal modify NV 27M use X tal AP23 Paves AJ26 TSTCLK OUT PEX TSTCLK OUT PEX TSTCLK OUT AK26 PEX TSTCLK OUTR AUS eed V VM T9 04 1 05V PEXTXIO PB SNN 3V3AUX GPU PB SNN3V3AUx e 2 pgx gxio 004 PEX RX12 PEX 16mil PEX VDD PEX_PLLVDD AG26 PEX_PLLVDD 0 3 mA total 8190 0 06 C320 C305 C331 PEX AG23 pex PEX Ris 26 16V 04 4u 63V 04 47u 63V X5R 06 3 3V TESTMODE 11 GPU TESTMODE R470 10K_04 1 3V3_RUN PLACE NEAR BALLS PLACE NEAR U3
7. 2 6 ____ 2 6 FERCMUZI 16 A7 FERCMUZI 18 7 FBERCMUZI T8 16 A7 VDDQ CWD13 WEF WEF R3 FBA CMD 8 FEA_CMD6 _____ _ 8 Ai5 15 7 9 vong 7 9 Tr 9 ___7 9 VEDA Dis CASH CASE FBA 23 R7 10 23 R7 10 2 R7 10 7 1 VDDQ rf 16 7 11 7 2 11 MUZE 11 VDDQ CHD17 12 20 T3 12 13 12 ____13 12 vane CHD18 7 13 717 A13 717 A13 213 019 FBA CMD M7 14 6 MT 14 6 M7 A14 NC6 M7 14 6 20 3 15 5 AISINCS 15 5 AERES y l vas LAS vss 29 22 A6 A6 M2 M2 M2 M2 CMD12 FBA_CMD12 d CND12
8. 40 OF 1 35 V 70 49 41 VOIR E B 42 N16P S NVVDD PEX FBVDDQ B 43 CHARGER 44 45 POWER SWITCH BOARD B 46 ODD to HDD BOARD B 47 Updating the FLASH ROM BIOS C 1 Download the BIOS C 1 Unzip the downloaded files to a bootable CD DVD or e 1 Set computer to boot from external drive C Use the flash tools to update the BIOS C 2 Restart the computer booting from the HDD C 2 X Chapter 1 Introduction Overview This manual covers the information you need to service or upgrade the W650SC series notebook computer Information about operating the computer e g getting started and the Setup utility is in the User s Manual Information about dri vers e g VGA amp audio 15 also found in the User s Manual The manual 15 shipped with the computer Operating systems e g Windows 6 1 etc have their own manuals as do application softwares e g word processing and database programs If you have questions about those programs you should consult those manuals The W650SC series notebook is designed to be upgradeable See Disassembly on page 2 I for a detailed description of the upgrade procedures
9. VREFDQ VREFDQ 243_1 _04 243 1 04 VREFCA VREFCA R554 243_1 _04 C136 243 1 04 T 16V XYR 04 14K 1 04 T 0 01u_16v_x7R_04 FBC Di2 __ 07 FBC D5 D27 D7 018 r7 0010 FBC DT 802025 0010 020 055 07 FBC 044 FBC 032 07 ___ _059 reco Fz PALI DQU1 C8 Fecr FBECUZ5 2 000 C8 FEC DT7 FBC Dag 0010 5900 z 3 a 680208 8 002 157 FRIT Fec Da 0012 0002 23 TFBC_D52__Fz 004 l Cg FBC Balt l Cg FBC D58 recon 3 0013 0903 A7 FBCDZ ___ 3 0013 0903 6 FBC Dag 28 0012 0902 C2 042 8802035 6 0012 0602 c2 D63 0014 094 az FBC DU 880030 Hs 0014 0004 az FBC DZ2 FBC ps3 Hs 0013 DQU3 Far FBC_DaT_ rec p H3 0013 0003 Ar TBC D57 recom 62 0015 0005 8 06 FBCUZe 62 0015 0005 B8 FEC DTS FBC Dr He 0014 DQU4 FBC DAU FBC 3s H8 0014 DQU4 7A2 FBC D62 Hr 096 0006 kg 0016 0006 FBC D21 FBCD54 62 0015 0905 l gg FBC_Da7_ FBCD33 62 0015 0005 l Bg FBC_D56 Se peer SS Bar pa m FBC psu 0016 0006 A3 FBC D45 FBC psg Hr 0016 0006 A3
10. V_VDDQ_DIMM N N N N N PJ5 ink Processor 4 7 LLL E M vec R362 AN i 100 04 r 088 82 C78 C33 0 1u 10 X5R 04 SENSE 4 SENSE 41 8 8 8 8 8 vec 57 41 VSS SENSE VSS SENSE 5741 C35 10V X5R 04 a a a a 4 15 15 5 5 15 R361 si 100_04 SVID Signals 4 4 4 4 4 VCC_SENS 255 VCCIO OUT A E17 E RSVD AN35 RE e 0 s e inre A23 R C529 71 63V 06 0 5A F22 vcc Wa2 0 5 H CPU SVIDCLK R62 543 1 04 9 vee RSVD AL16 CAD Note CPU SVIDALRT R N H CPU SVIDDAT R57 130 1 04 427 R576 0 04 a 7 rab VCC RSVDAL13 Place the PU resistors close to CPU c 1 6553 6551 c41 C70 c58 vee RSVD M _______ AM28 CPU SVIDALRT N R59 43 2 196 04 ae e a 9i el VIDALERTP 29 H CPU SVIDCLK R61 meg short a CAD Note H CPU SVIDCLK 5 5 5 5 g 28 H CPU SVIDDAT R56 10mil short ebu x X X X VIDSOUT H CPU 41 PLACE THE PU RESISTORS gt gt gt gt gt 8 8 8 ve vss CLOSE VR VCC PWR_DEBUG gt gt AP34 4 8181814 3 ver
11. 2 12 0 47u_10V_Y5V_04 1u_6 3V_X5R_04 1 0 47u 10 Y5V 04 4 7u_6 3V_X5R_06 4 7u_6 3V_X5R_06 4 7u_6 3V_X5R_06 1u_6 3V_X5R_04 ENBLT ENBLT 12 22u 6 3V X5R 06 C5 C6 D PANEL PWM EN 5 1u 6 3 5 _04 2 2u_6 3V_X5R_04 1 12 8625 8625 GNDA 2 8625 GNDA d LVDS LON L R244 04 LVDS LON VDSI 0 12 LVDS L1N_L R248 Q 04 LVDS L1N LVDS L1N 12 1 Place the switching regulator inductor 13 close to SW_OUT Pins Pin15 Pin16 Single link LVDS L1P_L R249 2204 LVDS L1P LVDS L1P 42 LVDS 2 The SW_OUT output traces should be as wide as possible LVDS L2N LVDS L2N 12 L 322 LVDS L2P 12 3 The GNDX pins Pin17 Pin18 should be connected to the main PCB ground plane with the device GND pins of the PS8625 connected to separate GND island GNDA for the device The GND island GNDA should be connected to the main GND plane GND with a single point connection by use of a wide PCB trace LVDS LCLKN L R254 04 LVDS LCLKN LVDS LCLKN 12 LVDS LCLKP_L 2537 0 04 LVDS LCLKP 12 0 4 Place the 4 7uF decoupling Capacitor C4 for VDDIOX close to VDDIOX pin VDDIO Dual link 5 The GND of the 4 7uF capacitor C4 for VDDIOX should be placed close to the GND of 4 7uF capacitor C5 behind Inductor LVDS c19 22 LL 898 6 Place the bead 12 for VDDIOX close to 58625 1 251212 8 5 olo
12. 1 10 Proc ssor LEPSDIMIT FDL PEU a saut REOR AUI OSEE B 3 Mainboard Overview Bottom Connectors 1 11 Processor AES BIN MISC 4 Disassembly Processor 3 7 DDR3 5 T Proces B 6 E ee T Processor 5 7 GFX PWR 7 2 2 Processor 6 7 GND 8 PK I retener nennen nenne nenne nenne nennen nenne nenne 4 Processor 7 7 4 9 ea ee e DDR3 SO DIMM 1 eee B 10 Isassem bz eu DDR3 _2 11 the Batey 2 5 2 6 12 7 PANEL INVERTER ertet B 13 Removing the Hard Disk Drive 2 7 B 14 Removing the Optical CD DVD Device 2 10 VGA Frame Buffer Interface B 15 Removing the System Memory 2 12 VG
13. Notebook Computer W650SC Service Manual Preface Notice The company reserves the right to revise this publication or to change its contents without notice Information contained herein 15 for reference only and does not constitute a commitment on part of the manufacturer or any subsequent ven dor They assume no responsibility or liability for any errors or inaccuracies that may appear in this publication nor are they in anyway responsible for any loss or damage resulting from the use or misuse of this publication This publication and any accompanying software may not in whole or in part be reproduced translated transmitted or reduced to any machine readable form without prior consent from the vendor manufacturer or creators of this publica tion except for copies kept by the user for backup purposes Brand and product names mentioned in this publication may or may not be copyrights and or registered trademarks of their respective companies They are mentioned for identification purposes only and are not intended as an endorsement of that product or its manufacturer Version 1 0 February 2015 Trademarks Intel and Intel Core are trademarks of Intel Corporation Windows is a registered trademark of Microsoft Corporation Other brand and product names are trademarks and or registered trademarks of their respective companies About this Manual This manual is intended for s
14. 5 4 3 2 1 U33M U33K U33L 0908 PO80 5 P100 290 290 BGA 0908 P080 085 P100 290x290 BGA 0908 POB0 P085 P100 290 290 COMMON rlw Term Description The total trace length measured ALL PINS NC FOR GF117 GPU ball to capacitor is ALL PINS NC FOR GF117 ALL PINS NC FOR GF117 Under GPU more than 150 mil he total trace length measured AF8 RSET AN2 RSET Near GPU GPU ball to capacitor is DVI DL DVI SL HDMI than 850 mil DVI HDMI DP 2 I2CY SDA SDA IFPE AU 7 PLLVDD I2CW SDA IFPC AU 7 IFPD PLLVDD I2CX SDA IFPD AU I2CY SCL I2cY IFPE AU AF7 7 AG2 AG7 T A E Jo AB3 IFPC AU I2CX SCL IFPD AU 8 IFPEF PLLVDD D 5 mM x8 IFPE 1 TXC 137 4 TXC iren 130 5 RsET ax TXC 1 13 AGS TXC iFPD 13 AK4 AC IFPE 1 AL4 NC FOR GK208 2 IFPC 1 IFPD L IFPE L2 IFPC 127 IFPD Deed 150 40 TXDO IFPE L1 AJ2 O 11 1 IFPD L1 xpi TXDI IFPE LI TXD1 AJS Eres 2 abe nini 0 A xD IFPC Li IFPD L Eos IFPE_L 2 AK1 TXD2 00 1 NC FOR GK208 AF6 ippc 1 18 P2 IFPD_IOVDD GPIO1 _ HPD_E HP
15. d DPB 12 16 s D x 6 R474 Seles P5 0129 SPIE ALERT H X GPIO9 THERM ALERT 36 1 IOVDD DPB 12 ire xb GPIO4 F7 2 25 301853 MTN7002ZHS3 10K 04 E GPIOs L7 GPIO5 3V3 MAIN EN UNE lt 9 ALT GPIO6_GPU_EVENT _ gt 5 D lt GRU_Even R1523 DpPBLI FPE XD AM7 2 GPIo7 ne 1 PERSTB Mz GPIO9 ALERT pPB 0 Mes ANS 3 GPON 2 10 IFPB TXDI GPIO11 PWR 2 PWR LEVEL 2 GPUPWRVD 42 N 4 NVVDD PSI D AL8 GPIO1 B IFPB TXD 5 NC GPIO16 Rg 4 E TXD1 Ghi020 NC NC 2 K GPIO21 PEX RST HOLD amp 21 3V3_AON GK208 117 GK107 GF108 9 2 C961 014 N4 3V3_AON 6 3V X5R 04 R1483 10K 04 GPIOS5 3V3 MAIN GPIO0 GC6 FB EN R548 10K 04 MC74VHC1G08DFT2G 5 940M QS 940M QS V R1484 10K 04 GPIO6 1323 GPIO8 SYS RST R413 10K 04 GPIO9 THERM ALERT GPIO21 GPU HOLD amp Ls Er n R412 100K 04 GPIO12 PWR LEVEL R1485 10K 04 GPIO21 RST 884 5 10K 04 NWOD 0912 R1493 TOOK DA OVERT GPIO9
16. 5 g D N Oy gt N O1 Go Ro gt P12 DC4 DC2 065 DC3 DC6 P13 DC1 P14 0 1u 16V Y5V 04 0 1u 16V Y5V 04 0 19 16V Y5V 04 1 6 3 X5R 04 10 10V 08 100u 63V B A 22u 6 3V 12 P15 E 7 07 C166CT 12205 L DGND 6 21 C2 710 122 DH2 DH3 C59D59N C59D59N P Y ODD to HDD BOARD B 47 Schematic Diagrams sueibeig 48 BIOS Update Appendix C Updating the FLASH ROM BIOS BIOS Version To update the FLASH ROM BIOS you must Make sure you down Download the BIOS update from the web site load the latest correct Unzip files onto a bootable CD DVD USB Flash Drive eu te epo Reboot your computer from an external CD DVD USB Flash Drive os mue Use the flash tools to update the flash BIOS using the commands indicated below Working on Restart the computer booting from the HDD and press F2 at startup enter the BIOS Load setup defaults from the BIOS and save the default settings and exit the BIOS to restart the computer Hed ane ud After rebooting the computer you may restart the computer again and make any required changes to the default BIOS Shee TIED settings V1 00 XX or higher as appropriate for your Download the BIOS computer model O 1 Go to www clevo com tw and point to E Services and click E Channel 7 2 Use your user ID and password to acces
17. 04 XSR 04 1 O4 63V XSR 04 XSR 04 XSR 04 tu XsR 04 63V XSR 04 X5R 04 4 4 4 4 4 4 4 4 4 4 4 0 14 X4 for FBVDDQ one chip VRAM 1 0uF X8 FBVDDQ FBVDDQ 9 4 1 1 1 1 T T 1 159 45 C336 C347 C335 I C264 C263 C224 234 228 C239 C645 C237 C238 C240 C230 C848 d 16 5 04 16V Y5V 1000p 50 XTR 04 16V Y5V 04 63 04 T XSR O4 1 63V 04 1 63V 04 1 XSR 04 16 5 04 1000p 041 001 50V X7R O4 16 04 16V 04 XSR 04 XSR O4 tu 63V 04 04 1 1 1 1 4 4 4 4 4 4 1 als N 0915 0915 CHG CMD 31 0 FBVDDQ 14 5 _CMDI31 0 FBVDDQ 0163 0 h 1 f 4 1 4 lt gt C628 C642 C623 C619 C620 C614 C616 C644 C850 14 lt lt FBADQMI7 0 C622 C609 C601 C610 C618 C617 C621 C611 C851 T 16V 04 16V O4 16V 04 16V 5 04 16V 5 04 1u 5 04 1 6 X5R 04 1u 6 3 04 1u 6 3V XBR 04 FBADAS lt FBADQS WP 7 0 T 50v X7R 04 16V YSV O4 16V 5 O4 16V 5 04 1u6 3V_X5R_04 1 6 3
18. 1 2 i3 4 0813 10K 04 ADD CLK BUF CKSSCD N R436 10K 04 LAN CLKREQ R486 1K_04 PEG_CLKREQ R1576 10K 04 0912 NV CHK CARD_CLKRQ6 R222 Schematic Diagrams Sheet 28 of 46 Lynx 9 9 Lynx 9 9 29 x D Schematic Diagrams Mini PCIE Fan Con 3G MSATA MINI CARD C699 1 220 6 3 6 3 6 34 2 n GND X ne C686 16 YSV 04 2301 5 60mils P d E 22 29 32 PCIE WAKE amp lt lt WAKE 06 O 3G 3 3V 5 15 0 8 PWR 3G 3 3V BT CHCLK PWR 10 UIM DATA UIM PWR R342 4 7K 04 UIM DATA DATA 12 UIM CLK CLKREQ UB RET C687 7 1029 X REFCLK 7 C489 JETER modify X g VPP 16V Y5V 04 k SIM1 ES 15 4 16 Y5V 04 1 GND1 GNDS 2 mE R737 0 06 TOP VIEW R343 GND D 40mil short KEY R736 0 06 DETECT SW 6 UIM DATA GND GND 3 3V 3 3
19. 3 PEG RXN 9 34 PEG RXN 10 1930 TXN 0 PEG RXN 11 5 1 PEG RXN 12 p34 DMI_TXN_2 PEG 13 33 DMI_TXN_3 PEG 14 E39 PEG 15 129 DMI TXP 0 PEG RXP 0 PEG RXO 13 DMI 1 PEG RXP 1 PEG RX1 13 DMI 2 2 RK30 2 13 DMI 3 PEG RXP 3 PEG RX3 13 PEG RXP 4 PEG RX4 13 PEG RXP 5 PEG RX5 13 PEG RXP 6 PEG RX6 13 PEG RXP 7 F29 PEG RX7 13 H29 PEG RXP 8 CSYNC PEG RXP 9 DISP INT PEG RXP 10 PEG RXP 11 PEG RXP 12 PEG RXP 13 PEG RXP 14 PEG RXP 15 PEG TXN 0 PEG TXN 1 PEG TXN 2 PEG TXN 3 PEG TXN 4 PEG TXN 5 PEG TXN 6 PEG TXN 7 PEG TXN 8 PEG TXN 9 PEG TXN 10 PEG TXN 11 PEG TXN 12 PEG TXN 13 PEG TXN 14 PEG TXN 15 PEG TXP 0 PEG TXP 1 PEG TXP 2 PEG TXP 3 PEG TXP 4 PEG TXP 5 PEG TXP 6 PEG TXP 7 B PEG TXP 8 PEG TXP 9 PEG TXP 10 PEG TXP 11 PEG TXP 12 PEG TXP 13 PEG TXP 14 PEG TXP 15 DMI RXN 0 PEG RXN 1 PEG_RX 1 13 DMI_RXN_1 PEG_RXN_2 PEG_RX 2 13 DMI_RXN_2 PEG_RXN_3 PEG_RX 3 13 22 TXP1 22 TXP2 22 DMI TXP3 22 RXNO 22 RXN1 22 DMI 22 RXP1 22 DMI RXP2 22 DMI RXP3 22 RXN2 22 DMI RXN3 PEG 193 22 CSYNC 4 md E 22 FDLINT cC Sheet 2 of 46 EU Processor 1 7 DMI FDI PEG PEG 13 PEG TX 13 PEG TX2 13 PEG TX3 13 PEG 4 13 PEG TX5 13 PEG TX6 13 PEG TX7 13 5
20. LPT_PCH_M_EDS DDPB_CTRLCLK DDPB_CTRLDATA DDPC_CTRLCLK DDPC_CTRLDATA DDPD_CTRLCLK DDPD_CTRLDATA DDPB_AUXN DDPC_AUXN DISPLAY DDPD_AUXN DDPB_AUXP DDPC_AUXP DDPD_AUXP DDPB_HPD DDPC_HPD DDPD_HPD PIRQE GPIO2 PIRQFZ GPIO3 PIRQGZ GPIO4 PIRQH GPIO5 PME D 11 PLTRST 5 4 3 Lynx Point M CRT LVDS PCI DISPLAY 7 7 D BBS BITO Boot BIOS Location R488 150_1 _04 DAC_BLUE LPC 150 1 04 GREEN Reserved NAND R484 150 1 04 U32E PCI SPI 19 BLUE KC 145 VGA BLUE 19 X EM VGA GREEN Bonus R509 40K 04 19 RED i M43 Ron ABUS AI 19 VGA 45 19 DATA DATA N42 19 HSYN 16 SWAP OVERRIDE STRAP de m 19 VSYNC lt lt VGA VSYNC LOW A16 SWAP OVERRIDE d i DAC IREF 040 AAC IREF A160VH HIGH DEFAULT 7 IRTN 14 LBRIGHINESSR Sallis ee N36 Epp BKLTCTL K36 ma 12 BLON EDP_BKLTEN E 1236 ENAVDD X 936 VDDEN H20 INT_PIRQA sas INT PIROB 20 eines _ K17 meer M2004 INT PIROD d 36 dGPU_RST 004 DGPU HOLD 2 77 E L 24 DGPULSELECT DGPU_SELECT B18 een 213642 PWR K
21. ae PR21 100K 04 SUSCK 05616 56 4 MTDN7002ZHS6R 0 1u_16V_Y5V_04 B 8 p al Cam E 75 5 1 5 10V X7R 04 2236 suso 2 ele y t HEN x PWR ADD 1 5VS PQ19 PR539 820 1 06 j MTN7002ZHS3 3 34 3740 SUSB o c 6 3V Y5V 04 c PU7 8 8 4 5 2 a 2200p_50V_X7R_04 2 PR540 228 71 0 06 0 11 10V X7R 04 4 5 E gt 15 13 E EN PSV BST gt 1 2 E 16 12 d TON DH 19 2 BCIHP0730 1ROM 1 11 1 VOUT LX T 1 Footprint 0735 T PR541 PR542 1105 5055 2 1 9K 1 04 PWR modify 22 04 3 9 c o PQ117 a 5V N PC229 VFB VDD 1110 2 242 10 8 PC154 PWR modify gt 1 _6 3 _ 5 _04 4 8 4 4 a PGOOD DL S bal 560 2 5V 6 6 6 6 5 9 230 6 7 lt 8 AGND PGND 47 T S END 6 3 04 5 33V o PR543 47K_04 9 el 8 22 PCH1 5VS PWRGD lt lt a 544 105K 1 04 gt 4 1029 ADJ 1 5 5 014 100 1 PC231 15 50 NPO 04 PR545 100 1 04 ae 0910 pe PWR CHG 1 2 3 4 5 6 7 8 1 5V or 1 35V 0 75VS 1 5VS 41 C ima amp i 22 Schematic Diagrams POWER VCORE Sheet 41
22. 2 BST 12 4 ICHM 6 02 HP one e p A S D A 24102 1 11 PR503 330_04 d di al VAC SDA 9 26 5 PQ106 10 04 15 sa e PR504 330_04 BAT 162 HCB1005KF 121720 PR484 MTE1KOP15KN3 88054052 SMD BAT 167 MCBIOOSKF 22 O 3 7 E PD4 MDL914S2 iach ine 1 1 BAT DET lt BALDET PRS g mi shoe a o 0903 MTN7002ZHS3 2 8 COMP_PU12 IACP COMP PWR CHG BAT 36 BTD O5TJAB PR485 PR1 100 04 9 6 OZ Battery i a ee ACAV VDDA LEA o KC SMD BAT 36 Low Battery remove no 100K 196 04 PR18 PC8 15 PC20 charge EC GPIO PD pin PQ53 E PC21 PU1 PR5 30p 50V NPO 04 MTN7002ZHS3 old 15mil_short_06 0 04 0 Q4 rab PR12 gt 0_04 1u 25V 5 08 gt gt TOTAL CUR 36 G PR11 gt 0 04 5 24109 PC18 36 gt gt PR13 0 04 gt 30p_50V_NPO_04 1111 19 GND SIGNAL 5 power modify e 1 PR4 23 PR16 2 Q lt 24K 1 04 PC19 P 100_04 E 2 30p 50V 04 VDD3 1u 16V X5R 06 2 36 PMOSFET_CONTROL PC2 1 16 X5R 06 x SN B 5 L B PR1 GND S GNAL GND SIGNAL 0916 GND SIGNAL SIGNAL D03 PWR CHG 6 53 10K 04 PR28 SMC_BAT a DAC IN 17 36 MTE1KOP15KN3 300K_1 _04 DTC114EUA TEES A ACN 36 SMD PD17 EMB20P03V ZD5245BS2 g D18
23. 97 KBC_SPI_SCLK 61574 4 __ overt 9 THERM 29224 DEL 3G DET CHG NV GPIO9 PWM GPH4 ID4 8 KBC_SPI_SO e pa POM sesime PD GPHS IDS 39 11 BRIGHTNESS 25 PWMO GPAQ PU PD GPH6 ID6 VDD3 BAT DET R215 10K 04 35 zg PWM1 GPA1 PU PD GPG1 ID7 ON 3037 39 LED SCROLL Gent RU DET GOTO o HRS 30 LED PWM4 GPAA PU PD EGAD GPE1 942522 z 3G POWER 29 31 1783 R523 AC_IN C405 10V X7R 04 31 LED BAT CHG PWMS GPAS5 PD EGCSH GPE2 5516 n a dGPU_RST 23 0814 PCLK R238 10 04 22406 10p 50V 04 B 31 LED BAT FULL PWMG GPA6 PU EGCLKIGPES dGPU PWR 21 23 42 Let 400K 04 VOLT 63V X5R 04 B 31 LED PWM7 GPA7 PU sede 0 1u_10V_X7R_04 WAKE UP 2 35 BILD WRESETE 5 2 PD WUIS GPES SMRST 22 29 PS2CLKO GPFO PU PD LPCPDZ WUIG GPEG KBC_RST 23 24 29 PS2DATO GPF1 PU 87 PEU PWM COUNTER C647 29 ag PS2CLK1 GPF2 PU 47 ADU ERE 29 36 EN PS2DAT1 GPF3 6 54 Hx CPU FANSEN 34 10V X7R 33 TP PS2CLK2 GPFA TACH1 GPD7 HDA_RST 20 35 33 PS2DAT2 GPF5 PU 120
24. 043 015 FBVDDQ g 043 CMD1d x FBB_D44 FBB_CMD1 BC FBVDDQ 29 FBA 044 FBA 4 094 045 cupid 74 12 FBVDDQ AMST FBA 045 FBA 12 0 046 FBB 13 FEC CMDTS FBVDDQ aN 3 FBA D46 FBA CMD1 5 047 FBB 14 d 014 FBVDDQ ANS FBA 047 14 y 048 FBB 14 CMD FBVDDQ AN FBA D48 CMD18 4 MD FBB D49 FBB CMD1 amp OMENS FBVDDQ 12 1 6242 6337 apg 049 6 050 pug FBVDDOQ 060 7 FBA_CMD17 FBB D51 FBB_CMD14 FBC CMDI8 1 5V 47 6 3V XR 06 47 63V 06 10u 63V X5R 06 22 6 3 X5R 06 A S4 051 8 28 FBA FBB D52 FBB CMD1d X 4 4 052 14 053 FBB_CMD2d EEG F _ _5 PLACE CLOSE BGA 053 054 FBB CMD2 x AK T T AA CMD21 a T FBC_CMD22 9 054 CMD21 x FBB_D55 FBB_CMD2 X 2 D55 CMD24 2 056 FBB_CMD24 F2 sENSE Q FBA D87 FBA CMD24 x FBG p5s 29 cw T T 1 058 CMD28 W x FBB_D59 FBB CMD2d 016 FB CALPD 27
25. me T Part List Illustration Location The following table indicates where to find the appropriate part list illustration Table A 1 Part List Illustration Location HDD 2nd HDD LCD N rem D lui lt Figure A 1 Top AJ Ta KB COVER PC ABS W650SR 6 42 6502 043 SCREW KI BK Z ICT NY 1 435 T 05 6 35 B6180 8RD WINS K B KOREACBLACI S FRAME US TOP CASE DULE W650SRCCHANGE 6 39 6502 015 CABLE FOR TP TO MB 4PIN 65058 6 43 W6500 0e1 1 TOUCH PAD ELAN 5 0550 6200 W650EH 6 49 W65E 3 010 TOUCH PAD MYLAR 045523015 D BLACK PET SMO3 04000 6508 6 40 wW6502 024 gt CABLE FOR TO MB 4PIN CNUS 65056 6 43 W6500 031 1 POWER SWITCH BOARD V5 0 6505 6 77 6505 005 REW Mex3L KI NI ICT NY DD 04 5 DT 0 4 35 1120 FFC CABLE FOR POWER BOARD TU MB OPIN CNJS 465058 6 43 62500 011 1 PAD MYLAR FOR 6505 6 40 6552 010 UDULE W630SB W6a0SC 6 79 6505 0 110 gt m me T A de b
26. 4 6 Ed X gt THERM 21 36 I2CB SDA eor SDA eo DPA L3 5 2 SCL I2CA SCL BGA 0908 P080 085 P100 290X290 12CC_SDA SERIE SMD 12CC_SCL TADES AP3 10 19 MISC1 1205 5 8 IFPAB PLLVDD 268 504 3 SMD VGA THERM 14 6 SMD THERM 21 36 11 Txp4 AMS THERMDC TE VOA ANS AC_IN 36 43 DPA L1 sci 82 12 scL 2 AONo 2521 I2CC SDA I2CC SDA MTDN7002ZHS6R 04 m C148 1105 4 1105 sci B7 CB modify 76 modify BERIA TX ALS 1000p_50V_X7R_04 K4 THERMDN NC SS R6 12CB_SDA 19 8 a THERMDA THERMDP age 0132 MTN7002ZHS3 s Gk208 SEED SORE 36 um IFPA TXD 10 ax JTAG nOD urae t 7 DPB 13 IEPB_Txq P JTAG DPB 13 IFPB AP12 jrAG m a V_JTAG TRST ANT gragzTRsT GPIO0_GC6_FB_EN cce FB EN 2442 SUAM G8
27. 10V X5R 04 10V X5R 04 1u 6 3V X5R 04 L29 E E 130 VCCCLK3 3 10 X5R 04 1 05 LAN 126 AJ12 L 33 50 6 CX SSE SCC N 3 T v PROC 10 ggg 0 004A dp HCB1608KF 121T25 VCCCLK3_3 V_PROC_IO V C200 C201 C155 C202 1u 6 3 XbR 04 U32 2 129 V VCCCLK3 3 5 AD12 0 022A 04 1u 6 3 04 47 6 3 XR 06 0 1u 10 X5R 04 V3 3S VCC FLEX1 VCCCLK3 3 VCCSPI 2222 E 4 C321 AD34 o gt eo 0 055A HCB1608KF 121T25 VOREEK yog 218 63V XSR 04 P20 128 gt VCCCLK R743 15mil_short_06 _ B VCCCLK 01 05V_LAN_M anya p 3 35 FLEX23 vccasw 0 67 C876 Tu_6 3V_X5R_04 Cait AD35 R740 0 06 HCB1608KF 121T25 OSV gt _ 1u 63v x5R 04 AGIOS C276 296 V3 38_VCC_ASEPCI AW40 1u_6 3V_X5R_04 4u_6 3V_X5R_04 L 33VSo 7 C253 2 036 VCCVRM 01 5 5 2 55 HCB1608KF 121T25 VCCCLK AK30 5 1u_6 3V_X5R_04 AE30 Tana VCC3_3 s AE32 AS 03 375 105V LAN Q om VCCCLKF135 T em HCB1608KF 121T25 80F 11 0 1 10V X5R 04 L12 1u 6 3 XbR 04 1 05V LAN M V1 05S_VCCCLKF100 0 306A HCB1608KF 121T25 1u 6 3 04 L15 105V LAN M n Tem 1 058 VCCSSCF100 HCB1608KF 121T25 1u 6 3V XbR 04 0 4A 5 4 3 2 1 B 28 Lynx 8 9
28. Arst FBA 059 26 175 X FBB D60 FBB CMD2 15 Lom 27 54 E S C338 Ld gt 060 027 5 061 28 D z CMDZS M 061 CMD28 062 FBB CMD2 CMD FB GND 27 10 6 3 X5R 06 10 6 3 X5R 06 062 FBA CMD2d 2 eee FBB_D63 17 MGE LACE CLOSE BGK FBA_D63 0 4 E FU FBCCMDST 15 FBADQMI O KEBAT 1 x La LAE FB CAL TERM GND H25 rg cai TERM z 5 E R32 FBB FBB RFUQ 612 FBA_CMD_RFUQ_ A32 FBB_DQM1 FBB_CMD_RFU1_ 51 1 1 04 FBA_DQM1 NC FBA_CMD_RFU1_ FBB_DQM2 940M QS FBA_DQM2 FBB_DQM3 FBB_DQM4 PLACE CLOSE TO GPU BALLS FBA _ 5 1 5V DQMS FBB_DQM6 7 FBA_DQM6 1 5V FBB_DQM7 614 FBC DEBUGO RS DQM7 28 DEBUGO R185 604 04 FBVDDQ 16 FBCDOS WP 7 0 e 920 DEBUGT R164 1 FBADQS_WPI7 0 B T 28 DEBUGT R186 604 04 15 FBADQS 7 0 lt FBA DEBUG LX FBB WPO FBA DQS WPO FBB DOS WP1 012 wat FBA DQS WP1 FBB DOS WP2 FBB C CLKO 16 005 WP2 CLKd x A FBB 005 FBB_CLK 15 CLKOR 16 FBA_DQS_WP3 FBA_CLI TBA CIKOF
29. O4 63V 04 1 1 1 1000 50 XTR 04 10V XR 04 10V XTR 04 10V X7R 04 10 X7R 04 1u_6 3V_X5R_04 04 1 04 tu 63V X5R 04 ms 4 4 1 0915 VGA Frame Buffer FBVDDQ FBVDDQ Ui FBVDDQ FBVDDQ FBC_CMD30 BA cas FBC_CMD30 BJ 82 arixe 80083 Bene 3 B2 33 x vo nS _ 26 FBC CMD30 FS T WE VDD VDD CAS VDD CAS VDD E VDD cs VDD WE VDD WE VDD aes ost VDD VDD cs VDD VDD FBC_CMD9 N3 vog FBC_CMD9 N3 vop voo VDD 2 Gram 2 qoam m pe ee pe pe FBCCMD8 P3 FBCCMDB P3 FBC CMD P7 FBC CMD ____ 7 aa FBC FBC CMD11 FBC a on as 23 TFBC_CMDTO____ P FBC 5 2 vop FBC CMD 2 A2 FBC_CMIDZ4 P2 4 FBCCMDZ P2 4 vopa FBC P At FBCCMDIU PB A3 1 a6 20 F D Re 26 ac os ces Pr M ona pr Has moan wA FBC CMD 26 wpa FBC_CMD7 ___Rz_ 46 12 BAD E FBCCMDS 3 8 VDDQ FBCUMDS 3 8
30. PC234 236 237 232 5 5 5 5 5 5 e 1105 E A PWR modify package lt 4 lt gt 5 5 8 8 83 8 2 EMB20P03V D 2 gt 9 D 8 8 5 3 S V 8 20 3 1105 PR505 PC215 PC214 PR132 PWR modify package 5 6u 25V B A 5 6u 25V BA 06 7 20K 04 PL3 5 32023 7 0 J DC JACK1 2012 800 80 PQ29A 0911 8 EMB20POBV PR47 QM3202M3 PWR CHG PL1 0 01_1 _32 BCIHP 0730 8R2M B 0 01 196 32 PEN 24104 8 8 8 50310 0024N 001 M 5 E demde Sg dp 8 x m m m 4 gt 6 6 i 6 6 6 I 5 5 5 A 5 zo 5 al A o o i i i PR44 5 5 5 Na 5 52 5 1 5 5 5 5 5 5 N ND T N N N N N N AN N re 5 100 04 ume b i 1 15 gt gt gt gt gt 5 gt gt gt gt gt 5 5 5 5 5 5 5 5 E E S 5 5 X Sq e I 14 3 PC9 5 8 1 0 06 SEMI PC6 e D m dum 9 70 30 XIR p4 5 5 sil HDR 9 9 9 5 eet 4700p 50V X7R 4 15K 1 04 4 4 PC22 mm W650SR 0 1u 25V X7R 06 DC IN CHARGER 1110 2 HDR 9 24105 PWR modify LOR 16
31. eT TPM 2 0 SLB9665TT of 2 P Tore ER e H 27 2220040 3 3VS 2 7 i VDD5 USBVCC 21 36 2014 6 24 27 2136 LPC 7 99 mil i ES 7 C700 C703 C702 80 mil E 7 21 36 AD3 VIN VOUT 2 D 495 i 21 16V 04 16 5 04 0 1u_16V_Y5V_04 6 3V_X5R_04 3l 10 10V Y5V 08 2 C498 C497 7 28 gt ba 122 4 R1452 100K 04 EL do 0 1 16V Y5V 04 7 21 p EE ped LFRAME VSB 77 427363738 3381453 0 04 Default Low SYEZSSUARC 16V Y5V M J 2436 SERIRO SER 363739 8454 USB_DD_ON PM CLKRUN KX 0 04 CLKRUN 1 gt 22 28 poppy b I 25 USB lt USB R 31 o i wan eri gt USB_OC 01 25 31 1 LRESETR 9 25 USB 1 gt lt gt 08 31 R317 1 ATALA RAT VDD5 5 4 005 0 04 i 4 SLG55593VTR R1455 3001_1 P C907 TDFN8 2X2MM R145 10K 04 1 3002 3 Now 4 i TPM3003 0 1u_16V_Y5V_04 10K 04 4 NC_3 i N E TESTI LRESET SLG55583VTR 6 02 55583 900 SLG55593VTR 6 02 55593 900 7 SLBSG6STT DD gt DD_ON 1457 0 04 USB_DD_ON 20140715 i A 0 1u 16
32. gt zzzzauaazeg za o ooOoOo2rmacmrcuoomcm am e eo t co IN C10 0 1u 10V X7R 04 DRX1p o 6 EDPTXP1 gt 5 5 6 03 08625 030 6 EDP TXN 1 gt C8 0 1u 10V X7R 04 DRX1n s 9 e 55km 2 gt gt lt gt 212122 gazz zua E 23 L BRIGHTNESSR R700 004 BRIGHTNESS EC PS 5566 224856 7515 40 2 02 p 4 58 selse B A R699 0 04 PANEL PWM 2 C1 V RB751S 40C2 D25 S m R18 100K 04 3 ez x 2 2 4 R155 0 04 LVDS LCLKN R P On Confi ti 3 3VS 8625 8625 GNDA __ gt gt LVDS LCLKN_R is ower Un Conriguration DP AUXP R167 0 04 LVDS LCLKP R gt gt LVDS LCLKP R 42 I GND R5 47K 04 RLV CFG R6 4 7K 04 VDDIO L E EDP TXN 0 R168 0 04 LVDS LON R DY LVDSLON R 12 LVDS color depth and data mapping selection internal pull down 80K d EDP 0 R212 0 04 LVDS LOP R lt gt LVDS LOP R 12 L 8 bit LVDS VESA mapping M 8 bit LVDS JEIDA mapping d 6 bit LVDS both VESA and JEIDA mapping EDP TXN 1 R228 0 04 LVDS LIN lt LVDS L1N_R 12 8 EDP TXP 1 R229 0 04 LVDS L1P R lt LVDS L1P_R 12 Y 12 RLV_LNK GPIOO 36 SMC_EDP_CLK 36 SMD_EDO_DAT RLV_LNK LVDS single link or dual link selection internal pull down 80K L Single link LVDS A H Dual link LVDS A R1 4 7K 04 VDDIO
33. 23 VSS ves Mes VSS 25 77777161 698 Mes AL3 VSS VSS ARZT 55 vee ATA VSS VSS M VSS VSS ALS 55 VSS ARZ0 M28 VSS veo ALG VSS VSS ABT VSS vee VSS VSS VSS VSS ABTO 2 VSS VSS ALD VSS Vss ee E AMT VSS ves ag 7 L Ni ho AMT3 VSS VSS N10 55 vee 16 VSS VSS 55 vee 19 VSS VSS N20 VSS Mas E25 Vee vss LAN 5 er AMS2 Ves M AM VSS ves ABS __ gt Mes AMT VSS VSS 5 VSS vee ANTO_ VSS VSS ADIT VSS 125 VSS WSS 5 VSS ee ANTE VSS VSS E 085 ANTO VSS VSS 55 vee VSS ves LACS L Ns ANZT_ VSS VSS ADT V8s 24 VSS veo 626 VSS 27 VSS VSS C mea VSS VSS AE2b V8s Mem VSS VSS R26 VSS ANA VSS VSS AES R28 VSS ME ANT VSS VSS R30 VSS Mes VSS VSS AES5 ___ R32 VSS vee APTO VSS VSS VSS vee VSS VSS KEG R5 VSS VSS 16 VSS VSS 17 Vee vee ARIS Mee 12 VSS ee es w25 VSS ves as ARTO VSS VSS AGIT 123 33 vee ARTS VSS
34. 40F 11 Q Co Lay 86 C2 MP 7 e 0 04 36 SCLK SPI_SCLK_R i 214407 SP SO 36 HSPI_MSO AAA 26 SPLSLR 2 mS BIOS ROM i 1004 SPI CS 0 004 SPi CS 1 Em 7 m VDD3 C580 VDD3 C579 SPI 1 5 6 5 0 1u 16 5 04 16V 5 04 027 3 3V_ROM ROM R396 R400 3 3K_1 _04 50 1 04 SPI_WP 0 em 4 SPI 1 SPI_CSt R402 SPI SCLK R403 SPI SCLK 3 3K 1 04 SCK 3 3K_1 _04 SCK 7 SPI_HOLD 0 HOLDE vss SPI HOLD 1 Hobbe vas GD25B16B 65258328 PCB Footprint M SOP8B PCB Footprint M SOP8B 16Mbit 32Mbit 027 028 6 04 02516 91 6 04 12532 492 5 2 22 Lynx 2 9 3 9 Lynx Point M DMI FDI PWRGD U32B LPT_PCH_M_EDS AW22 2 RXNO 3 ARZG RXN 0 3 35 2 DMI_RXN14 DMI_RXN_1 AJ35 AP17 FDI RXN 0 lt a 4 PM_CLKRUN R112 8 2K_04 2 RXN2 AV20 2 AL35 2 DMIRXN3 RXN 3 FDI RXN 1 lt 6 22 AJ36 2 RXPO 20 0 0 6 2 DMI_RXP1 DMI_RXP_1 AL36 330K 04 2 2 Rom eS AW20 AV43 2 DMI_RXP3 DMI 3 TP16 S30K 04 BD21 AY45 2 DM TXNO 20 0
35. 8g o 6 06 75140 065 X0R 85 MAKE UP ON LAN REGOUT 00 A a ri 8 TOSR WAKEH SWF2520CF 4R7M M Ca C962 Cb C963 pu i S ARTMM _ S 036 5875154062 PCIE_WAKE 22 29 La 222 8 hey 4 Pet TO EC8587 PIN123 LAN WAKEUP 63 XSR 06 16V 5 04 E X2 FSX3L25MHZ gt gt LAN_WAKEUP 23 36 4 s can PCBfootprint lt 2121686 LED1 GPO 178167 i E HSX321G xz ou LED2 5 5 LDO Model La Ca Cb 4 p Le EN S PETERS ERE SHORT F vie e BIOS pulls high or low to GPO pin 4 IN 1 SOCKET SD MMC MS MS Pro t Pkease refer to LAN PHY Disable 0812 558238555068 Application Note CO LAY W650SR s EDIT 3 gt 29990 CARD REV1 oo Zu 3 3VS SD_CD 20 m SD D2 MS CLK R 1 R1501 SD D3 MS 03 3 DIS 55 j 15K_04 LAN_CLKREQ SD_CMD MS D2 R 6 CODATS LAN MDIPO 1 36 REGOUT 1502 9 SD E 5N uno gt MDIPO REGOUT i i hi R372 VSS SD E LAN 2 won VDDREG 39 SWRES VCC_CARD 0 See VDD_SD 72 VDDIDO 4 AVDD10 ENSWREG 33 SSWREG painspower RUTAS D CLK MS DO MK SD 5 5 RANDY VDD10 B 3 LAN MDIN1 5 MDIP1 VDD1 32 C964 SD DO MS D1 1
36. HDDs N D T lt If you are replacing a 9 5mm H HDD witha 7mm H HDD then insert the foam rubber insert as shown above e If you are replacing a 7mm H HDD with a 9 5mm H HDD then remove the foam rub ber insert Removing the Hard Disk Drive 2 9 0 C o Disassembly Figure 6 Optical Device Removal Remove the screws Remove the component bay cover Remove the screw point d Use a screwdriver to carefully push out the optical device at point O 2 7 Optical Device 2 Screws Removing the Optical CD DVD Device bad LE Turn off the computer and remove the battery page 2 5 Locate the component bay cover and remove screws Figure Remove the component bay cover 3 inthe direction of the arrow Figure 6b Remove the screw at point Figure 6c Use a screwdriver to carefully push out the optical device 7 at point Figure 6d 2 10 Removing the Optical CD DVD Device Disassembly 6 Carefully pry the bezel 9 off the optical device at point 6 Figure 7 7 Separate the bezel 9 and the optical device Figure 8 Reverse the process to attach the front bezel 9 with the new optical device at point Figure 70 Optical Device 9 Insert the new device and carefully slide it into the computer the device only fits one
37. Lynx Point M GND U32K LPT_PCH_M_EDS 11 11 86_ 2 032 LPT_PCH_M_EDS 10 OF 11 HM86 C2 MP B19 BA40 BD15 BD19 6 BD35 BD39 BD7 D25 AV AJ44 GPU Eventi 46 Y3 17 GPU Event ioni short 24 PCIE 4 0813 PCIE_CK_XDP_P___AH45 ADD 1029 ADD TPM CLK D44 30 PCLK_TPM lt 1 R500 22 1 04 PCLK TPM PCH 44 PCI 8189 22 1 04 CLK PCI B42 F41 36 C3 R501 22 196 04 PCI KBC R MO CUCPOE MNE 1 100MHz 29 T5 29 WLAN CLKREQR gt 32 CLK_PCIE_GLAN lt ARIS 100MHz 32 TAN GLRREGE V3 32 LAN 5 AE44 SRC5 42 PCIECLKRQ5 AA2 33 33 CARD P 33 CLKRQ6R PCIECLKRQO Y43 Y45 ABI PCIECLKRQ1 AA44 4 AF1 PCIECLKRQ2 AB43 AB45 CARD AB40 CLK PCH CARD P 9 KEG CARD Breakin 300mils Breakout 1500mils Voltage Rail Voltage 50 Iccmax Current A V CPU IO 1 05 1 mA V5REF 5 1 mA V5REF Sus 5 1 mA Vec3 3 3 3 0 266 VccADAC3 1 05 1 mA VccADPLLA 1 05 0 08 VccADPLLB 1 05 0 08 VecCore 1 05 1 3 1 1 0 042 VccIO 1
38. PD TMRIO WUIZIGPCA 724 PM PCH PWROK 8 22 WAKE PD ALL_SYS_PWRGD 12 22 41 125 14 GPIO FB CLAMP lt _ PWRSWIGPE4 18 119 7 37 PWR_SW 21 PU PD CRXIGPCO 0 04 RES NB ENAVDD 12 23 12 3033 SW amp RIZE WUM GPD1 PU PD CTX GPB2 LAN_WAKEUP 23 32 B GP INTERRUPT LPC WAKE UP 19 9 Gern ONAN XTR 22 PWR_BTN lt lt GINT GPD4 PU PD 22 cua MEETS um RING PWRFAIL LPCRST GPB7 gt gt PMOSFET_CONTROL 43 5 C664 33p 50V NPO 04 108 du SPI SO SPI SO 7 20 RESET RXD GPBO PU CLOCK 2 854 R538 04 FRR ie 50 R542 315 1 04 667 33p 50V NPO 04 M PROCHOT TXDIGRBITORUD 0909000090 0704 Dow am KBC FLASH T KBC SPI KBC SPI BER CNET OS 222 09 04 R550 15 1 04 C674 33p_50V_NPO_04 0721 8587 KBC SPI SCLK R KBC SPI SCLK E R544 04 SCK R541 347 04 C666 33p 50V 04 Del WLAN DET pin E HOLD VSS Add EC RTC RESET pin L 1 u38 6 04 02516 91 short E LE 6 0 3 0 8 5 8 FX GND C649 10V X7R 04 5 4 3 2 1 KBC ITE IT8587 B 37 Schematic Diagrams OVS 3 5 3 3V 5V
39. Schematic Diagrams N16P S NVVDD PEX FBVDDQ 5 4 3 2 1 VGA NVVDD So Run JR EfEPR529 PR68 PR53 114 RT3 PR56 PR136 PR530 PR135 PC113 amp Phase 2 MOS chock iia 526 EfbFO0ohm PR531 PR153PU 5 2 LfbF3 9K PR70 0911 or o e aa 15 2Phase 136 1 Phase 532 3 9 0_04 lt _ PSI esu SCP 86A 17 GPU PWR 131 005 2 PJ31 D 47p_50V_NPO_04 2 33v 5 D UP1462 VREF PR67 A 40mil E 5 9 2 19 9 0 1642 DGPU PR527 0 04 dGPU PWR EN 1 5 0804 1
40. 016 FBB_D17 FBVDDQ FBA_D17 FBB_D18 FBVDDQ 018 019 FBVDDQ FBA_D19 FBB_D20 FBVDDQ D20 021 FBVDDQ C192 212 6324 C249 132 FBA D21 FBB D22 FBVDDQ H33 022 023 4 7u_6 3V_X5R_06 4 7u_6 3V_X5R_06 10u_6 3V_X5R_06 32 FBA_D23 024 FBVDDQ 4 4 d FBA D24 FBB D25 FBVDDQ PLACE CLOSE BGA 632 025 026 FBVDDQ FBA_D26 FBB_D27 FBVDDQ FBA_D27 FBB_D28 FBVDDQ FBA_D28 029 FBVDDQ 029 FBB D30 FBVDDQ CMD 31 0 Y X33 88 632 1 5V npg 032 033 FBB_CMDO 1 FBVDDQ FBVDDQ FBA D33 FRe EDD FBB D34 FBB_CMD1 __py FBVDDO ii D34 FBA CMD1 035 _ 2 a FBVDDQ 4 035 2 29 FBB 036 FBB CMD BC_CMD3 FBVDDO FBA D36 M D FBB D37 FBB 4 __ 14 D FBVDDQ 037 CMD4 0 FBB 038 _ Echt FBVDDQ 6174 ete _ 6310 6295 npag 038 CMD5 BA CND FBB_D39 FBB FBVDDQ em 5 1028 ra pag 033 040 FBB_CMD7 0 1u 10V X7R 04 10V X7R 04 1u 63V X5R 04 1 63V 04 040 CMD7 FBB D41 FBVDDQ 29 041 FBA 128 _ 042 Fu CMDS FBVDDQ PLACE UNDER L FBA 042 CMD9 129
41. 0722 21 18 GND 1 9 QUIM RST R344 10mil short 3 UIM Blu 22 Del 3G DETH GND Z GNos 26 i gt 120 mil gt 120 mi UM PWR 1 9999 29 34 4 3 i E 2222 C519 C513 GND4 GND8 45 i 4 1 5000 C507 quere aise GND9 50 d SIN 06094 1L s d Sc Bia ees C691 0 01u 16V X7R 04 23 ED GND10O 4 C27 C512 B8 5 5 20 SATA RXN4 694 0 01u 16V X7R 04 25 n 20 EN 36 1029 1 C502 6 3V_X5R 04 R339 0504 gt 5555 9 9 S C692 0 01u_16V_X7R_04 31 22 lt 2 modify 1 8357206 10 04 16 04 0 1u 16 5 04 22p 50 NPO P z z 5 C693 0 010 16V X7R 04 33 PERNO 39 R335 1 cul cs 2 20 SATA_TXP4 PERpO NC SMB_CLK 35 8 4 6 86 2B010 001 GND D gt 17 NC SMB 36 100K 04 GND GND 2 9 8 DY a USB EN 25 91712 0090 zi NC4 NC USB_D USB PP 25 EX 2 5 5 8 4 5 60mils 39 NOE 24 I Q12 1 41 7 3 58 1 936 MTN70022HS3 KW 36 33 0 4 x 43 NC8 15V 1748 7 GND T 45 9 1 5V 2 52 X a O 3G_3 3V E 3 C690 C696 4 1010 FOV TA 1 C488 1 1 Q11B X 49 NC LED 44 36 3G POWER gt MTS357206 47 Mini PCIE Fan Con Ls 68 noes X NEL d 5 ale LED From
42. 5 06 4 7u 25V X5R 08 4 7u 25V 08 TDD 5 PQ56A UP61 82B 55 EMB17A03V EMB17A03V 6 Short VDD3 SYS3V PL10 UGATE2 UGATE1 PLI Short VDD5 Dum S h t 39 f 46 5 BCIHP0730 4R7M BCIHP0730 4R7M PJ24 2 1 2 2 PHASE2 PHASE1 Io PQ56B PQ55B d 117 __ 9 EMB17A03V 12 19 EMB17A03V R1 a VD D3 VD D5 B PC115 e se EGATES PD5 _ 16 PC89 PR128 E J PC174 R1 PD15 i2 a x 2 Pi 23621 30K 196 04 5 5 PR127 hd pR198 1000p 50V X7R 04 S 13K 196 04 5 2 A 5 lt o Sal j x who of 2 18 PC176 xi 23619 5 gt j lt 9 PC173 5 8 8 6 P 8 PR25 R2 40V XTR 04 Q i 9 PR118 EN_ALL 8 9 PR124 N 3 R2 9 TRJ 45M 04 18 7K 196 04 PR126 8 680K 1 04 2113 PR115 PR114 MAIL a Q 8 PD8 am 20K 196 04 PR117 5 d BAT54SS3 KA Vout m E PR201 201 04 0 04 06 0 04 M SOT323D 5 2 1 R1 R2 E d SYS5V E 2 1 2 1 R1 R2 VREG5 o PR116 0 04 3 i is 4 2 1 13 20 e 0 01u 50V X7R 04 9 9 10 6 13 18721 28 rab 3 3V VIN1 4 OVREGS Pera Vout PD7 PC77 PC80 PD9 2200p 50V X7R 04 2 1 R1 R2 am A BAT54SS3 2 1 30K 18 2K 4 7u_25V_X5R_08 1u_6 3V_X5R_04 M SOT323D 25 296V RB751S
43. CEOS 7 Reader SS 5 Speakers e ome wl 4 t gt 4 gt Ls lh C 5 External Locator Bottom View 1 7 Introduction Figure 7 Mainboard Overview Top Key Parts Mainboard Top Key Parts 55 1 Audio Codec HAMM 6 lt X Im i 4 4 LES rum E T i io pes al 4 The 4 adu P LJ LJ On f m e me T T vtt eM 1 8 Mainboard Overview Top Key Parts Mainboard Overview Bottom Key Parts 0100 6248069 11 ai RU si TI UT E e rai 44 E A gt ppm x n Hin MANNA 5892402 z gt T tmt 481 114139 94V 8 TTT 3 LI TRI Introduction Figure 8 Mainboard Bottom Key Parts 1 Memory Slots DDR3 SO DIMM 2 CPU Socket no CPU installed 3 Platform Controller Hub GPU KBC ITE IT8518 Mini Card Connector 3G Module 7 Mini Card Connector WLAN
44. PEG 70 220 10 5 04 PEX _ PLACE NEAR BALLS PLACE NEAR BGA 2 2 PEG_RX 0 2 gt 2 0 2 2 PEG_RX H Q AN12 PEX_RXO PEX RXO PEX VDDQ PEX 0 220 10V X5R 04 PEX RX1 AH14 pex txt PEX 0 22u 10 04 __ 4 PEX m ax oe PRA m S 4 AMT 7 T PORUM Pex 4 63 04 1u 63V 04 47 63V X5R 06 10 63 X5R 06 10 63V 5 06 PEX 022u 10V 04 ___ _ 2 15 pex Tx2 13 2 DX 2 PEG TX 22u 63 08 2 PEG _RX2 2 PEG_RX 2 022 10 XR PEXRXZE AJTS pex PEX_JOVDDQ PEX_IOVDDQ 2 PEG 2 14 pex 2 PEG TX 2 5 PEX_RX2 PEX PEX OVDDQ PLACE NEAR BALLS PLACE NEAR BGA C196 0221 10 XERO4 PEXRXG AL16 PEG_RX3 1 10 4 T 3 C189 0201 10 04 FEX RX3 amp AN15 PEG_TX3 AE PEG_TX 3 ES SES C236 0221 10 O4 PEXRX4 2 PEG REM 13 C223 0220 10V XSR 04 PEX 2 PEG TX4 AMT EXP 2 PEG DM 2 PEX_RX4 16mil FCMLOOSKF 600T03 FCM 005MF 300T03 PEX_RX3 PEX_RX3 4 PLACE
45. U32H EDS 0 1u_10V_X5R_04 T u_6 3V_X5R_04 VDD3 VREG3 1 05V LAN M 0 1 16V 04 7 166 165 dum Sh t 27 f 4 6 HCB1608KF 121T25 12800 1 HCB1608KF 121T25 1 HCB1608KF 121T25 VCCSUS3 3 VCCSUS3 3 mea C895 VCCSUS3 3 GPIO LPC 0 1u_10V_X5R_04 0 1u_10V_X5R_04 L nx 8 9 Mess 10V X5R 04 1u 6 3 04 3 3VS 0 vss pepssr VCCSST C246 X5R_04 VCCUSBPLL 0 133A i 3 SEM 3395 120 0 14 16V 5 04 124 g 3 AF12 C215 VCC3 3 VCC3 3 Ac14 1 ae 1 05V_LAN_M ee HCB1608KF 121T25 u30 Vecio 0 01u 16V X7R 04 Q 0 01A U36 1 058 VCCAUX 123 HCB1005KF 121T20 VCCIO VCCIO O1 05V LAN C268 1u 6 3V X5R 04 0 1u 10V X5R 04 VDD3 VREG3 me aS 3 1 5 IO 1 5VS 1u_6 3V_X5R_04 DCPSUS2 Y35 Azalia 1 167 168 A26 i AF34 VCCSUSHDA 633 04 li HCB1608KF 121T25 HCB1608KF 121T25 LAN R556 ee vccsusa M RTCVCC 10u_6 3V_X5R_06 181 105V LAN o LZ D HCB1005KF 121T20 1 05VS VCCA CLK Y32 VCCCLK VCCRIC A6 1u_6 3V_X5R_04 1u_6 3V_X5R_04 eer Ll C636 32 635 c 1 _6 3 X5R 04 C252 M29 RTC 4 5 7 am E e E DOPRIC C290 6 3 X5R 04
46. ae 1TW650EH3010017 Single Memory Module Installation If your computer has a single memory mod ule then insert the module into the Channel 0 JDIMM1 socket In this case this is the lower memory socket the socket closest to the mainboard 2 7 RAM Module Removing the System Memory RAM 2 13 quiossesiq z gt o Disassembly Figure 10 Removing and Installing a Processor Processor Removal a Locate the CPU 1 sink 2 b Remove the screws 2 Carefully remove the heat sink unit Heat Sink Screws Processor Removal Procedure Turn off the computer turn it over remove the battery page 2 5 and the component bay cover page 2 7 The CPU heat sink will be visible at point Figure 10a Loosen the CPU heat sink screws in the order 6 9 9 O amp the reverse order as indicated the label Figure 10b Carefully it may be hot remove the heat sink unit B off the computer Figure 10 2 14 Removing and Installing a Processor Disassembly Turn the release latch towards the unlock symbol to release the CPU Figure 118 Figure 11 Carefully it may be hot lift the CPU D gt up and out of the socket Figure 11g Processor Removal Reverse the process to install a new CPU cont d When re inserting the CPU pay careful attention to
47. 08 Bae 019 040 eee 032 060 BOUE 053 pat 3 m COE BOLT ee HU au DST Daur 55 _ D3 E7 D3 E7 D3 E7 D3 DUE FBADQMO FBADQM1 Sh FBADQM2 5 c FBADQM7 6 FBADUS RNi DQSL DQSU B7 FBADUS RNU FBAD S HNi G3 DQSL DQSU 7 FBADOS FBADQS HN5 G3 POSL DQSU B7 FBADGS_RNZ_ FBADOS RN7 G3 B7 FBADQS RNE T past M Dasu DQSU DU past Dasu WAGTG4SD BCTA GWAGT646D BCTA IWAGT646D BCTA dWAGTG4GD BCTA A 5 4 3 2 3 B 16 VGA Frame Buffer Schematic Diagrams VGA Frame Buffer C
48. J4 C6 SUSWAHNIE SUSWARN SUSPWRNACK GPIO30 54 D gt gt susc 3640 K1 H1 36 PWRBT gt gt PWR_BTN PWRBTN SLP_S3 gt gt SUSB 4 30 36 37 38 E6 F3 36 PRESENT gt gt AC PRESENT ACPRESENT GPIO31 A SLP Af gt gt SLP_A 37 38 K7 F1 BATLOW BATLOWA GPIO72 SLP_SUS SLP_SUS T49 N4 AY3 sw gt gt Swi Rit PMSYNCH lt gt gt HPMSYNC 3 AB10 G5 TP21 LANE gt gt 51 1 38 D2 36 PCH_SLP_WLANN X Rese 0 04 SLP_WLAN GPIO29 Gx RIS 10K 04 HM86_C2_MP VDD3 VDD3 3 3VS PM PCH PWROK R R207 E 41 DELAY_PWRGD 8 PCH_PWROK 1223644 11 ALL SYS PCH PWROK EC 8141 1K 04 SYS PWROK 8 2236 PWROK Uig 97 wer 0100 R142 7ALVCOBAPW VDD3 VDD3 74LVCOBAPW 10K 04 40mil_short 4 40 PCH1 5VS_PWRGD 38 1 05V_LAN_PWRGD 3 Vins BatRGO AND gt ALL_SYS_PWRGD 12 22 36 41 10mil short 40 DDR1 5V_PWRGD gt 2 C270 U10A 1 05 PWRGD 58188 0 04 741 10 X5R 04 0 04 PM MPWROK 5 4 3 2 Schematic Diagrams Sheet 22 of 46 Lynx 3 9 50 D Lynx 3 9 23 amp i 22 Schematic Diagrams Sheet 23 of 46 Lynx 4 9 B 24 Lynx 4 9
49. MTS3572G6 LVDS L2N eDPHPD 11 LVDS L2N VSIP 21 22 4 22 30 36 38 PLVDD 11 LVDS L2P 23 2 25 26 3 3V 2A 11 LVDS LCLKN ED 27 28 e 11 LVDS LCLKP EVDSSDOERE Entire trace of Panel VCC 516 wider than 80 mil R7 47K 04 29 30 11 RLV_LNK GPIOO 11 LVDS UCLKN LVDS U2N 11 pivop 11 LVDS UCLKP LVDS U2P 11 U43 5 al 11 LVDS U1N LVDS UON 11 A 2A 5 11 LVDS U1P LVDS UOP 11 T 47u 06 16V YSV 04 7 VIN VOUT 4 C516 T VIN SS s gt modify jumper C515 3 2 6 3 X5R 04 1u 6 3V XR 04 EN 7 G5243A m I 6 02 05243 9C0 Q 11 PANELVCCEN R350 modify BRIGHTNESS R 2336 ENAVDD C998 C999 ET R347 16V Y5V 04 D38 100 04 Q BAV99N3 0 1u 16 Y5V 04 0916 ADD 20140714 4 2 P ef o LED PANEL EDP Ch ee annel oe me C LCD 3 3V P DDC DATA R P DDC CLK R R354 100K 04 3 3VS LVD BRIGHTNESS R A U24A 1031 INV BLON 11 2 7ALVCOBAPW C1004 modify 741 1 LVDSLINR 727 10 X7R 04 LVDS L1N LVDS LON C725 0 1u 10V X7R 04 LVDS LONR 11 BKLEN 3BLON 16V 04 1 LVDS LIPLR C728 0 1u 10V X7R 04 LVDS L1P LVDS LOP C726 0 10 10V X7R 04 LVDSLOPR 11 gt 2 6BLON2 LVDS L2N eDPHPD 1 35
50. Sheet 6 of 46 DDIB TXBN 3 ab a DDIB 3 pas E du d 3 34 HDMIC_COCN DDIC TXCN 0 EDP TXPO EDP TXPO 11 m Pr r T FX 34 HDMIC COCP DDIC TXCP 0 EDP TXN 1 EDP TXN 1 11 34 HDMIC C1CN DDIC TXCN 4 TXP 1 EDP TXP1 11 11 12 EDP MTN7002ZHS3 Q 34 HDMIC C1CP DDIC TXCP 1 FDI TXN 0 FDI TXNO 22 34 HDMIC_C2CN DDIC_TXCN_2 0 FDITXPO 22 PWR per 34 HDMIC C2CP DDIC TXCP 2 FDI TXN 1 FDI TXN1 22 n 34 HDMIC CLKCN DDIC TXCN 3 FDI TXP 1 FDI TXP1 22 R8 34 DDIC_TXCP_3 EM DDID TXDN 0 DDID TXDP 0 DDID_TXDN_1 DDID TXDP 1 DDID_TXDN_2 Lm DDID TXDP 2 DDID TXDN 3 Q DDID_TXDP 3 oro 3 3VS B R36 R38 100K 04 100K 04 DP AUXN 4 lt lt gt gt DP_AUXN 11 DP_AUXP lt lt gt gt DP_AUXP 11 R35 R37 100K 04 100K 04 S e i 4 Schematic Diagrams Processor 6 7 GND Sheet 7 of 46 Processor 6 7 GND 8 Processor 6 7 GND Haswell Processor 6 7 GND Haswell rPGA EDS U26F Haswell PGA EDS U26G ANG VSS vss vss vss ALT VSS ALTO VSS woo ee 135 VSS VSS vee ALi VSS us Ves 27 __ 5 ALIS VSS vss vss vss A vee vee LAS Ks VSS vee ALTE VSS Vee EK 2 VSS VSS A33 55 AL20_ VSS VSS Af 9 VSS 2 VSS vse vee
51. 24 59 1 04 ROM SI R427 15 1 04 X _ 0908 5 100 290090 PLACE NEAR BALLS R422 4 99K 1 04 SO R423 4 99K_1 _04 UNDER VGA PLACE NEAR BGA R424 4 99K_1 _04 VGA ROM SCLK R425 4 99K_1 04 3V3 RUN AJ28 9 C15 019 D207 0815 1 5 NV AON R1489 0 08 R416 49 1 04 VGA_STRAPO R415 4 99K_1 _04 025 V32 C166 C165 C164 p DNU 10V X7R 04 10V X7R 04 10 04 ALIT HEE 8 R85 499K 1 04 STRAP1 R86 4 99K 106 04 C178 ko d R89 4 99K 1 04 VGA_STRAP2 R9 24 9K_1 _04 1u_16V_X5R_06 4Tu 63V X5R 06 PLACE NEAR BALLS UNDER VGA PLACE NEAR BGA R88 15K_1 _04 VGA_STRAP3 R87 4 99K 196 04 R420 10K_04 VGA_STRAP4 R421 45 3K_1 _04 940M OS B 14 VGA PCI E Interface Schematic Diagrams VGA Frame Buffer Interface
52. 3 215 19 PCB Footprint TQFN16_2X3MM E 4 a N N 4176906 15p 50V NPO 04 lt i 5 E E le 5 E ae 95 2 8 22 25R00 1B6 P PINGND GND 51 lt 1 lt use 2500 12pF m SLS 138V1B Pa ms Is 1013 0916 044 118 Jg CHG value 0930 C571 C572 SIZE CHG 5 4 3 2 Lynx 1 9 21 Schematic Diagrams 5 4 3 2 1 335 REBOOT STRAP NO REBOOT STRAP HDA SPKR High Enable 10K 04 R115 SERIRQ VDD3 SMLO_CLK L Point M LPC SMBUS SPI C LINK ES D TPM FUNCTION SPI SI High Enable 1n SMB CLK D 04 R401 SPI 81 PCH_GPIO74 R179 U32D PORMEDS SML1CLK R151 22K 04 i SML1DATA R153 2 04 BOARD ID GPIO23 DRAMRST_CNTRL RIEL CAA N7 W650SN HIGH pm m sus centu b PCH GPIO11 R163 10K 04 W640SN LOW lt gt SMBus 9 lt gt 910 3036 LPCAD1 47 gt 2 LAD_1 011 DATA 5 5 DATA 9 0 7 3 35 i 18 3036 LPCAD2 lt gt LAD_2 8 DRAMRST_CNTRL 516 10 _04 DRQ0 3036 LPCAD3 KO c18 SMLOALERTA GPIO60 P gt gt DRAMRST_CNTRL 34 j 00 10K 04 N fos amar SML
53. 3 3VS KI GPIO0_GC6_FB_EN gt gt il R11 25 WAKE lt R173 10mil short _ _ 27_ GPIO27 PLL ODVR EN AD11 20 23 CRIT TEMP 20 R208 PCH GPIO8 Y1 PM LANPHY ENABLE K13 HOST ALERT AB11 GPIO8 SATA AN2 DGPU PWROK C14 R1494 72 10mil short TE BIOS_REC BB4 GPIO24 R Y10 GPIO15 SATA4GP GPIO16 TACHO GPIO17 SCLOCK GPIO22 PCH GPIO34 AN6 GPIO24 GPIO28 GPO GPIO35 AP1 MM 8 GPIOZSINMIF SATA_ODD_PRSNT lt lt SATA ODD PRSNT amp OVRVLTG AK1 MFG MODE SATA2GP GPIO36 SATA3GP GPIO37 SLOAD GPIO38 BIOS RESP ANA 12 SBBION U12 GPIO57 C16 SATA ODD PWRGT lt lt ODD PWRGT TACHA GPIO6B 100K 04 TACHS GPIO69 TACH6 GPIO70 TACH7 GPIO71 SV DET D13 USB3 DET P2 13 USB3 DET P3 H15 BE41 45 SV DET R522 100K 04 SV DETECT DEFAULT SDATAOUTO GPIO39 SDATAOUT1 GPIO48 gt gt GRIT R 49 LPT_PCH_M_EDS LAN_PHY_PWR_CTRL GPIO12 GPIO NCTF 6 OF 11 PCH 24 CPU Misc R130 AN10 TP14 AY1 PECI HPECI R R439 RCIN LATE PROCPWRGD AV3 H CPUPWRGD THRMTRIP PCH THRMTRIP RN R441 PLTRST_PROC VSS Nio A2 VSS RA VSS vee VSS 1 VSS Ba VSS ee VSS
54. 5 6 02 09249 LCO D MIC mount L4 amp L5 4Tp 50 NPO 04 47p 50V NPO 04 zi zi 6 02 00248 LC2 C880 amp C881 gt 47 50V NPO 04 1029 NAME modify A MIC mount R32 OLD Value MH248 ALFA ESO C881 gt 100p_50V_NPO_04 5 4 3 2 1 USB Charge CCD TPM Power Con B 31 Schematic Diagrams eSATA USB3 0 LED HDD LED USB3 0 PORT PORT1 ESATA USB3 0 LED A 018 70 634 5 lt lt SATALED 20 USBVCC3 0_2 100mils 3 3VS RY SP170VGS4 5M AIRPLAN_LED 36 652 401 400 22u 6 3 08 10V X7R 04 220u_6 3V_6 3 6 3 4 2 on JCOMBO1 n A i rp 1 mo d C386 0 010 16 XTR 04 TXP2 C 1 2 20 SATATXP2 lt lt AA S_TXP2_C_ESD i 9 20 SATATXN2 lt gt C380 0 01 18V _04 SATA TXN2 4 3 S TXN2 C ESD 0 a S TXP2 ESDJ 2 ESDJ WCM2012F2S 161T03 short i 133 i 1 2 20 SATARXN2 367 0 01u tev 7 _04 SATA 2 lt gt C360 0 01 16 X7R 04 __ _ 2 4 09 3 WCM2012F2S 161T03 short A 20 2 Windows 7 WLAN OFF uU U o jo 034 Airplane 5 h t 3 1 f 46 PUSB3F96 USB2 0 Windows 8 ee USB3_RX1_N_ESD6 5 USB3_RX1_N_ESD Neve Airplane OFF 25 USBPNO 4 135 3 USB
55. 5 ALL SYS PWRGD _ 2166 40K 04 2 DMLTXN1 C DMI TXN 1 AV45 SUS_CK R157 BD17 TP15 RSMRST 2 DMI_TXN2 lt 2 AW44 9 AC PRESENT R178 100K 04 BB21 AL39 2 DMI_TXPO 5620 TXP 0 FDI_CSYNC gt gt FDLCSYNC 2 2 TXP1 1 AL40 gt FDI INT 2 1 5VS BB17 FDI INT gt i 2 TXP2 C DMI TXP 2 18 _ AT45 2 DMICTXPS DMLTXP 3 FDI DSWODVREN ON DIE DSW VR ENABLE BE16 AU42 1 5VS IREF TP17 R51 Enabl DEFAULT 515 abled ULT 17 AR44 19 RCOMP 8453 7 5 1 04 R510 Disabled 5K 19 AY17 pave c R12 7 5 1 04 DMI_RCOMP DMI_RCOMP RN3 VDD3 R525 0 04 10K_8P4R_04 36 SUS PWR ACK R6 1 SUSWARN R520 004 DSWODVREN SUS WIARNE 1 113 10mi 33vs 8464 10K 04 SYS_RESET SYS RESET PCH DPWROK R _ 2492 10mil_short _ RSMRST AD7 SYS_PWROK SYS PWROK WAKE WAKEH lt PCIE WAKER 2932 PM_SLP_LAN R183 04 F10 AN7 imu dude P R199 10mil short PCH PWROK Same CLKRUN D PM_CLKRUN PM_CLKRUN 30 i 10mi AB7 U7 R147 1Omil_short__PM_MPWROK APWROK SUS_STATHGPIO61 gt gt S4 STATE 30 H3 Y6 3 DRAM PWRGD lt DRAMPWROK SUSCLK GPIO62 595 CK RSMRST J2 Y7 51 55 0915 36 RsMRST amp gt Cn lt RSMRST SLP_S5 GPI063 D T20 ADD poo 2
56. 650 16 47 00190 433 FoR 6 88 115 4900 8 LCD Schematic Diagrams Appendix B Schematic Diagrams This appendix has circuit diagrams of the W650SC notebook s PCB s The following table indicates where to find the appropriate schematic diagram _ Table 1 QHPATRAMe STAT SCHEMATIC Prosser 7 Fn RG Prosser Powe peers orom Beg iP RB Y Hu Mn ETE Fo POWERSWTTCH Ps _ PX Prone ir rs Pase 15 CD TM Pover 1 37 HDD ROARD taen FGA Frome erage VGA Frame Buffer Page 17 Card Reader RTL8411B Page B 33 22 Version Note The schematic dia grams in this chapter a o gt Q A Q Q Q are based upon ver o sion 6 7P W65S4 002 If your mainboard or other boards are a lat er version please check with th
57. CLKO 15 FBB_DQS_WP4 FBB CLK CCLKi 16 DOS WP4 15 005 WP5 FBB CLK 16 008 WP5 _CLK TF 15 FBB_DQS_WP6 FBB_DQS_WP7 FBADQS RN 7 0 16 FBCDQS_RNI7 0 7 esie 1 FBCDQS_RNO FBB_DQS_RNO FBB_WCKO1_ 005 30 FBB_DQS_RN1 FBB_WCKO 58 FBA_DQS_RN1 WCKO FBB_DQS_RN2 FBB WCK2 005 RN2 wckoi H34 FBB DQS Wck2y 005 RN3 134 FBSODOS RNE FBB DQS RN4 wcka amp 024 005 RN4 630 FSODOS NS FBB DQS RN5 wckag 025 005 RN5 61 A FBB 005 FBB 6 per FBA_DQS_RN6 FBCDQS_RN7 FBB_DQS_RN7 FBB 008 RN7 WCKe6 o J30 E FBA WCKBO FBB WCKBO THE FBA WCKBOD 131 FBB WCKB23 06 PINS ARE USED 24 792 1 05V FBB_WCKB2 Pog ONLY ON GK107 WCKB2b Ji ME MEN FBB_WCKB45 1 05V THEY ARE NC FBB_WCKB45 520 FOR GK208 GF 108 FBA_WCKB45 435 a FBB_WCKB6 425 IGF117 FBA_WCKB6 PLACE UNDER BALL BGA FBB WCKB6 9 wckgep 33 16mil FB_PLLAVDD PEX_VDD H26 027 132 4 NC PLL Avpb 17 PLLAVDD 4 FB TP F
58. DFX PRIVACY c TT Rsvbso 626 RSVD TP RCOMP Hipy R384 499 15 08 0 ENABLED SET DFX ENABLED BIT IN DEBUG INTERFACE MSR al Leta E 1 DISABLED 29 RSVD CFG 17 7Apos CFG3 R67 4K 04 d F25 RSVD VCCIN vec C35 AR33 eo HES ona Sheet 8 of 46 gt 25 RSVD BW M26 9 i 7 7 7 RSVD ee Wat RSVD_TP rsvp Hem rocessor P i 49 9 1 04 H Rsvp4o 34 552 2 18 Em RSVD 3 PCI EXPRESS STATIC LANE REVERSAL FOR ALL PEG PORTS 2 cro 0 ia CFG2 AP20 ed Bm P40 1 DEFAULT NORMAL OPERATION Default 4 LANE DEFINITION MATCHES CEGS AN22 4 NC Lx i A CFG 5 RSVD 0 LANE REVERSAL CFGS CFG 7 21 CFG2 R66 04 li 2 20 AN20 E 24 10 AP27 g 11 VSS Hanae 29 CFG 12 vss E CFG 13 jer CFG 14 vss Q CFG_15 VSS O DISPLAY PORT PRESENCE STRAP 90 9 B 1 DISABLED CFG4 PHYSICAL DISPLAY PORT ATTACHED EMBEDDED DISPLAY PORT 0 ENABLED AN EXTERNAL DISPLAY PORT DEVICE RESERVE THIS CIRCUIT FOR FUTURE COMPATIBILITY AN EXTERNAL DISPLAY PORT DEVICE IS CONNECTED TO THE EMBEDDED DISPLAY PORT 2236 70 CFG4_R68 1K 04 R29 Po m 2K 196 04
59. ES m BIOS Update Use the flash tools to update the BIOS 1 Make sure you not loading any memory management programs such as HIMEM by holding F8 key as you see the message Starting MS DOS You will then be prompted to give Y or N responses to the programs being loaded by DOS Choose N for any memory management programs You should now be at the DOS prompt e g DISK C gt C 1s the designated drive letter for the CD DVD drive USB flash drive Type the following command at the DOS prompt C gt Flash bat The utility will then proceed to flash the BIOS You should then be prompted to press any key to restart the system or turn the power off and then on again but make sure you remove the CD DVD USB flash drive from the CD DVD drive USB port before the computer restarts Restart the computer booting from the HDD 1 With the CD DVD USB flash drive removed from CD DVD drive USB port computer should restart from the HDD Press F2 as the computer restarts to enter the BIOS Use the arrow keys to highlight the Exit menu Select Load Setup Defaults or press F3 and select Yes to confirm the selection Press 4 to save any changes you have made and exit the BIOS to restart the computer Your computer is now running normally with the updated BIOS You may now enter the BIOS and make any changes you require to the default settings
60. FC G6 PCIE Port Bifurcation Straps R28 11 DEVICE1 FUNTION 1 DEVICE 1 FUNCTION2 DISABLED IK 04 10 DEVICE1 FUNCTION1 ENABLED DEVICE1 FUNCTION 2 DISABLED 01 DEVICE 1 FUNCTION 1 DISABLED DEVICE 1 FUNCTION 2 ENABLED 00 DEVICE 1 FUNCTION 1 ENABLED DEVICE 1 FUNCTION 2 ENABLED CFG5 R64 a 04 li CFG6 R378 1K 04 li Processor 7 7 RSVD B 9 Schematic Diagrams 0083 SO DIMM 1 5 4 3 2 1 V VDDQ DIMM SO DIMM A 0 ji 5 2mm C85 C114 C126 6 8 6 2 42 0 4 0 0 5 0 1u_10V_X5R_04 0 1u_10V_X5R_04 0 1u_10V_X5R_04 0 1u_10V_X5R_04 0 1u_10V_X5R_04 JDIMM1A i 4 50 gt ES 000 0 63 0 4 JDIMM1B 7 001 002 V_VDDQ_DIMM 092 17 V_VDD _DIMM C65 10 50 04 bey 4 004 44 DDRO M_A_CLK_DDR O bas M A Dos wane vssie 44 C66 10 50V NPO 04 18 007 M A DDR1 M A Bes 008 C150 C160 C167 C168 uus L5 Pew 23 009 0 1u 10V X5R 04 10V XR 04 10V X5R 04 10V X5R 04 DES 1 0010 LE VDD6 vss21 Le 0011 M
61. GPIO12 battery boost ju 4 1 rom 2 For GB4b 128 11 1 is OVERT eT Oe 5 4 3 2 1 18 VGAI O Schematic Diagrams VGA NVVDD Decoupling 5 4 3 2 1 U33F U33H D BGA_0908_P080_P085_P100_290X290 BGA_0908_P080_P085_P100_290x290 COMMON NVVDD BGA_0908_P080_P085_P100_290x290 BGA_0908_P080_P085_P100_290x290 NVVDD 0917 NV ADD 15 17 GND_1 2 16 17 GND_2 2 13 17 NVVDD 9 17 XVDD 2 GND 25 7 AAT GND GND GND GND 12 ypp CONFIGURABLE 4 AMB GND 10 GND GND 14 ypp POWER 20 GND AN13 16 ypp CHANNELS C221 C205 C260 C1000 C1001 C1002 22 GND 16 GND GND 19 ypp U1 AB12 GND 19 GND GND 21 U2 1u 6 3 X5R 04 1 6 3 X5R 04 1u 6 3 X5R 04 l 1 6 3 X5R 04 1 6 3V 04 1 6 3V X5R 04 14 GND 22 23 4 1 i 4 AB16 GND 25 AB13 04 19 GND 30 GND GND 15 ypp 05 4 2 GND GND 34 GND GN
62. I2C ADDR I2C Slave address selection internal pull down 80K L 0x10h 0x1Fh 0x90h 0x9Fh 5 4 3 2 1 B 12 PS8625 Schematic Diagrams PANEL INVERTER PANEL CONNECTOR 30Pin eDP amp 40Pin LVDS CO lay PANEL POWER BRIGHTNESS 10K 04 VIN PJ15 VIN_LCD SIPCVDD OPEN 2A BRIGHTNESS R lt _ PANELPWM 11 Q76A MTS3572G6 3 3VS 5 5 R10 4 7K_04 LED PANEL LVDS Dual Channel L s E 551 12 4 7K_04 0 22u_50V_Y5V_06 9 Le Le R24 220 06 9 9 R251 2 2 150 _04 6 10K 04 Q31A LCD 100K 04 pL 2 gt 1 P DDC DATA R R92 DATA 11 R250 S R R150 44 1 520 C510 SES 100K 04 958 o 4243 0 06 3 3VS_LVDS E A BRIGHTNESS 5G eo 0 1u 50V Y5V 06 50V Y5V 06 0 16 1107 5 MTDN7002ZHS6R C517 0 1 _10 X7R 04 7 modify Add SUSB J 11 12 0768 11 LVDS LIN 15 16 LVDS LON 11 1 LVDS LIP 17 18 LVDS LOP 11 cee RISER NV R 1 R 19 20
63. Module 8 CMOS Battery Mainboard Overview Bottom Key Parts 1 9 lh T ct 5 Introduction Home Mainboard Overview Top Connectors Mainboard Top Connectors 2 490 gp TIY LII e wa RJ 45 LAN Jack t IA WINS ESATA USB 3 0 HDMI Out Port USB Port 3 0 Connector Speaker 2 Connector E Er VAS 7 Keyboard Cable 1 Huc ee eR Connector T Connector EO ee DAMM o 3 Connector are EDT au ae iI gt d UMS e sapaa o c Q O O em umm s Vig ub ae 2 II sv c wie w EL Les gt T sr 4 er 2 CUR a 4 X 10 Mainboard Overview Connectors Introduction Mainboard Overview Bottom Connectors Figure 10 Mainboard Bottom Connectors CJ ODD Connector s HDD Connector Multi in 1 Card Bund 18 4 lt d 4 LCD Cable Connector eles LT GR DEAE aza 040015245059 11 7 rA inu EH URL Eel La unm um 922 22 ou d 222 M m x M x T Hu J 2 m et z E 1 n E 4 4 ot 4 gs M
64. make sure that 3 Avoid interference Note the proximity of any high capacity transformers electric motors and other strong mag you have turned off the netic fields These can hinder proper performance and damage components and or data You should also monitor power and discon nected all peripherals and cables including telephone lines and the position of magnetized tools i e screwdrivers 4 Keep it dry This is an electrical appliance If water or any other liquid gets into it the computer could be badly damaged power cord It is advis 5 careful with power Avoid accidental shocks discharges or explosions able to also remove Before removing or servicing any part from the computer turn the computer off and detach any power supplies your battery order When you want to unplug the power cord or any cable wire be sure to disconnect it by the plug head Do not pull on the wire prevent accidentally 6 Peripherals Turn off and detach any peripherals turning the machine 7 Beware of static discharge ICs such as the CPU and main support chips are vulnerable to static electricity Before handling any part in the computer discharge any static electricity inside the computer When handling a printed circuit board do not use gloves or other materials which allow static electricity buildup We suggest that you use an anti static wrist strap instead 8 Beware of corrosion As you perform your job avoid
65. 1 Turn off the computer turn it over remove the battery page 2 5 and the component bay cover page 2 7 EB 2 The Wireless LAN module will be visible at point on the mainboard Figure 13a 3 Carefully disconnect the cables 6 amp and then remove the screw Figure 13b 4 The Wireless LAN module 5 Figure 13c will pop up and you can remove it from the computer 5 Cables and remove the screw c The WLAN module will Note Make sure you reconnect the antenna cable to the 1 2 socket Figure 13b 2I lt mm 002503 A s aa 4 20 1090 YT 227 5 Wireless LAN Module Screw Removing the Wireless LAN Module 2 17 2 Q 0 9 c N Disassembly Wireless LAN Combo 3G amp LTE Module Cables Note that the cables for connecting to the antennae on WLAN WLAN amp Bluetooth Combo 3G and LTE modules are not labelled The cables covers each cable will have either a black or transparent cable cover are color coded for iden tification as outlined in the table below Module Type Antenna Gable Color Cable Cover Type BER AE WLAN WLAN amp Bluetooth Transparent Combo LTE Broadband Black LTE2 Gray 3G Broadband Black 2 Gray Cable 1 is usually connected to antenna 1 Main on the module and cable 2
66. 100K 04 El 2 ET dd MIT zd eet PJ11 PC220 ELO 1 2 4 05V LAN M E 22 LAN te PU8 E PQM4 tee 1 21 PR534 PC221 5 5 5 iyi pa PC217 297 E 4 22 30 36 37 SsUSB amp qD 006 01 10 X7R 04 4 gt 2 gt to 2 amp amp amp 12A PC218 gt E SU 0 01u 16V X7R 04 2 gt 7 PL8 V1 05 1 05V LAN M BCIHP0730 1ROM 9 PJ21 D 1 2 4 1 2 PCB Footprint 7 E 1105 8mm 535 2 2 04 xin odiis el 8 150 1 PC222 Paris olo 2 1u 6 3V XR 04 1110 PWR modify FB 2 E gt 2 lt 5 2 2 t PC223 ki PR194 8 4 o PR99 47K 04 gt 0 04 a 4 6 3 X5R 04 9 5 E 4 Sheet 38 of 46 gt 38 4 gt at si 1 05V_LAN_PWRGD Be ORY PAN POR Gseo2RAtU x a eo T i 4 g ig edd 05V 01d 40 2K 9 we 40 412K 1 04 LUN 50V NPO 04 ern I PR538 we 100 1 04 awe won ee VDD3 4 05V_LAN_M 1 8 1 05VM 1 re PR73 10A OPEN_2A 10
67. 13 100MHz 120MHz ae 7 DM AW24 BUF EXP P M TN P 25 B 20 AR24 CLK_BUF_CPYCLK_N UEM DNO D AT24 CLK BUF CPYCLK P E C607 22 50V NPO 04 GND 7 R145 H33 CLK_BUF_DOT96_N CLKIN DOT96N 633 CLK BUF DOT96 P CLKIN_DOT96P CLK_BUF_CKSSCD_N CLKIN SATA Bce CLK_BUF_CKSSCD_P R472 m x3 CLKIN_SATA_P CE CFSXOGL2SMHZ 45 CLK_BUF_REF14 lt 04 ECCLE ME DIT CLK PCI FB 33MHZLOOPBACK _ XTAL25 IN D x XTAL25 IN STALGS XTAL25_OUT Rist 40 N CLKOUTFLEXO GPIOG4 cons CLKOUTFLEX1 GPIO6s HSP FLEX 0911 en te CHG X3 si cLKouTFLEX2 GPIoes 6 CK FLEX ee Oat CLKOUTFLEX3 GPIO67 39 DGPU PRENT _ AM45 ICLK_IREF__ 01 5VS AD39 19 Apag TP18 R457 AN44 DIFFCLK_BIASREF XCLK_BIASRE 1 5VS 7 5K_1 _04 C180 30F 11 10u 6 3 X5R 06 3 3V LAN_CLKREQ R219 10K 04 3 3VS RN2 10K_8P4R_04 CLK BUF CPYCLK N 8 1 DGPU PRSNT N R R184 7 PCIECLKRQ1 CLK BUF CPYCLK P i 2 BUF EXP P 6 EXP 5 RN4 10K_8P4R_04 CLK BUF DOT96 P 8 lt CLK_BUF_DOT96_N 7 6 GPIO46 R R1495 CLK_BUF_REF14 CLK_BUF_CKSSCD_P R435 0 04 gt PCIECLKRQ2 RN14 VDD3 10K 8PA4R 04 N 8 ne
68. 20 B2800 106 2SJ T351 S23 A AUDG 0 14 10V X7R 04 100p 50V 2 11 2 9 C98D98N 14 0 1 10V X7R 04 1 10 X7R 04 10V X7R 04 AGND AGND AGND A AUDG 5 4 3 2 1 AUDIO BOARD 45 Schematic Diagrams POWER SWITCH BOARD 6 71 W650S D05 POWER amp LED BOARD BH2 BH4 BH1 H5 2D2 3 H5 2D2 3 C59D59N Y gt Q z gt Q 2 59059 B Bf px EE ER B 46 POWER SWITCH BOARD dp BH_5VS BJ SW1 BPWRBTN 2 3 Sheet 45 of 46 5 6 BDGND 7 BLED 8 BLED 9 BLED 88486 1001 BH_5VS BH_5VS BH_5VS BH_5VS 65 BRI BR2 BR3 ___ 820 06 820 06 820 06 820 06 BUTTON TJG 532 V T R BOTTOM rab 2 lt LED NUM LOCK SCROLL XL eee eee LED CAPS LOCK LOCK LED LED BD3 BD1 BD2 BD4 BDGND RY SP170DNB74 5 1X RY SP170DNB74 5 1X RY SP170DNB74 5 1X RY SP170DNB74 5 1X 1 1 1 1 Jg 2 Schematic Diagrams ODD to HDD BOARD 6 71 W650N D04 ODD TO HDD BOARD as Sheet 46 of 46 ODD to HDD R D DSATA_RXNO DSATA_RXPO 242003 1 PIN DGND GND1 3 QGND 6 21 14030 013 D_5VS P10
69. 3 PR17 PC10 o 5 ES 60 4K_1 _04 0 1u 16V Y5V 04 amp E ZD5245BS2 111 8 8 VDDS MTN7002ZHS3 9 26 9 26 BATTERY INTERNAL 20 1 04 25 5K NT1912 25 10 1908 EC PD pin Hi PQ112 PRA498 3S 2K Pmosfet open 2N3904 20K 190 04 mAH Low Pmosfet turn on a 35 2800 4 02K 500 46 390 36 cHG JP gt 100K 04 4S 2800mAH 7 15 9 26 R A 2 9 A B 44 DC IN CHARGER Schematic Diagrams AUDIO BOARD 6 71 W6508 D07 USB PORT PORT9 USB2 0 CON pensi 5 AR29 A USBVCC2 USBVCC2 10V X7R 04 jAeND 22u 6 3 X5R 08 AGND VOUT2 AC20 AUDIO BOARD Connect AES 2 VOUT3 10u 6 3V XbR 06 uds GND AUSB PN9 4 3 AL1 2 WCMO2012F2S 161T03 short SY6288DCAC AUSB PP9 1 AGN 90 A 9 NOL YO AGND 6 02 06288 921 AGND 6 02 54728 920 6 02 03518 921 A 5V AR5 6 02 75348 921 A USBVCC1 C107BF 10405 L 70 YZX ADL ASPKOUTR _R GND1 GND2 FLG VOUT1 VOUT2 peor USB3 0 CON d USBVCC1 O VIN2 VOUT3 EN GND AUSB3_TX3_P SY6288DCAC AUSB3_TX3_N 90 9 NOL ADL 0 AHEADPHONE L AGND AGND 6 02 06288 921 AGND AMIC_SENSE AUSB3 RX3 P 6 02 54728 920 AHP SENSE AUSB3
70. 330T11UF 6 02 90913 4 0 o 24 DCPSUS1 C170 Y26 AJ30 cmm Sheet 26 of 46 2 __ AJ26 DCPSUS3 1 19 014 28 T C306 1u 6 3 XbR 04 R182 5 1 19 04 PCH VCCDSW 914 pcpsusgyp DCPSUS3 128 A VCCASW VCCIO 6 Os n X 1A 5 11_1 04 10 5 11 04 VCCASW VCCVRM AK28 C279 VCCASW VCCVRM cus 1 05VM E2 0 1u_10V_X5R_04 2 o 618 i 0 V22 HCB1608KF 121T25 VCCASW 1A C217 T C303 I C255 I C232 VCCASW M vocsus 0 1 05V LAN M F 22 Hou_6 3V_X5R_06 Mou 6 3 5 06 1 6 3 5 _04 1u 6 3V X5R 04 22 4 C245 R o ams 1u_6 3V_X5R_04 AM0 22 L31 VDD3 O HCB1608KF 121T25 V3 3A_VCCPSUS 2 4 C330 m L19 HCB1608KF 121T25 0 1u_10V_X5R_04 VCCA 05855 0 5 p 105VLAN M 216 I con me B 10u 6 3V X5R 06 6 3 X5R 04 1 53 0 6 2 caet cta 7 10u_6 3V_X5R_06 10u_6 3V_X5R_06 a ae H gt 1 05V LAN M La C261 1 C183 1 259 C173 C194 C283 T AS Xn o A AS 04 1u 6 3 04 10 6 3V X5R 06 A E 2 1 Lynx 7 9 27 Schematic Diagrams Lynx Lynx Point M POWER VDD3 VDD3 o 0 261A 0 015A L70 HCB1608KF 121T25 L69 HCB1608KF 121T25 207
71. 3V XbR 04 RTC CLEAR SM_INTRUDER C INTRUDER SATA RXP 1 G10 AV10 4 INTVRMEN 871705 VRM Enable D9 SATA TXP 1 M dcr rm CLEAR COMS High Enable Internal VRs Low Enable External VRs RTCRST 889 SATARXMD A a eu JOPEN2 CLEAR ME RTC REGISTER 25 SATA 2 B SATARXP2 31 E SATA HDD af 35 HDABITCLK lt lt HDA_BCLK 22 2 AW13 0721 35 HDASYNC X m TE HDA_SYNC SATA_TXP_2 SATATXP2 31 Add oj p ka 39V 8 HDA SPKR AL10 BC12 i i 35 HDASPKR lt lt SPKR SATA RXN 3 12 C24 SATA RXP 3 H 3536 HDARST X RST AR13 MTDN70022HS6R 3 L22 lt CTXN 3 ee 35 HDA_SDINO gt 800 SATA 2 i 22 son HDA BD13 G22 SATA_RXN4 PERN1 13 5 SATA 4 29 nx 1 9 1 5012 SATA_RXP4 PERP1 _ 4 29 MSATA HDD BG TT038 e 21 IU F22 508 SATA_TXN4 PETN1 AWTS TXN4 29 uk MM his TAPA PETE SD 5 C 36 RESET po og s MIDNIODZHSOR High Enabled 98 HDA_SBOUT 06 T SATA RXNE BERND SATA RXNS 33 3395 B17 u 14 5 R202 K 04 DM DOCKEN GPIO33 SATA_RXP5 PERP2 33 SATA HDD1 5o
72. 40C2 81 gt 3 22 001u 50V X7R 04 O SYS15V PC82 2200p 50V X7R 04 eo VREG5 tas a EN 5V a Battery Mode VDD5 Ture off at system e 5 off PE PQ58A 2 036 7 S MTDN7002ZHS6R S 36 37 USB CHARGE gt CV 40mil SUPPORT USB CHARGER PQ58B 8 3 POWER ON MTDN7002ZHS6R le USB CHARGE EN DDON HI i 4 POWEROFF CHARGE 7 3 7 USB CHARGE DDON LO PAGE 30 0219884 D PQ57 7 MTN7002ZHS3 1 23 4 5 1 5 B 40 VDD3 VDD5 Schematic Diagrams 1 5V 1 35V 0 75 5 1 5VS 1 2 3 4 5 6 7 8 1 35V 0 675VS 11 MDU1516 o PC97 PC98 99 96 1 35V ULTRASO 8 gt PU2 8 5 58616 805402 3 p te De IMAX 8A VDDQ VTT Mn 8 8 8 VDDQ 0 g 2 2 2 s 4044 15 23 22 PC24 10V
73. 45 SPIER a a VEC RI 10K 04 C878 0 10 16V 04 100K 04 18 NEAR CODEC 1 C437 0 1 16V 5 04 i EAPD MODE 47 iud VT1802S 5 1K 1 04 5 bone 28 SPDIFC2 EAPD 19 JDREF SPDIFO JDREF 20 MYM 04 C481 16V YSV 04 Close to PCH DMIC DAT R 2 MONO OUT C460 100p 50V 04 ar DMIC CLK R 3 BRIG CLIE mic 21 C457 100 6 3 X5R 06 L AUDG alll RN18 BMC Mea RE 22 MICIR R 10u 6 3 XbR 06 R 22 04 AUDG VT1802S a DIGITAL ANALOG VM Ge 5 4 5 L 24 20 9 SDOUT SDATAJSUT C447 16V 04 7 2 6 27 i 6441 6 3V X5R 06 20 HOA spout FR 2 AZ BITCLK R BRSEDR VREF ALC269 LINT 300 33 04 7 SDINO 8 28 100 77776440 6 3V_X5R 06 S641 22 50 NPO 04 HDAGSRINO SDATA IN LDO 30 MICT VREFO R VT18028 PIN MIC2 VREFO e R319 40K 04 Diu 5 AZ SYNC 10 MIC1 VREFO H 29 MIC2 VREFO 3 3V0 4 SYNC MIC2 VREF ij 301 1 04 AUDG OR VOLUMK ADJUST HDARSTHR 11 32 18025 R540 MTN7002ZHS3 of RESETA a PeT HEADPHONER 3 3K 04 VREF ALC269 4 12 pe HP OUT R SK 3 3K 1 04 PCBEEP 35 CBN AL269 C445 22u 6 3 04 515 R766 C483 C482 INT MIC R539 1K 04 INT MIC OUT PC BEEP BAT54CS3 10 04 9 59 cpp 26 CBP A
74. 479 0 1u 10V X7R O4 39 22 _ TMDS DATA2R 6 xrR 38 IN 01 OUT_D1 2 6 10V X7R 04 INDI OUT Dt TMDS_DATA2 R 5 5 L 1 C471 0 1u 10V 7 04 42 19 TMDS DATA1 R 5 1 EY 6 C1CP 02 OUT_D2 7 lt 6 C1CN _ 10 X7R 0441 Oui p2 22 TMDS 2 n 9 C463 0 10 10V X7R 04 45 16 5 DATAO R 22K 04 7 6 _ 2 IN D3 OUT D3 2 6 2 10V XTR 04 44 IN p3 OUT De 17 TMDS DATAOR R 33740 SUSE gt 4 3 ahs 4 023 9 D9 8 jeune C444 10 10 10V X7R 04 OUT D4 3 CLOCK R GNE YS SY6288DAAC am BAV99 RECTIFIER BAV99 RECTIFIER lt C455 0 1 10 7 04 5 1442 CLK 17 E 14 05 CLOCK R BAV99 RECTIFIER 6 IN_D4 OUT_D4 SCL C 28 HDMI_SCL C a 23 HDMI_CTRLCLK SCL SCL_SINK aem 23 CTRLDATA Qe SDA SDA_SINK HDMI SDAC E LEVELSHIFT 20K 04 SDA C 7 30 23 DPC M HPD SINK HDMI_HPD C R304 100K 04 662 HDMI_HPD C aom 1 R302 0 04 OE veli 221 6 3 08 x 3 3VS R271 4 7K_04 DCC 32 C448 18 HOT P
75. 6 85 D405B 100 lt OPTION T 4 CABLE FOR NB AUDIO BOARD CNUS 1698 6 43 W6500 043 1 S SPK CABLE L 40MM PeSL2KNGOAL 2W 4 4670502 6 23 5 67 011 6 CABLE MB TD AUDIO BOARD 22PIN CNJS 6 43 65 0 023 1 17 SCREW Mex3L KI NI ICT NY DD 04 5 D7 0 4 6 35 B1120 3RE 10 18 JAUDIO BOARD V7 0 W S0SJ 6 77 6508 007 ZA 9 SPK CABLE R 50MM P25IPKNGO4L 2W 4 W670SCO 6 83 5w67C ORI 23 20 W O 2ND HDD 4587 6505 6 79 We s0sJ0J 0e0 lt OPTION gt s 20 2ND HDD ASS Y W6SOSR 6 79 W650SR0J 020 24 20 DD ASS Y W655SJF 6 79 W655S JFZ 000 20 SATA DVD SUPER MULTI 8X ASS Y 6555 6 79 655 800 001 28 21 w O HDD ASS Y 6505 6 79 6505 0 010 21 W HDD 4887 W6SOEH 6 79 W650EH0J 020 22 PRODUCT LABEL FOR W6SSSB 6 45 W655SB03 010 22 PRODUCT LABEL FOR W650SB 6 45 V650SB03 010 22 PRODUCT LABEL FOR 650 6 45 6505 03 010 22 PRODUCT LABEL FOR W655SC 6 45 6555 03 010 23 CANE FIR VK avete HIN 6 43 W1SE0 040 2 24 BOTTOM CASE MODULE W650SR 6 39 W6503 016 25 FACIN SV 04A ABTOOSHN IE3 ADIA 6 22 15 011 26 CPU COVER MODULE CHANGE W650SR 6 42 W6508 105 27 SPONGE 768 23D 84305 FOR 7MM HDD WO40EU 6 47 0019 763 For 7mm HDD Only 28 SCREW M2 5 8L BK Z NY ICT 6 35 B6125 8R0 e9 PC GFF CARD FOR 3G MMU V10 6 77 W84AG DO1 30 MIEZRD FR VNG AD IC TA V LUG LS M
76. BCT VSS BDT 1 VSS 2 VSS BD Ves BD45 we BER ves BES EE us PCH GPIO46 PCH GPIO8 0 1 1 8 2K 04 55 avs 1 GA20 36 10 04 HPECI 3 6 lt KBC_RST 23 36 H CPUPWRGD 390 04 lt THRMTRIP R N CPURSTN 3 DDR VOUT 1 5V DEDAULT 3 3 Schematic Diagrams Sheet 24 of 46 Lynx 5 9 Lynx 5 9 B 25 x D Schematic Diagrams 6 USB3RP2 g USB3 RP 31 40 x USB3TN2 022 e USB3 TX2 N 31 USB 3 0 P2 USB 2 0 P1 USB3TP2 USB3 DO P 31 9 PERN 7 PCI E 1 Lane 1 X uu Lynx Point M PCIe USB D Lane 3 WLAN 8 4 GLAN CARD READER Lane 5 x RN16 3 3V 321 LPT_PCH_M_EDS 10K_8P4R_04 9 Lane 6 X Lane 7 z 3 USB3 RX3 N PERN USB3RN3 USB2NO USB 31 Ip Lane 8 x 33 USB3_RX3_P PERP1 USB3RP3 USB2PO USB_PPO 31 USB 3 0 2 0 PORTO 2 USB2N1 38 USB PN1 30 33 USB3 TX3 N PETN1 USB3TN3 uspop 238 e USB_PP1 30 USB 3 0 2 0 PORTL 33 USB3 DG P PETP1 USB3TP3 USB2N2 32 USB 33 USB2P2 636 219 USB_PP2 33 USB 3 0 2 0 AUDIO PORT2 10K_8P4R_04 USB3_RX4_N ATS PERNZ USB3RNA USB2N3 0 USB_PN3 33 89 1 33 USB3 RX P PERP2 USB3RP4 USB2P3 _____ gt USB_PP3 33 USB 2 0 670
77. C103 ms CAD Note Capacitor need to be placed R55 e close to buffer output pin gt 22u 6 3V 06 22 6 3V X5R 06 11 ee M is d SSC CLOCK TERMINATION CHG 06 PRP EES A 5 R50 STUFF R4R15 amp R4R12 gt ral 1 82K 1 04 ONLY WHEN SSC CLOCK i 53 circuit DRAM RST to memory 5 22 PM DRAM PWRGD gt should be high during 53 V_VDDQ_DIMM PMSYS PWRGD BUF Buffered reset to CPU R52 R51 R54 3 32K_1 _04 gt gt 39042 04 MC74VHC1G08DFT1G R392 0_04 R53 40mil_short R376 2K 196 04 BUF CPU RST amp 2330 PLT_RST gt gt MTN7002ZHS3 CPUDRAMRST 5 B DDDR3 DRAMRST 9 10 R391 a2 1 04 lt J DRAMRST_CNTRL 4 21 s Je 34 3740 SUSB 950 uf MTN7002ZHS3 R373 C565 4 99K_1 _04 0 047u_10V_X7R_04 B 4 Processor 2 7 CLK MISC Processor 3 7 DDR3 Schematic Diagrams 9 DQ 63 0 10 DQ 63 0 Haswell EDS U26C Haswell PGA EDS U26D SA_DQ_0 RSVD_AC7 on CE Seco We bat sa po o o Hg SA DQ 2 SA CK P 0 A SB DQ 1 SB CKNO DQ 3 SA CKE 0 9
78. FBC DEU M 7 0907 FBCDQM1 E 23 FBCDQM3 23 2 FBCDOS_WPT__FS er FECDaS_WPO FBCDaS WP3 07 FBCDQS WPZ E7 03 7 D3 FBCDOS RNT 63 0081 DQSU Br FBCDUS RNU L FBCDQS RN3 G3 POSL B7 FECDUS RNZ 63 DML DMU DMU SSS Pese pagg poo TBCDQS RN6 DSL gr FBCDQS RN5 FBCDOS RN4 0081 DOSU FBCDQS RNT 7 DOSE 005 AW2G1646E BCTA AW2G1646E BCTA KAW2G1646E BCTA KAW2G1646E BCTA A 5 4 3 2 1 Schematic Diagrams VGA I O
79. NEAR PLACE NEAR BALLS 1 05V UNDER VGA PEX_VDD 0 3 CHG 06 VID_PLLVDD U330 PEG PEG RXi6 FCM1608KF 301T05 12mil ADB 18 SP PLLVDD PEG Due 3 AMTS PLACE NEAR BALLS Ki Tr CF 6203 C186 C175 C163 AD7 C214 0 221 10 04 17 2 PEG RX5 PEX TX5 GFi08 GK208 GKI07 GF 117 3 1 C208 0221 10 O4 PEX RSE AGIT Cj pex xs TM 210 mA total NC HVDD deos D 5 19 31001 238 BOA Pons 20100 2 PEG_TX S pex ros _ 12 152 5145 sam 1 05V 2 10V XR 04 COMMON CF C SVDD E ee 2 117 XTAL_PLL C281 0220 10V XSR 04 PEXRX6 8 pex Txe 16V 04 4Tu 63V X5R 06 1 C269 0 220 10V X5R 04 PEX_RX7 AL19 __ pg ng 0917 1 f M 4 C257 02 04 PEX RXTE pex xr NV CHK 20 PEG 7 AMZU n e r a ce 6 PEG TXT PRLRXT 83V X5R 06 0912 PEX VDD 1 C297 0 22 10V 58 04 PEX RX6F 1 PEX TXB 9 vop_sense 4 gt 10V 30V X7R 4 aur GK208
80. R1506 0 04 ajo x x Le CARD 308 o 2 28 16V 5 04 6 3 06 6 3V XbR 06 34 LAN MDIN2 PCIE 28 34 LAN_MDIP3 5552155 PULL LOW Mode 34 LAN MDIN3 8 PCIE TXN4 25 olelao PCIE GLAN 25 TEEEN WRLDO MODE MATER Near Cardreader CONN PL SHORT SE A gt VDD40 VDD10 VDD10 0010 0 2 06 C972 C973 C974 C975 EVDD10 Q gt CARD 3V3 1507 0 28 5 SMD0603 YCC CARD 16V 5 04 16V Y5V 04 0 1u_16V_Y5V_04 16V Y5V 04 1 81508 0 06 4 fS EMIB EZUSE DULISHORT E PIN3 PIN8 PIN32 PIN46 CARD CARD 976 C977 SD CMD MS 02 R1510 0 04 SD CMD MS D2 R TE aes R1509 VDD3 meet rising time SD DOMS Di R1511 0 04 SD DOMS DIR 2 SRR ms ERG 16V 04 6 3 X5R 04 SD D1 R1512 0 04 SD D1 R VDD33 18 VDD33 18 CARD_3V3 150 06 gt 1 SD D2 MS CLK 1513 0 04 SD_D2 MS_CLKER 7 PIN20 PIN20 SD_CLK MS DO R1514 004 SD CLK MS DO 5 6 14 0R23F 01B 1 SD D3 MS 03 R1515 0 04 50 03 5 R C979 C980 g Ig 18 8 8 18 2 F 7 16 5 04 16V Y5V 04 E L a s ld le le le PIN27 lon lon 2 lt lt lt lt I 1 r4 z z AVDD33 Close to chi c
81. SS FBA_CMD12 Bid Vss xr _ 0 026 M3 van Fea cmoa ____ vee M3 NSS FBACMD26 ____ VSS cos 23 vss vss Usa vss vss Fz vss vss vss vss ani ves FBA_CLKO vgs ves FBA CLK1 VSS aD ma 2 K9 K9 K9 M9 CMD3 ves FBA_CMD3 exe ves FBA_CMD19 vee FBA_CMD19 dee ves ams an Ru An vee Roy FER 7 lt vss 14 FBA_CLKO cK vss gt vss 14 FBA_CLK1 vss e CK vss vss n vss n vss vss NC1 vss 162 15 Je 1 vss NC1 vss 1621904 X jg NC1 vss or NC2 B1 NC2 B1 2 B1 2 Xg NC3 vssa UBER ts 3 vssa te 3 vssQ ee NC3 Nea vssQ NC4 vssa vssa vssQ VSSQ 2 2 T2 vssa 2 vssQ eo RESET aovo T Reset vssQ RESET vssQ FBALCMDS T RESET vssa vssQ vssa oar vssa Hace DT vssa vssa vssa 200 L8 VSSQ R195 201 18 VSSQ 202 18 VSSQ 203 18 za Ri za L 16 16mil L
82. VSS ve vee ART VSS VSS AE es ___ ARI VSS Nee wee ARZZ_ VSS VSS AGS o VSS vee AR25 VSS VSS ART UiT 225 tee AR28 VSS VSS 027 225 455 ARST_ VSS VSS ___ Vit 085 vee ARG4 VSS VSS LAGZ7 VSS vee VSS VSS 625 30 VSS vee AR VSS VSS AH 3 VSS VSS VSS VSS 34 VSS MEE VSS AG35 ___ V8s en VSS VSS _____ W19 VSS VSS ATIS VSS VSS L AHb VSS vee MR VSS 1936 VSS AT24 VSS VSS a7 55 vee VSS VSS VSS VSS ___ 8 VSS vss vss vss AT30_ VSS VSS WS 655 wee VSS vss a5 V8s vee Ale vee Men ue 25 124 B13 VSS vss vss vss 516 VSS os T6 88 2 815 VSS VSS 2 ____ VSS VSS 82 VSS VSS AK30 541 VSS SENSE lt VSS SENSE vss B22 VSS VSS 2 RSVD VSS VSS VSS VSS VSS VSS VSS 2 Schematic Diagrams Processor 7 7 RSVD 5 4 3 2 1 Haswell Processor 7 7 RESERVED DEFENSIVE PULL DOWN SITE 0261 Haswell rPGA EDS CFG7 R63 04 li RSVD C23 10 RSVD_TP RSVD TP B23 O RSVD RSVD p74 A34 RSVD TP D23 5 RSVD TP RSVD TP RSVD TP NOTE W29 Rsvp i W28 1 PHYSICAL DEBUG ENABLED
83. WAKEUP 32 36 gt gt PLT_RST 323 30 5 VDD3 10K_04 10K_04 10K 04 Lynx Point M GPIO CPU MISC NCTF HOST_ALERT 1 PCH_GPIO8 PLL_ODVR_EN 3 3V 10K_04 _ 27_ S GPIO R129 100 04 5 AT8 U32F Suh eom D IBMBUSYWGPIOO0 R187 10K 04 PM LANPHY ENABLE F13 154 04 PM LANPHY ENABLE CC o TACH1 GPIO1 Ri45 04 ODVR DGPU HPD INTR 14 595 TACH2 GPIO6 PLL ODVR EN HIGH ENABLED DEFAULT lt 5 815 TACH3IGPIO7 LOW DISABLED 3 3VS ODD_DA gt ODD DGPU_SELECT gt DGPU SELECT 23 MEG_MODE BIOS RESP INTRA SATA S H_CPUPWRGD DGPU_PWROK _ 5 SATA_ODD_PRSNT PCH GPIO34 INTERNAL GFX LOW DEFAULT EXTERNAL GFX HIGH R465 04 GFX_CRB_DET R468 100K 04 BIOS_REC R123 0 04 IOS RECOVERY DISABLE HIGH 3 3VS R455 200K_04 SATA_ODD_PRSNT 1K_04 OVRVLTG R469 RESERVED STRAPS SATA2GP GPIO36 NET NAME SATA ODD PRSNT N amp SATA3GP GPIO37 AFTER PLRST N DE ASSERTS WEAK INTERNAL PULL DOWN WEAK INTERNAL PULL DOWN IS DISABLED NETNAME FDI OVRVLTG SAMPLED AT RISING EDGE OF PWROK dGPU OVERT 0814 ADD
84. X5R 04 5 D 2 lt VLDOIN VBST 3 Du ic PJ4 10u_10V_Y5V_08 e i 8 2 1 24 21 73710 PR130 73748 x 1 VDDQ VIT o DRVH PL2 16 V DIMM OPEN 2mm 22 04 1 0UH 10 10 4 5 9 2 9 PREO 1 20 23711 Vo LY WX s 23A 2 n Short PC28 PC31 VISGND 20mil_04 PQ31 OPEN 8mm 22u_6 3V_X5R_08 10u_10V_Y5V_08 23702 2 19 23712 MDU1512 2 104 VITSNS DRVL ULTRASO 8 MDU1512 105 106 ULTRASO 8 PC103 gt 8 E e SEEN 7 AM 20mi 17 2 mi G G z o PR40 20 04 73713 PRI4 gag 20 0 1000 50V X7R 04 8 4 16 5V i 2 2 5v o PRS 0 04 23703 es 23714 PRO 6 19K 1 06 CSOD140SH 23717 5 E N PR33 0 04 PC27 15 PR134 3 x jl a 23704 5 pvecs Hi 75 Pus 5 5 8 10V 5 04 vecs l i 5 1 06 3 gt PR45 5 PR37 20mil 04 273705 6 13 PC3 PC4 PGOOD 3 3V E 1 nid 1 2 2 TT xp pid 23708 8 11 23716 5 o VDDQSNS S5 5 5 PRE PC153 1 35V l 131 Sh SI c 1000p_50V_X7R_04 9 10 10K 04 10 X7R 04 PS ORT 2 8 g T u 10V ICC MAX VDDQ 4 2A 5 222 0 04 8 4 gt gt DDR1 5V_PWRGD 22 PCOS 8 1000p 50V X7R 041 o PR32 T eet 40 of 4 gt PR7 47K_04 8 2K_1 _04 b _1 _ PR24 10K 1 04 5v 1 T p 5
85. be sure to disconnect it by the plug head not by its wire any upgrade proce e sure the socket and any extension cord s you use can support total current load of all the connected devices dures make sure that e Before cleaning the computer make sure it is disconnected from any external power supplies you have turned off the power and discon nected peripherals Do not plug in the power Do not use the power cord if Do not place heavy objects and cables including cord if you are wet it is broken on the power cord telephone lines and power cord Itis advis able to also remove your battery in order to prevent accidentally turning the machine on Preface Battery Precautions e Only use batteries designed for this computer The wrong battery type may explode leak or damage the computer Do not continue to use a battery that has been dropped or that appears damaged e g bent or twisted any way Even if the computer continues to work with a damaged battery in place it may cause circuit damage which may possibly result in fire Recharge the batteries using notebook s system Incorrect recharging may make the battery explode Do not try to repair a battery pack Refer any battery pack repair or replacement to your service representative or qualified service personnel e Keep children away from and promptly dispose of a damaged battery Always dispose of batteries carefully Batteries
86. for each specific component Please take note of the warning and safety information indicated by the symbol The balance of this chapter reviews the computer s technical specifications and features Introduction Overview 1 1 lh T ct 5 gt T Introduction Specifications d Latest Specification Information The specifications listed here are correct at the time of sending them to the press Certain items particularly processor types speeds may be changed delayed or updated due to the manu facturers release schedule Check with your service center for more details The CPU is not a user serviceable part Ac cessing the CPU in any way may violate your warranty 1 2 Specifications Processor Options Intel amp 17 Processor 17 4910 2 90GHz 8MB L3 Cache 22nm DDR3L 1600MHz TDP 47W i7 4810MQ 2 80GHz 17 4710 2 50GHz 6MB L3 Cache 22nm DDR3L 1600MHz TDP 47W 17 4610 3 00GHz 4MB L3 Cache 22nm DDR3L 1600MHz TDP 37W Intel Core 15 Processor 15 4340 2 90GHz i5 4310M 2 70GHz i5 4210M 2 60GHz 3MB L3 Cache 22nm DDR3L 1600MHz TDP 37W Intel Core 13 Processor i3 4110M 2 60GHz 3MB L3 Cache 22nm DDR3L 1600MHz TDP 37W Core Logic Intel amp HM86 Chipset BIOS 48Mb SPI Flash ROM AMI BIOS Memory Two 204 Pin SO DIMM Sockets Supporting DDR3L 1600MHz Mem
87. gt 7 0724 SPKR R318 1K_04 T o Add R479 R477 R481 210 1 045 210 196 045 210_1 _04 96 ODD CONN PGH JTAG TOL 1 TDI at W650SR ODD Zero Power ODD PCH JTAG TDO 1 Pd RESERVED FOR EMI ba 16V 04 C898 10 50V 04 4 0001 5VS R478 R476 R480 26901 16V 04 C899 10 50 NPO 04 51 Co Lay 9 3 3VS C902 2 2u_6 3V_X5R_04 176903 10 50V NPO 04 52 602 0 01u_16V_X7R_04 SATA 5VS 100 196 045 100 1 045 100 1 04 C900 0 10 16V 5 04 iem A 53 600 0 01 16V X7R 04 SATA o U44 m 54 4 R701 7 8 GER 5 R1444 33 04 32 55 0594 0 01 16V X7R 04 SATA RXNO iD 81445 33 04 56 590 0 01 16V X7R 04 SATA RXPO 100K 04 lt R703 05V LAN M 4 VIO 25M 25M 4 GCLK 25M B 28 87 B 1446 0 04 14 2 E 9 GCLK 32K PJ39 RICVCC RIB7BY 04 11 VOUT 32 768 745 Ria 33 04 10K_04 3V3_AON 4 27M 27 4 27M 13 3 1 15 904 12 50V 04 46 XTAL_IN V3 3A 2 Pm pro 007 VDD 10 VRIC 330 04 VEAT 2 P2 TA 2 LG m ES 507 ddaa Ie 2 NN MTP3403N3 E 2228 C905 22u 6 3 08 li 2 GND4 Es gt gt ODD 2324 E a Al 6 B PS 8 988 88 MTN7002ZHS3 A FSX3L 25MHZ D 1 SLG3NB314VTR E Pe
88. may explode or leak if exposed to fire or improperly handled or discarded e Keep the battery away from metal appliances e Affix tape to the battery contacts before disposing of the battery Do not touch the battery contacts with your hands or metal objects Battery Guidelines The following can also apply to any backup batteries you may have If you do not use the battery for an extended period then remove the battery from the computer for storage Before removing the battery for storage charge it to 60 70 Check stored batteries at least every 3 months and charge them to 60 70 VII Preface Related Documents You may also need to consult the following manual for additional information User s Manual on CD DVD This describes the notebook PC s features and the procedures for operating the computer and its ROM based setup pro gram It also describes the installation and operation of the utility programs provided with the notebook PC Startup Ron Remove all packing materials Place the computer on a stable surface Insert the battery and make sure it is locked in position Securely attach any peripherals you want to use with the computer e g keyboard and mouse to their ports Attach the AC DC adapter to the DC In jack on the left of the computer then plug the AC power cord into an outlet and connect the AC power cord to the AC DC adapter Use one hand to raise the lid LCD to a com
89. page 2 22 e 1 Remove the battery 2 5 ai 2 Remove the Optical device page 2 10 To remove the System Memory 1 Remove the battery page 2 5 2 Remove the system memory page 2 12 To remove and install a Processor 1 Remove the battery page 2 5 2 Remove the processor page 2 14 3 Install the processor page 2 16 To remove the Wireless LAN Module 1 Remove the battery page 2 5 2 Remove the WLAN page 2 17 2 4 Disassembly Steps Disassembly Removing the Battery Figure 1 1 Turn the computer off and turn it over 2 Slide the latch in the direction of the arrow Figure 3 Slide the latch in the direction of the arrow and hold it in place Figure 2 latch and hold it 4 Slide the battery 3 in the direction of the arrow Figure 1b b Hs ihe batlenvindhe di rection of the arrow 9 3 lt 3 Battery Removing the Battery 2 5 o Disassembly Figure 2 Keyboard Removal a Press at point to un snap LED cover module b Remove the LED cover module c Remove the screws d Carefully lift the key board up and disconnect the ribbon cable e Remove the keyboard 2 2 LED Cover Module 10 Keyboard e 5 Screws Removing Keyboard 1 2 3 4 5 Turn off the computer turn it over remove battery page 2 5 Carefully press at point fro
90. to antenna 2 Aux 2 18 Wireless LAN Combo 3G amp LTE Module Cables Disassembly Removing the 3G Module Figure 14 1 Turn off the computer turn it over remove the battery page 2 14 and the component bay cover page 2 12 3G Module Removal 2 The 3G module will be visible at point on the mainboard Figure 14a met 3 Carefully remove the screw Figure 14b 2 4 Carefully slide the 3G module 3 in the direction of the arrow Figure 14c out of the interface adaptor and _ Slide the module in the then lift it up do not exceed 10degrees to remove it from the computer Figure 14 direction of the arrow 5 Carefully remove the screw Figure 14e and lift it out 6 min card interface adaptor 6 will pop up and you can remove it from the computer Figure 14f d Remove the 3G module Remove the screw L Remove the interface adaptor T 2I lt QiivOLZZY RARLLI N S aus 119991 Lv 2999 13 2 D 10 015 MEIST 3 SELNW 6969 51 TER n 4 un 4 m i 3 3G Module 6 Interface Adaptor e 2 Screws Removing the 3G Module 2 19 Disassembly Removing and Installing the MSATA Module Igure MSATA Module MSATA Removal Procedure Removal 1 Turn off the computer remove the battery page 2 14 and component bay cover page 2 7 2 Locate the
91. touching any connector leads Even the cleanest hands pro duce oils which can attract corrosive elements 9 Keep your work environment clean Tobacco smoke dust or other air born particulate matter is often attracted to charged surfaces reducing performance 10 Keep track of the components When removing or replacing any part be careful not to leave small parts such as screws loose inside the computer N T 2 lt Cleaning Do not apply cleaner directly to the computer use a soft clean cloth Do not use volatile petroleum distillates or abrasive cleaners on any part of the computer Overview 2 3 Disassembly Disassembly Steps The following table lists the disassembly steps and on which page to find the related information PLEASE PERFORM THE DISASSEMBLY STEPS IN THE ORDER INDICATED To remove the Battery To remove the 3G Module 1 Remove the battery page 2 5 1 Remove the battery page 2 5 2 Remove the 3G module age 2 19 1 Remove the battery page 2 5 To remove and install the MSATA Module 2 Remove the keyboard page 2 6 1 Remove the battery page2 5 2 page 2 20 gt To remove the HDD 3 Install the MSATA page 2 21 1 Remove battery page 2 5 gt Remove the HDD pie ud To remove the CCD Module o 1 Remove the batter 2 5 0 I y page i To remove the Optical Device 2 Remove the CCD module
92. way DO NOT FORCE IT Removal cont d screw holes should line up 10 Replace the bay cover by pushing it at point f until the cover and case indicator are aligned then tighten the n 4 SCTEWS f Separate the bezel and 11 Restart the computer to allow it to automatically detect the new device optical device g Install the front bezel h Replace the component e g bay cover and screws o Fin Q zi ami o HS E EM 5 Te lt f h 9 Bezel Removing the Optical CD DVD Device 2 11 Disassembly Figure 8 Removing the System Memory RAM RAM Module Removal The computer has two memory sockets for 204 pin Small Outline Dual In line Memory Modules SO DIMM supporting DDR3L up to 1600 MHz The main memory can be expanded up to 16GB The total memory size 15 automatically de Remove the screws tected by the POST routine once you turn on your computer 2 component Memory Upgrade Process b Remove the compo 1 Turn off the computer turn it over and remove the battery page 2 5 nent bay cover The 2 Remove screws from the component bay cover Figure RAM modules 3 Carefully remove the bay cover 3 4 visible at point de UM The RAM modules will be visible at point the mainboard Figure 8b Contact Warning Be careful not to touch the metal pins on the 5 connect
93. 04 Processor 3 7 DDR3 B 5 5 g D Schematic Diagrams Processor 4 7 Power 5 4 2 1 Haswell Processor 4 7 POWER Haswell PGA EDS U26E V VCCDDQ D PROCESSOR CORE POWER o 48A 4 2 D 4 ICCMAX Maximum Processor SV 48 vec VCCIN K27 C64 9 127 C43 C34 C63 1 x vec 5 T27 C318 C288 C88 C550 C36 C92 C558 vee V27 10V XBR 04 10 04 10 63V 5 _06 10 6 3V X5R 06 6 3 XBR 06 330 25V V A VCC 6 5 5 s 5 8 vec V_VCCDDQ zd aw c VCC 2 2 2 2 5 VCC 4 2A 8 Z 8 Z 5 VCC C369 C372 C51 C90 C32 9 VCC on a a a a e 1u_6 3V_X5R_04 1u_6 3V_X5R_04 22u_6 3V_X5R_08 22u_6 3V_X5R_08 22u_6 3V_X5R_08 0 4 4 ra VCC 1 t c557 C72 C586 C77 C552 8 8 8 8 8 a a a a a VCC X X X X 9 VCC eet 5o 8 9 s lt s 9 EC VCCIN gt gt gt gt
94. 05 2 925 VccASW 1 05 1 01 VccSPI 3 3 0 020 VccDSW3 3 3 3 2 mA VccDFTERM 1 8 0 19 VccSus3 3 3 3 0 097 VccSusHDA 3 3 1 mA 1 5 0 16 VecC1KDMI 1 05 0 02 VecSsc 1 05 0 095 VccDIFFCLKN 1 05 0 055 VccALVDS 3 3 1 mA VccTX LVDS 1 8 0 06 U32C CLKOUT PCIE N 0 CLKOUT PCIE P 0 PCIECLKRQO GPIO73 CLKOUT PCIE N 1 CLKOUT PCIE P 1 PCIECLKRQ1 GPIO18 CLKOUT PCIE N 2 CLKOUT PCIE P 2 CLKOUT PCIE N 3 CLKOUT PCIE P 3 PCIECLKRQ3 GP1025 CLKOUT_PCIE_N 4 CLKOUT PCIE P 4 PCIECLKRO4 GP1026 CLKOUT_PCIE_N5 CLKOUT PCIE P 5 PCIECLKRQSA GPIO44 CLKOUT PCIE N 6 CLKOUT PCIE P 6 PCIECLKRQGZ GPIO45 CLKOUT PCIE N 7 CLKOUT PCIE P 7 PCIECLKRQ7Z GPIO46 CLKOUT ITPXDP _ ITPXDP P CLKOUT 33MHZO CLKOUT 33MHZ1 CLKOUT 33MHZ2 CLKOUT 33MHZ3 CLKOUT 33MHZ4 86 C2 MP Lynx Point M CLK M EDS CLKOUT A CLKOUT PEG A P PEGA_CLKRQ GPIO47 CLKOUT CLKOUT PEG B P PEGB_CLKRQ GPIO56 CLKOUT DMI CLKOUT DMI P PCIECLKRQ2 GPIO20 SMl CLKOUT DP CLKOUT DP P CLKOUT DPNS CLKOUT DPNS P AF40 AJ40 AY24 EXP AF35 AB35 gt gt VGA_PEXCLK AB36 VGA PEXCLK PEG CLKREQ lt PEG_CLKREQ 04 PEGB_CLKRQ_N OL OK EXP dakEeePP 3 PCH SSC N SSCP 3 13 13 100 2
95. 1 2 ET z 4 A i L H 5 M wy im 1 IH ET 3 Ga 1 outa e DET uu JE 2 C aa RU i 81052 QN HER Lo cr EE ES 8 Hu Lh 3 S 2141 f DALLLL OROM ET 4 i 41 In 5 5 p 1 gt PU gt d 4 Ve 1243 lh T ct 5 a LJ 01 Annere lem i 2 re J 2 ete ord 38502402 4 3 UJ e e 9 va UN VE ES 1 Mainboard Overview Bottom Connectors 1 11 Introduction 1 12 Disassembly Chapter 2 Disassembly Overview This chapter provides step by step instructions for disassembling the W650SC series notebook s parts and subsystems When it comes to reassembly reverse the procedures unless otherwise indicated We suggest you completely review any procedure before you take the computer apart Procedures such as upgrading replacing the RAM optical device and hard disk are included in the User s Manual but are repeated here for your convenience To make the disassembly process easier each section may have a box in the pa
96. 1 DDC_OUT1 DOGDATA o o o o o o o o o as HSYNC 1p ck Speers S 5 E gt VSYNC Eo rere 55s SENE 23 DAC_HSYNC 18 SYNC IN1 SYNC OUT1 CRT HSYNC 8 8 8 g 8 g g 15 e 8 8 8 o um CRT 3304 VSYNC E 575 csz3 118 TIN 1 aja 5 RAM 1 04 VCC SYNC VIDEO 1 22 5 8 8 5 2 x 3 3VS VCC VIDEO VIDEO 2 FERN E 5 amp 7 gt gt 6 VIDEO 3 p 8 8 a BYP 8 8 8 dum BYP GND Te 8 8 8 8 TPD7S019 JEFASRESNET NAME modify T C593 C599 C581 0 220 10V X5R 04 0 22u_10V_X5R_04 LL l gt 0 22u 10V X5R 04 TPD7S019 SOP16P 6 02 07019 20 M H16 H25 H26 H28 H3 5D2 5 H3 5D2 5 H3 5D2 5 H4 8D3 8 dp GND GND GND GND H12 H27 H15 H3 7 0028 H7 0D2 8 M11 M12 M8 M10 M MARK M MARK M MARK M MARK GND GND GND GND GND M2 5 M4 M MARK M MARK M MARK M MARK H20 H19 H1 H2 2 2 2 2 C111D111N 5 2 1 20 CRT Schematic Diagrams nx 1 9
97. 15 5 1442 _ R287 22K 196 04 22 M CHG V5 1 2 R313 47K 04 DCC o9 e 20140715 mmm CHG V5 1 5 66665 PIN GND1 4 GND 12822 100 50 D 1 1 1 1 1 LED CONTROL CPU FAN CONTROL LAN POART i 1 1 5 55 U8 8 1 2 JRJ1 1 LAN 12 13 LMXt TW 125 DLMX1 1 5 GND1 L LM LAN MDINO 1 1 MXT 4 9 3 WCM2012F2S 161T03 short VS 2 com ROVS E ME LAN MDIP1 9 16 LMX2 1 2 DLMX2 5 161 gt QUU DA LAN MDIN1 8 17 LMX2 2 DLMX2 DB 1u 6 3V X5R 04 NCT3940S A e 4 CY 3 WOM2012F25 161T03 short 0 1u 10V X7R 04 NCT3940S A iw 4 ran 3 202 CHANGE ER LAN_MDIP2 6 19 LMX3 Tv 118 DLMX3 4 lt 56 VALUE B LACIE LAN ___5 20 LMX3 1 9 2 WCM2OI2F2S IG1TO3 short DLMX3 5452 25 OINO 3 22 LMX4 1 2 DLMX4 T KBC LED FAN 5 6 dk Fy ce LAN_MDIN3 LMX4 2 126 DLMX4 8 pp 5VS_KBC 1 4 94
98. 16 16mil lt 500mil lt 500mil lt 500mil 14K 1 04 lt 500mil 1 H1 H1 H1 percer lind VREFDQ Ree VREFDQ FBALNREFI VREFDQ 243 1 04 R193 243_1 _04 243 1 04 VREFCA R216 243_1 _04 C225 C241 14K 196 04 14K 1 04 001 16 X7R 04 0 01u_16V_X7R_04 D7 07 07 07 Fr pauo es Fr POLO DQUO C3 ene 7 0000 pauo C3 EDS FORDE pauo Hos rx Dr Dst 22 DE 2 0178 043 22 0011 DQU1 035 6 F2 D54 TFERDZ Fs 0012 5902 0912 0602 cz 023 28 092 DQU2 C7 FBA Dsg 0012 5902 FCz _ 29 2913 0903 Ar FEAD 010 H3 DALS DQUS Ar FBA 017 FBA Di H3 DALS DQUS rea 062 H3 DQLS 2993 H FER 026 2914 A7 TBAD3 FEA H8 094 DQU4 A2 Die 0014 DQU4 Az FBA 037 FBATDSS 0014 DQU4 Az FBAD4S s Gz DALS 0005 B8 FBA DS FBA Di 2 0015 0005 BE FBA DI m 2 0015 DOUS B8 rBA D37 DQLS DOUG B8 FBA D53 FBA D28 DOR 05
99. 2 3 WCN2012F2S 161T03 short 00 J LED1 1 ie 2 10 15 130456 161 C1 7 Fe C563 153 100 63V XSR 06 1 10u_10V_Y5V_08 t 50273 0037N 001 NS892402 1 6 20 41130 003 36 CPU_FANSEN PERT 3 3 3 0 01u 16V X7R 04 R367 47K 04 3n 24 lis 1 2 1 x x x 3 5 3 5 1 lt gt lt lt lt gt lt gt lt gt lt lt gt lt lt lt gt lt gt lt lt lt gt lt lt gt lt gt lt gt lt gt 1 1013 100p 2 7 12 H125 1013 modify ears modify 1 1 1 1 100 2 1206 1 1 HDMI RJ45 Fan KBC LED B 35 Schematic Diagrams AUDIO CODEC 18025 Layout note CODE VT 1 8 0 2 S PVDD 2 GND and AUDG space is 60mils 100mils 3 3VS_AU
100. 25 PWR CHG PR528 004 GPIO5 3V3 MAIN EN o om ic PC130 s EZ le 6 3 5 04 PR66 eren a 5 5 mg 1500 50V X7R 04 779 a S iN 20K_1 _04 2 5 gt gt 21 NVVDD FOR N16 VGA PR147 51K 1 04 lt lt ex zog 2 UP1462_REFIN PRES PR151 HDR1_UPI_1642 4 5 il 1 T b 2K 196 04 20K 1 04 PR144 n 2 NVVDD pos PQ36 PQ37 t us VDD Pan PR64 2700 50V X7R 04 128 MDV1525URH MDV1525URH PL5 PJ17 wl 2SK3018S3 PC127 0 22u 50V Y5V 06 1 BCIH1040 R36M 58 LX1 1642 1 1 Lry Iu M CU 1 2 5 18K 1 04 0 01u_16V_X7R_04 4 PQ4 v a a 2 3 10 TN MDU1512 2 upuistz PR143 EL T PD12 8 5 1 06 Po mz x 0812 asf ape v lt 129 PWR ADD UP1462_REFIN 7 m lt 24 lt 2 m 8 Q PHASE1 5VS 220p 50V 04 E UP1462_VREF 8 23 9 9 PR63 142 LGATE1 X NI lt lt 0 04 82K 1 04 9 UP1642P GND PWM3 22 PR62 8 lo N I i 5 y y PC124 UP1462 E 21PVCC UPI 1642 22 04 5 la gt 5 a PVCC OG Oto 2 0 01u 50V X7R 04 o2 EMI IP ge PR140 11 4284 20 06 9 6
101. 3 C648 C646 C651 5 8 8 8 2 2 24 x i gt gt C166W9 12205 L gt PIN GND1 2 GND 5 14 14 FOR AUDIO BOARD J CN1 35 SPKOUTRt gt L55p _ C893 180p 50 04 464 4 6 3V XBR 04 5 wt 5V 6 E L56 FCM1608K 121T06 35 SPKOUTR gt gt 894 180p 507 NPO 04 MIC1 L 35 10 35 11 12 35 HEADPHONE R 13 35 HEADPHONE L 14 1 35 MIC SENSE 15 1 10 XTR 04 Xt SOME e LL 4 di 18 10 X7R 04 li 25 USB PN9 19 1 25 USB PP9 20 2 7 21 8 22 9 Mops ee 25 225 022510 10 USES Te 25 0 1u_10V_X7R_04 11 10V X7R USB3_RX4 N 25 0383 P 25 USB PN3 25 USB PP3 25 17 18 LK PCH CARD N 28 NC1 19 28 CARD_CLKRQ6 28 9 23 29 32 36 FP225 022810M B 34 HDD TP Audio USB 6 20 94K00 022 25 25 25 25 USB3 TX3 P USB3 USB3 RX3 P USB3 25 USB_PN2 25 088 2 ea 6 20 94K50 012 Schematic Diagrams HDMI RJ45 Fan KBC LED HDMI LEVEL SHIFT HDMI CONNECTOR For ESD
102. 30 LPC_AD1 8 LAD1 KSI1 AFD 15 2130 AD2 LAD2 KSI2 INIT 2 21 30 LPC AD3 LAD3 i KSI3 SLIN T 1 AIT d R 28 n b LPCCLK KSI4 eH 21 30 LPC_FRAME 5 LFRAME i KSI5 502 3 2130 SERIRQ LPC K B MATRIX KSI6 e 23 29 32 3 BUF_PLT_RST LPCRST WUI4 GPD2 PU KSI7 14 505 __10 H GE WRESETR 1 KSOO PDO W650SC W670SC N16P GT 6 MODEL ID KSO1 PD1 m 126 507 16 24 20 4 GA20 GPB5 i KSO2 PD2 17 26 W65 0SB W67 OSB N16S GT W650SC W650SB 1743 16 KBRST GPB6 PU KSO3 PD3 KHsog 31 LED_ACIN PWUREQ GPC7 PU KSO4 PD4 19 HF W670SC W670SB 22 L80LLAT GPE7 PU KSO5 PD5 20 GAN i 25 KSO6 PD6 so 21 W650SC W650SB o 24 SMI PU KSO7 PD7 kKHSO13 22 i 24 5 ECSMIH GPD4 PU KSO8 ACK KB SO14 23 W670SC W670SB i e KSO9 BUSY KB SO15 24 R64 ndr 5 heet 36 of 46 22 SUS PWR ACK 77 GPJO KSO11 ERR VDD3 i 35 MUTER 7g KSO12 SLCT VDD3 i 20 CPU 79 DAC2 GPJ2 i KSO13 R230 a B 34 CPU FAN DAC3 GPJ3 KE OS MODEL ID 29 PWR DACA GPJA IT8587 KSO15 R575 34 LED DAC5 GPJ5 2 es SAT DET ADE FLASH 00000066 Xs ane 10K 04 RB bic
103. 3643 DET ae ADCO GPIO FLFRAME GPG2 S DAR Sua FLADO SCE HSPLCE 21 Close to U35 14 17 BOOT ADU FLAD1 SI HSPLMSI 21 INEK d du 69 ADC2 GPI2 103 5 MA M R579 R585 04 i R657 10K 04 ne 4 4 THERM VOLT 70 ADC3 GPI3 FLAD2 SO H04 HSPLMSI R TO MOLURA 9_THERM_ALERT_EC71_ ADC4 GPI4 FLADSIGPGO HSPI_SCLK 04 HSPI_MSO RENNO KBC_SPI_SI R656 10K_04 ud 1217 GPIO9 THERM ALERT EC lt PAS 0 03 ADCB GPI5 FLCLK SCK SCLK 21 HSPI_SCLK ee ee ee ome 22 PEH SEP WEAN 2 79 PD FLRST WUI7 GPGO TM CCD_EN 30 KBC SPI 80 R483 04 R772 33 04 GPIO ee mcum 56 i __ SPLSCLK ___ 519 10K 04 3643 SMBUS PD KSO16 GPC3 7 06 suse 4 22 30 37 38 PE 11 SMC_EDP_CLK SMCLKO GPB3 KSO17 GPC5 SUSC 22 40 mi 1 SMD EDO DAT SMDATO GPB4 93 Macias 17 21 THERM SMCLK1 GPC1 PD GPHO IDO 97 USB CHARGE EN 37 39 mus VDD3 1721 SMD THERM SMDAT1 GPC2 PD GPH1 ID1 5 1076 CHG 43 EN iv duh Q 0728 SMC_CPU_THERM ve erate PD GPH2 ID2 96 SPI 12 ADD 80CLK R590 04 BE ON 8530 10K 04 PIN71 SMD_CPU_THERM 2 PU
104. 3P _ PEX res 27 BIOS ROM 3 3V 3V3 RUN 0808 POBS 100 290090 COMMON PEX 15 NISO420804 PEXTXtS Sos sos US COMMON PEX LANES 8 TO 15 NC FOR GF117 GK208 PEX_RX15 PEX_TERMP 29 R502 249K_1 _04 PEX RXtS amp i 22 _ 6 94 940M 05 rom_si 5 ROM sl R430 0 04 5 a 16V 04 so CHT VGA ROM SO STRAPO J2 ROM H4 ROM R48 4 VGA STRAPI J7 strat VGACSTRAP2 55 srRap2 PMISLOOTOC SCE STRAP 25 Fermaps VGA STRAP JS einaba be 6 04 25010 A91 GK107 GF117 GF108 5 6 208 BUFRST 0912 R408 402K 1 04 M STRAP REFO 51 MULTI REFO NV CHK R449 CEC IS NC FOR GK107 GK208 GF117 940M QS 5 For GB4b 128 Ball L3 is for PEX_RST_MON 16 SI Pull High N16S GT C956 C957 C958 ROM SI Pull Low 15 R427 0959 C960 1029 4 99KQ R426 uv cuc U33E 0 1u_10V_X7R_04 10V XTR 04 10 XR 04 1 16V X5R 06 63V X5R 06 2 RUN O R1488 006
105. 3_RX1_P_ESD 4 0963 RXI P ESD P2 SATA USB3 0 E Uere E USB PPO ESD F SB ESDJ e 5 WCM2012F2S 161T03 short USB PNO ESD 10 USB_PNO_ESDJ LED L36 1 2 25 USB3 RXI N 4 9 3 25 USB3_RX1_P WCM2012F2S 161T03 short LED 032 PUSB3F96 ee gt 36 LED BAT FULL 36 LED BAT CHG 36 LED PWR 36 LED_ACIN S RXN2 C ESD 5 RXP2 ESD 3 C355 0 1u_10V_X7R_04 25 USESLIAUN lt lt USB3 TX1 N 25 TX P C350 0 10 10 X7R 04 0583 TX1 P ESD 10 5 S RXN2 ESDJ 4 S RXP2 C ESDJ 220 8P4R 04 6 21 4 40 116 RY SP155HYYG4 1 USB3 0 PORT PORT3 7 S e 22 USBVCC C494 22 83 XBR 08 0 1u 10V X7R 04 1013 5011287 1013 Ss 22u 6 3V X5R 08 J USB1 D35 USB POWER SWITCH PUSB3F96 i AE 496 10V X7R 04 GND1 gt a bas 25 USB3 DO lt lt 10 1 0583 TX2PJ 1 SHIELD c Y 5 s 25 0583 2 3 m T X7R_04 USB3_TX2N 9583 DONJ 52 c i USBVCC3 0 2 so NEN 2 151 USB_PN1R USB_PNIRJ H 27 1 9 2 USB PP1R 6 USB P
106. 4 C84 1 23 1 6 3 04 46 100 6 3 X5R 06 10u 6 3 06 1 10u 6 3V X5R 06 1u 6 3 X5R 04 C42 DSIRK 20401 TP9D 40 0010 0011 0012 0013 0014 0015 0016 0017 0018 0019 0020 0021 0022 0023 0024 0025 0026 0027 0028 0029 0030 0031 0032 0033 0034 0035 0036 0037 0038 0039 0040 0041 0042 0043 0044 0045 0046 0047 0048 0049 0050 0051 0052 DQ53 DQ54 DQ55 DQ56 DQ57 DQ58 DQ59 DQ60 0061 0062 54 Ao lt lt alo al 02 00 00 00 00 00 fos 00 vo oo 00 oo 00 us e xi o eR ev a 157 148 lt lt 1 gt 1 65 lt lt 77 Layout Note JDIMM2 is placed farther from the GMCH than JDIMM1 o 2 166 lt lt lt eo 2 0 o 0 o lt lt 9 9 9 2 10u_6 3V_X5R_06 10u_6 3V_X5R_06 V_VDDQ_DIMM 1u_6 3V_X5R_04 C101 1u 6 3V X5R 04 C91 1u 6 3V X5R 04
107. 40 R36M 197 PC198 PC199 PR162 1 2 dus 1 4 OVCCIN 5 5 PR87 CSCOMP 46 4K 1 06 PR216 e e 0 06 i m 1K 04 PQ47 PQ43 PR154 2 2 LG3 001512 4 001512 4 10mil short Sy x UITRASO ULTRASO PR157 X 5 PD13 5 1_06 SWN3 PR176 G e gt gt PC57 13 3K_1 _04 o o FM5822 PR183 APGND 30 1K 1 04 PC134 10_04 49 9 1 04 PC147 E PUG 146 10 50V NPO 04 0 01u 50V X7R 04 STETIT INT NCP81103MNTXG 220p 50V NPO 04 470p_50V_X7R_04 5 wooo 5 58 APGND 925069908 2 137 0 22u 10V X5R 04 i PR178 1K 04 R182 6 8 1 04 PR181 0 04 28 299 19 PR159 2 06 PC58 10 X7R 04 29 LIM 8518117 VCCIN APGND 30 OUT 5816 31 15 138 2 2u 6 3V 5 04 POND n Tue i 1 33 11 VSS_SENSE R177 1K_04 DIFFROUT HG1 42 PC193 PC192 191 PC190 108 126 PC107 lt I PR179 0 04 T 35 SW1 10 1 VIN CPU a 145 144 3900p 50V X7R 04 36 0 13 158 VY o6 PC136 0 22u 10V X5R 04 8 8 8 8 0E C135 C50 C48 46 1000p 50V X7R 04 37 920 PQ45 49 pa lt APGND rICOu E e a PR180 0 04 zvo MDU1516 MDU1516 zc de p 2 8 2 2 WO soe Bu PR217 ULTRASO 8 _ULTRAS
108. 47u 6 3 06 47 6 3V 5 06 47 63 X5R 06 C25 GND GND N17 vpp WS 4 4 4 4 1 AE32 228 GND GND N18 yop PLACE UNDER CHIP eco n AE33 GND 7 GND GND N20 W8 xypp Eoo Ni fo GND GND 033 P14 15 GND _E10 P16 4 GND P19 Y1 16 GND 25 21 YZI sooo C247 C182 C585 C584 GND AG11 P23 E GND RT3 4 7u_6 3V_X5R_06 4 7u_6 3V_X5R_06 47 6 3 5 _06 4 7u_6 3V_X5R_06 GND 28 R15 ypp Y5 xvpp 4 al 1 24 7 R17 Y6 AH28 GND 610 18 B E P A8 G13 vop YE UENIUNT SU GND GND VDD AH GND GND 9 VDD sra C119 C115 149 C129 C995 C996 C997 AH GND GND GND opr 16 4 AM en oe po 5 5 GND 622 oer W32 16 vpp AAZ 22u_6 3V_X5R_06 22u 6 3V X5R 06 22u 6 3V X5R 06 22u 6 3V_X5R 06 2u 6 3V X5R 06 D2u 6 3V X5R 06 D2u 6 3V X5R OB GND 625 9 xypp 4 ass 1 GND GND 28 Optional CMD GNDs 2 2 VDD AM xypp PLACE REAR GMIR eese esee eene
109. 5 wet 0912 e wo 2 Mu iss 3 3V NV CHK CHG 0804 R 9 PWROK _ 57 10K 04 RUN PWR ADD 9 from 3 3V B PR153 SC 100K PWR ADD amp GPU_PWROK R1474 04 039 3V3_RUN 0903 1 5 SB 1K PR56 5 PWR CHG __ gt gt GPU_PWROK 13 R147 0 04 ZA 14K 04 GPU 1724 GPIO0 cce 5g 115 3 4 3V3 MAIN EN Em LR Au GND Y mE elles T4LVC1G32 6 01 74132 080 3 V 3 RUN 0813 iic ADJ 2nd source 05016 2nd source 65016 E T 3 3V PEX VDD _ 91 545 FBVDDQ PCBfootprint avs PCBfootprint m d C935 049 5209 TDFN14 2X3MM A C938 U48 EM5209 TDFN14 2X3MM A C937 0 14 16 Y5V 04 16V Y5V 04 936 EUER 1 6 0 1u_16V_Y5V_04 6 0 1u_16V_Y5V_04 R147 10K dGPU PWR EN IN2 7 1 57 IN1 IN2 7 1 3 3V E PJ45 2 int IN2 ale PJ30 PJ20 EN 2 N1 7 L PJ9 E gt 23 3 o 2 1A 34 oun our 8 1 RUN PEX_VDDo 1 224 13 oun 2 8 6A gl 1 2 ey 6992 1 OUT1 OUT2 OUT1 OUT2 EE 2A C939 C940 OPEN 2A OPEN 2A C943 C944 OPEN 8A C945 8 10V X7R 04 12 10 12 10 21 23 36 dGPU gt UN 4 7u_6 3V_X5R_06 en 2 4 7u_6 3V_X5R
110. 5 CARD READER 4 8033 USB2N4 PETNZIUSBSTNA USB2P4 tv 33 0583 4 P PETP2 USB3TP4 USB2N5 5 R458 10 04 USB2P5 T 29 RXN3 WLAN 3 as PERN 3 USB2P6 d 29 PCIE_RXP3_WLAN PERP_3 USB2N7 5 USB2P7 USB_PP7 29 USB 2 0 3G CARD dum C597 10 X7ZR 04 PCIE TXN3 C598 X7R 04 PCIE TXP3 C 4 PETN 3 USB2NB O ee 29 PCIE_TXP3_WLAN 3 USB2P8 USB2N9 05 9 33 32 PCIE RXN4 GLAN PERN_4 USB2P9 USB_PP9 33 USB 3 0 2 0 AUDIO PORT9 32 PCIE_RXP4_GLAN 4 USB2N10 USB PN10 29 Lynx 6 9 C595 10V X7R 04 PCIE TXN4 C 6 i USB2P10 USB_PP10 29 USB2 0 WLAN CARD m 32 POE DOM GLAN C596 XIR 04 PCIE TXP4 BC36 PETN 4 USB2N11 C28 30 32 PCIE 4 GLAN 4 USB2P11 26 USB_PP11 30 USB 2 0 CCD AW36 USB2N12 26 avag PERN 5 USB2P12 LE54 5 USB2N13 8037 USB2P13 2 m gt USB3RN1 USB3 31 USB 3 0 MAPING USB2 0 sd AW38 6 USB3RP1 jB USB3_RX1_P 31 PERP_6 USB3INT 2 USB3 1 31 B38 8023 USB3 TX1 P 31 USB 3 0 P1 USB 2 0 PO 6 USB3RN2 USB3_RX2 N 31 BE38 P PERP 7 USB3RN5 USB 3 0 USB 2 0 2 40 PETN 7 USB3TN5 PETP_7 USB3TP5 USB3RN6 AN3g 8 USB3RP6 B PERP 8 USB3TN6 B USB3TP6 BD41 E USBCOMP 491 22 6 1 06 _
111. 5 LVDS L2P U24C 7ALVCOBAPW 50 14 10V X7R 04 LVDS LCLKN C37 11 LVDSLCLKN 11 LVDS LCLKP_R SIE SB BLON U24D 74 87216 3006 3 3VS C528 11_LID_SW 1 100K_04 100K 04 04 10 X7R 04 24 SB BLON gt 30 33 36 LID_SW 2 C309 22 36 41 ALL SYS PWRGD gt 220p 50V 04 PANEL INVERTER 13 Schematic Diagrams VGA PCI E Interface 0912 CHK 0912 NV CHK GPU_PWROK 6 03 00015 050 IC VGA CHIP NVIDIA N15P GT A2 GM107 650 A2 28MN 908BALLS 28 EARN MTN70027HS3 PEX_CLKREQ ee BGA 0908 POBO 085 100 290290 R466 117 PCI EXPRESS 1 05V GRIOTIGFIOB PEX_VDD SNNPEXWAKE Bex wake aan 4 PERSTBR rex nsr PEX_IOVDD T PEXJOVDD C254 _ cns _ 332 0285 Reserve PERSTB iuc 06 CLKREQ 12 C cLKREQ PEX IOVDD PEX VGA_PEXCLK AL13 _ REFCLK VGA_PEXCLKF 04 tu 3v 7 10 63 X5R 06 40u_6 3V_X5R_06 28 VGA_PEXCLK 28 VGA_PEXCLK E PEX REFCLK 3300 mA total 022 10 X5R 04 4 pex
112. 5R_04 LR 16V Y5V 04 me GND11 205 313 25 WLAN Zeer KO wan 33 gt uw M NCT3522U 6 02 03522 9 0 NS 31 zl 22 25 PCIE TXN3 WLAN PERnO PERSET 5 BUF_PLT_RST 23 32 33 36 5 65243 6 02 05243 9C0 25 PCIE TXP3 WLAN 33 PERpO SMB CLK 35 R1580 0 04 DET 38 gt 2821 MAG 6 9C0 40 USB_PN10 25 a 19 eserve _ 38 gt 1029 37 Reserved USB_D 20 mil USB_PP10 25 name modify 39 GND12 24 WLAN 3 3VO 41 3 3 3VAUX 1 28 40 mil WLAN_3 3V 43 3 3VAUX_4 15V 1 48 X d R572 004 T 45 GND13 1 5V 2 755 X n 21 CL_CLK1 R573 0 04 47 Reserved2 3 3VAUX 2 22 20 mil OWLAN 3 3V B GRAMM 2 R574 0 04 49 Reserved3 lt LED WWANZ 44 X R308 10K 04 SWAN BAY 3375 R583 10K 04 51 Reserved4 gt gt LED 46 _3 1029 o 5 OO LED WPANAZ X name modify 38 88912 5204M 01 6 7_5 5_003 75 6 21 84090 226 88910 5204 01 6 21 84070 226 80003 1021 C 5 4 3 2 1 B 30 Mini PCIE Fan Con Schematic Diagrams USB Charge CCD TPM Power Con 5 4 3 2 1 e E DELL LM emt t ee ae c oe 4 2 27 Ld
113. 8 VSS SD A 2 LAN MDIP2 6 DIS 31 ISOLATEB ADEs EHV E 0 1u_10V_X7R_04 SD D1 R 19 7 30 10mi 22 D E LAN MDIN2 MDIN2 RTL8411B PERSTBPIN 59 R1503 short 1 BUF_PLT_RST 23 29 3336 R1504 0 04 gt 2 WP_SD VDD10 TAN Mpipg 9 10 CLKREQBPINO28 ws _BS SD_WP oa 3 55 MS E MDIN3 10 MDIP3 QFN48 5 5 50 27 LAN 8 TBA 7S PCH DOWN VCC_CARD 0 a Me UKR 5 VCC_MS c a r e a e r 2 11 MDINS DV33 18 26 RILBAIB HSON 9 10V X7R 04 SD D3 MS 03 E AVDD33 0O HV GIGA HSON 3 PCIE_RXN4_GLAN ve DAT3 MS rere 12 25 RTL8411B HSOP 0 1u 10V X7R 04 C967 MS INS 10 X7R 04 SD CMD MS 02 R 10 a 1 capacitors must be close to pin side ER SD 5 00 R 12 1 MS t R 1 841 1 968 9 SD_DO MS_D1_R 13 SDIO DATO MS 121 29 20 MS_BS SD_WP 15 MS 23 Q 16V 04 2 25525 ici 16 BS MS 3124 PIN12 955008550200 VEC GARD MXP019 A0 603X 4 En 5 000000 IIUmDr PULL HIGH SWR Mode 6 21 G4010 124 LAN_MDIPO 24 LANCMDINO RTL8411B ENSWREG 1505 0 04 LAN MBIPT C969 C970 C971 SE AN MDINI LBS
114. 8 poe USBCOMP R7F11 TIE TRACES TOGETHER CLOSE TO PINS WITH LENGTH NO LONGER THAN 450 MILS TO RESISTOR 1 5VSO PCIE_IREF TP24 TP23 BC30 OCo GPIO59 toe lt C usB OCHO 30 31 OC1HIGPIO40 USB_OC H45 BB29 OC2 GPIO41 USB_OCH67 TP6 OC3HIGPIO42 USB OCH89 OC4 GP1043 USB_OC 1011 9 BD29 1 5 2433 7 5 1 04 PCIE_RCOMP eee USB OCHz _ em OC7 GPIO14 SMC_WAKE 24 HM86_C2_MP A A 5 4 3 2 1 26 6 9 Schematic Diagrams 1 0 1 Lynx Point M POWER 1 5A VCCA DAC 1 2 1 5VS U32G LPT_PCH_M_EDS 9 CO LAY L27 2 1 05V LAN 1608KF 121T25 i 1608 121725 D E i VCCADAC1 51 5 2 VECA _ AA24 eer TM ELS li C287 C286 C278 C304 C289 C615 C326 amp 5 C327 C323 C301 C193 C210 C277 C209 VCOADACBES M91 E ra 3 5 8 8 4022 10u 6 3V X5R 06 1 6 3V 6 3V X5R 04 1 6 3V X5R 04 024 i gt gt 9 9 9 Is 026 BB44 3 2 8 5 4 5 a 28 x 8 J So a ANSA x a 8 2 5 a AE22 AN35 UJ 4 em VCC3 3 R30 fol vCca 3 52 ao a APL5603 33B 6 02 56033 4 0 22 12 0 2 MERGE G9091
115. A Fraime BUH CT B 16 Removing and Installing a Processor 2 14 VGA Drame 17 Removing Wireless LAN 2 17 VGA B 18 Wireless LAN Combo 3G amp LTE Module Cables o VOA TO NVVDD 19 tenti 2 19 CRT B 20 Modille aceto 2 20 Eun 21 Removing the 2 22 4 22 23 Preface 24 25 26 27 28 29 Moor PCIE Fan ne an B 30 USB Charge CCD TPM Power Con B 31 CAP SIO LED B 32 Card Reader RV L641 UB B 33 HDD PCO OSI B 34 HDMI Fan LED B 35 AUDIO CODEC VT 1802S B 36 SB CEG 56 B 37 38 ni cath ere not acest B 39
116. ADAM VDD7 VSS22 5 bow 22 5012 VDD8 VSS23 0913 A MA DONS VDD9 VSS24 97 4 0014 DEL C157 20 il 0014 35 5915 mils VDD10 VSS25 pate 22 VDD12 5527 4 80 0017 bs 7 ceg VDD13 VSS28 4 0018 016 590 5614 VSS29 2 018 53 0019 22u 6 3V_X5R_04 0 10 10V X5R 04 4 4 3 0 0920 40 0820 VDDI6 VSS31 138 Ma 0021 AE VDD17 VSS32 4 0050 as 144 0022 5 era VDD18 VSS33 125 DOR Hs LA CLK 0024 5 VDDSPD VSS35 Ai 4 0025 67 0026 3 3VS VSS36 155 4 zd MLA DOLT N 5 156 LA 0028 R23 10K 04 6 4 CASH 0028 8 NCTEST VSS39 162 4 RAS 0029 VSS40 4 68 M A DQ30 n Je 197 WE DQ30 775 0031 10 5 DIMMO 1 VSS41 Heg STRONG 031 z ADOS 3 10 DDR3_DRAMRST RESET oe Layout Note S655 0033 Hz 4 Ere MVREF_D _DIMMA VSS44 78 10 21 5 DATA SDA 0034 43 ae VREF_DQ VSS45 5 signal space signal 0035 45 eae VREF_CA VSS46 g7 4 MA ODTO ODTO DQ36 M A DO37 4 MVREF_DQ_DIMMA gt VSS47 g 65 4 1 ODT1 ere 140 0938 VSS1 VSS49 7 pmo pasa 0039 0 VSS2 VSSS0 Hrer Du 0040 44 6 3 5 04 4
117. B VREF PLL y ees C328 FCM1005MF 300T03 940 QS I 940M QS Es 0 1u 10V XR 04 10V XSR 04 NEAR PIN U27 lu X7R NV suggest ODT L CMD2 6689 10K 04 AF ODT H R691 10 04 BEAD 30 ohms 100Mhz ESR 0 0lohms NV suggest FBB ODT 1 CMD2 6687 10K 04 L CMD3 6693 10 04 FBB_ODT_H R688 10 04 19 R695 10K 04 FBB CKE CMD3 R690 10K 04 A FBA_RST FBA CMD5 R696 10K 04 FBB CKE H FBC CMDiS R692 10K 04 FBB_RST FBC CMD5 R694 10K 04 5 2 3 2 1 VGA Frame Buffer Interface Schematic Diagrams VGA Frame Buffer A 5 4 3 2 1 FBVDDQ Frame Buffer Partition A 4 o C840 cea 42 C612 C226 C227 C613 C844 C845 C846 63V XSR 04 1 04 04
118. C61 1u 6 3 XR 04 C55 6 3V X5R 04 C59 6 3V XbR 04 M B DQ 63 0 3 3VS 9 2mm 6 86 24204 001 6 86 24204 006 JDIMM2B V_VDDQ_DIMM 20mils C25 0 1u_10V_X5R_04 2 20 6 3 04 9 3 9 C121 C117 C26 TS _DIMMO_1 4 MVREF DIMMB gt 149 DIMB 0 6 8V 04 VDDSPD NC1 NC2 NCTEST EVENT RESET VREF_DQ VREF_CA VSS1 0 1u 10V 5 04 V CA DIMM Sheet 10 of 46 DDR3 SO DIMM 1 R48 L 0_04 DSIRK 20401 TP9D CLOSE TO JDIMM2 50 D V_VDDQ_DIMM 1K 1 04 R45 MVREF DIMB 0 R43 C57 C53 1K 196 04 10V X5R 04 10V X5R 04 R41 24 9 1 04 DDR3 SO DIMM 2 B 11 Schematic Diagrams PS8625 5 4 3 2 1 3 375 3 3VS 8 8 9 14 VDDIO 9 L1 12 13 gt gt HCB1005KF 121T20 9 HCB1005KF 121T20 BCNR3010C 2R2M HCB1005KF 121T20 1 x 1 VDDIOX SWOUT 155552 VD _ VDDRX R13 R15 10K 04 10K 04 a C20 C18 C993 C3 4 C14 C359 C9 PANEL
119. CS 0 04 D GPU PWR 12 GPIOS4 BL 4 BBS 51 1024 D GPU SELECT A10 change dGPU_PWR_EN GPIO54 to GPIO74 GPIO53 R508 Add AL6 STP_A160VR GPIORS 86 C2 MP B 0912 PERSTB CHE CHG from 3 3VS 6 3V XBR 04 012 5 5 MC74VHC1GO8DFT2G Stt dGPU_RST 1847 GPIO8_SYS_PEX_RST_MON X lt lt __ PLT_RST 32330 10K 04 R223 100K 04 OLD NET NAME PERSTB 0_04 PIN PLT RST to Buffer 3 3 6 C346 013 MC74VHC1G08DFT2G PLT_RST 3 23 30 29 32 33 36 BUF PLT lt lt R236 100K 04 5 4 R40 R39 R35 R36 3 3VS BLON L BRIGHTNESS R HDMI CTRLDATA CTRLCLK 2 2K 04 2 2K 04 CRIT TEMP R D SELECT KBC_RST 24 TEMP REPE lt lt 24 6 KBC_RST lt INT_PIRQC INT_PIRQD INT_PIRQA INT_PIRQB HDMI_CTRLCLK lt gt HDMI_CTRLCLK 34 N40 N38 45 K43 J42 H43 45 J44 K40 K38 HDMI_CTRLDATA lt lt gt HDMI_CTRLDATA 34 DPC_AUX_N DPC AUX P H39 G17 F17 D L15 15 AD10 DPC_HPD DPC_HPD 34 R181 1M_04 TP RSVD TESTMODE C DA 20 24 EXTTS_SNI_DRVO PCH EXITS SNI DRV1 PCH PCI PME R140 20 04 C LAN
120. D 06 GND GND GND ABT8 U7 C293 C206 C294 C258 C185 C248 GND AN7 GND AB20 08 posited AB23 GND 2 GND GND 22 ypp 1u 6 3 X5R 04 1u 6 3V 04 4 7u_6 3V_X5R_06 47u 6 3 06 4 7 6 3V X5R 06 4 7 6 3 06 AB28 GND AP33 GND GND 2 4 1 4 1 0 GND GND GND 14 1 4832 GND 810 GND GND 16 V2 m ABS GND GND GND ACTS V3 AB7 GND GND GND GND VDD V4 C243 C195 C219 C244 C583 C120 AC1 GND GND B28 GND GND AC2 VDD v5 XVDD lt a SE cm ae ACTS GND GND B31 GND M12 V6 6 3 XBR 06 47 6 3V X5R 06 47u 6 3V X5R 06 4 6 3 XBR 06 6 3 06 6 3 X5R 06 AC17 GND _B34 GND GND M14 V7 i 4 4 4 4 1 18 4 GND GND 16 V8 EE GND GND Lum GND GND E VDD GND GND GND GND VDD c 13 GND GND M23 W2 C125 C582 C589 C142 C592 C576 AE2 GND GND C19 GND GND N13 VDD w3 XVDD dnm rand AE28 GND 222 mE END N15 W4 4 7u_6 3V_X5R_06 47 6 3 X5R 06 47 6 3 XbR 06
121. D Tm 1 eave 9 6476 C475 1 16V 04 10u_6 3V_X5R_06 S 6 C681 e 10u_6 3V_X5R_06 16V Y5V 04 i _ 679 680 3 3VS 3 3VS_AUD 16V O4 10u_6 3V_X5R_06 150 9 HCB1005KF 121T20 5VS_AUD 141 5VS AZ_RST For 3 3V 4 70 4 Es HCB1005KF 121T20 b Se 3 3VS_AUD PD Control HDA Link De pop C485 C684 C682 C672 C668 C458 C456 C438 013 RB751S 40C2 16V Y5V 04 10u 6 3V X5R 06 16V 04 m C 4 R299 16V Y5V 04 10u_6 3V_X5R_06 16V Y5V 04 10 6 3V X5R 06 6 3 04 _ 4 4 012 RB751S 40C2 10 04 ANALOG DIGITAL _ _ 2 o 235 mw BE 88 x EMI Require 014 RB751S 40C2 o a a p c z MUT 4 4 roi B lt BB Sense a 13 R290 20K 1 04 MIC SENSE 33 4 HCBI005KF 121T20 2 SS R289 39 2K 1 04 3 3VS_AUD gt lt lt 14 C478 M M 100p 50V NPO 04 SPKOUTL _ 40 LINE2 L 15 AUDG ADI SPKOUTL 41 SPKL LINEZ R 18026 104 pa 1000 short avs o R710 04 16V Y5V 04 SPK L 16 MIC2L C472 100 6 3V X5R 06 AUDG INT MIC e R741 0 04 R298 SPKOUTR 44 2 17 MIC2 R C466 10u 6 3V X5R 06 JP2 10mil short dum SPK R MIC2 R 5 R742 0 04 id SPKOUTRK
122. D V2 0 LVDS W O TPM 3G 6 6 77 6505 00 002 7 6 CPU HEATSINK MODULE 65088 0 RUD 6 31 W650N 101 1 72 A 6 87 wesos 4D7 2 lt OPTION 7 HSU VSM STRUT 6 87 W650S 404A2 OPTION 7 A AK EIR 6 87 6508 40443 OPTION 7 LAVACA EA OL A A 6 8 6508 4074 OPTION 8 CPU NILAR PETANITTO SOINS FIR NISS GT 5 40 6505 020 W65XSB Figure A 2 8 CHIP MILARC 0x30 NBSP GE 6 40 8605 091 65 5 9 ATTERY 3V 220MA BBBCR2032B KTS 6 23 6A2B2 030 p Bottom O SCREW Mi6x3SL K T 12 D 45 BZ ICT NY 6 35 82116 3R5 ja 11 WOES VIRG LC 6 88 6502 4240 lt OPTION gt 0 1 AAMT ONO 6 88 6502 4270 lt OPTION zm 1 MEN 6 88 6502 4280 lt OPTION EM 1 CDA LED RGA GEO OA X RED HPL AD HF REO 6 88 wS4SF 9400 lt OPTION 1 MALLE GIL 2 6 88 3702 9400 lt OPTION gt 2 SCREW M2 3L ICT NY 00 045 01 04 6 35 B1120 3RE lt OPTION SATAS SSD 12008 MLC SSDNCEAVIZOMXY INTEL G3 SERIES 6 85 DA4OCO ZO1 lt OPTION G MSATA3 SSD 240GB NLC SSDMCEAWO4ORAXX INTEL G30 SERIES 6 85 D40Q0 ZO1 lt OPTION 3 SATAS MLC CRUCIAL SERIES 6 85 D4080 100 lt OPTION 3 SSD MSATA 51208 CRUCIAL 530 SATA LO
123. D28 3 ES vss vss vss CU Bre vss vss vss vss vss FBC_CMD3 oke FBC_CMD3 Mes VES 2 12 12 FBCUKU FBC ULKU 37 K9 be e ees G0 BK VSS FBC_CLKOF ary VSS PT 2 PECTORI JI 14 FBC_CLKO CK vss vss 14 FBC_CLK1 vss er vss n vss en n vss 14 FBC_CLK1 vss Riis vss vss vss n vss vss or 2 Bi 4821506 rr 2 Bi Jp vss IET jg NC vss 19 3 NC3 or NC2 B1 or 2 Nea vssa FBC CLKOR vssQ tg 3 FBC 3 vssQ VSSQ omo vssa Nea vssa o S X nea vssa vssa vssa vssa vssa FBC CMD5 T2 CMD5 T T RESET vssa ts RESET vssa 605 2 vssa pat 2 VSSQ FBC CMD2 FBC 2 Ki vssQ M RESET RESET vssQ ot vssa vssa FBC CMD18 vssa CMD18 vssa FBC 200 og R79 FBC_ZQ1 vssa Eur r3 c tor vee 21 16mil 16mil FBC 202 L8 7o 16mil R410 FBC 203 18 16mil lt 500mil lt 500mil lt 500mil 14K 196 04 lt 500mil R77 H1 FBC_VREFO R555 Ht FBC_VREFO FBC_VREF1 R553
124. D_E GPlO18 R1 940M QS 940M QS ium ACT 1 1207 SDA aes U33N ACB I2CZ SCL AU 1 8 IFPF_IOVDD BGA_0908_P080_P085_P100_200x290 Test Point R02 qi 10mil_short VGA THERM SHDWN COMMON AF1 NC FOR GK208 VGA I O sien 5 4 PELE AGI GF117 eri VGA_THERM_SHDWN 8105 004 6 GND THERM 1 12 ADS AG10 DACA VDD R4 561 SMD_VGA_THERM ERIT 5 VGA THERMDA TXDD FPE 120 2 2 VGA THERMDA TE I2CA RS I2CA SDA SMC VGA THERM 1 SU DD Me 3 DACA_VREF IFPF 11 Tene VDD3 G781 1P8UF IFPF 4 TXD1 AF4 RSET NC NC HSYNQ ANO es AN9 04 TXD5 TXD2 IE Eo ded AES R95 4 7K 04 1 C143 6 3V X5R 04 03 3V XbE Tuba 1 Li E mm AK9 10 04 TUERM SHDWNiH FOR GK208 AL10 4 7K 04 DACA GREEN d gt gt 19 ___ DACA BLUE ALS 0917 NV CHK ADD 940M QS 940M QS U33J NV modify 0912 rab PERSTB 21584 0 04 NV CHK CHG 12 gt GND BGA_0908_P080_P085_P100_290X290 COMMON 3v3 AONo R1585 004 5 17 IFPAB am ERINO R1491 004 ALL PINS FOR GF117 Q5B MTDN7002ZHS6R RN11 RN12 DP GK209 Lvos ANG 2 2K_8P4R_04 2 2K_8P4R_04 DPA 13 IFPA
125. EC 18025 Schematic Diagrams 178587 1030 KBC_AVDD 134 ESSE _ 50V NPO 04 VDD3 0 HCB1005KF 121T20 VDD3 O 1 Q 2533 43 1 04 C656 C391 C342 C410 SMC CPU THERM 6534 0 04 SMLACLK 21 3643 BAT C365 C364 SMD_CPU_THERM _ R535 10 04 S D22 10u 10V Ysv 08 10V X7R 04 10V X7R 04 10V X7R 04 N OQ E BAV99 RECTIFIER 10V XR 04 10V X7R 04 M W67 osc 3643 SMD BAT 650 OPTION AIH 521 W6 5 0 S C 2682 BAV99 RECTIFIER 10V XR 04 KBC_AGND FP238BH 024510 DEBUG PORT 003 E 4 3643 DET BC 5 3 3VS 0 4 36 4 2 1 ae 5 BAV99 RECTIFIER J KB1 KB SI2 80CLK e Bs gt a m U35 85208 24051 KESB R1463 04 e gt 5 10 8 5 6 5 12 BAV99 RECTIFIER 21 30 LPC_ADO 9 LADO gt m 2 KSIO STB KBE Sl6 14 4 21
126. H8 default HI 4 4 H22 B 5 Inn 88912 5204M 01 220 63V 6 36 3342 ___ gt 22 7 585 003 75 GND gt GND gt he dcs gt ut 5 GND At GND GND S Meses ur ani misse 20 120714 3 GND 5 CHG WLAN MINI CARD MINI POWER 1029 name modify 7 G S e 22 co C685 0 1 16V 04 R326 0 04 1 Wn 2 29 mil 2 292 lt lt 3 WAKE 0 6 20 mil _ 5 COEX 15V 07g Smart Connect Function R325 04 __ COEX2 10 28 WLAN 12 4 80CLK 36 R311 111 CEKREQI UIM CLN 14 25 1 2 2A 28 13 REFCLK 16 7 33V 28 PCIE g REFCLK UIM VPP lt 36 15 GNDO 4 GND5 R561 VDD3 0 WLAN 3 3V BT 20K 04 o 80 mil 80 mil 9 3049 4 VIN VOUT name modify 486 5 T 0721 21 18 icu 180p_50V_NPO_04 Del WLAN DET to GND 27 GND3 GND7 EE _ C480 eee GND4 GND8 T m EN GND al Ya NDS 20 WANEN 36 1u_6 3V_X
127. JTAG signals XDP_TRST 1 05V_LAN_M 22 SYNC 28 1 TDI R Gb H_CPUPWRGD R364 mag OMi shot CPUPWRGD R 3 ALS4 5 033 TDO R365 R442 51_04 gt PMSYS PWRGD R49 130 1 04 VDDPWRGOOD R 10 5 51 04 XDP_TMS BUF_CPU_RST R380 50 04 CPU RST 26 DRAMPWROK DBR R381 10mil short AR30 Sheet 3 of 46 p a FS G28 E AN29 8 DPLL 2 a XDP_DBR_R R385 1K 04 ELT PCH SSC DPLL REF CLKP BPMN 3 XDP R366 SSC SSC DPLL REF CLKNS N 4 28 e Pr r 2 7 LK 28 SSCP 550 P 556 REF CLKP ANZ 5 4 100 04 If PROCHOT is not used 5 28 BCLKN N 6 Hesse 6 then it must be terminated 28 EXP P BCLKP BPM_N_7 7 with a 56 5 pull up 20F9 resistor to 1 05VS VTT MISC VCCIO OUT H_PROCHOT 015 R24 10K 04 C107 36 PROCHOT EC gt MTN7002ZHS3 1 05V_LAN_M VCCST R377 S3 circuit DRAM PWR GOOD 1CIRCUIT 100K_04 47p_50V_NPO_04 PCH SSC 7 a S e 22 co PCH SSC N 3 3V 3 3V R25 102 10K 04 V_VDDQ _DIMM 4
128. K 04 E 2nd source G5016 NEN 1 05VM_PWRGD 38 B EM5290 PR85 1 05V_LAN_M 1 05 LAN ais PCBfootprint 4 05VM B PQ15 047 5209 TDEN14 2X3MM A c927 A C926 16V 5 04 i 100K 04 23904 16V 5 04 dM ITO E R1471 0728 51 1 1 04 ADJ 1 05VMo 5 5A C929 C928 0 1 16V Y5V 04 0 1u 16V Y5V 04 5 G SIPA lt 37 C930 04 in it PR160 TEN 4 10K 04 on om v SLP_AH 22 3 P T ow OK 04 e i 1 05VM PWRGD 22 C933 2 C934 EL TH 0819 4 0 1u 10V X7R 04 1u 6 3V 04 0 1u 10V X7R 04 4 0819 CHG CHG gt PQ50 1 05VM_PWRGD T MTN7002ZHS3 gt a 4 e ee 5 4 1 1 2 1 1 05 39 Schematic Diagrams VDD3 VDD5 1 2 3 4 5 6 7 8 PR204 0 04 R205 20mil_04 PC93 A 1u 6 3V XbR 04 D03 PR206 D03 EN 5V PC87 130K 196 04 130K 1 04 PC86 1000p 50V X7R 04 1000p_50V_X7R_04 VREG3 d a 77 PC181 vo2 PR120 10K 04 dp 4 7u_25V_X5R_08 4 7u_25V_X5R_08 0912 VDD 3 PWR CHG PC178 PC76 PC179 1 10V X5R 04 6A BOOTS T 50V
129. LC269 1 OUT 1 5 28 98 88 34 OPVEE ALC269 VT1802S C665 rab 36 BEEP gt 3 BEEPL R309 04 R lo 8 222 22 OPVEE ios a E H HDASPKR 2 y 2 g _ C446 100p_50V_NPO_04 1 oN z SN 5 VT1802S 2 2u_6 3V_X5R_04 R767 100p 50 NPO 04 d VT18028 75 1 05 1 TE IK 04 E MIC1 VREFO L E MIC1 R R268 75 04 5 AUDG gt gt MICtR 33 Please Let LC Filter AUDG 8558 0 04 Daune L R275 754 4 d 8557 o VfY8 2s 3 3K 1 04 together and close to Codec IF Speaker Thermal Pad place 9 200 MICI VREFO L R276 3 3K 1 04 wire length is less Via hole J MICI VREFO R 8277 3 3K 196 04 2 1 than 8000mils It don t s need the LC Filter SPKOUTL 46 1608 121706 L y C462 J SPKL1 1 2 180p 50V NPO 04 NC1 6 3 X5R 04 2 C465 3 3VS_AUD 50271 0020N 001 _ _ 5VS SPKOUTL LAT p FCM1608K 121T06 SPKOUTL L AZ RST SPKOUTR 1 7 spxouTR _ SPROUTRe gt gt 33 20ms C468 _ 180p 50V NPO 04 Speaker wire length less than 8000mils It don t need LC Filter SPKOUTR R L L Trace width Speaker 4 gt 40mils Speaker 8 gt 20mils B 36 AUDIO COD
130. LUG DETECT C443 M Y 06 CEXT DOE ENT 5V 17 1 VOCI 10V XZR 04 10 X7R 04 10V X7R 04 SDA C 16 DDC CEC GND PS8171 2 2u 6 3V Y5V 06 PEQ 3 VCC S SDA 15 SCL C 1104 ASM1442 4 7K 06 11 PEQ PCO 1 7 7 14 SCL HDMI TEST ADJ 6 47 TMDS CLOCKKR 1 140 2 7 CLOCK 12 CEC R306 4 7 04 461 7 IMDS CLOCK 11 me 5 CLK SHIELD 2 3 33 o R315 4 7K 04 DDCBUF 34 4 9 37 TMDS CLOCK on TN 34 7 04 35 0 1u_10V_X7R_04 0 1u_10V_X7R_04 WCM2012F2S SHORT x TMDS DATAOR 4 142 3 TMDS_DATAO R PRE QE 2 mas Y TMDS DATAO 7 PEE SHIELDO TMDS DATAO 2 TMDS_DATAO R Sh t 34 f 46 1 ASQO GNDI1 GNDIS TMDS 1 143 3 TMDS og TMDS DATAO WCM2012F28 SHORT ee R269 4 7K 04 ASO 2 APD VCC 2 5 KAI t TMDS DATA1 5 R1460 MNO 196 04 3 8 o ASQ1 GND 3 GND 8 SHIELD1 8284 0 04 EMIO 2T Es TMDS DATA R 4 0 3 TMDS DATAI td eem i 33 12 WCM2012F2S SHORT TMDS_DATA2 145 3 TMDS_DATA2 R a ar a 2 TMDS DATA2 3 o R533 TO SHIELD2 DATA2 9 2 TMDS_DATA2 R ASM1442 E ir MM P WCM2012F28 SHORT PIN49 GND 12K 1 M R1462 M180 195 ur T 201407
131. LVDS UON LVDS UON 42 i AEE __ eet 15mil_short_06 0 1u_16V_Y5V_04 Hl dd ooo LVDS UOP gt LVDS UOP 12 55 2220 LVDS UIN LVDS U1N 12 dum SS Ne LVDS U1P y LVDS U1P 2 v 8625 Sio si os ees 8625 GNDA LVDS U2N LVDS U2N 42 osue LVDS U2P 12 aooxx c 6 12 EDP HPD R9 1K 04 HPD Erro LVDS UCLKN LVDS UCLKN 12 oS EVDS UCLKP LVDS UCLKP 12 DAUXn 1 TM 42 LVDS UON DAUXp n n 4T 1 08 00 DAUXp TA1p 20 0916 8625 GNDA GND TB1n 39 DRXOp 4 DRXOp TBip LVDS U1P ADD 6 AUXN C17 0 1u 10V X7R 04 DAUXn 38 s VDDIO OVDDIO PESE UM PDDCCIK 12 4 VDDRX TCin S U 12 6 DP AUXP 16 0 14 10V X7R 04 DAUXp if DRX1 PS8625 164 36 LVDS U2P C12 P DRXin S Taia p LVDS UCLKN C7 RST 9 TCK1 n 4 LVDS UCLKP 0 1u 16V Y5V 04 Ed od ENPVCC I2C PANEL 0 1u_16V_Y5V_04 0 01 16V X7R 04 HPD TT aep 122 PANEL PWM o 8625 GNDA C15 10V X7R 04 DRXOp VDDIOX 13 PWMO o TD1p f 30 DDC To LVDS Connector 6 gt VDDIOX amp lt DDC SDA 79 VDDIOX P DDC VDDIOX SCL 13 0 1u 10V X7R 04 DRXOn Q20 6 TXN 0 P 99 wa 57 8625 2 33 lt 8625 GNDA P 1 E gt gt
132. Mini PCIE SOCKET 3G MSATA CARD USB2 0 PORT7 SATA PORT4 Optional 0 PORTO 0 PORT1 0 USB2 0 PORT1 USB3 0 PORT2 B 2 System Block Diagram 6505 USB3 0 USB2 0 PORT2 USB3 0 PORTS IN OUT SOCKET WLAN USB2 0 PORT10 4IN1 6 7P W65S4 002 MAIN BOARD W650SB SC W650SC BOM 6 77 W650S W650SB BOM 6 77 W650S W650SC PCB 6 71 6550 002 AUDIO BOARD W650SR PHONE JACK x2 USB2 0 x1 USB3 0 x1 Without ASM1464 BOMiG 77 WEB08 D07 W650SR POWER SWITCH BOARD W650SR B5R 8 73 W6208 B08 s W650SR ODD TO HDD BOARD W650SR WeS0sR BOM 6 77 WeS0N DO4 USB2 0 USB2 0 PORT9 Chip 32 768KHz Chip 25MHz VGA 27MHz 25 MHz LAN 25MHz REALTEK RTL8411B CARD LAN READER 25 MHz RJ 45 SOCKET Schematic Diagrams Processor 1 7 DMI FDI PEG 5 4 3 2 1 Haswell rPGA Processor 1 7 DMI PEG FDI CPU HOLD U26A Haswell PGA EDS VCCIOA_OUT D H8 H5 H6 E23 PEG IRCOMP R27 249 196 04 D H8 0D4 4 H8 004 4 H8 004 4 786 504 3 PEG RCOMP 25 i i PEG_RXN 0 PEG_RX 0 13 i 22 DMI TXNO i 22 TXN1 22 DMI TXN2 i 22 TXN3 22 DMI TXPO DMI_RXN_3 PEG_RXN_4 PEG_RX 4 13 PEG_RXN_5 M35 PEG 5 13 DMI RXP 0 PEG RXN 6 PEG_RX 6 13 DMI_RXP_1 PEG_RXN_7 PEG_RX 7 13 DMI_RXP_2 PEG RXN 8
133. O R152 0 04 VGA THERM Sheet 21 of 46 R521 10 _04 PCH KK LERAME R7 SMLO_DATA R160 0 04 THERM 11 10K_04__PCH DRQ1 N i PCH D21 SMLODATA AC 9 LDRQO GPIO74 R1579 0 04 i i DRQIN 620 SML1ALERT PCHHOT H GPIO74 D gt gt dGPU_PWR_EN 23 36 42 2 9 d 2 ke 3036 SERRA lt SERIRQ BAT SML1CLK GPIO58 CO SMLICLK 56 change dGPU GPIO54 to GPIO74 M Umn SML1DATA GPIO75 EE lt gt SMLIDATA 36 3 E AF11 CLK1 SPI SCLK R135 3304 SCLK R 11 CL gt gt 29 SPI_CLK 10 gt DATAT 29 SPI_CSO R136 0 04 SPI_CS_0 AUT C Link CL_DATA L2 9 SPLCSO CLLRSTIH gt SPI CS1 R128 0 04 SPI CS 1 ALT 3 2 LCS n SPI 1 i R13 10K 04 210 3 3 ROM 9 04 SPI CS 2 d spi css T AH 1 SPI SI R471 33_04 SPI_SI_R MOSI Thermal TP2 SPI SO R473 33 04 SPI SO spi ES SPI WP amp 0 R120 33 04 PCH SPI DQ2 X TP4 SPI 1 R119 33 04 102 BE44 SPI HOLD 0 R126 33 04 SPLDQ3 rab SPI_HOLD R125 33 04 5 1 103 43 26 R443 8 2K_1 _04 TD_IREF am TE HH
134. O 8 6 5 2 6 S 5VS 8 4 2 2 06 4 IN 0_06 9 9 5 _4_5 _ 4 3 gt 74 1 gt 1 1 1 1 i a d 9 gt gt 45 3K 1 04 R gt Pese 2 E PGND 3i 8 8 PR173 o 81 9 8 VR EN gt m Js en gt HG1 PL6 0 04 a BCIH1040 R36M x H CPU SVIDDAT swi 1 ges 2 H CPU SVIDALRT 1 1 1 1 CPU SVIDCLK PR155 1 05V LAN M RPGND PC53 LG1 short o PR79 0 1u 10V X7R 04 PQ PQ48 34 8K_1 _04 1512 MDU1512 p 6 SWN1 ULTRASO ULTRASO PR156 PD14 5 1 06 PR146 PR168 PR165 PR163 APGND a CSRER S CSREF 41 FM5822 ROSC ohm FSW Hz 2 E PC133 40 04 130 196 042 75 1 04 54 9 1 04 220p_50V_NPO_04 49 9K 325K He 34 8K 450K 5 CPU SVIDDAT 4 5 H CPU SVIDALRT amp 5 4 5 CPU SVIDCLK TSENSE PR82 20mil_04 1 05V_LAN_M PC54 PR81 3 3V 0 047u_10V_X7R_04 20K_04 5VS 5VS APGND CSP3 6 98K 1 04 SWN3 Q 9 PR170 PR161 75 1 04 10K 04 PR78 PR76 aac _ Peg PR75 2K 1 04 2K 1 04 PUT COLSE 22 DELAY PWRGD mam TO VCORE 0 047u_10V_X7R_04 20K 04 CSP1 6 98K 1 04 SWN1 _ HOT SPOT ASM for 1 phase ASM for 2 phase
135. P1RJ S 100 MIL 30 USB_PP1_R Yawyem201 2h 28 161 T03 short 7 VIN VOUT 7 4 3 659 C395 D WA 152 USB3_RX2P 1 9 2 10u 10V Y5V 08 0 1u 16V Y5V 04 0 1u 16V Y5V 04 25 USB3 RX2 N lt lt Dun CNZO12FS T6TTOS short I 1 V SY6288DAAC Se 6 20 4220 109 7 3037 gt gt gt USB_OC 01 25 30 27 R527 Pd ADD RITE SIE P HEI 2A 90mohm 0 04 2 we 20140715 oe Olsson CHG V5 1 5 43 2 B 32 eSATA USB3 0 LED Schematic Diagrams Card Reader RTL8411B 5 4 3 2 1 Crystal 81 5 3215 3 2 2 5 0 65 is meet realtek Freq tolerance 50ppm pee 004 271 25 2 RSET R1496 n py pus 24K 1 04 li Switching Regulator close to PIN48 as s _ 4497 04 tS ay Jd KAS 4 T R1498 0 06 LUN M 1499 10K 04 gt 20 1 4 R237 04 ww 172 D
136. Pa LGATE2 ete D ETT e oxe 0 E i FBVDDQ 13 GPU VSS SENSE Cy Mh 12 19 lt lo o 5 coeg 2 2 B9 8 lt lt i EMI JL aA 5 P Foo 5m 28529 s 122 ate atsl 2 6 5 5 5 1 100 04 x ges 15mil short 06 aae FBVDDQ PR59 PR139 PC121 2 0804 4 0077 7771 10V X5R 04 PQ35 PQ34 8 68 6 9 194 195 196 0 04 0 04 33p 50V 04 y PWR ADD 0 MDV1525 MDV1525 b 13 GPU VDD sENsE gt 1 t 2 NV VDD 1 1 04 eo r PL4 E AS QA S S S PREOY KR UP1462_VREF 18 BCIH1040 R36M PC155 PC168 PC200 Pe 9 100 04 PR54 4 LX2_UPI_1642 4 1 2 g g g pJ38 AAR 8K_1 _04 4700p 50V X7R 04 en PQ38 9 1221 6 3V 08 22u 6 3V X5R 08 22u_6 3V_X5R_08 2 uam lt 119 R53 MDS1512 TPCA8057 H MDS1512 TPCA8057 H Mo x 1 2 4 0 01u 16V X7R 04 PD11 PR137 1 2 2 2 6K 1 04 135 40mil 2 2_04 0 22u 50V Y5V 06 a m 5 1_06 153 fona 0 BST2 PI 8 RI 7 i o 4 5 i PC112 1013 2 2 454 Q Source CHG to 3 3V 100 196 04 i Ee 9 220 50 04 timing x 8 T PR532 3 9K 04 1 1 1642 H S le LES xu
137. R 06 10 6 3V X5R 06 10 6 3 X5R 06 10 6 3 X5R 06 10u 6 3V X5R 06 V VDDQ DIMM C62 C76 C79 C74 C50 C83 C198 1 63V 5 _04 63 XSR 04 6 XSR 04 6 3 5 _04 6 3 04 6 3V 04 560u 2 5 6 6 6 6 5 9 5 3 1 2 B 10 DDR3 SO DIMM 1 0083 SO DIMM 2 Schematic Diagrams SO DIMM B 0 C67 10 50V NPO 04 i M B CLK DDRO M B DDR 0 D 4 15 0 gt C68 10 50V NPO 04 MB 1 M_B_CLK_DDR 1 Layout Note signal space signal CHANGE TO STANDARD JDIMM2A A10 AP 11 A12 BC 13 14 15 PRRAL ARRA BREE CEEE PPARA 7 5 A DIM1 a IE w m SA1 A DIM1 921 SMB CLK 921 5 DATA 4 4 MB 1 VIT 4 MB DGS 70 lt gt 4 5 7 01 lt lt gt 1 DMO 45 DM1 DM2 63 DM3 DM4 170 DM5 DM6 187 DM7 0080 0081 0952 0083 0054 0085 0056 0087 DQSO0 DQS1 DQS2 DQS3 DQS4 DQS5 lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt jooo 05 02 00 05 lve 00 02 V_VDDQ_DIMM C89 A 10u 6 3V XbR 06 28 1u 6 3V X5R 04 C94 24 1u 6 3 0
138. RX3 AD37 6 02 03518 921 APJ1 1 2 OPEN 1mm UMD0524P 6 02 75348 921 AUSB_PN2 AUSB PN9 AUSB PP2 AUSB PN9 AUSB PP9 AUSB PP9 qD 2 FP225H 012810M AGND CLOSE TO CONNECTOR Sheet 44 of 46 H sye AUDIO BOARD VBUS 0 14 10V X7R 04 SSTX 2 4 D 6 ___7 GND D 1AUSB PN9 0 1u 10V X7R 04 AUSBS3 TX3 P AC26 0915 CHG AUSBS3 TX3 AC25 AGND ANUSB BRA AUSB 1 AL7 3WCM2012F2S 161T0 AUSB PP2 4 05 3 RX3 P FP225 022S10M AD36 AL6 AGND 6 20 94 50 012 AUSB3_RX3_N 1 9 2WCM2012F2S 161T04 short 5 6 20 94 00 022 l AGND C19007 90905 L NEW AGND 6 21 B4A30 009 OAUSB AUDIO JACK AMIC_SENSE 5 MIC1 AMICT R AMIC1 L_R FCM1005KF 121T03 6 50 D 351 523 100p 50 NPQ 04 TT M UK Resistor 32 or 33 04 meet WLK Test VT1802P AHP SENSE A AUDG 6 20 B2800 106 2SJ T351 S23 19 31001 245 75 04 19 31001 271 AHEADPHONE R R 68 04 AHEADPHONE R R AHEADPHONE R AR11 AL2 D FCM1005KF 121T03 AHEADPHONE L AHEADPHONE L R AL3 D FCM1005KF 121T03 AHEADPHONE L_R 351 523 Lens BLACK No 6
139. S 2 SA DQ 27 SA RAS 9 dnb MB 5027 A SB_DQ_26 SA DQ 28 SA WE 9 MIA ME Dazs SB_DQ_27 VSS SA DQ 29 SA CAS CAS 9 M B DQ29 ANT 9B DQ 28 SB RAS Sa DO 51 SA MA 0 a SB DQ 30 SE CAS SA DQ 32 SA MA 1 AKT SB SA DQ 35 SA MA 2 ME Daz SB DQ 32 SB MA 0 SA DQ 34 SA MA 3 M B 0033 ME SB DQ 33 SB MA 1 SA DQ 35 SA MA 4 M_B_DOS4 S SB 34 5 2 a 2035 M4 58 00 Sz SADAY 6 8 Dose 58 SBMA SA DQ 38 SA MA 7 M B MT 37 SB MA 5 6038 SA 39 8 11 8 7 97 de M B Da39 M5 SB DQ 38 SB MA 6 SA DQ 40 SA MA 9 E M B 5040 G7 38 39 SB MA 7 Pact MB 0041 J8 SEMA SA DQ 43 SA MA 12 M B 0942 SB DQ 42 SB MA 10 SA DQ 44 SA MA 13 M B DO43 G9 SB MA 11 SA DQ 45 SA MA 14 0044 SB DQ MA MA MB Dads 9 DQ 44 SB MA 12 SA DQ 46 SA MA 15 M B Dade 9B 45 SB MA 13 SUDO 4n 09 7 0 9 MB PEU 49 M B DQ48 Sb 48 gt 50 SA 008 N 1 SB_DQ_49 SA DQ 51 SA DOS N 2 M B D si Bs SB DQ 50 SB 005 SA 52 SA DOS D TNT MB Dasz Dg 51 SB DOS N 1 SA DQ 54 SA DQS NS avza poss SB Da 53 SB aa Daas MEDOM SB DO SB DOS NG SA DQ 56 SA 008 N 7 lt MADOQS Z0 9 SB DQ 55
140. SB DOS N 5 5 SA_DQ_57 SA DQS P 0 M E DOS D SB_DQ_56 5 005 6 58 SA DQS P 1 M B DOSS A SB DQ 57 SB DOS N 7 SA DQ 59 SA DQS P 2 MB Daso SB_DQ_58 SB DQS P 0 SA DQ 60 SA DQS P 3 E FIT MB Daso ET4 SB DQ 59 SB 005 P1 15mil short 06 SA DQ 61 SA DQS P 4 M B Dast D14 SB 60 SB DOS P 2 e AS nee REGEL re f DQS P B14 DQ DOS P V VREF CA DIMM V SM WR VREFUT SM VREF SA DQS P 7 M 0063 SB DQ 63 SB DQS P 5 M DOR VREFOZ SA DIMM VREFDQ SB DQS P 6 SB DIMM VREFDQ SB DQS P 7 C566 1 6 3 XbR 04 30F9 R390 0 04 017 AO3402L S pa D V_VDDQ_DIMM V_VDDQ_DIMM 10 22 R372 R75 R93 R81 SUSB 1K_1 _04 1K 1 04 Q4 AO3402L AO3402L V DDR WR 2 S D DDR WR VREFO1 S D A gt gt gt MVREF DIMMB 10 R106 R74 R72 0 127 C140 1K_04 1K_1 _04 0 10 10 X7R 04 1K_04 1K_1 _04 0 1u_10V_X7R_04 lt DRAMRST_CNTRL 3 421 KL DRAMRST CNTRL 3 421 5 4 3 AAS AGO Y AP18 M B 008 0 FA nce DQS 4 22 30 36 37 38 M_B_CLK_DDR 1 MBC MBC LK_DDR 0 LK_DDRO KEO 10 LK_DDR1 KE1 10 M_B_CS 0 10 CS 1 10 M B ODTO 10 M B 0011 10 lt gt 10 lt gt 0 10 V DIMM R389 1K 196 04 R395 1K 196 04 10 10 10 10 Sheet 4 of 46 Processor 3 7 DDR3 gt V VREF CA DIMM 9 10 C568 0 1u 10V X7R
141. SB_DQ_2 SB 4 SA CK N 1 DDRH 9 38 MB Dad AR SB DQ 3 SB CKE 0 SA DQ 5 SA CK P 1 1 9 SB DQ 4 SB CKN1 M 206 AN _CK_P_ 5 7 12 25 005 B E secs E E ux sed e DQ V2 4 5 4 5 16 DQ7 18 DQ ORE SA DQ 8 SA CK P 2 MB DOS SB DQ 7 SB CKN2 FA 500 secs IA sed DQ 4 5 4 5 16 8010 AN CKE SA DQ 11 Aca 7 M B b i AM SB DQ 10 SB CKN3 02 ATE M ed m ME Date AMT 58 20 12 se CRE 3 Da 14 SACO NEO LS 7 12 25 mE 2 SB_DQ_13 0016 15 9 2VIA 0015 11 38 DQ 14 2 17 SA DQ 16 SA CS 2 Frio MB DOTS AR5 9B DQ 15 SB CS N 1 SA DQ 17 SA CS ug M B 9B DQ 16 SB CSN 2 SA DQ 18 SA ODT 0 m ODTO 9 2 12 25 M B D i8 5 SB_DQ_17 SB CS N 3 SA DQ 19 SA ODT 1 9 2VIA M B 9019 9B 18 SA DQ 20 SA ODT2 H10 M B 2020 9B DQ 19 SB ODT 0 SA DQ 21 ODT 3 ys M B 2021 58 20 SB ODT 1 SA DQ 22 SA BS 0 gs MABSO 9 dida due M B DG22 9B 21 SB ODT 2 SA DQ 23 SA BS 1 51 9 M B 5423 ANg 58 22 SB ODT 3 SA DQ 24 SA BS 2 MABS2 9 5800 23 SB_BS 0 SA 25 M B 5425 AK4 SB 24 SB BS 1 SA DQ 26 vss MB DOS A SB DQ 25 SB B
142. TA 6 88 20 880 lt OPTION gt 30 OR 6 88 3306 8830 lt OPTION gt 30 LH CV NOME VIAL 6 88 W3306 8841 lt OPTION 31 IN E PC ABS 7230 700 1974 6 42 W9708 020 32 HERMAL PAD 500 17 17 4 0mm W650SR 6 48 W6503 010 A 4 Bottom DVD DUAL Figure A 3 DVD DUAL gt 9 m me T PART PART REMARK JENE SCREW Mex3L NI ICT GTY PATCH 6 35 B1190 3RE 4 000 BEZEL WODULE 6 42 75 sree war 6 45 8608 DVD DUAL 5 7 A ulmi p 8 lt Figure 4 HDD A 6 HDD HDD NAM HDD MYLAR PET RUBBER W650SR 6 47 650 012 SCREW M3x2 5L KI NI ICT NY 35 BII30 eR5 2nd HDD Figure A 5 2nd HDD gt 9 Q o o AME PART N REMARK SECOND HDD HOUSING PC ABS W650S8R 6 42 W650J 012 2 DD 1 HDD BOARD V4 0 W650SJ 6 7 7 W6S0N D04 mi 3 SCREW Mex3L KI BK Z ICT NY 635 t 0 6 6120 u 4 4 SCREW M3x4L KI B
143. V 04 USB i 8563 004 i USB CHG V5 1 x E 7 Sheet 30 of 46 USB PP1 i 2562 004 USB PART CHG SLG55593 V Asserted before entering S3 v LPCreset timing 3 3VS 4 W O SB CHARGER 999 P LPCPD inactive to LRST inactive 32 96us PP R333 sm T USB CC D ternal PD Lem amcor TPM Power Con 4E 4F R570 C701 m PCLK_TPM PCLK_TPM1 f CB Smart CDP 33 04 50V NPO 07 pin8 pin4 Function 4m DCP autodetect with 0 mouse keyboard wake up 0820 47 1 50 Charging with SDP USB3 0 PORT d 1 1 S0 Charging with CDP a FOR POWER SWITCH BOARD VDD3 5 g D 03 2 1 V15AVLC0402 CCD Mic LID 36 LED PONERE 5VS 8768 1A C883 T NC2 C882 NC1 1u 6 3V X5R 04 Closs to J CCD1 VDD3 i G5243A 36 LED 100K 04 88486 1001 From KBC default HI qe SW 5 SW 12 3336 25 USB_PN11 K i 25 USB 11 35 20 mil Rr14 0 04 C501 C503 HCB1005KF 121T20 DATA L 5 E HCB1005KF 121T20 MIC CLK x 1 6 5 C880 4 Zi
144. V X5R 04 1u 6 X5R 04 1u 6 3V X5R 04 1u 6 3V XR 04 5 4 1 4 4 4 4 1 1 4 4 1 1 r jeep 0915 EMI CHG un u31 u7 FBVDDQ FBVDDQ FBVDDQ FBVDDQ 9 0 J3 B2 CMD30 33 B2 FBA_CMD30 33 B2 FBA_CMD30 J3 B2 ee 1 RAS RAS VDD RAS RAS VDD ps 42 39 CAS VDD CAS VDD CAS VDD CAS VDD 57 WE VDD WE VDD WE VDD WE VDD Lz Ser um cs VDD cs VDD cs VDD cs VDD Le VDD VDD VDD VDD N3 VDD N3 VDD N3 VDD N3 VDD wo FBA_CMD9 45 CMD9 VOD CMD9 m VD CMD9 AB VD ses wr FBA cmos P3 yep ____ _ A1 1 _ 1 VDD FRO A7 FBA 025 2 2 VDD 25 N2 2 VDD 25 N2 2 VDD FBA 0 25 N2 2 VDD oDe 22 P8 ____ _ A1 At ____ _ A1 aD A0 A0 ____ 2 4 VODA FBA CNDA ____ 2 4 ____ 2 4 P2 4 VDDQ 1 M 5 22 R8 5 Mond FBA CMD2Z2 5 C FBACMD22 5 aon Ar AL R2 VODA _ 7 2
145. VER MODULE 165055 6 39 6501 005 lt 1 CD BACK COVER PROTECTION MYLAR PET 3MB919 CHANGE W6ODSR 6 40 6508 012 C ANC CAERA BIN FIK WOVIGYKT 30 HD FINK 162 6 88 W940C 4902 P TION 2 UVC CAMERA CHICONY FIX 1N HD SETE WLED 6 88 940 5100 PTIUN E CAMERA BISON BNBVUGVTH OOC M FHD 01072 6 88 A11S C 4900 PTIDN 13 SCREW BZ IGI NY 33 80 VIRE CABLE FOR LVIS FOR FHD DUAL 16 4 3 65 1 021 4 VIRE CABLE FOR LVDS FOR HD SINGLE 6 43 W65E1 011 L S WIRE CABLE FIR EP FIR FHD PANEL 0608 LV VR 6 4 3 W6501 010 Lo ANTENNA COMBO VET V VEON VAR 6 2 3 7 W 650 030 16 BACK COVER SPONGE 65x8x2 EC 28 W650SR 16 4 0019 655 1 WIRE CABLE FOR CCD D MIC 33V SPIN HO 06505 6 43 W63J1 010 18 LCD HINGE R SK7 SECC W650SR WAN HE 6 33 W6501 0R4 1 19 ATENA PEX 4 VT PCB FRE 6 3 6 5 020 20 GASKET TAPE 1 12x0 1D FOR BOTTOM CASE WI30HJ 1 ON NI D O N 21 FRONT COVER GLUE L amp R 120 3 015 FOR W550EU 6 40 5401 041 BY 22 GASKET 42 9 0 67 FOR IM CCD 6505 6 47 00190 432 98 688454005510 GASKET 43x9x025D FOR 2M CCD
146. Z ICT NY 0548 T 0 5 6 35 B6130 4RB 2nd HDD A 7 ITEM PART NAME PART N REMARK LCD FRONT COVER PROTECTION MYLAR 6 40 5101 030 1 2 ICCD LENS PMMA 6505 6 42 6501 010 id LCD FRONT COVER MODULE W650SR 6 39 W6501 017 4 SCREW KI NI ICT NY 0059045 1 04 D 3397B1 20 3RE Figure A E 6 g LCD 156 HD LG LPIS6WHB TLBI LED 38 MM 6 50 18128 108 PTION Qo LCD o HD EDP GLARE TYPE NTISGWHI NI2 38 M LED 67 50 7L8138 70 7 D CHIMEI NISGHGE LBL GLARE TYPE LED 30M 6 50 L Be3e D02 O LCD 136 FHD EDP BOE HBIS6FHI 401 LED 32 M G6 50 L Be 32 Z00 6 SCREW M2 5x4L 05 2 45 BK Z ICT 6 35 6125 4 0 pur LCD HINGE L SK7 SECC 6505 WAN 6 33 W6501 0L4 1 8 ATENA JLTEL PEX 4 VOT PCB FRE 6 23 7 655010 a 9 MYLAR D MYLAR 550 6 40 55 2 020 LO LCD BACK CO
147. _06 C941 C942 2 0 1 16V 5 04 10 10V 5 08 560 2 5V 6 6 6 6 5 9 ass 4 2 10u 10V 5 08 16V 5 04 _ 2 ell wo tary MTN7002ZHS3 F lt lt 2E 4 z z 2 2 a 2 25 2 a 2 5 1015 C946 a 0 x 947 948 o 9 gt C949 ie NV timing ADI 100p_50V_NPO_04 al aba 2 _ 68 50V NPO 04 1015 220p 50 04 al E E 470p 50 X7R 04 a lt NV timing ADJ 525 04 GPU 3V3 MAIN P d Pigs R1479 R1480 4 dGPU PWR GPIO5 3V3 MAIN GPIO5 3V3 MAIN GPU 3V3 MAIN GPU 3V3 MAIN oer DCUM Ria adu 5 81478 lt 5 3V3 MAIN EN 17 DAA NAA 7 ain caer 10K 04 1 56K_1 _04 R1441 56 1 04 4 39K 1 04 C952 C950 C953 0 04 C951 0 fu 04 6 3 X5R 04 0 1u 10 X7R 04 C954 6 3 X5R 04 C955 0 068u 10 X7R 04 0 033u 16 X7R 04 1015 NV timing ADJ 5 4 3 2 1 N16P S NVVDD PEX FBVDDQ 43 Schematic Diagrams DC IN CHARGER 5 0911 3 2 1 SMART CHARGER quie tomer ou 5
148. a 1 05 LAN M 1 05V M VCCIO OUT 5 2 2 1 9 ace the eo ee Reve resistors close to VR B B R32 R31 0 06 656 C96 49 095 vss 55 150 1 04 C31 P M Y o vss ji Si a 9 vss 4 7u_6 3V_X5R_06 5 5 E x VSS PWR DEBUG 5 5 x x 9 vss vss R34 9 lt 9 9 wo VSS 2 vss vss 4 4 4 47 vec RESISTOR STUFFING OPTIONS ARE als PROVIDED FOR TESTING PURPOSES VCCIN VCC _ 0562 C564 vee c ic M M VCC E E E 2 a 2 D vec 50F9 A A 5 4 3 2 1 B 6 Processor 4 7 Power Schematic Diagrams Processor 5 7 GFX PWR Haswell Processor 5 7 GRAPHICS POWER VCCIOA_OUT 3 3VS EDP RCOMP 24 9 1 04 EDP UTIL 10K 04 Processor 5 7 GFX PWR 7 VCCIO_OUT U26H Haswell rPGA EDS T28 M27 028 TXBN 0 AUXN 7 ROS eo TXBP 0 EDP AUXP 7 DP HPD 0 DDIB TXBN 1 EDP_RCOMP 10 1 04 029 TXBP 1 RCOMP 7 29 DDIB_TXBN_2 EDP DISP UTIL
149. and grip the tab to slide the hard disk assembly in the direction of arrow to HDD Assembly lift the hard disk assembly 6 out Figure 4 Removal cont d Remove the screws and the adhesive cover 9 from the hard disk 10 Figure 4e Reverse the process to install a new hard disk do not forget to replace the screws and bay cover Remove the bay cover d Lift the sponge and slide the HDD assembly in the direction of the arrow to lift the HDD assembly out e Remove the screws and adhesive cover gt 0 aL HDD System Warning N New HDD s are blank Before you begin make sure You have backed up any data you want to keep from your old HDD You have all the CD ROMs and FDDs required to install your oper ating system and programs Component Bay Cov er If you have access to the internet 6 HDD Assembly download the latest application 9 Adhesive Cover hardware driver updates for the op 10 HDD erating system you plan to install Copy these to a removable medi um e 2 Screws 2 8 Removing the Hard Disk Drive Disassembly Hard Disk Size Note Foam Rubber Insert Note that the hard disks pictured on the following pages all 9 5mm H hard disk drives In some cases 7mm H hard disk drives will be installed For more information contact your distributor supplier and bear in mind your warranty terms Figure 5 Foam Rubber Insert for 7
150. ard Reader Embedded Multi In 1 Card Reader MMC MultiMedia Card RS MMC SD Secure Digital Mini SD SDHC SDXC MS Memory Stick MS Pro MS Duo Communication Built In Gigabit Ethernet LAN 1 0M HD PC Camera Module Factory Option 2 0M FHD PC Camera Module Factory Option 3G or 4G M 2 Module WLAN Bluetooth Half Mini Card Modules Factory Option Intel amp Wireless AC 3160 Wireless LAN 802 11ac Bluetooth 4 0 Factory Option Intel amp Wireless AC 7260 Wireless LAN 802 11ac Bluetooth 4 0 Factory Option Intel amp Wireless N 7260 Wireless LAN 802 11b g n Factory Option Third Party Wireless LAN 802 11b g n Factory Option Third Party Wireless LAN 802 11b g n Bluetooth 4 0 Environmental Spec Temperature Operating 5 35 C Non Operating 20 C 60 C Relative Humidity Operating 20 80 Non Operating 10 90 Power Full Range AC DC Adapter AC Input 100 240V 50 60Hz DC Output 19 5V 6 15A 120W Factory Option Removable 6 Cell Smart Lithium lon Bat tery Pack 62 16WH Factory Option Removable 6 Cell Smart Lithium lon Bat tery Pack 48 84WH Introduction Dimensions amp Weight 374mm w 252mm 14 31 4mm h OR 374mm w 249 5 14 8 32 8mm h 2 5kg Barebone with ODD and 62 16WH Battery Specifications 1 3 amon T ct 5 Introduction External Locator Top View wit
151. down on a flat surface with the a top case up forming a 90 degree angle Push the LCD front panel upwards before carefully lifting it up Remove the LCD front O a 0 0 12 N 2 5 LCD Front Cover 2 22 Removing the CCD 2 5 09 p Disconnect the cable Figure 18d Remove the CCD module 7 Figure 18e Reverse the process to install a new CCD module d Disassembly Figure 18 CCD Removal cont d d Disconnect the cable e Remove the CCD mod ule 7 CCD Module Removing the CCD 2 23 T 2 lt Disassembly Ajquassesiqg z 2 24 Appendix Lists This appendix breaks down the W650SC series notebook s construction into a series of illustrations The component part numbers are indicated in the tables opposite the drawings Note This section indicates the manufacturer s part numbers Your organization may use a different system so be sure to cross check any relevant documentation Note Some assemblies may have parts in common especially screws However the part lists DO NOT indicate the total number of duplicated parts used Note Be sure to check any update notices The parts shown in these illustrations are appropriate for the system at the time of publication Over the product life some parts may be improved or re configured resulting in new part numbers gt m
152. e Service Center for updated di agrams if required 7 5 S e lt fe 22 Schematic Diagrams Sheet 1 of 46 System Block Diagram system Block Diagram VDD3 VDD5 GPU NVDIDA N16x NVVDD 5V 3V 5VS 3VS 1 05VS VCORE DDR 1 35V 1 5VS ELAN SPI i ul TT 20x20mm 989 Ball FCBGA695 32 768 KHz EC LPC 8587 INT CCD D Mic SATA HDD SATA ODD eSATA SATA PORTS SATA PORTO SATA PORT2 USB2 0 11 HDD Bridge Board System Block Diagram Shark Bay PCIE 8 Haswell PROCESSOR rPGA946B nVIDIA Nvidia N16P GT 950M RAM SIZE 2GB 128x16x8 DDR3 37 5x37 5mm N16S GT 940M RAM SIZE 2GB 256x16x4 DDR3 GM107 650 A2 Power 1 05V 1 5V 3 3V VCORE VR12 5 FDI 2 DMI 4 lt 8 0 5755 lt 8 n CRT CONNECTOR fuse 908 Balls Lynx Point Controller Hub PCH 0 572119 33 MHz 128pins LQFP 14 14 1 6mm SATA 4 port USB2 0 14 port USB3 0 4 port PCIe 8 port BIOS SPI SHEET 21 EC BUS THERMAL SMART SMART SENSOR FAN BATTERY ACIN 32 768KHz SATA I II III 6 0Gb s USB2 0 480 Mbps 1 16 USB3 0 5 Gbps PS8625 EDP TO LVDS 1067 1333 1600 MHz DDR3 1 35 DDRIII amp DDRIIIL O YSTEM ae 0 1 13 Power 1 5V 1 359 DDR3 DDR3 SO DIMM1 SO DIMM2 AUDIO BOARD Azalia Codec 18025 24 MHz PCIE AZALIA LINK 100 MHz 12
153. eese 4 10 GND NC for Lyr cards 23 AAS xypp 0911 GND 630 013 06 0911 ALT2 GND GND 940M QS 015 AAT xypp NV ADD 4 enp L8 U ti VDD i Q ALIS GND GND ails me VDD GND VDD 940M QS AL18 GND GND U22 K28 13 yop 120 GND K30 15 2 GND GND GND GND AL24 GND 5 V20 o z 6 GND W22 vDD 8 GND AL30 15 W14 AL32 GND cnp M17 16 vob Al GND M18 19 ALS M20 W 1 AM GND 723 vpp 16 GND cnp 2 YT3 vpp GND GND VDD AM22 GND N16 17 8 20 22 yop 940M QS 940M QS A A 5 4 3 2 1 VGA NVVDD Decoupling B 19 Schematic Diagrams 5 4 3 05 O5VS idum RB551V 30S2 TOBAHISFSTOAAICC RN1 110 1005 600 1 FRED 23 22K 8PAR 04 iz 5 2i GREEN promosso 600T01 24121 aa ee rrr 1005 600 1 T 0 04 pa 5 C151 141 C128 Ci47 C124 C146 139 C123 DDCDATA 030 a 3 5 IN
154. ervice personnel who have completed sufficient training to undertake the maintenance and inspection of personal computers It is organized to allow you to look up basic information for servicing and or upgrading components of the W650SC se ries notebook PC The following information is included Chapter 1 Introduction provides general information about the location of system elements and their specifications Chapter 2 Disassembly provides step by step instructions for disassembling parts and subsystems and how to upgrade elements of the system Appendix A Part Lists Appendix B Schematic Diagrams Appendix C Updating the FLASH ROM BIOS Preface IMPORTANT SAFETY INSTRUCTIONS Follow basic safety precautions including those listed below to reduce the risk of fire electric shock and injury to per sons when using any electrical equipment 1 2 Do not use this product near water for example near a bath tub wash bowl kitchen sink or laundry tub in a wet basement or near a swimming pool Avoid using a telephone other than a cordless type during an electrical storm There may be a remote risk of elec trical shock from lightning Do not use the telephone to report a gas leak in the vicinity of the leak Use only the power cord and batteries indicated in this manual Do not dispose of batteries in a fire They may explode Check with local codes for possible special disposal instructions This product is in
155. fortable viewing angle do not exceed 130 degrees use the other hand as illustrated in Figure 1 to support the base of the computer Note Never lift the computer by the lid LCD Press the power button to turn the computer on Figure 1 Opening the Lid LCD Computer with AC DC Adapter Plugged In Shut Down Note that you should always shut your computer down by clicking Settings in the Charms Bar use the Windows Logo Key key combination to access the Charms Bar and choosing Shut down from the Power menu This will help prevent hard disk or system problems VIII Contents Introduction l 1 Part List Illustration Location 2 A 2 Ea A 3 luu 1 1 12 _____ 4 Pme External Locator Top View with LCD Panel Open 1 4 HDD 6 E E E TEM PN 7 External Locator Left Side amp Rear View 1 6 LCD A 8 External Locator Bottom View 1 7 chem 5 on Di 1 Mainboard Overview Top Key Parts 1 8 11agralns eeee ee ee eee ee ee eese D Mainboard Overview Bottom Key Parts 1 9 System Block Diagram B 2 Mainboard Overview Top Connectors
156. g D 3 3V etes et 6 17 10300 731 TH05 3H103FR 0911 1 CHG 04 2 10K 1 NTC 04 ten THOS SHIOSFR gt 36 8 30 C559 R360 0 1u 10 X7R 04 10K 1 04 Processor 1 7 DMI FDI PEG B 3 Schematic Diagrams Processor 2 7 CLK MISC processor Pullups Pull dw Haswell Processor 2 7 CLK MISC JTAG VCCIO_OUT 1 05V_LAN_M 62_04 H_PROCHOT H THRMTRIP R N R368 CPU RST N R374 i XDP TCLK R369 51 04 R363 10K 04H CPUPWRGD R TRST R370 51 04 TRACE WIDTH 10MIL LENGTH lt 500MILS DDR3 Compensation Signals SM RCOMP 0 R387 100 196 04 U26B Haswell rPGA EDS SM RCOMP 1 R388 75 196 04 SKTOCCH AP32 MISC SM RCOMP 0 AR3 __5 1 SM RCOMP 2 2386 100 196 04 CATERR AN32 ERR z g AP2 RCOMP 2 il a 2436 Ogg Om shot 150 AR27 lt PEGI B DRAMRST b CPUDRAMRST 0 56 1 04H PROCHOT D FC 4 PROCHOT R382 56 1 04 PROCHOT D 29 H_THRMTRIP_R_N PRDY PATZ XDP_PREQ 24 THRMTRIP R N THERMTRIP PREQ Pana XDE TCL 1 05V LAN M i e aln PU PD for
157. g ADJ 2 918 919 220 50V NPO 04 2 220 50V NPO 04 470p_50V_X7R_04 R1466 PJ12 PJ13 um A 10K_04 CV 40mil 4 VDD3 R1 D 1 VDD3R f DD_ON_EN SUSB _EN 7 DD ON 1 D 1 SUSB S d y dp _ OPEN Ami OPEN_4mil x m m icm 4 PJ48 40 2 E B E ow 1029 m d 5 eo Timing ADJ a E d 0815 we CHG 5V 3 3V 53 3 33 KATT 5 i A R151 R1520 R1464 R1465 VA VIN VIN1 100_04 100_04 100_04 22 04 90 0 tu 50V 06 KA D PU4 ao 0131 0126 6 az E PC92 8 D VA VIN1 i DD ON SUSB G gt 6 88 7 R330 100K 04 E VIN DB ONJEATGH FEN ACT VSEL CRARGECEN ese 6 MTN7002ZHS3 MTN7OO2ZHS3 6 x dub d uen EUR SM R329 100K 04 DD ON 22 6 22 83 5 5 36 37 39 USB CHARGE INSTANT ON GND BETIS 19 E P2808B0 SE NDDS T 100K 04 1K 04 gt PWRSWH 36 47 SEF SUS ETE 4 5 4 3 2 1 38 575 3 5 3 3V 5V Schematic Diagrams 1 05V For CV test ro 0910 E PNR CHE i PJ10 CV 40mil PR533 820K 196 06 0 3 ee PR103
158. ge margin Information contained under the figure will give a synopsis of the sequence of procedures involved in the disassembly procedure A box with a lists the relevant parts you will have after the disassembly process is complete Note The parts listed will be for the dis assembly procedure listed ONLY and not any previous disassembly step s required Refer to the part list for the previ ous disassembly procedure The amount of screws you should be left with will be listed here also T ot lt A box with 22 will also provide any possible helpful information with a wa contains warnings An example of these types of boxes are shown the sidebar Warning Overview 2 1 Disassembly NOTE disassembly procedures assume that the system 15 turned OFF and disconnected from any power supply battery 15 removed too Maintenance Tools The following tools are recommended when working on the notebook PC Philips head screwdriver e M2 5 Philips head screwdriver magnetized e 2 Philips head screwdriver e Small flat head screwdriver Pair of needle nose pliers e Anti static wrist strap Connections Connections within the computer are one of four types Locking collar sockets for ribbon connectors To release these connectors use a small flat head screwdriver to gently pry the locking collar away from its base When replac ing the connection make sure
159. h LCD Panel Open Figure 1 Top View PC Camera 2 Built In Microphone 3 PC Camera LED When the PC camera 15 use the LED will be illuminated in red LCD Power Button LED Indicator Keyboard Touchpad amp Buttons py c p c Q p ru b mm Note that the Touchpad and Buttons valid operational area is that indicated within the red dotted lines 1 4 External Locator Top View with LCD Panel Open Introduction External Locator Front amp Right Side Views Faure Front View 1 LED Indicator 2 Multi in 1 Card FRONT VIEW Reader ol 5 Figure 3 Right Side View 1 Microphone In RIGHT SIDE VIEW Jack 2 Headphone Out Jack 3 USB Ports 4 Optical Device Drive Bay 5 Emergency Eject Hole 6 Security Lock Slot External Locator Front amp Right Side Views 1 5 Introduction External Locator Left Side amp Rear View 1 DC In Jack 2 Vent 3 External Monitor LEFT SIDE VIEW Port 4 RJ 45 LAN Jack 5 Combined eSATA USB 3 0 Port 6 HDMI Out Port 7 USB 3 0 Ports c p p ru b mm Figure 5 HEAR VIEW Rear View 1 Battery 1 6 External Locator Left Side amp Rear View Introduction External Locator Bottom View Figure 6 Bottom View 1 Battery 2 Component Bay Cover 3 Vent 4 Multi in 1 Card CERO
160. hec n 0040 6041 C38 10V X5R 04 uo im DM3 pot 157 0042 VSS5 DM4 Dasg VSS6 Q 16 0044 C169 1 6 3V_X5R 04 n DOS wed VDDQ VIT am DM7 p 155 0046 VSS9 M A DOS 7 0 lt lt 60 M_A_DQ47 2 LA DQS 7 0 0047 163 0048 VSS10 204 0950 0048 155 VSS11 2 0051 0049 VSS12 0052 0050 0950 VSS13 oj enb Q Q M_A_DQ51 0053 0051 154 vssi4 G2 ae pas4 0052 1766 EDS VSS15 MA 0055 0053 4 0054 DSIRK 20401 TP5B 3 3VS MA 0956 0954 6 0055 0057 0055 g s RN10 4 MA DQS I7 0 lt lt gt MA m 183 DQ57 10K 04 9 0058 i 1 gees 8 SA1_A_DIMO M_A 0951 0958 79 0059 CLOSE TO JDIMM1 H MA DQS2 0059 80 0060 V_VDDQ_DIMM MR DQS3 0060 H87 9 SAO_A_DIM1 10 Das4 0061 79 0062 SA1 A DIMI 10 20 5 0062 TR 00568 0963 DQS7 7 DSIRK 20401 5 1K 1 04 R46 VERON TT 440 V VREF CADMM Dok y MVREF_DIMA 0 R44 C52 C521 C220 C272 C278 1 _1 _04 0 1u_10V_X5R_04 10V X5R 04 T 1u_6 3V_X5R_04 1 1u_6 3V_X5R_04 1u 6 3V XbR 04 1u 6 3V X5R 04 1 1 0 1u_10V_X5R_04 10 X5R 04 V_VDDQ_DIMM e 24 9 196 04 C81 1 C75 1 C69 C48 T C78 1 C100 C98 330u 2 5 10u 6 3V X5R 06 10u 6 3 X5R 06 10 6 3V X5
161. ieit 3 3VA_1 5A HDAIO 0 mE e HDA_DOCK_RST GPIO13 SATA 2 ARTS gt SATA 5 33 etn si ewe 9 OPEN 10 1 R203 S10 04 SATA IXPSPETPZ SATALTXPS 33 a HDADOCKEN R438 Q FOR SW SET poe CLEAR SATA Rcomp 275 __ otsvs 9 10K 04 43 04 RESET L ICH RTCRST H SUR 1 037 VENEMAALE o 8503 10K_04 em HIGH ENABLE INTERNAL VR S SATA LED 31 CLEAR CMOS EC H RTCRST L ai SATALED SATA 1 33 8 2 R505 HDADOCKEN BUF JTAG TCK SATA DETO aus AD1 AU2 R446 0412 Layout Note JTAG_TMS SATA1GP GPIO19 BBS BIT 1 lI AE2 BD4 Closed to U4 51_04 JTAG TDI JTAG TDI SATA_IREF O1 5V8 3 3VS AD3 BA2 JTAG_TDO TP9 s BB2 oot 05 Strap 1 Tres BBS BIT1 BBS BITO Boot BIOS Location o e lg 028 22 0 0 LPC Default 0 1 Reserv NAND a aay 8 159 HCB1608KF 121T25 15A IO ABE eserved 5 1 0 PCI 2 lo VDD3 o 160 gt 1 1 SPI se HCB1608KF 121T25 10F 11 Q is 86 C2 5 a 2 VDD3 B NO REBOOT STRAP NO REBOOT STRAP HDA High Enable 3 3 5
162. ing edge Even the cleanest hands have oils which can attract particles and degrade the module s performance Ta o 3 e 2 Screws 2 12 Removing the System Memory RAM 10 11 Disassembly Gently pull the two release latches 8 on the sides of the memory socket in the direction indicated by the arrows Figure 9c The RAM module 7 will pop up Figure and you can then remove it Pull the latches to release the second module if necessary Figure 9 RAM Module deu Removal cont d Insert a new module holding it at about a 30 angle and fit the connectors firmly into the memory slot The module will only fit one way as defined by its pin alignment Make sure the module is seated as far into the slot rebase lat as it will go DO NOT FORCE IT it should fit without much pressure ches Press the module in and down towards the mainboard until the slot levers click into place to secure the module d Remove the module Replace the component bay cover and the screws see page 2 12 Restart the computer to allow the BIOS to register the new memory configuration as it starts up Vee Contact Warning careful touch the metal pins module s connecting edge Even the clean est hands have oils which can attract parti cles and degrade the module s performance
163. m the bottom of the computer to unsnap the LED cover module use the eject pin tool to do this Figure 2a Turn the computer over remove the unsnap LED cover module 2 from the computer Figure 2b Remove screws from the keyboard Figure 2c Lift the keyboard up being careful not to bend the keyboard ribbon cable Disconnect the keyboard ribbon cable from the locking collar socket Figure 2d Carefully lift the keyboard 10 off the computer Figure 2 d 2 6 Removing the Keyboard Disassembly Removing the Hard Disk Drive The hard disk drive can be taken out to accommodate other 2 5 serial SATA hard disk drives with a height of 9 5mm HDD Assembly or 7mm h Follow your operating system s installation instructions and install all necessary drivers and utilities as Removal outlined in Chapter 4 of the User s Manual when setting up a new hard disk a Remove the screws b Remove the component Hard Disk Upgrade Process 1 Turn off the computer and remove the battery page 2 5 2 Locate the component bay cover and remove screws Figure 3a 3 Slide the component bay cover 3 until the cover and case indicators are aligned Figure 3b a 9 3 lt 3 Component Cover 2 Screws Removing Hard Disk Drive 2 7 Disassembly y 4 4 Remove the component bay cover 3 Figure 4c ua 5 Lift the HDD sponge up at point
164. module it is visible at point Figure 15a 2 me module 3 Carefully remove the screw from the module Figure 15b Remove tne screw 4 Lift the module 3 up and off the computer Figure 15c d Lift the module up off the a socket 2 Disassembly 3 MSATA Module Screw 2 20 Removing and Installing the MSATA Module Disassembly MSATA Installation Procedure Figure 16 1 Place the thermal pad 1 as shown Figure 16a MSATA Module 2 Insert the module 2 in the computer Figure 16b Installation 3 Tighten the screw to secure it in place Figure 16c a Place the thermal pad b Insert the module c Tighten the screw LAT LESS 9 EE Li b jqw ssesiq z 1 Thermal 2 MSATA Module Screw Removing and Installing the MSATA Module 2 21 Disassembly Figure 17 Removing the CCD 1 Turn off the computer turn it over and remove the battery page 2 14 2 Run your fingers around the inner frame of the LCD panel at the points as indicated by the arrows 2 id and Bids piel 3 Laythe computer down on a flat surface with the top case up forming a 90 degree angle Push the LCD front LCD panel at the points cover 5 upwards before carefully lifting it up Figure 17b indicated by the arrows 4 Remove the LCD front cover 5 Figure 176 Lay the computer
165. of 46 POWER VCORE B 42 POWER VCORE 12 22 36 5 7 5 3 3V 09 1105 PWR modif RT2 Rika VIN VIN EWTFO2 104FA4F N PR167 150K 196 0603 SWN3 o o 100K 04 2 1 4 7 COLSE E TO YCORR ba EE E 185 PC186 187 188 189 19 Phase 1 PR152 PR174 8 8 8 8 26 7 CV 40mil Inductor g PGND J S 8 S Ei CPU 4 wo 75K 1 04 165 1 0 18 18 18 Pca7 61 PWRGD d 1 D 2 1 VR EN PC142 1200p 50 X7R 04 EN E E ee T 330ur_25v SYS 4000p 50V X7R 04 ULTRASO ULTRASO OPEN 4mi 2 C 2 fe 143 c G X x gt 0916 1 1 E 5 5 8 CHG FP 0916 CPU 470p_50V_X7R_04 CSP3 2 EMI CHG CSP2 4 2 CSP1 HG3 36 PL7 4 BCIH10
166. ory Memory Expandable up to 16GB The real memory operating frequency depends on the FSB of the processor Storage Factory Option One 12 7mm h Optical Device Type Drive Super Multi Drive Factory Option 2 5 9 5mm 2nd HDD SSD caddy One Changeable 2 5 9 5mm 7 0mm h SATA HDD SSD Factory Option One mSATA Solid State Drive SSD LCD Options 15 6 39 62cm HD FHD Video Adapter Intel Integrated GPU and NVIDIA Discrete GPU Supports Microsoft Hybrid Graphics Intel Integrated GPU Intel amp HD Graphics 4600 Dynamic Frequency Intel Dynamic Video Memory Technol ogy for up to 1 7GB Microsoft DirectX 11 1 Compatible NVIDIA Discrete GPU NVIDIA GeForce GTX 950M 2GB DDR3 Video RAM on board Microsoft DirectX 12 Compatible Audio High Definition Audio Compliant Interface 2 Built In Speakers Built In Microphone Sound Blaster Cinema 2 Security Security Kensington Type Lock Slot BIOS Password Factory Option TPM v 2 0 Keyboard Full size WinKey keyboard with numeric keypad Pointing Device Built in Touchpad Interface One USB 2 0 Port Two USB 3 0 Ports One eSATA Port USB 3 0 Combo One HDMI Out Port One External Monitor Port One Headphone Out Jack One Microphone In Jack One RJ 45 LAN Jack One DC in Jack Mini Card Slots Slot 1 for WLAN Module or WLAN and Bluetooth Combo Module Slot 2 for mSATA SSD Or Factory Option Slot 2 for M 2 3G 4G Module C
167. rFBECUMDZT 16 47 VDDQ FBCUMUZI 186 AT VDDQ pz CDI WER l7 49 C FBCCMD2S 9 FBC_CMD6 ____6 8 ____ _ 48 VDDO eg Ais Ais FBC CMDz i RT 10 FBC cmos RT 10 FBECCMUZS 171 9 2 t7 9 VDDQ Ft campis 7 FBCCMDZ8 11 FBC_CMD23__R7 10 voDQ FBC_CMDZ3__R7_ 10 VDO Faz 0016 CSO 13 12 ___ _ 12 FBCMDZE Nr 11 VDDQ Nr 11 VDDQ CHD17 4 7 13 C FBCCMDi 17 13 13 12 DER FBC cmoo ____13 12 1 ODT 4 M7 14 6 FBCCMDM MT 14 6 FBCCMU T7 13 FBCCMD 17 13 CND18 CKE P ETE AISINCS MT MI8INCS FEC CMDT4 yje 14 6 9 TV AT8INCS ETE A18INC5 FBC_CMD12 M2 vss FBC CMD12 M2 vss A9 CMD22 A6 A6 FBCCNDZ BAO vss FBCCMDZ vss FBC CMD12 M2 vss FBC CMD12 M2 VSS 2 Aii AN Fec omoa 3 FBCCMD2 M3 FBCCMD27 BAO vas FBC_CMD27 NB VSS 25 A5 mmm BAZ vss BAR vss FBC 26 M3 vss FBC 26 vss CM
168. rocedures for the computer Shut the computer down properly and don t forget to save your work Remember to periodically save your data as data may be lost if the battery is depleted Do not turn off the power Do not turn off any peripheral Do not disassemble the com Perform routine maintenance until you properly shut down devices when the computer is puter by yourself on your computer all programs Preface ey 4 Avoid interference Keep the computer away from high capacity transformers electric motors and other strong mag netic fields These can hinder proper performance and damage your data 5 Take care when using peripheral devices Use only approved brands of Unplug the power cord before peripherals attaching peripheral devices Power Safety The computer has specific power requirements e Only use a power adapter approved for use with this computer NA e Your AC adapter may be designed for international travel but it still requires a steady uninterrupted power supply If you are AS unsure of your local power specifications consult your service representative or local power company Power Safety e The power adapter may have either a 2 prong or a 3 prong grounded plug The third prong is an important safety feature do Warning not defeat its purpose If you do not have access to a compatible outlet have a qualified electrician install one Before you undertake e When you want to unplug the power cord
169. s appropriate download area BIOS and download latest BIOS files are not backward com c the BIOS file will be contained in a batch file that may be run directly once unzipped for your computer model patible and therefore E see sidebar for important information on BIOS versions you may not down c grade your BIOS to D older version after up Unzip the downloaded files to a bootable CD DVD or USB Flash drive qudm wg e Ay 1 Insert a bootable CD DVD USB flash drive into the CD DVD drive USB port of the computer containing the sion e g if you upgrade downloaded files a BIOS to ver 1 00 05 p you MAY then go 2 Use tool such as Winzip or Winrar to unzip all the BIOS files and refresh tools to your bootable CD DVD USB flash drive you may need to create a bootable CD DVD with files using a 3rd party software to ver 1 00 04 Set the computer to boot from the external drive 1 With the bootable CD DVD USB flash drive containing the BIOS files in your CD DVD drive USB port restart the computer and press F2 in most cases to enter the BIOS Use the arrow keys to highlight the Boot menu Use the and keys to move boot devices up and down the priority order Make sure that the CD DVD drive USB flash drive 15 set first in the boot priority of the BIOS Press F4 to save any changes you have made and exit the BIOS to restart the computer pg x G
170. tended to be supplied by a Listed Power Unit as follows AC Input of 100 240V 50 60Hz DC Output of 19 5V 6 15A 120 Watts minimum AC DC Adapter CAUTION This Computer s Optical Device is a Laser Class 1 Product FCC Statement This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions This device may not cause harmful interference This device must accept any interference received including interference that may cause undesired operation Instructions for Care and Operation The notebook computer is quite rugged but it can be damaged To prevent this follow these suggestions 1 Don t drop it or expose it to shock If the computer falls the case and the components could be damaged Do not expose the computer Do not place it on an unstable Do not place anything heavy to any shock or vibration surface on the computer EY 2 Keep it dry and don t overheat it Keep the computer power supply away from any of heating element This is an electrical appliance If water or any other liquid gets into it the computer could be badly damaged Do not expose it to excessive Do not leave it in a place Don t use or store the com Do not place the computer on heat or direct sunlight where foreign matter or mois puter in a humid environment any surface which will block ture may affect the system the vents 3 Follow the proper working p
171. the connector is oriented in the same way The side is usually not indicated 2 Q 0 9 c N Pressure sockets for multi wire connectors To release this connector type grasp it at its head and gently rock it from side to side as you pull it out Do not pull on the wires themselves When replacing the connection do not try to force it The socket only fits one way Pressure sockets for ribbon connectors To release these connectors use a small pair of needle nose pli ers to gently lift the connector away from its socket When re placing the connection make sure the connector is oriented in the same way The pin1 side is usually not indicated Board to board or multi pin sockets To separate the boards gently rock them from side to side as you pull them apart If the connection is very tight use a small flat head screwdriver use just enough force to start 2 2 Overview Disassembly Maintenance Precautions The following precautions are a reminder To avoid personal injury or damage to the computer while performing a re JOR moval and or replacement job take the following precautions Power Safety Warning 1 Don t drop it Perform your repairs and or upgrades on a stable surface If the computer falls the case and other B efore you undertake components could be damaged any upgrade proce 2 Don t overheat it Note the proximity of any heating elements Keep the computer out of direct sunlight dures
172. the pin alignment it will fit only one way DO NOT FORCE IT d Turn the release latch to unlock the CPU d e Lift the CPU out of the socket N z o Q o o D o lt AS Caution The heat sink and CPU area in general contains parts which are gt subject high temperatures Allow the area time to cool before remov D CPU ing these parts Removing and Installing a Processor 2 15 at 0 o N Disassembly Figure 12 Processor Installation Procedure Processor 1 Insert the CPU Figure 12a and pay careful attention to the pin alignment it will fit only one way DO Installation FORCE IT and turn the release latch towards the lock symbol Figure 125 2 Remove the sticker Figure 12c from the heat sink unit if it is a new unit a Insert the CPU 3 Insert the heat sink as indicated in Figure 12c Turn the release latch to 4 Tighten the CPU heat sink screws in the order O O amp the order as indicated on the wards the lock symbol c Insert the heat sink d Tighten the screws 2 CPU 4 Screws label and Figure 12d Replace the CPU fan component bay cover and tighten the screws page 2 14 Note Tighten the screws in the order as indicated on the label 2 16 Removing and Installing a Processor Disassembly Removing the Wireless LAN Module Figure 13
173. u J F 79 R1516 R1517 o P SE e VDD3 Heg 5 as ELE a i5mil short short C987 C988 _ C989 7 77 are 0 1u_16V_Y5V_04 16 5 04 16V 5 04 ae c 60 mil PIN32 PIN48 ms m D3V3 P ud thes L73 R1518 33V Bis 4 ae HCB1608KF 121T25 15mil_short C990 LDO Mode 4 74 6 3 5 _06 0 10 16 04 0729 5 4 3 2 Card Reader RTL8411B 33 7 S e 22 co Schematic Diagrams HDD TP Audio CLICK TP NAME ADJ T C109 0 1u 10 X7R 04 R70 C106 C108 10K 04 10u 10V Y5V 08 1u 6 3V XbR 04 TP CLK 36 TP DATA 36 85201 04051 VDD3 R107 0 04 4 TPZ R94 0 04 4 CTPBUTTON R98 0 04 3 INC2 NC1 2 Sheet 33 of 46 swam 85201 04051 HDD TP Audio an USB ped ee en W650SJ SwA4 Sw3 TJE 532 Q T R 1 CTPBUTTON R 3 1 CTPBUTTON L 2 1 4 71 5 1 2 PCBfootprint 3 4 5 d 6 6 53 3050B B41 100g HDD CONNECT1 MASTER 0 01u 16V X7R 04 0 01u 16V X7R 04 lt 5 7 gt i 0 01u 16V X7R 04 0 01u_16V_X7R_04 AU O5VS C64

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