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W270HSQ - Le Hollandais Volant

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1. ITEM PART AME PART N REMARK 1 ILCD FRONT CASE PROTECT MYLAR PET 710 6 40 7118 012 2 LCD COVER SCREW RUBBER SLICDN We70HUQ 6 47 7 8 020 3 SCREW M2 5x5L KI BK Z ICT NY 6 35 6125 5 4 LCD FRONT COVER MODULE We70HUQ G6 39 7H1 011 2 CCD LENS PMMA 7 6 40 7 060 9 W O CCD LENS PMMA We70HUQ 6 40 W27H1 070 6 SCREW Mex3L KI NI ICT NY DD 04 5 DT 0 4 16 35 81120 3 7 LCD HINGE L we70HUQ 6 33 W27H1 021 8 SCREW Mex5L 08 D 4 0 BK Z ICT NY 6 35 B6180 5R0 9 CAMERA BISON FIX BN8H6Y65 300 13 1 6 88 250 4900 OP TIU 9 VC CAMERA CHICONY FIX CNFALA9 LIM 6 887 We SUC 75100 UP TIL 9 WC CAMERA BISON FIX BNe8M6SG3 320 131 GAA We4GHU 6 88 ES1QC 4904 OPT 9 JVC CAMERA BISON FIX BNCBM6SG3 300 1 3 64A WeOBHUI C 6 88 ES1QC 4902 OPT 9 JVC CAMERA BISON FIX BNEBUSXKI 000 2M HIMAX20S0 6 88 X310C 4900 OPT 9 VC CAMERA BISON FIX 3Ne8V9VG2 000 VIO 07675 30K 0 6 88 100 2100 O LCD 17 3 FHD CHIME N173HGE L11 LED 60 M 6 50 NB260 D01 10 LCD 17 3 HD AU BI73RWOL V2 H W 5A LED
2. 3 33 stra N13P GL N13M U10 1 6 3 04 MC74VHC1GosDFT2G 1 VGA_ROM_SI 20K Low 45 3K Low 22 34 dGPU_RST i amp ET RUN 214 ence VGA ROM SO 30K Low 30K Low 100K 04 RUN R56 oum VGA ROM SCLK 15K Low 15K High Nd VGA STRAPO 45 3K High 45 3K High 19 PEG AC S 70022 53 PEX_CLKREQ 3 U32A Ree 1 19 PCI EXPRESS VGA_STRAP1 34 8K Low 34 8K Low 10K 04 Sucesos PEX VDD eT OO PELOD 1 VGA STRAP2 10K High 4 99K High 8581 C134 C145 C65 cin C75 C155 C52 Ga_s MEME PEX PEX CLKREQ 12 Px area ex a PEXIOVDD tu_6 3V_X5R_04 1 6 3 04 6 2N X6R 06 6 3 _06 10u 6 39 06 22u 6 3 08 220 6 3 08 VGA STRAP3 NC NC 19 VGA PEXCLK IET AKT PEX PEX 4 H 4 4 19 VGA_PEXCLK 5 PEX_REFCLK 5 0 220 10V 04 14 PEX DO 2 8336 0 22u 10V 59 04 PEX PLACE NEAR BALLS PLACE NEAR BGA VGA_STRAP4 NC NC 12 2 PEG TXO gt PEG TXO
3. KBC_AVDD L13 o 2 4 1005 121 20 s 1 C436 C510 C502 l C487 C544 1 0 C416 C437 C415 0 1u_16V_Y5V_04 100 6 3 06 0 1u_16V_Y5V_04 0 1u_16V_Y5V_04 1 DUET 1 0 1u 1 0 1u 16V Y5V 04 0 1u 1 ev 04 mmm J 1 541 2 E 100K 04 L26 HCB1005KF 121T20 0 1u 16V Y5V 04 a _ KBC GND i voc FOR W250HPQ FOR W270HU K80_WRESETH C543 obat KB1 J KB2 7 e BuU cM 8520 1 24051 gt gt gt gt gt gt 10 60 00 80 00 00 0 lt 58 510 4 KB SIO 4 18 28 LPC_ADO 5 9 55555 8 gt 59 5 18 28 LPC_AD1 LAD1 955985 X KSI1 AFD 60 RESID 5 KB SI2 6 18 28 AD2 LAD2 KSI2 INIT RESIS 8 KSB Board n 18 28 LPC_AD3 POLK 13 LAD3 KSI3 SLIN KB SI4 TT KESM ir 22 LPCCLK KSI4 KESS Kase 18 28 LPC_FRAME LFRAME KSI5 Fe KB 2 KESG 14 1828 SERIRQ SERIRQ LPC K B MATRIX Le is E ee H EC MODULE CHOOSE FOR DIFFERENCE K B TYPE 22 27 29 30 BUF_PLT_RST LPCRST WUI4 GPD2 PU KSI7 SSS 14 36 500 1 500 1 waste
4. 4 PR236 PC180 1K_1 _04 100p X7R 04 PR2430 04 PC179 1000 50 7 04 PC172 0 10 10V X R 04 5 S R PUT COLSE PR238 24 _1 _04 6 CSREFA Q 165 1 E Traductor PR237 1 04 PR242 44K 196 04 PR239 PC181 173 10 50V NPO 04 2 PUT COLSE 1 05VS 2 10 1 04 33p 50V 04 PR244 PC177 SOCKET 101 C100808 75 04 PR2311K 196 04 4 8K 1 04 2200 50V 04 PR235 64 9 1 08 T TSENSEA 41 VGFX CORE 342 lt H_PROCHOT a lt lt gt PC169 al 0 047u 10V X R 04 PR240 0 04 lt CSP1A 6 VR1_VCCGT_SENSEA X 11 VS ceria WW SWNIA 41 PC175 9 9 1000p 50V X7R 04 PR233 6 98K 1 04 PR2410 04 1000p 50V X7R 43 52 OSBEPA E 6 Vsscr sENsEAK 1 CSREFA 41 a E T 3 3VS PR86 15 06 2 2565 PC168 10V X R 04 i 5 2 PR103 2 10 04 228 19 6K 1 04 PR88 2 06 PU PUT VB RDYA SVS NCP6132A TO VGFX 0555555555451452 HOT SPOT PC1742 2u 6 3V 884888 65856 Oo too PR94 voe e aoo 226 2 06 1661 0 229 10V X5R 04 54 9 1 04 PR2270 04 VR RDYA
5. 3 3V_USB3 3VA 14V o 1 4 __ 1 121125 4 4 4 C290 C297 C308 C287 C306 C263 C266 C267 C289 C270 C277 C276 C309 C262 C313 C268 C307 C269 C314 C282 C302 CT 16v vsv o4 16V 04 16V Ysv 04 0 01 16V 04 0 01u_16V_X7R_04 0 01 16V xXzR 04 16V Y5V 04 16V 04 16V Ysv o4 o tu 16 041 0 01 16V 04 0 01u 16V 7 04 0 01u t6V 7 04 16 04 16V Ysv 04 16v vsv o4 0 01 16V X7R 04 0 01u 16V X7R 04 0 01u 16V X7R 04 0 01u_16V_X7R_04 0 01 16V 04 pin A34 pin A39 pin A47 pin A19 pin A21 pin A44 pin B11 pin B22 pin B26 pin B4 pin A6 pin B17 pin B24 pin B40 pin B44 9 1 19 pin B37 pin B42 3 3 3V_USB3 3 3V USB33 3V USB3 Q 16V 04 1 1 1 C361 220 6 3V 08 0225 22u 6 3V X5R 08 C288 C284 C281 C283 C278 C303 C311 C298 R187 R190 22u 6 3 X5R 08 0 01u 16V 04 0 10 16V 04 0 01 16V 04 16 04 o 1u 16 Ysv 041 16v vsv o4 0 1 16 5 041 16v vsv 04 2 7K_ 04 2 7K_04 pin A1 pin A12 pin A16 pin A28 pin A31 pin A33 pin A38 pin A50 L11 2 16 5 08 4 18 HCB1608K
6. R552 1 04 HOST R264 04 3 33 8251 04 1 DGPU TS ES SATA ODD S GPIO T7 C40 SATA ODD PWRGT 18 sa MODE O BMBUSY GPIOO GPIO68 gt gt SATA ODD_PWRGT 31 MI A42 841 GPIO57 TOK 04 34 sme lt PHOT TACHS GPIO69 Bn 1 5 1 04 DGPU INTR amp H36 C41 GPIO70 I7 2 GPIO6 6 GPIO70 FI gt 883 _ 100 04__ 7 1 8 KBC_RST SCl E38 A40 GPIO71 dp 2 7 DOPU 34 scit lt gt GPIO7 7 GPIO71 580 100K 04 C10 _ SELECT C4 8565 A A 10K 04 _EDID_SELECT OA PHY PWR CTRL GPIOI2 289 10 04 ____ 3 3 5 BNIE HOST_ALERT 1 G2 P4 GA20 34 GPIO15 A20GATE 10K 8P4R 04 R292 AU16 HPECIR R291 20 04 T Sheet 23 of 50 SATA U2 HRA 0 lt 3 34 gt ODD_DETECT 18 T P5 RST 4 5 REPER RCIN p eC 34 DGPU PWROK D40 AY 11 a PCH 6 9 G PIO GPIO17 PROCPWRGD gt gt H CPUPWRGD 3 E mM 10mi PCH TS VSS1 BIOS RE T5 10
7. PantherPoint M POWER 135 1 05 8 VCCA CougarPoint power supply range HCB1005KF 121T20 o 1 05VS 4 1 05 5 Voltage Max 3 3V U39J POWER 2 92 9 1 007 1 057 1 107 For C42 AD49 N2 te For CPT PPT Default tni 29 426 1 437 1 597 mode Internal VR C449 C476 0 1u_10V_X5R_04 3mA Jaci 1 71V 1 8V unstuffed External VR mode Te vocpswa Min P28 6 3V 04 2 stuff C449 C476 VCCIO 31 3 3V 3 147 3 3V C411 0 1u 10V X5R 04 PCH VCCDSW V12 23 4 5 E DCPSUSBYP VCCIO 32 97mA 4 75V 5V 5 25V HCB1608KF 121T25 266mA 3 3VS gt I T9 ves 3181 C460 C461 C734 T23 T 0 1u_10V_X5R_04 i 10u_6 3V_X5R_06 1 6 3V_X5R_04 VCCAPLLDMI2 B T24 MET AL29 VCCSUS3 318 1 05VS VCCIO 14 3 VCCSUS3 319 AL24 V24 10NS o VCCAPLL CPY PCH DCPSUS 3 VCCSUS3_3 10 Ima L34 1608 121 25 24 3 3V il C454 16 04 DCPSUS m 8345 10 1 04 VCCASW 1 1 01A 126 C471 9 1 05VS 1 05 5 ME VCCASW 2 10V X5R 04 C456 22 vsnEr sus 26 5 T lu 6 3V X5R 04 P 22u 6 3V 08 6 3V 04 AA26 O Sheet 25 of 50 e 3Pcs 1 je VCCASW 4 LAN22 USBSUS caso
8. Switching Regulator close to pin48 RT L 8 4 1 1 LAN VDD33 VDD33 18 R307 0 06 OVDD10 Shape L20 Shape VDD100 x Shape cweossocr 4R7MM IN LAN VDD33 S OVDD10 LE lo 522 521 al mj c ES 4 7u 6 3 06 16 Y5V 04 REGLX 8 3 EN o gt o U21 REGLX and VDD10 must be shape S8L 35882352 995 2 S85unzas585005559859 L37 BC177 BC448 must close to Pin 48 8 2 2 gt 0 lt lt a Saxs 1000 0 amp gt 48 32 1 _ MDIPO 0 REGOUT VDDREG 32 MDINO 4 4 VDD100 4 AVDD10 VDDREG 32 LAN MDIP1 ENSWREG H 5 LANXTAL2 cM SDASPIDI D14 RB751S40C2 HEIN OK FLEX GLAN_CLK 19 32 LAN MDIP2 2 7 LED3 SPIDO 72 9 i 32 LAN MDIN2 MDIN2 SCL LED_CR Hyr e gt PCIE WAKE 20 27 29 FLOM PCH pin 47 VDD100 g AVDD10 RTL8411 DVDD10 45 LaN ECTE WAKEF OWDD10 32 LAN SR 2 LANWAKEB Pag EN gt LAN PCIE 34 _ 25 2 32 LAN MDIN3 MDIN3 DVDD33 TSOLATEF LAN_VDD33 2 LAN VDD33 O AVDD33 ISOLATEB P 1 LAN VDD33 Rising Time G LAN VDD33 o DVDD33 PERSTB lt lt BUF_PLT_RST 22 27 29 34 FSX8L 25MHzYO e
9. Sheet 49 of 50 VIN PQ57 Power Diagram Qus M 27 uP6127 1 0575 PWRGD ES EN Ee 1 05VS VTT EN USBVCC3 0 3 3V 10 PM PCH PWROK 014 N TT SYS PWROK 0 85VS RT9715BGS 1 8VS PWRGD USB USB EE PET U22C PORTO PORT3 PU10 NCP6131S DELAY PWRGD 926122 6 B5ys PWRGD PG E O EM PG ALL SYS PWRGD m 39 VCORE 65 Is PU1 PU2 o NCP5199 3 3V VIN VGFX CORE 6 PU12 Q NCP5199 A amp NB ENAVDD 72 pae VS 1 05VS PEX VDD lt lt 063 Pod dGPU 5VS ODD Bo T EC 1 5V 1 5VS VDD 1 5V FBVDDQ PQ24 isi SATA ODD PWRGT PLT RST H dGPU_RST FBVDDQ VGA Frame U7 U8 U30 U31 Buffer A 3G MINI CARD VGA Frame Buffer c U3 U5 U25 U28 DVDD 1 2V 3 3VS 3 3V 5VS 5VS 3 3VS 5VS 3 3VS U18 U19 CardReader WLAN MINI CARD Touch Pad JMC251C SATA HDD CODEC ALC269 B 50 Power Diagram Schematic Diagrams Power On SEQ TOP BOT PWR_SW omw PWR_SW PU6 6 ees 1 3ms DD ON PQ27 2 3 3V pe rise time 960us 2 12ms PU4 5 PQ64 1 e RS D 5V 014 3 2066 1 RSMRST _ RSMRST 417 35 e PWR BIN UT J
10. Figure 1 A 3 gt U m r 7 N D lt Figure 2 Bottom A 4 Bottom Bottom ITEM PART NAME PART ND REMARK 1 VGA SUPPORTER SECC 270 50 6 33 2755 010 MB MYLAR MODULECFR83 5011N RUBBER 6 40 25 200 3 GASKET 8 8 2 FOR DC JACK TP80V 6 47 00190 08 4 MAIN BOARD V2 0 W O 36XHM76XW U TD We70ENQ 6 77 W27S0 DN2 1 4 MAIN BOARD V1 0 W O 3G We70ESQ 6 77 2750 001 1 4 MAIN BOARD V10 W O 36 GE2 W270EPQ 6 77 2750 001 4 MAIN BOARD VLOA W O 3G We70HSQ 6 77 2750 0 1 3 MYLAR KB BRIDGE BD PET We70HUQ 6 40 W27HZ 010 6 AUDIO BOARD MYLAR 20860018 2868 467 C4500 6 40 C4 50S 030 7 CPU SUPPORT BRACKET SECC 251 6 33 25 5 013 8 SCREW Me S SL KI BK Z ICT NY 6 35 B6125 SRA E AUN IB IC ILE UD MOLI lt 88 345 9400 lt OPTION 9 T
11. 88 25 2 9400 lt OPTION 9 JUNE REI ELI HC E WE NR 0 6 88 555 5300 OPTION HALF 88 76 2 7001 lt OPTION gt 9 CAO URINE WERE TIG G 6 88 555 7001 lt OPTION gt 9 VLAN 80221 BON RTLBISECE CASTLENET 70 HALF MIN CARD CHE 6 88 w1102 5300 lt OPTION gt 9 G 88 W110e 9400 lt OPTION gt 9 GE DCUM 6 88 17 4200 lt OPTION gt 9 VAN CMD 00 001171 2 AG 22 MOT LE 6 88 25 4200 lt OPTION 9 TEL OO PI 6 88 M77C8 4880 lt OPTION gt 10 SCREW Mex3L KI NI ICT NY 0001 0455 1 0 6 35 B1190 3RE MYLAR M550J 6 40 55 2 020 12 3V W CABLE BCRCOZCWSSKMIGB 6 23 22015 1 0 13 TAPE MYLAR CO MYLAR 550 6 40 55 2 030 14 VGA CHIP NYLAR 30 30 NB9P GE2 MB60TU 798 6 40 8605 091 15 MYLAR MB FAN WeSIHPR 6 40 25 400 16 RUBBER 81 10 0 5 SILICON FOR MB BOTTOM WestHPa 6 47 00193 807 17 CPU amp VGA HEATSINK MODULE AL FIN We70ESQ 6 31 We 7SN 101 18 BAP SL TOVALAHARBAV ME 6 87 24 5 4 4 lt OPTION 18 IPS LI 1IV 56AH 6216WH 352 SHP SDL 982037 E400 6 87 4125 4074 lt OPTION 18
12. e o 4 VIN PC220 PC76 nl PC215 pas 8 e PU10 4 2 2 VDDQ 5 5 9 1 11 V 10u 6 3 06 5 5 1 5 1 caller 0 1u 10V 7 04 2 5 VLDOIN 2 VDDQ PJ30 PED VIENEN 1 1 1004H 1ROM Z01 15A QS OPEN 2mm 4 n D 1 5V I as VTTGND LL PC214 OPEN 8mm 5 267 1000p 50V X7R 04 208 PC207 L9 onu 1 1 17 PD16 72 1 0 06 A 1 8 18 rer 488 20 04 GND 148 na Zomi od ME4626 G E m es lt 4 9 e lt Bu WE PR151 6 2K 196 04 ms 5 5 265 5 5 1 mr pvees 1 3 1 2 5 1 06 E m 225 1 2 2 06 ME4626 G locu 30V 04 VREF eus 1 1 1 5 28mil 06 6 13 158 28mil 06 H bius EUN 226 PC230 T mm E a 124 22 04 VDDQSNS8 11 S5 6163 28 m VTT MEM PC227 VDDQSNS S5 ES PR145 PR270 4 9 lt lt 28mi 1000p 50V X7R 04 m 4 ped 3 44 100K 04 28mil 06 8 3537 suse EE Sheet 38 of 50 70022 53 123 992 DDR1 5V PWRGD gt DDR1 5V PWRGD 20 ee F 65616 ss T POWER 1 5V 5V o PR156 10 196 04 PR268 10 7K 196 04 1 05VS PR277 47K 04 R1 PR269 10K 196 04 Ve Vout R1
13. 27 SATA BLU RAY COMBO ____ __ __________ _________ 5 WLAN MINIT PCIE 28 Preface CCD TPM MULTI CON V Pd B 29 30 Car Reader RS LESA 31 SATA ODD LED USB CHARGE ccm 32 HOMERIT 33 AUDIO CODEC VTISO2P B 34 35 LIVS CPU 36 37 Power 0 85VS 1 8VS 38 POWER 39 POWPRIUSVILOUSMS VTI N B 40 POWER VCORE B 41 POWER VCORE2 2 993 B 42 Power VGA NVVDDJ PEX VDD B 43 TOR CHARGER seerste B 44 45 6 6 46 W251HPQ POWER SW BOARD B 47 W270HU BRIDGE ODD BOARD eer B 48 W270HU POWER SW BOARD B 49 Dover n i B 50 POV EO mEET 51 Updating the FLASH ROM BIOS 1 Chapter 1 Introduction Overview This manual covers the information you need to service or upgrade the W270HSQ series notebook computer Informa tion about operating the computer e g getting started and the Setu
14. C default HI for Ir3 4 831 7 amp i c 0 M6 M7 M8 M2 M3 M4 M5 H H21 H25 m M MARK M MARK M MARK M MARK M MARK M MARK C111D111N 1110111 1110111 20 29 30 PCIE lt C Bem 0 04 WAKER 3 wakes 3 3VAUX 0 bg 03 3V 00000000 COEX2 UIM_PWR o BUS A DATA pe 0 04 19 ae 1 CLKREQ H 80 DEF short SEN at 19 PCIE WLANZ REFCLK RESET 36 3IN1 H10 19 CLK PCIE WLAN REFCLK UIM VPP 3IN1 34 GNDO 4 J 800861 H16 i 6 34 M52NS 020 2 GND1 GND5 1 Bottom 8185 20K 04 4 vbD3 d 6 34 M52NS 020 2 GND2 GND6 265 1 GND3 GND7 GND4 GND8 GND9 34 WLAN_DET GND11 GND10 10K 04 19 PCIE RXN3 WLAN 19 PCIE RXP3 WLAN PETpO W_DISABLE WLAN_EN 34 19 PCIE_TXN3_WLAN PERn0 PERSET BUF_PLT_RST 22 29 30 34 19 PCIE_TXP3_WLAN SMB 1 4 32 2 3 3V SMB 36 BT_DET 34 BT EN BT EN R Reserv USB D 38 53 USB PN3 22 0 04 Reserv USB D 20 mil USB PP3 22 Port 3 GND12 24 VAUX 1 i 23V S 3VAUX 3 amp aVAUX 1 24 3 8VAUX R525 20mil 04 5
15. 7 9 PCLKOUT PCIE7P F47 GPIO6 PCIECLKRQ6 T13 PEG_PCIECLKRQ7 CLKOUTFLEX1 GPIO654 _ gt gt FLEX_GLAN_CLK_39 or RLT8411 100816 12 PCIECLKRQ7 GPIO46 47 GPIO66 N CLKOUTFLEX GPIO66 BAI 0 04 USB3 0 unused crystal AKT3 CLKOUT ITPXDP 49 used PCH clock output PCLKOUT ITPXDP CLKOUTFLEXS GPIO67 4 FLEX CLOCKS Rev 0 5 B 20 2 9 PCIE SMBUS CLK Schematic Diagrams PCH 3 9 DMI FDI PWRGD PantherPoint M DMI FDI GPIO U39C BC24 BJ14 2 DMI RXNO BE20 DMIORXN RXNO Av14 2 2 1 DMHRXN FDI_RXN1 _TXN1 2 2 RXN2 BG20 DMI2RXN FDI RXN2 TXN2 2 KENNA I 7 2 RXN3 DMI3RXN FDI_RXN3 FDI_TXN3 2 8569 04 BE24 FDI RXN4 PEI ENIE 505 PWR ACK 6570 10K 04 BHND FDI ENS 2 2 DMLRXPI BJTg DMHRXP RXN6 FDI TXN6 2 S DM DM RXN7 PCIE_WAKE R296 1K 04 24 FDI_TXPO 2 4 1 95 04 1 2 DMI_TXNO Sh AW DMIOTXN FDI RXP1 FDI TXP1 2 ME
16. for VT1802P C100818 R401 0 06 For 1 5V HDA Link R378 0 06 For 3 3V HDA Link 1 5V C486 3 3 5 AUD 526 6527 16V 5 041 R338 15mil short 06 100 6 3V X5R 06 10u 6 3 X5R 06 0 1 16V Y5V 04 C485 3VS L19 3 8VS AUD 9 HCB1005KF 121T209 2 C481 case 0500 0 1u 16V 5 04 10 6 3 06 16V Y5V 04 0 1u 16V Y5V 04 C484 10u 6 3V 08 VIA C100902 C501 C538 O5VS Layout note GND and AUDG space is 60mils 100mils EMI Require L27 2 HCB1005KF 121T20 10mil short 04 10mil short 04 VT1802P L25 C704n uWxo 5VS AUD ALC269VB L25 C704 VT1802P C10081 0 1u 16V Y5V 04 0 10 16V Y5V 04 PIN 1 2 change C100930 BAT54AS3 U23 A ose to Code 4 aa aa 13 B MODE PD 207 88 86 SENSE A JD SENSE 31 D 012 7515 40 2 gt os 14 LINE2 L R423 39 2K 1 04 Q22 SPKOUTL 40 LINE2 L T5 LINEZH 9 lt C JD SENSE 31 INT MIC R218 svs AUD o 8356 100K 04 2N7002W SPKOUTL 41 S
17. E HCB1005KF 121T20 1 05VS_VCCA_B_DPL VCCADPLLA 1 A 80mA Bras VODAIESKTA 1 05 5 VCCAPLL 150mA VOBADRELB 1 5VS 1 8VS HCB1608KF 121T25 1 05 5 o 11 C731 C730 C732 C507 AF17 VCCVRM 1 05 8 0725 M C427 5589 VCCDIFECLKN 1 S 4 AC16 p 6 3V 04 6 3 _04 T 37 VCCDIFFCLKNI2 VCCIO 3 3V 1 5V 8 8A 1 5A 10 ss lo o VCCDIFFCLKN 3 lt 25 VCCIO 2 5 1055 VCCSSC 0 06 zu 1u_6 3V_X5R_04 e 1 1 463 gt 8 8 5 VCCSST 16 C410 10 10 10V 26R 04 DCPSST 1u_6 3V_X5R_04 T 1 05M VCCSUS 117 T21 1 01A I 6425 6 3V 04 19 Pu VCCASW 2 01 05 5 1mA 21 1 0548 VIT o VCCASW 23 I C432 I C413 C414 V PROC IO VCCASW 21 4 7u 6 3 06 X5R 04 10 X5R 04 3 1 5A HDA 10 16 A22 P32 2mA VCCRTC P VCCSUSHDA 3 T C71 1 C716 enr Rev 5 T C473 6 8V X5R 04 10V O4 10V 04 10 04 B 26 PCH 8 9 POWER Schematic Diagrams PCH 9 9 GND P an the r Po 1 t 2 GND Voltage Rail Voltage 50 Iccmax Current V CPU IO 1 05 1 mA 4 H46 5 AY42 VSS 159 VSS 259 VSS 0 YSREE 1 1 mA AY46 VSS 160 VSS 260 17 AK3
18. YT vop P voo __ 20 _ 22 vop pU MET EE B 18 VGA NVVDD Cecoupling Schematic Diagrams PCH 1 9 RTC HDA SATA REBOOT STRAT cy nigh NO REB T STRAP HDA PKR Hi En e 3 20mils VFC omits PantherPoint M HDA JTAG SATA eee 1 VDD3 1 SPKFR271 1K 04 3 C446 1 6 3V X5R 04 C100810 8315 12p 50V NPO 04 del X9 99832 768 CO LAY C101004 iTPM ENABLE DISABLE 20K 196 04 TPM FUNCTION SPI SI High Enable R313 i 6 22 32R76 0B2 SPI_SI R43 1k 04 SERRO R263 10K 04 J RTC1 C423 JOPEN2 RTC VBAT 6 3 04 OPEN 10 1 usd 6 03 08265 050 R325 L cos PC ADO 28 34 5 RTCXI FWHO LADO 8 85205 02701 20K 1 04 EE ADI 28 34 R296 X 10K RTCX 2 LAD2 020 FWH3 LPC_AD3 28 34 R297 10K x R334 C422 RST amp nen i m i 5 LPC_FRAME 28 34 TT SRTC_RTC LFRAME E 2 3 3VS 22 LDRQO 7 ShLINTRUDER O INTRUDER E LDRQ14 GPIO23 P Board ID i 7K V 8
19. PD1 PR1 0 047u 10V 04 8 1 l 0 047u 10 XyR 04 MDL914S2 15K 04 PC20 0 1u 50V Y5V 06 LX 14 13 2 H LX HDR LDR 16 5 ICHP Sheet 43 of 50 21 BST 12 28681 4 ICHM PR182 as ICHM 1 AC IN CHARGER oye iios 15 10 y 33 06 VDDP SCL SMS BAT 4 3 7 1 1 BATDET 3 PD21 RB0540S2 IACM IAC 34 BAT_DET lt 2 B 2 COMP 8 COMP 12 06 net x 1 PQ38 PR57 20mil 04 tBTD 1010009 25K301853 R286 00 9 6 lt lt SMC_BAT_R 34 2 PR58 201 04 su BAT 34 LL m PR55 d m PR287 n vem 20mil 04 LL TOTAL CUR 34 0 04 15mil short 06 417 47P 50V NPO 04 d PR177 112 PC113 PC117 E 25V 08 25V 08 25V 08 gt 55 5 4 M v PC114 PR180 0 a PC21 100_04 0 47u 10V Y5V 04 c PWR w d C100822 a 1u_10V_Y5V_06 1u_10V_Y5V_06 d PR65 100K 04 Pag DAC INE 34 2SK3018S3 PQ63 PR261 34 gt 3 00 196 04 m PQ69 3 Bar 34 DTC114EUA ZD5245BS2 PR260 PR264 213 PCB Layout notes 100K 1 04 60 4K 1 04 0 1u 16V Y5V 04 E 1 All power traces should be routed on the outer layers GNDP VSYS LX VCHG VBATT G 2 VDD3 ro 36 2580301853 2 Use Kelvin connections for R3
20. c 0 Sheet 11 of 50 PANEL INVERTER PANEL CONNECTOR 30Pin amp 40Pin 1 21 21 21 21 21 21 21 21 21 21 VIN LCD PANEL INVERTER CRT P DDC DATA BRIGHTNESS R BLON VIN LCD J Lco9 P DDC DATA DATA 21 00 P_DDC_CLK 21 BRIGHTNESS R INV BLON LVDS LCLKN VDS LOLKN LVDS L2N 21 LVDS LCLKP LVDS L2P 21 2 LVDS L1P 03 3VS LVDS LON gt OPLVDD 2A LVDS LOP LVDS UCLKN LVDS U2N 21 LVDS UCLKP LVDS U2P 21 LVDS U1N LVDS UON 21 LVDS U1P LVDS UOP 21 Yi40pin connector E n N30pin LVDS LCLKN LVDS LCLKP LVDS L2N LVDS L2P C14 0 1u_16V_Y5V_04 C10 4 74 6 3 06 0 1u_16V_Y5V_04 R16 10K_04 OPLVDD R17 20mil 04 D7 BAV99 RECTIFIER lt BRIGHTNESS 34 RB751S 40C2 0 1u_16V_Y5V_04 connectors2qj TOwpin 029 10 108AH15FSTO4A1CC 2 2 1 DAC RED gt gt DAC RED FCM1QO5MF 600T01 L30 1005 600 01 FRED s 7 T 2 S X 21 DAC GREEN gt DAC GREEN L3 p 129 1 05 FGRN m 3 8 3 DAC BLUE DAC BLUE EOM1005MF 600T01 8 0 1 B TS ad C12 C575
21. 047 FBB CMD14 ys FBVDDQ FBA D47 0 047 CMD14 V FBC D48 2 048 15 Us FBC_CMD15 FBVDDQ ANST FBA paa FBA 132 15 FBC Dag FBB 049 FBB 16 S ONDIS FBVDDQ C107 C138 9 c5 N32 FBA 049 16 T FBA BG FBB D50 FBB 017 5 Bu FBVDDQ T 050 APSU 050 CMDi7 29 7 FBC 51 FBB 051 ___18 018 id 6 3V 04 6 34 06 10u 6 o6 108 6 39 06 051 051 CMD18 zi zs ee FBB D52 FBB 19 FERE CND 19 4 4 4 BAD gt D52 Faa_cmpie __ CUDTS zm FBB D53 FBB CMD20 OMD _ 053 CMD20 x FBB 054 FBB CMD2t 5 PLACE UNDER BGA PLACECLOSEBGA FBA D54 054 CMD21 2 21 FBC 055 055 22 _ 22 055 D55 CMp22 FBC_D56 FBB D56 FBB CMD23 FBC CND23 8 GND PROBE D56 CMD23 Y BC FBB 057 FBB CMD24 BC CND24 FBA D57 FBA D57 024 J CMD24 FBC 058 FB8 058 25 FBC_CMD25 058 Mb WST PHALCMDAS 059 221 FBB 059 _016 26 FB CAL PD VDDO 427 am 059 26 lt 6 0
22. 10 EVDD10 VDDREG VDDREG IN 1 SOCKET SD MMC MS MS Pro C504 C532 C440 C533 Bi J CARD REV1 CD SD DAT2 SD SD CMD_SD VSS SD VDD SD CLK SD 10 6 3 04 16 04 4 7u_6 3V_X5R_06 0 1 16V 5 04 Pin 29 Pin 29 Pin 46 Pin 47 VCC CARD VCC CARD VCC CARD iE VCC CARD LAN VDD33 LAN VDD33 LAN VDD33 LAN VDD33 LAN VDD33 LAN VDD33 6750 23 SD DO VSS SD SD DUMS DATO SD C760 R614 8615 0 1u 16V 04 DONS a 534 C491 C470 C759 4 7 6 3V 06 150 06 150 06 WP 80 VSS_MS VCC_MS SCLK_MS DAT3_MS INS MS DAT2 MS SDIO DATO MS MS BS MS 16V 04 16 Y5V 04 16V 04 VCC CARD O Pin 39 Pin 58 Pin 63 C708 16V O4 Pin 11 50 CLK MS D3 N b es 5 INSZ 0 1u 16V Y5V 04 50 D3 MS 02 SD UHS Mode Power Supply Close to Cardreader CONN LAN VDD33 VDD33 18 VDD33 18 VDD33 18 VDD33 18 for BOM C100839 C490 C546 C545 C536 C535 0 1u 16V Y5V 04 6 3 06 0 1 16V 04 47u 6 3 06 0 1u 16 04 Pin 64 Pin 33 Pin 33 Pin 53 Pin 53 Card Reader RTL8411 B 31 Schematic Diagrams SATA ODD LED USB CHARGE
23. PWR 017 33 SUSC TOP BOT 70715 SUSC PQ11 5 1 5 9 C644 1 1 026ms 1 578 5 C636 1 Tors 5 898ms 65 1 057 U9 4 1 05V rise time 2 372ms SUSB 27 5 SUSB Tous svs 2 1 1 PQ65 1 svs 2 1 598 024 4 ss ower un 1 31ms 69 3 3VS 135 2 063 1 69 3 305 P rise time 753us 1 34ms 69 1 05 5 PQ4 8 PJ25 69 1 05 8 1 05VS rise time 932us 69 VTT PJ7 JDIMM2 203 69 VTT MEM 5 2 215 69 1 878 PJ6 C633 1 1 8 1 875 rise time 442us 4 75ms 1 05VS VTT C232 1 57 1 1 05 8 VTT 1 05VS VIT rise time 336us 5 694ms 0 85VS 148 1 20 5 0 85175 1 05VS VTT rise time 672us ALL SYS PWRGD U22 8 U27 13 ALL 8575 PWRGD os PM PCH PWROK 022 13 PM PCH PWROK 0 09 0 0 7 PMSYS PWRGD 010 4 l EUF mm H CPUPWRGD R82 lt VCORE C156 1 PC147 1 14 4 1 G3 YCORE 212 8ms DELAY PWRGD U22 12 DELAY PWRGD d SYS PWROK 022 11 SYS PWROK Tian 5 pur 020 16 033 1 pur_rst dGPU ENS PQ5 G 2036 2 19 52 373 RUN Q7 5 PQ35 4 3V3 RUN p 1 087ms NVVDD PJ1 PC122 1 NYVDD NVVDD rise time 677us
24. KS SOT ES 126 KSO1 PD1 738 KB SO KB SO2 3 3 43 AC_IN KBRST GPB6 PU KSO3 PD3 40 KB S04 5 5163 X 171 09 28 LED ACIN PWUREQHIGPC7 PU KSO4 PD4 KESO Rest L pe e 20 22 PRESENT 18011 7 PU KSO5 PD5 4 KE SOS 506 131 zi KSOG PD6 33 kE SO 5 RESO TE o 23 SMI 15 KSO7 PD7 5 8 7 KESO T7 MODEL ID R305 10K 04 23 SCH 5 KSO8 ACK RESO 8 509 18 VDD3 KSOS BUSY 726 5010 9 5010 _ 19 R321 10K 04 76 KSO10 PE RESOTT 0 KESO 204 ee 27 WLAN EN GPJO KSO11 ERR 52 R amp B SO12 21 5012 2 33 KBC_MUTE GPJ1 KSO12 SLCT 53 KBE SOTS 22 KB S013 22 18 ME_WE DAC2 GPJ2 KSO13 54 KB SOid 5 234 28 CPU FANK DAC3 GPJ3 KSO14 55 KE SOTS 24 5015 24 VDD3 35 86 USB CHARGE DACA GPJ4 8518 5015 c 23 CRIT TEMP REP C100820 DAC5 GPJ5 322 10 04 6 03 m 8518 0 2 DET R306 10K 04 BAT DET 66 100 43 DET EAT VOUT 67 ADCO GPIO FLFRAME GPG2 10T CER gt gt 38 POWER 27 CPU THERM R _ R357 43 1 Q 43 BAT VOLT 68 ADC1 GPI1 FLADO SCE T02 KBC SPISI 5 5 70 04 Uc Du ADC2 GPI2 FLAD1 SI KBC SPI SO SMD_CPU_THERW_R 8368 0 04 5 2 V
25. MTAC LISHEN POE 6 87 C480S 4G4B OPTION 19 SCREW M2 6 2L NI ICT NY FOR SPEAKER 6 35 21120 682 20 SPKECABLE L 14862 ov 4 LTOSIPSUK L 6 23 5 25 020 2 21 SM CARD MYLAR 1954194035 195914 1035 6 40 We 7H3 080 22 BRIDGE ODD BOARD 1 0 W270HPQ 6 77 W25PN DOIA A 23 U FOR ILUE PCBFTC CABLE VP M B TO AUOD BOARD VOR 6 43 27 0 010 1 24 AUDIO BOARD 2 0 WeS1ESQ 6 77 WeSPB D02B 25 SATA BLU RAY COMBO ASS Y OPTION 6 79 270 50 010 05 SATA DVD SUPER MULTI ASS Y OPTION 6 79 w270ESQQ 000 25 ODD ASS Y We70HUQ OPTION 6 79 w270HUQZ 000 25 SATA BLU RAY COMBO We70ENO OPTION 6 79 we 70ENQW 010 26 SPKCABLE R 34866 4 234 R IVY WSIPO 6 23 5 5 010 2 27 PRBDUCT LABEL FOR W270ENQ 6 45 W 70EN93 010 27 PRODUCT LABEL FOR W270ESQ 6 45 270 503 010 27 PRODUCT LABEL FOR W270EPQ 6 45 W870EPQ3 010 27 PRODUCT LABEL FOR W270HSQ 6 45 W270HSQ3 010 28 ASS Y E5120 6 79 E519000J 020 28 HDD 557 51200 6 79 E5120Q0J 010 28 HDD ASS Y C4800 6 79 C480000 010 29 HDD COVER PC ABS W270HUQ 6 42 WO7HJ 011 30 SCREW KI BK Z NY ICT 6 35 86125 880 31 SCREW MexSL 08 0540 BK Z ICT NY 6 35 6120 5 0 32 BOTTOM CASE MODULE ASS Y We70HUQ0 6 39 We 7H3 013 33 ANECON SV O44 30089 FIRCECIN 16 8 3 W15H 010 34 CPU COVER MODULE We270HNQ 6 42 W27N3 101 35 TAP
26. 52 N13M GE1 WCKB23 Se 928 FBB WCKB45 gt 226 WCKB45 Sr FBB WCKB45 CS 525 WCKB45 XK PEX VDD FBB WCKB67 27 WCKB67 2 FBB WCKB67 WCKB67 16mil 17 DPLLAVDD FB VREF TP 26 rg PLL AVDD 027 DPLLAVDD C100823 C90 C126 C612 C133 100818 s C100818 10V X7R 04 10V 04 220 6 3 08 10 6 3V 06 FBB ODTL CMD2 R54 10K 04 FBB R480 10K 04 ODTL FBA 2 R142 10K 04 E FBB L FBC 465 10 04 FBA_ODT R512 10K 04 FBB H R84 10K 04 PLACE NEAR BALLS FBA R515 10K 04 PLACE NEAR BALLS PLACE NEAR BGA CLOSE TO CAPS FBB_RST FBC CMD5 R47i 10K 04 H FBA 19 R146 10K 04 FBA_RST CMD5 R101 10K 04 B 14 VGA Frame Buffer Interface Schematic Diagrams VGA Frame Buffer A FBVDDQ Frame Buffer Partition A 6649 C240 C596 C600 C645 6 8V6R 04 6 3V 06R 04 1 63v xsR 04 6 3 04 ju_6 3V_X5R_04 6 04 1 6 04 63 X5R 04 6 8V 04 0 14 for FBVDDQ one chip VRAM 1 0uF X8 FBVDDQ FBVDDO C586 C192 C231 C122 C654 C232 C193 C191 C229 C603 1 0 1u 16 Y5V 04
27. 6 3 04 2 VCCASW 5 8 9 09 59 8 H VCCASW 6 F 1 455 us 5VS VCCSREFSUS 4 1mA Q D11 _ RB751S 40C2 22u 6 3 X5R 08 6 3 04 AC26 0 P34 VCCASW 8 9 3 3VS 27 T NES 97mA R333 101 04 o gus 29 VCCSUS3 3 5 VCCASW 10 2 N22 Gara VCCSUS3 3 C429 AC31 Ves B 6 3 04 1u 6 3V AD29 VCCSUS3_3 1 05VS VCCASW 12 bas AD31 rt ay VCCSUS3_3 M 3 3V o 266mA dos wai lu 6 3V X5R 04 2Pcs vecaswii4 2 voca 1u_6 3V_X5R_04 u 6 23 VCCASW 15 C474 C715 C428 1 22u 6 3V X5R 08 2Pcs W24 Pi 5 4 gt c VCCASW 18 10 X5R 04 0 1u 04 10V 04 W26 L 2204 6 3V 6 3 6 3 4 2 2 VCCASW 17 W29 C424 10V 04 VCCASW 18 1 wai VCCASW 19 2 3 1 05VS 1 05 8 VCCA W33 uus SATAS hs 6 128 1 5VS 1 8VSO VCCASW 20 2 92 HCB1005KF 121T20 eo HCB1608KF 121T25 VCCIO D 01 05VS N16 1 2 DCPRTC 13 0733 6524 16mA dig 1 6 3 04 224 6 3 X5R 08 1 6 3 _04 VCCVRM 4 VCCIO 13 220u V A 0 04 E 8047
28. 220 04 WMGND WLID_SW 20mil 1 Sheet 48 of 50 v ett W270HU POWER WD2 0 09 24 0 0 7 6 02 00248 LC2 6 02 00268 1 1 1 J 2 WMGND 6 52 56001 023 6 52 56001 028 6 52 56000 020 6 52 56001 022 WSW1 POWER BUTTON 4 2 WPWR_SW1 1 TJG 532 V T R 2 W_3 3VS W_3 3V O WMH4 WMH5 WMH1 WMH2 4 WD6 H7 0D2 3 H7 0D2 3 C91D91N C91D91N 0 1u 50V Y5V 06 V15AVLC 0402 VARISTOR 6 24 30003 006 zl WMGND WMGND WMGND 88486 0801 6 20 94K10 108 W270HU POWER SW BOARD B 49 Schematic Diagrams ower Diagram 3 3V zoga 10578 RTCVCC 034 VCORE 1 05VS VTT Cougar 5 1 05 8 VTT VDD3 Point VGFX CORE 33A 1 5 9 ALL SYS PWRGD RSMRST 1 avs SO DIMM PWR_SWH 1 24 PU6 IT8518 PWR_BTN 1 578 P2808B 12A _ H CPUPWRGD PM PCH PWROK PWOCPWRGD UNCOREPWRGOOD EX 0 85VS PLT_RST VIN RESET RES uP6182 SLP S34 Always OD 1 5VS_CPU U11 enable I l1 V PJ5 USB 3 0 gt P uPD720200 USBVCCO1 DD ON EN VDD ON EN m VTT MEM VDD3 TPS2540 DDR1 5V PWRGD EN 1 05VS 1 05VS VTT
29. IPC ERU DER AG13 PEX VDD o 2 PEG_TX 0 C100823 2 RX ezu 10 04 DEC IOVDOQ 4 22 PEX 1 PEX IOVDDQ S m C85 C97 C146 C158 C154 PEX IOVDDQ 5 E AMT CI pex pa PEXIOVDDQ 4u_6 3V_X5R_04 4u_6 3V_X5R 04 47u 63V 06 10u 6 3 _06 108 6 3 22u 6 3 08 22u 6 3 08 PEX IOVDDQ 1 eec 0 220 10 04 2 my no PEX IOVDDQ ems VGA PCI E D zm PEX 2 14 T AU ane gt PEXIOVDDQ PLACE NEAR BALLS PLACE NEAR BGA 2 PEG_TX 2 RX2 2 PEG_RX3 PEG C87 0 220 10V XGR 04 AL16 PEX DG 2 5 2 0221 10V 08 PLACE NEAR BGA VDD PEG DG AN15 9 1005 300 03 n e r ace EP amS RRE emi PEGRX _ 0 221 10 04 PEXRX4 AKI7 C144 C43 C49 2 PEG_RX4 E EN 1 m 0 220 10V 04 PEX TX C100823 1 T 2 q FRG 1u 6 31 04 22u 6 3 X5R 08 10V X R 04 U320 PEG TX 2 PEG TX4 AP PEX 4 1 12119 XTAL 2 PEG_TX 4 ER PECRKA 1854 PEG 5__ 98 022u 10 04 PEXAXS my ns S QE AD8
30. umm 1 Microphone In Jack 2 Headphone Out Jack 3 USB 2 0 Port 4 Optical Device Drive Bay 5 Emergency Eject Hole 6 Security Lock Slot RIGHT SIDE VIEW 1 6 External Locator Front amp Right Side Views Introduction External Locator Left Side amp Rear View Figure 4 Left Side View DC In Jack External Monitor LEFT SIDE VIEW Port RJ 45 LAN Jack HDMI Out Port USB 3 0 Ports Vent Multi in 1 Card Header 5 Port oO T ct 5 REAR VIEW Figure 5 Rear View 1 Battery External Locator Left Side amp Rear View 1 7 Introduction External Locator Bottom View Figure 6 Bottom View 1 Battery 2 Component Bay Cover 3 Vent 4 Hard Disk Bay ae Cover 5 Speakers com aic Tm 1 8 External Locator Bottom View Introduction Mainboard Overview Top Key Parts Figure 7 Mainboard Top Key Parts KBC ITE IT8518 VIA VT1802P Realtek RTL8411 CG X 3 47 1 81266136 4 f 2614 2 5 ATE 3 h os OGS TEELEN o lh T ct 5 722 7 22 3 LI ti NN T mos m 544152 1 4724 L
31. 0 17 1005 121 03 14 ASPKOUTR 15 AC13 AL8 1005 121 03 11 1000 50V X R 04 ASPKOUTR _R ASPKOUTR ASPKOUTR _R 16 85204 02001 D02A cost 4 AC8 85204 02R A AUDG 180p 50V NPO 04 180p 50V NPO 04 6 A AUDG AH1 C59D59 59059 AUDIO BOARD 45 Schematic Diagrams CLICK BOARD CLICK BOARD CLED PWR CLED BAT FULL D H CR359 CR358 2 0 1u 16 Y5V 04 0 11 16V Y5V 04 0 1u 16V Y5V 04 22004 POWER ON 220 04 220 04 C5VS I LED BAT LED CD27 026 RY SP155HY YG4 1 RY SP155HY Y G4 1 2 2 2 2 Sheet 45 of 50 idi 6 20 94A50 104 6 52 55002 04B 6 52 55002 04B 6 20 94AA0 104 6 52 55001 040 6 52 55001 040 CLICK BOARD 6 20 94A70 104 6 52 55002 042 6 52 55002 042 51200 7 9 e 0 co CSW1 4 2 4 1 3 LIFT RIGHT KEY KEY CSW1 CSW2 4 TJG 532 V T R 2 1 TJG 532 V T R 3 CTPBUTTON CTPBUTTON R CGND CGND 6 53 3150B 245 6 53 3150B 245 6 53 3050B 240 6 53 3050B 240 6 53 3050B 241 6 53 3050B 241 B 46 CLICK BOARD Schematic Diagrams W251HPQ POWER SW BOARD S 3 39 POWER POWER SW amp LED LED LID SWITCH ada O BAV99 RECTIFIER 20mil S 3 315
32. 16V 04 I 0 tu 1 ei 6 3V X6R 04 I 6 3 X5R 04 1 6 3 04 1u 6 3V X5R 04 0 1 16V Y5V 04 0 1 16V Y5V 04 0 1 16V 04 010 16V Y5V 04 0 10 16V Y5V 04 1 6 3V 04 1u 6 3V X5R 04 6 3V 04 6 3V 04 CMD 31 0 FBVDDO 13 1 0 COML FBVDDQ 0163 13 D 63 0 a LUI NN _ C652 I C651 T C655 1 C656 I C620 1 C619 T C621 C584 18 FBADQM ZO lt 7 0 C646 T C615 1 C617 C618 C636 C643 C647 C616 C580 o T Ye o ei teoei 6 3V X5R 04 1u 6 3V 04 13 FBADQS WP 7 0 lt WP 7 0 1 0 1u 16V 04 1 16V Y5V 04 1 1u_6 3V_X5R_04 6 04 1 6 3V 04 4 1 13 FBADOS 7 0 m 5 2 2 1 1 A 9 1 50 eo us uss VGA Frame Buffer FBVDDQ FBVDDQ FBVDDQ FBVDDQ SDDR3 BGA96 _ 43 B2 CMD30 43 B2 CMD30 3 B2 CMD30 J3 B2 0 31 3263 CMD15 K3c RAS DD CNDi5 RAS os CMD15 ns 15 K3c RAS 00 csos E BA CND CAS VDD BA CND CAS VDD
33. 5 C100809 A __ B13 D10 SLP 558 3 PM DRAM lt lt _ DRAMPWROK SIP S5E Q RSMRST 021 H4 34 RSMRST 925 IKA O RSMRST 20 80808 34 38 1 i0mi SUS PWRACK 6 F4 34 SUS PWR lt lt R294 ag Omi short SUSWARN SUSPWRDNACK GPIO30 SLP 538 gt gt 50888 6 34 35 0 PWR_BIN E20 G10 SLP Ad 34 PWR_BIN PWRBTN E AC PRESENT H20 G16 SLP_SUS 22 34 PRESENT ACPRESENT 1 SLP_SUS p 7 PM_BATLOW E10 AP14 C BATLOW GPIO72 PMSYNCH gt SYNC 3 SWI A10 K14 PM_SLP_LAN 34 swit gt SLP 29 PPT Rev 0 5 From EC pin119 34 gt 0 04 40 DELAY_PWEGR 3 3V C469 37 0 85VS PWRGD _ gt 4 39 1 05VS_VTT_PWRGD 1270 tu_16V_X5R_06 T 741 12 3 3V 11 R611 0 04 18 gt ALL_SYS_PWRGD 11 34 40 4 SYS PWROK Erie ew IT 34 PM PWROK gt gt 38 DDR1 5V PWRGD gt 8 48 58 6 3V 04 U18 E 0 85 5 3 37 1 8 5 PWRGD 6 3V X5R 04 MC74VHC1G08DFT2G 3 DDR 1 05 8 PWRGD 5 FOR HPQ C100523 U27C U27B 74LVCO8PW 74LVCOBPW gt gt 0 85VS EN 37 5 38 1 05 5 PWRGD R301 10 04 PM MPWROK 10K 04 Zee D 1 05VS VIT EN 39 4 8 100809 ON n
34. 04 10 6 3V 06 41 zl 100 04 PQ57B i j PC194 4 MINN20N0308 18 16 25 301853 MTNN20N03Q8 0 047u_10V_X7R_04 5 dGPU_PWR_EN for BOM 8100826 5 01 100826 T 17 C100809 2SK3018S3 5 5 7280 70 04 PS NVVDD PGOOD ON PQ15B 004 dGPU EN MTNN20N03Q8 IPR281 Power VGA NVVDD PEX_VDD B 43 Schematic Diagrams AC IN CHARGER PR178 20mil 04 470K 04 PQ39 VIN i 5 V BAT 4 DC JACK1 fiJBATTA1 50932 00301 001 PL1 VA PQ34 8 20 7 3 6 6 2 8MM HCB4532K 800 18 443508 PQ45A ul PC80 8 PR165 PD1503YVS PQ45B PL4 PR181 2 7 2 0 01 196 32 2 PD1503Y VS TMPB0603M 8R2MN Z01 0 01 196 32 ND1 9 gt e e PR160 c E E c c 10 fo c c g c 2 10K 04 2 X H PR185 gt gt gt 51 06 L gt gt gt gt gt gt gt PR2 io 3 2010 5 100K 04 221 H IE B 126 g vo zu 2 5 5 d S 220 _ _ _04 9 23 23 p 5 lt x
35. 2 zu i4 SEU C304 0 10 10V XR 04 PCIE 22 USBSLTXIN 22 19 PCIE RXN2 08830 TI forts tov _ PCIE_TXN USB_SSTXN_DN2 2 5 5 5 USB PNO E B 1 19 PCIE RXP2 USB30 TI 0 10 10 04 PCIE TXP USB 58 DN2 22 USB PNO EH a a 22 USB ae E E 22 27 30 34 BUF_PLT_RST L__ gt A40 22 USB 22 USB 1 PERST PWRON2 5 usep R18 0 4 B35 OVERCUR2 22 0883 RXIP RIT 9 04 22 USB3_RX2P R149 0_04 Soie 20 27 30 PCIE WAKE 4 Bae WAKE 22 USB3 RXIN 22 USB3_RX2N CLKREQ USB_DM_DN3 U3RX2 SMI USB_DP_DN3 ae 3 g C296 JTAG_RST USB SSRXN DN3 50v 04 E JTAG TCK USB SSRXP DN3 Bae JTAG TDI TUSB7320 USB SSTXN 1 z JTAG TMS USB 55 DN3 RiEXT A24 PWRON3 T K 06 RIEXTRIN _ 823 OVERCUR3 47K 04 8158 9 09 1 06 B14 USB_DM_DN4 FREQSEL USB_DP_DN4 VSS OSC 21 fasa VSS OSC USB SSRXN DN4 USB SSRXP DN4 3 3V_USB3 47K 0 xo 1M 04 XI A23 USB SSTXN DN4 USB SSTXP DN4 48MHz FSXSM 8 R248 USBVCC2 5 zo cw DUE 01 3 3V 9M1 05V TIMING w d 588454 uw gt N3 3V S AAa H1 5V ENABLE SUSC OCONTROL 016 100 MIL lt 2222 2 gt gt gt USB_OC 2 R247 0 04 5 6 E FLG VOUTI khkk 5 2 7 C376
36. 6 VCCIO8 MOOD KOCKO VCCIO10 CA VCC 12 vost VCCIO12 VCCIO13 VCC15 VCCIO14 VCCIO15 AFB VCC17 VCCIO17 VCCIO18 VCCIO19 VCCIO20 VCCIO 21 VCCIO22 VCCIO23 VCCIO24 com 660 4 C659 C632 i C673 C631 _ 0658 lt Q m o o N N 22 6 3V X5R 08 220 6 3 08 220 6 3V X5R 08 1 221 6 3 08 220 6 3 08 220u 6 3V 6 3 6 3 4 2 lt o C674 C668 C667 1 C666 C665 o PEG AND DDR 1 22 6 3 X5R 08 220 6 3 X5R 08 221 6 3V X5R 08 22u 6 3V X5R 08 22u 6 3V X5R 08 22u 6 3 08 22u 6 5 08 1 224 6 3 XbR 08 22u 6 3 08 22u 6 3 X5R 08 o C663 C662 1 C661 22u 6 3 08 22u 6 3V 5 08 1 22u 6 3 08 22u 6 3 X6R 08 C258 o o o o o a 22u_6 3V_X5R_08 ie eoi eije N 22u 6 3V X5R 08 n e 1 4 Sheet 5 of 50 Processor 4 7 Power E11 VCCIO25 22u 6 3V X5R 08 VCCIO26 VCCIO27 VCCIO28 VCCIO29 VCCIO30 V6C38 2222 VCCIO32 CCT VOC35 1201052 VCCIO34 77777 7 VOCI VCCIO36 VCCIO37 lt o lt C 252 257 259 22u 6 3V X5R 08 22u 6 3V X5R 08 1 22u 6 3V X5R 08 22u 6 3V X5R 08 m m
37. 9 10 B 9 SMB DATA SMD CPU THERM 2 2K 04 29 PCIE RXN2 05830 TI SMBDATA lt lt gt 5 DATA 9 10 CPU THERM 29 PCIE RXP2 USB30 TI DRAMRST CNTRL R571 1K 04 C479 0 1u 10V X7R 04 PC 21 29 PCIE 2 05830 PC 29 PCIE TXP2 USB30 TI TT SMLOALERT4 GPlO60 DRAMRST CNTRL 3 6 C8 SMLO CLK SMLOCLK Se 912 SMLO DATA RN5 27 PCIE RXN8 WLAN 1 OK 04 S ES EN 2 Ca O4 P 27 PCIE WEAN 22 498 04 PCIECLKRQ6 SMBUS SMLODATA PCIECLKRQ5S 30 PCIE_RXN4_GLAN 30 PCIE RXP4 GLAN p C13 LPD SPI INTR DGPU_PRSNT R394 10K 04 So PCIE DAH GLAN BI PE SML1ALERT amp GPIO74 EB 30 PCIE TXP4 GLAN 0486 10 04 14 5 CPU THERM PEG_CLKREQ 10K 04 SML1CLK GPIO584 lt lt CPU THERM 34 2 M16 CPU Sheet 19 of 50 SML1DATA GPIO75 SMD_CPU_ lt lt gt gt SMD_CPU_THERM 34 gt 100727 14 Usage PCH 2 9 PCIE 2 Lane 1 X pn ack OLEUM 1 4 CL CLK1 27 a SM B US CLK 0 11 DATA1 PCIECLKRQ1 R647 A 5 Lane 3 WLAN 8 7 pata
38. NJ dith x mbi 025 E CO Ca S gt Au 444 I l 7 21 d a 3 ml wee lt 1 Introduction Figure 9 Mainboard Top Connectors HDMI Out Port USB Port 3 0 eSATA Port opeaker Cable Connector Microphone Cable Connector 6 Audio Board Connector 7 TouchPad Cable Connector 1 8 TouchPad Cable Connector 2 9 Keyboard Cable Connector 10 Switch Board Cable Connector el Mainboard Overview Top Connectors 1 11 lh T ct 5 Introduction Figure 10 Mainboard Overview Bottom Connectors Mainboard Bottom Connectors 1 ODD Connector 2 HDD Connector 3 CPU Fan Cable Connector 4 Multi in 1 Card Reader 22257 Yr E 5 RJ 45 LAN Jack Hec EP qum 7 im ds 6 External Monitor WW 1 7 DC In Jack 8 CCD Cable Connector 9 LCD Cable Connector O ree T S gt gt gt Lo 5 1 v Disassembly Chapter 2 Disassembly Overview This chapter provides step by step instructions for disassembling the W270HSQ 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 t
39. ane a AS HDD System Warning New HDD s are blank Before you begin make sure You have backed up any data you want to keep from your old HDD 7 7 o You have all the CD ROMs and FDDs required to install your op erating system and programs If you have access to the internet download latest application 2 and hardware driver updates for the operating system you plan to install Copy these to a remov able medium 2 Screws 2 6 Removing the Hard Disk Drive p OD DI ICH Disassembly Remove the hard disk bay cover 3 Figure 3b Grip the tab and slide the hard disk in the direction of arrow Figure 3c Figure 5 HDD Assembly Lift the hard disk assembly 5 out of the bay Q Figure Remove the screw and the mylar cover n from the hard disk 4 Figure 3e emoval cont d Reverse the process to install a new hard disk do not forget to replace all the screws and covers Remove the HDD bay Grip the tab and slide the HDD assembly in the di rection of the arrow Lift the HDD assembly out of the bay Remove the screws and mylar cover O 7 0 7 ot lt 22 3 HDD Bay Cover 5 HDD Assembly 11 Mylar Cover 12 HDD 1 a 2 8 T8 4 Screws Removing the Hard Disk Drive 2 7 Disassembly Figure 4 Removing the Optical CD DVD De
40. pg C125 FBB D9 FBVDDQ C140 C139 C106 FBA D9 FBB_D10 FBVDDQ T 1 T F 49 9 D10 N13P GL OFF 10V 7 04 8 rgg ptt FBVDDQ 10V X5R 04 4 10V _04 10 04 H28 F B T 4 T FBA D11 a FBB D12 FBVDDI FAR UW FBA D12 ON E FBB 013 FBVDDA n i D13 FBA D13 _014 014 FBVDDQ BA DIS 7 FBA 014 BG DT FBB D15 FBVDDQ PLACE UNDER BGA 015 9 015 016 016 FBVDDQ 216 D16 FBC 017 p3 FBB 017 FBVDDQ 017 FBB D18 FBVDDQ 4 4 2 18 FBB 019 FBVDDQ 019 BS FBB 020 FBVDDQ 020 020 021 FBVDDQ css C226 6227 1 021 B5 FBB 022 FBVDDQ 3 dum FBA D22 FBA D22 FBB D23 FBVDDQ 6 3V GR 04 6 8V be o6 10u 6 39 _06 023 023 FBB 024 FBVDDQ 4 BADZ FBA D24 FBB 025 FBVDDQ 025 026 FBVDDQ FBA_D26 D26 png D27 FBVDDQ PLACE UNDER BGA PLACE CLOSE BGA BA D27 FBB D28 FBVDDQ D28 FBB 029 9 VGA Frame Buffer 030 ___ _ 31 0 14 NU DT FBB 031 FBVDDQ D31 id BC 032 FBA_D32 033 033 F 213 FEVDDQ FBVDDQ 033 _ 030
41. 0 09 24 0 0 7 C317 85201 04051 47 50V NPO 04 47p 50V NPO 04 16 Y5V 04 LPC ADO 10 is boc 11 PIN b l 100816 Bis 18 34 LPCTAD1 cone 0 1u_16V_Y5V_04 6 3 5 2 2 Md 18 34 LPC_AD2 VDD3 kd FFC u lov iv 183 bee 263 22 gt LED PWR 34 18 34 LPC FRAME VSB LED ACIN 34 3 12 22 PLT_RST LED BAT FULL 34 18 34 SERIRQ LED BAT CHG 34 20 PM CLKRUN 6 TPM3004 20 S4_STATE gt LPCPD GPIO 2 TPNV30059 21 91A00 106 GPIO2 21 91A10 106 13 XTALI 20 94A70 104 14 XTALO 4 15p 50V NPO 04 T 04 Safty Require 60950 1 w3W n D Y N q V2 XLPS 10 3 p Asserted del X10 9232 768 CO LAY C101004 LPC reset timing LPCPD inactive to LRST inactive 32 96us 55 R384 10K 04 R610 746 C561 533 04 10p 50V NPO 04 ENL PORMAL Sec PO TPM_BADDY R383 10K 043 PCLK TPM PCLK 6 3 Y5V 0 4E 4F e TPM_BADD ow 2 R382 10K 04 USB PN Port 5 2 Use 5 From EC default HI J CCD1 85205 05001 MULTI CON 29 Schematic Diagrams USB3 0
42. 1 0V high NC CFGO CFG2 CFG4 1 05V Processor 7 7 RESERVED AK28 DIG 26 AL29 AIVIZS AIVIZ6 4478 4426 015 U36E AH27 VCC_DIE_SENSE a 2 2 VSS DIE SENSE RSVD28 RSVD29 7A RSVD30 AR RSVD31 ws OON DOF WOM O RSVD32 26 RSVD33 7AWI32 RSVD34 7A RSVD35 RSVD37 6 RSVD38 915 VAXG VAL SENSE RSVD39 6 VSSAXG VAL SENSE RSVD40 VCC VAL SENSE VSS VAL SENSE RSVD5 RSVD NCTF41 RSVD 42 7A RSVD NCTF43 7A RSVD_NCTF44 7A RSVD NCTF45 RSVD8 RSVD9 RSVD10 RSVD11 RSVD NCTF46 RSVD12 RSVD NCTF47 RSVD13 RSVD NCTF48 RSVD14 RSVD NCTF49 RSVD15 RSVD NCTF50 RSVD16 RSVD17 RSVD18 RSVD19 AJ32 RSVD20 RSVD51 021 RSVD52 RSVD22 RSVD23 B34 Q gt 00 5 R492 0 04 AM BCLK 8104 0 04 RSVD24 BCLK RSVD25 AT2 RSVD27 RSVD NCTF56 7A RSVD NCTF57 AR RSVD NCTF58 B1 Ivy Bridge rPGA 2DPC 0 61 Schematic Diagrams Sheet 8 of 50 Processor 7 7 RSVD Processor 7 7 RSVD B 9 0 09 24 0 0 7 Schematic Diagrams DDR3 SO DIMM 0 SO DIMM A C399 10p 50V NP
43. y vssp 5 PR80 90 9K 04 FB 1 05VS 6127 90 iIC PIN5 6 p finU a Nh A lt lt ail Vout R1 R2 1 0 75 PC135 PC137 R2 PR220 9 31K_1 _04 0 01 16 _ 7 _04 1 20p 50 NPO 04 POWER 1 5V 1 05VS B 39 Schematic Diagrams POWER 1 05V 1 05VS VTT SYS15V V1 05 PQ74 anes 3 1 05VS_VTT PR289 100K 04 PQ75 2N7002W G R648 C769 10K 04 2200p 50V X R 04 1 05VS VIT EN 1 05 5 C100824 a 033 MTN7002ZHS3 Sheet 39 of 50 POWER 1 05VS 1 05VS VTT 1 05VS VTT 8mm 8A PQ55 soe 3 1 05 5 VIT PC192 PC189 4 7u 25V 08 4 7u 25V 08 1 0593 4 7u 25 08 HI 1 05 5 254 196 4 74 25V X5R 08 100 04 0 47u 10V Y5V 047 PR259 PC198 Z3713 da LO ives 7 amp i c 0 n XXa fiPIN1 2 G9330 1 10K 195 04 10 16V 04 zd m L OK 196 0 16V 0 3 3V PC193 iu 10 Y Sv 06 5 4 23714 PR257 PJ27 GND ADJ 560K 196 04 40mil 5 5V 1 05VS VIT CDH PGOOD PR256 10K_1 _04 PQ56 195 PR253 a 70022 53 0 1u 10V X R 04 10K 04 ut 1 05VS VIT PWRGD 20 1000p 50V X R 04 B 40 POWER 1 05V 1 05VS VTT POWER 1
44. 1 FBC CWD24 P7 4 VDDQ FA omoj a FBC CMD7 voajer _ 7 2 FBC CMD22 R8 45 FBC CMD22 a 11 CMD21 __18 7 VDDQ 02 g BC_CMD H2 vDDQ cs FBCCMD7 2 VDDQ CMD12 6 R37 8 VDDQ BC CMDS R3 A8 VDDQ 8 7 VDDQ 52 7 FBC CMD21 78 A7 CMD13 TFBC CMD28 t7 9 VDDQ Fr BC CMD29 A9 VDDQ BC CMDS Rg 8 voDA pEr recem ____ 8 15 15 FBU CMD23 n7 A10 Hz 1 BC CMD R7 10 VDDQ BC CMD29 A9 FBC CMD29 17 9 CMDIS 575 _ 215 __ FEC CMD28 N7 11 VDDQ 1 BC CMDS 11 VDDQ BC 7 10 H2 FEC CMDZ3 Ry A10 FEC EMD20 12 BC CMD20 A12 N77 11 99 yar t FBC_CMD4 _ 4 A13 BC CMD20 FBC CMD20 _ 3 12 14 6 14 6 EC CVD4 A13 FEC CMD4 T74 A18 apis M 15 05 15 5 CNDH 7 14 6 A14 NC6 CHUOG A9 A9 15 5 ho A15 NC5 L FBC_CMD12 M2 55 B3 FBC_CMD12 VSS A9 CMD22 7 vss BC CMD BAO vss 012 2 vss FBC_CMD12 2 CMD23 FEC CMD26 Ng vss 68 EC CMD
45. 16V 5 04 SD CLK MS D3 R642 C757 C758 04 50V PO 04 50V NPO 04 50V 04 50V NPO 04 50V NPO 04 C506 C755 Wt Q C100822 Pin 3 Pin 8 Pin 41 Pin 52 Pin 61 7 C amp i c 0 EVDD10 EVDD10 VDDREG VDDREG o C532 C440 _ C538 4 IN 1 SOCKET SD MMC MS MS Pro C504 J CARD REV1 SD CD amp P1 iu 6 3 04 0 1u 16 Y5V 04 4 7u 6 3 06 0 1u 16V Y5V 04 SDD2 F2 Dans en i i i 1 550 23 5 05 7 29 29 46 47 8 py CD DAT3 SD VCC_CARD VCC_CARD VCC_CARD 50 i VSS SD CARD 0 4 SD CLK MS D3 VDD SD LAN VDD33 LAN VDD33 LAN VDD33 LAN VDD33 LAN VDD33 LAN VDD33 C720 CLK SD 9 VSS SD T DATO SD 41 C760 614 8615 0 1u 16V Y5V 04 1 _ 6534 C441 C491 _ 6470 759 4 7u_6 3V_X5R_06 150 06 150 06 Bs DM 16V YSV 04 16V Ysv 6 16 5 04 16V 04 16V Y5V 04 VCC CARD 0 4 a Pin 11 Pin 12 Pin 39 Pin 58 Pin 63 a a2 1 6708 DAT3 MS NS MS 0 1u 16V Y5V 04 E SDIO DATO MS d 1 DAT MS SD UHS Mode Power Supp Y Close to Cardreader CONN LAN VDD33 VDD33 18 18
46. 220p_50V_04 0 01u_16V_X7R_04 iu 16V X5R 06 Q R 10K_04 SGND2 aata aa RSP PR38 0_04 5 1K_1 _04 is Na Wa Wa ed ed ed gt gt PS1_VDD_SENSE 12 F x PC13 3V3 RUN PR169 o Q TRDET 1000P 50V 04 PR39 0 04 ADP3212VR ON 257 g GND SENSE 12 PR17 cC ec ec PC10 R 04 10mil 49 PR48 NVVDD VIDO 16 2200p 50V X R 04 1 DPRSLP 10mil shor PR50 NVVDD_VID1 16 10mil shor PR51 NVVDD VID2 16 100 196 04 2 2K 04 4 10mil shorl PR52 NVVDD VID3 16 C100823 1 10 shore PR53 NVVDD VID4 16 4 10mil shor PR54 NVVDD VID5 16 L 1 E PR12 0 04 5 4 4 45 49 3 SOLO CO lt gt OC setae Voltage VID6 VID5 VID2 VID1 C100905 for BOM SGND2 N13P GL 0 9757 0 1 0 1 1 0 0 NMOS N13M GE1 0 85V 0 1 1 0 1 0 0 15V PQ16A 2 MTNN20N03Q8 a 8 2 7 1 PEX VDD RH svstsv FBVDDQ NMOS a 9 SYS15V 1 05 8 PEX VDD FBVDDQ o y PQ57A 1 05V 4A 5 MTNN20N03Q8 1 5V 6A MTNN20N03Q8 PR105 8 2 7707 ty ree 240MIL PR255 TT 1M 04 Let PC200 PC199 PC36 PC35 1M 04 PR107 2 E PR106 1 05 PWR E 0 1u_16V_Y5V_04 10u 6 3 X5R 06 100 04 PWR EN 16V
47. 9 8298 short 04 TS VSS 05 REC aD ES A 8290 _ 390 1 06 HTHRMIRIPH PCH_TS_VSS3 HOST ALERT42 114 Or R288 0 short 04 5 554 RS LI E R554 2 2K 04 SB_BLON NV_CLE R553 1K 04 Q R270 1K 04 PLL ODVR 11 lt 27 5 DF TVS i lt C H SNB IVB 8284 100K 04 E PLL ODVR EN P8 a 5 vesi ZE TS VSS DMI amp FDI Termination Voltage PLL ODVR EN HIGH ENABLED DEFAULT LED DGPUH X 2000000 LOW DISABLED qe vaso 11 TS Set to vss when LOW 34 1 lt lt 25 20204 MITES o GPIO35 ABRE qp ees NV CLE to when HIGH R250 04 LED DGPU SATA ODD PRSNT amp V8 TS VSS3 31 SATA ODD PRSNT veg 0 TS 554 PLACE R464 CLOSE TO THE BRANCHING POINT SATA3GP GPIO37 NVRAM CONNECTOR 24 MFG N2 P37 GMO SLOAD GPIO38 NC 1 GFX CRB DET M3 GPIO39 TEST SET UP v13 BG2 SDATAOUTI GPIO48 VSS_NCTF_15 X 3 3VS TEMP BG48 34 CRIT TEMP lt R278 0 04 CRIT TEMP GPIO49 TEMP ALERT VSS 16 X 8265 100 04 TEST D6 BH3 to R549 10K 04 GFX CRB DET 3 3V G
48. 9 VODO CMD15 CASH CASE BA CVDZ R7 10 VDDQ CMD R7 10 VDDQ FBACCMD23 7 10 VDDQ H7 10 VDDQ 016 50 2 N77 Att VDDQ FBA CMDS N7 11 ao FBA CMD28 11 VDDQ N77 11 VDDQ CNb17 EM 12 BA CND A12 VDDQ FBA CMD20 T3 A12 VDDQ A12 VDDQ DA 4 1 4 A13 FBA CMD4 A13 A13 BA CMD14 7 14 6 4 7 14 6 FBA CND14 Wr 14 6 7 14 6 A33 15 5 15 5 BL ATSINGS 15 5 D21 vss AQ ves AQ vss AQ vss AQ CMD22 A6 A6 _ 12 2 CMD12 2 CMDi2 2 CMDi2 2 2 Aii Aii vss ks jem vss Hep FEA EMD27 NE BAO VSS BA CMD qE BAO VSS p CMD26 5 CMD26 _ VSS Ga FBA_CMD26 E VSS 26 3 VSS CMb25 BA2 VSS BA2 VSS 32 11 BAS VSS BA2 VSS CMD26 BAZ BAZ VSS vss VSS VSS BAL VSS FBA CLKO VSS Mm 3 VSS FBA CLK1 VSS CMD28 12 K9 vss 1 K9 VSS FBA CMD19 K9 55 S _ 19 vss CMD29 A10 A10 VSS BA CKE VSS PT FBACLKi 47 VSS BA_CLK CKE VSS CMD30 RASH RASH 13 CLKO vss BA CIKOF K7 CK VSS 13 vss
49. C567 C565 C569 C568 C566 4 i 4 24 mil DDCDATA R446 2 8442 2 X 5 5 5 9 13 HSYNC olo olo e o 4 5 3 a a a a a Si lt i B 14 VSYNC D D gt gt gt gt gt gt gt gt gt al a 8 8 8 8 15 DDCLK 2 ip a al a a e a E Si Si 3 3VSo o5VS CRT 88 x 5 X gt zd PN gt a 3 3 NI a R27 e a 5 895898 8 2 2K 04 2 2K 04 T DDCDATA 21 DDCADATA gt DDC IN1 OUT1 21 DDCACLK gt DDC IN2 DDC OUT 13 14 HSYNC C HSYNC 21 DAC SYNC INi SYNC 1 qoe x 15 16 _ VSYNC C VSYNC 5VS CRT SYNC SYNC OUT2 BE UBER 1 3 FRED EC Ec VCC SYNC VIDEO 1 R461 104 2 4 FGRN B p 665 VCC VIDEO VIDEO 2 ae VIDEO 3 FBLUE BYP 8 6 Gea Con BYP GND 21174 75019 E Je ESD LEVEL SHIFT BUFFER amp amp 16V 04 am ber 6 02 47721 60 5 6 02 07019 B20 B 12 PANEL INVERTER CRT PANEL POWER NB ENAVDD 21 34 NB 34 21 BKL EN eee BLON 20 34 40 PLVDD VDD3 SYS15V Q5 MTN2604G6 33VS For Safety LPS 0 2 06 R15 R22
50. CAD Note H CPU SVIDCLK R Place the PU resistors close to VR lt o 10u 6 3V X5R 06 10u 6 3V X5R 06 10 6 3V X5R 06 26 VCC69 VCORE o VCC73 PR93 100 04 ddd lt C A o VCORE VCC SENSE 40 VCORE VSS SENSE 40 PR92 100 04 E 18 1 05VS VIT Xj 2 10 6 3V X5R 06 10u 6 3V X5R 06 10u 6 3V X5R 06 10u 6 3V X5R 06 10u 6 3V X5R 06 5 SENSE V S SENSE TT B10 VCCIO SENSE lt VCCP SENSE 38 VSS SENSE VCCIO VSSP SENSE 38 R518 10 04 B 6 Processor 4 7 Power SENSE LINES Ivy Bridge rPGA 2DPC Rev 0p61 Schematic Diagrams rocessor 5 7 GFX PWR Ivy Bridge Processor 5 7 GRAPHICS POWER 1 5 5 CPU POWER 8210 VGFX CORE 5 46A 015 1K 1 04 24 AK35 AO3402L AT23 1 VAXG SENSE VR1 VCCGT SENSEA 40 S D V SM VAXG2 U VSSAXG SENSE VR1 VSSGT SENSEA 40 C242 46216 C241 C633 C243 bine gt m 22u 6 3 08 22u 6 3 08 22u 6 3 22u 6 3V_X5R_08 22u 6 3V 08 AE d R201 C312 VAXG6 WH 1 04 5 VAXG7 8223 a 10mil short 2 VAX
51. CMDO FBC_D34 FBB_D34 FBB_CMD1 FBVDDQ 9 LI FBA D34 CMD1 FBA CMD1 035 E FBB D35 FBB CMD2 T FBI FBVDDQ 4 4 035 _ 2 029 CMD2 BC D36 FBB D36 FBB BC 036 036 MOS FBA CMD3 FBC D37 FBB D37 FBB_CMD4 BIZ FBO 037 25 FBA D37 Fea cMD4 FBA_CMD4 038 038 FBC CNDS FBVDDQ cus 105 cue D38 CMD5 BA BC FBB 039 CMD6 814 BC 6 FBVDDQ em B 028 039 CMD6 U33 BA_CMD6 040 CMD7 _ FBVDDQ 10V X5R 04 d4 10v _04 0 1u_10V_X5R_04 FBA D40 729 040 CMD7 CMD7 FBC 041 027 FBB D41 FBC FBVDDQ 1 4 4 D41 AK29 FBA 041 CMD8 042 6 042 FBB 9 FBC 9 FBVDDQ AI3U FBA D42 V29 043 2 BO FBVDDQ PLACE UNDER BGA FBA D43 AK28 D43 CMD10 0 FBC D44 29 044 CMD11 _ 11 FBVDDQ mi FBA D44 044 CMD11 045 so 045 FBB CMD12 _ 574 PES ONDT FBVDDQ D4 045 12 ___31 CMD BC 530 BB 046 CMD13 FBVDDQ Ld 5 046 FBA CMD13 LOB
52. Preface Notebook Computer W270HSQ Service Manual Preface Notice The company reserves the right to revise this publication or to change its contents without notice Information contained herein 1 for reference only and does not constitute a commitment on the 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 March 2012 Trademarks Intel Pentium 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 Preface About this Manual This manual is intended for service pe
53. 1 8 SA0 DIMO 2 7 SA1 DIMO SAO DIM 10 SA1 DIM 10 LINKTEK DDRRK 20401 TP5BB x5 2H REV 6 86 24204 005 __ _ DIMMA 6 VTT MEM 1 5V C357 C356 C330 C329 1K 1 04 10V X5R 04 C698 C693 C694 5 81 6 3 5 04 6 3 04 1 6 3 04 1 6 3 04 560u_2 5V_6 6 6 6 5 9 560u_2 5V_6 6 6 6 5 9 560u 2 5 6 6 6 6 5 9 1 5V C342 C347 0 1u 16V Y5V 04 16V Y5V 04 0 1 16V 04 0 1u 16V 041 0 1u 16V 04 16V Y5V 041 0 1 16V 04 0 1u 16V Y5V 04 1 5V C371 C372 I C339 1 C368 C366 ju_6 3V_X5R_04 6 04 C338 10u 6 3V 06 B 10 DDR3 SO DIMM O0 Schematic Diagrams DDR3 SO DIMM 1 SO DIMM B JDIMM1B C360 10p 50V NPO 04 M B CLK DDR2 DDR 2 4 MB A 5 lt DQ 63 0 4 Ex p 50V NPO 04 M B CLK DDR3 M_B_CLK_DDR 3 A0 75 44 1 pai VDD1 VSS16 A2 DQ2 VDD2 VSS17 49 A3 DQ3 VDD3 VSS18 s7 A4 DQ4 VDD4 VSS19 5 005 VDD5 VSS20 60 A6 DQ6 VDD6 8821 1 6 7 007 VDD7 VSS22 1 6 Layout
54. 11 Mag CRT HSYNC DDPD HBF 11 DAC VSYNC CRT VSYNC DDPD HBE e DDPD gt IREF 143 DDPD 2N BEa2X 5 TK 1 IREF DAC_IREF DDPD_2P CRT IRTN DDPD BGI DDPD 3P X A Connect to GND CPT_PPT_Rev_0p5 2 External Graphics PCH Integrated Graphics Disable B 22 PCH 4 9 LVDS DDI CRT Schematic Diagrams PCH 4 9 PCI USB RSVD PantherPoint M PCI USB NVRAM RN8 3 3V 10K 8P4R 04 9 5 4 USB_OC 23 U39E USB_OC 89 Boot BIOS Strap AY7 5 _ 1213 RSVD1 RSVD2 BBS BBS BITO Boot BIOS Location BOND 2 SH RSVD4 p X USB 00814 5 4 BIT 10 USB_OC 67 0 0 LPC 8576 RSVD5 USB 81011 RSVD6 x 0 1 Reserved NAND 1 0 BK RSVD7 RSVD8 1 ER B RSVD9 19 30 LAN CLKREQ 7 R634 10K 04 157 RSVD10 Fay R635 10K 04 RSVD11 poma C100820 BBA XEM RSVD13 RN11 3 3VS AM RSVD14 10K 8P4R 04 9 RSVD15 INT PIRQE 4 5 KDA RSVD16 SATA_ODD_DA 3 6 RSVD17 BB INT_PIROD 46 RSVD18 BB TNT PIRQA RSVD19 Flash Descriptor security override strap RSVD20 Hapa RN19 8PAR
55. 2 gt uL o e KBC FLASH 3 1 KBC_SPI_CE R 27 31 WLAN_LED Tog RXD GPBO PU CK32KE 6 SPI 5 27 WLAN_DET TXD GPB1 PU 99999909 CK32KE 4728 CK32K 8114 z 04 5 ENAVDD 11 21 SCK 7 aa gt gt gt 2 4 ICPPE 23 KBC_HOLD 7 4 8518 VER C p HOLD VSS N m MX25L3205D V21 12G R425 ACA SPI 004 TO3 8426 0 04 EC VSS 10mil short 04 1 C542 0 10 16V Y5V 04 NC2 SHORT 10mil short 04 LCD BRIGHTNESS KBC_AGND 16V 04 KBC ITE IT8518E B 35 Schematic Diagrams OVS 3 5 1 5VS CPU VIN VA PR114 100K 04 DD ON DDON LATCH PR115 100K 04 VIN1 DD ON LATCH 28 M BTN amp M PWR_SW p USB CHARGE EN 8622 lt lt 08 CHARGE EN 34 36 PWR_SW PR116 10K 04 oVDD3 PR117 1K 04 gt PWR_SW 34 for iR3 4 8 12 C100820 for IR3 4 8 12 100816 tw dPJ17 Acost down 5V MOS USB Charge OW 6 3 3V 2 OPEN 5mm WO USB Charge 2 for 100816 NMOS PJ17 1 VIN SYS15V VDD3 MTNN20N03Q8 3 3V PR144 8 2 89 PC90 1 1 100K 04 25025 PR274 e SYS15V VDD5 Power Pfane DD_ON a S 1M 04 PC237 PC238 PR282 00 _ 29 31 38 D PC60 147 3 3V_
56. 7 pa PEG 7 12 20 FDI INT 293 FDI INT PEG_TX 8 19 PEG_TX 9 275 lt 8509 8508 20 FDI LSYNCO H7 FDIO LSYNC U PEG_TX 10 E297 20 FDI LSYNC1 FDI1 LSYNC Qu PEG 5 E PEG_TX 12 EDP HPD Pull upl0K DISABLED HPD 1K_1 _04 24 9_1 _04 PEG F26 X Q PEG_TX 14 E25 EDP COMPI MN PEG 15 X 1 7 Hj M28 DP Compensation Signal EDP HPD eDP ICOMPO PEG M33 ERO 5176 PEG 12 E 15 PEG TX3 11 806 _ 12 DP AXE PEGS 5 Cra PEGS 12 PEG 6 12 C17 3 mE PEG D7 12 eDP TX0 0 PEG TX8 H28X E cite eDP X1 PEG TX9 a2gX Xats TX 2 PEG TX10 Ezg 2 4 eDP TX 3 PEG 11 PEG TX 12 027 eDP_TX 0 PEG TX 13 1 PEG 14 D25 5 eDP_TX 2 PEG TX 15 X CPU 2 4 eDP_Tx 3 H9 H17 H14 H8 004 4 H8 004 4 H8 004 4 W O CPU THERMAL ICG RCB Gap eb o SC70 5 amp SC70 3 1 2 4mils 8mils OUT THERM VOLT 34 C682 C686 0 1u 10V X7R 04 0 1u 10V X7R 04 for ir3 4 831 PLACE NEAR U3 Processor 1 7 DMI FDI PEG B 3 Schematic Diagrams Processor 2 7 CLK MISC Ivy Bridge Processor 2 7 CLK MISC JTAG Process
57. FBADQS WP2 DOS 2 Fea R30 CLKO 0 14 5 WP3 FBB DOS WP3 12 __ _ BC CLKOR 15 FBADQS WP3 DOS Wea CLKOF FBCDQS WP4 FBB DOS WP4 fee Gua E20 FBC CLKi Quei 16 005 4 CLK1 5 14 FBB 005 5 5c PUO MN 1 27 BC_CLKi 15 a 008 5 CLK1 FBA CLKIF CLKi4 14 FBB 008 6 FBADQS WP6 FBA DOS WPS FBCDQS WP7 FBB DOS 7 EBADOS HN 7 0 15 5_ 7 0 ER EEC DOS RNG FBB DOS RNO FBB_WCKOI F8 FBADQS_RNO FBA DOS RNO WCKO 5 FBB DOS 1 DOS 2 FBB 005 RN2 FBB WOK23 52 a FBA DOS RN2 WCK23 i FBB 008 WCk23 55 p 4 FBADQS 005 WCK23 57 3 FBCDQS_RN4 FBB 008 FBB WCK45 FBADQS 006 5 AG30 FBCDQS 5 FBB 008 RN5 lt 025 3 DOS RN5 FBA WCK45 js FBB 008 RN6 WCK67 52 ro FBADQS RN6 005 RN6 WCKG7 5454 FBB DOS RN7 FBB_WCK67 FBADQS_RN7 FBA DOS RN7 WCKe7 b FBB J30 EC D7 WCKBO FBB_WCKBO FX N13P GL OFF 332 FBB WCKB23 52 66 WoKB2a 2 132
58. LAN VDD33 JE e REGDO 10 Kl lal o C522 __ _ 521 225521 z Q o Ea 4 7u_6 3V_X5R_06 0 1u_16V_Y5V_04 REGLX VDD3 elis 5 021 REGLX VDD10 must be shape z 2 4 45020052559 R406 13718 17718 448 must close to Pin 48 2 02 28mil 06 gt gt z zo0x22055 5 1 lt lt 55 lt 0685 2 48 32 LAN MDIPO SR MDIPO 97 8 REGOUT a VDDRE 32 aie MDINO 4 VDDREG 45 AVDD10 0 VDDREG 45 ENSWREG 32 LAN MDIP1 MDIP1 ENSWREG DA SPIDI LANXTAL2 R619 0 04 32 LAN MDIN1 MDIN1 SDA SPIDI 43 lt lt FLEX 19 32 LAN MDIP2 MIDP2 LED3 SPIDO po S 40C2 32 LAN MDIN2 MDIN2 SCL LED_CR zT e gt gt PCIE_WAKE 20 27 29 o4LANxTALi FLOM F47 VDD1 AVDD10 RTL8411 DVOD10 40 TAN PCIE WAKEg 0010 32 LAN 3 MDIP3 LANWAKEB Pg gt gt LAN PCIE WAKE 34 FSX 8L_25NHz 32 MDIN3 DVDD33 8 TSOLATEF OLAN VDD33 2 AVDD33 ISOLATEB p LAN VDD33 Ris ing Time VDD33 DVDD33 PERSTB P36 BUF_PLT_RST 22 27 29 34 FSX8L 25 VCC CARD Card 3V3 CLKREQB D_WPNS D HSX321S 5MHZ EM 1ms 100ms SD D7 5 SD WP MS 01 ME BS SD D6 MS MS BS 733 R386 0 06 SD D5 20 CZ VDD33 18 OVDD33 18 VDD3o O LAN VDD33 gt 80
59. e3v _04 6 04 5 et 1 5 of 50 1 1 1 0 1u 10V X7R 04 10V X7R 04 10V X7R 04 10V X7R 04 0 1 10V X7R 04 tu 6 3V 5 04 iu 6 3V X5R 04 1u 6 3V 04 10 6 3V 04 mmm FBVDDQ FBVDDQ pt Use FBVDDQ 0 3 B2 FBC CMD30 33 B2 Q RAS VDD BC CMD RAS VDD _ J3 B2 FBC CMD30 J3 id Joe CMDi5 RAS VDD 7 FBC 15 vo am cms VDBERZ BC CMDO BC CMDT VDD api i s ve EC ONDT q WE VDD xe AE VOD or 7 INT M 7 Sa VDD am CMD9 3 VOD n J FBC CMD9 VDD VOD NT 7 VoD _ _ _____ 7 0 VDB BC vop FBC_CMD9 N3 vD ng FBC_CMD9 N3 CMDS FBCCNDE 31A VD BC CMDS VDD BC CMDT 7 0 TFBC CMDTI 0 VEL FBC CND25 2 VDD EC CMD 2 2 BC CMDS VOD 7 FBCCMDS CHD7 LCFBCCMDIU BC CMDIU A BC 1 2 von 25 N2 2 Yon NDE 024 P27 Doa pass 1 CMD24 P2 4 vana Bc 8 3 ecem 1 CHDS Zec cmo 5 1 BC CMD RE 2 pnr
60. 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 7 Press the power button to turn the computer on D Ics Shut Down Note that you should al ways shut your com puter down by choosing Shut Down from the Start Menu Figure 1 Opening the Lid LCD Computer with AC DC Adapter Plugged In This will help prevent hard disk or system problems VIII Preface Contents Introduction mi PD RD 6 Overview 1 1 LCD 7 Specifications 12 Diagrams B 1 External Locator Top View with LCD Panel Open 1 5 Sy Stem Block 2 External Locator Front Right Side Views 1 6 Processor 1 7 DMI FDI B 3 External Locator Left Side amp Rear View 1 7 27 CECR MIDO 4 External Locator Bottom View eee 1 8 Processor 3 7 DDR3 B 5 Mainboard Overview Top Key Parts 1 9 PROCESSOR aiI LOWE 6 Mainboard Overview Bottom Key Parts 1 10 Processor 3 7 OFX PWR e B 7 Mainboard Overview Top Connectors 1 11 Processo
61. 04 LOW PCI GNT43 swap override B21 AVS eo PCI_GNT 3 M20 RSVD23 AVTO T HIGH Default m RSVD24 PIROG 8526 USB PORTO RSVD25 BN12 USB 1 5 10K 8P4R 04 INT 4 5 5 5 Understand the RED FONT define 29 USB3 RXIN 3 5 id NT PROCE E 29 USB3_RX2N B USB3Rn2 RSVD28 R V USB3Rn3 RSVD29 PCI_GNT 3 B R372 iK 04 6028 USB3Rn4 DGPU_PWM_SELECT R362 10K 04 Q 29 USB3 RXIP USB3Rp1 29 USB3_RX2P BF32 USB3Rp2 12 USB PNO 29 4726 USB3Rp4 USBPON 24 29 0883 TXIN 8826 USB3Th1 USBPOP 25 USB 29 USB PORTO nee 1 026 USB3Tn4 USBP2N FA USB PN2 27 29 0583 TXIP USB3Tp1 USBP2P USB PP2 27 AY26 p MPC Switch Control 29 USB3 2 AV28 USB3Tp2 USBP3N USB PN3 27 W30 USB3Tp3 USBP3P B USB PP3 27 USB3Tp4 USBP4N D28 Q SoN USB_PN5 28 USBP5N 0 C 2 USB PP5 28 CCD USBP6N B29 PIRQA K40 USBP6P f N28 65 NO SUPPORT PORT 6 amp 7 PIRQA USBP7N 28 Q NT PROCE H389 USBP7P 30 PIRQC USBP8N K30 INT PIRQD USBP8P G30 Te E DGPU HOLD RST4 C46 USBP9N USB9 Port For Debug 12 34 dGPU RST lt lt 1588 LE 110 1 GPIOSO USBP9P 30 USB PP9 31 USB PORT3 9 8587 0 04 D GPU PWR 109 REQ2 GPIO52 USBP10N A30 o 3442 DGP
62. 06 SPKR gt 6 3 04 CBN 5 CBP ALC269 59 9 50 CBP 34__ OPVEE ALC269 DE VIA C100902 A lt lt e FOR VT1802P VT1802P 2 2u 6 3V 06 for BOM C100826 for VT1802P C100818 22p 50V NEO 04 5010 MIC2 Mc d MIC1 VREFO L 22 50V NPO 04 HDA_SDOUT R 9 22 _50 04 HDA SYNC MIC1 L R Via hole C764 22p 50V NPO 04 HDA RST MIC1 R_R ae _ c 18 ALC2b9 GND 3 3VS AUD 0 1515 0 576 Headphone Anti Pop Circuit 3 3VS HEADPHONE L 5VS 9 HEADPHONE R L18 1005 121 03 AZ_RST SPKOUTL SPKOUTL _L C459 D 10 _04 PD 021 LEFT 1000p 50V X7R 04 T J_SPKL1 das R337 R349 Q24B SPKOUTR R L L Trace width Speaker 4 gt 40mils Speaker 8 gt 20mils Speaker wire length less than 8000mils It don t need LC Filter SPKOUTL SPKOUTL L L17 FCM1005KF 121T03 EMI Require B 34 AUDIO CODEC VT1802P Please Let LC Filter together and close to Codec IF Layout note Speaker wire length is less than 8000mils It don t need the LC Filter Close to codec T 180p 504 85204 02001 J_SPK1 MTDK5S6R a 4 7K 04 10K 04 C468 10u 6 3V X5R 06 D Schematic Diagrams KBC ITE IT8518E
63. 1 0515 VIT VCC40 1038 22u 6 3 08 221 6 3 08 22u 6 08 a 004 A VCC42 J23 1 15mi AAS VCC43 VCCIO40 TOENG IR Wem short 08 1 05 5 22u 6 3V X5R 0 8 15Pcs AA30 45 9 46 28 27 48 coe Y VCC50 51 o a o o e R O o lt o lt 2201 6 3V 6 3 6 3 4 2 2Pcs lt o 220 6 3 X5R 08 22u 6 3V X5R 08 22u 6 3V X5R 08 22u 6 3V X5R 08 22u 6 3V X5R 08 22u 6 8V X5R 08 22u_6 3V_X5R_08 T 3 rH I CAD Note CPU R H SVIDDAT Place the PU resistors close to CPU SVID Signals 1 05VS_VTT H_CPU_SVIDALRT R112 75 04 H_CPU_SVIDCLK R110 54 9 196 04 VIDADERTS H DALRT _R R120 43 13 H CPU SVIDALRT amp 40 H CPU SVIDDAT R R126 130 196 04 H CORE SUPPLY lt 2 a ___ 8 7 C amp i c 0 VIDSCLK 004 H CPU SVIDCLK 40 PU 1 a VIDSOUT LOPU SHIDDAT 004 CPU SVIDDAT 40 lt lt o SVID 10u 6 3 X5R 06 lt o o o
64. 1 87ms PEX VDD 4 1 18 1 6c PEX VDD PEX VDD rise time 652us 4 6ms FBVDDQ PQ8 1 C601 1 59 FBVDDQ FBVDDQ rise time 1 23ms PERSTB 044 4 H TM lt 530ns gt 5 verx C166 1 575 1 NSVID 29 q2 E 9 verx CORE uic fe Power On SEQ 51 Schematic Diagrams 2 52 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 the files onto a bootable CD DVD USB Flash Drive e Reboot your computer from external CD DVD USB Flash Drive mue Usethe 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 After rebooting the computer you may restart the computer again and make any required changes to the default BIOS Zhnct TIED settings V1 01 XX or higher as appropriate for your Download the BIOS computer model O 1 Goto www clevo com tw and point to E Services and click E Channel NITET EINE 7 2 Use your user ID and password to access the appropriate download area BIOS and d
65. 116 _2 7 OPEN 2A 91 20 USB3 0 Layout Guidelines 2A 8 10V Y5V 06 14V VIN VONTL 1 USB3 0 Differential trace impedance 90 VOUT 2 Differential pairs The USB3 0 the total trace skew less than 5 mils for 5 C100810 VOUT 3 IC pad to USB Connector total length lt 4 Max 4 USB3 0 Capacitor 0 1 10V X7R 04 Close to Connector 5 PCIe Differential impedance 85 ohm 6 PCIe For transmitter and receiver the total trace length 1 Min 6 Max 7 PCIe Number of vias 4via hole Max EN 750 196 04 lI C250 m 0 022u 16V X7R 04 15nF 48nF R134 2K 1 04 AX6615ESA 10u 6 3V 08 80 noL YO ASA ASE v0 ASA 91 5 rer 80 HSX AE s NOL 13 l 970 ASA A9L NLO 8 PCIe clock Differential impedance 100 ohm 9 PCIe Differential pairs and pairs spacing 20mils with Other trace spacing 25mils 10 Power Trace width 20mils Spacing 80 mils Vout 0 8 R127 R125 R125 1 1V B 30 USB3 0 Schematic Diagrams ard Reader RTL8411 Switching Regulator close to pin48 RTL 8 4 1 1 LAN VDD33 18 R307 0 06 VDD10 Shape L20 Shape VDD1 x SWF2520CF 4R7M M
66. 1M 04 Q4 DTC114EUA D R23 B Q6A C19 26 100 04 S MTDN7OO2ZHS6R 0 0224 16V 7 04 R9 aj 100K 04 NB_ENAVDD 5 5 Q6B MTDN7002ZHS6R VIN 90 ASA d npo jl 90 ASA AOS 3 3V R472 A 100 04 PJ33 OPEN 2A 0 22u 50V Y5V 06 R2 100K 04 VIN LCD For Safety LPS R19 0 2_06 R18 0 2 06 P2003EVG 3 3V 220 06 10K 04 R1 D 1 04 Q8A LVDD_EN 2G MTDN7002ZHS6H 5 D Q8B MTDN7002ZHS6R S FOR icost down C100726 gt BLON 2 1 8473 100K 04 23 SB gt 28 34 SWe U31A 74 3 4 U31B 74LVCO8PW 6 BLON2 3 3V U31C 74LVCOBPW U31D z 74LVCOBPW C585 11 SWH 13 04 ALL SYS PWRGD gt gt 17 0 1u 16V 5 Schematic Diagrams VGA PCI E Interface
67. 4 2 2 e GND z z z C101 gt 2 2 2 KEY GND GND 9 e 0 1u 16V 04 5 e 2 277 GND2 GND6 25 Layout E 1 GND3 GND7 ga 1 SIMBS90 H 4uY 10mil 1 GN GND4 GND8 9 4 m GND9 E 2 90 15098 1 Y GND GND C120 0010 16V 04 23 GND11 GND 10 3 SIM hold A P GND 6A 1 25 20 n 18 SATA RXN3 519 0 010 16V XR 04 DISABLE 52 EN 34 4 SIM CONN Xa fi MINI CARD CONN 18 SATA TXN3 CI 0011 TeV XR 04 3 PERNO PERSET 30 18 SATA_TXP3 0 SMB CLK4 17 SMB DATA 36 T 5 Reserv ed0 USB D 738 R PN2 22 7 Reserv edi USB D USB 2 22 2 1 GND12 24 mil Sh t 27 f 50 60mils 3 3VAUX 3 8 3VAUX 1 g 60mils O 3 3V ee 3G_3 3V 19 3 3V ato 33V X d47 Reserv ed2 3 3VAUX 2 1 O 3G 3 3V 3A 03415 9 Reserv ed3 LED WWAN 3t C591 y y Reserved4 LED_WLAN 45 C148 e 704 X Reserv ed5 LED_WPAN 220u 6 3V 6 3 6 3 4 2 C149 1 6 3 04 770 GND 21 GND 88908 5204 01 9 995 zd 6 3 04 T zl 16V Y5V 04 GND GND GND R66 R73 10 06 R74 20K 196 04 100K 04 D ola Q11B 56 MTDN7002ZHS6R 34 S 5 S MTDN7002ZHS6R H11 6 34 M52NS 020 2 Bottom T 6 34 M52NS 020 2 WLAN MINI CARD
68. 5 tr PR83 100K 04 EB PR75 8 PJ1 100K_1 _04 2 2 1 CSP 0 85VS E 40mil CSN 0 85VS 6 VCCSA VIDO IDO 6 VCCSA VID1 C 40mil 0 04 lt 0 85Vs EN 20 PQ48 T 2SK3018S3 C100824 PC128 1u 6 3V X5R 04 10K 04 B PQ11 BTN3904N3 B 38 Power 0 85 5 1 8VS n XXa f PIN6 2 2u 6 3V Y5V 06 VFB 6610 PR113 43 112 1K 196 04 e 1 3 1 04 82p 50V 4 10u 6 3 X5R 06 1 8VS Vout 0 8 PR73 PR72 PR72 1 84V 0 85VS_PWRGD 20 VIN 8 3J s gt gt 9 2x x gt gt gt gt 9 amp ai D PD5 R e 88054052 PQ50A PC154 PD1503YVS 0 1u 10V X R 04 wem j PL7 PR97 20mil 04 PR223 12K 196 04 PC152 D 1u 25V X7R 46 PR221 1 3K 196 04 V1 8 Q 1 8VS 2A PJ9 2 OPEN 3mm PC39 PC45 8 5 gt gt lt 5 3 o T 0 85VS 0 85 PJ24 0 85VS 6A 9 PC183 PC184 PR98 w Mon 20mil 04 S 5 gt o gt gt PJ23 PR245 zl 40nNL7Z i 10_04 145 2 8 0 1 10 X5R 04 190 20mil 04 PVCCSA SENSE 6 Schematic Diagrams POWER 1 5V 1 05VS
69. 58MM 6 50 NA158 600 PT 10 CD 17 3 HD CHIMEI 736412 GLARE TYPE LED 584 67 50 NA158 200 10 LCD 17 3 HD LG LP173VDI TLD3 LED 6 0 6 20 160 102 0 CD 173 FHD HANNSTAR HSDI7SPUWI A GLARE TYPE LED 98 M 6 20 8258 00 0 CD 17 3 FHD LG LPL73WFI TLC GLARE TYPE LED 604M G 50 NB260 L00 1 WIRE CABLE FOR CCD SP 436MM HL FOR 2704 0 6 43 27 1 010 ILCD R K7 W2e70HUQ 6 33 V2 7H1 011 3 VIRE CABLE FOR LVDS FVC ACES CON50384 04003 02 270 6 43 27 1 010 HANE VO COMED 21401 Wes 623 7 We SP 090 o LCD BACK COVER MODULE W270HUQ 6 39 W27H1 021 16 BACK COVER PROTECT MYLAR PET 3M8915 We70HUQ G 40 We 7H1 041 17 LCD SUPPORT SECC W270HUQ 6 33 W27H1 031 18 ANTENNA WIMAX FVC VI 3PCB 246 35GHZ SG 750MM G2 3 78 710 031 18 ANTENNA WIMAK FVC PCB e 40 3 00HZ 56 WH3 730MM VO 16 23 27 010 FOR we70ESQ Figure A 5 LCD LCD 7 gt U m r 7 51517 Hed Y Schematic Diagrams Appendix B Schematic Diagrams This appendix has circuit diagrams of the W270HSQ notebook s PCB s The following table indicates where to find the appropriate schematic diagram Diagram Page Diagram Page Diagram Page Table B 1 System Block Diagram Page B 2 PCH 1 9 RTC HDA SATA Page B 19 5VS 3VS 1 5VS CPU Page B 36 SCHEMATIC Processor 1 7
70. AJ6 R7 846 2 2K 04 1000p 50V X7R 04 THERMDN 55 R50 2 2K 04 IFPB_TXC _ VGA THERMDA _ IFPA IOVDD 8450 100K 04 3V3 RUN IFPB_TXD4 APS roh JTAG TCK 9451 100K04 IF PAB_IOVDD IFPB IOVDD Txb4 Se 22 dGPU 5 JTAG TMS aj JTAG TDI AP12 PS 7 JTAG UnG AYy w dexternal thermal sensor IFPB TXD5 gt TRST GPIOO eee 42 IFPB TXD5 VVDD VID3 42 GPIO2 GPIO3 VID IX 6PIN IFPB TXD6 4 IFPB TXD6 ena 42 VGA THERM SHDWN 8 6 Hi ia 5 4 IPS TXD7 O lt AK8 IFPB TXD7 M2 9 V 832 50 04 6 3 VGA THERMDC SM R644 0 04 2 THERVDA GPIO10 T SDATA D 1T 45 _______ gt 42 SMC VGA THERM 10081 3 Serk 12 GPIO13 G781 1P8UF m NUI une 6 02 00781 LDO GPIO20 RUN 16V 04 10mil short epo 5 4 5 THERM SHDWN I C100818 D WE S lt 34 2 2K 8P4R 04 C100905 for BOM Q32 C100826 MTN7002ZH 53 C100818 I O B 17 Schematic Diagrams VGA NVVDD Cecouplin 0821
71. Be K7 CK vss 13 FBA_CLKO VSS CK vss 13 cu CK VSS CK VSS VSS Jt VSS T 1 J1 VSS J1 VSS 9 vss 160 196 04 g vss X I 1 vss 160 196 04 g NC1 VSS NC2 B 2 B1 FBA_CLK1 NC2 B1 g ek CON NC3 VSSQ By NC3 vssa g VSSQ NC4 VSSQ NC4 50 X Nea 550 NC4 VSSQ VSSQ vssa 4 VSSQ VSSQ VSSQ VSSQ 2 1 VSSQ VSSQ 12 VSSQ FBA CMD5 T VSSQ FBA CMD5 pe VSSQ FBA_CMD5 T2 ___ VSSQ RESET VSSQ ES RESET VSSQ ot RESET VSSQ FEYDD RESET 550 VSSQ MD2 VSSQ CMD1 K1 VSSQ FBA CMD1 K1 VSSQ ONDE ODT VSSQ 550 opt 550 550 FBA 200 VSSQ R147 701 VSSQ 202 VSSQ 703 18 VSSQ L 16mil E 16mil L 16mil R145 16mil lt 500mil LI lt 500mil lt 500mil acu 500mil H1 VREF H1 VREF VREF1 H1 FBA VREF1 VREFDQ Mg 1 1 XBEFO 1 ERIS VREFDO VREFDQ R500 VREFDQ 243 1 04 VREFCA R141 243_1 _04 VREFCA 243 196 04 VREFCA R144 243 1 04 VREFCA C230 C236 14K 1 04 14K 1 04 0 01u 16V X7R 04 E 0 01u 16V X R 04 07 D FBA D4 07 061 __ 07 D 07 __ _052 DQLO pauo BAD DQLO DQUO e DQLO DQUO DQLO DQUO es FBA 5
72. C37 VSS OSC hort ibl vw VINA Nae USB3 0 POWER SETTING E as short as possible 3 8 16V 5 04 T o tu tev 5 04 3 3V 3 3V_USB3 END mi VIN2 VOUTS PJ13 for 6 100810 c pn PWRON2 R231 004 4 che 1 1 2 E 5 Refer Layout guide 94 13 822 50V NPO 04 31 35 38 232 0 04 sd essi NMOS 3 S PQ24A 10u 6 3V X5R 08 eo Internal Chip Trace Length Mismatch nidi SYS15V 3 3V MTNN20N0308 3 3V_USB3 Bondwire 3 02 1 7 T 3A Ball NetName Difference il 8 LDO 08 ig Power Plane 41 PE6_TX_USB3 118 4 INPUT GRST 3 3 0583 PJ12 111 VDD3 SYS5V R229 OPEN 3mm USBVCC1 100 06 A42 PE6_RX_USB3 PE6_RX_USB3 PCIE 05837 POECLK USBS 36 VINI pene ESL PWRON2 8225 0 04 0 iu 16V 04 0 1 16 Y5v 04 bi R215 3 3V TI EN MTN7002ZHS3 R228 PQ24B 5 10K 04 PC46 20 0308 10K 04 USB 8216 2200 50 04 70022 63 Internal Chip Trace Length Mismatch PWRON1 R227 ais Bondwire LUNES HIGH ENABLE 2N3904 Length mil Difference mil DEFAUL 3 3V PJ3 SHORT 31 35 38 220 96 m 20 PJ4
73. CLOSE TO SO DIMM1 VSS10 Loa DM5 0044 VSS11 VTT2 M DM6 DQ45 5512 Q DM7 0046 VSS13 G1 0 gt 12 0047 VSS14 G2 _ _ 5 iced R234 196 04 1 1 L DDRRK 20407 1P9D 0082 0050 Road 0083 0051 Q DQS4 0052 S DOSS DOES 1K_1 _04 0 1u 10V X5R 04 DQS6 DQ54 DQS7 DQ55 DQ56 0050 0057 o 00814 0058 DQS2 0059 DQS3 0060 CLOSE TO SO DIMM 1 DQS4 0061 DQS5 0062 DQS6 DQ63 00878 245 196 04 MVREF DQB R246 0 04 DDRRK 20401 TPSD 9 2 REV 1 5V lt lt MVREF_DQ_DIMMB 6 VTT MEM 6 86 24204 006 R253 C354 1K 196 04 0 1u 10V X5R 04 C351 C352 C381 C358 10 6 3V X5R 08 6 3V 04 T 6 3V X5R 04 iu 6 3V X5R 04 iu 6 3V X5R 04 1 5V C373 1 C394 I C401 1 C387 1 C392 I C390 C386 C388 ik BURN DUM 6 3 04 T 6 3 04 l 6 3 X5R 04 1 6 04 Layout Note 1 5V SO DIMM 1 is placed farther from the GMCH than SO DIMM_0 C385 6345 C389 C395 402 C365 16V Y5V 04 0 1u 16V 5 04 0 1u 16V Y5V 04 0 1u 16V 04 0 1u 16V O4 0 1u_16V_Y5V_04 16V YsV 04 0 1 16V 04 0 1 16 04 0 1 16V 04 DDR3 SO DIMM 1 B 11 Schematic Diagrams CRT 7 amp i
74. CPU heat sink screws in the order amp the reverse order as indicated on the Remove the screws from label Figure 7a the CPU heatsink Grip the heat sink tab and carefully lift the heat sink 7 up and off the computer Figure 7b b Grip the heat sink tab and carefully lift the heat sink up and off the com puter 2 7 Heat Sink e 6 Screws Removing and Installing a Processor 2 11 7 0 7 27 lt Disassembly l 5 Turn the release latch towards the unlock symbol 7 to release the CPU Figure Figure 8 6 Carefully it may be hot lift the CPU 6 up and out of the socket Figure 8e Processor Removal 7 Reverse the process to install a new CPU cont d 8 When re inserting the CPU pay careful attention to the pin alignment it will fit only one way DO NOT FORCE IT c Turn the release latch to unlock the CPU C d Lift the CPU out of the wu NE feu toc socket 84444425 X Unlock Lock Ia 0 o Caution The heat sink and CPU area in general contains parts which are subject to high temperatures Allow the area time to cool before remov ing these parts 6 CPU 2 12 Removing and Installing a Processor Disassembly Processor Installation Procedure Figure 9 1 Insert the CPU Figure pay careful attention to the pin alignment it will fit only one way DO NO
75. 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 the connector is oriented in the same way The side is usually not indicated 2 2 0 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 pinl 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 and or replacement job take the following precautions Power Safety Warning 1 Don t drop it Perform your repair
76. DQ 59 2 a SA Det AN SB DQ 60 gt MB A 15 0 10 SA DQ 61 SA 0 0062 SB 0061 SB 0 SA DQ 62 SA MA 1 M B DO63 A SB 001621 SB MA 1 SA DQ 63 SA 2 SB DQ 63 SB MA 2 x MA 3 SB MA 3 SA MA 4 SB MA 4 SA MA 5 1 SA 6 9 9 MA BS0 SA BS O0 SA MA 7 10 M B 50 SB BS 0 SB 7 9 MA BS SA BS 1 SA 8 10 M B 51 SB BS 1 SB MA 8 9 MA BS SA BS 2 SA MA 9 10 MB Bg SB BS 2 SB MA 9 mu z SA 10 SB MA 10 SA MA 11 SA MA 12 AA10 9 MA CASH SA_CAS SA MA 13 10 MB CASf SB SB MA 13 9 MA RAS SA RAS SA MA 14 10 M B RAS SB_RAS SB MA 14 9 MA WE SA SA MA 15 10 MB SB SB MA 15 Ivy Bridge rPGA 2DPC Rev 0p61 Ivy Bridge rPGA 2DPC Rev 0p61 Processor 3 7 DDR3 B 5 Schematic Diagrams rocessor 4 7 Power Ivy Bridge Processor 4 7 POWER VCORE PROCESSOR CORE POWER sor POWER 22u_6 3V_X5R_08 10Pcs PROCESSOR UNCORE POWER 10u_6 3V_X5R_06 6Pcs 1 05VS VIT 8 iows vit 560u 2 5V 6 6 6 6 5 9 4Pcs 8 5A 74633 2 VCC3 VCCIO2 i 0 ICCMAX Maximum Processor SV 0 VCCIO4 0606 ed lt e gt I 5 4 0272 C256 6254 l C670 C253 _ 4 C672 DL LAB 22u 6 3V X5R 08 murs 22u 6 3V X5R 08 22u 6 3V X5R 08 I 22u 6 3V X5R 08 22u 6 3V X5R 08 220u 6 3V 6 3 6 3 4 2 VCC7 VCCIO6 VOORE e
77. FG7 1 CAS VDD BA CAS VDD m rzo WE VDD 29 WE VDD WE VDD EA CMDTS VDD 21 007 acs VDD cs VDD Kg cs VDD o 5 VDD aD Q VDD VDD nr VDD VDD cuba na Aii FBA_CMD9 N3 VDD CND9 N3 7 FBA CMD9 N3 VDD N3 VDD CMDS Rer RST BA D 7 AO VDD A0 VDD Rr TFBEACMDIT ___ 7 0 VDD 7 VDD 6 AS AS CMDS Al VDD BA CMDS Al VDD R CMDs Ps Al VDD Al VDD CMD7 AT 17 FBA CMD25 N2 A2 VOD 25 2 25 2 vop NZ_ 2 NOD A2 2 FBA_CMD10 Pg Pg At 9 0 24 2 4 VDDQ BA CMD24 4 FBACMD24 2 A4 VDDQ X P2 4 VDDQ CMDi0 4 24 5 VDDQ 5 71 22 R8 5 VDDQ R8 5 11 Ai AL R2 RZ VDDQ 709 7j FBACMD7 2 VDDQ H2 CMD12 BAO BAO 21 8 7 VDDQ _ 21 8 AT pz FBA_CMD21 VDDQ 8 7 VDDQ 13 WEF H3 8 VDDQ 6 8 VDDQ H3 VDDQ 8 VDDQ CMD14 A15 15 BA A9 VDDQ CMD29 A9 VDDQ FBACCMD28 T7 9 VODO
78. HPD_E HPD E GPIO18 C100818 C100818 AC IFPE IOVDD IFPEF IOVDD 202 500 re Aux B Sheet 16 of 50 uan Tesi Polti VGA I O GF 108 GKx GF117 GF 108 GKx ra VDD NC SCL 4 SDA FPF TXD1 IFPF L1 5 TXD1 IFPF 11 TXD2 IFPF 10 O TXD2 IFPF 10 DACA VDD 10 gt VREF TSEN_VREF R448 RSET NC DACA HSYNC cH DACA VSYNC RUN C100824 DACA RED SNN RED DACA GREEN SNN GREEN GPIO19 DACA BLUE SNN_BLUE SNN_A_SDA So n U32J C100818 2 09 5 g 0 0 7 6 19 ALL PINS NC FOR GF117 3V3 RUN IFPA TXC 3 3V3 RUN RSET lt 100824 IFPA TXDO O Ape RN15 Txpo 5 2 2K 8P4R 04 Q7B IFPAB PLLVDD AHS RT MTDK5S6R TXD1 ANE IFPA TXD1 0320 5 THERM gt THERM 34 6 11 19 MISC1 IFPA TXD2 SMD VGA THERM IFPA_TXD2 1208 SDA _ _ swap C100825 Ma gt SMD THERM 34 ScL IFPA TXD3 SDA RUN MTDK5S6R IEPA TXO OX
79. Note Das VDD8 VSS23 Hee A9 DQ9 VDD9 VSS24 signal space signal A10 AP DQ10 VDD10 VSS25 A11 DQ11 VDD11 VSS26 8 4 8 12 0012 VDD12 VSS27 Hg A13 DQ13 VDD13 VSS28 A14 0014 VDD14 VSS29 34 A15 DQ15 VDD15 VSS30 DQ16 VDD16 VSS31 9 4 MB 50 BAO DQ17 3 3V8 VDD17 VSS32 142 4 51 BAI DQ18 VDD18 VSS33 33 4 852 BA2 DQ19 20mils 199 5534 50 4 5 2 So 0020 VDDSPD VSS35 4 MB 5 3 Si 0021 1 P853 77 VSS36 o _ 0022 2 NC1 VSS37 56 B_CLK_DDR 2 0023 5 2 VSS38 Hg CLK DDR3 0024 0 1u_16V_Y5V_04 5 VSS39 Hre Sh t 10 f 50 B CLK 0025 198 VSS40 ee 4 CKE2 CKEO 0026 9 5 DIMMO 1 X EVENT VSS41 T68 y 4 CKE1 0027 3 9 DDR3 DRAMRST RESET VSS42 DDR3 SO DIMM 1 C374 6 3 X5R 04 4 M B 5 RAS DQ29 C379 0 11 16V 04 MVREF_DQB 1 VSS44 8 223 4 SAO DIMT WE DQ30 126 VREF_DQ VSS45 9 9 5 0 0031 VREF CA VSS46 Hyg 9 SA1 DQ32 VSS47 9 19 SMB CLK SCL DQ33 BIMI 2 VSS48 189 9 19 SMB DATA SDA DQ34 VSS1 VSS49 T90 116 DQ35 VSS2 VSS50 H9 per 4 ODT2 20 0070 F VSS3 VSS51 196 4 0013 1 0037 VSS4 VSS52 11 DQ38 VSS5 DMO DQ39 VSS6 z DM1 DQ40 VSS7 VTT MEM DM2 DQ41 VSS8 DM3 0042 VSS9 0043
80. R C722 ATA RXPO R C721 8544 0 01u 16V X7R 04 SATA TXPO 34 MSO 0 01 16V XR 04 DNO 34 HSPI SCLK 0 01 16V XZR 04 SATA RXNO 34 CE 0 01u 16V 04 RXPO 0 04 SPI CS 08 0 04 SPI_CS i SATA 4 SATA TXP4 C 1 L14 SATA TXN4 C42 16V 7 04 SATA 4 C4 9 3 SATA 4 C WCM201 2F2S 161 T03 short SATA RXN4 C 1 SATA RXN 4 C SATA RXN4 SPI 1 5 6 5 L12 BIOS ROM SATA RXP4 C4 9 3 SATA 4 WCM201 2F 28 161 103 short ESATA POART gt 6 21 14704 107 SATA 4 SHORT C333 0 1u 16V Y5V 04 SPI VDD O5VS 0705 I C706 4 C697 0 1u 16V Y5V 04 1 2 2u 6 3V Y5V 06 220u 6 3V 6 3 6 3 4 2 R538 3 3K 196 04 SPI_WP SPI CSOf R240 SPI SCLK 3 3K 1 04 SCK SPI 7 a 14622100561 GND1 2 GND SPI ROM HSPI 100830 1 9 RTC HDA SATA B 19 Schematic Diagrams PCH 2 9 PCIE SMBUS CLK RN7 3 3V 2 2K 8 04 8 T PantherPoint M PCI E SMBUS CLK U39B 10K 8P4R 04 8 1 BT SBD E12 BT_SBD LPD SPI INTR 7 2 GPIO11 P E gt SBD amp 27 PEG_PCIECLKRO7 6 3 H14 PEG B 5 4 SMBCLK 4 lt lt gt gt 5
81. SA DQ 34 0935 AP3 E SA DQ 35 VB DOS6 AN3 SB DQ 35 5 lt gt M 005817 0 9 _ SB 2036 lt gt _ 70 10 0 SA DQ 37 SA_DQS 0 M B DOs 58 DQ 37 L SB 5 0 DQ 38 SA_DQS 1 M B Dass __ 2 09 38 58 SA DQ 39 Er SA 0058121 APS SB DQ 39 SB 00582 SA DQ 40 SA 0058131 5044 DQ 40 SB DQS4 3 SA DQ 41 SA_DQS 4 EDO SB 0041 SB DQS4 4 Q M A DOGS SA DQ 42 SA 0058151 M B 5043 6 0942 SB 5 TA SA DQ 43 gt SA 0058161 TE Dodd SB 0001431 SB 00586 SA DQ 44 SA 20587 2045 ANS 58 001441 SB 00547 DQ A5 TE DGI ARE SB 00145 B od E 2 SA DQ 4 B 5048 ARS SA 00148 e lt gt M_A_DQSj7 0 9 5049 A SB 48 lt gt DGS 70 10 SA DQ 49 pd SA_DQS 0 5050 ATe 49 SB 00810 SA DQ 50 0 SA DGS 1 5051 58 00 50 92 58_ 05 1 SA DQ 51 SA_DQS 2 052 AHi DQ 51 SB_DQS 2 SA_DQ 52 SA_DQS 3 5053 SB_DQ 52 SB DQS 3 SA DQ 53 SA_DQS 4 8054 53 SB 00814 SA DQ 54 SA_DQS 5 5055 SB DQ 54 e SB DQS 5 SA DQ 55 Q SA_DQS 6 M B 5056 DQ 55 3 SB DGS 6 SA DQ 56 SA 00517 M B DG57 SB 00 56 SB DQS 7 SA DQ 57 00958 SB DQ 57 SA DQ 58 0059 SA
82. SATAATXP 182 10K 04 lt DOCK 5 GPIO13 Y3 SATABRXN 33V 0 29 UsB3 0 2 44 Layout Note JTAG BUF J3 1 05 Cloged to US PCH_JTAG_TMS H7 p Yit SATAICOMP R286 aras os 2 R259 _ 5 SATAICOMPO L 9 PCH JTAG K5 e Q 210 1 065 210 196 06 210 1 06 JTAG TDI H T JTAG_TDO SATAaRCOMPO AB R304 49 9 1 04 9 C293 C292 C291 m T 5 5 5 T SATA3COMPI gt gt SCLK PI RBIAS 96 X BEES 5 1 5 1 R241 33 04 5 _ PSPI CLK SATA3RBIAS 750_1 _04 3 3VS 4 2 R563 R268 R267 56 gt gt 2 SPI 50 R540 004 SPI CS Of 100 196 04 S 100 1 04 100 1 0 R3 10K 04 2 E E R633 secs s THN csu o Ei ub uds 1 SATALED gt SATA_LED 31 P V4 SPI SI R242 04 SPI SIR MOSI SATAOGP GPIO 1 lt lt 1 ODD_DETECT 23 PI R U3 BBS BITO SPLSO R539 39 04 SPLSOR T spf mso SATA1GP GPIO19 R560 SPI HSPI 100830 PPT Rev 0 5 BBS BITO BIOS BOOT STRAP BIT 0 J HDD1 Share ROM 541 38 04 SPI SI R SATA TXPO R C724 25 HOFUM 8542 33 04 SPI SO R 4 1 SATA TXNO C723 SATA RXNO
83. SM RCOMP 2 E SMRCOMP 2 ISC 23 THRMTRIP 4 Tomi short ANSG S3 circuit DRAM PWR GOOD logic 3 3V 3 3V 29 7 1 gt AR26 XDP TCLK 5 mo 5 AM34 TRSTA gt 1 5VS_CPU 20 H PM SYNC lt O SYNC Ay TRST p H9 R193 gt em 28 TDI m 5 156 AP26 200 04 2 100 04 10mi H CPUPWRGD R rab 23 H_CPUPWRGD gt Bota 1010 short _ UNCOREPWRGOOD e E sect t E iis 85 DBR PMSYS PWRGD R199 130 196 04 VDDPWRGOOD V8 wW 20 DRAM gt 4 PMSYS PWRGD BUF SM DRAMPWROK E 20 37 1 8 8 PWRGD 1 05VS_VTT BPM 0 Buffered reset to CPU pis MC74VHC1GOBDFTIG R209 C301 BUF CPU RST RESET VS 4 04 10 04 3 3 R213 5 6 8208 0 04 7 75_04 Ay BPMATI _ 7 Q16 G R207 212 _43 2 1 0 BUF_CPU_RST 353738 8088 gt MTN7002ZHS3 10K 04 Ivy Bridge _20 _ 0 1 Q17B 58 MTDN7002ZHS6R 2178 B 014 12 22 28 PLT ell Ee C S3 circuit DRAM RST to memory R148 47p 50V NPO 04 ini C315 4088 04 shou
84. TX3 3 CAD NOTE PEG ICOMPI and RCOMPO signals o H 5 ie should be shorted and routed with TT y 2 FDIO PEG RX3 a 20 1 ERN PEG RX4 12 typical impedance 43 mohms 20 2 FDIO TX 2 PEG RX5 PEG RX5 12 PEG ICOMPO signals should be routed with 20 TXN3 2010 TX amp 3 H PEG 6 PEG RX6 12 a ED DNI FD11_TX 0 3 wW PEG RX7 PEG 7 12 max length 500 mils FDIT D 1 PEG RX8 u coe 352 typical impedance 14 5 mohms E Sheet 2 of 50 A22 jp PEG 112 FEST Q 0 21312 CAD NOTE DP COMPIO and ICOMPO signals A t Processor 1 7 DMI 20 FDI TXP3 FDIO 3 should be shorted near balls and routed with M29 PEG TX 0 EU m 10 PEG TX O 12 typical impedance 25 mohms 20 FDI TXP5 TX PEG 1 Seu PEG DH 12 2 4 LTXA1 l M3T PEG 2 C157 0 22u 10V 04 15 2 TX2 PEG 21 132 PEG TX 3 147 0 220 04 J 5 FDI1_TX 3 29 PEG 4 C175 0 22u 10V X5R 04 PEG DM 12 1 05VS VIT 1 05VS VIT J18 H _ PEG C166 0 22u 04 PEC i 1 20 FSYNCO FDIO FSYNC Er PEG_IX 5 PEG DX 6 6190 0 22u 04 2 20 FDI FDI1 FSYNC PEG TXW6 J30 EG TXE 7 PEG TXM6 12 H20 PEG_TX
85. VDDBP BSTA 43 NGiA 4 5VS 130 1 04 ELLE VR EN VRDYA 42 m PJ22 CPU 3 EN SWA gt LGJA gt 1 2 5 SDIO LGA ao gt gt fbiss 0 224 10 5 5 H CPU SVIDDAT CPU SVIDDAT H CPU SVIDCLK 7 ar 39 Nez 41 5 H_CPU_SVIDALRT H CPU SVIDALRT q R85 10K 04 5 VBOOT SW2 37 gt sw2 41 Option for 5 H_GPU_SVIDCLK H CPU SVIDCLK 2 4 90 9K 1 04 192 i hax OT 9 11 35 PR81 1K 04 DELAY PWRGD 72 POND DELAY 3 3VS VSN SW1 swi 41 VSP 2 HG1 A 0 01u 50V X7R 04 SPP E uL EE um M PR217 V V 2 06 49 0 22 10V 04 TSENSE PR102 10K_0 mero 20 DELAY PWRGD aozQoprabbzc 8 32 151 EPSOSAOSOOOOPBE 4 5VS 10V Y5V 06 RARRARRAR PR204 47K 1 04 Option for PR207 PR76 0 04 0 04 5 VCORE VSS SENSE VSN 2 2 phase CPU 1 in PR2056 98K 1 04 PC150 CSP1 gt gt SWN1 4 5 78 0 04 5 VCORE SENSE 4 PR218 PC22 3 3VS PR77 10_1 _04 PC24 680p_50V_X7R_04 1 21 1 04 PR72 49 9 1 04 10 04 79 PR100 PR73 TRBST PJ5 gt 6mil 4700p 50V X7R 04 PR99 11 20 34 ALL SYS PWRGD 15mil short 1000 P 50V 78 04 1K 196 04 100p 50V NPD 10 7K 196 04 7
86. attached to the under side of the cover lift up the bay cover 5 Ba 4 Carefully disconnect the fan cable and remove the cover 5 Figure 5b 5 The RAM modules will be visible at point on the mainboard m Contact Warning Be careful not to touch the metal pins on the 5 connecting edge Even the cleanest hands have oils which can attract particles and degrade the module s performance 7 0 7 2 lt 5 Component Bay Cover e Screws Removing the System Memory RAM 2 9 Disassembly Figure 6 6 Gently pull the two release latches 6 8 on the sides of the memory socket in the direction indicated by the RAM Module arrows Figure 6c The RAM module 10 will pop up Figure 6d and you can then remove it Removal cont d 7 Pullthe latches to release the second module if necessary 8 Insert a new module holding it at about a 30 angle and fit the connectors firmly into the memory slot ERES 9 The module will only fit one way as defined by its pin alignment Make sure the module is seated as far into the slot ches as it will go DO NOT FORCE IT it should fit without much pressure d Remove the module 10 Press the module in and down towards the mainboard until the slot levers click into place to secure the module e Replace bay cover 11 Replace the bay cover Figure 6e and the screws make sure you reconnect the fan cable before
87. be supplied by a Listed Power Unit with an AC Input of 100 240V 50 60Hz DC Output of 19V 474A 90W 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 Preface Instructions for Care and Operation The notebook computer 15 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 and 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 procedures for the computer Shut th
88. for 100811 FOR INTEL GRAPHIC HDMI CONNECTOR 5VS 5VS_HDMI BAV99 RECTIFIER 2 09 5 g 0 0 TMDS DATA2 R DMI IN R87 1 04 BAV99 RECTIFIER C197 0 14 10V X7R 04 0 H 21 HDMIC_COCN IN Di OUT 91 2 HDMI P al TMDS_DATA2 R 21 2196 0 10 10V 7 04 ion 5 J C199 10V XR 04 C TMDS 2 21 C1CN a IN_D2 OUT D2 DATATR T I 21 HDMIC_C1CP 2198 10V 04 D2 OUT D2 MDS C150 C169 HDMI HPD C C201 0 1u 10V XR 04 C2CN C TMDS_DATAO R 10u_6 3V_X5R_06 22u_6 3V_X5R_08 21 HDMIC_C2CN 03 OUT D3 El TMDS_DATAO R 19 HDMI_HPD 21 HDMIC_C2CP 20200 0 10 10V 7 04 1 UTE 5 DATAO FORAS HPD C C203 10V 7 04 CLKCN C TMDS_CLOCK R 5 202 0u 10V 04 HDMIC CLKCP 47 IN D4 OUT D4 TMDS CLOCKR SDA C DDC CEC GND IN D4 OUT D4 HDMI_SCL C HDMI_CTRLCLK HDMI_SCL C SCL 21 HDMICGTRLDATA K HDMI_CTRLDATA E SDA RESERVED SDA SDA SINK TMDS CLOCK amp R R95 0 04 TMDS_CLOCK HP
89. screwing down the bay cover 12 Restart the computer to allow the BIOS to register the new memory configuration as it starts up C694 gt 00000000700122 20222 D 1 5 8454 5444 apen sars srs 4644 AS Contact Warning We Be careful not to touch the metal pins on the connecting edge Even the clean est hands have oils which can attract parti cles and degrade the module s performance uH nondam 1 mn 1 0 o N 446 DAT TTE F o LEM 2 92 Lt 7 a 2 c gt 4 as 5 2 4 SH l s gt c c c x Cover Pins Note that this computer model has four 10 RAM cover pins These pins need to be aligned with slots in the case to insure a proper cov er fit before screwing down the bay cover 2 10 Removing the System Memory RAM Disassembly Removing and Installing a Processor Figure 7 Processor Removal Procedure 1 2 3 Processor Removal Turn off the computer turn it over and remove the battery page 2 5 and the component bay cover page 2 9 a The CPU heat sink will The CPU heat sink will be visible at point Figure 7a be visiblez Loosen the
90. the keyboard 9 3 b lt Re Inserting the C Keyboard When re inserting the keyboard firstly align the four keyboard tabs at the bottom Figure 116 at the bottom of the key board with the slots in the case 24 4 LED Cover Module 10 Keyboard 7 Screws Keyboard Tabs Removing the Keyboard 2 15 Disassembly quiessesiQq z 2 16 Appendix A Part Lists This appendix breaks down the W270HSQ 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 me 7 Part List Illustration Location The following table indicates where to find the appropriate part list illustration Table A 1 Part List Illustration Pat W270HSQ Location Top page A 3 Bottom page 4 page 5
91. 0 2K 196 04 M STRAP REFO Jt MULTISTRAP_REF_GND NC VOD3S C100818 NC 46 C570 C36 cas _ ox _ NC 0033 T T NC 0 1 16V 5 04 16 O4 0 1u 16V 5 04 0 1u 16V Y5V 04 16V 04 10 6 3V X5R 04 4 7u_6 3V_X5R_06 NC H5 H6 H12 D 1 H8 0044 H8 004 4 H8 004 4 Era NC PLACE NEAR BALLS PLACE NEAR BGA NC 026 100818 NC NC VEE ne _ _ _ 100818 GL VGA PCI E Interface B Schematic Diagrams VGA Frame Buffer Interface Frame Buffer Interface U32C FBC CMD 31 0 3 U32B _ 31 0 15 219 FBC_D 63 0 D 63 0 15 FBC 0163 0 lt lt gt 14 0163 0 amp gt L Go 22 lu 9 FBB DO L28 po FB CLAMP FBB lt 01 02 T29 po 100819 03 8 FBA D3 FBB 04 N FBA D4 05 1819 FBVDDQ 05 FB DLL AVDD DPLLAVDD 06 06 FBB D7 FBVDDQ 4 4 D7 6 FBVDDQ J28
92. 1 Fos DSS FZ DQL1 DQU1 ee FBA D34 DQL1 FBA g 0012 DQU2 67 g 0012 DQU2 FER BES rs DQL2 DQU2 cz FER B38 g 2 DQU2 C2 FER P3R H3 0013 DQU3 A7 rFBADS D H3 DQLS DQU3 FBA 057 H3 DQL3 DQU3 D35 H3 0013 DQU3 A7 FBA D53 DQL4 0004 A7 FBA 015 BA DO Hg 0014 0014 FBA 060 0014 DQU4 A2 039 Hg 0014 0004 A2 FBA D50 DQL5 0905 FBA DTI FBA D7 DQL5 0005 B8 FBATD 0015 0905 FBA D32 DQL5 0005 054 7 0016 0006 x3 7 0016 DQU6 77 0016 0008 n FEA DSE 7 0016 DQU6 7 amp 3 549 DQL7 DQU7 DQL7 DQU7 ba DQU7 DQL7 DQU7 _ E7 D3 FBADQM 7 03 FBADQM E7 D3 FBADQM4 5 E7 03 FBADQM6 WT DML 67 5 PADOS WPO DML DMU FBADOS_ WP7 _ DML DMU C7 WP4 BADQS WP DML DMU 6 BADOS AN 005 DQSU B7 FBADOE RN BADGS RNO us DOSL DQSU B FBADGS RN4 BADQS HN DQSU 7 FBADQS RN6 DQSL DOSL 0050 oJ DASE DQSU DOSL DQSU K4W1G1646G BC11 100818 K4W1G1646G BC11 100818 K4W 1G1646G BC11 1008
93. 1 7 229 5 TMPCO603H 4R7M Z01 s er TMPC0603H 4R7M Z01 5 PJ28 n n noce PHASE2 VY YN ic OD eo 3 Sheet 36 of 50 LGATH2 LGATE1 2 128 PQ62B LGATE2 lt LGATET PQ61 2 M PC219 PC73 12 PC51 PD1503YVS So S x P1203BV a 30K 196 06 0 1u 16V Y5V 04 gt 5 1 06 hakio 5 DIN IS gt S J Ei gs EX I lt PD8 PD7 lt lt lt 5 e 2 o 2 8 lon Rb PC74 21 d OVREGS 8 2 6218 a a gt o 7 125 9 054052 5 54052 3 18 7K 1 06 i Q a aT 5 x a 8 680 _1 04 i 2K1504 9 gt PR13 PR13 M990125 220 50 NPO O4 5 5 S R o PD9 e 5 5 VDD 0 20mildd4 004 BATBASSS gt 8142 PC61 SYS5V 9 3 VREGS o PRi40 0 04 2 06 T 0 01u 50 X7R 04 o VINI VREG 59 e m EB PC69 PC62 VIN 2200p 50V 7 04 Q 4 7u_25V_X5R_08 1u_10V_Y5V_06 8 054082 d ox 0 01u 50V 7 04 SISYST9V 5 PC64 Q 2200p_50V_X7R_04 VREG5 9 5 PR119 0 04 EN PR121 o R230 EN 5V 10K 04 T Will ou sron 04 e d PQ23B DD_ON_EN_VDD MTDK5S6R 8 2c PR120 31 34 35 DD
94. 16 19 GND 1 2 psaE usah GND 25 47 19 GND 2 2 14 19 NVVDD 10 19 XVDD GND ANTO NG GND CONFIGURABLE 0 GND EAR DD x tis AALS CHANNELS ANTS GND 9 C81 1 150 ES E C130 C72 C128 C127 C91 AK GND GND AA 0 1u 10V X5R 04 10V GND Le GND GND VOD Ai 10V 04 0 10 10V 5 _04 10V 04 0 1u_10V_X5R_04 0 1u_10V_X5R_04 GND ABTS vpp 1 10V GND GND 1 GND GND N SND GND ABI7 LAN GND ABi8 VDD GND ae Pn VDD 22759 ERE C132 C57 C96 C109 GND GND EN 0 1u 10V 04 e Sheet 1 7 of 50 ous GND _ _ 0 1u 10V 04 4 70 6 3 06 4 7 6 3 06 4 7 6 3V 06 4 7u 6 8V 06 5 GND ACTS B GND END D D Bag anp GND B GND 23 82 5 eno VoD ce _ cse C48 C110 C63 4 7u_6 3V_X5R_06 4 7 6 3 _ 7 6 3 06 47 6 3 06 4 70 6 3 O6 4 70 6 3V 06 4 7u 6 8V 06 5 T 4 Cecoupling ex Um a rer pa GND 5 GND GND 2 ypp
95. 18 K4W1G1646G BC11 100818 VGA Frame Buffer A 15 Schematic Diagrams VGA Frame Buffer C Frame Buffer Partition B FBVDDQ C657 C613 C595 C70 C609 C103 C41 6 3V 04 6 3V 6R 04 1u 6 3V X5R 04 E u 6 3V X5R 04 6 3V 04 u_6 3V_X5R_04 1 1 6 3 04 1u 6 3V X5R 04 6 3V 04 1u 6 3V X5R 04 1u 6 3V X5R 04 L FBVDDQ FBVDDQ 7 T 4 T FBC CMD 31 0 C574 C33 C583 C582 C561 C53 C572 C630 C637 MESE C164 C172 C578 C54 cizi C152 C228 C151 0 1u_10V_x7R_04 10 7 041 10v 10V 7 041 6 39 5R 04 tu 6 3 04 6 3 96R 04 6 3 04 18 10V 04 10 041 10v 041 10v 04 0 1u_10V_X7R_04 1u_6 3V_X5R_04 6 3 04 6 3 04 6 04 18 7 17 lt lt FBCDOS WP 7 0 13 utei 13 _ 0 4 4 C601 C610 C598 C163 C104 C29 C35 C69 C137 C102 C590 C507 C592 C599 C234 0 1u_10V_x7R_04 10v 041 1 10v _04 _04 1u_6 3V_x5R_04 1 6 3 58 6 39 04
96. 2 9 To remove and install a Processor 1 Remove the battery page 2 5 2 Remove the processor page 2 I1 3 Install the processor page 2 13 To remove the Wireless LAN Module 1 Remove the battery 2 5 2 Remove the WLAN module page 2 14 To remove the Keyboard 1 Remove the battery 2 5 2 Remove the keyboard page 2 15 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 P T 3 Slide the latch in the direction of the arrow and hold it in place Figure 1a E b Slide the battery in the di rection of the arrow 4 Slide the battery 3 in the direction of the arrow Figure 1b D 7 lt 24 3 Battery Removing the Battery 2 5 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 Figure 2 HDD Assembly h Follow your operating system s installation instructions and install all necessary drivers and utilities as outlined in Removal Chapter 4 of the User s Manual when setting up a new hard disk a Locate the HDD bay cover Hard Disk Upgrade Process and remove the screws 4 off the computer and remove the battery page 2 5 2 Locate the hard disk bay cover and remove screws amp Figure 2a
97. 2 9 14 3 8 PQs 44 46 tat qa NTMFS4935N NTMFS4935N NTMFS4935N 2 PD22 PR S one gt CSREF 40 10 04 PR64 15 06 Tg gt SWN1 40 VIN 5 26 Pais NTMFS4926N G 40 5 95 40 PQ14 NTMFS4935N PQ51 NTMFS4935N 40 LG1AL gt gt LGIA VGFX_CORE 0 1u 50V Y5V 06 DCR 1 1mohm 0 36UH 12 971473 8 187 330u 25V PR250 PD24 E gt gt CSREFA 40 10 04 PR232 15 06 gt SWNIA 40 N o 40 40 40 VIN PQ43 PQ42 NTMFS4926N NTMFS4928N gt 28 s HG2 HG2 DCR 1 1mohm PL6 3 1 2 sw2 gt gt VCORE 0 36 12 9 14 3 8 PQ10 PQ49 192 NTMFS4935N NTMFS4935N NTMFS4935N PR74 gt CSREF 40 10 04 PR63 15 06 SWN2 40 VCORE PC163 PC162 161 PC139 PC164 PC165 8 8 8 8 8 8 8 8 8 2 2 8 B a a a m lt i lt lt 3 3 3 lo m s gt E E 5 E QC 45W GT2 VID1 1 23V 25 Dynz37A 38 LLz3 9m ohm OCP 30A QC 45W CPU VID1 0 9V IccMax 60A Icc_Dyn 66A TDC 52A LLz1 9m ohm OCP 70A B 42 POWER VCORE2 Schematic Diagrams Power VGA NVVDD PEX VDD VGA NVVDD 3
98. 26 vss BAO vss FBC CMD27 007 VSS 2 vss VSS es 1 32 BC CMD26 c8 CMD26 Ms CMD25 A3 A3 vss 38 31 vss BA2 vss 2 m 27 FBC CMD3 VSS pv FBC CMD3 VSS CHDZ8 VSS P FBC CLKO VSS FBC_CMD19 K9 VSS wg FBC CMD19 CMD29 13 CLKOR CK vss CK vss 1 7 K7 MSS 1 FBC_CLRT __K7 VSS o R48 Ji vss 13 FBC_CLKI CK vss mmr X NC1 vss g NC1 vss vss Ji Xr NC2 NC2 Bi 5 NC1 vss Xg NC3 VSSQ B9 7 160_1 _04 NC3 NC2 160_1 _04 Tr NC2 NC4 vssa FBC CLK NC4 vssa g NC3 880 FBC Xr NC3 VSSQ Kor VSSQ NC4 vssa por NC4 VSSQ er VSSQ VSSQ jog FBC_CMD5 FBVDDQ FBC CMD5 T2 ree TT lt VSSQ Fo RESET vssa FBC CMD5 12 VSSQ FBVDDQ FBC CMD5 Tog em FBC CMD2 K1 VSSQ er FBC_CMD2 VSSQ RESET VSSQ T9773 o 7 RESET REN Wales SR cd cMDi8 KI oo 001 FBC 200 18 vssa R53 FBC 201 L8 vssa VSSQ he za za VSSQ 16mil 16mil 2 25 23 8 2a 16mil marz A 16mil 500 500mil 500mil 14K 1 04 500m
99. 28 LED BAT CHG PWMS5 GPAS PU EGCS GPE2 g4 22 dGPU 2 SOR R339 15 1 04 SPI SO 28 LED BAT FULL 6 6 EGCLK GPE3 L gt 3 50 M7 GPA7 P 28 LED PWR gt 8319 KBC FLASH 3 ypg SPI_CE R 29 15 196 04 SPI o P 85 WUIS GPE5 RSMRST 20 6 SPI SCLK R340 47 04 KBC SPI SCLK 27 80CLK PS2CLKO GPFO PU PD LPCPD WUI6 GPE6 gt KBC_RST 23 SCK 27 BT DET amp PS2DATO GPF1 R320 4 K 04 HOLD amp 7 4 27 88 PS2CLK1 GPF2 PU PWM COUNTER 47 HOLD VSS 2 rd 22 42 dGPU_PWR_EN PS2DATI GPF3 PU TACHO GPD6 lt CPU FANSEN 28 6 04 02532 490 28 TP PS2CLK2 GPF4 PU PD TACH1 GPD7 6 04 25032 491 6 04 25320 490 28 TP DATA PS2DAT2 GPF5 120 TMRIO WUI2 GPC4 324 PM PCH PWROK 20 125 WAKE UP PD TMRI WUIS GPC6 ALL SYS PWRGD 11 20 40 7 97 3G lt lt PWRSW GPE4 PU CIR 18 119 35 d ur aT RI1 WUI0 GPDO PU 123 ORE PWRGD 20 Co lay SPI ROM 1128 LID SW amp RI2 WUI1 GPD1 PU CTX GPB2 U19 33 GP INTERRUPT LPC WAKE UP is ED ME 815 s 5_ 20 GINT GPD5 PU LB0HLAT GPEO gt swit 20 ps 2_KBC_SPLSO_R 112 PD RING PWRFAIL LPCRST GPB7 CHG RST 43 om vo oe UART PD RING
100. 4 8K 1 04 215 27MHZ PEX RX9 10K 196 04 VGA STRAP2 4 99K 1 04 PEX TX10 AI21 26 cor 4 99K 1 04 STRAPS 4 99K 1 04 Crystal 8045 amp 3225 Co lay o 23 pex pio SOME 20K 1 04 VGA_STRAP4 20 1 04 9 PEX RX10 AL22 m ROM SI samsung 64Mx16 PD 20Kohm AP24 pex AKI 128Mx16 PD 45Kohm FEX TSTCLK OUT 9 23 ex PEX TSTCLK our 26 PEX TSTCLK CUT R86 200 196 04 AJ23 eh C OUT PEX TX12 24 PEX RX12 5 rex re 16mil E BIOS ROM 23 PEX 3 AG23 8 Puvop AG26 PEXPLLVDD bia mA total 4 U32P 3V3 RUN d wa sce 26 pex nxia C148 c131 C602 C100823 26 25 Ris X Ped 16V Y5V 04 63V 04 4 7u 6 3V 06 os PX 11 5 TESTMODE GPU TESTMODE 10K 04 cs 5 8 PLACE NEAR BALLS PLACE NEAR BGA 0 iu 16V Y5V 04 wr S mec VGA STRAPO 42 craapo eon ae AS DIS VGA_STRAPT 27 8 PEX TX15 GA 5 2 STRAP2 2 STRAP3 27 5 FEX TERMP PEX TERMP 8476 249K 1 04 4 29 04 25512 B71 9015 3V3 RUN 100809 X PSU o 6 04 25512 B70 6 04 25512 B72 12 04 5 100818 aurast 13P GL 6 04 25010 490 RAE 16mil RUN N13M GE1 OFF 298 NC ws 5 s 4 1 R43 4
101. 4 ay R526 4 1 5 1 47K 04 R219 0 04 CL GND13 15V 2 m2 40 mil 19 47 Reserved2 3 3VAUX 2 3 3V 19 DATA1 ES 0 29 Reserv ed3 LED_WWAN X BT DET 19 CL R527 10K 04 Reserved4 LED_WLAN 46 lt lt WLAN_LED 31 34 3 3V Reserv ed5 LED_WPAN X C690 Mm 88908 5204 01 H 9 99 528 20mil 04 180p 50 04 31 34 BT EN NINE M 19 5804 0 04 B 28 WLAN 3G MINI PCIE Schematic Diagrams CCD TPM MULTI CON FOR POWER SW BOARD FOR OPTIMUS FUNCTION CPU FAN CONTROL U14 04 206 C100824 AX995SA lt 34 i0mil short 04 AX995B SOT23 6 amp APE8872 6 02 03940 B20 35 Cola 22 6 02 00995 820 C350 y 6 02 99011 B20 0 10 16V Y5V 04 DUD SW amp 11 34 5VS FAN 5VS e FON 5VS_FAN CPU FAN 88486 0801 6 20 94K10 108 2 C378 R239 2nd Source 08 85205 03701 0 04 PN APE8874 L J 1 34 CPU FANSEN lt 1 dcost down solution R249 4 7K 04 1 Sheet 28 of 50 CCD TPM MULTI CLICK CONN 1 2 C349 C331 R221 R224 10u 6 3V X5R 06 6 3V Y5V 04 10K 04 10K 04 9 TP DATA 34 for C100820 TP CLK 34 C321 6324 C559 C558 C560 C517
102. 4 c100809 7 Sg E g tamm PC83 NTMFS4 PR166 2 ja a PS NVVDD PGOOD PR19 PUS 4 PD20 a N NCPEN __ 285 A 0 04 DRS F sl G G 5 1 06 eo oe qme 475 le EE Sheet 42 of 50 zi 6 02545 ct 36 PR161 2 06 4 i e le Jg ja EN 5 1 p HOO 35 220p 50V 04 8 s PWRGD DRVH1 50 IMON SW1 33 m CLKEN SWFB1 732 E 9 iji FBRTN PVCC fe 5 o 52 2 DRVL1 730 e 5 9 m 3 3 3 m PGND 29 150 50 06 NCP3218G 2 no 21818 VARFR SWFB2 77 2 NTMFS49 Os fas 9a 12 04 Sw2 18 Q DRVH2 25 5 G VRTT BST2 S 5555 ud TZ ANS Or Q d PR37 PC11 39 2 1 04 AGND gt J S e S t 1 69K 1 04 150p 50V 06 22 Oe cba didi Te di AI IS yg SRP RRS 5 ie s TMPC1004H R36M ZO1 575 9 2 Lx 1 22 V 3 40 H_PROCHOT __ gt gt PC85 PQ2 8 174 11 162 9 54935 5 PQ7 2 06 0 22u 50V 08 5 1 06 7 82K 1 04 MTN7002ZHS3 10 04 BST2 G PD19 ISGND2 o 0 FM5822 PC3 3V3_RUN m PC100 5 8 RUN
103. 40 VSS241 VSS242 VSS243 VSS244 VSS245 VSS246 VSS247 VSS248 VSS249 VSS250 VSS251 VSS252 VSS253 VSS254 VSS255 VSS256 VSS257 VSS258 VSS259 VSS260 VSS261 VSS262 VSS263 VSS264 VSS265 VSS266 VSS267 VSS268 VSS269 VSS270 VSS271 VSS272 VSS273 VSS274 VSS275 VSS276 VSS277 VSS278 VSS279 VSS280 VSS281 VSS282 VSS283 VSS284 VSS285 Processor 7 7 RSVD Ivy Bridge CFG Straps for Processor PEG Static Lane Reversal CFG2 is for the 16x 1 Default Normal Operation Lane definition matches socket pin map definition 0 Lane Reversed CFG2 R497 1K 04 Display Port Presence Strap 1 Default Disabled No Physical Display Port attached to Embedded Display Port 0 Enabled An external Display Port device is connected to the Embedded Display Port CFG4 8124 1K 04 PU RSVD VD3 PU RSVD4 H CPU RSVD1 NN PCIE Port Bifurcation Straps Default x16 Device 1 functions 1 and 2 disabled x8 x8 Device 1 function 1 enabled function 2 disabled CFG 6 5 x8 x4 x4 Device 1 functions 1 and 2 enabled C100809 CFG5 8114 1K 04 li Mau CFG6 R105 1K 04 5 low SNB PWRCTRL PEG DEFER TRAINING 1 Default PEG Train immediately following xxRESETB de assertion 0 PEG Wait for BIOS for training CFG7 6113 1K 04 R108 899 R97 898 Reserved Device 1 function 1 disabled function 2 enabled
104. 46 MTNN20N03Q8 GUN PR252 2 1M 04 PC67 PC68 PR131 9 P 100 04 1M 04 1 5VS_EN1 4 2 201 202 z s c e 25 o ip 9 1 5VS_CPUEN1 0 1u_16V_Y5V_04 10u 6 3V 06 gt gt gt i 2 E S PC66 E 3 203 D PQ26A 5 2200 50V X R 04 MTDK5S6R 2200p 50V 7 04 c5 SUSB 26 5 26 MTDK5S6R B 36 5VS 3VS 1 5VS CPU Schematic Diagrams VDD3 VDD5 VDD PR126 0 04 PR127 20mil 04 PC49 10V 06 VFB2 m VFB1 221 132 5 129 _ EN 5V PC55 100K 04 100K 04 2656 1000p 50V X7R 04 BN x 1000p_50V_X7R_04 VREGS3 5 4 4d VIN 8 ut o VIN gt gt gt 7 5 24 VO1 PC206 PC205 r 54 FECI MR 4 7u 25V 08 4 7u 25V X5R 08 70 71 VDD 3 iu 10V Y5V 06 003 PC209 PC204 210 E VDD 5 PQ62A PC57 PC58 i PD1503YV BOO 9 22 sov 06 4 7 25 08 4 7 25v _08 5 BOOT2 BOOT 81 5 ou 10 04 G5608 0 1u 10 04 PQ60 1 gi e VDD3 8 UGATE2 10 21 UGATE1 P1203BV R SYS5V VDD5 SYS3V PL12 1 2 UGATE1 PL1
105. 5 33V 1 581 100K 04 AC lt a 0 1u_16V_Y5V_04 810 SW amp 503 150 0 SMGND 802 sci 3 HT 150NB DT 1 16V 04 100p 50V NPO 04 SMGND 7 SMGND SMGND 88486 0801 SMGND 6 02 00248 LC2 601 802 6 20 94 10 108 6 02 00268 LC1 3 FOR W251HNQ W255HN im W251HPQ W255HP E5125Q Sheet 46 of 50 6 53 W251 HPQ POWER 6 53 30508 240 SW BOARD POWER BUTTON POWER BUTTON SPWR SPWR SW2 TJG 533 S T R TJG 532 V T R 1 2 SM 1 2 5 7 5 8 504 505 0 10 50V 06 0 1u 50V Y5V 06 V15AVLC0402 V15AVLC0402 D02A 2 layout i VARISTOR VARISTOR 6 24 30003 006 6 24 30003 006 W258HPQ C W251HPQ W255HP W251HPQ C W251HNQ W255HN 2 09 5 g 0 0 SMH1 SMH2 SMH3 SMH4 SMH5 H6 087 002 3 H6 0B7 002 3 H6 087 002 3 H7 086 0030 6 0B7 0023 I SMGND SMGND SMGND SMGND SMGND W251HPQ POWER SW BOARD B 47 7 9 e 0 co Schematic Diagrams W270HU BRIDGE ODD BOARD ODD BOARD FOR W270HU Sheet 47 of 50 W270HU BRIDGE ODD BOARD B 48 W270HU BRIDGE ODD BOARD Q QH2 C237D91 237091 ODD board Y QH3 Schematic Diagrams W270HU POWER SW BOARD POWER SW amp LED POWER SWITCH W 3 8VS LED W_3 3VS es LID SWITCH IC WC1 E BAV99 RECTIFIER ree W 3 3V WR4
106. 56 29 08 DACS 3Y8 C458 C464 C451 C448 gt dis C735 C736 C74 C523 C753 R408 ___ 023 10 6 3 X5R 08 6 96R 04 6 3 04 6 3 X5R 04 VCCCORE 4 VSSADAC 3V B A 0 1u 5 _04 10V 5 04 23 7K 196 04 C537 vECCORE 3 lt 0 01u 16V X7R 04 10u 6 3V 06 22u 6 3V 08 SET 4 a py p ke prn 5 5 E z A VCCCORE 7 1 3 3 5 LVD 5 E 3 375 E R409 AGz4 U AK36 8335 i5mil short 06 _ 9 gt nazg 9 VCCALVDS ew dui d gt VCCCORE 0 AK37 C478 5 i 3 6 3V X5R 04 5 VCCCORE 13 AM37 1 8VS_VCCTX_LVD 2 5127 VCCCORE 14 VCCTX 10811 APL5603 33B 6 02 56033 4 0 29 VCCCORE 15 AM38 7 2 G9091 330T11UF 6 02 90913 4CO VCCCORE 16 VCCTX _LVDS 2 L24 f HCB1608KF 121125 01 8VS 1 05VS VGCCORE 17 eae C495 C512 C513 lt 1 05VS_VCCAPLL_EXP 0 01u_16V_X7R_04 0 01u_16V_X7R_04 22 6 3 08 R336 15mil short 06 9 AN19 VCCTX LVDS 4 VCCIO 28 1 05 8 VCCAPLL EXP1 E Q BJ22 3 3VS 10505 Ld Sheet 24 of 50 V33 2799 ANTE 316 10u 6 3V 06 VCCIO 15 C494 PCH 7 9 PWR D lu 6 3V X5R 04 4Pcs AN17 EE E VCCIO 16 5 10V 04
107. 575 04 INTVRMEN CI7 EN ee sepira LS SERIO y 28 34 INTVRMEN Integrated 505 1 057 VRM Enable High Enable Internal VRs Low Enable External VRs SATA RXNO N34 SATA A esi 50 04 ul 211 HDA BCLK INO SATA HDD HDA SDOUT R 1 54 100 8 87 1K 04 5 HDA SYNC e gt PLL ODVR VOLTAGE HDA SYNC T10 33 Sheet 18 of 50 o HDA BITCLK R 5 E HDA_BITCLKK R379 LOW 1 8 V DEFAULT HIGH 15V 8402 33 04 S D HDA SYNC 3 3A 1 5A IO 33 HDA_RST 9 HDA RST amp ly Ba VEE 5 1 9 RTC 8 8412 1M 04 Q25 JOPEN1 E34 ATA RXN2 31 i 28 301853 Flash Descriptor OPEN 10 33 HDA HDA SDINO SAER E SATA ODD 5 5 mb 3 3VS R421 0 04 Security Overide X HDA SDIN1 SATA2TXN gt SATA TXN2 31 Low Disabled Default C34 SATA2TXP SATA TXP2 31 Sys Layout Note High Enabled X spine A34 a SATA3RXN lt SATA RXN3 27 Close to PCH HDA SDIN3 im SATA3RXP lt SATA RXP3 27 3 G MSATA 34 ME WE gt _ SATA3TXN gt SATA 27 021 RB751S 40C2 SATASTXP SATA_TXP3 27 Q R590 910 04 LA Y7 SATA RXN4 1 H SATA4RXN y LED_IGPU C36 SATA4R P AD3 E SATA HDD a Sa HDA_DOCK_EN GPIO33 SATA4TXN ATA IPA N32
108. 60 B FBB_D60 FBB_CMD27 5 27 SFST 060 CMD27 x BC 06 4 FBB 061 CMD28 D BC 061 D61 ___731 FBA 28 FBC 062 FRB 062 A17 FBC_CMD29 FB CAL PU GND 427 ra CAL GND 062 062 CMD29 FBC D63 6 FBB 063 FBB CMD30 ee 6 063 CMD30 15 FBCDOM 7 0 lt FBB 1 7 0 V H25 Q 14 7 0 lt 7 0 _ 0 2 CAL TERM GND 25 FBB FBB RFUO FBA DOMO RFUO x FBB CMD SC DOMI RFU 5 FBB 2 FBB_DOM3 4 FB CAL PD R71 40 2 196 04 4 FBB_DOMS FBA_DOMS FBB_DOM6 FBCDOM7 T 614 DEBUGO R58 60 4 04 FB CAL PU GND R70 04 c100823 dd FBADEBUGo R28 DEBUGO R102 604 04 FBCDQS WP 7 0 FER PONT T 0404 14 FBADQS 7 0 Ul STS SR LE FBADEBUGi 28 FBA_DEBUGT R103 604 04 OFBVDDQ 15 FBCDOS 7 lt T 020 FBC DEBUG WPI7 0 lt FBCDOS WPO FBB 008 WPO FB CAL TERM GND R69 51 1 196 04 FBADQS WPO DOS WPO FBCDQS WPi FBB DOS WP1 8 FBA DQS WP1 B 008 2 _ 912 CLKO BC CLKO 15
109. 8 V5REF Sus 5 1 mA nyg VSS 161 VSS 261 5 2 VSS 1 VSS 80 BIT VSS 162 VSS 262 5 VSS 3 VSS A 3 3 3 3 0 266 BTS VSS 163 VSS 263 VSS 3 VSS 82 VecADAC3 1 05 1 ma BTS VSS 164 VSS 264 8 vss 4 VSS 83 B737 VSS 165 VSS 265 VSSI 5 VSS 84 VecADPLLA 1 05 0 08 827 VSS 166 VSS 266 0 VSS 6 VSS 85 Ha Bst VSS 167 VSS 267 VSS 7 VSS 86 VeeADPELB 2502 0 08 B VSS 168 VSS 268 8 VSS 8 VSS 87 FAC VecCore 1 05 1 3 839 VSS 169 55 269 5 55 9 VSS 88 Harz B7 VSS 170 VSS 270 tag VSS 10 VSS 89 Harz 1 1 0 042 15 VSS 171 VSS 271 Hy 5511 VSS 90 Far 1 05 2 925 VSS 172 VSS 272 6 g VSS 12 VSS 91 VSS 173 VSS 273 VSS 13 VSS 92 VccASW 1 05 1 01 VSS 174 VSS 274 55 14 VSS 93 VSS 175 VSS 275 Hypa VSS 15 551941 FALA 243 0 020 551176 VSS 276 30 VSS 16 VSS 95 VccDSW3 3 3 3 2 mA VSS 177 VSS 277 A VSS 17 VSS 96 AM VSS 178 VSS 278 Hy A vSs 18 VSS 97 1 8 0 19 VSS 179 VSS 279 vss 19 VSS 98 VecSus3 3 3 3 0 097 55 180 VSS 280 mva VSS 20 VSS 99 Hangs VSS 181 VSS 281 Hv VSS 21 VSS 100 Hang VecSusHDA 3 3 1 mA o VSS 182 VSS 282 VSS 22 VSS 101 Fava VSS 183 VSS 283 Hyg VSS 23 vss 102 Hawes 1 3 0 15 eo VSS 184 VSS 284 NTE VSS 24 VSS 103 1 05 0 02 She
110. 9 D 3 PC144 33 50V 44 04PC133 211 4 12 _1 0402 C100823 PR19Q 1 04 124 3300 50V_X7R_04 123 PR196 PR195 8 6K 196 04 C100823 PUT COLSE TO VCORE Phase 1 Inductor PC140 0 11 10V X R 04 PC130 CSREF 0 047u 10V X7R 04 CSP1 CSP2 PR2066 98K 196 04 PC131 CSREF 0 047u 10V X7R 04 CSREF CSREF 41 TRBSTA PC141 1000p_50V_X7R_04 CSSUM PC1421200p 50V X R 04 127K 196 06 gt SWNT 41 100808 127 1 06 F y 41 C100823 75K 196 04 RT 65K 196 04 100K NTC 06 B 41 PR89 1 1 04 PR247 1 21K 196 04 em o PUT COLSE TO VCORE HOT SPOT PC33 680p_50V_X7R_04 PR248 24 9K_1 _04 PC182 4700p 50V X R 04 Wn Schematic Diagrams Sheet 40 of 50 POWER VCORE1 POWER VCORE1 B 41 2 09 5 g 0 0 7 9 e 0 co Schematic Diagrams Sheet 41 of 50 POWER VCORE2 POWER VCORE2 PQ40 NTMFS4926N o 41 NTMFS4926N 40 gt VIN 15u 6 34 X5R 0 5V X5R 08 0 1u 50V 06 40 gt d PLS DCR 1 1mohm 30A ji OVCORE 0 36UH 1
111. A DATA2 pP P46 LVDSA_DATA3 DDPC CTRLCLK4 R DMI_CTRLCLK 32 AT H DDPC CTRLDATA DMI CTRLDATA 32 11 LVDS UCLKN SC j 11 LVDS UCLKP lt lt 0 DDPC_AUXN 45 DDPC AUXP AT38X Q 11 LVDS UON 1 RHa70 LVDSB_DATA 0 Q DDPC HPD lt lt 32 11 LVDS U1N ee I LVDSB_DATA 1 0 47 HDMIC COCN D 11 LVDS U2N AF45O LVDSB_DATA 2 DDPC HDMIC 32 LVDSB_DATA 3 a DDPC HDMIC C1CN HDMIC 32 o AH43 DDPC 1N HDMIC CTCP HDMIC C1CN 32 11 LVDS UOP 1 LVDSB_DATAO 1P HDMIC C1CP 32 by eo 11 dps AF47 LVDSB DATA1 DDPC 2N 5 32 11 U2 AF43 LVDSB DATA2 DDPC 2P CLKCN 2 32 603 1501 shot LVDSB DATA3 DDPC 3N HDMIC CLKCP HDMIC CLKCN 32 11 DAC BLUE 33 NW NPO 02 DDPC 32 E 607 15 shot DAC GREEN R602 150 1 04 BLUE R N48 M43 11 DAC_GREEN __ 745 _ 38g B0V NPO 04 605 150 1 4 GREEN R CRT BLUE DDPD CTRLCLK 4 62 lt 180 04 DAC RED R T4g GREEN DDPD_CTRLDATA X 41 DAC RED K 6 8 15mil shot DAC RED CRT RED C743 33 50V 04 Aa 1 DAC DDCACLK IES DDPD AUXP 11 PCRT DDPD AUXP EMI EAR PCH 11 n CRT DATA P DDPD X BB43 DAC HSYN sd
112. ATA ODD eSATA 1 SOCKET SB POR SB PORT CCD SB 2 SB PORT3 L USB2 0 USB3 0 W270HU BRIDGE ODD BOARD B 2 System Block Diagram Schematic Diagrams Processor 1 7 DMI FDI PEG Ivy Bridge Processor 1 7 DMI PEG FDI 1 05VS VIT Bridge Quad Core 55W Te 20 mil pec incoMPR R140 PEG ICOMPI E Ivy Bridge Dual Core 35W B27 PEG ICOMPO 20 DMI TXNO RX 0 PEG RCOMPO 20 TXN1 RX 1 Ivy Bridge LV ULV 25 17W 20 DMI TXN2 DMI RXe 2 20 DMI TXN3 DMI_RX 3 PEG_RX 0 BEC M 15 2 _ 1 5 20 TXPO 8 2 PEG RX 2 12 2012 Bridge Socket compatible with Sandy Bridge 20 DMI_TXP1 DMI_RX 1 PEG_RX 3 12 20 DMI TXP2 DMI_RX2 PEG_RX 4 5 20 DMI TXP3 DMI_RX3 _ 5 E 2012 Bridge Same TDP as Sandy Bridge 621 C PEG 6 PEG RX6 12 20 RXNO DMI_TX 0 PEG 7 PEG_RX 7 12 20 DMIRXN1 DMI_TX 1 PEG_RX 8 F35 2012 DDR3 1600 DDR3L 1333 Support 20 DMI_RXN2 DMI TX 2 PEG RXW9 HEgaX 20 DMI RXN3 DMI_TX 3 PEG_RX 10 2 G22 PEG_RX 11 2012 Ivy PCle Gen3 0 PEGX16 20 RXPO DMI PEG 12 2 Does DM PEG Compensation Signal 20 DMI RXP2 DMI_TX 2 2012 DX11 Support 3 Simultaneous Displays 20 DM RXPS DM
113. D C _ 21 lt HPD HPD_SINK TMDS_CLOCK R R94 0 04 IMDS CLOCK 1 TMDS DATA TMDS_DATAO R 3 3 80 8105 Lupe VCCH 3 375 S DATAOR R93 0 04 5 DCC_EN vec TMDS DATAO TMDS DATAO R E TMDS RT ENA 5 C182 TMDS 1 R91 0 04 MDS SN75DP139 Change 3 9K 5 0 10 16 5 04 0 10 16 5 04 TMDS R90 0 04 TMDS 1 R89 004 TMDS DATA2 R R119 3 9K 04 7 REXT 8 TMDS DATA2 R R83 R82 79 C161 16V 5 04 127 4 7K 04 R128 4 7K 04 ngowv 0 1 16V 04 5VS C162 Q27A 680_04 680 04 680 04 680 04 R118 4 7K 04 DCC_EN 3 3VSO 1 2 3 4 5 6 7 8 9 0 e 5 556 C12817 119A5 L R123 4 7K_04 PCO 0 1u_16V_Y5V_04 PIN GND1 4 GND 938 750 139 PIN 49 GND 1 I4 6 HDMIGND o PC1 4 7K 04 HDMIGND SN75DP139 6 03 75139 030 HDMI RJ45 B 33 7 9 e 0 co Schematic Diagrams AUDIO CODEC VT1802P CODEC ALC269 amp VT1802P PULL HIGH 3 3 5 AUD FOR VT1802P PULL HIGH 5VS AUD FOR ALC269VB 5 PD Control AZ_RST For 3 3V HDA Link De pop D13 1 18 HDA_RST 29 2 KBC_MUTE
114. DMI FDI PEG Page 3 2 9 PCIE SMBUS CLK Page B 20 VDD3 VDDS5 Page 37 DIAGRAMS Processor 2 7 CLK MISC Page B 4 PCH 3 9 DMI FDI PWRGD Page B 21 Power 0 85VS 1 8VS Page B 38 Processor 3 7 DDR3 Page B 5 PCH 4 9 LVDS DDI CRT Page B 22 POWER 1 5V 1 05VS Page B 39 Processor 4 7 Power Page 6 4 9 PCI USB RSVD Page 23 POWER 1 05V 1 05VS Page 40 POU POR _ 8 9 fos VOX NVYDDPEX VDD 8 Poa DD SEMI fae 8 0 PANEL INVERTER ORT i MULTI CON Page Pee Boao 1212 71111111 Wat Frei aee Page Gir Reker BRIDGE ODD 8 9 Yon Frame Is ODD LED USB CHARGE Pe B37 WITUTOWERSV BOARD 8 9 Yon Frame Bair Per Dione BS a WAND ehe Pe 22 Version Note The schematic dia grams in this chapter a 0 gt Q A Q Q Q are based upon ver o sion 6 7P W25S6 002 If your mainboard or other boards are a lat er version please check with the Service Center for updated di agrams if required Schematic Diagrams system Block Diagram VDD3 VDD5 Nvidia W25x 27X ESQ EPQ W251H
115. DVD Dual Drive page A 6 LCD page A 7 N rem D lui lt PART N REMARK 1 PALM REST PROTECT MYLAR 8835 W270HUQ 6 40 W2 7H8 1 e KB COVER MODULE we70HUQ 6 428 We27H8 102 3 SCREW Mex3L KI NI ICT NY 00 04 5 01 04 6 35 1120 4 K B USACBLACK amp FRAMECUS MODULE 6 79 W270HUQK 010 2 TOP CASE MODULECCHANGE W270HUQ 6 39 We 7H8 014 6 POWER SWITCH BOARD VLOA 270 6 77 25 5 01 7 FFC CABLE 8PIN FOR M B TO POWER BOARD HB 6 43 we 7H0 041 8 8 DA 22K WCABLE 0 6 23 540 012 2 9 FFC CABLE 6PIN FOR M B TO CLICK BOARD HB 127080 6 43 0 0 CABLE FOR TOUCH PAD 6PIN C4500 6 43 04502 010 2 1 FFC CABLE FOR M B TO CLICK BOARD HB We 0SUQ 6 43 We 780 010 1 DUCH PAD ELAN 584420 6103 MULTI FINGER GESTURE WeSIHPO 6 49 25 2 011 13 TAPE MYLAR C 86 38 80MM C4105 6 40 00150 861 14 CLICK BOARD V20A WeS1HPQ 6 77 25 2 02 5 P BRACKET MODULE SECC 081 We70HUQ 6 33 W27H2 101 6 SCREW MexSL KICT 0 8 D 4 0 BK Z ICT NY 6 35 B6120 5R0
116. E 10u 6 3V X5R 06 1Pcs 21 1 05VS AN26 1 5VS_1 8VS Q 2 92A 9 2 93 e Ang 160 9 6457 Tes T cars T ea mm 1 10u_6 3V_X5R_08 6 3 04 1 6 3 X5R 04 6 3V 04 6 3V 04 mm 20 42mA VCCIO 21 VCCDMI 1 O1 05VS VIT i 24 VCCIO 22 2mA C433 e AP26 AB36 _ VCCCLKDMI 1501 H a 8355 15mil short 086 6 3 04 10u 6 3 08 AT24 O Q VCCIO 24 gt ANS AN34 AG16 3 3 3VS VCCIO 26 VC CDFTERM 1 V_NVRAM_VCCQ Q 266mA 190mA BH29 AG17 zie 3 3 VCCDFTERM 2 8555 5 06 01 875 465 1 5V8 1 88 B 430 8556 0 04 03 375 0 10 10V X5R 04 160mA VCCDFTERM 3 0 1u_10V_X5R_04 o 16 AJ17 1 05VS_VCCAPLL_FDI E 4 BG6 1 05VS R299 006 VccAFDIPLL T VCCME3 3V R546 0 04 3 305 vi mA R545 0 04 42mA 1 058 E VCCSPI 03 3 AU20 1 05VS_VIT R318 15mil short 06 VCCDMI 2 C702 6 3V X5R 04 Rev 005 1 05VS 1 5VS 1 8VS 1 5VS_1 8VS 20mil_04 R399 70 04 7 9 PWR 25 Schematic Diagrams PCH 8 9 POWER
117. E MYLAR A MYLAR MSSOJ 6 40 55 2 010 36 RUBBER Le3 W5xH6 6 W270ESQ 6 47 2752 010 SATA BLU RAY COMBO Figure 3 4 74 2 S m SATA BLU RAY lt COMBO ITEM PART NAME PART N REMARK SCREW MexX3L KI NI ICT NY DD 045 DT 0 4 6 35 B1120 3RE CD ROM BRACKET SECC QU 7405 6 33 457 012 1 PARI A LEA E 1 RO C DC 6 82 0 6 FOR PANASONIC 5 U m me 7 2 DD BEZLE MODULE We70HUQ 6 42 W27HZ 101 LU RAY DDD BEZEL LABEL SIZE CHANGE W860CU 6 45 W860W 011 SATA BLU RAY 5 DVD DUAL Figure A 4 DVD DUAL O 3 4 2 A p p 6 8 lt ITEM PART NAME PART NU REMARK SCREW Mex3L KI NI ICT NY D 945 DT 04 6 35 8120 3 2 RUM BRACKET SECC dU M740S 6 33 74 7 012 1 3 SATE DVD SUPER HOLTI AP 08 EAE LM 6 85 5078X L06 FOR PLDS 3 LIVE SIPER LTS META TD 6 85 6078X FOR TSST 4 1000 MODULE W270HUGQ 6 42 27 2 101 5 SUPER MULTI ODD BEZEL LABEL SIZE CHANGE W860CU 6 45 W860Q 011 A 6 DVD DUAL LCD
118. EN1 10u_10V_Y8V_08 ex 5 5 16V 04 100_1 04 16V Y5V 04 1M 04 PC239 240 PR283 MTNN20N03Qb 31 34 36 DD gt L s PQ27A gt 234 MTDK5S6R 5 S 10u 10V 08 PR139 l PQ31B 0 1u_16V_YI5V_04 100_1 _04 1000p_50V_X7R_04 MTNN20N03Q E 100K 04 PC78 A 72 1 5 le _ _ C100810 C100816 Ale ON 5VS 3VS 1 5VS SEM lt J PJ16 x 100816 cc MN D for lev cioo816 P U 40mil ON 7 amp i c 0 PR143 5VS 4 3 e 3 V S 10K_04 ON NMOS 4 SuSE SUSB 33738 NMOS PQ66A 2108 Im PQ67A SYS15V MTNN20N03Q8 3 35 SYS15V VDD5 MTNN20N03Q8 5VS 0 8 2 56 0 1 16V Y5V 04 5 3 6 2034 80688 gt te 5 PQ27B 5 MTDK5S6R PR273 PR271 E 2 PR272 1M 04 2 PR284 1M 04 5 8 75 04 E 75 04 c a 5VS 011 4 3 3VS_EN1 6 9 _6 06 ON ON PQ67B amp g PC233 MTNN20N03Q8 PC231 CU i pe 8 3300p 50V X R 0 5 SUSI 4700p 50V X R 04 e PQ66B 00816 MINN20N03Q8 ES PJ31 68 5 SUSB G 25 301853 40mil LL ON 1 5VS CPU 1 572 1 5V 1 5 5_ 2 NMOS 15A MOS PJ11 MTN2604G6 SYS15V 15 6 1 5VS SYS15V OPEN 8mm 9 7 200mA 2 1
119. F 121T25 HCB1608KF 121T25 USBVCC3 0_1 C380 1000 6 3 B A U SBVCC3 0 2 3 3V_USB3 i USBVCC20 Le J 4 0 C100810 3 3V_USB3 VA E PORT 2 GND PORT 1 GND CLOSE TO CONNECTOR CLOSE TO CONNECTOR J USB2 J USB1 EEPROM not used and Do not SSTX3 C327 10V XR 04 SSTX1 C245 0 1u 10V X7R 04 TXPO R GND1 Populate Pullup i aa SSTX WIELD 4 SST SHIELD 2 i SSDG _ 0328 10V X R 04 1 SSTXI C246 0 10 10V X7R 04 TXNO VBUS GND2 UZDMZ USB 2 SSTX SHIELD UZDMT SB PNT SSDC SHIELD E 100820 GND3 a U2DP1 88888 55555555 USE BAD SNA 0 R198 3 988999 lt USB DP DN1 Diff trace 900hm Diff trace 900hm SCL ooooooao 4 7K 04 SDA 55555555 1 GND s 055 SSRXF 19009 90905 GND C19009 90905 L 9 G Hise GPIO1 USB SSTXN DN1 USB3 0 Max Trace USB3 0 Max Trace GPIO2 USB SSTXP DN1 RB751V 100K 04 length lt 4 6 21 81A20 009 length 4 6 21 B4A20 009 GRST 15 PWRON1 Sheet 29 of 50 dm B41 19 PCIE 05830 TI PCIE REFCLKN USB DM DN2 E DM me re m 088 08 086 vu e em A42 19 PCIE TXN2 USB30 TI PCIE RXN USB SSRXN DN2 8397 3 E 1 5 19 PCIE TXP2 05830 TI ES PCIE USB SSRXP DN2 PORT 2 22 USB3 TXIP Rsi E RESO 22 USB3
120. FBCDQM4 E7 7 7 FBCDOS RNT c3 0051 DQSU FB BCDQS HN2 BCDQS ANO DOSU FBCDOS_RN3 BCDOS_WP4 DML DMU BCDQS WP7 FBCDQS WP5 WP6 Bast 0050 DQSL DASU 5 DQSL Fg BCDOSAN FBCDOE RN5 1 FING Dast 5050 K4W1G1646G BC11 100818 KAWIG1646G BC11 jc100818 KAW1G1646G BC11 100818 B 16 VGA Frame Buffer C Schematic Diagrams VGA I O U32M 9 19 IFPEF U32K U32L ALL PINS FOR GF117 ALL PINS NC FOR GF117 ALL PINS NC FOR GF117 DV DL DVI SUHDMI AN2 nsET DVI HDMI DP 12 SDA I CY SDA IFPE AUX 12 SCL SCL IFPE AUX IFPC PLLVDDAF7 _ SDA IFPC AUX IFPD_PLLVDDAG7 pii ypp SDA IFPD AUX ME PLLVDD ABB pee pii ypp I2CW IFPC_AUX SCL IFPD AUX x AD6 ES 8 IFPEF_RSET TX IFPE 13 13 aa IFPD 13 TXDO 12 PM IFPE 12 d IFPC IFPD 12 Ke ALS TXD1 TXD1 O TXD1 TXD1 1 IFPC IFPD Lt ME RN14 TXD1 IFPC L1 L1 AMS Tub nine 10 y 2 IFPE 10 TxD2 IFPC 10 IFPD 10 Dx AM TXD2 IFPC 10 L0 IFPC IOVDD AF6 IFPC IOVDD GPIO15 P2 IFPD AG6 IFPD IOVDD GPIO17 Lx M6
121. G10 V SM VREF 8195 SM VREF 5 C634 1 C635 4 0640 C214 VAXG11 SM VREF 0 04 95 lt 1 50588 20 34 35 220 6 8V 08 22 6 3 O8 22 6 3V 08 22u 6 3 08 1 24 vd 2 VAXG14 VAXG15 B4 REF CH A DIMM VAXG16 x SA DIMM VREFDQ WEE SS VAXG17 SB DIMM VREFDQ o VAXG18 213 C244 C224 22u 6 8V 08 22u 6 3 o8 22 6 3 08 220 6 3V 08 torn CAD Note V_SM VREF should eo VAXG2 have 10 mil trace width 12A 1 5VS CPU me DI mE 1 Sheet 6 0150 D C677 VGF X CORE Ky C271 c273 C695 VAXG28 T VDDQ4 10u 6 3V O6 10u 6 3V X5R O6 10u 6 3 06 220u 6 3 6 3 6 3 4 2 T Processor 5 7 GFX 3 8 8 22 6 3V X5R 08 14 VAXG30 EN E VAXG31 VDDQ7 Q 5 4 4 VAXG32 Sa 220u 6 3V 6 3 6 3 4 2 2Pcs C274 6275 C286 1 55 CPU PWR 2 E VAXG35 10 6 3 061 104 6 3V X5R 06 10 6 3 08 22 2 o gt 1 24 VAXG36 1 VADE 9 S pe c 4 _ VAXG37 VAXG38 VDDQ14 10u 6 3V X5R 06 6Pcs VAXG39 VDDQI5 VAXG40 VAXG41 560 2 5V 6 6 6 6 5 9 1Pcs VAXG42 A VAXG43 VAXG44 Q VAXG45 l 0 85VS VAXG46 6A 0 85VS 1 845 VAXGAS 1
122. GND GND NT3 vop dL GND GND GND 1115 ypp ET ES Q oND 4 7u_6 3V_X5R_0 2 6 3V_X5R_06 4 7 6 3V 06 47 6 3 06 4 7 6 3 _06 4 7u 6 3 06 4 7 6 3 X5R 06 d GND N GND a GND PLACE UNDEI eno p 00 R CHIP D GND 0 GND 4516 voo GND Pm GND PZ GND anp P23 vop c25 c62 C58 re 528 RIS 00 813 4 7u 6 06 4 7 6 enD RTS voo 6 8V X5R 06 47 6 3 0 RT 6 3 06 4 7 6 3 06 22 6 3V 08 47 6 3V 0805 am GNE vb GND 6 R20 vop Sub R22 GND C16 aes VDD END GND 114 pen 7732 l6 vop EA GND Optional CMD GNDs 2 ___121 GND ed VDD PLACE N Voo GND oe ee GND C100818 077 400 pum E US 5 VOD GND 0501 GND 5 enp 100818 iet VIS VI7 GND Ysg VDD GND M vob WI2 V WI4 ypp WI6 vop 20 L 19 OND ve VDD LN W23 voo N PTS OND NTE YIS
123. IUM Mainboard Overview Top Key Parts 1 9 Introduction Pines Mainboard Overview Bottom Key Parts Mainboard Bottom Key Parts 1 Memory Slots DDR3 SO DIMM 2 CMOS Battery 8 AE et 3 Mini Card oC 5 Connector WLAN nm Qn Module 4 CPU Socket no CPU installed 5 nVIDIA VGA 6 Platform Controller Hub Vu ti M torte 4 ET y 5 4 55 ve 2 2 2 2 2 2 53 09 4 5 Uu 4UT 33313 114 2 x P ies 3 4 2 7 gt 2 3i 5 m 313 SE y 2 225 gt LI X 4 cM 294 3355 a 14117141125 2 t Mm 2 1 3533133 a 1 4 gt gt 1 r 4 rum E T 1 10 Mainboard Overview Bottom Key Parts Mainboard Overview Connectors 5 i 3 fv NCE LOE 111111111 e e 7 4 4 24 44 23 1 x 4 bx 4 n 4 99 l atm e E 5 _ EN 211
124. LK_PCIE_WLAN mi PCIE W CLKOUT PCIE3N GND1 N4 BG30 CIK BUF CPYCIK P 27 CLK PCIE WLAN 8375 Wag 10111 shot 04 PCTE PCLKOUT PCIE3P toC DES a 27 WLAN CLKREQ PCIECLKRQ3 GPIO25 G24 CLK BUF DOT96 N DOT 96N E24 BUF DOT96 P 100MHz DOT 96P 22 x i LANN Y43 B ES 80 CLK PCIE_GLAN lt _ 1 8398 omi short 04 45 PCIE4N Crystal 8045 amp 3225 Co lay 30 PCIE PCLKOUT 4 CKSSCD C73 18p 50V NPO 04 00 22 30 LAN lt PCIECLKRQ4 GPIO26 SATA LN gt v K45 CLK BUF_REF14 5 26 CLKOUT PCIESN REFCLK14IN _ PCIESP 1 56 114 5 H45 33MHz 7 5 HSX321S_25MHZ PCIECLKRQS 044 PCILOOPBACK4 lt lt 22 Wo 8 x6 42 V47 XTAL25 IN S CLKOUT B XTAL25 IN 4 VIS XTAL25 OUT PCLKOUT PEG B P XTAL25 OUT 4 PEG B CLKR E6 9 PEG_B_CLKRQ 56 FSX8L 25MHzYO e evi9n Y47 RCOMP 9 1 CLK RC R600 90 9 1 04 1056 V40 CLKOUT_PCIE6N 90 9 1018 pullup to PCIECLKRQ6 GPIO45 VccIO PCH XTAL IN 1 05V SO rail close to V PCLKOUT PCIE7N CLKOUTFLEXO GPIO64 q
125. O 04 M A CLK DDRO M_A_CLK_DDR O 4 MA A 15 0 lt 00 63 0 4 C397 10 50V NPO 04 LATIS JDIMM2B M A CLK DDR1 1 DDR 1 1 5V 75 VDD1 VSS16 VDD2 VSS17 VDD3 VSS18 Layout Note VDD4 VSS19 4 4 VDD5 VSS20 signal space signal VDD6 VSS 1 VDD7 VSS22 o 8 4 8 3 3V8 VDD8 VSS23 VDD9 VSS24 20mils VDD10 VSS25 VDD11 VSS26 VDD12 VSS27 iouis d 22 2 5 VDD14 8529 2 6 3V 96R 04 16V 04 onn 2 i NI E EAE Sheet 9 of 50 mW M 7021 4 CLK 0081 04 VDDSPD VSS35 A4MA CLK 1 7 3 3 5 7 VSS36 ce 2 4 1 NC1 5537 T MAC 1 4 MA RAS 198 VSS40 4 M A DIMO 197 10 TS DIMMO 1 30 EVENT VSS41 SAT DIMO 0 3 10 DDR3_DRAMRST RESET 2 Q 0 C404 6 3V 04 43 10 19 SMB CLK VSS44 E 10 19 SMB DATA 405 16 DUA 1 VREF Da 5545 2019 C382 6 3 04 MVREF DIMO 5547 4 MA ODTI C384 0 16V 04 2 VSs48 ry 3 Veo 1 VSS2 VSS50 553 5551 VSS4 5552 VSS5 VSS6 VSS7 VTT_MEM VSS8 VSS9 4 MA 005 7 0 lt gt CLOSE TO SO DIMM 0 VSS10 vm or Q VSS11 VTT2 VSS12 dp VSS13 G1 9 VSS14 G2 a 1K 196 04 MVREF DIMO VSS15 gt LINKTEK DDRRK 20401 TP5B R258 C383 E 4 005 17 01 lt lt 1K 196 04 0 1u 10V X5R 04 RN4 10K_8P4R_04
126. OLT LAD SMD CPU THERM 19 A323 16 04 70 ADCS GPI3 FLAD2 SO 04 43 TOTAL CUR 71 ADC4 GPI4 FLAD3 GPG6 l105 SPI SCIK gt USB CHARGE EN 35 36 ud 27 36 CCO 72 ADCS GPIS FLCLK SCK 28 MODEL ID 73 ADC6 GPI6 FLRST HWUI7 GPGO TM CCD EN 28 PCLK KBC 8415 10 04 PCLK 554 10 50V 04 ADG7 GPI7 apro BAT VOLT C438 6 04 56 SMBUS KSO16 GPC3 57 5 1 6 20 35 TOTAL CUR C418 6 3 Y5V 04 43 SMC SMCLKO GPB3 KSO17 GPC5 SUSC 20 38 4 43 SMD BAT R SMDATO GPB4 93 pem 16 SMC VGA THERM 116 SMCLK1 GPC1 PD GPHO IDO gg PWR VDD 16 SMD VGA THERM ES 177 SMDAT1 GPC2 PD GPH1 ID1 95 BTEN 2731 ore T Q SMD CPU A SMCLK2 GPF6 PD GPH2 ID2 6 X EN 11 E SMDAT2 GPF7 PU GPH3 ID3 97 2 HSPI_CE 18 NC3 ere E LCD BRIGHTNESS 24 h E HORT Re 0 5 BEAMER PWMO GPAO PU I 97 18 949 ted eit tae SPI 0 1 0 5 33 PWM1 GPA1 PU PD GPG1 ID7 31 35 36 igs 32Mbit Q 31 LED_SCROLL PWM2 GPA2 PU EXT GPIO T c 020 31 LED_NUM PWM3 GPA3 PU 82 oe eee oe C100818 SPI VDD 1 8 5 SI R330 47 04 KBC SPI SI 31 LED PWM4 GPA4 EGAD GPE1 gt 1
127. ON L S PQ23A MTDK5S6R 100K_04 0 1u_16V_Y5V_04 43 ACIN gt MTN7002ZH9 Support Intel V Pro Function C100808 34 35 USB CHARGE T Il MTN70022HS3 VDD3 VDD5 B 37 Schematic Diagrams Power 0 85VS 1 8VS 3 3V Q 5 PU2 3 3V 28108 10K 04 NE 3 20 1 8VS_PWRGD lt C_ 1208 short 04 66 VOUT VOUT PR110 10K 04 EN1 8VS1 PC42 1 paig VFB G 2SK3018S3 6 3 Y5V 04 3 35 38 SUSB 8109 iM AX6615ESA 7 PC37 PC38 PC41 16V Y5V 04 10u 6 3 06 2200p 50V 7 0 6 02 06615 320 6 02 07113 320 PR67 9 31K 196 04 PR202 9 31K 196 04 SS 0 85VS 3 3V Q gt gt lt PR216 Sheet 37 of 50 PC147 PR68 PR201 20mil 04 Power 0 85VS s 5 5 PR222 gt 10 _04 1 875 2 1 PR69 PR200 a e 9 1K 196 04 10 7K 196 04 a BOOT 0 85VS 153 PR70 PR199 15K 196 04 10K 196 04 7 amp i c 22 2 SET3 0 85 5 rs PHASE_0 85VS 208 0 857 191 8 1K 1 04 m AT_0 85VS 10 ko 79 2 PRi89 129 0 6122 22 04 0 01u 50V X7R 04 2 0 85 5 CSN_0 85VS PQ50B 3 3V PR82 PD1503YV PC146 PC138 6 33K_1 _04 PR198 gt 0_04 47p 50V NPO 04
128. PIO57 VSS NCTF 17 R266 100K 04 Z 4 8561 INTERNAL GFX LOW DEFAULT BOARD ID X VSS NCTF 1 VSS NCTF 19 X ik EXTERNAL GFX HIGH m BJ44 vss 2 VSS NCTF 20 X A45 BJ45 X VSS 3 VSS NCTF 21 X 46 BJ46 VSS 4 VSS NCTF 22 X BIOS RE AS BJ5 R262 10K 04 OS_REC vss 5 2 VSS NCTF 23 X A6 BJ6 108 pex VSS NCTF 6 VSS NCTF 24 27 ISABLE HIGH DEFAULT X VSS 7 VSS NCTF 25 X NABLE LOW B47 C48 vss 8 VSS NCTF 26 1 vss 9 VSS NCTF 27 X D49 D49 VSS 10 VSS NCTF 28 X 3 3V BE1 1 1 VSS 11 VSS NCTF 29 X ICC_EN BE49 E49 R568 10K_04 X vss 12 VSS NCTF 30 X BF1 F1 R567 INTEGRATED Clock Chip Enable BF49 E id died F49 _ ECC HIGH DISABLED DEFAULT X vss 14 VSS NCTF 32 X B LOW ENABLED CPT PPT Rev B 24 PCH 6 9 GPIO CPU Schematic Diagrams PCH 7 9 PWR 1 05VS PantherPoint POWER lu 6 3V X5R 04 3Pcs L37 3 3VS CLOSE TO CHIP C100823 HCB1608KF 121T25 10u 6 3V X5R 06 1Pcs U39G POWER 0 1 05 6 VCCA DAC 3 3 5 5VS 1mA AA23 U48 VCCA DAC3 3V 5 1 VCCCORE 1 VCCADAC 1
129. PK L BERT VT1802P 104 SPK L 16 MIC2L 10u_6 3V_X5R_06 INT_MIC 44 MIC2 L 7 VT1802P ee 31 SPKOUTR R SPKR MIC2 R 10 6 3 06 lt gt 023 51 45 rm i C766 100P lt gt 04 HDA RST BSS138_NL C100825 te pi 5 1 18 04 AU DIO COD EC 4 p eA pd 19 JDREF 5 1K 1 04 ducc id HDA Link De pop SPDIFO JOREF 1727 MONO OUTS 550 7 100p 50 NHO 04 for VT1802P C100818 Very close to e DM C DAT ____ GPIOO DMIC DAT 3 MIC1 L R C55 10 6 3 06 L Mrs 5 5 1 802 ayout Note audio Codec GPIO1 DMIC CLK C55 10u 6 3 06 HOLAYOUT p pB Yixu9f HDA SDINO lt lt DIGITAL ANALOG LINE1 L 1802 101 ABY D HGGROUND A PGND sip 5 LINE1 L Hex S puel sboUT gt gt SDATA OUT e for BOM C100826 6 27 2 ia SA N VREF ALC269 C539 10u 6 3V 0 Do AZ_SDINOR 8 28 100 18 HDA SYNC gt gt SDATA IN LDO CAP 30 3 C529 10u_6 3V_X5R_O 10 MIC1 VREFO R 20 MIC2VREFO 1802 NC PIN PC BEEP SYNC MIC2 VREFO MIC1 R 31 MIC1 L 31 32 _ HEADPHONE L RESET HP OUT L HEADPHONE L 31 hrs KBC BEEP gt PCBEEP 12 Ex 4 HP OUT R HEADPHONE R 31 35 _ CBN AL269 C508 2 24 6 3V Y5V
130. PQ 6 7P w25P6 001 Fermi N13M RAM SIZE 1GB Chief River System Block Diagram NVDIDA NVVDD 128Mx16x4pcs AUDIO BOARD PHONE JACK x2 USB 1 6 71 W25P8 D02 5V 3V 5VS 3VS 1 5VS PCIE 8 1 8VS 1 5S CPU Ivy Bridge 1333 1666 MHz PROCESSOR DDR3 1 5V rPGA989 988 2 w25iHPQ POWER SW B d 6 71 W25PS D02 SYSTEM SMBUS Nvidia Fermi N13P GL RAM SIZE 1GB CLICK BOARD 6 71 W25P2 D02 1 8V PEX VDD 0 85VS 1 5V 0 75VS VTT MEM FBVDDQ 64Mx16x8pcs DDRIII 0 1 13 W270HU POWER SW B d 908 Balls FDI DMI 4 SO DIMM1 6 71 W25PS D11 1 05VS VTT 0 5 5 5n lt 8 AUDIO BOARD Led INT SPKER R MIC HP IN OUT USB PORT USB1 INT SPK R W270HU BRIDGE ODD B d 6 71 W25PN D01 L VGFX CORE e Sheet 1 of 50 HDMI Connector PantherPoint System Block SENTELIC Controller Diagram EC7ETOS Hub PCH CLICK BOARD TPM 1 2 Optional 32 768 KHz e Azalia Code VIA VT1802P uui 25x2 5mm 989 Ball FCBGA EC LJ ITE 8518 128pins LQFP 14 14 1 6mm THERMAL MART SMART CI 5 SENSOR LPC 0 5 11 33 MHz 24 MHz AZALIA LINK 7 S e 0 100 MHz 12 G711ST9U AC IN 32 768KHz Mini PCIE Mini PCIE RTL8411 SOCKET SOCKET 3G MSATA CARD WLAN CARD 480 Mbps Optional 1 16 cost down 24MHZ SATA HDD S
131. Q 8 DOJ 24 SB DQ 8 SA DQ 9 ABA B SB 0091 AB2 SA DQ 10 SA CK 2 Faar M B DOTT GT SB DQ 10 SB CK 2 SA DQ 11 SA_CLK 2 MB DOT 5 SB DQ 11 SB CLK4 2 o SA DQ 12 SA CKE 2 X M B DQ13 SB DQ 12 SB CKE 2 X SA DQ 13 M B SB DQ 13 SA DQ 14 6015 62 0014 eo SA DQ 15 AB3 5016 SB DQ 15 AAI SA DQ 16 SA CK 3 M B DOI7 18 58 SB CK 8 SA DQ 17 SA CLK4 3 SB DQ 17 SB CLK4 3 SA DQ 18 SA CKE 3 M B 6919 SB DQ 18 58 CKE 3 4 f SA DQ 19 Ewen y SB Em 58 E SA DQ 1 DO22 K8 ADS SA Daa 5 0 2 M A 580 9 MB DOSS SB 002 SB_CS 0 gt A MU Pro cessor 3 17 SA DQ 23 SA 5 1 A CSH 9 5024 5 SB 23 SB CS4 1 B SA DQ 24 SA 5 12 M B 6025 SB DQ 24 SB CS4 2 SA DQ 25 SA 5 131 TB 5026 N2 SB DQ 25 SB CS4 3 D D R SA_DQ 26 0027 NT 5 0026 SA_DQ 27 0928 SB Daas SA DQ 28 AH3 M B 0929 N5 A 4 SA DQ 29 SA ODT 0 ia M A ODTO 9 M B DOSO 58 DQ 29 SB_ODT 0 9 M_B_ODT2 1 SA DQ 30 SA ODT 1 M A 9 M B 5031 MT SB DQ 30 en SB ODT 1 5 B SA DQ 31 0201121 FARZ Da ANS SB DQ 31 SB 0012 SA DQ 32 SA ODTI3 X M B Dass SB DQ 32 SB ODT 3 lt 5125 3 RR E
132. R2 1 0 75 p 9 PC229 70027 53 0 1u 16V Y5V 04 T 5 99 155 100K 04 MTDK5S6R one 26 1 58 CPU PWRGD 154 100K 04 VTTEN 0 09 24 0 0 7 4 18 228 2 20 34 SUSC G 40mil I 16V 04 S MTDK5S6R SUSB G X 290001098 a 29 31 35 DD_ON gt 7 FOR 53 REDUCE 1 5V C100808 PD6 dus 1 05 ON 054052 PC32 178 167 1006 04 2 PR84 6 2K 1 04 5 4 o 4 12 gt c c gt c SUSB G 25 301853 2 2 2 2 55 Sie fe le le 1 05VS PC134 ME4894 G 2 5 0 1u 16V Y5V 04 s gt V1 05 1 05VS PJ26 1004 180 201 o 212 10K 04 xci deeem 15 VS PWRGD 11 8 1 055 20 1 05 5 PWRGD 188 186 185 906 10 PD25 S S 104 9 gt PJ6 SK34SA 6mi 0 04 2 2 ss n Xa fiPIN3 PQ54 100818 pA 2 158 a 8 8 6 3V Y5V 04 u 6 3V Y5V 0 PJ7 SENSE G5413 2 1 VccP 5 213 PC136 20mil 04 15p 50V NPO 004
133. R4 seperate force and measurement traces SMC BAT 3 R23 and R24 are dummy resistors for layout purposes only serves as single point connection betw een GNDP amp GNDA SMD BAT 4 Footprint TO 236 is equivalent to SOT 23 BAV99N3 BAT DET 5 Footprint SIP 1P is a single hole axial pad BAV99N3 6 All resisitors capacitors and semiconductors are SMD zi 7 Potentiometers and test points are axial devices B 44 ACIN CHARGER Schematic Diagrams AUDIO BOARD USB PORT USBVCC ALS USBVCC2 HCB1608KF 121T25 60 mil AGND AUSB PN1 Porti AUSB PN1 AUSB PP1 WCM2012F2S SHOR D02A Change footprint US04036BCA081 6 21 B49C0 104 6 21 84980 104 Sheet 44 of 50 AUDIO BOARD AMIC SENSE AMIC1 R AL4 1005 121 03 02 16 1005 121 03 Change FPC connector AC10 AC4 33727351 523 USBVCC AJ AUDIO2 em 100p 50V NPO 04 100p 50V 04 MIC IN 6 20 B2800 106 1 1 BLACK AHEADPHONE R 4 A AUDG AHEADPHONE L 5 AHP SENSE a AMIC SEN 6 ASPK 7 AHP SENSE 5 AUSB PNI 9 AUSB AHEADPHONE L ASPKOUTR ASPKOUTR 85201 14051 01 A AUDG AGND PCB Footprint 85201 14 5 100p 50V NPO 04 100p 50V 04 HEADPHONE 6 20 82800 106 BLACK A AUDG 2 09 5 g 0
134. S 211 VSS 311 9 9 VSS 51 VSS 130 VSS 212 VSS 312 VSS 52 VSS 131 A46 B VSS 213 VSS 313 Hy 8 VSS 53 VSS 132 Ha VSS 214 VSS 314 Hw 4 VSS 54 VSS 133 Fauz 55 215 VSS 315 VSS 55 VSS 134 AU30 58 216 VSS 316 Hw 6 VSS 56 VSS 135 VSS 217 VSS 317 Hw 5 VSS 57 VSS 136 Q VSS 218 VSS 818 was AF7 VSS 58 VSS 137 Av2a BHT VSS 219 VSS 319 55159 VSS 138 HTO VSS 220 VSS 320 9 VSS 60 VSS 139 E 27 VSS 221 VSS 321 VSS 61 VSS 140 Hava HST VSS 222 VSS 322 VSS 62 VSS 141 Havas H33 VSS 223 VSS 323 a6 VSS 63 VSS 142 Avg VSS 224 VSS 324 VSS 64 VSS 143 Haw o 9 VSS 225 VSS 325 VSS 65 VSS 144 VSS 226 VSS 328 55 66 VSS 145 Haw H7 VSS 227 VSS 329 VSS 67 VSS 146 22 D3 VSS 228 VSS 330 207 VSS 68 VSS 147 26 88 229 VSS 331 42 VSS 69 VSS 148 Hawes D16 VSS 230 VSS 333 45 55170 VSS 149 Haw Dtg VSS 231 VSS 334 7 VSS 71 VSS 150 D22 VSS 232 VSS 335 9 VSS 72 VSS 151 024 VSS 233 VSS 337 VSS 73 VSS 152 Hawao 25 VSS 234 VSS 338 6 VSS 74 VSS 153 Hawas D30 VSS 235 vss 340 HB VSS 75 VSS 154 Hav D32 VSS 236 VSS 342 HB VSS 76 VSS 155 Hay 034 VSS 237 vss 343 2 VSSI77 VSS 156 Ha D38 VSS 238 V
135. SS 344 HAP 55178 VSS 157 Da2 VSS 239 VSS 345 Hy 55179 vss 158 08 VSS 240 VSS 346 AP g VSS 241 VSS 347 FAP GPT_PPT_Hev_0p5 Ezg VSS 242 33 348 8 VSS 243 VSS 349 0 1 VSS 244 55 350 6 VSS 245 VSS 351 8 VSS 246 VSS 352 6 VSS 247 8 VSS 248 H12 VSS 249 VSS 250 22 VSS 251 24 VSS 252 H26 VSS 253 H30 VSS 254 H32 VSS 255 H34 VSS 256 VSS 257 VSS 258 CPT PPT Rev 0 5 PCH 9 9 GND B 27 Schematic Diagrams WLAN 3C MINI PCIE 3G MSATA MINI CARD m J sin SIM CONN N 0177 0 10 16 04 TOP VIEW R64 9 8 10mil short 04 361 PWR R65 4 7K 04 DATA DETECT SW UIM D UIM DATA 1 2 60mils 2225 UM CIK UM UIM DATA UIM_VPP 3 WAKE 3 3VAUX 0 1 6 L3 UIM BST short 03 UIM CLK VPP gt 5 1 5V 0 F8 UIM PWR RST VIM GND PWR UIM DATA uimPwR 9228 Gis 7 UIM_CLK 5666 als Xr CLKREG CLK 4 32 ha uo 0 1u 16V Y5V 04 C116 d d 5 1 GNDO T S666 pa ES 16V Y5V 04 22 5
136. SSSAAA C100822 210021098622 eet 5 222 ZOD 2 100 8387 A A004 5 1 6666 999999952 20012965 LAN VDD33 o 4 P308 1 5K 04 SDA SPIDI SEPRRASNRRRENRRO 4 1 19 22 22 50 NPO 04 22p 50V 04 C a rd Re ad e r R309 10K 04 PCIE WAKE RS l R310 10K 04 LED1 SPISCK NS eu PCIE_RXN_4 GLAN 0 1u 10V X7R 04 5 PCIE RXN4 GLAN 19 Ho _ _4 505 0 1u 10V X R 04 dae cepta ia 6 22 25R00 1B4 gt L oEVDD10 6 22 25R00 1B5 lo al eu PCIE GLAN amp 19 ajo la CLK_PCIE_GLAN 19 ISOLATE aaa z aa P TD AN a e Remind that R331 using the main power Close to RTL8411 for SDXC EMI C444 C442 S0 power SD DOR R343 0 04 SD DO d SD 344 0 04 SD D MS SD D2R R359 0 04 SD D2 SD D3 MS 02 Re20 0 04 SD VDD10 VDD10 VDD10 VDD10 VDD10 9 9 SD 5 03 R R621 SD CLK MS D3 o 1 _ C519 _ C445 16V 04 16V 5 04 16V 5 04 16V 04 16V 04 Pin 3 Pin 8 Pin 41 Pin 52 Pin 61 C506 _ _ 755 C756 C757 C758 C100822 04 5p 5ov NPO 04 sov NPO 04 50 04 50 NPO 04 50 NPO 04 0 09 24 0 0 7
137. T FORCE Processor IT and turn the release latch towards the lock symbol 22 Figure 9b Installation 2 Remove the sticker 9 Figure 9c from the heat sink 3 Insert the heat sink 0 as indicated in Figure a Insert the CPU 4 Tighten the CPU heat sink screws in the order O amp the order as indicated on the label and b Turn the release latch to Figure 9d wards the lock symbol c Remove the sticker from 5 Replace the component bay cover don t forget to replace the fan cable and tighten the screws page 2 9 1200 40260 the heat sink a d Tighten the screws i 8 d x e D lt 22 Note D Heat Sink Tighten the screws in the order as indi 3 Screws cated on label Removing and Installing a Processor 2 13 Disassembly Figure 10 Removing the Wireless LAN Module d Turn off the computer turn it over and remove the battery page 2 5 and the component bay cover page 2 9 The Wireless LAN module will be visible at point on the mainboard Figure 10a Carefully disconnect the cables and then remove the screw Figure 10b The Wireless LAN module 4 Figure 10c will pop up and you can remove it from the computer Locate the WLAN b Disconnect the cable and remove the screw c The WLAN module will pop up Note Make sure you reconnect th
138. U BBA 8 2K 04 or oe Be 2 DM DMI2TXN FDI RXP3 FDI TXP3 2 2 DM TN3 lt DMI3TXN d 4 2 3 3VS AY24 FDI RXP5 BJ1O 2 DM T0 1 DMIOTXP FDI RXP6 2 DM TP lt B 7 TXP7 2 PM_CLKRUN R547 8 2K_04 2 DM TX2 DMI2TXP 2 TXP3 DMI3TXP AW16 FDI INT l y FDLLINT 2 BJ24 AV12 1 05 5 R579 PM DMI_ZCOMP FDI_FSYNCo FDI FSYNCO 2 L BG25 BC10 9 DMI_IRCOMP FDI FSYNC1 gt FDILFSYNC1 2 Sheet 20 of 50 o R574 750 1 04 2RBIAS BH21 FDI LSYNCO AV14 FDI LsYNCO 2 DSWODVREN R57 330K 04 FDI LSYNC1 FDILLSYNC1 2 RES 330K 04 P 3 9 FI in ALL SYS PWRGD _ 8139 10K 04 1 PWRG D em DSWODVREN C12 rz E22 PWR ACK 10 RSMRST SUS_PWR_AC el sUSACK T DPWROK R316 short RSMRST E DSWODVREN On Die DSW VR Enable B9 3 3 5 R550 10K_04 RESET SYS_RESET e WAKE poo PUE WAE ee PCIE_WAKE 27 29 30 Q 6 R680 Enabled DEFAULT F 0 SYS PWROK P12 N3 PM CLKRUN 4 erm 20 10 10 04 SYS PWROK F CLKRUN GPIO32 P PM_CLKRUN 28 p R681 Disabled i0mi PM PCH PWROK R L22 G8 S4 STATE amp 84 PM PWROK 10 short PWROK u SUS_STAT B 54 28 PM MPWROK L10 N14 SUSCLK 0 04 APWROK 5 SUSCLK GPIO62
139. U PWR GPIO54 USBP10P 21 2424 GNTH GPlOS UsePtiP c D_GPU_PWM_SELECT E4 16 SELECT amp KK 71 R586 m GNT2 GPIO53 USBP12N GNT3 GPIO55 USBP12P USBP13N INT_PIRQE G42 USBP13P SATA ODD DA 109 PIRQE GPIO2 31 SATA ODD 1 4 BIRGGE 429 GPIO3 C33 USB BIAS 8581 22 6 196 06 INT PIROH 0449 PIRQG GPIO4 USBRBIAS P PIRQH GPIO5 USBRBIAS 898 K10 34 Cv 8255 0 04 d pice C6 A14 USB 0 01 342 28 PLT_RST lt lt EE RST O 08 GPIO59 Usb ocg lt USB_OC 01 31 OC1 40 USB OCHS 2 GPIO41 p USB OC467 PCLK TPM PCH CLKOUT PCIO GPIO42 USB OC489 2 7 2206 CLE POLES A 748 CLKOUT OC4f GPIO43 PATS USB 81011 19 lt lt CLKOUT PCI2 5 GPIO9 PDT4 USB OCHZ13 CLKOUT PCI3 OC6f GPIO10 p USB OCA SA 34 BO ae PCLKOUT OC7 GPIO14 p R572 004 lt C AC PRESENT 20 34 CPT_PPT_Rev_0p5 27 PIN PLT RST to Buffer il C708 0 1 16V 04 wo U38 PLT_RST MC74VHC1G08DFT2G gt BUF_PLT_RST 27 29 30 34 R564 100K_04 PCH 4 9 PCI USB RSVD B 23 Schematic Diagrams PCH 6 9 GPIO CPU sav PantherPoint M GPIO VSS NCTF RSVD
140. V3 RUN 515 MIN2604G6 RUN gt 16 4 7 4 1 D PC5 1M 04 5 4 7u 63 06 dGPU_PWR_EN PC6 9 in 50V 04 12 v d C100809 SGND2 4 2 171 5 i0mil shot ADP3212 CSREF 2200p 50V 7 04 G2 55 PR167 s 5 5 MIDK5S6R dGPU PWR 22 34 CS 164 215K 1 06 Ed PES CS PH2PR13 215K 196 06 PR15 20K 1 04 VIN PR279 04 2 1 1 ADP3212 CSCOMP R14 165K 1 0 8 8 8 8 40mil d for BOM 1008 PR26 1K_04 5 le 95 9 1000 50V 7 04 PQ4 gt et E ET EN RT2 6 PR175 PC7 1200p_50V_X7R 54926 Se le 100K NTC 06 B 73 2K 1 04 470p 50V 7 04 SGND2 N 2 NVVDD FOR N13 a V 20 SGND2 HDR1 NVVDD 3V3 RUN lt PR9 2 98 1000 50 04 PJ19 1 2K 196 04 98 29 TMPC1004H R36M Z01 50A aj 88 LXI 4 CN ee o o o 1 00 0
141. VCCSA1 4 e VAXG49 VCCSA2 VAXG50 F4 VCCSA3 104 6 3V X5R 06 3Pcs lu 6 3V X5R 04 2Pcs 5 209 210 220 C623 2 Ex a XR VAXG52 VCCSAS 10u_6 3V_X5R_06 10u 6 3 X5R O6 10u 6 3V 06 j VAXG53 VCCSA6 1 u 8 221 6 3V 5 08 lPcs VAXG54 HER aoe N 7 51000 6 3V B2 1Pcs dp J H23 VCCSA SENSE R501 1 83 1 2 VCCSA SENSE gt gt VCCSA SENSE 37 B6 ts oe VCCSA_VIDO 37 VCCPLL2 VCCSA 24 s C692 C683 1 C680 I OGRI VCCPLL3 U VCCSA VCCSA VID1 37 1000 6 3 B2 22u 6 3V X5R 08 fiu_6 3V_Y5V_04 6 3 XR 04 3 3V SNB IVB PWRCTRL VCCIO SEL DONDE R R507 H_SNB_IVB _PWRCTRL 39 10K 04 15V 5 Ivy Bridge rPGA 2DPC 0 61 Y aDIMM YA A TRACEY C319 C320 1 5V 5 5 8537 Q31 x x AOBA02L 1K 196 04 1 5 5 CPU gt gt VREF CH B DIMM S 1 DIMMB 10 3 J 1K 1 04 5 AO3402L 8536 C699 VREF CH A DIMM 5 y 4 gt gt MVREF_DQ_DIMMA 9 1K 196 04 0 1 10V X5R 04 R534 C696 1K 196 04 0 1u 10V X5R 04 DRAMRST CNTRL 3 19 lt DRAMRST_CNTRL 3 19 Processor 5 7 GFX PWR B 7 7 S e i c 0 Schematic Diagrams Processor 6 7 GND Sheet 7 of 50 Processor 6 7 GND B 8 Processor 6 7 GND CAD N
142. VDD33 18 for BOM 1008 35 C490 _ C546 C545 _ 6536 535 0 1u 16V 04 4 7u_6 3V_X5R_06 0 1u 16 5 04 4 7 6 3 06 16V Y5V 04 Pin 64 Pin 33 Pin 33 Pin 53 Pin 53 B 32 SATA ODD LED USB CHARGE Schematic Diagrams HDMI RJ45 LAN PORT GIGALAN JMC251C FOR W O LEVEL SHIFT 30 LAN 30 LAN MDIPO 30 LAN MDIN1 HDMIC 8 TMDS DATA2 L E D e 30 LAN MDIP1 us ETE 1 o MTDKSSER RN3 30 LAN MDIP2 i 30 MDIN3 0 8 04 25 pu CTRLCLK 1 6 HDMI SCL C 2 C 8 1 TMDS DATAO L 0 04 TCT4 10 75 04 i 3 375 0268 MTDK5S6R nac HDMI_CTRLDATA4 3 SDA C C32 C30 C28 C27 5 1000 2 X R 12 125 TMDS DATA2 L R489 0 04 TMDS DATA2 R 0 01u 16V X7R 04 0 01u 16V X7R 04 0 01u 16V X7R 04 0 01u 16V X R 04 3i i pens 0 04 z 5 J RJ 1 3 3VS TMDS_DATAT L R486 004 5 me sem Sheet 32 of 50 DA shield 7 2 3 DA shield TMDS DATAO L 8485 0 04 TMDS DATAO R mm oe MDS DATAOKI 2484 YN 004 5 0278 x 5 R483 0 04 x 5 MTDK5S6R TMDS_CLOCK L R482 0 04 TMDS 5 LMX3 4 5 3 HDMI HPD C SEES TMX 8 79 8117 20K 1 04 PJS 08SO1B 1 1 shift 116 5 9100 Main 6 21 B4040 008
143. WLAN 802 11b g n Half Mini Card Module with PCle Interface Factory Option Relative Humidity Operating 20 8096 1 3M 2 0M Pixel PC Camera Module with USB interface Non Operating 10 90 Factory Option Dimensions amp Weight Power Management 413mm w 270mm d 14 40 5mm h Supports Wake on LAN 3kg with ODD amp 48 84WH Battery Supports Wake on USB Energy Star 5 2 Power Full Range AC DC Adapter AC input 100 240V 50 60Hz DC Output 19V 4 7A 90 Watts Removable 6 Cell Smart Lithium lon Battery Pack 48 84WH Removable 6 Cell Smart Lithium lon Battery Pack 62 16WH Factory Option O p ru T Security Security Kensington Type Lock Slot BIOS Password Operating System Windows 7 with Service Pack 1 Design Feature IMR Injected Molded Resin LCD Back Covers For Some Model Designs 1 4 Specifications Introduction External Locator Top View with LCD Panel Open Figure 1 Top View 1 PC Camera Optional 2 LCD 3 Power Button 4 LED Status Indicators 5 Keyboard 6 Built In Microphone 7 Touchpad Buttons lh T ct 5 External Locator Top View with LCD Panel Open 1 5 Introduction External Locator Front amp Right Side Views Figure 2 Front View 1 LED Power Indicator FRONT VIEW Figure 3 Right Side View c Q O O
144. ake 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 page 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 7 0 7 7 ot lt 22 will also provide any possible helpful information box with a wa contains warnings An example of these types of boxes are shown 1 the sidebar Warning Overview 2 1 Disassembly NOTE disassembly procedures assume that the system is turned OFF and disconnected from any power supply the battery 15 removed too Maintenance Tools The following tools are recommended when working on the notebook PC e 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
145. e antenna cable to the 1 2 socket Figure 10 2 0 0 C 12 N 4 Wireless LAN Module ESSE 4 i 3373920903 2 1 e 2 Screw 2 14 Removing the Wireless LAN Module Disassembly Removing the Keyboard Figure 11 Keyboard R 1 Turn off the computer and remove the battery page 2 5 2 Remove screws 6 from the bottom of the computer inside the battery compartment and then press at point Q to unsnap the LED cover module use the pin tool provided to do this Figure 11a bottom of the computer 3 Turn the computer over unsnap up the LED cover module 4 from the center of the computer Figure 116 b Turn the computer over 4 Remove screws from the keyboard Figure 11c unsnap up the LED cov 5 Carefully lift the keyboard 10 up being careful not to bend the keyboard ribbon cable Disconnect the key er module from the cent er of the computer board ribbon cable from the locking collar socket by using a flat head screwdriver to pry the locking collar fon pins away from the base Figure 110 the keyboard 6 Carefully lift up the keyboard 10 Figure 11d off the computer d Carefully lift the board up and disconnect the keyboard ribbon ca S ble from the locking col N lar socket by using a flat Cc head screwdriver to pry TA the locking collar pins away from the base o e Remove
146. e 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 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 SUC e Your AC adapter may be designed for international travel but it still requires a steady uninterrupted power supply If you 2 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 be sure to disconnect it by the plug head n
147. er DDR3 1333MHz Quad Core Mobile Processor TDP 35W 6M L3 Cache 32nm 32 Nanometer DDR3 1600MHz TDP 45W Intel amp Core i5 2430M 2 4GHz Mobile Processor Intel Core 17 27200 2 2GHz 3M L3 Cache 32nm 32 Nanometer DDR3 1333MHz Quad Core Mobile Processor TDP 35W 6M L3 Cache 32nm 32 Nanometer DDR3 1600MHz TDP 45W Intel amp Core i5 2410M 2 3GHz Mobile Processor Intel amp Core 17 26700 2 2GHz 3M L3 Cache 32nm 32 Nanometer DDR3 1333MHz Quad Core Mobile Processor TDP 35W 6M L3 Cache 32nm 32 Nanometer DDR3 1333MHz TDP 45W Intel amp Core i3 2350M 2 3GHz Mobile Processor Intel amp Core i7 2630QM 2 0GHz L3 Cache 32nm 32 Nanometer DDR3 1333MHz Quad Core Mobile Processor TDP 35W 6M L3 Cache 32nm 32 Nanometer DDR3 1333MHz 45W Intel amp Core i3 2330M 2 2GHz Mobile Processor Intel Core 17 2640 2 8GHz 3M L3 Cache 32nm 32 Nanometer DDR3 1333MHz Mobile Processor TDP 35W 4M L3 Cache 32nm 32 Nanometer DDR3 1333MHz TDP 35W Intel amp Core i3 2310M 2 1GHz Mobile Processor 3M L3 Cache 32nm 32 Nanometer DDR3 1333MHz TDP 35W 22 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 cess
148. et 26 of 50 VSS 185 VSS 285 P30 VSS 25 VSS 104 AN VSS 186 VSS 286 N3 VSS 26 VSS 105 FANY 85 1 05 0 095 VSS 187 VSS 287 HP VSS 27 VSS 106 FAN VecDIFFCLEN 1 05 0 055 VSS 188 VSS 288 PT8 vss 28 VSS 107 Han VSS 189 VSS 289 VSS 29 VSS 108 VecALVDS 3 3 1 mA 9 9 D 55 190 VSS 290 P40 vss 30 VSS 109 LVDS VSS 191 VSS 291 VSS 31 VSS 110 28 grum VOR VSS 192 VSS 292 VSS 32 VSS 111 AP30 55 193 VSS 293 vss 33 VSS 112 VSS 194 VSS 294 HR VSS 34 VSS 113 VSS 195 VSS 295 Rag vss 35 VSS 114 BE26 VSS 196 VSS 296 vss 36 VSS 115 Apa VSS 197 VSS 297 VSS 37 VSS 116 APa6 VSS 198 VSS 298 VSS 38 VSS 117 F B VSS 199 VSS 299 vss 39 VSS 118 FaR BFT6 VSS 200 VSS 300 wa VSS 40 VSS 119 FAR48 BF20 VSS 201 VSS 301 VSS 41 VSS 120 VSS 202 VSS 302 AFT0 VSS 42 VSS 121 Ha B 58 203 VSS 303 vss 43 VSS 122 BF26 VSS 204 VSS 304 y VSS 44 VSS 123 BF28 VSS 205 VSS 305 y 016 VSS 45 VSS 124 ED3 VSS 206 VSS 306 26 6 VSS 46 VSS 125 AT28 VSS 207 VSS 307 y 9 VSS 47 VSS 126 58 208 VSS 308 29 4 VSS 48 VSS 127 Ha VSS 209 VSS 309 Hy 6 VSS 49 VSS 128 FATZ 55 210 551310 VSS 50 VSS 129 9 B VS
149. i SATA 27 Lane 4 GLAN CARD READER H d 005830 CLKREQ R649 Lane 5 x CL_RST1 gt gt CL_RST H 27 3V 3VS C100824 Lane 6 X Q Lane 7 X as pull down to Lane 8 X M10 PEG_CLKREQ 40 PEG A GPIO47 P PEG_CLKREQ 12 zs 739 P CLKOUT PCIEON 100MHz 10K 8P4R 04 PCLKOUT PCIEOP PER kn 7 VGA PEXCLK 12 CLK_BUF_CPYCLK_P 5 J2 PEG A N 4 AB38 5 PCIECLKRQO GPIO73 2 GLKOUT PEG Pa VGA_PEXCLK 12 5 S 100 2 ICH 4 8597 10mil short 49 AV22 EXP shor uae 5 DMN RUBE RNG PCLKOUT_PCIE1P CLKOUT DMI P EXP P 3 10K 8P4R 04 PCIECLKRQ1 M1 CKSSCD 8 1 PCIECLKRQ14 GPIO18 CLK R279 10mil short ok 20M Hz emia 100MHz daas CLKQUT DP i mil shor 04 CLK_DP_P 3 29 CLK PCIE_USB30 _TI 6 3 R599 10mil_short_04 058 304 T PCLKOUT 2 ar 29 PCIE 05830 5 gt CLKOUT_PCIE2P BF18 CLK PCIE ICH N R277 40mil_short_04 USB30_CLKREQ TI V10 CLKIN DMI N jBETS CLKPOCIEICHP E ICH P 29 08830 CLKREQR Tl C gt gt Hag E O PCIECLKRQ2 GPIO20 CLKIN_DMI_P 100MHz R376 10mil short 04 PCIE WLAN Y37 BJ30 CLK_BUF_CPYCLK_N 27_C
150. ide 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 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 7 0 7 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 1 Remove the battery 2 5 remove the HDD 1 Remove the battery 2 5 2 Remove the HDD page 2 6 E To remove the Optical Device 1 Remove the battery page 2 5 2 Remove the Optical device page2 6 9 remove System Memory 2 1 Remove the battery 2 5 ai 2 Remove the system memory page
151. il R57 H1 FBC VREFO R466 H1 VREFO VREFDQ Fus 4 VREFDQ w R68 H1 FBC_VREF1 R475 H1 FBC_VREF1 VREFCA VREFCA VREFDQ Hyg VREFDQ 243 1 04 243 1 04 verea 7 C34 R468 243 1 04 243 1 04 R481 0 01u_16V_X7R_04 1 1K 196 04 14K 196 04 FBC D14 07 FBC 023 FBC D4 07 __ _028 FBCDS _ 7 0010 DQUO BC 016 B DQUO c3 027 039 07 FBC D60 FBC D44 E3 r7 5 DQU1 Hes FEC DO 5 DQUO BC DES 5 DAs F7 090 FEC D10 0012 DQU2 8 DQL2 0002 C2 rEC Dz5 DALI Fes Fz DAUT FEC D15 0013 DQU3 0013 0003 amp 7 rEC D20 5 0012 DQU2 FBC D40 e 0012 DQU2 FBC DE 0014 DQU4 Fa 2014 DQU4 FBC D24 B 0013 DQU3 A FEC D47 DAL FEC D12 a DQL5 0005 Fag DQL5 0905 I gg rEC D37 Hg 0014 0004 0014 0904 FEC DTI 0016 H7 DQU6 z3 DQL5 DQUS 0015 0005 007 DQU7 x DQL7 BC D34 H7 0016 DQU6 A3 FEC DET FBC DA DQL6 DQU6 DQL7 DQU7 L Da DQU7 FBCDOMI E7 03 2 FBCDQMO E7 D3 _ DML DMU BCDOS_wP2 ECDGS WPO DA DMU 727 FBCDOS_WP3
152. inSUSB amp gt 5 1 05 6 VTT bSUSPEND u R q PCH 3 9 DMI FDI PWRGD B 21 Schematic Diagrams PCH 4 9 LVDS DDI CRT PantherPoint M LVDS DDI U39D J47 AP43 11 BLON v45 1 BKLTEN SDVOLTVOTKINN 7 11 34 NB ENAVDD L VDD EN SDVO_TVCLKINP P45 42 L BKLTCTL SDVO STALLN SDVO_STALLP X versa 11 P DDC um PL bi AP39 3 3VS pull up 2 2K s 3 11 P_DDC_DATA L DDC DATA SDVO_INTN lt R364 L CTRL T45 SDVO INTP X 65 AL DATA P3g PL CTRL CLK PCH 4 9 LVDS us c LVDS IB AF37 P38 e J 4 8354 2 97K 196 04 SIE nr3g LVD SDVO CTRLCLK 4 39X LVD_VBG SDVO CTRLDATA X G DDI CRT NM AE47 49 mm LVD_VREFL DDPB_AUXN DDPB AUXP 3 3VS AK39 DDPB X m Q 11 LVDS LCLKN AK40 P LVDSA_CLK AV42 D 11 LVDS LCLKP X PLVDSA CLK DDPB n AN48 DDPB lt 11 LVDS LON LVDSA_DATA O DDPB_1N 11 LVDS LIN AK470 LVDSA_DATA 1 DDPB 8 lt gt aj 11 LVDS L2N AJagO LVDSA_DATA 2 DDPB 2N A077 R395 1 O LVDSA_DATA 3 DDPB 2P ava ri 47 H DDPB lt 11 LVDS LOP 9 LVDSA DATAO DDPB X d 11 LVDS L1P LVDSA DATA1 11 LVDS L2P lt KJ47 LVDS
153. ing the CPU in any way may violate your warranty c Q T 1 2 Specifications Processor Intel Pentium B960 2 2GHz 2M L3 Cache 32 Nanometer DDR3 1333MHz TDP 35W Intel Pentium B950 2 1GHz 2M L3 Cache 32nm 32 Nanometer DDR3 1333MHz TDP 35W Intel Pentium B940 2 0GHz 2M L3 Cache 32 Nanometer DDR3 1333MHz TDP 35W Core Logic Mobile Intel HM65 Express Chipset Display 17 3 43 94cm HD 1600 900 FHD 1920 1080 16 9 Backlit Panel Memory Dual Channel DDRIII DDR3 Two 204 Pin SO DIMM sockets supporting DDR3 1333MHz 1600MHz real operational frequency depends on the FSB of the processor Memory Expandable up to 8GB using 1GB 2GB 4GB SO DIMM Modules Specifications 1 3 Video Controller Intel Integrated GPU and NVIDIA GeForce GT 630M Video Supports NVIDIA Optimus Switchable GPU Technology between iGPU and dGPU Intel HD Graphics 3000 Dynamic Frequency DVMT Shared Memory Architecture up to 1748MB Microsoft DirectX 10 Compatible NVIDIA GeForce GT 630M Discrete GPU 1GB DDR3 Video RAM Supports PCle 8 Microsoft DirectX 11 Compatible NVIDIA PhysXTM GeForce CUDA Technology NVIDIA Optimus 1 2 Technology One 32Mb SPI Flash ROM AMI BIOS Introduction Keyboard Pointing Device amp Buttons Isolated Keyboard with Numeric Keypad Built in Touchpad with Multi Gesture Funct
154. ionality Interface One USB 2 0 Port Two USB 3 0 Ports One eSATA Port One External Monitor Port One HDMI1 4a Out Port with HDCP One Headphone Out Jack One Microphone In Jack One RJ 45 LAN Jack One DC In Jack Card Reader Storage Embedded Multi In 1 Card Reader MMC RS MMC SD Mini SD SDHC SDXC MS MS Pro MS Duo Note Some of these cards require PC adapters that are usually supplied with the cards One Changeable 12 7mm h Super Multi Blu ray Combo Optical Device Drive with SATA Interface Factory Option One Changeable 2 5 9 5 mm HDD with SATA Serial Interface Slots For Half Size WLAN Combo Module with PCle and USB Interface Audio High Definition Audio Interface Built In Microphone 2 Built In Speakers THX TruStudio Pro Communication Built In 10 100 1000Mb Base TX Ethernet LAN Intel Centrino Advanced N 6230 2 2 802 11 a g n Half Mini Card PCle WLAN amp Bluetooth 3 0 Combo Module Fac tory Option Intel Centrino Wireless N 1030 1 2 802 11 b g n Half Mini Card PCle WLAN amp Bluetooth 3 0 Combo Module Fac tory Option T ct 5 Introduction Communication Environmental Spec 3rd Party Combo WLAN 802 11b g n and Bluetooth Temperature v3 0 HS Half Mini Card Module with PCle Interface Operating 5 C 35 C Factory Option Non Operating 20 60 C 3rd Party
155. lash tools to update the BIOS l Make sure you are not loading any memory management programs such as HIMEM by holding the 8 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 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 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 pore 252 With the CD DVD USB flash drive removed from the CD DVD drive USB port the 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
156. ld high during 53 R211 1 5V 68p_50V_NPO_04 750 196 04 CAD Note Capacitor need to be placed close to buffer output pin R282 0 04 Q20 MTN7002ZHS3 5 D DDR3 DRAMRST 9 10 _ DRAMRST CNTRL 6 19 R275 C707 4 99K 196 04 0 047u 10V X R 04 B 4 Processor 2 7 CLK MISC Schematic Diagrams Processor 3 7 DDR3 Ivy Bridge Processor 3 7 DDR3 U36C 0360 2 9 MA 04 SA 288 DDRO 9 10 M B 00 63 0 SB M B CLK DDR2 10 SA_CLK 0 Hyg M_A_CLK_DDR 0 9 M B DQO C9 SB 9 M B DDR amp 2 10 SA DQ 0 SA CKE O M A CKEO 9 DOT 7 SB DQ 0 58_ M B CKE2 10 SA DQ 1 DOZ 070 58 DQ 1 S Odo ur m ppc SA DQ 3 5 004 1 SA 0914 SA CK 1 M A CLK DDR1 9 005 SB 0014 SB CK 1 AD1 52 2 SA DQ 5 SA CLK4 1 10 M A DDRfH 9 M B DOS D9 SB DQ 5 SB_CLK 1 SA DQ 6 SA CKE 1 A CKE1 9 M B 007 D8 SB DQ 6 SB CKE 1 LB SA M B 008 G4 SB 0917 SA_D
157. or Pullups Pull downs PU PD for JTAG signals 1 05VS_VTT 1 05VS VIT PROCHOT 8115 62 04 8498 51 04 TMS R494 51 04 CAD Note Use pad sharing method CPUPWRGD Ri 8195 XDP TDO E U36B for following clock resistor placement OK 04 R499 51 04 R495 51 04 TRACE WIDTH 10MIL LENGTH 500MILS SS A28 2 BCLK CLK EXP P 19 23 H SNB IVB amp 026 PROC 00 BCLK 19 3 3VS H U SKTOCC 16 DPLL REF CLK m CLK DP P 19 R107 1 4 4 DPLL_REF_CLK CLK_DP_N 19 DDR3 Compensation Signals CAD NOTE All DDR COMP signals 106 SM RCOMP 0 R183 140 1 04 Should be routed such that max length 500 mils SM RCOMP 1 R520 CATERR If PROCHOT is not used 5 then it must be terminated AN33 CPUDRAMRST trace width 15mils and SM RCOMP 2 8521 200 1 04 Sheet 3 of 50 with a 56 5 pull up 2334 lt gt SM_DRAMRST P MB trace impedance lt 68 mohms resistor to 1 05VS VTT worst case resistance M AL32 02 _ SM RCOMP 4042 H_PROCHOT __ 56 1 04 D 0 5 RCOMP 1 F 21 4
158. ot by its wire any upgrade proce sure the socket and any extension cord s you use can support the total current load of all the connected devices dures make sure that Before cleaning the computer make sure it is disconnected from any external power supplies you have turned off the power and discon nected all peripherals Do not plug in the power Do not use the power cord if Do not place heavy objects cord if you are wet it is broken on the power cord and cables including telephone lines It is advisable to also re move your battery in order to prevent acci dentally turning the machine on Preface Battery Precautions 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 in 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 the notebook s system Incorrect recharging may make the battery explode 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 may explode or leak if exposed to fire or imp
159. ote 0 ohm resistor should be placed close to CPU E eor p E _ eas GER UE pT BN ee E 228041 RENNES OE Ss ee __ PAM HANINN NNI NNNHN N 3 d O N d od Ivy Bridge Processor 6 7 GND U36H Ivy Bridge_rPGA_2DPC_Rev 0p61 VSS107 VSS108 VSS109 VSS110 VSS111 VSS112 VSS113 VSS114 VSS115 VSS116 VSS117 VSS118 VSS119 VSS120 VSS121 VSS122 VSS123 VSS124 VSS125 VSS126 VSS127 VSS128 VSS129 VSS130 VSS131 VSS132 VSS133 VSS141 VSS142 VSS143 VSS144 VSS145 VSS146 VSS147 VSS148 VSS149 VSS150 VSS151 VSS152 VSS153 VSS154 036 T35 55161 VSS162 VSS163 VSS164 VSS165 VSS166 VSS167 VSS168 VSS169 VSS170 VSS171 VSS172 VSS173 VSS174 VSS175 VSS176 VSS177 VSS178 VSS179 VSS180 VSS181 VSS182 VSS183 VSS184 VSS185 VSS186 VSS187 VSS188 VSS189 VSS190 VSS191 VSS192 VSS193 VSS194 VSS195 VSS196 VSS197 VSS198 VSS199 VSS200 55201 VSS202 VSS203 VSS204 VSS205 VSS206 VSS207 VSS208 VSS209 VSS210 VSS211 VSS212 VSS213 VSS214 VSS215 VSS216 VSS217 VSS218 VSS219 VSS220 VSS221 VSS222 VSS223 VSS224 VSS225 VSS226 VSS227 VSS228 VSS229 VSS230 VSS231 VSS232 VSS233 2 79 79 0 2242 2 212224 N oj N g No Ivy Bridge_rPGA_2DPC_Rev 0 61 VSS234 VSS235 VSS236 VSS237 VSS238 VSS239 VSS2
160. ovt R VCC CARD O Z 3V3 ed ge CLKREQB X4 HSX321S 25MHZ ims 100ms 15 180 07 SD WP MS D1 T SD Des INS amp MS BS 1 SD D5 az VDD33 18 zl VDD30 B386 A A A006 VDD33 22702 72 GNB amp o x io Basses C100822 Z ee 8387 0 04 51 19995 100 A EVDD10 0 865656 22000 C503 C488 GND 2 9 rro 8 ae SA y L E D 5 LAN_VDD33 R308 VIA T gt LAN_CLKREQ 19 22 22p 50V NPO 04 22p 50V NP 10K 04 LAN PCIE WAKE lc 04 _ LED1 SPISCK EI BA PCIE 4 GLAN C511 0 1u 10V X7R 04 U S B C H A R G E PCIE RXP 4 C505 0 10 04 5 2 6 22 25R00 1B4 A S EH r 6 22 25R00 1B5 CLK_PCIE_GLAN 19 3 3V 8646 aja CLK PCIE GLAN 19 PCIE TXN4 GLAN 19 3 3 50 8331 A AK 04 __ ____ pop PCIE TXP4 GLAN 19 15K 04 Remind that R331 using the main power 50 power Close to RTL8411 for SDXC EMI SD DOR R343 0 04 SD DO SD D1 MS CLK 8344 0 04 SD D1 MS CLK SD D3 MS 02 R620 SD 5 D2 SD 5 03 VDD10 VDD10 VDD10 VDD10 VDD10 o o o C489 C519 C445 C444 C442 16V 5 04 16V 5 04 16 5 04 16V 5 04
161. ownload the 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 an older version after up Unzip the downloaded files to a bootable CD DVD or USB Flash drive qud wg e AS 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 01 05 p you MAY then go 2 Useatool such as Winzip or Winrar to unzip all the BIOS files and refresh tools to your bootable CD DVD USB Baek andthe bloc flash drive you may need to create a bootable CD DVD with the files using a 3rd party software to ver 1 01 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 ES m BIOS Update Use the f
162. p utility 1s in the User s Manual Information about dri vers e g VGA amp audio 1s also found in the User s Manual The manual 15 shipped with the computer Operating systems e g Window 7 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 W270HSQ series notebook is designed to be upgradeable See Disassembly on page 2 I for a detailed description of the upgrade procedures 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 Introduction Specifi cations Processor Processor Note all processor packages are rPGA988B Intel amp Core i7 2620M 2 7GHz Mobile Processor Intel amp Core 17 28600 2 5GHz 4M L3 Cache 32nm 32 Nanometer DDR3 1333MHz Quad Core Mobile Processor TDP 35W 8M L3 Cache 32nm 32 Nanometer DDR3 1600MHz TDP 45W Intel amp Core i5 2540M 2 6GHz Mobile Processor Intel amp Core 17 28200 2 3GHz 3M L3 Cache 32nm 32 Nanometer DDR3 1333MHz Quad Core Mobile Processor TDP 35W 8M L3 Cache 32nm 32 Nanometer DDR3 1600MHz TDP 45W Intel amp Core i5 2520M 2 5GHz Mobile Processor L3 Cache 32nm 32 Nanomet
163. r 0 7 GND 8 Mainboard Overview Bottom Connectors 1 12 lere ecol aM 9 Disassembly mRNA DDR3 SO DIMM 0 1 enn nnn nnn nnnm B 10 DDR SO DIMM hari stubs etam 11 Overview O 2 1 PANEL INVERTER B 12 Maintenance vg q 2 2 VGA PCLE Interface 2 B 13 Connections 2 2 Uc 14 Maintenance PS 2 3 VGA Frame Buffer B 15 Disassembly erii 2 4 VGA Frame Buffer B 16 2 VGA WO tette B 17 Removine he Hard Disk Driyo ub oderint 2 6 VGA NVVDD Cecouplin 18 Removing the Optical CD DVD Device 28 ps 29 PCH2 9 PCIE SMBUS CLK B 20 Removing and Installing DPrIOCOSSOE 2 11 3 9 DML FDI PWRGD B 21 E S AN OE i 2 14 PCH 4 9 LVDS DDI CRT B 22 Removing 2 15 4 9 PCI USB RSVD B 23 Part LISIS qe H ad REPRE EPA B 24 Part List Illustration Location A 2 PCH UM QI 25 EE E E E A 3 PCH OD POWER 26 Bottom o cecccecccessceecceeccceeccceccceccsececeaccsececeaccsaceeesecesesesecenscetneeeaeeess 4
164. roperly 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 eram It also describes the installation and operation of the utility programs provided with the notebook PC Startup 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 5 Attach the AC DC adapter to the DC In jack at the rear of the computer then plug the AC power cord into an outlet and connect the AC power cord to the AC DC adapter 6 Use one hand to raise the lid LCD to a comfortable viewing angle do not exceed 130 degrees
165. rsonnel 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 W270HSQ series 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 intended to
166. s 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 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 It is 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 advisable to also re 5 Becareful with power Avoid accidental shocks discharges or explosions move your battery in removing or servicing any part from the computer turn the computer off and detach any power supplies order to prevent acci 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 dentally turning the 6 Peripherals Turn off and detach any peripherals machine on 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 ins
167. se PLLVDD B QS R47 0 04 4 wee 2 5 9 1 608 181105 12mil 2 PEG DG pG De PRS 12 1 D7 wb PuvoD NC 2 PEG 5 5 PEG TXS APTE rex Ro SVDD 3v3 C38 C39 C4 C74 C40 C50 C51 C44 GF108 GKx 62117 2 PEG RX6 C100 0 220 10V 04 18 PEX 6 0 1u 16 Y5V 04 4 7u 6 3 X5R 06 4 7u 6 3 06 225 ERG C112 0 22u 10V 04 FeCos 1 6 3V X5R 04 22u 6 34 258 08 10V _041 04 476 6 3 06 18 T X SSIN H1 J4 X OUTBUFF PEX RX6 XTALSSIN XTALOUTBUFF DM PLACE NEAR BALLS PLACE NEAR BALLS 8 C113 0221 10 04 19 pg X CS C185 0 220 10V 04 R464 R49 AN20 10K 04 C100818 10K 04 PEX RX7 2 ed i PEG DU ava RUN DEFAULT N1 3 P GL FSX8L 25 2 AK20 X HSX840GA 27MHZ i PSL VDDLSENSE 20K_1 _04 VGA ROM SI R30 45 3 1 04 XTAL IN 1 2 XTAL OUT C VDD SENSE 5 PEX PSION SENSE 42 10K 1 04 VGA ROM SO 30K 1 04 C24 C20 Q E x Ee mo sense 15 51 GND SENSE 5PS GND SENSE 42 15K 1 04 VGA ROM SCLK 15K 1 04 18p 50V NPO 04 ia 18p 50V NPO 04 Aca FEX DO 45 3K 1 04 VGA STRAPO 499K 1 04 4 gt PEX Ro 34 8 1 04 VGA STRAP1 3
168. vice Turn off the computer remove the battery page 2 5 and hard disk page 2 6 Remove the screw at point Figure 4a Use a screwdriver to carefully push out the optical device 3 at point Figure 46 point Insert the new device and carefully slide it into the computer the device only fits one way DO NOT FORCE IT The b Use a screwdriver to screw holes should line up carefully push out the Replace the hard disk bay cover nb polt Restart the computer to allow it to automatically detect the new device D b ia 7 o 74 3 Optical Device Screw 2 8 Removing the Optical CD DVD Device Disassembly Removing the System Memory RAM Figure 5 RAM Module The computer has two memory sockets for 204 pin Small Outline Dual In line Memory Modules SO DIMM supporting Removal DDRIII DDR3 Up to 1066 1333 MHz The main memory can be expanded up to 8GB The SO DIMM modules sup ported are 1024MB and 2048MB DDRIII Modules The total memory size 1s automatically detected by the POST rou 4 the screws tine once you turn on your computer from the component bay cover Memory Upgrade Process b The RAM modules will 1 Turn off the computer turn it over and remove the battery page 2 5 be visible at point 2 Remove screws 6 from the component bay cover Figure 5 3 Carefully fan and cable are

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