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P150SM / P151SM1 SERVICE MANUAL

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1. ss nns oo Close to Display PORT m PEG eg sime T k C160 0 10 10V XR 04 D DP ES 5 dois je Sheet 17 of 60 RE opt MER RE 2 pony ed 5 oee Eua s E C140 0 10 10V 7 04 Display Port eum ua Maius A m ops 52 i 22 m wed s pee EARS tov gm o4 p pp pe me S aes in 5 528 Doma DP ox TAREA ped E ip APO MORS PACS u 10V emo 0 pr gro 9 C173 Tu 10V X7R 04 D DP BU 3 82 oem 9 M avs Fuse BATS4CW lision 8 uL 8 aeneus 4 ober F 0 OF po pe aw 3 BAR AUKT 9 5 G DP f 9 hee a men 0 m 9 LANE R129 ans D06 for DP gt HDMI DP DVI JAEN 1M 04 PIN TEXT m 5 T LANE Pr dad ss i er os spre vwroNToo2zHseR MTON7O02ZHSSR die 7 cvs jp XR 04 DP AUX R m as oss x took MBNToDZHSER MIDN7002ZHSGR m A UM moo pu ES la Q62A
2. THRMTRIP H_PROCHOT 105vSo 888 06 FC_AK3I s 026 n 9 c7o 1 1 R435 0 04 H_PROCHOT EC 5 MIN7002ZHS3 1K 04 3 2 556138 vas 1 5v R385 8 8 2 041 MIN7002ZHS3 CPUDRANRST S D 100K 04 10 04 CAD Note Capacitor need to be placed Rasa o L_AA gt DDR3 9 10 11 12 close to buffer output pin 1 04 n LJ DRAMRST CNTRL 4 20 Buffered reset to CPU S3 circuit DRAM PWR GOOD logic oe 0 0470 04 aav low aws R423 5 5 8 5 95 7504 oiows 5 z 2 e 8 8 5 VDD3 13 1920 21 2324 25 26 27 20 34 36 37 40 41 4245 46 1 ej p 0505 Td 33 8 5 9 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 30 32 33 34 35 36 37 41 44 46 61 62 21 DRAM PWRGD 8 33V 2 14 15 19 29 30 32 35 37 39 41 42 62 cms 0906 15 43 2 1 04 BUF CPU RST af H 4 6 9404142 3039 132245 PT RSE gt gt TA T 70022 568 u31 2 1 055 6 25 26 30 42 44 62 4 Res 1288 4 59 04 MTDN7OU2ZHSGR 8386 04 R59 cm a 7750 196 04 13394142 SUSB MIN70022HS3 R390 C430 100K 04
3. 5 17 RIGHT LIFT POTE TS m KEY omi snor iS diet FA gei 10 CGTP CLK CJ 3 2 1 2 9 TOTP DATA Lr HA CTPBUTTON R c HA CTPBUTTON L 2 CGIP_CLK 6 m 8 4 CR25 27 1 04 CUSB 0 1u 16V 04 5 3 C24 CR25 W O 1 85201 06051 T eni sten 6 20 94A20 110 It is strongly recommended that the TESD GND has COND COND a dedicated connection to the system chassis or cable shield bos Sheet 54 of 60 CC11 lu_6 3V_Y5V_04 gt lu_6 3V_X5R_04 C3 8V 15 idi a 41 P170 Click Board 11 iu 6 3V X5R 04 5 mos X wmr s Eum ese don et wee 009 4 7 iie Sa Sadi DOS WB5128WMNGTP 22 04 19 stuff CR22 NC 4 7 6 3 04 951206 OUT 1 CREF osc cara AK 04 base CBEZELT CAVDD CR11 ATK 04 f mdp REG CUSB PN10 CREG OUT 21 iu 6 3V 0 05 20mil CC21 14 6 39 Y5V 04 gt 10 6 3V X5R 04 eV Place Botton 7 lios TE CAVDD 005 9 9 CC14 15 11 6 3V Y5V 04 gt 10 6 3V X5R 04 20mil 20mil 0025 m z CC24 63V068 2 5 63V_X5R_08 5 x 21 2 3 2 2p 50V NPO 04 9
4. 2 TV 9 3 h RIGHT px LIFT 18V 5 04 FORI shon Sa TWI Tsw2 TGND T4BJB16 0 T4BJB16 Q ne TGIP 1 2 1 2 8 TOTP DATA Lee munon 8 Leey mamo t 6 IPBUTTONTI 5 4 p s PT 16V 04 REM 2 1 15201 10051 32mil short TGND 7814 TES GND 6 20 94A20 110 is strongly recommended that the TESD GND has dedicated connection to the system chassis cable shield The TESD GND trace has to be wide gt 20mil The path be marked in TGND i i S day needs to be design to be short and at low impedance 9 4 ah 12 Tut 99859 888 Dos stuff T 5001 REG OUT OK 1 04 An gag 0 pvo 355 AVDD 5 5 2 TRI 1 04 z 5 8 B11 T FBDR 21 3 3 PD REG BDRIVE ronm 5 T 810_T_FBDRIVED ma BDRIVE2 8 22 48800 182 5 0 E 6 22 48R00 18 TUSB PN10 9 USB BEZELIB TUSB PPO usa pe BEZEL2B I ATK 04 Twcs B2 TEND TBV Mes BEZELIA 5 s Qm BE Na ped C 504 NPO 04 5p 50 NPO 04 MSO s BV ms 1 139 9 MOSI al 5 5 mso ce C11 T FREF OSC SCK a mso REF OSC FGLAMEGSER 202 1107 Alex we
5. PWR SRC PWR 880 T RUN MB i o 27 OIL POE 3 PEX REFCLK 3 0 J 27 PCIE MM PEX REFCLK PEX RST 3avs GND VGA DDG DAT 2 PWR PWR SRC DOG for HV amp AMD eif Rsvp VGA CLK PWR SRC SRC tes RSVD VGA VSYNC Hrer X PWR SRC PWR EK RSVD VGA HSYNC jee X PWR_SRC 10A 7 20V PWR SRC PWR_SRC deter RSvD GND PWR SRC PWR_SRC tes RSVD VGA RED H70 5 RUN 2 5A 5V PWR SRC PWR Au 5 VGA GREEN H77 at Build D s PWR SRC PWR SRC 5 LvDS VGA BLUE Hz 5 3V3 RUN 14 3 3V PWR PWR SRC VGA SELECT D FRN Bo es ape GND GND Hye 4 ps PWR SRC PWR SRC n LVDS LVDS_LCLK H78 MIN70022H83 SRC PWR_SRC osabie LVDS uva LVDS GND GND 9 25 Ter GND GND 3 3VS GND GND 22 gt oso LVDS unos Lvps 17038 Hrer 5 C310 04 GND GND 48 soul eov LVDS Urxie Har GND GND Her 3V3_RUN 5 owes Le zx 1 T 5 5 8 SS AA ent 4 GND GND 2 DGPU
6. 2 11 DDRII CHA SO DIMM B 10 Removing the Hard Disk from the Secondary HDD Bay 2 13 DDRII CHA SO DIMM __1 B 11 Removing the Primary System Memory 2 14 DDRII CHB SO DIMM 1 B 12 Removing the System Memory RAM from Under the DDRII CHB SO DIMM_0 B 13 Keyboard SE E 2 16 Rd gui B 14 Removing and Installing the Processor 2 18 Panel Inverter CRT eese B 15 Removing the Wireless LAN Module 2 21 B 16 Removing MSATA Module 2 22 13943 XIO222 1 nsira B 17 Removing and Installing the Video 2 23 Display v aceasta tase dope MEA B 18 Preface HDMI B 19 PCH 1 9 RTC HDA SATA JTAG B 20 PCH 2 9 LPC SMBUS SPI C LI B 21 PCH3 9 DMI FDI PWRGD B 22 PCH 4 9 CRT Display PCT eR B 23 PCH 3 9 PCIE USB uuu pod
7. mSATA FAN TP FP MULTI CON B 37 Schematic Diagrams ard Reader RTL8411 LAN RTL8411 vona PULL HIGH SWR Mode 1 8045 B 3225 RSET 25 ENSWREG 464 804 s lt s 1 EMIWT S SiSHORT meet realtek Freq tolerante S ppm SWF2520CF 4R7MM C241 JA 8 34 06 16 YSV Bass 04 PULL LOW LDO Mode R467 5 fq 4T LDO MODE L 2542 5 8 2 LDO Mode E SiSHORT s 6 E H Roos E 4 ngo 8 88 pv 1537 6451 6458 DEL 282 4 2 MES 10 o 0 0033 on ss xz vr ox ux EC8518 123 PME C232 H 2224 3105 pulls high cr low to GPO pim ca cons 17 50 NPO 04 3 50 NPO 04 Pease refer to 1 Disable Application Note PCIE WAKE 21 29 60 bios dip 151515 8 dpud TO SB PCH WAKE 5 C
8. 0D2 20 CL GEA qg Reserved3 LED_WWAN 5 20 51 Sr WLAN Reserved5 _ LED WPAN X 1 1016 B 30 USB 2 0 CCD Mini PCIE LID Schematic Diagrams LED Hotkey LID SW Fan CPU FAN CONTROL VGA FAN CONTROL uaa Bone FON GND VS FON 8 225 d 34 vour GND FON GND GND GND Fy 25 4 VOUT GND oD caso vour GND lt CPU FAN T 16V Y5V 04 AXSS5SA 83 35 08 598 CPU lt FAN 34 VGA FAN EAN 2 ES 596 VGA 1 3 LED LED_ACIN 34 1 LED PWR 34 2 10V 88205 03701 ae C296 2 LED BAUFULL 84 10u 10V Y5V 0B 85205 03701 85204 05001 34 CPU FANSEN KCH Mm 04 34 VGA FANSEN lt lt m 3 MB to EC BOARD CONN Sheet 30 of 60 P150SM P151SM1 only LED Hotkey LID D savs 33vs 202A change power plant DEL vaw 2 23 8 294 997 Pd8 P310
9. CHANGE TO STANDARD JDIMMIA 0055 0058 0057 6 0080 10 Dosos DQS1 DQS2ir Dass Dasait Dass 0568 00574 0953 0054 0085 0956 0057 0058 0059 0060 0061 0062 0063 DDRSKZ20401 TRAB VIT MEM 0259 0255 1 C245 l 0251 C244 esso 06 ju_6 3V_X5R 6 3 04 6 3V oa 1u 63V 04 DRSK 20401 TR4B a 3 5 9 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 30 32 33 34 35 26 37 41 44 46 61 62 3 3VS 3 4 6 9 11 12 30 39 VDDQ 9 11 12 39 VTT MEM 578 575 1 C579 C577 1 0581 1 583 1 C585 m C587 C589 C59 10V 04 10V X5R 04 10V X5R 04 10V 04 10V 04 10V 04 10V 04 10V 04 10V X5H 04 10V 04 DDRIII CHA SO DIMM 1 B 11 Schematic Diagrams DDRIII CHB SO DIMM 1 Channel B SO DIMM 1 RAM4 CHANGE TO STANDARD 4 12 M B B 15 0 gt gt lt 00 63 0 4 12 JDIMM2B bat baz 008 004 75 AS bas vssi6 A6 bas VSS17 007 VSS18 AB bas VDD4 VSS19 A9 009 VDD5 vss20 Monae 0010 r3 AT
10. p y EN g 6 157 Aube UME GAINO 14 C400 E ME GAINI voo osv cose 380p 50 XTR 04 T 2 20 06 17 HPVDD CPN 5 2 20 6 3V 04 pap Hevss Daune 0677 2 2u 6 3V X5R 04 AUDG aV 29141619 29309627 99 41 42 62 3348 359 10 11 12 13 4 16 17 18 19 20 21 22 24 25 26 27 28 20 30 93 34 35 36 97 41 44 46 61 62 ET 13 28 29 38 39 41 42 43 545 13 14 16 17 18 19 22 29 30 33 35 36 41 44 61 Codec Realtek ALC892 B 33 o c PE 0 a Pun 1 0 m Schematic Diagrams Sheet 33 of 60 APA2607 TPA2008D2 APA2607 TPA2008D2 The volume control the gain range is from TPA2008D2 Sus Las HCB1608KF 121T25 AUDIO Sodb Vvolume 5V to 20db Vvolume 0V P2P BA20550 64 steps precise control oss este om can TSSOP24 2 08 04 um 2w AUG Front Speaker R L A
11. praes 5 5 ET Et avs als m 5 Prao PC323 STE 2 el P o L gt kawa ha a prag e 5 525 anama suss IM 04 x 18 22 TO M M Y 4 R170 5 202 11 Him PC104 2200 50 04 2 PU29 1 8 34 z L 4 mas Lane E 27 27 PRoro auk Ne MP 22 45 t IM VFB GND 2 9 ls 818 202 12 03 a1uak086 Gary Po sacos 513 213 Jk B 40 DDR 1 35V 0 75VS PCH 1 5V past 24 GPIO24 414243 434445 111230 VDDO 4142 62 33V 1142 VIT MEM CV 40mi CN PJ23 CV 40mil Schematic Diagrams VDD3 VDD5 VREF 9 Poss tu 10 YSV 06 PR114 PC93 120 19 124K_1 1000p 50V XR 04 100p 50V 04 VREG3 3 8 d gt 2 b gp gt D 80 VIN 7 24 9 PC176 175
12. port ERES 3023 19 see PR EH ws R in port H ALC892 HCB1005KF 121T20 S 18 NN S ELM 10V OB R295 76 196 04 fal 9 mrt 29 JD_SENSES port GOT R VST Of YY SEL 2 HCB1005KF t21T20 3 ac sve a Ap 1 e mm Slow ANALOG cosi 04 m C383 YOR 06 21 18 Woz IDE R NT MC INT MIC 3 D R266 1K 04 A 384 470 63 X5R 06 moz port F 367 10V 08 BluRay content 220 6 3 08 18 40 R242 1 04 lt a J protection g ES R243 5 1K 1 04 MIC1 L R267 75 04 C385 47u 63V 06 Et desk 22 port Gers c Connect standby power for s ME ESMEER ss 75 04 06 portB 22 C337 1 1005 NPO 0387 638 t6 Ro 76 16 04 TOP cass 471 63 368 05 R270 751 04 VT1818S P2P ALC892 Sikes 8 D 3 HeadPhone MiC1 VREFOL MIC 1 VREFO R HEADPHONE L R597 04 HEADPHONE LC R592 5004 m HEADPHONE C681 220 63V 6R 04 1 UL 1015 Alex E 16 HEADPHONE LC INL 5 HEADPHONE RC HEADPHONE LC 29 OUTR HEADPHONE RC 29 CN is HEADPHONE R 0686 22u 6 R 04 4 NAY PA 5 2 06 Change Pre Amp Gain value to EH 680p 50V 04 680p 50 04
13. ep o R281 10 04 EC VSS 10 10 18V YSV 04 0 04 FOR IT8512CX EX 0 10 04 FOR ITE8512 J ITE8502 J 0 CIR NC3 SHORT neu For ITE IT8587B Reserve LCD BRIGHTNESS 164 04 13 141617 18 19 22 29032 333364144 61 SVS eel 13 19 20 21 23 24 25 26 27 29 38 37 40 41 42 45 46 VDD3 3 59 10 11 12 3 14 16 77 18 19 20 1 22 24 25 26 27 28 29 30 32 33 35 36 37 41 4445 61 62 3395 15 BRIGHTNESS KBC ITE IT8587B B 35 Schematic Diagrams Backlight Keyboard 15V DEFAULT PJ11 SHORT 1 2 KB LEDPWR IN 14 BCIHP0420TB 2R2M LEDPWR SW KB LED PWR end OPEN 2A Sil e DOSA KB_LEDPWR_IN Ls meee 15V KB LEDPWR FREQ 9 x UE 12 06 1 086 Gary J KBLED2 555 Tomi shon FREQ 5 2 R551 D FB KB LED PWR R56 008 LEDPWR EN 3 s FB 200K 19 06 0 kj 1 R53 10 04 SHDN 2 C20 aa R549 55 14 3 1 06 855 KBZONETR 4 10u 6 3 X5R 06 C407 goo 2 4 7u 25V X5R 08 KBZONET G H 15000p 50V X R 0 amp 5110 KBZUNEZ E 1 24x RL R2 1 8 footprint 08 206 E24 C307 P150SM P157SM 9 D05 5 A Add C307 lu_6 3V_X5R_06 Yu 6 3V_XSR_06
14. aF ME CRET DDR3 11 SA 13 5 SB DQ 12 SB 3 M B 11 14 Tg 9 DQ 13 MB SA DQ 15 WS 1 MAOSH 9 SB DQ 14 SB CS R MEE CSI 0540 12 SA DQ 16 m macs DASR D SB 15 SB CS 1 Pa NB LE SA DQ 17 ENS RW com i CSS 10 SB DQ 16 SB CS N 2 SA DOE 0070 9 800 17 SBCSN3 SA DQ 19 DT 8 SB DQ 18 0720 o maron 3 MADOT 10 S8 DQ 19 M B SA DO 21 ODT3 10 SB 20 SB ODT M SA 22 M A 50 9 10 SB DO 21 SB ODT M SA 23 51 9 10 SB 22 SB ODT ME SADO 24 BS2 9 10 S amp 00723 SB Bs 25 SB 00 24 SB BS MB BS 1112 SA DQ 26 SB 25 SB BS 2 M B BS2 11 12 SA DO 27 M SB DQ 26 SA DQ 28 MA SB 27 vss E SA DQ 29 CASI 9 10 SB DQ 28 SERAS SA 30 A 15 0 9 10 SB Do 29 SE WE 11 12 1 58 00 30 SB CAS E SA 0032 58 00 31 SA 33 SB 32 SB MA 0 E SA 00 34 MA 88 00 33 88 00735 SB SBMA DQ 36 88 00735 SB MA SA_DQ 37 SA MA SB 36 SB MA SA DO 38 DO 37 58 88 00 39 SAMA 58 00738 SB MA SA DO 40 SA 98 0039 88 M Bz SA 41 58 DO 40 SB 0 42 S amp Do 41
15. HDA_DOCK_RST GPIO13 a 5 RXNO main HDD 36 2nd HDD sata Saag eSATARXN2 28 SATA eSATATXP2 28 SATA_RXN3 36 WRS 5e TA ODD SATA 8 36 SATA TXP3 36 9 SATA RO SATA DN0 sara pa Lave perce PPE SIR D 800 semen SATA mer SA RAT sara sapa Avro 1 3 SA hes SATA pus esee 0 1 SA RC SATA 2 Fas 2 2 2 28 SATA Dea sor mm sara a 8 I SAM XA SATA SATYA SATA RXN4 PERN1 SATA RXP4 PERP1 SATA TXN4 PETN1 SATA SATA RXNS PERN2 mSATA SATA RXP5 PERP2 p SATA popem Fp nomme SATA TYPSPETP2 mSATARXNS 36 mSATARXP5 36 mSATA mSATATXPS 36 svs j 7 5 1 04 9 20 PCH 1 9 RTC HDA SATA JTAG SYNC s D SYNC R AY5 SATA gp mem sun rco ase SATA LED mol D g MTN7002ZHS3 mola 1011 Alex SATALED ESATA 3036 JTAG BUFABS AT SATA DETO RN i JTAG SATAOGP GPIO21 e E JTAG TMS AU2 BBS BITO 0018 1026 Alex
16. M EDS C222 1 05V VRM Enable hoy Sov NPO High Enable Internal VRs voos Low Enable External VRs i R199 20mils 20mils C284 iu 63V 06 10M 04 pousse C265 QTFM28 3276 K125P20R 85 1 2 50V NPO Pied RTc R543 20K_1 _04 RTO 23 JOPEN3 SRTC RTC Bg 5 ISI W Tsion 6515 E OPEN SRTORSTI 10mils 6 8V 04 2 RTCVCCo 1M 04 350 intRUDER B LEAR 010 B RTC V v 33K 047 P 59 R216 20K 19 04 RTC_RST RTCRST JOPEN1 HDA BITCLK J 1u 63 04 OPEN 10mi tMM Bs BOLK EAR SYNC R ANI RTC CL SYNC ALIO 2 32 SPKR lt HDA SPKR 3233 CT PARSE 000244 RST 32 HDA SDINO HOA SDN 002 soio Flash Descriptor Security Overide a S JOPEN2 Low Disabled Default PDACSOH 5 ex OPEN 10mi tMM High 1011 AL 22 soi k 2 ME WE r was Puch isa HDA SDOUT A24 R493 910 04 y c SDOUT 800 HDA sbour 32 2 PL aavso 2 dk A R540 04 C22 VDD3 0018 1011 Alex
17. RIC WakeUp 3 3VS 8304 10K 04 GFX CRB DET 3 8VS 8561 A 04 TEST SET UP VDD3 o R238 As 10K 04 ICC Y I CC 39 INTEGRATED Clock Chip Enabl INTERNAL GFX LOW DEFAULT R301 R542 ENB R240 EXTERNAL GFX HIGH 004 HIGH DISABLED DEFAULT 1K 04 13 19 20 21 23 25 26 27 29 34 36 27 40 41 42 45 46 VDD3 2 3 14 15 19 29 20 32 36 37 38 41 42 62 3 3 3 5 9 10 11 12 13 1416 17 18 19 20 21 22 25 26 27 28 29 30 22 33 34 35 36 27 41 44 46 61 62 3 3VS 13 3V3 RUN PCH 6 9 GPIO CPU B 25 Schematic Diagrams PCH 7 9 Power Lynx Point POWER Po ug 1504 08 LPT M EDS 1 058 NS 24 2312 2 5 AA24 5 Sheet 25 of 60 20 um 3 35 ADACBG 810 i5mil shot 06 Thermal Sensor fpin 1q C500 C509 C510 C497 0476 VCCADACBG3 3 024 VCC 025 VCC BB44 7 9 Power 10u 63V 061 1 6 3 04 amp 3V 04 6 3V GR 04 6 39 04 w VCCAPLL FDI 745 mag 1511 short 08 vec m ANSA Q VCC vecio 01 05VS E 4 3 AN35 UE veo VCCIO nm m 08 88 0 133 A 06 0885 10V XR 04 Homo
18. og iK 04 A AUDG AGND AUDG 22K 04 0 10 16V 04 AGND A AXupa AXupa A Kuba A ubG A Audio Board B 47 o c 0 a 1 m Schematic Diagrams Sheet 47 of 60 P150 151 ODD Board B 48 P150 151 ODD Board P150 151 ODD Board Y Qi SATA HODD1 1 OSATA TXPO 3 OSATA EODD 5 DAF OSATA_RXNO T TT FT ODDt Lm 9 0 81 a 52 OC4 10 010 16 X7R 04 OSATA OC5 0 01u 16V 04 calis 55 11 0 6 10 010 16 X7R 04 RXNO OGND OGND S6 0 010 16V 04 OSATA er OGND P1 EODD_EDTECT Pt 9 5 5 0 5 8 EODD DA amp P5 OC1 FP gt AT13035BAA089 205502 2 990326 0 16V 04 10V 08 0 01u 16V X7R 04 P 5 0 OGND 1 OGND OH2 OH4 OHS H8 002 8 H8 002 8 H6 5D2 5 H3 5D1 8 H3 5018 OGND ONLY P150 151 Click Board
19. 51526 161 28 30 32 33 34 41 43 0 08 04 12 18 15 en psv esr F t 21414123 16V 2 IE 2 16 12 12 1 sv TON 4 v1 05 2 1 05V LAN M PRES vour 1 9 22 04 Pros 10009 50V Df 04 PEL omm 2 10 GK 1 08 voc tor mir Posi 3 9 LLL for mar 8 Pcss baa Petes 4 8 4 ba 5 22 Sheet 42 of 60 4 E 6 06 d5e22 061 3 1 05 5 99 5 22 4 ower 1 awo GsscomaiU 2 418 9 21 1 08 PWRGD C 29 LAN PWRGD 4 2K 1 1 Pos 15p 50V NPD 04 3 o E 9 e 9 e 3 1 05vM PR95 100K_1 04 1 05VM x igi Power Plane 1M 04 1 05 5 VIT EN1 PO66B 184 L MINN20N0308 tovs ke 1 05V LAN M 1011 Alex ss 5 1 05VS n PJ28 OPEN 2A Alex p 2 Alex NMOS 7A sysisv 8 2 002 1115 Alex 1 gt 1 05vs PWRGD 21 Power Plane 33V 2 314 15 19 29 20 32 26 37 39 41 62 5V 13 28 29 32 38 39 41 43 1 08VM 2526 105VS 3 6 25 26 30 44 62 1 05V LAN M 25 26 VDD3 13 19 20 21 23 24 25 26 27 29 34 36 37 40 41 45 46 13 14 39 40 41 43 4446 VD
20. E MTNN20N0308 SYS15V vDD3 3 3 6 8 4 2 tres 7 R224 I ixl xl T K 164 04 04 47 04 PQ28B 10u 10V Y5W 08 6316 T a 470p 50V 04 5 MTNN20NO 027 Paes 2200p 50 7 OF ket MTN7002ZHS3 oca eu stp m 5 9 0 1u 16V Y5V 04 9 PR198 Es L tk enam 4 ON 10K 04 DSPA 42 20 33M pass 13 14 39 40 42 43 44 45 VIN 2021 SP A 8 Vccbba 34 59 0 1 123539 VDDQ 2 16V 04 16 1921232526 273639 15 6 125404262 SYSISV 2840 VDDS 13 19 20 21 23 24 25 26 27 29 34 36 37 40 42 45 46 VDD3 13 28 29 32 38 39 42 43 13 14 16 17 18 19 22 29 30 32 33 35 36 44 61 5VS 2 3 14 15 19 29 30 32 36 37 39 42 62 3 3V 3 5 9 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 30 32 33 34 35 36 37 44 46 61 62 3 3VS B 42 5VS 3 3VS 1 5VS Schematic Diagrams ower 1 05VS For CV test pes PR99 820K 196 06 0 PRES E 1 05V LAN Fa Porsa Peona 2141 PM SLP LANE pus 8 1 15 2 QPEN tihm m Po 44 5 8 PRE
21. oa 2 vai pom Doza MTN7O02ZHS3 sans m vat mas pon vase mas spam est 4 m 5 minero n n mu 2150 1 1 Em y LCS 2 00 E F STE 1 ET Ur sas PETTE 8 177 5 zd e o sie ele 11 F 818 ESSERE iioc wasstna ter exscmed 8 1 rer um Tema Hmmm s s oe D Km Yg dp A sic ma matty 4 M poze Mead 7 u 9 9 CHARGER EI E Sheet 44 of 60 SUCHE pase 4 mem PUMA ers yore cun x Bima P7 AC In Charger 1 5 rnm so E MEM BTJ 07APOG SD001 3 Lom E 3 3 6 21 D3420 107 M PLZ moster contour 9 A sv B E N 5 3 2 P170SM P157SM P177SM fad 3 P 2 BTJ 07DTOB 100803 E 1318 moas 6 21 D3G00 107 t HERE c E I NE sich Battery Volta
22. DPNSP 3 135MHz zs VSS VSS 50 OLK CIK PCIE TET as CLKOUT PCIE N 4 CLK PCIE PCIECLKRO2 52 10K 04 RYO VSS VSS CLK PCIE CLKOUT PCIE P 4 CERIN DMI CR POEH PR RYTS VSS VSS Hag 60 PCIECLKRO4 POIECLKRO44 GPIO26 chock SIGNAL cikin P Tags yzg VSS VSS AES AR24 BUF CPYCLK SIUE 4 T2 vss vss Hse PCIE 5 GUQN GND VSS vss PCIECLKROS CLKOUT PCIE P 5 CLKIN_GND_P m vss vss 0 PCIECLKROS GPIO44 H33 DOT96 X1 change to 5032 footprint vss vss AB40 DOT9SN CR BUF DOTE PR BTS VSS St PCIE GLANA PCIE ABSU CLKOUT PCIE 6 SERINE Stanley 5 21 vss 37 CLK PCIE GLAN a RE CLKOUT PCIE P 6 CKSSCD 37 LAN_CLKREQH POIECLKRO6 GPIO45 TIRIN Hete CIK EUF CKSC r 10 11 CLKIN SATA ss Gary 10 17 Fix X tal accurac CLKOUT PCIE P 7 33MHZLOOPBACK m Cory di M EDS ICH GPIO46 XTAL25 IN D ICH GPlO46 amp PCIECLKRO7 GPIO46 XTAL25_IN Apa XTAE2S OUT A 16 B19 AH43
23. Q PR367 TO VCORE 5 54 9K 1 04 F 1 HOT SPOT 4 m PR366 6 98K si 202 1116 0047 10V 04 Derav Po pom ozs alee 9 Pm bow bes Pow G CENE Poso Pasa PR350 0 018 50V X7R 04 im MDU1516 NDUI516 z z 8 A Sheet 43 of 60 49 9 196 04 PC148 ULTRASO 62 _ULTRASOL z 00 25V jl PC322 10 50 NPO 04 gt 28 7K_1 _08 o i i ee dual 470p 50 04 SAP SW PC3190 22u 109 8 04 p Power V Core 1 Xoz dh i x 1K 04 PRASZ PR352 0 04 gt 8 2 5 2d 2 Q 04 2 L 163 04 o vconE PR351 TK 04 7 VCORE VSS SENSE gt 4 2 317 PQ33 11 IT MDUI512 MDU1512 1000p 50 XR 04 ULTRASO LTRASQ UD ed 87 0 22u 10 04 Bird 6 VCCIO_OUT o lt 10 04 9 x PR103 15 06 vcore p 5 Gary 10 17 VIN Porgy pcato X L posis z bow 6 CPU io i o dp Mri eon PR355 ohm FSW Hz 8
24. SSPILSCLK R330 004 SPI SCLK AJ11 1 SPI AF10 CL SSPI_CSO 004 5 0504 AJ CL DATA 0 SPI_CSO ou ety lt AU p _ SSPLCS1 6865 004 SPI_CSI secnm 8755 2 2K 04 SPI CS2 AJ10 3 3VNb RE SPI 0924 2 BAS 8 R328 004 SPISI z pM SPI MOSI 8045 Tre 60 R332 004 SPLSO Thermal SPLMISO BE43 640 33 04 SPLIO2 8866 33 04 1 102 BE44 30 RB41 3804 9 103 ep TD IREF IL SSP HOLDED 8887 VV S3 04 TD IREF 11 For ITE IT8587B Test M HE R327 004 SPI 34 HSPISCLK 34 HSPI_CE R560 9 04 ME ROM 2MB SHORT TC Wake UP SPI 1 5 6 5 for Multiple BIOS RO 3 3V SPI RTC Wake UP 5 SHORT SPI 1 5 6 5 si C256 8622 1 0455 WP 0 3 10V X5R 04 wee CE sck 8329 3 3 1 0458 1 7 4 HOLD VSS ae 1009 Alex 3 5 9 10 11 12 13 14 16 17 18 19 21 22 24 25 26 27 28 29 30 32 33 34 35 36 37 41 44 46 61 62 3 3VS 4 3 3vM 13 19 21 23 24 25 26 27 29 34 36 37 40 41 42 45 46 VDD3 2 3 14 15 19 29 30 32 36 37
25. SUS STATH 46 PM DRAM PWRGD H3 Y6 SUS CK 3 PM DRAM PWRGD lt lt DRAMPWROK SUSCLK GPIO62 e RSMRSTI 2 55 lt b RSMRST RSMRST SLP_S5 GPIO63 SUS PWR susc osos gero SUS ACK SUSWARN SUSPWRNACKIGPIO30 say pS susos Ht PWR PWRBTN sip sap ptt 30588 SUSBK 16 28 30 32 33 34 41 42 43 SUS PUR ACK SGS 10K 04 AC PRESENT E6 F3 Af for AMT CK 4 2 23 34 60 AC_PRESEN ACPRESENT GPIO3t p gt 208 EEO LOK Dt dp PM_BATLOW K7 F1 SLP_SUS PM_BATLOW 1d BanowsrGPIO72 sus b g swis Ava H PM SYNC AC PRESENT 34 swe nu PMSYNGH 0259 5 PM SYNC ABIO G5 m e PCH TP21 sp Lany 2 5 pM sip LAN 41 42 Su PCH_SLP_WLAN 02 LAN SLP WLAN GPIO29 40F 1 0014 1026 Alex PCIE WAREF VDD3 VDD3 9 9 42 1 05V LAN PWRGD gt 42 1 05 5 PWRG N 0018 1011 Alex 4 ngpSUSBH gt 8 1 B 22 PCH3 9 DMI FDI PWRGD VDD3J 14 U73A 4 39 DDR1 sV_PWRGD D gt _3 V1 05M_POERGO_AND z 5 04 PM MPWROK 1011 Alex u73B T LvcoBPW C754 13 19 20 23 24 25 26 27 29 34 36 37 40 41 42 45 46 VDD3 058 vrr suspzenfse 8 10 11 12 13 14 16 17 18 19 20 22 24 25 26
26. AWSU AKS t PRDY 2 R404 100 04 44 PROCHOT 3 S J THENTRIPT RET Wn shon T FR mweo PROCHOT 4 lt TE oia 1005 Alex anag XP 6 H PM SYNC 6139 10mil short H PM SYNC R AT28 TRST 21 H PM SYNC PM LPM SYNG PM SYNC g Pee CPUPWRGD R Ts FCCPUPWEGDRTM Tmi short 2 Bur 057 DER R iK 04 SM DRAMPWROK 2 DBR 24 PCH PLTRST CPU PLTRSTIN AR30 N FANST god BUF GPULRSTE N ana DDR3 Compensation Signals REE CLIN BPM N 2 Lapar oe 4 27 CUCOPNS DPI REF CIP BPMN 3 550 REF CLKN 9 N 4 sm o S DM Rer OLEN BPMN 4 SM RCOMP 0 100 1 04 eS Era BPMN apas IDP 9 SM_RCOMP 1 seu 80 12 51 wena 2089 SM RCOMP 2 Rasa 100 1 04 5 Sheet 3 of 60 e ee 3 SC CLOCK TERMINATION STUFF C123 iu 63 04 NLY WHEN SSC CLOCK NOT USED Processor Pullups Pull downs Processor 2 7 our cur 9 202 216 Alex Q 10K 04 550 DPLL REF CLKP HPROCHOTH 204 1018 10k 04 SSC REF CLKN HCPUPWRGD 10K 1 04 1008 Alex tev YSV 04 Teck WIDTH lt
27. HS 4 30 FUNCTION LED BOAR CLICK BOARD MYLAR PET 150 A 4 Top without Fingerprint P150SM Part Lists Top with Fingerprint P151SM1 Figure A 3 Top with Fingerprint P151SM1 PART NAME REMARK TOP CENTER COVER MODULE CHANGE SCREW M2 3L BZ ICT NY WINS K B USA CBLACKY amp FRAME US MODULE P151S TOP PROTECT FILM 5 715 PRE PROCI CASE W FIN INDICATORY LED BOARD V W K NI ICT NY 00 94 SPKACABLE FRONT RIL 5120 152 20W 41 EEN SCREW MPx5 L N ICT NY FOR SPEAKEI TFC CARLE FOR MB LED_L BOARD SPIN PIS0HM HS TOUCH PAD SYNAPTICS 19 01 03 MULTI FFC CABLE FOR CLICK TO MB 213 6PIN gt U FFC CABLE FOR TP TO CLICK FUNCTION LED BOARD Top with Fingerprint P151SM1 A 5 Part Lists Top without Fingerprint P151SM1 Figure A 4 Top without Fingerprint P151SM1 o s W lt ITEM DART NAME 1 TP CENTER COVER MODULE CHANGE P SIHYL a KI BZ ICT NY 3 FRAI 4 ITECT FILM SH 5 OP CASE W O FINGE LED BOARD V1 0 1505 1 7 MPs3L KI NL ICT NY 0000 8 FRONT 5820 152 20V 41 HDD 9
28. Removing the Hard Disk from the Secondary HDD Bay 2 13 Disassembly Figure 10 Removing the Primary System Memory RAM RAM Module 1 Removal The computer has four memory sockets for 204 pin Small Outline Dual In line SO DIMM DDR III DDR3 type memory modules The total memory size is automatically detected by the POST routine once you turn on your computer a Remove the screws id Note that four SO DIMMs are only supported by Quad Core CPUs Dual Core CPUs support two SO DIMMs and case indicators mum are aligned Two primary memory sockets are located under component bay cover the bottom case cover and two secondary memory sockets are located under the keyboard not user upgradable If you are installing only two RAM modules then they should be installed in the primary memory sockets under the component bay cover Note that the RAM located under the keyboard is not user upgradable Contact your service center for more information if you wish to upgrade the memory in the secondary memory sockets Memory Upgrade Process 1 Turn off the computer and turn it over remove the battery page 2 5 2 Remove screws 3 Slide the bottom cover until the cover and case indicators are aligned Figure 10a gt o o N 4Screws 2 14 Removing the Primary System Memory RAM Disassembly 4 Lift the component bay cover 6 off the computer case T
29. 4 zx 25 5 8 AUSB ALT 6 FPO 1 2 O WCV2012F28 16TT03 Short 418 8 E Audio Board AGND ALINE SENSE AJ AUDIO JACK ALS ALINE R FCMIO05KF 121T03 Tl zt ALS 5 A USBVCC ALINESL ECMIOOSKF 121T03 Ad AUDIO ia AJD SENSEA 25 7351 018 12 5 AMICT R 3 4 AUNET AC 10 A_AUDG 5 8 SENSEB 100p 50V o4 100p 50V NPO 04 SIDER AJ SPDIF1 0 3 10 ASIDE 1 28 12 Ro ASIDE ALB HOB1608KF 121725 o 0 Xina c ALT 1608 121725 39 HP PLUG 8 ASIDE SENSE 10 5 REX 7 18 058 PNO hon acis 8107 2000 Wie 680p_50V_X7H_04 A E 580p 50V 04 ASPDIFO ALIO 1608 121725 AGND AGND TOJOUTSSTR2 2 H4 PAGT J 3 16 04 ND AMIC SENSE close to Codec AL 10K 1 04 ALINE SENSE 5 AJD SENSEA 0 1 04 AMIC SENSE x 39 2K 1 AAP SENSE AMICI R HOB1608KF 121T25 I SENSEB 1 04 ASIDE SENSE D MIC IN AMIC1 L ALT 1608 121 25 S A acs STET 100p sov sov NPO 547 AUDG A AUDG A AUDG AHP SENSE D02 12 03 6 sValue Gary PLUG HB 002 0028 AHEADPHONE R 0 1005 121103 AHEADPHONE L FQMIOOSKF 121T03 ACS ACA ARG 2 ARI 100p 50 5
30. TOP CENTER COVER MODULE 5 KI BZ ICT NY DD 045 KEYBOARD MYLAR TOP PROTECT FILM SH7IS PRE PROCESSITEP CASE W FINGER LED L FOR BACHLIGHT eu SCREW 231 K NI ICT NY D CABLE FRONT RAL 5820 152 ZOV 4 215 ICT NY FOR TOUCH PAD SYNAPTICS TM 01146 003 MULTI FFC CABLE FOP CLICK TO VB PIN FFC CABLE FOR TP TQ CLICK BOARD GPIN PISOHY TOP TOUCH PAD MYLAR PET 150 TF CABLE FOR MB TO BOBRI 6PIN PISCHY HS FUNCTION LED BOARD R v3 CLICK BOARD MYLAR PET Top with Fingerprint P150SM A 3 gt U mp Part Lists Top without Fingerprint P150SM Figure A 2 Top without Fingerprint P150SM REMARK PART NAME TOP CENTER COVER MODULE PISOEM 6 3L K BZ ICT NY d o s W lt FILM SH CASE W O FIN VESTRI LEU FOR KT N LE FRONT RAL 587 SCREW MPw62L NI ICT NY FOR FFC CABLE ME TO LED 1 HD TOUCH PAD SN CLICK BD SCREW M Tor FFC CABLE FIR ME TO LED E
31. UIM PWR 5 mSATA RXP4 M 7 UIM DATA 5 mEATA TXNA M C M mSATA 1 5VS CLKREQ CLK 0 1u 16V 04 7 mSATA TXPA M 9 REFCLK UIM RESET 9 mSATA DERM REFCLK VPP X 5 GNDO 4 G 3 1 om mSATA EE Mca MGND som s avs 0 1u_16V_Y5V_04 21 18 BE avs ps GND3 GND7 Sheet 59 of 60 mSATA 35 01 16V 04 23 GND GND10 mSATA Board sev gn 06 1 sema TSV SOR W_DISABLE zz X 0 01u 16V X7R 04 PERNO PERSET 30 X 0 SMB 4 17 SMB DATA Reserv edo USB D Reservedi USB p X 100 104 Y5V 08 GND12 24 m HH evo M mSATA 3 3V 3 3VAUX 3 3 3VAUX 1 mil SVAUX A 15 1 ee mSATA 1 5 8 45 GND13 1 5V_2 Es sn Reserved2 3 3VAUX 2 M mSATA 3 3V Reserved3 LED lt 0 1u 16 Y5V 04 Ou 10 Y5V 08 Beer LED WLANE in T Reserv 645 LED WPAN lt b MGND MGND 88908 5204 01 1 10V Y5V 08 16 Y5V 04 mSATA DET M 0 04 de M 3 3VS 2 9 MGND 9 mSATA REDRIVER 5 5 MR 0 04 MR4 ary Note 47K 04 mSATA M MC13 0 01 16 7 04 1 15 mSATA TXP4 mSATA TXN4 M MCi4 0 01 16V X R 0
32. UU QUI E 2 oP TION AE 22111211 a TAN O AT AH TAPE MYLAR LAR M550 JI GN CEN SN 000 FRINGE BOARD js Es FOR Figure A 6 suE GTx FLY Bottom N ICT W FOR VGA CRD N14E GTX EE 1 20 0 PISOSM CAE RE DAT D SF PETR LED BOARD V2 0 1505 SUPER MULTI SATA RLL RAY COVED ASS Y CPTI o W 258 lt SUPER MOLT 4557 FTIV ER 2557 OPTION PRODUCT LABEL FOR 1505 6 PRODUCT LABEL FOR P HDD 70 HOD Y HDD 2507 VD HDD HDD COVER MODULE CPU COVER MODULE P IEEE TED Em MAI KEV HINGE COVER TOP GE COVER LCS SAT DI TI FS HINGE COVER L PC ABS BOTTOM CASE MODULE Pi5CSM SV 14 OE ETT 11221 E OPTION TION te mal NO TIO NT VE CAILE FOR ENI SEE MKD CU DEAE FOR 8 Bottom N14E GTX Part Lists LCD Figure A 7 LCD PART NAME PART ND REMARK FRONT COVER PROTECTION HILAR PETES 1 8 010 CI HINGE
33. 1 TMDS DATAO 13 WCM2012F2S 161T03 TMDS DATAI R 3 4 TMDS SHIELDI Lio WCM2012F2S 161T03 4 5 5 3 TMDS_DATA2 3 4 TMDS_DATA2 R TMDS DATA2 SHIELD2 1 2 1 R502 0 04 ka Gawa TMDS DATA2 R p Sm Sheet 18 of 60 2 R437 0 04 ee 1 3555 116G 1A001 218 o 02 PIN GND1 4 GND C276 MTN7002ZHS3 SSSS 0 10 16V YSV 4 5 D C PD fad 205 e HDMI 9 6 21 14 40 019 22 9 028 O 1u 10V 04 39 22 TMDS DATA2 R 5 38 IN Dis OUT Di z3 TNDS DATADR R 5 CO cer XR 04 101 OUT 028 10V 04 42 18 TMDS DATAI R 5 HDMI C1 3T IN_D2 OUT D2 20 TMDS DATATIH ERR EE ar OUT Bae o 030 10V XR O4 45 16 DATAO R 202 1116 Alex 5VS HDMI 5 cf 5 esr Oa 84 03 QUT 58 17 TWDS DATAUI H 9 5 IN D3 OUT D3 C32 10V 04 48 13 TMDS CLOCK R 5 IN_D4 OUT D4 TMDS CLOCKEH ik 5 C33 10 XR 4 97 OUT D4 R18 D04 22 SC sc SCL SINK 52 1 5K_04 1 5K_04 R18 R43 change to 1 5K D05 22 SD SDA SDA SINK For TI1442 7 30 T 4 22
34. CHA SAO 10 0057 0055 4 10 005 7 01 lt gt pase Dosos 0987 basis pase 19 DOS2 0069 passe 060 passe bass 0962 DOS6 bass past CLOSE TO SO DIMM ERIS Tas VDDQo MNREF DIMMA CA DIMMA R 10 R602 Gary D03 ow 6A0s60103 1 56A x4 6 24 A vona oes lee Les s 23V 6 66642 15 6 66642 rou 98 6 39 08 6 3 5 os 220u 6 36 2742 hou 6 av 35m 6 3v 258 06 R Tu 04 3 5 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 20 32 33 94 35 6 37 41 4 46 61 62 3 3VS vona 3 4 6 10 11 12 30 39 VDDQ a VIT 10 11 1239 VIT MEM 135 126 mas C52 C560 C561 C554 C555 10V 06 04 10V 04 5H 04 59 04 10V 04 10V 15 04 10V 04 10V 04 06 63V 5 B 10 DDRIII CHA SO DIMM 0 6 9 04 6 3 04 Joa 10 6 3V_ 5R 04 Schematic Diagrams DDRIII CHA SO DIMM 1 Channel A SO DIMM 1 RAM3 48 MA A15 gt lt 00163 0 49 JDIMMIB Dao 001 A2 002 003 s 004 75 5 DOS voo1 vssie 006 VDD2 vssi7 007 VDD3 vssia 008 004 5819 o 009 005 8820 Mone 000 4008
35. Lows Sp 0 Sr controlled between 1m5 and 10086 ESOT CH28 092 H D second 72740123113 can 18V 04 Y5V 04 VODs 13192021 24 2425 2627 2924 26 40 41 42 45 46 23V 2 3 14 15 19 29 30 32 36 39 41 42 62 32 8 3 59 10 11 12 13 14 16 17 8 i9 20 21 22 24 25 26 27 28 29 30 32 33 34 35 36 41 44 46 61 62 B 38 Card Reader RTL8411 Schematic Diagrams USB 3 0 USB3 0 PORT2 D05 DEL L82 C237 220 6 3V 6 3 6 3 4 2 USBVCC3 0 2 lt gt 3 0883 2 CLOSE TO CONNECTOR 2 USB3 DP2 lt C268 O jg X7R 04 22804 23 USB3 2 Liv 04 22805 23 USB 1 23 USB PP1 23 1883 RXP2 GND1 SSTX KGHIELD T 5 50 GND2 SSRX I 34 45 317 09 275494 212 Sheet 38 of 60 D05A USB 3 0 Add R134 R135 Del L29 R134 R135 HWO 04 USBVCC3 0 2 o 100 MIL FLG 7 VOUT2 8198 ESI 8 TT T 16V YSV 04 16V 5 04 28 29 39 41 DD_ON EN GND 1 1 3 o E 9 e g 9 e 3 D05 SYG288DCAC C262 R131 change to short 104 10 Y5V 08 2A 90mohm 51 5 Stanley 13 28 29 32 39 41 42
36. VDDA 15 15 PLVDD CORE R892 R893 imi short 169 1005 12112 VDDA 15 short 08 5mil short 533 caso 33 5 16V xs 3 3 5 Ir EB ats S S i 00 9 els 1K 04 a 8 SEE 55 z 8 8 bt oo0000 NARAZ 88 LKON 4 sees BARAR 3 8 ET FEES COE 33 8 9 aooaa lt lt lt lt lt L E A 2855 888888 385 9 88888 8 888888 45 E RSVD 8888 555555 95555 5 222222 808 88 g 288 8 Sheet 16 of 60 RSVD 888 85 m g RSVD 33 lt d RSVD 258 1 ass x E 1394 2221 RSVb RSVD R834_ A A10K 04 1 tet TPAC P TREO o TPBO TPBIASO Do e bi 4 D2 03 Ress 4 Ress R887 RUE 550 ba 081 06 Poo 07 fA ce cno 2 8 eu pa esi te no Ri al 822 CNA BMODE Ce re SM cuneos HE MCIRE Y ggacukrai 27 4 SE PME CYCLEOUT 83 0 esd Po EI 27 GLK 1284 REFCLK VREG sr PHY RESETE 23 PCIE DN2 1394 23 OE Ded LS PP 7
37. x 5 2 5 14V 47 25V 08 4 7u 25V 258 08 cc heet 40 of 60 VDD3 Svssv pore pores VDD5 Shee gt Poss 10A DViS2eURH 8 9 22 MDV1520 j 1 50 06 4 7u 25V 08 4 7u 25 15 08 7 zoor VDD3 VDD5 8A uP6182 unc SYsav PLIO vas USATE ES 27 BCIHPO730 4R7M 9 2 1 2 1 20 1 2 PHASE2 PHASE fal Anm for 9 Smm T MDV1g26URH 12 19 PR121 e Lat 8 LGATE Bc PR123 PCS oo 8 x 4 30K 1 06 PC177 2 E 8 1 RE u 565 5 3 5 5 g s s h s 23 2 PR91 gt EN PR122 bi V 16V 04 3 i 8 Pass PR96 gt 680 1 04 187K 1 06 c E 8 990125 2 3 Q BER PRs 004 A z PR83 04 3 EX esvssv A A 70 04 T 2 2 8 0 01u 16V 04 gt VREGS PC76 PC78 TP 2200 50V 04 25V 08 1 63 06 80 poza 5 2 p 0 01u 16V X7R 04 CIA 78 2200 50V X7R 04 PR119 004 EN VREG5 waspa e SE AL AA 004 EN 2 8 Power on VDD3 VDD5 PWM VDD 53 POPMA 5 MTDN7002ZHS6R z
38. 30 36 LED SCROLL PWM2 GPA2 PU PD JID7 GPG1 484 BAT AC BAT VOLT C403 10 6 3V X5R 04 LOW ACTIVE lt 30 36 LED V PWMa GPA3 PU 3 983 gary Der A 3036 LED Hr PWWGPA4 PU ET load code Bavoon LED BAT CHG PWM5 GPA5 PU PD EGAD GPEt 50584 16 21 28 30 92 33 41 42 43 HIGH ACTIVE 35 KB LED ENZ PWMe GPAB PU EGCS GPE2 DGPU_RST 13 30 LED PWR PWMT GPA7 JEGCLK GPE3 80808 213039 PS 2 WAKE UP 35 TOTAL CUR 8497 100 04 C480 6 3 04 PS2CLKO GPFO PU PD WUISIGPES Hr mem PS2DATO GPF 1 PU PD LPCPD WUI6 GPE6 KEC_RST 24 PS2CLK1 GPF2 PU 13 VGA THRO PS DATI GPE3 PU E TP cK PS2CLK2 GPE4 PU PD TACHO GPDG CPU FANSEN 30 P PS2DAT2 GPF5 PU PD 7 VGA FANSEN 30 120 WAKE UP IMRI0 WUI2 GPC4 8294 0 PWROK 21 18 41 2 RI18 WUI0 GPD0 PU CRX GPCO 1 2 14 29 36 LID_SW RI2 WUI1 GPD1 PU 2 D02A DEL U39 NC4 C734 R499 R504 C159 R285 R286 R287 R288 33 GP INTERRUPT LPC WAKE UP 19 21 PWR GiINT GPDS PU PD LBOHLATIGPEO gt s 21 dry nts 4046 UART RING PWRFAIL LPCRSTH GPB7 1 18 45 RXD GPBO PU crock 9929999 CK32KE 2222222 2
39. HEDHGAPE NUME Hi LBL_H2 H6 0D2 3 H6 0D2 3 sY Woup ISSUE 0 04 LBLGND LBLGND 2LBLA n 04 3LBLR 20 04 B 58 P150 LED Board Schematic Diagrams P150 LED Board R LBR_3 3VS LED SATA Gary 003 056 1 PERAWAN SATRBEAMER ADD LED for AIRPLANE LED dGPU dGPU PWR LBR_3 3VS o LBR_3 3VS o D02 1119 Alex 3 3 5 00 o py HDD CD ROM Sheet 58 of 60 5 LED gage pa P150 LED Board R E Gary 10 18 9 220 04 03 LBR_D1 RY SP172DNB74 5A LBRLR2 T RY SP172DNB74 5A 220 1 04 d Gary 10 18 220 04 g WLAN AIRPLANE SATA LED4 2 LBR dGPU PWR D01A 1018 Alex Y24 s 2 BT_LED NWindows 8 ivi pull hi 10K to 3 3V LBRH1 LBRH2 002 3 002 3 LBRGND LBRGND P150 LED Board R B 59 Schematic Diagrams mSATA Board M mSATA 9 99 mS ATA M mSATA 3 3V MSATA q M mSATA2 40 mil X WAKE 3 3VAUX g VU mSATA 3 3 1 54 0 g OM mSATA 1 548 m XN4 M x
40. HPD 22 L BRIGHTNESS 5 giiia E PWNO 8 1 3 5 VDDIOX amp DDC SDA LVDS DDC DAT 14 2404 8 VDDIOX 45 29 sc E S 1 LVDS 6 14 dp BRIGHTNESS 5 IM 2 Z ONDA 57 Q 925 55 5 EC BRIGHTNESS 31157 Ed 55 R121 3 2 2228022299028 100 04 5 559022285086 R97 IK 04 5 14 iGP eDP PS_HPO BREESE Rus 9 100K 04 5 4 1016 3 MM Nee alg i Power On Configuration m R13 LVDS output swing control 8 4 Initial Code EEPROM 1008 216 5 4 9K for default swing change the value for swing adjust x 3 3 8 2 ae m RIS 04 RI76 4 7 04 2 8 x ES CFG 8 1 004 Eo Ei lt lt RLV LVDS color depth and data mapping selection internal pull down 80K 5 3 THERM SSX 15130 27 1 8 bit LVDS VESA mapping E Ries Vor M 8 bit LVDS JEIDA mapping 4 2 1 M24C02 N24C16 H 6 bit LVDS both VESA and JEIDA mapping EET CHE I2C Address RLV_LNK GPIOO Suggest minimum 2Kbit RLV LNK LVDS single link dual link selection internal pull down 80K L Single link LVDS H Dual link LVDS RUB 47 04 ENPVCC VDDIO 190 ADDR 120 Slave address selection internal pull down 80K L 0x1
41. NOUIS T Ts basic 322 2 2 2 ums 2 18 sisi 121212 5 18 amp 49 9K 325K WOW OW 4 8 2 2 z ww ws ou a o 8 5 5 8 08 OEC A 51513512 34 8K 450K 8 5 2 s E z ie 2 CO c lt VNo 55 303 4 2 VCORE Pct peur Larrea s LG3PO39 poss XR PR32 20 MDU1512 MDUISI2 id 5 g 1 MOU 1516 gt gt pis 2 06 0 22u 10V ulmnAso_ 222 eus cens 4185 8 g PUER M 5 5 PRI06 15 06 SIRE Vm gt gt SWN3 81103 Nd NCORE vcore DRON paa 5 lI en Ses pes 4 5 5 A 102 G 1000 50 7 04 625 PAD p PD23 5 22u 639 FMs822 n 06 SVS 12 14 16 17 18 19 22 29 30 32 33 35 96 41 61 Schematic Diagrams
42. X20 gag 10mi sho EN GND gt 8 34 gt YG288DCAC p 2 2 08 2 R20 change to short siN MSOpS 8 8 8 From KBC default HI Stanley 9 FOR Audio JACK BOARD P17 amp P15 9 00 USBVCCO1 G seen coo 3 UNER 32 USB 1 gt 5 8 UNEL 32 2 rey ee 5 Wer EX JD SENSES 32 x m i i 32 HEADPHONE RO O were Spel 32 20041 5 USB 2 0 CCD 1 bed 5 58 30 33 SPK 17018 d 50208 00801 001 19 20 98 Mini PCIE LED as fi 3 ADG z 1015 Alex 20mil 23 USB PP9 32 INT MC gt LI sl T co E 32 SPDIFOL_ gt 65 VDD3 13 19 20 21 23 24 25 26 27 34 36 37 40 41 42 45 46 SVS 181448 718 18222 80 MINI CARD WLAN Power PJ17 Short for windows 7 Intel Smart Connect 5 DWE 015 for windows 8 Shark Bay Support WoWLAN function Rapid Start Technology wihs oE awake WLAN 53 and S4 ID SWITCH IC 2 1 maneo sowas POENAE P150SM P157SM gt 120 mil 4 P170SM per I Svon P151SM1 P177SM C329 vinss 5120 mif O85 1 T0637 04 FOR P150EM P151EM1 16
43. cros 2 CFG 14 vss 8 vss CFG4 R84 AK 04 8 9 Note Processor strap CFG 4 should be pulled low to enable Embedded DisplayPort PCIE PORT BIFURCATION STRAPS TESTLO 34 706 49 9 1 04 3 o E 9 e g 9 e 3 11 Default x16 Device 1 functions 1 and 2 disabled TESTLO 826 R707 499 1 10 x8 x8 Device 1 function 1 enabled function 2 disabled cra ncow Am assum CFG 6 5 01 reserved Device 1 function 1 disabled function 2 enabled 00 8 4 4 Device 1 functions 1 and 2 enabled CFG 6 5 11 for x16 Stanley CFG5 R82 04 Reserve this circuit for future compatibility R81 A AK 04 PM_PCH_PWROK gt gt PWROK 21 R709 2K_1 _04 DEFENSIVE PULL DOWN SITE FC G6 CFG7 Default PEG Train immediately following xxRESETB de assertion 0 PEG Wait for BIOS for training i He ok CFG7 R83 04 6 744 VCORE gt Processor 7 7 B 9 Schematic Diagrams DDRIII CHA SO DIMM 0 Channel A SO DIMM O RAMI1 CHANGE TO STANDARD T 100 63 4 10 M A A 15 0 gt 5 lt gt M A 00 63 0 4 10
44. swap override 5 J amp J 1 4 20 AUX PCI_GNT 3 a Py HIGH Default 5 artes 00 MTDN7002ZHS6R MTDN7002ZHS6R 85 6 08 MODE D MIDN7002ZHS6HK 19 0 MODE 61 QI21A 01218 Understand the RED FONT define Se 514 4 aux O Moo abc Eu eet 22 0 E on oi MTDN7002ZHS6R P H 4 RT 45 Mini display port U19E LPT M EDS S mowr INT PIRQE 148 R40 DP TDB CLK w AE BR OR OK Display PCI R39 DP TDB DAT hd fal mba Sen 2 VSA DDR CTRLDATA P MPC OFF 0 DEFAULT VGA RED DDPC_CTRLCLK 18 R36 MPC ON 1 8 DDPC_CTRLDATA lt gt HDMI_SDA 18 MAS Nao VGA DDC DATA 8 DDPD CTRLCLK TD DP B CLK 17 k s s N38 A VGA HSYNC DDPD CTRLDATA 0 B pata 17 8297 22K 04 o N44 X VGA_VSYNG H45 DP R at 04 5 U40 OPAL P D 5 Aux HPD VGA IRTN 8 J42 Lu DDPD AUXN pompe Rm ar gt gt DP_B_AUX 17 MTN7002ZHS3 R928 L BRIGHTNESS R AU 15 LBRIGHTNESS __ BRIGHTNESS RNS EDP _BKLTCTL DDPB 25 25 128 894 00 ln 04 K36 3 Kas 14 BLON 6 BKLTEN 8 DDPC AUXP G36 E 14 NB ENAVDD EDP VDDEN DDPD AUXP gt gt DP B AUX 17 svs 3 INT
45. w An pan 007 vssz2 A12 BO 0012 Save VDD8 VSS23 A13 0013 VDD9 vsse4 A14 0014 20mils VDD10 vss25 4 15 0015 1 VDD11 vss26 0016 VDD12 VSS27 49 850 BAO 0017 oos VDD13 VSS28 Sheet 1 0 of 60 49 MABSI BAI 0018 04 T 16 04 0014 vssz9 g 49 MABS2 BA2 0019 u VDD15 VSS30 4 504 0020 VDD16 vssat 4 MA CSHB Si 0021 VDDI7 vssa2 2 MAG 0022 VDD18 VSs33 4 MAT Cko 0023 199 vssa4 4 MAG DQ24 VODSPD 48535 M M 1 Y 0025 7 5836 4 M 0026 NC1 VSS37 fal 4 1 0027 Sas NC2 VSS38 49 MA CAS 0028 X NCTEST vss39 49 Mj RAS 0029 198 vss4o E 49 MA WE 9 11 12 TS DIMVO 1 EVENT 6541 9 CHA SAO SAD DQ31 3911712 DDR3 DRAMRSTE RESET 8542 TT 5 ms S S d 91 1220 SM SDA Bast Ren 249 12 08 tev 04 vrer Do 8546 9 0035 4 9 MVREF DIMMA gt VSS46 Oo 4 0035 vss47 4 M pos 9 WREF_CA DIMMA I cs 3 ciii pose il FOS 249 1 04C599 04 s SS c DMI 0040 vss3 VSS51 DM2 0041 vss4 VSS52 DMS 0042 555 0043 VSS6 DM5 0044 vss7 DM6 0045 vssa c DM 0046 559 203 49 DOSIZ0 paso 12 0047 vssio vm 3 ER 0050 Dass vssit vm T 0051 0049 vssi2 GND1 T 0052 Daso VSS13 0053 0051 vssi4 G2 0054 pase vssi5 49 00547 01 lt lt
46. 21 41 MTP3403N3 3 8V SPI E DEL R4931 0122 025 C727 C724 Add P31 031 032 C13 8496 1M 04 a32 MTN7002ZHS3 10 c ere PCH M EDS Lynx Point LPC SMBUS SPI C LINK VDD3 1 PCH_BT_EN R525 10K 04 SMB CLK R722 2 2K 04 ME DATA R728 A 2 2K 04 DRAMRST_CNTRL R246 1K_04 SMLO_DATA R756 499 1 04 IMLU R72 499 1 04 GPIO74 R729 10K_04 THERM U PCH BT EN 29 SMB 9 10 11 12 SMB DATA 9 10 11 12 DRAMRST CNTRL 3 4 0 04 lt gt SMC CPU THERM 34 CL 29 CL 29 CL RSTH 29 82K 1 04 U19D SMBALERTHGPION D PCH_BLEN y 30 446 Pc ECAD _A20 RIO LPC C20 SMBCLK 30 34 46 1 ADI 58 071 SMB DATA gt LPC_AD2 A18 LUI SMBDATA bondad 8 DRAMRST CNTRL LPC c18 SMLOALERTW GPIO60 p Ason 30 3446 LPC ADS gt PC_ADS UB LPC FRAME SMLOCLK 30 34 46 1 5E BAMER Plo LERAME R7 0 DATA Board ID 021 021 SMLODATA ten SMLIALERTH PCHHOTWGPIO74 SEM R782 10K_04 Board ID G20 2 33VSo LDRQ1W GPIO23 K6 SMC CPU THERM R SERIRO SMLICLK GPIOSB R783 SERIRQ Ni SMD CPU THERM R752 10K 04 SMLIDATA GPIO7S 04 32v AF11 CL
47. GPIO1 23 PCIE 1394 2 18 04 aot GPIO2 m GPlos 23 PCIE 2 1394 amp 16 YSV 04 C776 Ci Qi PCIE GPIO4 RES ay REFO PCIE GPIO5 15 HIS GPIO6 1 5 PERST SDA 7 60 PLT RST4 b 8 TS ne PLTRST 5 OO00000000000000000000000000000000 DEL U76 R889 R890 8 89920900099020009990000029022002099 yess S 55565556556556555550555550555555650 21 2830 3233 34 41 4243 50888 DO1A 1016 Alex 04 Gary 1 7 3 3VS 12A 0D 3 8 3 5 9 10 11 12 19 14 17 10 19 20 21 22 24 25 26 27 28 29 00 92 99 94 95 35 37 41 44 46 61 62 PCijs 5 VN VCNTL 8 234 15 1 22 30 82 38 27 29 41 42 62 5 EN w 4 atem 182123252927 3638 o H Pox SVS 13 14 17 18 19 22 29 30 92 39 95 06 41 44 61 3 8 Gary 502 necmy o107 1 PR36 PC31 PR35 109 Y5V 08 109 08 16 04 16V Y5V 04 10V YSV 08 10K 04 1394a 02221 B 17 Schematic Diagrams Display Port dGPU DISPLAY PORT PLEASE CLOSE TO CONNECTOR
48. ae PEG Compensation Signal 33V a 6 77 1575 00 0 04 3 0 04 810402 Stanley 5 24 6 77 P170SM00 AA 500 A CAD NOTE PEG ICOMPI and RCOMPO signals 2 0 0 ves P N 6 17 10320 731 6 77 P177SM00 AA 209 Should be shorted and routed with RTS max length 500 mils 1 2 4mils 8mils TH05 3H103FR typical impedance 43 mohms THEM VOLT PEG_ICOMPO signals should be routed with max length 500 mils C512 R440 i imped 14 5 moh 10K_1 _04 typical impedance 14 5 mohms 10V X7R 04 THERM VOLT 34 3 14 15 19 29 30 32 36 37 39 41 42 62 VCCIOA OUT 5 Processor 1 7 B 3 Schematic Diagrams Processor 2 7 S3 circuit DRAM RST to memory should be high during 53 Haswell Processor 2 7 MISC JTAG CLK PU PD for JTAG signals 1 0505 PGA EDS skrocos _ 220000 Msc 0 T poni ak E o mur JOP PREGI 8387 SN RCOME 2 30e DO R R128 1011 short CATERR i 8 SM RCOMP 2 L ang CPUDRAMHSTE 2434 d SM DRAMRST R389 51 04 H_PROCHOT R380 56 1 04
49. n HPD SINK HOM A BAVONS R447 0 04 OE 25 2 aas o m ee rm vca 0 wom sono 45 R613 ARA C243 C250 C254 D19 TEXT 7101 DCC_EN 3 Por 9 E 1 1 RT_EN VCCHI 1 wos e 16V 04 0 1u_16V_Y5V_04 0 1u_16V_Y5V_04 1 18 ValueA SG car 1000 1 mz 39K 1 0402 R232 1 040 85 11 A REXT T E 252 C279 3 3VS DDCBUF 5 c PR 1 GND 2 ASQ1 0 1u_16V_Y5V_04 0 tu 16V 5 04 TE HDMI_HPD C AC 017 25 1 l BAV99N3 8303 04 ASQI E R614 0041 SNOT GNDI8 GND 9 3 3VS0 R513 4 7K 04 DOC GND 10 5 75 49 GND ed 8 36 3 5 9 10 11 12 13 14 16 17 19 20 21 22 24 25 26 27 28 29 30 32 33 34 35 36 37 41 44 46 61 62 2 2 5 5 13 14 16 17 19 22 29 30 32 33 35 36 41 44 61 Level shifter 86 9 SN75DP139 ax gt A pes X 41q ySetting I O TI n D R476 04 R537 004 T R589 0 04 8590 aKa 1 HDMI B 19 Schematic Diagrams Sheet 19 of 60 PCH 1 9 RTC o c 0 a jd 1 0 m HDA SATA JTAG PCH 1 9 RTC HDA SATA JTAG Lynx Point RTC AZALIA SATA JTAG INTVRMEN Integrated SUS D02 1112 Stanley P N 6 S03 OLYNX 0S0
50. 03V RUN 3 PEX GND gr 4 Xmsr DP A AUX 3V3 PEG T GND PEX TX9 gg X PRSNT L RXO DG PEG RXPS 5 x z PEX GND PWR SRC PEG ma GND PEX TX8 g gr PEX Rx PEX AX GND 1 74 PEX DU Fag PEG RXN7 S7 ew PWR sRC o PEX GND Hoz 1 GND PEX TX6 04 1 05 PEX mer PEX D Hos GND ms tes PEX DSe Tr PEX mer PEX monies 3 113 PEX RIS GND r He GND PEXTX4 ee look PEX AXA PEX eV Per PEX GND H20 34 for leakage current H23 H24 1 Tzr GND PEX DOR 1 227 11 R119 20K MEP443508 stanley H7 004 1 H7 004 1 PEX DG R185 T 923 Ta BRE 10K 04 4 GND GND rg 31 i pea mos Has 2 1 137 PEX me Har d Tae PEX Rx GND az 5 8 8 PEX Xie Har 5 PEX PEX TX 1 8 GND GND GND 5 eno PEX L PEX mor PEX DO k MIDN7002ZHS6R Battery mode E Ax K a q jOPLCD cable L sr ae GND 1 and VGA card
51. 2p 50V NPO 04 Fic 20mil CBDRIVE2 CR15 100 1 P CR18 100 04 2 TESD_GND Pem CCH1 CCH2 CCHS ROLAMPOSO28 002 2 002 2 002 2 H6 002 2 002 2 002 2 112114 5 CGND P170 Click Board B 55 Schematic Diagrams P170 Fingerprint Board FPJTI FREG OUT 1 OSC FBDRIVET 3 4 FBDRIVE2 5 5 1257 S rBEzer 9FAVDD FXN 1 9 FBEZELZ FGND FXOUT TT poe n 1 13 74 FMISO FMOSI T5 16 11 2 Seb FMCLK T7 FPD REG FPU1 FMCS 9 27 o9ero 20mil FNRESET ZT 22 1 FusB PN 20mil 22 FC3 22u_6 3V_X5R_06 F3 3V F3 3V 3 24 FUSB F3 3V M A10 FREG OUT o gt DVDD1 alate REG_OUT 20mil li spinon Sheet 55 of 60 FC2 pvone zu 810 FAVDD FTESD_GND FGND 6 170 rint 27 220 6 3 5 06 be ge p 20mil 22 6 3V 06 6 21 41710 212 a Board FPD REG A4 FBDRIVE1 PD_REG BDRIVEt m FGND B10 FBDRIVE2 BDRIVE2 FGND FUSB PN B1 AT FBEZEL1 M i USB DN BEZEL1B fuse 1 use pp BEZEL2B FMCS B2 K B3 nes m P170 ONLY B4 o 2 FMOS 000841 5 C6
52. 6 3 18 06 lt b lu 63 04 0 1u_16V_YSV_04 emus iNet Near Cardreader CONN X 10V XTR 04 PCIE GLAN 23 5 LUNG 8 10 04 Y PCIE FxP3 GLAN 23 o C297 C223 C225 228 M 2010 04 OVCC CARD 04 08 16V 16 04 sae CLK PCIE GLAN 27 rs pINS2 R554 R557 meet falling time PCIE GLAN 23 1 a Y 150 06 150 06 lt 1 m E E CARD READER 1 cen 1 cs 2 CARD 4 74 6 3 06 16V 5 04 16V 5 04 47u 6 3V 06 SD CMD 04 y 50 weis 01 F Pin cun 8 SD DATA R515 006 8 zn core vono a 2 0216 C343 z MS BS 552 8 L SD CWS Di R 58 VDD3 risingtime tu 5 DT FIM ss Eri DATO 5 POMS x E od MS DATAS agg ismi st x o eg 16V 04 STRE CUT MENS cioe ceto EA HOB I60aKF 121T2S Zame 16V 04 ctu 16 46V 04 Mod GARD cd um
53. Dao 093 504 Fs 75 Das voor 8516 Hs voD2 vssi7 vssie Das vssi9 099 vss20 0010 vss21 0011 VDD7 Vss22 pare VDD8 vss23 0014 20mils VDD10O VSS25 0015 0011 vss26 0016 A voi vss27 4 10 DQ17 ae oe VDD13 VSS28 Dare NDD14 vss29 G 20 bare amp 3V 5 04 0 1u_16V_YSV_04 yanig hd 4 0016 5531 4 55 VDDI7 vssaz ee 4 0022 0018 vss33 4 0023 199 VSS34 4 MA 0024 9 VDDSPD VSS35 DDRIII CHA SO HA sse 4 0026 Heg XazzNCi VSS37 4 0027 1 eres vssaa DIMM 0 5 poz s m d 410 0030 U 10 11 12 75 DIMMO 1 EVENT VSS41 SAO 0031 y 3 10 11 12 DDR3_DRAMRST RESET vss42 DINO MT sat 0082 wies geo 5 Be ma bass 13 er 5 1 VSS44 E DOTO 0035 4 10 DI gt VREF_CA VSS46 4 ODTO Dass vssi7 0 s DEM SA 11 ub 525 0644 22u 6 3V 06 a 3 t Paes par gg 1 5 _ 16V 04 2155 yess DM2 0041 vsss2 DMs vsss lt b DM4 0043 VSS6 DMS Dass 4887 DM6 0045 vsse 0046 aws 410 M A _DQS 7 0 lt gt 0047 o 5510 vm paso pass He bas 0049 vssi2 base 0050 vssi3 E basa 0061 1 8 HA SAO_DIMO VSS14 G2 Dass 0062 45815 bass pase
54. Das A4 004 75 5 005 VDD1 vssi6 006 2 VSS17 AT DQ7 VDD3 VSS18 B Das vssi9 A9 009 VODS Vss20 1 006 VSS21 11 VOD7 vss22 A12 BC DQ12 VOD8 VSS23 00 A13 DQ13 VSS24 A14 DQ14 VDD10 VSS25 15 0015 VOD11 VSS26 0016 VDD12 VSS27 BAO 017 VDD13 VSS28 pais VDD14 vss29 S h 2 Dara VDD15 5530 t 1 2 f 60 508 0020 VDD16 vssat ee Su DQ21 save VDD17 vssa2 Daz VDD18 VSS33 45 CK0 DQ23 20mils 199 VSS34 DDRIII CH B SO DQ24 I VODSPD vssa5 0025 77 vssa6 CKEO DQo6 ges rez 1 VSS37 D 0 3 CKE1 DQ27 Xq25 VSS38 13 Lien Der 6 3 04 T 16V YSV 04 ACT Notes Meca B RAS RAS 0029 198 VSS40 gu 411 WER 0030 9 10 11 TS DIMMO 1 EVENT VSS41 11 GHB 540 SAO bast 3 9 10 11 DDR3_DRAMRST RESET vss42 LI 11 5 1 SA1 DQ32 06 VSS43 9 9 10 11 20 SMB SCL DQ33 Rex RES TEESE YSV 04 1 VSS44 9 10 11 20 SMB DATA SDA DQ34 25 VREF VSS45 116 0035 4 11 2 VREF VSS46 EQ 8 228 D 4 0037 11 CA DIMMB RI CU ZA EN AAE 2 vssaa A Dass vssi 5549 0089 4 249 1 04 505 0 10 16V 04 z VSS2 VSS50 DMI 0040 vssa VSS51 DM2 VSS52 DMs 0042 yss 0043 vsse DMS Das VSS7 004
55. LPC reset timing LPCPD inactive to LRST inactive 32 96us LOW NORMAL Internal PD HI 4E 4F H TPM BADD Low 2E 2F H 3 5 9 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 30 32 33 VDD1 VDD2 VDD3 VSB GPIO GPIO2 XTALI XTALO GND 1 GND 2 GND 3 GND 4 ary R108 0 04 SLB9635 OWS D02 1112 Alex D02A DEL X2 C187 C185 R317 R318 SLB9655 Gary PLT_RST PCLK TPM R187 33 04 C217 10p 50V 04 11 3 3VS TPM PP R158 10K 04 TPM BADD OK 04 13 19 20 21 23 24 25 26 27 29 34 36 37 40 41 42 45 VDD3 34 35 36 37 41 44 61 62 3 3VS p 12 06 DVToagowy Gary H SD Gary 10 17 Fix X talngeow by evf4u 6 Schematic Diagrams udio Board USB PORT USBVCC A USBVCC ALS A USBVCC2 60 mil n W A A 20 4 Aca ACH 228 03 6 3 16V YSV 04 16V 04 vsv 041 10 vsv 08 AJ USBI souu ISSUE AGND vr AUSB PNO R 2 DATA L AUSB 3
56. P150SMShark Bay System Block Diagram VDD3 VDbS POWER LED BOARD 6 71 1554 02 5V 3 3V 5VS 3VS P150 ODD BOARD 3 3VM 6 71 155 01 P150 CLICK amp F P BOARD PCIE 16 1067 1333 1600 MHz 6 71 1582 003 DDR3L 1 35V Haswell DOT LED BOARD MAM 3 0 processor e P150 INDICATORY LED BOARD for B SOBEL ORY 6 71 155 003 HDMI 71 P15SJ D01 5170 ODD amp 2nd HDD BOARD perp 6 71 P17SJ D01 Ll Sheet 1 of 60 P170 Power amp LED BOARD SPDIF 6 71 P17SS D03 USB Bas a System Block cos P170 Finger BOARD Lynx Point Diagram s 6 71 P15SM D02 1 35V VDDQ 1 5VS FDI DDI 5V TBT o E S G ic o Hub PCH INT SPKER TOUCH PAD SPI Option TPM1 2 amp 2 0 32 768 KHz RESERVE Option Azalia Codec PA2008D2 20x20mm FCBGA REALTEK ALC892 ITE 8587A 33 MHz LPC AMP SUBWOOFER 512KB ROM SHEET 19 BIOS 20 21 22 23 24 25 26 27 SPI SMB S THERMAL SMART SMART SENSOR FANx2 BATTERY lt 12 lt 12 ENT Backlight K H 15 7 32 768KHz Mini PCIE hunderbol underbolt WLAN Realtek TT SATA I II III 6 0Gb s USB3 RTL8411 X102221 CARD GEN1 lt 12 TETT mDisplay LAN READER
57. POIE MM v VSS vss PCIECLKRQOR ABI AF6 MXM_CLKREQ RIC Waket F vss vss ee ecicumoosieptozs PEGA_CLKRO GPIO47 p OMORE 7 CLKREOR 13 voos o vss vss 16 CLK PCIE 1904 AMS CLKOUT PCIE N 1 5 i U PCIECLKROOK Ves Hing EKOUT POET vm RES 10K 08 g VSS vss Fors AF1 CLKOUT PEG B vss vss Hy 16 1994CLKRO1 gt PCIECLKROI W GPIO18 T PEGE 4 g VSS vss bg PEGB CLKROM GPIOSe VSS vss X PCIE N 2 AF39 EXP N VSS vss AB45 TCIKOUT DM GLK_EXP_N ICH_GPIO46 R522 10K 04 AV22 VSS vss CLKOUT PCIE P 2 AF40 CLK EXP P a Sheet 27 of 60 Avot VSS vss Lyte PCIECLKROZ AF3 CLKOUT p pF CI gt clk exp Ps 8 VSS VSS E To PCIECLKRO2 GPIO20 SMl AMO o AV33 VSS VSS v PCIE CLKOUT DP CLK DP F FR BP 135MHz BB25 VSS vss va 29 CLK PCIE CIR PCIE MINI CLKOUT PCIE N 3 CLKOUT DP P 3 1394CLKRQI 8529 6 99 40 VSS vss Hw 29 CLK PCIE MINI Er T3 CLKOUT PCIE P 3 AF35 CLK DPNS RE Ave VSS vss Hy 29 CLKREQ PCIECLKROS GPIO25 DENS VSS vss PCIE CLKOUT DPNS P
58. TPLED_G 34 KB LED ENZ OE OUT3 6 P2703BAG 6 e Spo OUT4 R687 17 OUTS 1M 04 s BA R688 499 1 04 rmi 20 OUT6 TPLED B 9 Eng OUT C128 TPED R 10 1 un J EET n 21 R681 20 P 04 4 7u 6 X5R 06 22 OUTI1 e m ne GND OUT12 EX GND PADOUTI3 2200 50 XR 0 lez TP_PWR_EN 5a 0 10 16V Y5V 04 oun s SeRT 3 Je 34 TP_PWR_EN ON 13 14 16 17 18 19 22 29 30 32 33 36 41 44 61 5VS 3 5 9 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 30 32 33 34 36 37 41 44 46 61 62 3 3VS 13 40 41 42 62 SYS15V B 36 Backlight Keyboard Schematic Diagrams mSATA FAN TP FP MULTI CON FOR CLICK BOARD P17 amp P15 levi FOR HDD amp ODD BOARD svs P17 amp P15 i gts svs HODDI Change SATAA to R634 10 r 24 SATA ODD 000 PRONE 2 uns 34 ATA ODD DAT 3 3 5 22 SATA ODD DA amp K s TP DATA 34 2 RN 4 5VS
59. 1009 Alex A JTAG TNS SATAIGP GPIO19 aa da 4 BD4 JTAG TDI SATA IREF E 01 5VS R JTAG D01a 1009 Alex NO REBOOT STRAP R748 904 TP25 F8 BB2 TPB 882 NO REBOOT STRAP HDA SPKR High Enable 33VS 25 TP22 C26 6 HDA R721 04 on PCH TP20 TP20 1 11 Boot BIOS Strap S D01a 1009 Alex BBS BBS Boot BIOS Location 2 D02A Add 2 nd mSATA B rd SATA LPC C18 o 0tu 16V X7R SATA TXNO i bel Reserv 56 cia 7 24 SATA HXPO 2 D0la 1009 Alex 1 1 SPI 5 svs S mSATAUET re 9 S C mSATA 24 36 LS om 4 1 osavs 0624 0623 _ c303 5 100u 6 3V B A A 5 E 15VS 162123252627 3639 PIN GNDT 2 GND POUR Cu 231415282032 2537 294142 62 E 33VS 3 5 9 10 11 12 13 14 16 17 18 20 21 22 24 25 26 27 28 29 30 32 33 34 35 36 37 41 44 46 61 62 VDD3 1320 21 23 24 25 26 27 29 34 26 27 40 41 42 45 46 2 SVS _ 13 14 16 17 18 22 29 30 32 33 35 36 41 44 61 21 26 PCH 2 9 LPC SMBUS SPI C LI 1234 MTS3572G6 SPI C730 L gt o22u 10V 04 31 R507 5 1M 04 5 100K 04
60. 3 3 5 019 3 3VS AUD 5VS AUD C380 0 1u 16V 5 04 NS 40m 4 aaa Layout Note rst 148 Qu HOBIOOSKF i21120 8598 0384 O tu 16 YSV 04 1 MICl L 013 21 2 MICI R 013 22 cass Casa 1 C369 1 mi ae ox L 013 23 tajn R 013 24 S 10V 5 08 0 10 16V 5 4 10u 10V Y5V 08 10 10V Y5V 08 lt lt 1u 16 04 R254 20 P 04 K Q42 AUDG AUDG 16 21 2830 33 3441 4243 50588 C T s b 8 lt VREF CODEC as 9 L50 88 88 e a 7 22 22 0372 m 0 10 16V 04 GPIOO DMIC CLK 27 AER 7 A 9352 4 102 10 egi ETT RAEI j 0989 p 220 50 NPO 04 ae m 19 SDOUT Faso 33 04 5 SDATA OUT VREFOOUT 8 L 32 MELVREEGER 2008 C oi 2 REST 3504 8 P BIT CLK 2 19 SDINO nesr 33 04 SDATA IN 35 nBWl00u F4 7upL k LWHQL Stanley 19 SYNC DIGITAL SURR OUT L to Max 0 Port Aun ours Sh t 32 f 60 3 0 9inch 47 30 66 PC BEEP 98 EAPD MODEC SPDIFI EAPD VREFOUT F L me 12 06 pu 021 012 for pop noise 016 SPDIFO 48 VREFOUTE TAA 1 a m a gt Codec Realtek 12 FRONT OUTL S L 30 Ross
61. 5 GPIO24 AU4 CPU R11 PLTRST_PROC P PLTRST CPU 3 37 GPlo27 GPIO27 ADIT PLL ODVR EN GPlO28 AN6 LED CTRL GPIO34 PCH_MUTE C542 10V 04 H_THRMTRIP MUTER GPIO35 NMI 36 SATA ODD PRSNT amp C SATA ODD_PRSNT AT3 SATA2GP GPIO36 DDR GPIO OUTPUT VOLTAGE SELECT AKI FDLOVAVETS SATA3GP GPIO37 w MrF amp MoDE AT s OADIGPIO38 HOST ALERT42 GPIO46 ICC_EN DDR Vout 4 AM3 A2 JOK 04 HOST ALERTH GFX DET we 12657 AN4 VSS 10K 04 GPIO24 E 3 SDATAOUT1 GPIO48 vss pm 0 0 1 1 60V e 19 36 mSATA C mSATA DET AKG SATASGP GPIO49 vss 0 T 0 1 55 VSS gar SBBLON lt gt SEN UR VSS 0 x 1 50V DEFAULT T R564 10K 04 BIOS REC GR BRE Mese e TACH4 GPIOBB vss 1 9 1 50V 013 VSS BIOS RECOVERY R544 R169 100K 1 04 GPIO69 ANEI 155 1 1 45V 3 DISABLE HIGH DEFAULT vss ENABLE LOW 3 3vso R168 100 04 TACH6 GPIO70 xs 1 1 0 1 40V H15 M 7 A A 190 04 HIS TACH7 GPIO7I vss 1 1 1 1 35V vss HDT BE41 vss vss Note vss vss vss VSS vss vss OF 11 1011 Alex 8309 10K 04 EDID_SELECT 0905 nEpull up 8 395 o R563 1K 195 04 EDP_CARD_DET R546 0 04
62. 9 5 Carefully lift the keyboard up being careful not to bend the keyboard ribbon cable Figure 12e 8 0 N b 2 C Top Cover Module D Keyboard 9 Screws Top Cover Module Tool 2 16 Removing the System Memory RAM from Under the Keyboard Disconnect the keyboard ribbon cable from the locking collar socket by using small flat head screwdriver to pry the locking collar pins away from the base Figure 130 Remove the keyboard and the memory sockets D amp will be visible Gently pull the two release latches on the sides of the memory socket s in the direction indicated below The RAM module 17 will pop up and you can remove it Pull the latches to release the second module if necessary Insert a new module holding it at about a 30 angle and fit the connectors firmly into the memory slot The module s pin alignment will allow it to only fit one way Make sure the module is seated as far into the slot as it will go DO NOT FORCE the module it should fit without much pressure Press the module in and down towards the mainboard until the slot levers click into place to secure the module Replace the bay cover and screws Restart the computer to allow the BIOS to register the new memory configuration as it starts up Contact Warning Be careful not to touch the metal pins on the module s connecting edge Even the cleanest hands have oils w
63. i 7 c77e L44 HCBIQDEKF I21T25 I g vemm Rs m o 63 06 0779 iowso L4 8 46 TERE l arcvec 6 3V_X5R_04 M29 RTC Pid C780 0 10 10 04 1 05VS VOCCLK3_3 DCPRTC VCCIO2PCH Oo 129 pepate EST 1980092 miim mm 83 89 fy HOBIGOBKE 121 WEEE t m PROC IO c 0 055A VCCCLK3 3 V PROC lO C766 C767 C768 052 cok ser any sav 152 HCB1608KF 1217 V 33 8 012 Base on a i4u 6 10V XR 04 0 1u_10V_XSR_04 6 3 04 T 888 6 588 04 8 n veer 0785 tu 6 3v AD34 lB 21 VCCCLK P18 4 iim IZ MD vec reo 3 35 R786 mag 15mil short 06 ays n 0520 035 bak lu 6 3 04 uni ps PE 1 OM 7 mem VGCCLK AW40 036 1 5VS t VCCCLK ARS tu 689 XR 04 159 AE e T avs 1 0892 Tu amp 3V 04 0 133 0 306 05 5 ER 04 8 11 180 HOB 608KF 121795 894 6 55804 202 110
64. 3V3 RUN RUN 1 94 8 5V RUN 5V RUN I PWR SRC PWR SRC SYS PWROK 115 075 8 PLT_RST _RST RSTI 23179315 61 Schematic Diagrams o c amp a 1 0 m B 62 Power on Sequence 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 version of the BIOS ap Reboot your computer from an external CD DVD USB Flash Drive Use flash tools to update flash BIOS using 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 nn crie Y After rebooting the computer you may restart the computer again and make any required changes to the default BIOS sions that aG settings V1 01 XX or higher as appropriate for your Download the BIOS computer model 5 1 Goto www clevo com tw and point to E Services and click E Channel o 2 Use your user ID and password to access the appropriate download area BIOS and down
65. Around 3 1kg with Battery and ODD Introduction Overview 1 3 e 5 Introduction External Locator Top View with LCD Panel Open Figure 1 Top View 1 Built In PC Camera 2 PC Camera LED Built In Microphone LCD Speakers Power Button LED Lock Indicators LED Status Indicators 9 Keyboard P150SM supports an Illuminated Keyboard Note that the Touchpad and 10 TouchPad and Buttons has a valid operation Buttons al area indicated within the red dotted lines above 11 Fingerprint Reader Optional d pra ems 2 5 T 1 4 External Locator Top View with LCD Panel Open Introduction 5 External Locator Front amp Right side Views Figure 2 Front Views 1 LED Power Indicators Figure 3 Right Side Views 9 1 Optical Device Drive Bay 2 Emergency Hole 3 Headphone Jack 4 Microphone Jack 5 S PDIF Out Jack 6 Line In Jack 7 USB 2 0 Port 8 Security Lock Slot External Locator Front amp Right side Views 1 5 Introduction External Locator Left Side amp Rear View s iude ew 1 Mini IEEE 1394a Port 2 RJ 45 LAN Jack 3 USB 3 0 Ports 4 Combined eSATA Powered USB 3 0 Port 5 Multi in 1 Card Reader 5 5 s Figure 5 Rear View Vent Fan Intake Display Port HDMI Out Port Mini D
66. H20 PL PIRQAH 6 7 R763 8 2K 04 PIRQB 199 inca DDPC 18 om 39 for NV AMD avt 8765 8 2K 04 PIROC DDPD HPD lt JpP_B HPD 17 4 PiRoo Mal 055 3 avs MTN7002ZHS3 R584 PIRQD pincewapioe pSt _ INT PIROEH CRB 0905 G pull up 100K 04 DGPU HOLD RST Roe E CR 1 PCH_DGPU_RST GPloso 17 ODD DAR DGPU_SELECT PIRQF GPIO3 gt gt SATA ODD 38 5 4 15 INT PIRQG nepull KAY PIROGWGPio P NTPIRGG 0905 mpeni 13 PWR ENKX GPIO54 PIRGHIGPIOS M15 INT PIRQH D01A 1026 Alex DGPU_HOLD_RST BBS BITI 10 HOLD 19 BBS GPIO51 AD10 R591 0 04 HPD 10K 8P4R 04 DGPU p OL GPlosa Ys PLT RST R534 i0K 04 DGPU_PWM SELECT PCI GNTH3 ALG SPICE PLTRST p gt gt PLT_RST 313 46 11 3 3vs 9 usa C558 0 10 10 04 MO74VHC1G08DFT2G 1 PLT RST 2L Bur gt BUF_PLT_AST 16 29 30 34 37 60 8635 100K 04 16 19 21 23 25 26 27 36 39 1 5VS 13 14 16 17 18 19 29 20 22 33 25 26 41 44 61 SVS 3 5 9 10 11 12 13 14 16 17 18 19 20 21 24 25 26 27 28 29 30 32 33 34 35 36 37 41 44 46 61 62 3 396 PCH 4 9 CRT Display PCI B 23 Schematic Diagrams PCH 5 9 PCle USB Lynx Po
67. ICT NY FOR 10 T LED 1 HOARD PISOHN 4 11 TOUCH PAD CABLE FOR CLICK TOP TOUCH PAD MYLAR PET FFC CABLE FOR wb TO LED BOARD 6PIN 18 FUNCTIUN LED BOARD A 6 Top without Fingerprint P151SM1 Part Lists Bottom N14E GS PART NAVE POVER LED PORON 2 PISDEY MAIN BOARD V30A MAIN BD 334 SEV HL YE LET N ULE W70 PED PISIS SCREW K BZ ICT NY WE WYLER AN SUPPORT BRACKET SECC T 15 CERTA NE NI EHE I C WEIST P TUR TAPE MYLAR OPTION lt OPTION YLAR M550J TOD BRIDGE HOARD VLO 215054 CHILE FUE SUE YOR TO WE PIA MYLAR SOw30 EM TAES RA NTE NESTON DOES LA VUA SUPPORT RUPIER 1 SILICONE PISO VGA SUPPORTER 525430 x7200 Vestae ND KT NY FOR Vit CRT SEIN FE n LEE ETUDES 11412 DOES WET NY VGA HEATSINK MODULE 8 1 40 KT NY JAN CAE SOM Figure A 5 Bottom N14E GS UNT OHN 2 X7E05 040 125 448 1 7 PISHS 0L0 50S
68. MXM PCI E Page B 14 KBC ITE IT8587B Page B 35 P170 Fingerprint Board Page 56 Panel Inverter CRT Page B 15 Backlight Keyboard Page B 36 P150 HDD Board Page 57 PS8625 Page B 16 mSATA FAN TP FP MULTI CON Page B 37 P150 LED Board L Page B 58 1394 XIO2221 Page B 17 Card Reader RTL8411 Page B 38 P150 LED Board Page B 59 Display Port Page B 18 USB 3 0 Page 39 mSATA Board Page B 60 HDMI Page B 19 DDR 1 35V 0 75VS PCH 1 5V Page B 40 Power on Sequence Page B 61 PCH 1 9 RTC HDA SATA JTAG Page B 20 VDD3 VDD5 Page B 41 PCH 2 9 LPC SMBUS SPI C LI Page B 21 SVS 3 3VS 1 5 5 Page 42 PCH3 9 DMI FDI PWRGD Page B 22 Power 1 05VS Page B 43 Table B 1 System Block Diagram Page B 2 PCH 4 9 CRT Display PCI Page B 23 Power V Core 1 Page B 44 E E rm zi Schematic Processor 1 7 Page 3 5 9 PCIe USB Page B 24 AC_In Charger Page B 45 Diag rams 724 Version Note The schematic dia grams in this chapter are based upon ver sion 6 7P P15SF 002 If your mainboard or other boards are a lat er version please check with the Service Center for updated di agrams if required o gt D 9 Q 9 3 o Schematic Diagrams System Block Diagram
69. NPO 04 B 4 Processor 2 7 Processor 3 7 Haswell Processor 3 7 Lid PGA EDS lt RED Haswell PGA EDS 7197 novo AC RSD 11 12 Pus M A e AGB SA b S wA cu 9 ba DORO 8 SB aks ME CIR pono 32 3 SA 0 U3 MAT F SB DQ2 SB CKPO ERE 71 SA DO 4 SKo 9 58 993 58 o Ys pom 9 12 5 SACKP Acu MACK SB 004 SB B oh Oke LAS MAKE S 5083 38003 MECK BDAY 12 SA DO 7 CKN2 DDRI2 10 SB DO 6 58 1 c M B 12 00 8 2 DDR2 10 SB DO 7 CKN2 M B CLK DDRW2 11 5 009 SA CKE 2 oT MACEK DORR 10 58 58 SB CKP2 HORE GLK DDR2 11 GLK SB Do 9 SB CKE 2 YT NESE DORE LB apao vr A CIR CLKCDDR 10 Saa O ECK DOR 1 M B CLK DDRS SADO 12 10 58 00711
70. PR109 584441 DD 188 100K_04 28 34 41 USB CHARGE EN nu MTN70022HS3 13 19 20 21 23 24 25 26 27 29 34 36 37 41 42 45 46 VDD3 28 41 VDD5 13 35 41 42 62 SYS15V 41 13 14 39 41 42 43 44 45 VIN VDD3 VDD5 B 41 Schematic Diagrams 5VS 3 3VS 1 5VS 150 151 1 onl EMI 2 VINI R458 100K 04 DD ON VIN w POWER SWITCH LED u34 aavs VA S 7 LATCH 34 9 2 7 220 04 for P151EMI VINO pb LATCH 7 8 100K 06 1088 CHARGE EN 28 34 40 428 570 427 pen 72 2001 220 04 for 150 8 04 02 modify C240 220 36 PWR SW s voos eae He gt ETATS gui 1 220 1 04 INSTANT ON GND 1 00 PS 6 z EIE 280557 2 2 M BTN zz 22 r 2 ele iid FNGRWEZI 20mil cur 31 3 8 2 5 S Add R611 R7310 0W 2 88 518 16V 04 2 J Y5V 06 vopa 3 Dos N VISAVLC0402 VARISTOR PR193 100 04 gt 10K 04 6 24 30003 006 5025 2 value 04 206 204 add Ds PR194 pam D4 05 C240 0 10 16V 5 04 gt 0 010 16V X7R 04 RY SPITOONB74SI1X WF 10K 04 10K 04 CA
71. 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 1 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 Maintenance Precautions The following precautions are a reminder To avoid personal injury or damage to the computer while performing a re moval and or replacement job take the following precautions 1 Don t drop it Perform your repairs and or upgrades on a stable surface If the computer falls the case and other components could be damaged 2 Don t overheat it Note the proximity of any heating elements Keep the computer out of direct sunlight 3 Avoid interference Note the proximity of any high capacity transformers electric motors and other strong mag netic fields These can hinder proper performance and damage components and or data You should also monitor
72. VCC 25 vcc He R703 0 04 VCORE vec s vec Wes voc VCC VCC 5 voc vec vec 025 vec Ho VCC Fy Fas vec veo wee voc Hw VDDQ 349 10 11 12 30 39 6 vec VCCIO2PCH 26 VCCIO QUT 3 5 44 OUT 2 5 VCORE 7 844 1 05VS 3 25 26 3042 44 62 Processor 5 7 B 7 Schematic Diagrams Processor 6 7 A10 Sheet 7 of 60 Processor 6 7 o c 0 jd 1 m U32F Haswell PGA EDS vss vss vss vss vss vss vss vss VSS VSS vss vss VSS vss vss vss vss vss vss vss vss vss vss vss vss vss VSS vss VSS vss vss vss VSS vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss VSS vss VSS vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss VSS vss vss VSS vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss VSS vss VSS vss VSS vss VSS vss VSS vss vss vss VSS vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss VSS vss vss vss vss VSS 6OF9 US2G Haswell PGA EDS K10 vss vss vss vss Hes vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss VSS xs
73. p a eet ers uer nera i6 eco Ban ies aas qd 1 18 20 3 16 21 28 30 32 34 41 42 43 5088 RINE PVDDR2 d 4 4 Ohm Speaker Reserve for EN deley 18 404001 55 A wana RM two MODE ps eve LE E E 2 m mE WARS STERN E Hong gle ila os 1 18 1343 x c VDD 20 8 10 LOUTN LOUT lo en bs apu RO 3335 s m H m 2530 O mprocezuss Lans AGND 4443 3 f P 5 4 3 8 SAC E 8 m 1 l DNE 2008 5 va X 1 1 ur m eru um si we 8 ENSE F mie 8 AMP EN 8 88 88 su SL 5 88 decem AMPPWR FREQ 9 Wu gg 85 oc 5 ET iin TN TNT a eT 12 10 0288 010 10 04 2 our EUR ET 7 ap m 83V 08 o 4 RGND mu 5 TR ue ieu 1 5 87 es Speer ar 8 dep S 4 9b Speaker DRCO 27 SUBWOOFER 187 9 HCB1005KF 121T20 9 icum Par 1 E E 10 5
74. vss vss xs vss vss vss vss H vss vss vss vss Hy vss VSS m vss VSS Fs vss vss Faso vss vss ws vss vss vss vss vss VSS Fw vss vss Hro vss vss FN vss VSS FN vss VSS q vss VSS Fw vss vss Hw vss vss FN vss vss vss vss FN vss vss vss VSS Fw vss VSS ws vss VSS FP vss vss Hees vss VSS 55 vss VSS FR vss VSS zs vss VSS FR vss VSS rm vss vss FR vss VSS FR vss VSS FR vss vss vss vss Hro VSS vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss vss Hg vss vss Ho vss vss FU vss VSS v vss VSS vss vss vss VSS v vss VSS v vss vss Fw vss vss wo vss vss w vss vss Hw vss vss wa vss vss we vss VSS w vss vss ws vss vss vss VSS vss VSS vss vss Heats vss vss vss VSS AR3 vss VSS SENSE vss RSVD FX vss vss vss 70F9 B 8 Processor 6 7 6 44 SENSE VSS SENSE R Haswell Processor 6 7 GND VCORE Close to CPU side 1 60107 SENSE R408 100_04 8 6 44 DEL R704 R705 VSS SENSE R VSS SENSE __ gt gt VCORE_VSS_SENSE 44 8410 100 04 6844 VCOREG Schematic Diagrams Processor 7 7 Haswell Processor 7 7 RESERVED CFG STRAPS FOR PROCESSOR PCI EXPRESS STAT
75. 04 0895 35 Reserv eds LED_WWANE aa Reserv eda LED_WLAN gt 661 C718 SW Reser ed5 LED_WPAN X 14 29 34 508 52 4 100 10V 08 16 04 5 8 o vps P157SM R604 0 04 1924 mSATA aavs 9 GND GND P177SM R671 ary Layout Note Note Closed to 055 SATA 2025 15 SATA DS R 0942 001 16V 04 mSATA mSATA TXPS 8 MAMAS CB43 0 010 16 XR 04 RX OP 05 mSATA AXON Foe 0484 484 0490 C844 0 01 16V 7 04 mSATA RXNS 12 mSATA RXN5 Y RXNS 19 mSATARXNS Rx IN HT mSATA R 18 mOATARXPS C845 10 010 16V X 04 mSATA TX IN REN mSATA RXP5 1 515216 8 1518 2 22528 a 2 c 2 z 5 a er 2 5 3 3VS 13 19 20 21 23 24 25 26 27 29 34 37 40 41 42 45 46 ets 2 asvs 3 36 3 5 9 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 30 32 33 34 35 37 41 44 46 61 62 2 3 3V 2 3 14 15 19 29 30 32 37 39 41 42 62 SBS 13 14 16 17 18 19 22 29 30 32 33 35 41 44 61 8 1 5 5 16 19 21 23 25 26 27 39 5 R1023 noko 18 R1024 04 18 21 2325 26 77 Layout note R1026 04 NEAR TO J_mSATA1 Reserve 12 03
76. 04 12 D04 002 12 03 ValueAUs Gary 5 C293 C314 2 2 G 330p_50V_X7R_04 10p 50V 04 R568 R46 51504091 D02 1112 Alex 5 Sh f gt eet 35 of 60 I 15 G Backlight From EC2 J_EC1 12 06 Valuel s Gary mmm 7 Keyboard From vins 4 7u 25V 08 5 KBZONE1_B KB LED XSDI y 5 OUTO EE 34 LED DCLK or KBZONET G G eee Gary net AUS P170SM P177SM 550 OUTA DOR 12 03 086 Gary 20 OUT6 902 12 03 ValueAUS amp 3S R EXT OUT D03 xV 086 o 0018 D01A 1016 Ale 002 1112 Alex 548 mag 2011 421 anne 2 03 56 Gary e 22 00111 12 06 ValueAts GND OUTI2 750 1 06 c18 GND PADOU TIS nin 00714 0 1u 16V Y5V 04 OUTIS TouchPAD LED Current IT7040 1T7040FN BX B Change U10Yf amp Gary 1578 P1778M Gary 003 0103 LED Qty 454 535 Spin otal Current 96mA 120 225mA BLUE 12mA LED lotal Current 106 132 225 gt 40 1 RED 13 2mA LED gt eter Current 98mA 122mAl 225mA 188 GREEN 12 2mh LED 8 d TELEDI OUTO OUT15 lt 45mA 1016 Alex 1 4 2 501 OUTO Gary D03 xYz 86 TPLED B 15 H3 LED DCLK SYS15V sys oS TPLED H 8 4 34 KB LED XLE OUT2 o ass
77. 220 04 R189 D02 1117 Alex 596 100K 0 Ed 10 1 C53 0 22u 50V 06 15 TALVCOBPW R98 C429 I 288436 LiO_swal__ gt 2 04 50 NPO 04 T 0508 asoa 2 MTDN7002ZHS6R 70022 56 R37 sya PWRGD 2 IM 04 Ri94 100K 04 2 LVDD EN Sa 3 PLVDD POWER MTN7002ZHS3 Entire trace of Panel VCC should be wider than 80 mil DIR II Alex AAAA nom PLVDD Gary 501 35523 0107 gt 100 mil 1 gt 100 mil 3 3vso VIN VOUT VIN NEAR 4 5 os R166 ou 3 2 eDP TP m mk 01 1009 1 G5243A HIE 2 8 1 69 04 38 007 E s 1016 Ale i 33104 emm 5 3 5 m neg Morir LONE PN G5243A 6 02 05243 9C0 7 8 GP eDP Duo 5 22 ENAVDD gt Kap gu 8606 5075 5 GP eDP AUX ESSE 16 As OPLVDD Doa Alex 2 R102 3 3 5 38 18 3 3VS 100K 04 e EX VGA BRWN E 3 BLON 2 TOOK 2 2 pa 2 25 35 58 27 28 T VLED 1009 Ale 28 2 Favona eit PLVDD SEL IBTU7 30007 d uz x 5 15 Au R ED AER 4 10K 04 C102 15 iGP_eDP_AUX R 18 80 ROR 5 15 IGP eDP 1 858 0 04 SYSISV 13 35 40 41 42 62 13 39 40 41 42 43 44 45 vs 13 16 17 18 19 22 29 30 32 33 35 36 41 44 61 i3V 2 3 15 19 29 30 32 26 37 38 41 4
78. 28 42 33 35 26 41 44 61 105VS 3 6 25 26 42 44 62 VDDQ 34610111239 LED Hotkey LID SW Fan 31 o c 0 jd 1 0 m Schematic Diagrams Sheet 31 of 60 RJ 45 B 32 RJ45 RJ 45 D05A RN2 RN5HWO 8P4R 04 Del LP8 LP9 RN2 4 5 GIGA LAN L72 LPs LAN 12 13 LMXI 1 8 DLMXI DLMXI 1 GND1 37 MDINO TD4 CUMS SINR DA shield 37 LAN TD4 He TIRE 3 a DENKE DA shield P 37 LAN TD3 MX 5 DNK DUNE 5 08 37 LAN TD3 MX3 DB 49 8B0503TL 035 LMG 37 MDIN2 TD2 MX2 i UP 8 DOW 5106 37 LAN TD2 MX2 1 DG 37 MDIN3 TD1 MXi 11 LMX4 3 5 DMI 1 00 37 TIRES DD 15 T 15045702 7 TCT3 T SB0503TL 035 40 mil TCT2 MCT2 RNS TOTI MOTI NS892402 5 C163 C142 C133 178 16V XR 04 0 01u 16V 7 04 0 01 16V X7R 04 0 010 16V X7R 04 04 7 NMCT 1 R72 75 196 04 NMCT R NMCT 2 R71 75 196 04
79. 3 Board A B 52 P170 HDD amp B 53 PUTO LED BOSE B 54 PI TOC ck Baad ua yahuan UEM B 55 B 56 P150 HDD BOatd 2 la aS UHR b Rss B 57 PISO LED Board 1 B 58 PISO LED Board MIHI B 59 MSATA Board B 60 Power on Sequence taxe B 61 Updating the FLASH ROM C 1 Chapter 1 Introduction Overview This manual covers the information you need to service or upgrade the 1505 1515 1 series notebook computer Information about operating the computer e g getting started and the Setup utility is in the User s Manual Information about drivers e g VGA amp audio is also found in User s Manual That manual is shipped with the computer Operating systems e g Windows 6 etc have their own manuals as do application software e g word processing and database programs If you have questions about those programs you should consult those manuals The 1505 PISISMI 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 note the warning and safety information indi cated by the symbol The balance of this chapter reviews the computer s technical specification
80. 39 41 42 62 2 3 26 33V sP 1009 Alex SSPI SI 5 lt SSPI SO 55 1 WP 3 R619 3 3K 1 04 al WP CER SCK R883 33_04 SSPI_SCLK T 4 R326 8 3 1 0455 HOLD HOLD vss Schematic Diagrams Sheet 20 of 60 PCH 2 9 LPC SMBUS SPI C LI 00 o 3 D 5 3 PCH 2 9 LPC SMBUS SPI C LI B 21 Schematic Diagrams PCH3 9 DMI FDI PWRGD Lynx Point DMI FDI GPIO LPT PCH M EDS DSWODVREN On Die DSW VR Enable R1 STUFFED R2 UNSTUFFED Enabled DEFAULT D01A 1026 Alex D0la 1019 Alex 0198 RXNO AW22 2 PONO AWZ pu R1 STUFFED Disabled 2 1 AJ35 R2 UNSTUFFED DMI RXN2 RXN 0 TXNO 5 2 DMI RXN2 4 2 AL35 2 DMILAXNS FON 3 Foi AY22 AJ36 2 DMI 2 DM RXPT 0 FDI RXP 0 5 Ri 2 DMI RXP1 DMI_RXP 1 DSWODVREN 2 DM RXP2 2 ee e DMI RXP3 Awan TPi6 2 RXP3 DMI_RXP_3 We 0 D
81. 43 USB 3 0 B 39 o c amp a Pun 1 0 m Schematic Diagrams Sheet 39 of 60 DDR 1 35V 0 75VS PCH 1 5V DDR 1 35V 0 75VS PCH 1 5V Poro EMI 1 7 pce Posa V Ura PUB 8 5 PC127 mE RBos40s2 s 13 Vppo_R 5 15 5 18 16V D4 8 15 E VTT MEM q j R 1 35V 23 2 m 51515 15 set 2A vas 513151 pud s ep Eus 2 1 24 a 20 OTH VIT MEM DRVH PLE PCG125 PC126 1 330uf 2 Short OPEN 2A 0 06 101045 Stanley 5 21 VM Porat PC120 Pose al u 1 EN m PR136 TEE Bst EAM ES 100K 100 10V Y5V 08 H0u 08 v DAVE 125 GER 2 pare Em 275 4 2 eno pu li
82. 8 RSVD RSVD 2402 NV suggestion 24 RSVD RSVD 222 gt lt 45 OEM za RSVD RSVD zz lt GND 2 5 GND nd 2 PEG m en 4 TX15 0115 2 EN B RSVD DP B 10 an 2 15K sr PEX 15 e PEX TXI5 RSVD DP B 10 ba PEX AXIS GND 4 a SN RSVD GND zz 4 4 6 1 5 GND E PEX Leg HERMA 1 lt gt SMD_VGA THERM 15 34 2271 GND DP B 118 Gen 16V 04 RX14 sg PN Ren 108 DP B L1 2562 9 PEX RX14 GND 1 Q48B X257 DP A 10 GND 258 1 3 GND PEX TX13 SMC VGA THERM R MTDN7002ZHS6R GND 12 4 Br PEX RXI3 CO SMC_VGA THERM 1534 DP A Lut DP B L2 2 1 55 PEX RXI3 GND Hee DP A L1 GND ber JPCH_DGPU_RST 22 37 GND PEX 12 68 aga T 285 GND DP 13 PEX Rae i dE V RUN DPA ize DIOE 14 uss PEX RXI2 GND 772 341 X DP A L2 GND MC74VHCIGOBDF T2G ce T 73 GND TXI1 Hra f z71 GND x 5 PEX AA PER DAN DPA La DEB AUX D06 for NV AMD card aevf o 55 ier 1 VR BRIDE I sr PEX RXx10 PEX TXI0 AUX ava
83. D02 1031 Alex 1 1109 Alex smun ISSUE LD1 LD2 LD3 LD4 LED GND P150SM 1515 1 1706 P157SM P177SM B 50 P150 170SM LED 1 Board Schematic Diagrams P151 LED 2 Board L2 3 3 5 L2J LED1 e TA LED amp 4 g WLAN AIRPLANE ADD LED for AIRPLANE LED dGPU 5 L2dGPU PWR LED 85201 06051 L2GND UJ 12 83 o Sheet 50 of 60 P151 LED 2 Board 12 33 6 3 HDD CD RO LRS LED 5 220 04 x 1202 O lt z RY SP172DNB74 5A L2D1 L2R1 Y w RY SP172DNB74 5A 220_1 04 D L2D Q bare ary 003 056 1 Ej L2SATA o 2255 L2WLAN AIRPLANER ene D01A 1018 Alex s 4Woup ISSUE L2H1 L2H2 H6 0D2 3 H6 0D2 3 LGND LZGND P151 LED 2 Board B 51 Schematic Diagrams P151 LED 3 Board L3H2 L3H1 H6 0D2 3 H6 0D2 3 O GND L3 GND L3 3 3 5 L3J LED1 1329305 o 6 D02A 1219 Alex RED CAPA 5 C3LED SCROLL L3R3 2r 220 196 04 5 Sheet 51 of 60 b ur d 2 S P151 LED 3 Board L3D3 LOCK a aj 8 172 7 80 o pun L3LED_SCROLL ic 0 m e B 52 P151 LED Board L3 3 3 5 9 E D02A 1219 Alex L3R2 220 1 04 CAPS LOCK L3D2 LED RY SP172DNB74 5A L3LED_CAP L3_3 3VS E D02A 1219 Alex L3R1 220 1 04 NUM LOCK LED L3D1 RY SP17
84. FOR PANASONIC gt U mp DVD Dual Drive A 11 Part Lists 515 A 12 Schematic Diagrams Appendix B Schematic Diagrams This appendix has circuit diagrams of the PISOSM 1515 1 notebook s PCB s The following table indicates where to find the appropriate schematic diagram Diagram Page Diagram Page Diagram Page Processor 2 7 Page B 4 PCH 6 9 GPIO CPU Page B 25 TPM Page B 46 Processor 3 7 Page B 5 PCH 7 9 Power Page B 26 Audio Board Page B 47 Processor 4 7 Page B 6 PCH 8 9 Power Page B 27 P150 151 ODD Board Page B 48 Processor 5 7 Page B 7 PCH 9 9 CLK GND Page B 28 P150 151 Click Board Page B 49 Processor 6 7 Page B 8 USB eSATA USB Charging Page B 29 P150 170SM LED 1 Board Page B 50 Processor 7 7 Page B 9 USB 2 0 CCD Mini PCIE LID Page B 30 P151 LED 2 Board Page B 51 DDRII CHA SO DIMM 0 Page B 10 LED Hotkey LID SW Fan Page B 31 PI51 LED 3 Board Page B 52 DDRIII CHA SO DIMM 1 Page B 11 RJ 45 Page 32 P170 HDD amp ODD Board Page B 53 DDRIII CHB SO DIMM 1 Page 12 Codec Realtek ALC892 Page B 33 P170 LED Board Page B 54 DDRIII CHB SO DIMM 0 Page B 13 APA2607 TPA2008D2 Page B 34 P170 Click Board Page B 55
85. Manual This manual is intended for service personnel who have completed sufficient training to undertake the maintenance and inspection of personal computers It is organized to allow you to look up basic information for servicing and or upgrading components of the PI50SM PISISMI 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
86. PRSNTE 27 Xqus LVDS Uno O wos Dat Hex 5 GND GND Fe 97 108 0130 D LVDS LTXi Hrag X GND GND PWRGD GND GND PRSNT R BiG 40K 04 RUN DP Lor Z vs LTO x 9 3 Wat Us n 959 PWR EN C309 16V 5 04 p E s RSVD T2 X DP C Li a DP D 10 zr GND 2 RSVD L lt GND T GND Farz GND RSVD 1 1 OPC 124 lt 118 65 GND Q RSVD lt 45 pP C 12 DP D LI Here GND LEVEL Pop 2 GND GND 2 4 PEX STO SW L lt 1 THROTTLE DP c 138 a DP D 128 220 Sheet 1 3 of 60 Xr VGA DISABLE TH ALERTY DP C 13 DP D 12 zzz 5 PWM FX GND GND Hozat 9 gt Z BL GPIOO 28 lt DP C AU 5 DP_D_L3 225 BL GPIO1 35 X AUX a DP D L3 65 MXM PC 31 a GPlO2 ass XGA RSUD GND Logo 4 79 ul SMB DAT zz RSVD O pb AU zz aum 23 LVDS DAT SMB RSVD DP D AUX Pog div ered 37 05 DDCClK 2 GND RSVD o DP C HPD 236 lt Dos sJ GND a OEM 3377 RSVD 2 DP D HPD 238 X ar OEM OEM 2 gt lt
87. SB MA Dr 43 SA MA 88 00 42 58 SA DQ 44 S amp Do 43 SB MA SA 45 SA SB DO 44 SB SA 46 SA 88 00 45 SB SA DO 47 SB 00 46 SB SA DQ 48 0 9 10 SB 47 SB 5 SA 49 SA DOS 58 48 SA 50 SA DOS 58 49 _B_DOS 7 0 11 12 SA DO 51 SA DOS 2 98 DQ 50 SB SA 52 SA DOS N 3 SB DQ 51 SB DOS N 1 E SA ba 5 SA DOS N 4 SB 0052 SB DOS 2 SA 54 SA DOS N 5 SB DO 53 SB DOS SA 00755 SB DO SB DOS Na SA DQ 56 SA DQS N 7 0917 0 9 10 58 00755 SB DOS 5 SA 57 SA DOS prs 53 56 SB DOS 6 AT SA DO 58 DOS P1 5 SB 57 SBDOSNT CM B 11 12 SA DO 59 DOS P2 BTS SB DQ 58 SB DOS D SA DO 60 SA 005 SB 59 SB DOS P 1 SA SA DOS P4 5144 58 00 60 SB Os P 2 Rz DQ 62 SA DOS P 5 SB DO 61 SB DOS P3 SM VREF RNG DQ 63 SA DOS P 6 58 00 62 SB DOS SM VREF SA DOS P7 SB 0063 SB DOS 5 SA DIMM VREFDQ SB DOS P 6 58 VREFDQ SB DOS P7 30F9 All VREF traces should be at least 20 mils wide and 20 mils spacing to other singals planes YaDIMM YA A Rae TK 04 vona 0 04 58 DIMM VREFDQ s MVREF 11 12 TK 1 04 004 R416 1K 04 o 058 84
88. TXN1 19 6 T 8848 Em 2 58 58 53 47 50 NP T 18 ATA 19 8 USB 23 ATA 19 9 10 85201 10051 D aav mSATA 3 3V mSATA o Sheet 36 of 60 short C612 0687 m iali m TP Ou_10V_Y5V_08 1u_16V_Y5V_04 gt a wakE 3 3VAUX HgO mSATA 3 3V 5 TSV 0 g OmSATA 1 5V X cobe PWR 7 DATA 5 mSATA ETT 9 9 REFCLK RESET Hg X 1 VPP X e GNDO 4 e Rael shor GND GND 0 1u_16V_Y5V_04 REY 2 18 27 GND 27 GND3 GND 2 mSATA I F ato E A 35 GND9 mSATA FOPS er SND11 mSATA AINS R 839 X7R 04 20 J _P17PWR1 svs mSATA TINS H C840 0 01u_16V_X7R_04 T W_DISABLE 27 X 1 Gary 10 17 axtxu Fix net name mSATA TXP5 R C841 0 01 16V X R 04 aa PERO S05 AIRPLANE PERpO SMB 32 AIRPLANE 30 34 17 SMB DATA SATA LED 19 30 Xm Reseed dee C688 10u 10V 5 08 dGPU PWR 13 30 34 9 aS Hieno LED 30 34 1016 Alex mSATA 33 3 3VAUX 3 3 8VAUX 1 LED CAP 30 34 3vAUX A 18 1 mSATA 1 998 LED SCROLL 30 34 dis coo 27 Reserv 2 2 PE S ii mSATA 3 3V 7 0 1u 16V 5
89. YSV O4 2 8 GND EN CON POWER 34 F 3 WAKE 3 3vAUx 0 NOT3522U nen gt s copa 15V 0 i F263 10K 04 oND us cope PWR OVDD3 dw T 1 2 7 UIM DATA Az OFS BT EN 20M NCT3522U 93 03582 800 SW 143436 27 WLAN_CLKREQ CLKREQ UIM_CLK 7g X 800LK s 95243 6 02 05243 9C0 C309 27 PCIE MINI REFCLK RESET AP2821KTR G1 6 02 02821 9 0 iii 6 e 27 CLK PCIE MNI REFCLK VPP ait 34 gt a T espo 4 10V 06 16V Y5V 04 248 7100 50V NPO 04 GNDS rase ALFA ESO R612 G D 20K 04 sni did 129Buxt i w anos GND GND3 GND 06 SIZE GND4 GND8 12 25 ai a 35 CND9 507 1 34_ WLAN GND11 GND10 3 3V_WLAN 23 PCIE RXN4 WLAN 5 PETO 20 23 PCIE RXP4 WLAN PET W_DISABLE WLAN EN 34 23 POLE DAA WLAN 3H rero penset 95 PLAST 1622034760 23 4 WLAN SMB 17 SMB DATA 11 ER TE Reserved USB_D SAA 37 Reservedi USB D USB PP3 23 GND12 24 1 3 3 3VAUx 1 28 904 o3sy WLAN USB P3 m 25 GND13 15V 2 H 2 Bast 004 ar
90. as data may be lost if the battery is depleted Do not turn off the power until you properly shut down all programs Do not turn off any peripheral devices when the computer is on Do not disassemble the com puter by yourself Perform routine maintenance on your computer 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 ais 5 Take care when using peripheral devices Removal Warning Use only approved brands of Unplug the power cord before When removing any peripherals attaching peripheral devices cover s and screw s for the purposes of de vice upgrade remem ber to replace the cover s and screw s before restoring power to the system Also note the following when the cover is re moved Power Safety Hazardous mov The computer has specific power requirements ing parts Keep away from moving fan blades Only use a power adapter approved for use with this computer Your AC adapter may be designed for international travel but it still requires a steady uninterrupted power supply If you are unsure of your local power specifications consult your service representative or local power company e The power adapter may have either a 2 prong or a 3 prong grounded plug The third prong is
91. 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 Part Lists gt U mp Part Lists Part List Illustration Location The following table indicates where to find the appropriate part list illustration Table A 1 Part List Illustration Location Parts Top with Fingerprint P150SM page A 3 Top without Fingerprint P150SM page 4 T Top with Fingerprint P151SM1 pageA 5 D Top without Fingerprint P151SM1 page A 6 Bottom N14E GS page 7 Bottom N14E GTX page A 8 LCD page A 9 COMBO page A 10 DVD Dual Drive page A 11 A 2 Part List Illustration Location Top with Fingerprint P150SM Part Lists FigureA I Top with Fingerprint P150SM eU NAME
92. gt ow eee 2 22 DP B DATA r ir 2214 85 m a 0828 61 7 85 G DP MODE WroNT2zHS R 22 DP B CK O e iral AUX R WIDNT2ZHS R MTDN7O02ZHSER 838 359 10 11 12 13 14 16 18 19 20 21 22 24 25 26 27 28 29 30 32 33 34 35 36 37 41 44 46 61 62 13 14 16 18 19 2229 30 32 33 25 36 41 44 61 B 18 Display Port Schematic Diagrams HDMI HDMI CONNECTOR svs D5 Gary 12 25 valueAdg Javfuu 5VS HDMI 1 ONE 1 J 14 015 L10 13H DWX R502 R508 R517 R518 R401 R403 R411 R43 70W 6 0 04 220 6 84 08 2 6 3 08 HOT PLUG DETECT 17 R518 A 0 04 SDA C DOCG CEC GND SDN SCL C R517 0404 RESERVED R401 9404 TMDS _CLOCK R 2 1 TMDS CLOCK as cue CEC CLOCK R s s 4 CLOCK sonos 5 9 T 12 woweoioras orros TMDS DATAO WCM2012F2S 61T03 7 mos DATAO 2 ARR 1 05 DATAO R TMDS DATAt R 2 1 2 TMDS
93. lt lt 2 0056 4 5 CHE_SAT_DIMT SAO DIM 12 DQ57 CHB_SA1_DIM1 12 00514 0058 00826 0059 00834 0080 00844 0081 00854 0082 00668 DQ63 CHA DIMM0 00 CLOSE TO SO DIMM 00874 CHA DIMM1 01 DRRKZO4OT TRAB 0905 10 MVREF_CA_DIMMB_R CHB_DIMM1 11 gt gt WREF CA DIMMB R 12 62 NET Test Gary ota de 15 o 1 63 5 06 6 3V om 6 3 1u 6 6 3V 06 1u 6 39 5 4 63 04 VTT MEM 7 3 5 9 10 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 30 32 33 34 35 36 37 41 44 46 61 62 3 3VS 3 4 6 9 10 12 30 39 VDDQ que ee dew dee oe 15 9 10 12 39 VTT MEM 10V 96H 04 10V 04 04 04 10V 04 100 6 3V 5 08 1u_6 3V_X5R 04 1u_6 3V_X5R_04 0 10 10V 59 04 0 1 10V X5H 04 0 10 10V X5H 04 10V X5H 04 0 1u 10V 5 4 10 6 3V X5R 04 6 3 04 B 12 DDRIII CHB SO DIMM 1 Schematic Diagrams DDRIII CHB SO DIMM 0 Channel B SO DIMM 0 2 CHANGE TO STANDARD DIMMA 4 11 M B B 15 0 lt M B pQ 63 0 4 11 pe JDIMM4B Dai A2 Daz
94. m 5 mso per osc FREF OSC FXN B6 MM XIALIN A3 A6 ESD GND1 XTALOUT ESD GND2 m A2 ESD GND3 ENRESET RESET ESD GND4 BOTTON VIEW TOP VIEW C4 AGND DONDA FTE D_GND 99 06 02 FGND 550 6 B 56 170 Board Schematic Diagrams P150 HDD Board DJ ODD1 DSATA TXPO DSATA TXNO DSATA RXNO UJ DJ n o DSATA TXPO PIN Sheet 56 of 60 DSATA TXNO DGND GND1 3 QGND syWoup ISSUE P150 HDD Board DSATA 3 S6 DSATA ct P1 5 P5 3 Pe D_5VS PB ET 3 P DC3 DC4 DC5 DC7 DC8 DC9 o 16V Y5V 04 16V Y5V 04 16V Y5V 04 6 3V 5 04 10u 10V Y5V 081 100U 6 3V B2 22u 6 3V 12 C166C T 12205 L PIN GND1 2 GND DGND DGND 6 21 C2700 122 DH1 DH2 DH3 H6_0D2_3 H6_0D2_3 H6_0D2_3 111 DGND P150 HDD Board B 57 Schematic Diagrams P150 LED Board L o LBL_3 3VS LBL 3 3VS LBL 3 3 8 9 D Sheet 57 of 60 LBL_R1 LBL_R2 LBL_R3 220_1 _04 220_1 _04 220 1 04 150 LED Board L Gary 10 18 xYz y q 2 220 04 Gary 10 18 xYz y q 2 220 04 Gary 10 18 4 9220 04 Q lt SCROLL CAPS LOCK NUM LOCK LBL D1 LOCK 02 LED LBL D3 LED v x RY sP172pNB7 ED RY SP172DNB74 5A RY SP172DNB74 5A 002 1119 Alex eb E LBL LED SCROLL LBL LED CAP LBL LED NUM O
95. 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 5 Becareful with power Avoid accidental shocks discharges or explosions Before removing or servicing any part from the computer turn the computer off and detach any power supplies 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 6 Peripherals Turn off and detach any peripherals 7 Beware of static discharge ICs such as the CPU and main support chips are vulnerable to static electricity Before handling any part in the computer discharge any static electricity inside the computer When handling a printed circuit board do not use gloves or other materials which allow static electricity buildup We suggest that you use an anti static wrist strap instead 8 Beware of corrosion As you perform your job avoid 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 Cleaning Do not apply cleaner directly to the computer use a
96. 0 10V 04 PEG R PEG 6 FRIT PEG 7 C522 0 220 10V 04 PEG PEG 7 ra PEG HOPE 8321 ETT PEG RPE Processor 1 7 Reso 40mil_ shortCPU CSVM29 gt 8 PEG 8 E23 PEG 9 085 0 22u 10V 04 PEG RXPS 21 FDI CSYNC Rego Tomi shorCPU FUTTNT J28 CSYNC 8 PEG POP 9 10 C74 0 22u 10V 04 PEG HXPIU 21 FDICINT DISP INT PEG 10 E PEG HXP i1 079 0 22 10V 04 PEG RXPTT PEG 11 F35 PEG HXP T7 C54 0 22u 10V 04 PEG 2 PEG 12 l E34 PEG HXP 13 C69 0 220 10V 04 PEG cee 13 87 0 220 10 04 TE fad 03 T EI ED 15 s C118 0 22u 10V XSR 04 PEG PEG TN 0 15 13 PEG DN 0 Har PEG INT C75 0 22 X5R D4 PEG TANT PEG 1 233 C90 0 22 10V 04 PEG TANZ PEG 2 R PEG TXN 3 C50 0 220 10V 04 PEG PEG TXN 3 PEC DN T C95 0 22u 10 04 PEG TINE PEG_TXN_4 Gay C76 0 220 10V 04 PEG TXN PEG TXN 5 PEG TXN 5 C93 0 220 10V 04 PEG TINT PEG DW 6 ES PEG 7 C78 0 22 10V 04 PEG TNT PEG 7 PEG 8 0650 0 220 10V 04 PEG TANE PEG DN 8 37 PEG TXN S 645 0 220 10V 04 PEG 9 Ezg PEG TINIO C638 0221 10V X5R 04 c PE
97. 0011 VDD7 VSSo2 12 8 8 0012 5523 0013 224 VSS24 14 0014 5525 A15 0015 VDD11 VSS26 109 0016 4 VDD12 VSS27 BAO 0017 20mils VDD13 vss28 0018 ee 0019 1 VDDIS VSS30 sor bozo i 518 1 VDD17 vss32 DDRIII CHB SO 2 E E m mE CK0 DQ23 199 VSS34 0024 30 8 9 68 04 VDDSPD VSS35 0025 5528 D 1 Daze NC 46537 CKE1 0027 1287 NC2 VSS38 CASH DQ28 X NCTEST 5539 RAS 0029 198 VSS40 CHE SAT 207 540 DQ31 3 9 10 12 DDR3_DRAMRST RESET VSS42 um 202 Dose 1 C228 2 2 6 3 X5R 06 20mils boss E07 2 046212 S 5 0085 412 MVREF_DQ 8 TESE Gary VREF CA VSS46 4 MESES wm 90m pc 20mils F hes 2 n Dass 4 mils vsst 5549 DMO 0039 vss2 VSS50 6452711 22u SR DM 0040 y 553 VSS51 5 DM bor Ir 223 195 046498 01u Y5V 04 vet OMe 0042 VSS5 lt 0043 vse DM 0044 vss 0045 vse DW 0046 vse 4 12 M B Dos 7 0 gt 0047 vssio paso 0048 awe vssit 0081 0049 5 vssi2 0082 0050 18513 0063 0051 VSS14 0084 0052 18815 Dass Dass 1 8 5 0 DIMO DRRK Z20401 TR4B Dosa z CHB SAT DINO 4 12 M_B_DOS 7 0
98. 051 Sheet 53 of 60 P170 LED Board x POWER BUTTON 14 4 1 TH RHI 2125 14 BTN LAGND POWER SWITCH LED o c 0 a jd 1 0 m L4_3 3VS 20mil L4RB 220 1 04 Gary 10 18 220 04 20111 20mil 16 04 LaGND ay ERAUS6 L4GND B 54 P170 LED Board c L4 VDD3 L4R2 i00K 04 L4 U2 L4 548 GN 16 04 PT3661G BB P170 14 9 HDD CD ROM LED 1439 290 04 14 SATA L4GND 1402 100p 50 04 14 14 9 996 1485 220 04 1403 ary L4_LED_SCROLL 14 9 996 14 9 996 1456 1487 390 04 220 04 1404 1405 toso Y Eu o o L4 LED L4 LED ADD LED for AIRPLANE LED dGPU date 0 L4_WLAN_AIRPLANE L4H2 H6 002 3 H6 002 3 H6 0D2 3 III L4GND L4GND 14 8 996 D02A DEL 1402 L4 dGPU Schematic Diagrams P170 Click Board
99. 0h 0x1Fh H Ox90h Ox9Fh T as 2 314 1929 20 32 36 37 39 41 42 62 B 16 PS8625 Schematic Diagrams 1394 02221 cesa 2700 50V NPO 04 AVDD 3 38 PLVDD 33 IEEE1394 s m a 1394 TPBlASO 170 HCBIQpSKE 1211 HCBTOOSRES D02 12 03 ValueAtg6 Gary Ri 03 1 086 Gary D02 1112 Alex C836 C832 D02 1112 Alex C861 7 LR Ser M 1394 WCM2012F28 161T03 C869 Ci C955 087 GND 4 18V 04 36V 04 3 x cary Pv de de GND L 2 E GND VET Gary Hr de x de dee x F 56 04 save 7 MIE 04RH4G R50 0 04 9 121 HCB10pSKE 121T R451 04 R478 5 1K 1 04 Close HUE u us o Em sud 2 z70p Sov NPO x C a 63 2ER o4 Note com X102221 vsv 04 AT VETUZRUSS Gary 20016 cary Close to CON az H gt cae Ly sav Del L23 L24 DO 92 05 VERUERUSG Gary T 5 Add R449 R450 R451 R452 0 04 9
100. 1 8 Bottom N14E GS 7 Mainboard Overview Bottom Key Parts 1 9 Mainboard Overview Top Connectors 1 10 CD T A 9 Mainboard Overview Bottom Connectors 1 11 COMBO 10 Disassembly c V 5 DVD Dual Drive itin iR bea Spem tene A 11 cca A T n 2 1 Schematic Diagrams B 1 Maintenance TOONS ens 2 2 System Block Diagram 2 2 2 Processor I 2 ganas HN B 3 Maintenance Precautions 2 3 PROCESSOR 2 7 M 4 Disassembly T iesise isi 2 4 PROCESSOE 3 7 e B 5 Removing the Battery 2 5 Proc ssor A T TD B 6 Removing the Hard Disk Drive 2 6 Processor S T C B 7 Inserting the Hard Disk Into the HDD Bay 2 9 Processor OUI p mad a Nep B 8 the SSD 1 2 10 8 B 9 Removing the Optical CD DVD Device
101. 15 8 E E E gt gt gt gt gt gt vcc Press 3 3 3 2 2 3 Oo 01 1026 Alex vec E 3 E 3 E 700070 Gary sWW d I 5 a a 8 8 a 4 8 8 5 7 44 VOC SENSER lt SENSE vec c RSVD vec arog VCCIO OUT vee 0 5 VCCIO2PCH o FC A23 vec VOGIOA_OUTO VCOMP_OUT veo GORE RSVD vee D01a 1009 Alex w o RSVD voc i j nevo 100 0478 0476 082 3 VCC Hanes 2 2 2 2 SVID Signals 44 H_CPU_SVIDALRTS 452 1 04H CPU SVIDAIRTR VIDALERT w E 8 8 8 8 8 OUT 44 H CPU SVIDCLK VIDSCLK vec T T T a 44 H_CPU_SVIDDAT VIDSOUT VCC Es 8 5 18 AP35 Har gt 2 z z z H27 VSS VCC 2 Ris E ERU FCGPU SVIDGL PWA DEBUG VCC 2 3 3 2 3 REO 130 1 04 H CPU SVIDDAT 1 RSVD ATSS rss VSS vec 2 2 ss RSVD TP 4 1 HSVD ARS2 nz RSVD_TP VGC AH FSA RSV VGC ease RSVD vec ECS T 0108 C107 1 05VS vss vec 5 5 8 2 vss vee i 1 vss VCC Hayag 5 5 5 5 9 vss vee 702 150 1 PWR_DEBUGE vss vcc Fras 5 e e 15 15 vss AJ 2 2 vss VCC AJ 2 2 2 8 vss VCC Hag 8 8 8 8 8 vss FA 4 68 vss Fees 1 05 5 VCCIO OUT
102. 18V STAR oy aX AN o POR Footprint MMSOFE usss ner H seme 2 10 6 3V 06 Senec E BT 21 ESATA REDRIVER Tm Toe 21418 23 USB3 Sims 5 33 6 21 2 8 1 5 51418 23 088 ET EJ e USB3 0 Max Trace ST7AH09FZTS494CB R1014 04 R1015 a 4 7K 04 B1016 V AY TO0K 04 7K 08 length lt 4 RTO20 V V TOOK 04 25 Reserve 12 03 VDD5 40 41 5v 13 29 32 28 39 41 42 43 836 3 59 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 29 30 44 46 61 62 USB eSATA USB Charging B 29 Schematic Diagrams SB 2 0 CCD Mini PCIE LID USB2 0 PORT CCD 33 8 35 9 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 30 32 33 34 25 36 27 41 44 4661 62 48 mil 1 VN pos USBVCC01 pem VIN 1A Del R114 USB_OC 89 u12 100 MIL 125 C124 5 FLG VOUTI T 10 6 3368 GND 2 T 36V 041 10u ee 1 A Port 5 us 3 8 2 3 E 4 D05 N Fi 2 z 158 1 10V 06 gt 1 6 3 04 28363941
103. 2 62 33VS 3 59 10 11 12 13 16 17 18 19 20 21 22 24 25 26 27 28 20 30 92 33 94 35 96 37 41 44 46 61 62 Panel Inverter CRT B 15 Schematic Diagrams PS8625 ENPVCC 156 155 BCIHPOA20TB 2R2M 188 0 PANEL EN 14 HCB1005KF 121T20 HCB1005KF 121T20 HCB1005KF 121T20 E ENBLT PS BKL EN 14 20 VODIO 3 3V VDDIOX U4 g VDD12 4 VDDRX 8 gS N E E 8 8 8 5 rs 15 E 5 g 8 3 p 2 5 5 3 813 3 8218 2 3 3 E 8 4 3 3 2 5 511 8 8 8 d LVDS_UON LVDS UON 14 5 2 2 5 8 i 3 3 3 3 EUR LVDS_UOP 14 efa a e 18 4 zz 1P 14 8 Switching Regulator Layout Guideline 8 8 z g 1 Place the switching regulator inductor L3 closeto SW OUTPins Pin15 Pin16 5 5 9 021 neget M 2 TheSW_OUToutputtraces should be as videas possible 8 IDE UDLEN t a Es LVDS UCLKP 14 3 TheGNDX pins Pin17 Pin18 should be connected to the main PCB ground plane with the device GND pins of the PS8625 connected to separate GND island GNDA ki 5 mm Bi TheGND island GNDA should be connected to themain GND plane GND with a
104. 230 C232 change to 12 9 8 16 gg 25 589004098295 gt 2 52250222255 8 aa 480 0603 70402 nao rara Remind that R109 using the ME o lt Sheet 37 of 60 a d dx o 88898 8 vr win power power SD 00 RSD DI MS RD D2 0 D3JMS 02 50 CLKMS Dd 31 LAN MDINO A 2 3 5 5 vopREG 9 9 0993 cc 4 9 VDD 10 5 010 8 VDDREG xS rmewnrc 9393 CARD ENSWREG H Faa 65 81 LAN MDINT SDA SPIDI 21 LAN NDIP2 MDP2 LED3SPIDO beter LAN bay VDD10 AVDD10 RTL8411 CG DVOD10 Ez5 VDD10 0206 LAN LANWAKEB rag Q RTI 8 41 1 n omues WAKES s 04 T o4 AVDD AVDD33 ISOLATEB P3 DVDs OD pr mmm RESI gag BUF PLT 16222930450 CARD 3V30 e p7 mr Card 33 8 CLKREOB P35 S5 Was 9 6 50 DI DVDD33 50705 m 50 1 24 9 5 oS sobs 40424 az vopsite I 598 65 88688 888 man 9 2655299 CARD ava 288888822 0228 04 cera RRPPP command L 227 TAN SIRE 16 04
105. 25 GEN2 3 lt 6 MHz mSATA 6 Mini PCIE eSATA lt 12 SATA HDD SOCKET mSATA Hilketa TE CCD 1394a siis PISO FINGER PRINTER USB4 ON CLICK BOARD Charging USB2 0 USB9 Audio BOARD 2 nd mSATA FingerPrint P150SM OPTIMUS 6 71 P15S0 D03A Optional B 2 System Block Diagram Processor 1 7 Haswell Processor 1 7 DMI FDI PEG Schematic Diagrams 20 mil PEG IRCOMP R R130 24 9 1 0 U32A Haswell PGA EDS JGA SIDE E23 PEG RCOMP PEG 0 0367 0 22 10V 04 PEG DMI DNO D21 PEG 0 PEG C525 0 22u 10V 04 PEG RXNT 21 DNO T RXN PEG FON 1 PEG 2 C526 0 22u 10V 04 PEG 2 21 DMI_TXN1 2 RXN 1 PEG 2 T30 PEG 3 C511 0 220 10V 04 PEG RXN3 21 REEI DMI_RXN_2 PEG 3 was PEG RXN 4 358 0 220 10V 04 PEG RXN4 21 TXN3 RXN 3 PEG FUN 4 PEG HAN 5 C529 0 220 10V X5R 04 PEG HXN 020 PEG 5 M35 PEG C521 0220 XSR 04 PEG HXNG 21 DMI RXP 0 PEG 6 P
106. 27 28 29 30 32 33 24 19 26 RTCVCC 16 19 23 25 26 27 36 39 1 5VS 35 36 37 41 44 46 61 62 3 3VS 2 3 14 15 19 29 30 32 36 37 39 41 42 62 3 31 44 DELAY 14 34 44 ALL SYS PWRGD ALL SYS PWRGD 14 34 44 10V 04 14 PM_PCH_PWROK gt 13 J vcospw 34 PCH_PWROK_EC C SMH 14 1730 PWROK AK 04 SYS T LVCOBPW R398 10K 04 Schematic Diagrams PCH 4 9 CRT Display PCI L Point CRT DISPLAY PCI ynx Poin j Boot BIOS Strap 3 388 lo BBS BBS BITO Boot BIOS Location 6 iu 1 3 ral gt DP AUX 61 QU Quse R931 0 0 MTDN7002ZHS6R MTDN7002ZHS6R 1 Reserved 100K 1 04 1 0 PCI TDBAUXKR 024 10V X R 04 nm 1 1 SPI le 6 3 DP TDB AUXR j 10V XR 04 1 kal BBS BITI R463 3K 04 anid EN 930 MTDNTOO2ZHSGR MTDN7002ZHS6R svs 5 5 100K 1 04 9 8348 Flash Descriptor security override strap Road R943 100K 04 100K 04 LOW PCI
107. 28 C570 C427 C619 C721 D4 for P151SM1 gt D9 for 1505 26293839 5558 315394 0 1 50 YSV 06 gt 0 01u SOV X7R 04 o o a post a EMI 283440 DD ON PC 16 21 28 10 12 13 34 42 43 50588 5 45 EF por 5 16V 04 16V 04 33V 3845 SVS 026 mounted VARISTOR PR195 PR197 9 Sheet 41 of 60 Ms ui 02 491 8 PE G 5VS 3 3VS 1 5VS D4 5W1 D9 swi 26 5 5 1518 1 1505 zziz 818 8 3 3 5V NMOS 3 3V NMOS 2 21 Passa 8 8 amp 81813 SYSt5V VDD5 MINN20N03Q8 sv sysisv vooBA MINNZONOSO 2 8 2 vgs 1447 19 11 4A 1 1 PR217 DEL Power Plane LX Power Plane 505 Add C600 C491 C627 0 01u 50V X7R 04 1M 04 2 1M 04 C626 EN GND 0 1u 16V 04 G5243A 10u 10V 5 08 PQ71B 4 fe 4 oos soon Epil s ove 4 01 1011 Alex PJ21 o 9 4 m PM SUP LANE 8 8A 8A 8A BZZ 10 04 NMOS 3 3774 mos ON R758 004 00 ON SYSI5V VbDs 2 svs ga
108. 295 5150 Play 517 PLY AGND gt 0 P151KBl P151 Backlight acklight KBC_WRESET 3 3950 J KB2 J P15KBl 0 04 for M760T TU L E J gt 2 mes ae BKP1005HS121 04 for M740T TU ute 8 85208 24051 EMI Solution 6 3V 0 8 58 eso 4 203046 ADO up 8 Dons KSOSTM ss Es 20 30 46 LPC_AD1 LADI 29292299 lt KSIAFD 2 0 085 203046 LPC AD2 LAD2 KSI2 INIT Fst KE SIS 203046 LPC AD3 LADS KSI3 SLIN 2 27 POLK LPCCLK T 20 3046 FRAMER LFRAME KSI5 203046 SERIRO Senna LPC K B MATRIX 15 Eme VONTAGE 16 22 29 30 37 60 BUF PLT RST LPCRST WUL4 GPD2 PU 31775 3 3v WRESET amp 14 1 waste xsour00 FITUS R673 0 04 126 charger 24 GA20 GA20 GPB5 KSO2 PD2 PISIEM 23 7K iv Smart Li 45 KBRST GPB6 PU y charger 30 LED ACIN 17 PWUREQVGPC7 PU KSO4 PD4 21 23 60 18011 PU 5 5 13 piste T 105 v 23 KSOG PDG 316 PIS7SM 3 24K 24 ECSCH GPD3 PU KSO7 PD7 M 3 ECSM GPDAL PU a MODEL ID KSO9 BUSY o voD3 RESO 12 gg PAC 1 20 RESO ESOT 8 WLAN EN ano RESO KESOI T RB 10K 04 KBC_MUTE GPJ1 KSO12
109. 2DNB74 5A L3LED NUM PI5ISM Schematic Diagrams P170 HDD amp ODD Board HJ ODD1 51 0 01u 16V 7 04 HSATA 5VS 0 01 16V X R 04 HSATA TXNO SS HJ_SATA_HODD1 0 01u_16V_X7R_04 HSATA_RXNO 1 HSATA_TXPO 0 010 16V X R 04 HSATA RXPO 0 010 _ HSATA RXNO HSATA TXP1 H_EODD_EDTECT HSATA_TXNT H_SVS HSATA RXN1 H EODD DA FP gt AT13035BAA089 990326 Sheet 52 of 60 ND P170 HDD amp ODD Board P170 ONLY HC5 0 01u 16V X7R 04 HSATA TXP1 HC6 0 010 16V X R 04 HSATA TXN1 e e HH3 HH2 HH1 0 01u 16V X7R 04 HSATA RXN1 H7 002 8 H7 002 8 0023 HC8 0 01 16V X R 04 00 o 3 D 5 3 ER III HC10 10u 10 08 16V 04 5VS s4Woup ISSUE HC9 HC4 HC17 1 1 0 10 16V Y5V 04 0 1u 16V HC12 HC1 HC3 10u 10V 1000 amp 3V 22u 6 3 12 ESR35M 04 iu 6 3 04 5 0200 0307 05 PINGND1 2 GND 5 GNP HC12 1u 6 3V Y5V 04 gt 1u 6 3V X5R 04 HGND P170 HDD amp ODD Board B 53 Schematic Diagrams P170 LED Boar 14 3 35 L4J LED1 15 14 SW L4 VDD3 Lo 87151 15
110. 4 nd m ISSUE mSATA RXN4 M 15 0 01 16 X7R 04 HOST 12 mSATA 4 M R mSATA 4 M 16 0 01 16V X R 04 5 REIN TT mSATA R s aa 3 3VS MH1 MH2 MH3 MH4 MH5 Q M 3 3VS H7 585 003 7 H7 0D3 7 H7 0D2 3 H7 0D2 3 H7 0D2 3 H7 0D2 3 T MRE 100K 04 4 7K 04 100K 04 4 7 04 MGND MGND MGND MGND MGND MGND B 60 mSATA Board Schematic Diagrams Power on Sequence 467 218 PWR_SW PWR x no 1 9842ns 6 DD ON 3 3V 1 2 434ms 3 3 5v T sv RSMRST RSMRST BTNi p 123 1355 174 270ms BTN esi CC OTT vo y ms k s Sheet 60 of 60 E 22 Power on 3 3vs le Sequence I3 3vs 1 594318 1 5vs 1 5 8 1 05V LAN M 63 1 05VM 1 05VM 3 1 05vs CJ 1 05vs vrr 26 305 ALL SYS PWRGD ALL TO PCH PWROK PM PCH PWROK 17514 7 PwRGD 11 PMSYS PWRGD BUF SI sns H CPUPWRGD H CPUPWRGD VCORE 69 35 veray DELAY PWRGD 0 o 5 3 D f 5 VCORE 2 8578g SYS PWROK PLT_RST e adire mim s 00 1 78288
111. 46 1K 1 04 3 6 9 10 11 12 30 39 VDDQ L 0 1K 1 04 222 SA DIMM VREFDQ DQ DIMMA gt 9 10 SM VREF E VAEF R SM VREF_R 8699 1K 04 037 R429 9 AO3402 0 1K 1 04 AOS402L 1K 196 04 DRAMRST CNTRL DRAMRST CNTRL 3 20 a Schematic Diagrams Sheet 4 of 60 Processor 3 7 Processor 3 77 B 5 00 o O 5 D 3 D 0 3 Schematic Diagrams Processor 4 7 Sheet 5 of 60 Processor 4 7 Thunderbolt HMDI o c 0 a 1 m DisplayPort B 6 Processor 4 7 61 DP TDB4O 61 DP TDBO 61 DP 1 61 DP 61 DP 2 61 DP TDB2 61 DP TDB43 61 DP TDBS 18 CON 18 HDML COP 18 HDMI CIN 18 HDMLCIP 18 HDMI_C2N 18 HDMI C2P 18 CCLKN 18 HDMI_CCLKP 17 DP Bi i DP BO 7 DP Bi 7 DP 17 DP Bif2 7 DP B2 17 DP 49 17 DP B3 Haswell Processor U32H Haswell PGA EDS 4 7 T28 037 029 7 var 34 17321 v35 P29 q FERR EL A22222 22 PROM j DDIB TXNO DDIB TXPO DDIB DDIB TXP1 DDIB TXN2 DDIB TXP2 DDIB TXN3 DDIB TXP3 DDIC_TXNO DDIC_TXPO DDIC TXN1 DDIC DDIC DDIC TXP2 DDIC TXN3 DDIC_
112. 5 vssa 0046 859 4 11 M B DOS 7 0 0047 VSS10 3 Daso Dass VSS11 DOS1 0049 vssi2 GND1 0052 0950 VSS13 Gt 77 0053 0051 5514 G2 0054 0052 VSS15 0085 0053 5 DRRK Z0401 TP9D 0057 0055 0058 Daso 0057 Dast 0058 DOS2 0059 E DOS3 DQ60 E Dasa E Dass 0062 81707 DOS6 0063 0057 DDRRK 20401 TP9D VIT MEM C261 I C236 I C260 I C234 i C224 10u 6 3 06 1u_6 3V_X5R 04 1u_6 3V_X5R_04 1u 6 3V_X5R Jo4 10 6 3V_X5R 04 3 5 9 10 11 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 30 32 33 34 35 36 37 41 44 46 61 62 3 3VS 3 4 6 9 10 11 30 39 VDDQ 9 10 11 39 MEM C498 I C467 I C483 I C455 T C468 1 C469 C487 1 C485 1 C471 C501 1 10V X5R 04 10V 5904 10V X5R 04 10V X5H 04 10V 04 10V 04 10V 59 04 10V XH 04 10V 04 10V 04 DDRIII CHB SO DIMM 0 B 13 Schematic Diagrams MXM PCI E
113. 8 Alex VCCA C445 C788 tu 6 3V_X5R_o4 10 04 20 939 204 3 3VM 13 19 20 21 23 24 25 27 29 34 36 37 40 41 42 45 46 VDD3 25 42 1 05V LAN 2542 1 05 6 VCCIO2PCH 3 6 25 30 42 44 62 1 05VS 19 21 RTCVCC 2 3 14 15 19 29 30 32 36 37 39 41 42 62 3 3V 3 5 9 10 11 12 13 14 16 17 18 19 20 21 22 24 25 27 28 29 30 32 33 34 35 36 37 41 44 46 61 62 3 3V 3 6 25 30 42 44 62 1 05VS 16 19 21 23 25 27 36 39 1 5 8 PCH 8 9 Power B 27 Schematic Diagrams PCH 9 9 CLK GND DOla 1011 9 U19 IPT PCH M EDS Lynx Point GND vss vss Y PCIECLKRQ4K 45 PCIECLKRQ44 0000 04 vss vss vss vss PCIECLKROS vss vss ANDE VSS vss VSS vss Mz VSS vss mre VSS vss CLKREQ vss A R648 10K_04 VSS vss ANg VSS vss VSS vss rii LPT M EDS APTS VSS vss ICH GPIO46 R647 10K 04 vss vss vag AB35 PCIE CLKREQK vss vss CLKOUT PCIE PEG A REM D gt CLK maw 13 MOOREN L vss vss vag AB36 PCIE MM VSS vss CLKOUT PCIE CLKOUT PEG 4 CPOE
114. D5 28 40 41 SYSI5V 13 35 40 41 62 seio TT zoo sov P D02 1112 Alex 3 19 3941 o Power 1 05VS B 43 Schematic Diagrams Power V Core 1 B 44 Power V Core 1 10848 3 6 25 26 30 42 62 OUT 3 5 6 CORE 13 14 39 40 41 22 43 45 3VS 3 89 10 11 1213 14 16 17 18 19 20 21 22 24 25 26 27 28 29 30 32 33 34 35 36 37 41 46 61 62 savs PRIGS mu 201004 9 PR383 SWN2 T9808 L gt PR128 ato TSENSE CSREF 04 PUT COLSE POSA 25 TO VCORE 20K 04 ospa 58 1 04 0014 1025 Alex Phase 1 DATUR o Inductor 196 04 EN 04 1200 504 7 0 csREF rm 1000p 50V 04 ped 12 2 PR365 8 gt corer sicui 5 PR345 1 04 356 ey 3 NN ASM for 1 phase ASM for 2 phase 9 BRO PUT COLSE
115. EG AXN C523 0 22u_10V_X5R_04 21 1 PEG RN 7 E29 AIN E 0120 0 220 10V 04 PEG HXNE 21 DM TXP2 RXP 2 PEG 8 MD PEG 7 697 0 22u 10V X5R 04 PEG HXNS 21 TXP3 3 PEG RXN 9 PEG C73 0 220 10V 04 PEG D18 PEG RXN 10 D30 PEG RXN TT 121 0 220 10V 04 PEG RXNTT 21 DM RANG DMI RXNT T7 DM 0 PEG RXN 11 E35 PEG 12 C98 0 22u_10V_X5R_04 PEG RXNTZ 21 DMI_RXNI DMI RXNZ 1 PEG RXN 12 Dur PEG AN TI C65 0 22 10V 04 PEG RINTI 21 DMLRXN2 AU DN 2 PEG RXN 13 E33 PEG 14 C94 0 22 10V 04 RXNT4 21 RXN3 3 PEG RXN 14 E3 PEG HXN TE Cae 0 350 04 PEG RINTS K PEG_RXP O 15 13 D 017 PEG RXN 15 129 PEG 0 C362 0 22u_10V_X5R_04 PEG_RXPO X 21 RXPO TXP 0 PEG RXP 0 PEG ARPT C532 0 220 10V 04 PEG 21 DMI DMI RXP2 1 PEG RXP 1 PEG 2 0365 0 220 10V 04 PEG RXP2 21 DM HXPj AW 2 PEG 2 PEG AYP T C514 0 22u 10V 04 21 DMI RXP3 DM TXP 3 PEG 3 t33 PEG HXP 4 C528 10 220 10 04 PEG HXP4 PEG 4 5 524 0 220 10 04 PEG eet PEG RXP 5 tss PEG RIPE 831 022
116. G 10 2g PEG TXN TT C637 0 22u 10V X5R 04 PEG TXNTT PEG DN 11 PEG DN 12 C629 0 22 10V 04 TANT PEG 12 TAZE PEG TXN T3 C625 0 220 10V 04 FEG DNTS PEG 13 B25 PEG DN 14 C621 0 22 10V 04 PEG INIS im 1 PEG 14 Res PEG TXN T5 C616 0220 10V X5R 04 PEGCTNITS PEG 15 13 PEG 15 J35 PEG 0 C16 0 22u 30V X5R 04 PEG TXPU PEG 0 Gar 0 220 10V 04 PEG D 1 was PEG TAF 77 0 22 10V X5R 04 RU PEG DO 2 mer PEG C70 0 220 10V 04 PEG 3 PEG TXP F C91 0 220 10V 04 PEG TXP4 PEG DE 4 Hag 5 71 0 22 10V 04 PEG PEG DP 5 B33 PEG TYPE 0128 0 22u 10V GR 04 PEG DP6 PEG 6 PEG 7 C72 0 22u 10V 04 DEPT PEG DP 7 PEG C646 0 220 10V 04 PEG TXPB PEG 8 B30 PEG DP 9 C640 0 22u 04 PEG 9 25 PEG TXP T0 C638 0 220 10V X5R 04 PEG PEG 10 B28 PEG IP T C628 0 22u 10V 04 PEG TXP 11 PEG TXP 12 C622 0 220 10V 04 PEG 2 PEG 12 B26 PEG IXP 18 620 0 22 04 PEG 13 14 0618 0220 10V 04 PEG DP14 PEG 14 paar PEG 15 611 0 22 10V 04 PEG 5 PEG TXP 15 10F9 CPU SIDE PLACE NEAR U32 1 0 04 6 77
117. IC LANE REVERSAL FOR ALL PEG PORTS 1 DEFAULT NORMAL OPERATION ean EDS LANE DEFINITION MATCHES CFG2 SOCKET PIN MAP DEFINITION rm RSVO TP RSVD TP ood s E P Bez 9 0 LANE REVERSAL eve RSVD A34 A34 RSVD TP RSVD D23 RSVD TP RSVD TP RSVD A35 RSVD TP 5 CFG2 RSVD W29 W29 RSVD TP 1 RCOMP 9 TESTO ca RSVD_TP CFG RCOMP ws TESTLO G26 CFG 16 ARZ3 CFGT7 9 VCORE vss CFG_18 AL2 RSVD 17 9 T RSVD OBS fp 1 5 C35 AR33 CFG3 R103 4 A K 04 e RSVD C35 RSVD Hs amp Resp Tp FC G6 AL25 RSVD 6 RSVD AL2S 5 RSVD TP RSVD pave w30 RSVD 13 12 rem sevo Hi Sheet 8 of 60 TEST Wai wae RSVD RSVD DISPLAY PORT PRESENCE STRAP was wor was pn CFGO 20 RSVD PX P 7 7 1 DISABLED Go Ra Geant He rocessor NO PHYSICAL DISPLAY PORT ATTACHED cras zz cre RSVD TO EMBEDDED DISPLAY PORT o Nc HS cro As CFG_ RSVD CFGA 9 ENABLED eres RSVD AN EXTERNAL DISPLAY PORT DEVICE E E21 RSVD 21 9 re t RSVD TP a IS CONNECTED TO THE EMBEDDED 2 cFG a RSVD TP RSVD E20 DISPLAY PORT rz 10 27 e tror zs CFG 11 vss e tron s CFG 12 vss a CFG 13 AL31
118. JEDI for AIRPLANE LED E01 an 1 TA LED 1 2 a 2L XC31 2 3 3 e 4 4 5 4 5 KBC2 34 LI 6 5 BAT 3445 018 L ore SMD BAT 34 45 3 AE KC Bur PLT 16 22 29 24 97 60 10H 488 47 04 KBC2 27 E nh LPC_ADO 20 34 46 z 12 LPC AD 20 34 46 ms sas LPC AD2 2034 46 9590 2 LPC AD3 203446 504 NPO 04 J_LED2 5 3 6 1 FRAME 20 3446 3 8 0 SERIRG 90 0408 LED 34 36 50888 16 21 28 32 33 34 41 42 43 m LED_CAPH 3436 LED_SCROLL 34 36 PIN define DEL xvs xsp1 xctx Puzo 21 3 318 2 23 HEADPHONE L 32 HEADPHONE R 32 FRONT L 32 33 FRONT R 3233 SPK HP amp 29 33 svs svs aav 33 6 Close to U39 Gary D03 x DEL J VLED3 L18 U78 R339 017 cms cus 5 5 E 8 5 to pcid to gt gt gt 3 5 5 5 5 5 5 B x 5 z z z z E gt gt gt z gt gt 5 E gt gt gt gt gt 2 3 2 2 5 5 5 5 3 2 8 8 9 5 2 5 i 5 5 5 5 5 5 13 14 39 40 41 42 43 44 45 3 305 3 5 9 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 32 33 34 35 36 37 41 44 46 61 62 VDD3 18 19 20 21 23 24 25 26 27 29 34 36 37 40 41 42 45 46 aav 2 3 14 15 19 29 32 36 37 39 41 42 62 5 5 13 14 16 17 18 19 22
119. K 04 vss vss vss vss 5 vss VSS vss VSS vss VSS 2 vss vss non 2 3 14 15 19 29 20 32 36 37 39 41 42 62 3 3 3 5 9 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 28 29 30 32 33 34 35 36 37 41 44 46 61 62 3 3 16 19 21 23 25 26 36 39 15 18 19 20 21 23 24 25 26 29 4 36 37 40 41 42 45 46 VDD B 28 PCH 9 9 CLK GND Schematic Diagrams USB eSATA USB Charging 51655583 USB Charging PORT 5 29 6 100 mil FLG VOUTI 2 7 we GiGi Ou C360 cato 3 8 7 lt VINE 16V YSV O4 16 Y5V 04 29383941 DD gt gt F100 71001 short 04 Aleng H D05 SY 6258D CAC C326 2A 90mohm R100 change to short 10 Y5V 08 8 Stanley 0050 W USB CHARGER ne 3440 41 USB CHARGE EN 29 34 VDD5 USB3 0 PORT3 eSATA eSATA Es GND m SATA TXP2 R C54 0 01u 16V X7R 04 SATA 2 1 2 Pe R654 w 9 10K 04 SATA TXN2 R C55 0 01u 16V 7 04 SATA DN2 C 4 9 3 P E kaway m
120. L Sheet 28 of 60 ep 80 1 pner ow m SATA RXN2 R 056 0010 16V O4 SATA RXN2 2 2318 40 CB U SB s mns eSATA USB R 067 0010 os SA meoc 4 3 pol Pi iiu Reso WCM2012F2S 161T03 sh USB 100K 04 Snort phi ae USB QD 5 8 da Charging 100 mi I IN p USB2 0 SLG55583VTR Footprint TDFN8 2X2MM R555 004 PR GND YO 8 SLG55583VTR 10K 04 1 2 P3 6 02 55583 900 fal DOSA 23 USB PN4 gt gt zd 4 Ds G2 Del L15 23 USB 3 P4 G3 R555 R556 04 M C WOM a 25 1810 GND Ga 04 23 USB3 5 DR E L lt SSRX R657 10 04 USB DD ON g 23 USB3 RPS PS m 23 Uses DNS C201 10V 04 PIS ok Im USB3 0 PORT1 o USBVCC CHARGER 9 t Layout Note 5 Sors FLG VOUTI Closed to U11 C550 cu sem Dro 1 GSES 15 n C182 04 SATA TIN 2 aws usi 16V Y5V 04 9 eSATATIN qos GND CLOSE TO CONNECTOR J USB3 1 SATA RXN2 4 T 12 SATA RXN2 R 1 I Z2806 9 GND1 X RXN2 1 MMSOPR 10V X7R 84 eSATA
121. M 5 POART LED BOARD V20 P SATA DVD SUPER MILT ASSY EIS SATA BLU RAY COMED ASSY OPTION SETA BLU RAY COMED POW 000 SATE DV SUPER MULTI ASSY SATA BLU RAY WRITER SY OO PRODUCT LABEL FOR 212059 RODUCT LABEL FOR PI51SMI WZHBD ASS Y PISOHM w D HDD H ENT HIT can 175571 PE MIT CADDY Ess V U HDI PIS HDD COVER MODULE PIS CPU COVER MODULE PIS0OS SCREW NI ICT NY FOR SPEAKER ix y D e OT RN VE KEYBOARD MYLAR PET 6 Scu DE 1 P HINGE COVER R PC AES PIS TU CENE L D HINGE COVER L POSES PIS CASE MODULE PISCSM CHP WIL FOR 0 1505 gt U mp mE lt OPTION TVA TLE A s BRACKET SECC END 5 BOARD NM NATTA t ee gam paa FPC CALE TIE AU WATE WOES Bottom N14E GS A 7 Part Lists Bottom N14E GTX PART NAME REMARK POWER LED PORON Hr 4 Z MAIN V30A P150SM MAIN BD v KI NI KT WY 19 21172011 72 211220 OPTION MUD UAE TEE geri
122. M BD21 AY45 PCH TPS 2 DM DNO 0 TPS 2 DMLTXN 1 PCH 15 DML_TXN2 BD17 l pn 2 DM_TXN2 DMI_TXN_2 BETS 2 DM TXN3 5 TP10 DMI BB21 AL39 5 2 m TO 0 FDLOSYNO csyne 2 2 M 1 DM DP 1 AL40 FDI INT ALL SYS PWRGD 2 BBI7 FDI INT FDLINT 2 5 R335 A 04 2 DM TXP2 BOT DM ne 2 ATIS mim uH CET Serre cus EPA DIM IREF 16 2 7 should be 1 5v SUS LI Sheet 21 of 60 o o4 1 1t should be 1 59 61 CRB R73 1k 04 TPi2 AWIT TP13 TP7 17 44 96 PCH 3 9 DMI FDI muse AY17 3 388 1 B206 7 5K 1 04 DRAGER PWRGD nr sacs 1 SUS PWR R6 ce DSWODVREN SUSACK DSWVRMEN SYS RESETH RSMRST S 8337 SYS_RESET DPWROK 51 WLAN _ R627 10K 04 SYS_PWROK ADT PCIE WAKER Doia 1011 Alex SYS PWROK WAKE P PCIE_WAKE 29 37 60 D01A 1026 Alex MU 10 65 8 gt PWROK System Power PM CLKRUNP 1 5 PM GLKRUNE MPWROK Management SUS STATE APWROK E SUS STATWGPIOS p
123. NMCT 3 R70 75 1 04 4 R69 75 1 04 C114 1000p 2KV X7R 12 125 D02 1108 Alex H9 H6 H10 H5 H26 H27 H7 H16 H12 H19 H8 004 3 H8 004 3 H8 004 3 H8 004 H7 002 8 H8 002 8 M2 Mt M3 2 9 2 9 2 9 2 9 2 9 8 H14 M MARK M MARK MMARK M MARK gt WE 2 ays 3 501 8 H3 5018 TROJ OERO eCOS EROS 0028 002 MTH8 002 8 0D2 0D2 8 S is GND GND GND GND GND GND M5 M MARK M MARK MMARK H3 H13 H17 H4 H18 H1 H2 H22 H21 2 9 2 9 2 9 2 9 2 9 C111D111N 1110111 C111D111N 6955 8 Li 5 3 kO dec O maca O 5 9 5 5 0 9 5 5 0 LJ 5 0 9 5 0028 002 002 8 002 002 GNb GND GND GND GND GND 3 3V 2 3 14 15 19 29 30 32 36 37 39 41 42 62 Schematic Diagrams Codec Realtek ALC892 aav 9 Layout Note U43 pin 1 pin 11 and pin 47 and pin 48 C392 16V os are Digital signals R668 C389 0 18 16V 5 04 The others are Analog signals 100K 04 147 HCB1005KF 121T20 CT eal 4 E871 16V YSV 04
124. NPO 04 sano ame 86 L AMP DEE 0 10 10V 04 E z C340 3m dawa do eis Me pick oan TEL si hg EET S 1 EE R575 R574 R578 8576 8577 R292 change to 15 4K 13 04 AUDG No m wee 5 34 2607 200802 e SVS 13 14 16 47 18 19 22 28 30 32 35 38 41 44 61 33VS 3 58 10 11 12 13 14 16 17 18 19 20 21_22 24 25 26 27 28 29 30 32 34 35 38 37 41 44 46 51 62 Schematic Diagrams KBC ITE IT8587B KBC AVDD 153 95598 HCBI005KF 12120 bi css nupi om cato 5 0 10 16V Y5V 04 100 10V 08 0 1 16V 5 O4 010 16 5 04 L 16V YSV 041 16V YSV 04 16 R279 2 415 04 154 HOB1005KF 121720 16V YSV 04 keno
125. PISOSM 1515 SERVICE MANUAL Preface Notebook Computer P150SM P151SM1 Service Manual Preface Notice The company reserves the right to revise this publication or to change its contents without notice Information contained herein is 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 1 May 2013 Trademarks Intel and Intel Core are trademarks of Intel Corporation Windows is a registered trademark of Microsoft Corporation Other brand and product names are trademarks and or registered trademarks of their respective companies Preface jg About this
126. S 2 3 14 15 19 29 30 32 36 37 39 41 42 62 3 3 3 5 9 10 11 12 13 14 16 17 18 19 20 21 22 24 26 27 28 29 30 32 33 34 36 36 37 41 44 46 61 62 3 3 16 19 21 23 26 27 36 39 1 54 B 26 PCH 7 9 Power Schematic Diagrams PCH 8 9 Power Lynx Point POWER ary 003 Update DEL 242 VDD3 1011 Alex 10596 LPT M EDS 004 23 C040 ps UJ 10V X5R 04 8083 Lr C769 C513 vocous 3 vooauas 8 10V 04 D 10 04 X5R 04 veces 4 Moa mu 1 vss AMA x iudi Pim mp E Sheet 26 of 60 VCCUSBPLL AE14 2773 8 Eur ue lem I 1 VCC33 0774 0775 ea TT Power m 10V 04 10V 5 04 9 6 3 GR vecio vccio 25 p 002 11083 04 vecio 1680 LAN uo RIS 04 YS p D01a 1011 Alex C781 C782 fat 05V LAN GPSUS2 3 fey short_06 VAM AF34 VCCSUSHDA Qvo 0 soy 588 X5R_04
127. SCREW RUBBER SLICIN PISOHY 6 5101 021 SCREW 2 5 51 KI BK Z ICT NY LCD FRONT COVER MODULE PAINT cc LEN PC 15 Len FHD 12 LPISGWFI TLF2 LED 5M 6 111 154 FAD LG LPISEVFI TLC CLARE TIPE LED 5291 REW M2 3L KI NL ICT NY DD LCD HINGE R SECC LCD HINGE R SECC WEE CHILE FOR LE YD VERLA Pl WIRE CABLE CCTAMIC TU 6 V HD UD ANTENE Vet ee FO 24077 CC PISOEM P1S0HM gt U FOR FOR PISISMI pa vel ve P cac HINGE L HINGE L LCD BACK COVER MODULE 150 LCD BACK COVER MODULE P151SM1 BACK COVER PRO SCREW F NI SCREW MES 6L K BZ FOR For LCDA 9 Part Lists COMBO Figure A 6 COMBO ITEM PART NAME REMARK 1 ML NY D22517 2 un sc 3 quee qur VELIE AD BINS BC 76 FOR PANASONIC 3 wien ups ve 0 ow seo atv 8076 11 FOR 3 nn veo we ava 5 85 B 76X 924 FOR PANASONIC 001 PEEL MODULE CHANGED 49 X310 5 Ju wes W760 6 45 4 7854 010 o W 258 lt 10 Part Lists DVD Dual Drive Figure A 9 DVD Dual Drive REMARK 3 FOR TSST
128. SLCT 19 ME WE 9 DACZIGPJ2 54 KE 5011 SOT KESOTE 25 DAC3 GPJ3 KSO14 KB SOT 4 5 7 KB SOi7 26 DACAIGPUA IT8587B KSO15 SACRIS For Auto load code A Vas m D RET SPr CEF FLADOSCE jroz KEC SPT SI R631 R632 change to 1 5K VDD3 AC BATLE Lm ADC2 GPI2 FLAD1 SI Pre 9 mw ADC3 GPI3 FLAD2 SO x ADC4 GPI4 FLAD3 GPG6 XE ADGSGPIS FLOLK SCK E og R ADC6 GPI6 PD FLRST WUIZ TWGPGO gt AIRPLANEW 30 36 324 ADC7 GPI7 GPIO Gary 10 17 net nane Oo Pe SMBUS Po ysowercs 5016 BAT 20 THER C SM0_CPU THERM R516 004 30 45 n 5 PD KSO17 GPC5 a 3045 BAT 13 15 VGA THERM PD jIDo GPHO Har USB CHARGE EN 284041 SMD BAT 1318 SMD VGA THERM SMDATI GPC2 PD ID1 GPH1 BTEN 29 M ae PU PD JID2 GPH2 BKL EN 14 TE SMDAT2 GPF7 PU PD ID3 GPH3 LED 35 PCLK KBC Rogo 0412 100 50V NPO 04 PD IDAIGPH4 BAT DET AC 1004 LCD_BRIGHTNESS 24 nial ID5 GPH5 KB LED XSDI 35 Des EEE SSS 25 PD ID6 GPH6 WLAN POWER 29 RR Q 32 2 PWMI GPAT PU 107
129. TXP3 DDID TXNO DDID TXPO DDID TXN1 DDID DDID TXN2 DDID TXP2 DDID TXN3 DDID TXP3 Dot DISPLAY EDP DISP UTIL 04 R88 iGP_eDP_AUX 14 iGP_eDP_AUX 14 M27 EDP_AUXN EDP_AUXP E27 DP_RCOMP EDP_HPD EDP RCOMP EDP DISP UTI EDP DISP EDP_DISP_UTIL 15 P35 80F9 iGP eDP TX4O 14 eDP 14 iGP_eDP_Tx 1 14 eDP 1 14 FDI TXNO 21 21 FDI TXN1 21 FDi 21 3 3VS VCCIO OUT VCCIOA OUT 9 9 R48 R701 24 9 196 04 10K 04 14 15 70022 83 R35 100K 04 3 9 10 11 12 13 14 16 17 18 19 20 21 22 24 25 26 27 28 29 30 32 33 34 35 36 37 41 44 46 61 62 3 3VS 2 6 VCCIOA OUT 3 6 44 VCCIO OUT Schematic Diagrams rocessor 5 7 E Haswell Processor 5 7 POWER D01a 1009 0 10 10V 95A 1 6 1 85V 57W CPU VCORE VCORE 95a s7w CPU 9 4 2a 1 35V U32E PGA EDS 4 Gary Doa veo 0451 482 C248 casa 0257 0873 Eua Ne
130. U Lynx Point GPIO VSS NCTF RSVD 1011 Alex D0la 1009 Alex 10K 04 SB BLON R559 IK 04 T T PLL ODVR EN HIGH ENABLED DEFAULT U19F LPT PCH M EDS 3 3vs 0905 pull up 1K m EDP CARD DET 8 E MFG used HII d BMBUSY H GPIOO Stanle F13 j i SMe CONTEOL EYSELE TACH1 GPIO1 4 e DGPU HPD 4 CH2 GPIOS F ADD PULL DOWN CL 10K_8P4R_04 CPUMsc 615 R298 04 DGPU INTR amp 34 scit C0 TACH3 GPIO7 R308 10K 04 105 8302 43K 1 04 7 ae GPIOB EM Lan_PHY_PWR_CTRUGPIOI2 ANO Pn BK os avs dias op HOST ABI P14 js 34 1 H PECIR 8510 10 04 H PECI R598 EDI OVRVLTG SATA4_GPIO16 AN2 PECI TOR 08 25 15 lt gt 3 34 SATAAGPIGPIO16 ATS PA KBC ee 3V3 RUN DGPU PWRGD c14 RCIN lt KBC_AST 13 34 DGPU PWRGD 77774 TAGHU GPICHT H CPUPWRGD T 4 BIOS REC BB4 PROCPWRGD gt H CPUPWRGD 3 PCH 6 9 GPIO See tl AVI R520 390 04 THRMTRIP 0905 pull low 39 PCH_GPIO lt GPIO24 vio THRMTRIPH 4 H THRMTRIP
131. ULTRASO8 MDUisI2 POR sov 04 Cail PR1 2 06 m T 0 06 ULTRASQ I 2 100K 04 Pas 4 GND PR153 216 2 25 301883 PC341 4 P sv o MODE cs ERIS OK UR 5 5 s 5 PRI 904 PC84 0 1 04 15 5 z pois PR186 g NEUE a ET 8 g Kerti 1 313 vona gt d 8 s PRA com 6000 E s n a DDR GPIO OUTPUT VOLTAGE SELECT 5 VIL MEM o PR148 22 04 za 2 VDDOSNS 55 E 85 5 ES 006 A j i vopaset 212 HOST_ALERT 2 PCH_GPIO46 rcc EN amp DDR Vout susa 9 E 5 8 0 0 0 1 65V 1 645V 2 1 8 5 gt gt DDR 1 5 PwRGD 21 5 5 I 1 604V 8 5 5 12557 1 553V 5 0 1 1 1 50V DEFAULT 1 511V 27 1 0 0 1 50V 1 499V wh 07 82 19 0 T 1 45V 1 458V PC53 1 1 0 1 40V 1 407V sv o Phan vm 00 T02 1107 alex 2 pose 123 5 1 1 1 357 1 366 PR150 Wi agis y 6220 10V X58 Post al G pase va SUSB 16V Y5V 04 let dimi 213044 50808 MIN7002ZHS3 293841 vooaser bona 1011 Alex ia 1011 aav 2 saek is wes check voonser Stanley 33V PR108 100K 04 9 PR110 ek PQ18B P0325
132. XTAL25 OUT ic VSS vss CIKOUTTIPXDP Cao 22 VSS vss ANAS CLKOUTFLEX GPIOG4 LX ARZE VSS vss 903 1105 Ale CLKOUT P F38 VSS vss bad 044 CLKOUTFLEX1 GPIO65 3 dp vss vss 2 Fa vss vss PCLK 04 POLK R 44 CLKOUTFLEX GPIOSG vss vss 48 POLK Resa 22 1 04 CLKOUT vss vss POL FB 783 22 1 04 OLK POLFB R B42 CLKOUTFLEXa GPIOg7 13 VSS vss CLKOUT 33MHZ2 IREF 0 04 158 VSS vss IREF 01 96 CLK PCI KBC2 R F41 4 VSS vss 30 2 lt lt 22 1 04 xum CLKOUT 33MHZ3 AD39 vss vss PCLK 04 PCI A40 9 VSS vss 34 lt lt Bede 22 1 04 E CLKOUT 33MHZ4 18 VSS vss AN44 XCLK vss vss DIFFCLK BIASREF 75K 1 04 51 vss vss vss vss VSS 20F 11 vss vss Gary D03 Update u vss vss 17 06 vss vss g vss vss vss vss acre vss vss vss vss vss vss CLK CPYCLK wes vas xz BUF 10K 04 vss vss vss vss WLAN PCIE ICH N R vss vss vss vss vss vss x vee ken GLAN CARD READER vss 593 CLK BUF CKSSCD FR649 vss vss CLKCBUF CKSECO P3 vss vss vss vss REF14 185 BUF R R494 10
133. a B 24 PCH 6 9 GPIO CPU snpra oet B 25 PCH 7 9 B 26 27 PCH 9 9 CLK GND B 28 USB eSATA USB Charging B 29 USB 2 0 CCD Mini PCIE LID B 30 LED Hotkey LID SW Faf B 31 RJ 4S M M M B 32 Codec Realtek 92 B 33 APA2607 TPA2008D2 eene nhan enne B 34 KBC ITE B 35 Backlight Keyboard _ ua B 36 mSATA FAN FP MULTI CON B 37 Card Reader RTL8411 2 38 1151 39 DDR 1 35V 0 75VS PCH B 40 RhORPpr opp T B 41 SNV hg ed 42 Power 1 05 43 Power V COre T iiec rete una B 44 Dno tU md B 45 Ero B 46 Audio Bo td EXPERS ENS B 47 150 151 ODD B 48 P150 151 Click BOSE audeo utt B 49 P150 170SM LED 1 Board a B 50 X P151 LED 2 BOSE B 51 PISI LED
134. a battery pack Refer any battery pack repair or replacement to your service representative or qualified service personnel 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 improperly handled or discarded Keep the battery away from metal appliances 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 ILI VII Preface Related Documents You may also need to consult the following manual for additional information User s Manual on Disc This describes the notebook PC s features and the procedures for operating the computer and its ROM based setup pro gram It also describes the installation and operation of the utility programs provided with the notebook PC System Startup 1 Remove all packing materials 2 Place the computer on a stable surface 3 Insert the battery and tighten the screws 4 Securely attach any peripherals you want to use with the computer e g keyboard and mouse t
135. age2 5 2 Remove the keyboard page 2 14 3 Remove the system memory page 2 17 To remove and install the Processor 1 Remove the battery page2 5 2 Remove the system memory page 2 14 3 Remove the processor page 2 18 4 Install the processor page 2 20 To remove the WLAN Module 1 Remove the battery page2 5 2 Remove the keyboard page 2 14 3 Remove the wireless LAN page 2 21 To remove the MSATA Module 1 Remove the battery page2 5 2 Remove the MSATA page 2 22 To remove and install the Video Card 1 Remove the battery page2 5 2 Remove the video card page 2 23 3 Install the video card page 2 25 Disassembly Removing the Battery 1 Turn the computer off and turn it over 2 Slide the latch in the direction of the arrow Figure 1a 27773 3 Slide the latch in the direction of the arrow and hold it in place Figure 1a Battery Removal 4 Slide the battery in the direction of the arrow 5 Lift the battery 4 out of the compartment Figure 1c a Slide the latch and hold in place b Lift the battery up toward the direction of the arrow c Lift the battery out N D 00 0 22 lt 22 4 Battery Removing the Battery 2 5 Disassembly zampu Figure 2 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 h Follow your operating system s installation
136. an important safety feature do Power Safety not defeat its purpose If you do not have access to a compatible outlet have a qualified electrician install one Warning When you want to unplug the power cord be sure to disconnect it by the plug head not by its wire Before you undertake sure the socket and any extension cord s you use can support the total current load of all the connected devices any upgrade proce Before cleaning the computer make sure it is disconnected from any external power supplies dures make sure that you have turned off the power and discon Do not plug in the power Do not use the power cord if Do not place heavy objects nected all peripherals cord if you are wet it is broken on the power cord and cables including telephone lines and power cord You must also remove your bat tery in order to prevent accidentally turning the machine on VI 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 Do not try to repair
137. disposal instructions This product is intended to be supplied by a Listed Power Unit with an AC Input of 100 240V 50 60Hz DC Output of 19V 9 5A 19 5 9 2A 19V 9 47A 180 Watts for P150SM 19 5V 6 15A 120 Watts for P151SM1 minimum AC DC Adapter CAUTION This Computer s Optical Device is a Laser Class 1 Product Preface Instructions for Care and Operation The notebook computer is quite rugged but it can be damaged To prevent this follow these suggestions 1 Don t drop it or expose it to shock If the computer falls the case and the components could be damaged Do not place anything heavy on the computer Do not place it on an unstable surface Do not expose the computer to any shock or vibration IAL See 2 Keep it dry and don t overheat it Keep the computer and power supply away from any kind 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 place the computer on any surface which will block the vents Don t use or store the com puter in a humid environment Do not leave it in a place where foreign matter or mois ture may affect the system Do not expose it to excessive heat or direct sunlight 27 22 3 Follow the proper working procedures for the computer Shut the computer down properly and don t forget to save your work Remember to periodically save your data
138. e ies 0 1u_16V_YSV_04 TOND TB 12 06 Value g Ga 4 2 88 VSS HOLD Amt UN Pm ESD GND1 5 E MESTESWNINETP Ea XIALOUTIRCALA cur ED ONDE 50V NPO 04 551506 2 ESD GND3 TOUS NRESET GND4 GND TRS 33p_50V_NPO_04 22K 04 48 Ju 69 T DGND2 TGND TCSSDB6Cx TEND THe 10 005 5 10 005 5 es TGND P150 ONLY Reference common design for FBDRIVE1 FREF_OSC 0 7 0 8 Stanley 3 16 W O finger printer P N 6 71 P15E2 D01 1 Schematic Diagrams Sheet 48 of 60 P150 151 Click Board P150 151 Click Board B 49 0 o 3 D f 5 3 Schematic Diagrams P150 170SM LED 1 Board P150SM P170SM LLED_ACIN LLED_PWR LLED_BAT_CHG Sheet 49 of 60 4 3 LR3 LR4 LR2 LR1 P150 170SM LED 1 220 Board i 85204 05001 RY SP195UHY UY G4 RY SP155UHY UY G4 LED GND LED LED GND LED GND LED GND LED_GND AC IN POWER ON LED BAT CHARGE FULL LED o c 0 a jd E 1 0 m LH1 H6 0B8 0D2 3 BOM 53 G x PCB 8 150 D02 1031 Alex
139. e 6 NAaMXM VGA 1 N7002ZHS6R Yd ST7EZ ST40NENV OT 41 4243 4 35 40 41 42 62 SYS15V es 1416 1 49 22 29 30 32 33 35 36 41 44 61 5VS 3 58 10 11 12 14 16 17 18 19 20 21 22 24 25 26 27 28 28 30 32 33 34 25 38 37 41 44 46 61 82 3 3VS 14 390 41 42 43 44 45 VIN RUN SRC 9 4 15 19 29 30 32 36 37 39 41 42 62 3 3V 44 3V3 RUN 19 20 21 23 24 25 26 27 29 34 26 37 40 41 42 45 46 VDD3 aC 185 e de 4 7u 25V X5R 08 4 7u 25 08 25 25 08 Ju 25 xsR 8 6 3 5 8 7u 25V 25 08 25 9 08 50V 06 0 01 50V X R 04 4 7u 25V 18 08 50V Y5 06 50 06 0 01u 50V 04 CLOSETO MXM PIN Et CLOSETO MXM PIN CLOSETO MXM CONN CLOSE TO MXM CONN B 14 MXM PCI E Schematic Diagrams anel Inverter CRT PANEL i 40Pin 30Pin Conn Co la
140. e and carefully slide it into the computer the device only fits one way DO NOT FORCE IT The e Pry the bezel off the opti screw holes should line up cal device 10 Replace the component bay cover and tighten the screws f Separate the bezel and 11 Restart the computer to allow it to automatically detect the new device optical device g Install the front bezel 2 Disassembly 4 8 Bezel Cover 1 Screw 2 12 Removing the Optical CD DVD Device Disassembly Removing the Hard Disk from the Secondary HDD Bay Figure 9 Note that the secondary hard disk if installed is located under the optical device bay CD DVD Secondary HDD 1 Turn off the computer and turn it over remove the battery page 2 5 and optical device page 2 11 Assembly Removal 2 Remove the screw at point Figure 9c and use a screwdriver to carefully push out the secondary HDD module point Figure and Figure 9b 2 I 3 When the module is removed turn it over to access the rear Remove screws from the secondary HDD a 2 module assembly Figure 9c 0 4 Remove the hard disk 8 from the module caddy Figure 94d Remove the screws 5 Reverse the process to install a new hard disk do not forget to replace all the screws and covers Lift the secondary HDD assembly up and out of the module caddy Remove the screws N D 00 00 3 22 lt 8 HDD 9 Module Caddy 5 Screws
141. ed For more information contact your distributor supplier and bear in mind your warranty terms Figure 4 Foam Rubber Insert for Zmm H HDDs gt o o N e Ifyou are replacing a 9 5mm H HDD with a 7mm H HDD then insert the foam rubber insert Ifyou are replacing a 7mm H HDD with a 9 5mm H HDD then remove the foam rub ber insert 2 8 Removing the Hard Disk Drive Disassembly Inserting the Hard Disk Into the HDD Bay ps Inserting the Hard Disk Into the HDD Bay 1 Make sure the HDD assembly is aligned with the black taped area Figure 5a 2 When aligned carefully insert the HDD assembly 2 into the case so that the connectors line up Figure 5a 3 Replace the hard disk bay covers and screws a Make sure the HDD as sembly is aligned with the black taped area When aligned carefully insert the HDD assembly into the case so that the con nectors line up gt D D 3 lt 2 2 HDD Assembly Inserting the Hard Disk Into the HDD Bay 2 9 Disassembly Removing the SSD SSD Removal Note that the SSD if installed is located under the HDD bay Turn off the computer and turn it over remove the battery page 2 5 and HDD page 2 6 Remove screws from shielding plate Figure 6a Carefully remove the SSD shielding plate 3 and remove the screw from the SSD Figure 6b The SSD module 5 will pop up and you can remove i
142. ed 818 14 18 18 18 5 g 63 06 10 6 3 X5R 06 6 3 06 6 3V 06 06 saou 2 5 6 6 6 4 2 Be WC 5 8 8 5 5 5 1 4 vec ee e le m 2 9 T vec 4 14 a 14 18 14 T 1 0460 465 T 8 amp amp 330u 2 5 6 6 6 64 Meer Nee EET 6 3 5 06 104 6 3 08 6 3 X5 06 63 Change to 12 1 vec vec vec 1 vee TR E ze veo cna Cite Caes 4 8 8 8 22u 22 6 3V 08 22 1224 6 3 22 GR 08 1 z Sheet 6 of 60 1 VDDQ vec 5 5 x 5 3 vec gt 2 z veo 1S D s P 5 7 D 0790 C875 C725 C878 eed eS 8 8 8 8 amp 8 rocesso r 22u 6 3V 08 22u 6 3 08 1 22u 6 3 08 22u 6 3V 08 22u 6 3 258 08 VCORE w T 1 3 vec vec T T vec t 0877 0876 0728 0879 0792 neva Nee C109 Ci05 C449 ces C8B4 885 e 22u 6 3 08 220 6 3 08 2 6 3 08 224 6 3 08 22 63 08 4 yee 8 8 8 8 8 8 8 RSVD VCC 5 5 5 5 5 5 5 vee
143. ge 1 j eem 12V 16 8V i C nasus Pree 1 LE oe Soar pear vor a 3 1 2 PCB Layout notes 1 At power traces should be routed on the outer layers GADP VAD VSYS LX VOHG VBATT 2 Use Kelvin connections for P3 seperate force and measurement traces 3 R23 and P24 are dummy resistors for layout purposes only serves as single point connection betw een GNDP amp GNDA 4 Footprint TO 236 equivalent to SOT 23 5 Footprint SIP IP is a single hole axial pad 6 Al resistors capacitors and semiconductors are SMD 7 Potentiometers and test points are axial devices vA 13 1820 21 28 2425282229 344837 40 414246 vDD3 1343940 4142 4344 VIN AC In Charger B 45 Schematic Diagrams TPM SLB9635TT amp SLB9655TT Co Layout Sheet 45 of 60 TPM o c 0 a jmd 1 0 m B 46 TPM 21 PM CLKRUN gt U13 12 06 DVTuenwr 9 5189635 SLB9655 LPC ADO 26 20 30 34 1 ADO LADO 20 30 34 LPC_AD1 20 30 34 LPC_AD2 LAD2 20 30 34 LPC_AD3 LAD3 21 27 PCLK TPM eee 054 TPM 22 20 30 34 LPC_FRAME LFRAME 9 49 2 PLT RST LRESET PM CLKRUN amp 20 30 4054 Se 28 R296 20 04 80855 9 TPM BADD TESTBI BADD PP NC 1 NC 2 NC 3 TESTI SLB9655 Asserted before entering S3
144. h tools to update the BIOS l mu Make sure you are not loading any memory management programs such as HIMEM by holding the F8 key as you see the message Starting MS DOS You will then be prompted to give Y or responses to the programs being loaded by DOS Choose N for any memory management programs You should now be at the DOS prompt e g DISK C gt C is the designated drive letter for the CD DVD drive USB flash drive Type the following command at the DOS prompt V 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 l MEgqe pa pa 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 F4 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
145. he modules will be visible at point Figure 11 Figure 11 5 Gently pull the two release latches 8 on the sides of the memory socket s in the direction indicated below RAM Module Figure 11d Removal cont d The RAM module 10 will pop up and you can remove it Figure 11e 6 7 Pullthe latches to release the second module if necessary c Lift the component bay 8 9 Insert a new module holding it at about a 30 angle and fit the connectors firmly into the memory slot cover off the computer The module s pin alignment will allow it to only fit one way Make sure the module is seated as far into the slot as it case The modules will will go DO NOT FORCE the module it should fit without much pressure be visible at point d Gently pull the two re 10 Press the module in and down towards the mainboard until the slot levers click into place to secure the module EX Dco dae 11 Replace the bay cover and screws Sides of he memo 12 Restart the computer to allow the BIOS to register the new memory configuration as it starts up socket s in the direc tion indicated below e The RAM module will pop up and you can remove it 288 2718 Po 106008 9 0 7 4 SORES 07 HMTTZSSETERAC MI AM mv d N D 00 00 3 22 lt NAR 25 Contact Warning 29 Be careful touch the metal pins the module s connecting edge Even the cleanest hands have oils which can attract particles 6 C
146. hich can attract particles and degrade the module s performance Removing the System Memory RAM from Under the Keyboard 2 17 f 2 Disassembly Figure 13 RAM Module Removal Disconnect the key board ribbon cable from the locking collar socket by using a small flat head screwdriver to pry the locking collar pins away from the base Remove the keyboard and the memory sock ets will be visible Gently pull the two re lease latches on the sides of the memory socket s in the direc tion indicated below 27 13 RAM Modules N D 00 00 3 lt Disassembly Figure 14 Removing and Installing the Processor od Processor Removal Procedure Procedure 1 Turn off the computer remove the battery page 2 5 and component bay cover page 2 14 2 Remove screws from the heat sink unit in the order indicated on the label i e screw 4 first through to screw a Remove the screws 1 last Figure 14a in the correct order 3 Carefully it may be hot remove the heat sink unit 5 Figure 14b b Carefully remove the heat sink unit a Note Loosen the screws in the reverse order 4 3 2 as indicated on the label ME I CPU Warning In order to prevent damaging the contact pins when removing the CPU it is neces sary to first remove the WLAN module from the computer 2 Disassembly 2 5 Heat Sink Unit Screws 2 18 Removing and Install
147. hindering the video card during installation The heat sink and video card area in general contains parts which are subject to high tempera DO NOT attempt to push one end of the card in ahead of the other ae The card s pin alignment will allow it only fit one way Make sure the module is seated as far into the socket moving these parts as it will go none of the gold colored contact should be showing DO NOT FORCE the card it should fit without much pressure Secure the card with screws amp Figure 19 on page 2 23 Place the heat sink back on the card and secure the screws in the order indicated in Figure 19 on page 2 23 Attach the video card fan and secure with the screws as indicated in Figure 19 on page 2 23 Reinsert the component bay cover and secure with the screws as indicated in Figure 12 on page 2 16 A quiessesiq z 27 11 Video Card 2 Screws Removing and Installing the Video Card 2 25 Disassembly jquiessesiq z 2 26 Appendix A Part Lists This appendix breaks down the 1508 1515 1 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
148. ing the Processor Disassembly Turn the release latch towards the unlock symbol to release the CPU Figure 15c Fi 15 Carefully it may be hot lift the CPU up out of the socket Figure 15d I amp ure Processor Removal See page 2 20 for information on inserting a new CPU When re inserting the CPU pay careful attention to the pin alignment it will fit only one way DO NOT FORCE IT cont d c Turn the release latch to C unlock the CPU d Lift the CPU out of the socket d Caution The heat sink and CPU area in general contains parts which are subject to high temperatures Al low the area time to cool before re moving these parts 2 Removing Installing the Processor 2 19 gt 0 D lt Disassembly Figure 16 Processor Installation Procedure Processor 1 Insert the CPU A pay careful attention to the pin alignment Figure 16a it will fit only one way DO NOT Installation FORCE IT and turn the release latch towards the lock symbol G Figure 16b 2 Remove the sticker 9 Figure 16c from the heat sink unit if it is a new unit a Insert the CPU 3 Insert the heat sink unit D as indicated in Figure 16c b Turn the release latch to 4 Tighten the CPU heat sink screws in the order amp the order as indicated on the label and Figure wards the lock symbol Remove the sticker from 16d the heat s
149. ink unit and in sert the heat sink 5 Replace the CPU fan component bay cover and tighten the screws page 2 18 d Tighten the screws a a o o 2 Note N Tighten the screws in the order 1 2 3 4 as indicated on the label b FOXCONN TM 6 2 1555464 MADE 15050 2 A CPU D Heat Sink Screws 2 20 Removing and Installing the Processor Disassembly Removing the Wireless LAN Module Figure 17 1 Turn off the computer remove the battery page 2 5 and the keyboard page 2 16 Wireless LAN 2 The Wireless LAN module will be visible at point under the keyboard Figure 178 Module Removal 3 Carefully disconnect cables then remove screw from the module socket Figure 17b 4 The Wireless LAN module 5 will pop up Figure 17c a The Wireless LAN mod 5 Liftthe Wireless LAN module Figure 17d up and off the computer ule will be visible at point under the keyboard b Disconnect the cables and remove the screw c The WLAN module will pop up d Lift the WLAN module Out WN by WHOS NS NS ese N D 00 00 3 lt WT GEI gt 5 WLAN Module 14980849100 ovw is Screw Removing the Wireless LAN Module 2 21 Disassembly Figure 18 Removing the MSATA Module MSATA Module Turn off the computer remove the battery page 2 5 and component bay cover page 2 14 removal Locate
150. instructions and install all necessary drivers and utilities as outlined in Locate ha HDD bay Chapter 4 of the User s Manual when setting up a new hard disk cover and remove the 1 screws Hard Disk Upgrade Process Hh oa the hard disk 4 Turm off the computer and remove the battery page 2 5 ay cover by levering the 2 cover at point 2 Locate the hard disk bay cover and remove screws 9 Figure 2a 3 Remove the hard disk bay cover by levering the cover at point Figure 2b gt a o o N 2 2 Screws 2 6 Removing the Hard Disk Drive Disassembly Slide the HDD assembly in the direction of the arrow Figure 3c Remove the hard disk assembly 5 Figure R amp and the insulation plate Figure 3e emove screws 8 insulation plate 8 Fig Removal coh rd Reverse the process to install a new hard disk do not forget to replace all the screws and covers c Slide the HDD assembly in the direction of the ar row d Remove the hard disk assembly e Remove the screws and the insulation plate N D 00 00 3 22 lt 5 HDD 8 HDD Insulation Plate 2 Screws Removing the Hard Disk Drive 2 7 Disassembly Hard Disk Size Note Foam Rubber Insert Note that the hard disks pictured on the following pages are all 9 5mm H hard disk drives In some cases 7mm H hard disk drives will be install
151. int PCIe USB poA EDS awa E AY Sk PERN1 USB3RN3 usB2No USB 28 X PERP1 USB3RP3 UsB2PO usa 2 USB3 PORTl nma x PETNI USBSTNS USB2P1 USB PP1 38 USB3 PORT2 PETP1 USB3TP3 USB2N2 USB PN2 36 FINGER RC USB 86 16 PCIE RXN2 1394 ARIT PERN2 USB3RN4 USB2N3 USB 29 16 PCIE RXP2 1304 PERP2 USB3RP4 USB2P3 poa peo aa WLAN xim USB2N4 x 16 PCIE i394 ce agnos 6033 DSB PP4 28 USB3 PORT3 16 PCIE 2 1994 PETP2 USB3TP USB2NS USB PNS 29 2 Bn Sheet 23 of 60 AW33 USB2N6 81 37 PCIE RNS 5 PERN 5 9 37 PCIE GLAN PERS usean Lees USB2P7 e USB TON SUN C733 O4 4 P P mei PETN 3 Hose C740 XR 04 dal 2522 3D EMITTER DEL Stanley pees USB PNo 29 ii acd 29 PCIE RXN4 WLAN ARGS PERN 4 USB2P9 USB PP9 29 29 PCIE RXP4 WLAN PERP 4 Hua BESS 08882810 Hise 28 PCIE Pose WLAN onos BES een usann Fees o Ed Hees USB2N12 26 60 PCIE_RXNS PERN 5 8 USB2P12 Koa pur 80 RXP5 PERS USB2N13 USB2P13 50 POIE TNS EORTC PEIN 5 60 PCIE TXPS E PETP 5 AR26
152. isplay Port DC In Jack EO N 1 6 External Locator Left Side amp Rear View Introduction jaa SSS External Locator Bottom View eine Bottom View Vent 2 Component Bay Cover Sub Woofer HDD Bay Battery k 5 ex 5 lt lt External Locator Bottom View 1 7 Introduction Figure 7 Mainboard Overview Top Key Parts Mainboard Top Key Parts 1 Platform Controller Hub 2 Audio Codec 3 KBC ITE IT8587 5 gt m TT 111111 Zv 1 8 Mainboard Overview Top Key Parts Introduction jg IS SSS Mainboard Overview Bottom Key Parts Figure 8 Mainboard Bottom Key Parts 1 VGA Card Connector 2 CPU Socket no CPU installed c wc i 3 Memory Slots DDR3 SO DIMM IW Primary 811 tin 4 Hard Disk 5 MSATA Connector 1 Q 7 5 Mainboard Overview Bottom Key Parts 1 9 Introduction Figure 9 Mainboard Overview Top Connectors Mainboard Top Connectors 1 USB 3 0 Port e SATA 2 Multi in 1 Card Reader 3 KBLED Connector 4 TP LED Cable Connector 5 LED 4 Cable Connector 6 TouchPad Cable Connector 7 MSATA Cable Connector 8 LED 3 Cable Connector 9 Ke
153. load 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 therefore E see sidebar for important information on BIOS versions you may not down O grade your BIOS to an 2 older version after up Unzip the downloaded files to a bootable CD DVD or USB Flash drive s IEG 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 1 MAY NOT th 2 Useatool such as Winzip or Winrar to unzip all the BIOS files and refresh tools to your bootable CD DVD USB flash drive you may need to create a bootable CD DVD with 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 is 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 m 6 o o m o BIOS Update Use the flas
154. o 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 to exceed 135 degrees use Figure 1 the other hand as illustrated in Figure 1 to support Opening the Lid LCD the base of the computer Note Never lift the Computer with AC DC computer by the lid LCD Adapter Plugged In 7 Press the power button to turn the computer on Vill Preface Contents Introduction JU uu u 5 Parn LASS ise sessi essei d 1 1 Part List Illustration Location A 2 External Locator Top View with LCD Panel Open 1 4 Top with Fingerprint PISOSM A 3 External Locator Front amp Right side Views 1 5 Top without Fingerprint PISOSM A 4 External Locator Left Side amp Rear View 1 6 Top with Fingerprint 1515 0 A 5 External Locator Bottom View 1 7 Top without Fingerprint 1515 1 A 6 Mainboard Overview Top Key Parts
155. omponent Bay and degrade the module s performance Cover SSY3128M8 ED 10 RAM Module BEDJID n Removing the Primary System Memory RAM 2 15 Disassembly Figure 12 Removing the System Memory RAM from Under the Keyboard Keyboard E oval The computer has four memory sockets for 204 pin Small Outline Dual In line SO DIMM DDR III DDR3 type memory modules The total memory size is automatically detected by the POST routine once you turn on your computer a Remove the compo Note that four SO DIMMs are only supported by Quad Core CPUs Dual Core CPUs support two SO DIMMs maxi nent bay cover mum b Use the small tool provided to carefully Two primary memory sockets are located under component bay cover the bottom case cover and two secondary push out the top memory sockets are located under the keyboard If you are installing only two RAM modules then they should be in cover module stalled in the primary memory sockets under the component bay cover c Remove top cover module Memory Upgrade Process d Remove the screws e Carefully lift the key 1 Turn off the computer and turn it over remove the battery page 2 5 gt board up being 2 Remove screws Figure 12a lt careful not to bend 3 Use the small tool provided see picture below to carefully push out the top cover module at point E the keyboard ribbon 4 Remove the top cover module and remove screws
156. ry Stick MS Pro MS Duo Interface Three USB 3 0 Ports Including one AC DC Powered USB port One USB 2 0 Port One eSATA Port USB 3 0 Port Combined One HDMI Out Port One DisplayPort 1 1a One Mini DisplayPort One S PDIF Out Jack One Headphone Speaker Out Jack One Microphone In Jack One Line In Jack One Mini IEEE1394a Port One RJ 45 LAN Jack One DC In Jack Note External 7 1CH Audio Output Supported by Head phone Microphone Line In and S PDIF Out Jacks Communication Built In Giga Base TX Ethernet LAN 2M FHD PC Camera Module WLAW Bluetooth Half Mini Card Modules Factory Option Intel amp Centrino amp Ultimate N 6300 Wire less LAN 802 11a g n Factory Option Intel amp Centrino amp Advanced N 6235 Wire less LAN 802 11a g n Bluetooth 4 0 Factory Option Intel amp Centrino amp Wireless N 2230 Wire less LAN 802 11b g n Bluetooth 4 0 Factory Option Wireless LAN 802 11b g n Bluetooth 4 0 Environmental Spec Temperature Operating 5 C 35 C Non Operating 20 C 60 C Relative Humidity Operating 20 80 Non Operating 10 90 Power Removable 8 cell Smart Lithium lon Battery Pack P150SM Full Range AC DC Adapter AC Input 100 240V 50 60Hz DC Output 19 5V 9 2A 19V 9 47A 180W P151SM Full Range AC DC Adapter AC Input 100 240V 50 60Hz DC Output 19 5V 6 15A 120 Watts Dimensions amp Weight 376mm w 256mm d 35 43mm h
157. s R30 Ra vcc voc rae 2 T 12 V1 05M VCCSUS a a vec DCPSUS1 1 05 LAN M 65 VCCSUS3 3 21 q Doa 1011 16 3 0 261 1009 Alex 0 098 5 NGGSUSS S Um 0753 10V 28 04 C936 usas DCPSUS3 EE C461 1 63V R 04 R743 5 19 04 VCCDSW BCBS SEVE porse 5 VCCA USBSUS 0 1 10 5 04 ak VGCASW VCCIO AKZ6 VCCAPLL USB3 LESTIE VCCASW VCCVRM 1 VCCASW BE22 E 67A VCCASW Eu VOGAPLL EXP R836 imi shot 06 VCCASW AK18 4 1 20 VGCASW sia 834 10u 63V XR 06 VCCAPLL SATA3 0 C760 VCCASW VCCVRM 75 gag ismi shot 08 0 183 VCCASW SATA AK22 VCCASW woo 34 ea 22u 63V 08 1 5 04 tu 6 3 04 iri pum 00 100 6 3 06 VCCIO VCCIO z VCCIO 7 01 05 53 629A z0FH 0888 C928 C887 10u 6 3 06 amp 3V 04 6 3 04 1 04 69 04 1 6 04 0 476A DCPSUS3 is a NO Connect 058505 R747 70 04 01 05V_LAN_M C928 C765 0 1u 10V 04 10u 69 06 zc gt 13 19 20 21 23 24 26 27 29 34 36 37 40 41 42 45 46 VDD3 26 42 1 05VM 26 42 1 05V LAN M 3 6 26 30 42 44 62 1 05V
158. s and features Introduction E Overview 1 1 5 e Q c 7 5 c 5 5 m Introduction Specifications 2 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 facturer s release schedule Check with your service center for more details NUR 2 CPU The CPU is not a user serviceable part Ac cessing the CPU in any way may violate your warranty Processor Options Intel amp Core i7 Processor i7 4930XM 3 00GHz 8MB L3 Cache 22nm DDR3L 1600MHz TDP 57W Intel Core i7 Processor i7 4900MQ 2 80GHz 8MB L3 Cache 22nm DDR3L 1600MHz TDP 47W i7 4800MQ 2 70GHz i7 4700MQ 2 40GHz 6MB L3 Cache 22nm DDR3L 1600MHz TDP 37W LCD 15 6 39 62cm FHD LCD Memory Four 204 Pin SO DIMM Sockets Supporting DDR3L 1600MHz Memory The real memory operating frequency depends on the FSB of the processor Memory Expandable up to 16GB 32GB Note Four SO DIMMs are only supported by Quad Core CPUs Dual Core CPUs support two SO DIMMs maximum Core Logic Intel HM87 Express Chipset BIOS AMI BIOS 48Mb SPI Flash ROM Security Security Kensington amp Type Lock Slot BIOS Password Factory Option Fingerprint Reader Module Storage Factory Option One 12 7mm h Optical Device T
159. s 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 s A box with a 27 will also provide any possible helpful information A box with a contains warnings An example of these types of boxes are shown in the sidebar Disassembly Warning Overview 2 1 N D D 3 lt 0 2 a Disassembly 2 2 Overview NOTE All disassembly procedures assume that the system is turned OFF and disconnected from any power supply the battery is removed too Maintenance Tools The following tools are recommended when working on the notebook PC Philips head screwdriver M2 5 Philips head screwdriver magnetized M2 Philips head screwdriver Small flat head screwdriver Pair of needle nose pliers Anti static wrist strap Connections Connections within the computer are one of four types Locking collar sockets for ribbon connectors To release these connectors use a small flat head screwdriver to gently pry the locking collar away from its base When replac ing the connection make sure the connector is oriented in the same way side is usually not indicated
160. se parts N m D 3 lt Heat Sink Screw Removal and Insertion Remove the screws from the heat sink in the order indicated here 7 6 5 4 3 2 1 8 Heat Sink Units 11 Video Card When tightening the screws make sure that they are tight ened in the order 1 2 3 4 5 6 7 9 Screws Removing and Installing the Video Card 2 23 Disassembly Figure 20 For video card N14E GTX additional removal procedure Video Card 6 Remove screws from the video card assembly Figure 206 RemovalProcedure 7 Separate the shielding plate 16 from the video card 17 Figure 190 cont d e Remove the screws f Separate shielding plate and video card 2 Disassembly gt 16 Shielding Plate 17 Video Card Screws 2 24 Removing and Installing the Video Card Disassembly Installing a New Video Card Figure 21 Installing a New Prepare to fit the video card into the slot by holding it at about a 30 angle Figure 21 Video Card 2 The card needs to be fully into the slot and the video card and socket have a guide key and pin which align to allow the card to fit securely Figure 21f 3 Fit the connectors firmly into the socket straight and evenly e Insert the video card at a 30 degree angle f Fit the connectors straight and even and secure the card with screws Caution Take special care that the speaker cable is not
161. single point connection by use of a wide PCB trace bo DAUXn 14 iGP_eDP_AUX Hie Voor 4 Place the 4 7 uF decoupling Capacitor C4 for VDDIOX closeto VDDIOX pin 8 iGP eDP DAU LVDS LON ives lt gt 5 TheGND of the 4 7uF capacitor C4 for VDDIOX should be placed closeto the GND of 4 7uF capacitor C5 behind Inductor Ei 14 VDDIO 14 Place the bead L2 for VDDIOX closeto PS8625 LVDS LIN GND GNDA 1099 S ax LVDS LIP 14 snige PCB tace ZEEE Trost f LVDS LN 14 65 A LVDS 12 14 DAXO 5 aga LVDS LCLKN amet 4 DP TOR Vr un ug a 8 323832 vost 139 LDS To 109 04 DARXON gt LVDS_LCLKP 14 EE I Z m Note 5 The decoupling caps C9 C15 C16 C17 C18 C21 OOSSES80S 0010 558 shall be close to the power pins as possible 445 2258202 25250 1009 Alex DRX DAUN 1 42 fos 1 M DG R gt RI or T DAUXn 00 DAUXp 8 5 65 10 O4 DAXIN 3 s VDDRX CPU EDP BRIGHTNESS RIA a DRXip x 5 5 EDP DISP UTiL gt n DRE PS8625 x a RST TCKip cre 5 ENPVCC I2C ADDR 4 1016 Alex PTE
162. soft clean cloth Do not use volatile petroleum distillates or abrasive cleaners on any part of the computer Disassembly JAS Power Safety Warning Before you undertake any upgrade proce dures make sure that you have turned off the power and discon nected all peripherals and cables including telephone lines and power cord You must also remove your bat tery in order to prevent accidentally turning the machine on Overview 2 3 N D 00 00 3 lt 0 2 a 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 page2 5 To remove and install the HDD 1 Remove the battery page2 5 2 Remove the HDD page2 6 3 Install the HDD page2 9 To remove the SSD 1 Remove the battery page2 5 2 Remove the HDD page2 6 3 Remove the SSD page 2 10 To remove the Optical Device 1 Remove the battery page2 5 2 Remove the Optical device page 2 11 To remove the HDD from the Secondary Bay 1 Remove the battery 2 Remove the HDD page2 5 page 2 13 To remove the Primary System Memory page2 5 page 2 14 1 Remove the battery 2 Remove the system memory 2 4 Disassembly Steps To remove the System Memory under the Keyboard 1 Remove the battery p
163. t from the computer Figure 9c Reverse the process to install a new SSD a Remove the screws b Remove the shielding plate and screw c Remove the SSD mod ule Pp O N b LITE ON IT CORPORATION 0 2 a 2 3 SSD Shielding Plate 5 SSD Module 3 Screws 2 10 Removing the SSD Disassembly Removing the Optical CD DVD Device Figure 7 Turn off the computer and remove the battery page 2 5 Locate the hard disk bay cover and remove screws amp Figure 7a 1 2 3 Remove the hard disk bay cover 3 Figure 7b Hard 4 Remove the screw at point Figure 7c and use a screwdriver to carefully push out the optical device 5 at Cover andi remove the point Q Figure 7 screws 5 Reverse the process to install any new optical CD DVD device b Remove the hard disk bay cover Remove the screw a C C d Use a screwdriver to carefully push the optical device out D fo 7 s b d lt gt 3 HDD Bay Cover 5 Optical Device 3 Screws Removing the Optical CD DVD Device 2 11 Disassembly Figure 8 6 Carefully pry the bezel off the optical device at point Figure 8d Optical Device 7 Separate the bezel e and the optical device Removal cont d 8 Reverse the process to attach the front bezel with the new optical device at point Figure 8f 9 Insert the new devic
164. the module it is visible at point Figure 18a Carefully remove the screw from the module Figure 18b Lift the module 3 up and off the computer Figure 18b a Locate the module b Remove the screw c The module will pop up d Lift the module up off the Socket 2 Disassembly 1 Hi 24 3 MSATA Module LI NO 31I1 1 Screw 2 22 Removing the MSATA Module Disassembly Removing and Installing the Video Card Figure 19 Video Card Removal Procedure Video Card Removal Procedure 1 Turn off the computer turn it over and remove the battery page 2 5 and component cover page 2 14 2 Remove screws Q from the heat sink unit in the order indicated on the label i e screw 7 first through to screw dhe 1 last Figure 19a th t order 3 Carefully it may be hot remove the heat sink unit e Figure 19b the 4 Remove screws amp from the video card The video card 11 will pop up Figure 19c heat sink units 5 Remove the video card 11 Figure 19d c Remove the video card screws The video card will pop up Remove the video card o Caution Please use a hexagonal screwdriver The heat sink and video to remove screws amp 4 card area in general contains parts which are subject to high tempera tures Allow the area time to cool before re moving the
165. uses 28 PCIE axe PERN 6 USB3RPI USES 28 60 PCIE RXP6 6 USB3TN1 w P USB3TPI 3 mois 10 04 6 USAN USOS AN 58 80 PCIE TXP6 XR X PET 9 ed USB3 38 c Thunderbolt USB3IN2 USBS DNZ 38 80 PCIE PER T 0883 FANS 28 x PERE MUN USB3RPS USES 28 USB3 0 SUPPORT PCIE D7 910 0 04 7 USBSINS 0885 DNS 28 80 007 PET USB3TPS Uses Des 28 USB3RN6 ares PCIE RXNB PERN 80 PCIE RXPB PERP usesme m 10V 04 58 PCIE TANG PETN 8 K24 USBCOMP 60 PCIE 0 16 Xr 04 PETP 8 USBRBIAS Bus 22 6 1 04 Gary 003 Update DEL 244 245 du n 4 PCIEIREF BESD Mis TP24 USB 1 5VSo 0 04 PCIE IREF 24 33 PCH 9 VDD3 w 5 4 PCH TP11 BC30 P3 USB_OC 01 x 11 OCO GPIOS9 OC W GPIO40 py a OC2 GPIO41 988 OG GPIO42 USB oc 213_ 5 4 4 POIE RCOMBD29 Rue TSK 04 PCIE RCOMP OC6 GPIO10 OG GPIO14 AG 2987 sors 10K BPAR 04 16 19 21 25 26 27 36 39 1 5VS 2 3 14 15 19 29 30 32 36 37 39 41 42 62 3 3V 13 19 20 21 24 25 26 27 29 34 36 37 40 41 42 45 46 VDD3 B 24 PCH 5 9 PCle USB Schematic Diagrams PCH 6 9 GPIO CP
166. yboard Cable Connector 10 Audio Cable Connector 11 LCD Cable Connector 12 eDP Cable Connector 2 m 1 10 Mainboard Overview Top Connectors Introduction jg Mainboard Overview Bottom Connectors Figure 10 Mainboard Bottom Connectors DC In Jack Mini Display Port HDMI Out Port Display Port VGA Fan Cable Connector Sub Woofer Cable Connector 7 CPU Fan Cable Connector USB 3 0 Ports RJ 45 LAN Jack 0 Mini IEEE 1394a Port 2 oe pa po ct D ok 1 Q er 5 Mainboard Overview Bottom Connectors 1 11 Introduction 1 12 Chapter 2 Disassembly Overview This chapter provides step by step instructions for disassembling the 1508 PISISMI series notebook s parts and subsystems When it comes to reassembly reverse the procedures unless otherwise indicated We suggest you completely review any procedure before you take the computer apart Procedures such as upgrading replacing the RAM optical device and hard disk are included in the User s Manual but are repeated here for your convenience To make the disassembly process easier each section may have a box in the 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 list
167. yout TOwPi Pin7 9 04 Pin7 9 Pin 15 LVDS UCLKN 31 05 15 ans 15 Lys uin WERDE LVDS U2N 15 15 5 H WESTEN 15 2 1003 Mailen gbX NONE 9 10 x 1 R667 04 CE H 1 PLVDD EN EX VGA BKLPWM S VGA 3 iB ex 5 12 AVERY 15 LVDS LCLKN eee 7 8 LVDS DDC CLK 15 EX VGA 13 14 15 LVDS LCLKP E 10 ES LVDS DDC DAT 18 x 15 16 LVDS DDC LVDS_LIN T1 12 LVDS LON o 17 18 15 LVDS LIN gt TVOS HF 15 13 14 Het 1 05 15 19 __ 15 LVDS 174 15 16 LVDS LOP 15 za 2 Ez C ts 16 eo 38 24 Eze 20 25 26 Par 002 1113 Alex INV BLON 2 22 LVoS 12 15 BRIGHTNESS 512 SEE wos tay x M wt 3 TOS BAV99 RECTIFIER svs 5538 34 29 30 T 57138 35 55 1 88107 30007 T svs 100 z 153 8107 3001 4 Jon momess CQ s Sheet 14 of 60 S Panel Inverte nel Inverter 9 aav z 2100 04 9 mM Een ev 9 26 aw VLED 1 2 0 04 2 8 stanley te En 214 5 OPEN 2A He 100K 0 2 I hs usc T4LVCOBPW R36 3 010 50 08 9 Patoseva 1 50 T 15 PS_BKLEN gt INV_BLON
168. ype Drive Super Multi Drive Blu Ray Combo Drive Blu Ray Writer Drive One Changeable 2 5 6cm 9 5mm h SATA Serial Hard Disk Drive SSD Factory Option 9 5mm 2nd HDD caddy Factory Option Two mSATA Solid State Drives SSD sup porting RAID Level 0 1 Video Adapter Intel amp Integrated GPU and NVIDIAG Discrete GPU Supports NVIDIA amp Optimus Technology Intel Integrated GPU Intel HD Graphics 4600 Dynamic Frequency Intel Dynamic Video Memory Technol ogy for up to 1 7GB Microsoft DirectX amp 11 Compatible NVIDIA Discrete GPU NVIDIA GeForce GTX 780M PCle Video Card 4GB GDDR5 Video RAM on board Microsoft DirectX 11 1 Compatible NVIDIA GeForce GTX 770M PCle Video Card 3GB GDDR5 Video RAM on board Microsoft DirectX 11 1 Compatible nVIDIA GeForce GTX 765M PCle Video Card 2GB GDDR5 Video RAM on board Microsoft DirectX 11 1 Compatible Pointing Device Built in Touchpad scrolling key functionality integrated Keyboard Illuminated Full size WinKey keyboard with numeric key pad 1 2 Overview Audio High Definition Audio Compliant Interface S PDIF Digital Output Two Speakers One Sub Woofer Built In Microphone Sound Blaster Audio Mini Card Slots Slot 1 for WLAN Module or Combo WLAN and Bluetooth Module Slots 2 amp 3 for mSATA SSD Card Reader Embedded Multi In 1 Push Push Card Reader MMC MultiMedia Card RS MMC SD Secure Digital Mini SD SDHC SDXC MS Memo

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