SCHEM,MBP 15" MLB 12/07/2007. Date TABLE_TABLEOFCONTENTS_HEAD TABLE_TABLEOFCONTENTS_ITEM TABLE_TABLEOFCONTENTS_ITEM. 50 Current Sensing

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1 TLE_TLEONTENTS_HE TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_HE TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM TLE_TLEONTENTS_ITEM. LL RESISTNE VLUES RE OHMS,. WTT +/-.. LL PITNE VLUES RE MIRRS.. LL RYSTLS & OSILLTOR VLUES RE HERTZ. SHEM,MP " ML // REV ZONE EN ESRIPTION HNE K PP TE????? EN PP TE Page (.csa) ontents ate Sync N/ Table of ontents N/ // System lock iagram (T9_ML) // Power lock iagram (T9_ML) N/ Power lock iagram N/ N/ OM onfiguration N/ N/ Revision History N/ (MSTER) Functional / IT Test (MSTER) (MSTER) Power liases (MSTER) 9 // 9 Signal liases (T9_ML) // PU FS T9_NOME // PU Power & round T9_NOME /9/ PU ecoupling & VI M_ML // extended ebug Port (XP) T9_NOME // N PU Interface T9_NOME // N PE / Video Interfaces T9_NOME // N Misc Interfaces T9_NOME // N R Interfaces T9_NOME // N Power T9_NOME 9 // 9 N Power T9_NOME // N rounds T9_NOME N Standard ecoupling // T9_NOME // N raphics ecoupling M_ML // S Enet, isk, FS, LP T9_NOME // S PI, PIe, MI, US T9_NOME S Pwr Mgt, PIO, link // T9_NOME // S Power & round T9_NOME // S ecoupling T9_NOME // S Misc (T9_ML) 9 // 9 lock (K) T9_NOME // lock Termination (MSTER) // R SO-IMM onnector (M9_SYN) // R SO-IMM onnector (M9_SYN) // Memory ctive Termination (T9_NOME) // Left I/O oard onnector (M9_SYN) // Ethernet (Yukon) T9_NOME // Yukon Power ontrol T9_NOME 9 /9/ Ethernet onnector M_ML /9/ FireWire Link (TS) M_ML /9/ 9 FireWire PHY (TS) M_ML /9/ FireWire Port Power M_ML /9/ FireWire Ports M_ML (MSTER) PT onnector (MSTER) // External US onnector M // Left lutch arrel Interconnect M 9 // SM T9_NOME Page (.csa) ontents ate Sync (MSTER) SM Support (MSTER) /9/ LP+ ebug onnector M_ML (MSTER) SMus onnections (MSTER) // 9 urrent & Voltage Sensing M_ML // urrent Sensing M_ML (MSTER) Thermal Sensors (MSTER) /9/ Fan onnectors M_ML /9/ LS Support M_ML 9 /9/ Sudden Motion Sensor (SMS) M_ML // SPI ootrom T9_NOME 9/9/ Pus-In & attery onnectors (M9_SYN) /9/ Power FETs M_ML // IMVP PU Vore Regulator M_ML /9/ 9 V /.V Power Supply M_ML //.V /.V Power Supply M_ML /9/.V R Supply M_ML //.V Power Supply M_ML /9/ FW PHY Power Supplies M_ML //.V Hot Supply & Power ontrol M (MSTER) NV M PI-E (MSTER) (MSTER) NV M ore/f Power (MSTER) (MSTER) NV M Frame uffer I/F (MSTER) (MSTER) R Frame uffer (Top) (MSTER) (MSTER) R Frame uffer (Top) (MSTER) (MSTER) NV M PIO/MIO/Misc (MSTER) // PU Straps M (MSTER) NV M Video Interfaces (MSTER) 9 // PU (M) ore Supply M 9 (MSTER) LVS isplay onnector (MSTER) 9 /9/ R Frame uffer (ot) M_ML_VRM_OT 9 /9/ R Frame uffer (ot) M_ML_VRM_OT 9 (MSTER).V F Power Supply (MSTER) 9 (MSTER) VI isplay onnector (MSTER) 9 // 9 Project Specific onnectors (M9_SYN) // PU/FS onstraints T9_NOME // N onstraints T9_NOME // Memory onstraints T9_NOME // S onstraints ( of ) T9_NOME // S onstraints ( of ) T9_NOME // lock & SM onstraints T9_NOME // FireWire onstraints T9_NOME (MSTER) PU (M) onstraints (MSTER) (MSTER) Project Specific onstraints (MSTER) 9 (MSTER) 9 P Rule efinitions (MSTER) Schematic / P # s PRT NUMER - QTY ESRIPTION REFERENE ES OM OPTION SHEM,TUPO,M -9 PF,TUPO,M P SH IMENSIONS RE MILLIMETERS XX X.XX X.XXX NLES O NOT SLE RW RFTER EN PP Q PP RELESE METRI ESIN K MF PP ESINER SLE TITLE PPLE. NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT SHEM,TUPO,M RW TITLE=ML REV=RW LST_MOIFIE=Wed ec :: THIR NLE PROJETION MTERIL/FISH NOTE S PPLILE RW NUMER -.. 9

2 J9 U9 VI-I PIO MUX Pg 9, J PE onnector Pg x PI-E SVO FS -it /? MHz Pg TV R Out LVS Pg U PI-E PU.? Hz ore ~.V Pg Pg 9 Pg U N-MH ore. -.V MI Pg pproximate System lock iagram Main Memory Pg / Misc Pg,,9 Pg Lnk Pg J/J ITP/XP ONN Pg / R - ual hannel.v - its //? MHz J J U9 K locks Pg IMM Pg, TERMS Pg 9 U Reen locks Pg 9 Parallel Term Pg TERMS Pg 9 J/ /att onn Pg Supply Pg - J//9 LS SENS Pg Temp Sense PU PU Right Side harger Power U U U U??? Pg Pg Pg Pg?? U9 Sudden Motion etect Pg Power Sense Pg, - J9/ Int isp onn Pg U9/ J9 PIO Pg MUX J9 Source is the LVS from the PE based PU. x MI. Hz U/ SPI oot ROM Pg U9, S S Fan Ser Prt SM Pg J///, J// Fan onn Pg, U TPM Pg J LP onn Pg Linda Fnc Prt, omm, SM, FWH Pg - J// J ST onn Pg UT onn Pg J J J PI-E onns Pg 9// U. V /. Hz. V MHz PI-E MUX Pg 9 - x. Hz ST- ST- ST- Ln Ln Ln Ln Ln Ln ST Pg UT Pg PI-E Pg U MI Pg ore Pg E-NET Pg Lnk Pg S-IH ore.v Lnk Pg SPI Pg PI Pg SM US PIOs LP Pg Pg Pg Pg 9 ZLI Pg J Pg J US onnectors IMM s J J lk en U9 U J amera/ir Pg J luetooth Pg J eyser Trackpad/Keyboard Pg MHz -it U TS FW-Link Pg U udio odec Pg 9 U???? M Pg?? U NEVEH E-NET Pg MHz -it U TS FW-PHY Pg 9 U/ Line In mp Pg U Line Out mp Pg U Line Out mp Pg U// Speaker mps Pg System lock iagram SYN_MSTER=(T9_ML) NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE SYN_TE=// J Mini PI-E irport Pg J PI-E onn Pg 9 J E-NET onn Pg J FireWire onn Pg J J PI onn Pg 9 J/// udio onns Pg PPLE. II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT SLE RW NUMER - 9..

3 J9 - S J - S IHM U S_STTE Q WOL_EN Q Q FUSE SM_PTER_EN Q9 SLP_S TT_POS Q Q Q PM_S_STTE_L LIO_S_EN LIO_S_EN EN EN V V.V V PM_ENET_EN EN_PSV V TPS U (PE ) POO V PM_PV_SPU_EN EN V ISL U9 (PE ) POO Q S.V TPS U (PE ) POO PPV_S_LIO V V Q TPS EN U POO N_LIO_PVS_POO (PE, LIO) (UNUSE) EN POO N_LIO_PVS_POO (UNUSE) TP_PV_SPU_POO (UNUSE) FWPWR_EN_L_IV V U PPUS_FW_FWPWRSW_F PPV_S ( MX URRENT) PPV_S_ISNS PV_S_I PPV_ENET Q9 PM_SLP_S_LSV V PPV_S_LIO EN_PSV PVS_SS ( MX URRENT) PPV_SPU_ISNS_R PPV_S U U PV_SPU_I. FUSE V PM_SLP_S_ELY_L EN_PSV Q9 V FUSE V V TTERY HRE PPVORE_SO_PU PPVTT_H_FET_F VR_ON V PPVTT_H_FET FETS PPVORE_PU (PE ) ISL PUVORE ( MX URRENT) LIO_TT_ISENSE U9 ISL9 PUVORE_I ( MX URRENT) (PE ) U POO PUVORE_I PPVT_H_HR_ IMVP_VR_ON VR_PWR_LKEN_L PM_PUVORE_EN PUVORE_POO VR_ON LKEN# V POO SM_PM ENU EN V V PPV_S VR_PWROO_ELY ( MX URRENT) (PE ) PPV_H PPV_S PPV_S V EN.V U9 (. MX) Q PVS_SS URRENT) TPS Q PPV_S EN U POO RSMRST_PWR (PE 9) PPV_S EN POO Q PVS_SS PVS_SS PPV_S PVS_SS (m MX URRENT) Q PPV_S V PPV9_S PVS_EN PM_SLP_S_L PPV_SPU V PVS_SS S.9V Q Q PM_PUVORE_EN PM_SLP_S_L PM_SLP_S_LSV PUVORE_POO Q Q FWPWR_EN_L_IV U PM_SLP_S_ELY_L PPV_S Q9 Q PVS_SS PVS_SS PPV_ PM_PV_SPU_EN PM_ENET_EN PVS_SS PVENET_SS MX9 U9 PUS_LO_ENSHN (PE, LIO) V V U Energy Star LO PUS SUPPLY / PPV_H_HR V TTERY HRER Q V V LIO ISENSE ISL V RUSH LIMITER U9 (PE, LIO) SM OK (PE, LIO) HR_EN ENLE SM_PTER_EN PVS_EN VS_POO TPVENET_POO (UNUSE) M POWER SYSTEM RHITETURE 9 a a ( MX URRENT) U PPV_S_LIO PPUS_H Q PVPU_SS PVS_SS.V TPS9 U (PE, LIO) Q PPV_S_UIO V PPV_S_ISNS PV_S_I U99 Q PPV_S_LIO PM_SLP_S_LSV PPVP_FW V V PPV_SPU_ISNS PPV_FW_VFW SM_PUS_VSENSE SM_PU_VSENSE PP_H V PPV_ENET PVENET_SS PPV_S PPV_UIO_NLO Q.V TPS U (PE ) POO V RST RST U MX (PE ) (. MX URRENT) V PPV_S PM_SLP_S_ELY_L.V EN_PSV V PPV9_ENET V EN U TPS9 (PE ) Q PM_PVPU_EN PVPU_SS V SHN V LT U (PE ) U SM_PU_VSENSE V V(V) V(.V) V(.V) LT9 V(.V) U (PE ) PPV_FW TPS U (PE ) POO (. MX URRENT) PWR/RST STTUS STEP H POWER ON - S POWER ON,-9 S POWER ON - S SYSTEM POWER ON - S PU POWER ON,9- PLTFORM,PU RESET - STEP (S POWER STTUS)TRUTH TLE V EN PVS_POO RST NO /TTERY L(S F) TTERY ONLY L(S F) WITH/WITH TTERY H(S ON) TTERY ONLY,PRESS PWR UTTON H(S ON) V TPS999 U (PE ) SHN U PVPVPVS_POO SPOO_PWROK PPV9_FW V V.V"HOT" LT U (PE ) U (. MX URRENT) PM_S_PWROK RSMRST_PWR SM RESET "UTTON" V PWROK P P P9 PM_SLP_S_L P9 PM_S_STTE_L P9 PM_SLP_S_L P9 PPV_H RNV-F U (PE ) PPV_S( MX URRENT) U NORE_I PPLE. RSMRST PWROK PUPWR(PIO9) LPWROK PU PWROO RESET U MH U SM 99ms LY H_PURST FS_PURST_L U9 (PE ) LRESET P PM_RSMRST_L IMVP_VR_ON P P SM_RESET_L PPVORE_S_N_R IHM U PWRTN VR_PWR_LKEN VRMPWR U PLTRST PLT_RST_L 9 SINL ELY TIME IMVP_VR_ON 99ms SPWR_OK ms VR_PWROO_ELY ms LL_SYS_PWR POWER ON SEQUENE LIST SM_ONF_L RES P PU_PWR NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT SLE RW NUMER PM_PWRTN_L SM_PM EN Power lock iagram SYN_MSTER=(T9_ML) SYN_TE=// -.. 9

4 Power lock iagram SYN_MSTER=N/ NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT SYN_TE=N/ PPLE. SLE RW NUMER - 9..

5 TLE_LT_HE TLE_LT_ITEM TLE_LT_ITEM TLE_LT_ITEM TLE_LT_ITEM TLE_LT_ITEM TLE_LT_ITEM TLE_LT_ITEM TLE_LT_ITEM TLE_LT_ITEM TLE_OMROUP_HE TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_HE TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_HE TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM TLE_OMROUP_ITEM OM NUMER OM Variants -99 OM NME P,.HZ,SM_VRM,M -99 P,.HZ,SM_VRM,M -9 P,.HZ,HY_VRM,M -99 P,.HZ,HY_VRM,M OM OPTIONS M_OMMON,EEE_Z,PU HZ,F SMSUN M_OMMON,EEE_ZJ,PU HZ,F SMSUN M_OMMON,EEE_ZF,PU HZ,F HYNIX M_OMMON,EEE_ZH,PU HZ,F HYNIX -9 P,.HZ,SM_VRM,M M_OMMON,EEE_ZUP,PU HZ,F SMSUN -9 P,.HZ,HY_VRM,M M_OMMON,EEE_,PU HZ,F HYNIX -9 P,.HZFUSE,SM_VRM,M M_OMMON,EEE_U,PU HZFUSE,F SMSUN -9 P,.HZFUSE,HY_VRM,M M_OMMON,EEE_U,PU HZFUSE,F HYNIX M OM roups OM ROUP M_OMMON M_OMMON M_OMMON M_EU M_PROPRTS OM OPTIONS LTERNTE,OMMON,M_OMMON,M_OMMON,M_PROPRTS ISL9,ONEWIRE_PU,LPPLUS,SM_EU_NO PUVI_PV,PVS_V,SMS_MOT_IS,YUKON_ULTR,V_TERM_ONN SM_EU_YES,XP,XP_ONN OOTROM_PRO,SM_PRO OM ROUP F SMSUN F HYNIX F SMSUN F HYNIX ar ode Labels / EEE # s PRT NUMER -9 QTY OM OPTIONS VRM,VRM_M,VRM_SMSUN,VRM SMSUN VRM,VRM_M,VRM_HYNIX,VRM HYNIX VRM,VRM_M,VRM_SMSUN,VRM SMSUN VRM,VRM_M,VRM_HYNIX,VRM HYNIX ESRIPTION REFERENE ES OM OPTION LL,P/N LEL,P,MM X MM [EEE:ZF] EEE_ZF -9 LL,P/N LEL,P,MM X MM [EEE:Z] -9 LL,P/N LEL,P,MM X MM [EEE:ZH] EEE_Z EEE_ZH -9 LL,P/N LEL,P,MM X MM [EEE:ZJ] EEE_ZJ -9 LL,P/N LEL,P,MM X MM [EEE:ZUP] EEE_ZUP -9 LL,P/N LEL,P,MM X MM [EEE:] EEE_ -9 LL,P/N LEL,P,MM X MM [EEE:ZUP] EEE_U -9 LL,P/N LEL,P,MM X MM [EEE:] EEE_U Module Parts PRT NUMER QTY ESRIPTION REFERENE ES OM OPTION S I,P,SR,QS,,.,W,FS,M, U PU HZ S9 I,P,SR,QS,,.,W,FS,M, U PU HZ S9 I,PU,NV M,,LOW LEK U S I,N,RESTLE,M,,PRQ,9PM U S I,S,IHM,,PRQ, U S I,ISL9,PH IMVP RE,PMON,QFN U 9S I,SLP,LW PWR LK EN,K,QFN U9 S S S9 S S9 I,E,IT ENET XVR,P QFN U I,SM,EVELOPMENT,M U9 SM_PRO I,MT -P SPI SERIL FLSH,SOI U OOTROM_LNK I,EFI ROM,EVELOPMENT,M U OOTROM_PRO S I,P,SR,ES,L,.,W,FS,M, U PU HZ S I,P,SR,QS,,.,W,FS,M, U ISL9 I,SM,HS/ U9 SM_LNK PU HZFUSE S S I,SRM,R,Mx,MHZ, F U,U,U,U,U9,U9,U9,U9 VRM SMSUN I,SRM,R,Mx,9MHZ, F U,U,U,U,U9,U9,U9,U9 VRM HYNIX S I,SRM,R,Mx,MHZ, F U,U,U,U VRM SMSUN S I,SRM,R,Mx,9MHZ, F U,U,U,U VRM HYNIX PRT NUMER LTERNTE FOR OM OPTION REF ES OMMENTS: PRT NUMER S S E&E alt to TK/-Tech magnetics S S LL Inductor alternate S S9 LL TI alt to National S S LL Murata alt to Samsung S S S9 S LL LL LL LMV,OPMP. W Maglayers alt to ale/vishay OM onfiguration SYN_MSTER=N/ NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT SYN_TE=N/ S S LL Maglayers alt to ale/vishay S S LL yntec alt to sense resistor S S LL Panasonic alt to FW resistor PPLE. SLE RW NUMER -.. 9

6 PROTO..: // -- esign branched from -- // -- lock Termination: Removed support for SLLP device (PU_LK_M/MSS muxes, etc) // -- lock Termination: dded S-powered N gate between PU_POO and SLP enable pin to eliminate leakage path (rdar://) // -- S Misc: Removed EXTPU_RST_L support for reseting the PU (hardware control only) // -- Power ontrol: Removed U and R. Tied SM_PM EN/PM EN directly to S regulators // -- S ecoupling: Replaced L with S for VL updates // -- FW Port Power: Replaced with proper symbol (instead of table) // -- FW Port Power: Updated U to S for VL updates // -- urrent Sensors: hanged R// to RES_SENSE symbol which implements kelvin sensing without the need for XW shorts..: // -- S ecoupling: hanged to S per Intel recommendations (rdar://) // -- PU Straps: Stuffed R to put PU PE I/F into mobile mode (rdar://)..: // -- Thermal Sensors: dded SINL_MOEL=EMPTY properties to thermal sense diff pairs (rdar://99) // -- urrent Sensors: dded SINL_MOEL=EMPTY properties to current sense diff pairs (rdar://99)..: // -- Power ontrol: dded U,U9 to properly enable/disable S regulators (rdar://t) // -- V/.V Regulators: dded, to allow soft-start control of S regulators (rdar://t)..: // -- Power ontrol: dded to decouple U/9 // -- PU Vcore: Removed Power ontrol circuitry // -- PU Straps: dded R to get PIEVI pullup..: // -- PU F: Reassigned S/ for future memory expansion // -- PU F: hanged uf, caps to uf, for future memory expansion // -- PU F: Reworked/added F device Vrefs (with smaller FETs) for future memory expansion // -- Left lutch I/: Removed SIM I/F connector..: // -- PU Straps: U changed to TSV only // -- PU F: dded support for b density Is (added M<> and S) // -- Left lutch I/: dded alternate camera connections (P I/F) // -- FM: dded N nets to allow copper on corner balls (PU and PU) /9/ -- PU F: dded more Mx VRM devices // -- Muxed fx: egan removing support for this feature..: // -- PU VORE: U9 hanged to IMVP // -- F REULTOR: dded U9 // -- Muxed fx: Removed LVS/KLT muxes and support // -- Power Fet: Removed V and V Fets // -- urrent Sense: Removed U Nfx Sense // -- Regulators: hanged Q,Q,Q,Q,Q to SIN..: // -- Power Fet: Removed v S Fet, cleaned up aliasing.9.: // -- urrent Sense: dded v F current sense // -- PU VORE: dded additional High side Input ap..: // -- MUX fx: elete PU POO Monitor..: // -- liasing:leanup // -- OM: hanged OM option table for M..: // -- Power TL:dded. POO/V PU EN,Moved V_S to pgood chain // -- L: dded amera/mi pins // -- VI: Removed S Hotplug etect support(muxed gfx)..: // -- liasing: Moved pages back in sync with T9, aliasing now on separate page // -- Regulators: hanged L,L to mm S..: // -- US: hange to active enable US ports // -- Regulators: hanged U9 to use VI instead of Feedback resistors EVT..: /9/ -- urrent Sense: hange Q TO FN to accommodate THH /9/ -- Ethernet: hange T9,T9 to S..: // -- Regulators: hange PUVORE VI pullup/pulldowns to.k VT..: 9// -- OM OPTION: dd.hz M VRM onfig, change.hz onifgs to M VRM Revision History SYN_MSTER=N/ SYN_TE=N/ NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT PPLE. SLE RW NUMER - 9..

7 Functional Test Points IT Test Points FUN_TEST LP+ ebug onnector FUN_TEST Left LS onnector FUN_TEST Fan onnectors =PPV_S_FN_LT FN_LT_PWM FN_LT_TH FN_RT_PWM FN_RT_TH =PPV_S_LPPLUS =PPV_S_LPPLUS LP_<> LP_<> LP_FRME_L PM_LKRUN_L OOT_LP_SPI_L SM_TMS EU_RESET_L SM_TRST_L SM_TO SM_M SM_TX_L FWH_IT_L PI_LKM_LPPLUS LP_<> LP_<> T_SERIRQ PM_SUS_STT_L SM_TI SM_TK SM_RESET_L SM_NMI SM_RX_L LR_PIO =PPV_S_LTLS LS_ LTLS_ N attery igital onnector FUN_TEST Left I/O Power onnector FUN_TEST Request for at least N test points NOTE: additional N test points are called out separately in these notes. RT attery onnector FUN_TEST urrent Sense alibration FUN_TEST N TPs, with each of above TP pairs Left lutch arrel onnector FUN_TEST SM_S_LRT_L =SMUS_TT_SL =SMUS_TT_S N_TT =PPUS_H_LIO_ONN N PPVTT RT N ISENSE_L_EN =PPV_S_ISENSEL =PPVORE_S_PU_RE =PPVORE_PU_RE =PPV_S_MER US_MER_N US_MER_P =PPV_S_WWN TPs per NO_TEST PU FS NO_TESTs FS L<..> FS_S_L FS_ST_L<..> FS_NR_L FS_REQ_L FS L<..> FS_SY_L FS_V_L<..> FS_RY_L FS_ST_L_N<..> FS_ST_L_P<..> FS_HIT_L FS_HITM_L FS_LOK_L FS_REQ_L<..> PU NO_TESTs NO_TEST N NO_TESTs N_N_N<..> TP_N_N<..> I I Thermal iode onnectors FUN_TEST PUTHMSNS can not be supported due to layout constraints FUN_TEST HSTHMSNS P HSTHMSNS N RSFSTHMSNS P RSFSTHMSNS N PUTHMSNS P PUTHMSNS N PU_PWR PU_PSLP_L PM_PRSLPVR PU_PSLP_L PM_LN_ENLE PI_RST_L PM_RSMRST_L PM_S_PWROK S_RT_RST_L PM_STPPU_L PM_STPPI_L VR_PWR_LKEN VR_PWROO_ELY FS_PURST_L FS_PUSLP_L FS_PWR_L N_S_SYN_L Other Func Test Points FUN_TEST System Validation TPs FUN_TEST PM_SYSRST_L SM_ONF_L IMVP_VR_ON IMVP_PRSLPVR PM_SLP_S_L PM_S_STTE_L PM_SLP_S_L PM_ENET_EN PVPVPVS_POO PU_PRSTP_L IMVP_VI<..> PLT_RST_L N_RESET_L PU_RESET_L SM_LRESET_L PU_STPLK_L FS_LK_N_P FS_LK_N_N N_LKREQ_L N_LKM_PIE_P N_LKM_PIE_N PU_THERMTRIP_R 9 9 Functional / IT Test SYN_MSTER=(MSTER) NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE SYN_TE=(MSTER) II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT PPLE. SLE RW NUMER -.. 9

8 9 9 "Hot" (lways-present) Rails =PPUS_H_LIO_ONN =PP_H_LIO_ONN =PPV_H_RE =PPV_S_RE =PPV_S_FET =PPV_S_FET =PPVORE_S_PU_RE V Rails PPUS_H M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPUS_S_FWPWRSW hipset "Vore" Rails =PPUS_S_PVSFET =PPV_S_PU_IMVP_V =PPV_S_PU_IMVP =PPV_S_PVPV =PPV_S_PVS =PPV_S_PVS =PPV_ENET_PVENET =PPV_S_PVS =PPV_S_PVS =PPV_S_PVF =PPV_S_PVS =PPV_PU_PUVORE PP_H M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_H_PVH PPV_H M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_H_S_RT =PPV_H_LIO =PPV_H_SMUSMUX =PPV_H_SMUS_SM_S =PPV_H_LISWITH =PPV_S_SM =PPV_S_LPPLUS =PPV_S_SMVREF =PPV_H_PWRTL PPV_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=V =PPV_S_S =PPV_S_PVF =PPV_S_PVSFET =PPV_S_PVENET =PPV_S_PVS =PPV_S_PVRRE =PPV_S_PWRTL =PPV_S_PUVORE =PPV_S_RTUS =PPV_S_PVSFET =PPV_S_PVSFET PPV_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=V =PPV_S_SYSLE =PPV_S_MER =PPV_S_WWN =PPV_S_IR =PPV_S_TOPSE =PPV_S_KLE =PPV_S_ISENSEL =PPV_S_PVS PPV_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=V =PPV_S_S =PPV_S_O =PPV_S_LPPLUS =PPV_S_FN_LT =PPV_S_FN_RT =PPV_S_PU_IMVP =PPV_S_VI_ =PPV_S_H =PPV_S_OPWREN =PPV_S_PIREQFIX =PPV_S_MI PPVORE_S_PU M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPVORE_S_PU =PPVORE_S_N_FX =PPV_S_RE =PPV_S_FET =PPV_S_FET =PPV_S_FET.V-.V Rails PPV_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_S_S_PM =PPV_S_S_US =PPV_S_S =PPV_S_S_LK =PPV_S_S_PIO =PPV_S_S_V_VSUSH =PPV_S_S_VSUS_ =PPV_S_S_VSUS US =PPV_S_SPWR =PPV_S_SMUS_S_ME =PPV_S_ROM =PPV_S_PVPVP =PPV_S_PVSFET =PPV_S_L =PPV_S_PVSFET =PPV_PU_PVPUFET =PPV_S_PWRTL PPV_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_S_PVENETFET =PPV_S_FW =PPV_S_PI =PPV_S_SMUS_SM S =PPV_S_RTLS =PPV_S_SMS =PPV_S_SMUS_SM_MMT =PPV_S_PVISNS =PPV_S_LTLS =PPV_S_TOPSE =PPV_S_REMTHMSNS =PPV_S_PWRTL PPV_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_S_N_VHV =PPV_S_N_V_PE_ 9 =PPV_S_N_FOLLOW =PPV_S_S_PIO =PPV_S_S_PI =PPV_S_S_V IE =PPV_S_S_V PI =PPVRV_S_S_VH =PPV_S_S_V MI =PPV_S_S_V VPORE =PPV_S_S_VLN_ =PPV_S_S_V ST =PPV_S_S =PPV_S_S_PM =PPV_S_RSTUF =PPV_S_K 9 =PPV_S_IE =PPV_S_SM =PPV_S_LPPLUS =PPV_S_SMUS_S =PPV_S_SMUS_SM S =PPV_S_PUOREISNS =PPV_S_PUVISNS =PPV_S_PUTHMSNS =PPV_S_PUTHMSNS =PPV_S_FN_LT =PPV_S_FN_RT =PPV_S_IMVP =PPV_S_NOREISNS =PPV_S_LLSYSP =PPV_S L =PPVRV_PU_PUISENS =PPV_S_XP =PPV_SM_K =PPSP_SM_MEM_ =PPSP_SM_MEM_ =PPV_SMWOL_S_LK =PPV_SMWOL_S_VL_ =PPV_SMWOL_S_VLN_ =PPV_S_PWRTL =PPV_S_P =PPV_S_PVISNS PPV_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_S_ISNS_R =PPV_S_RE =PPV_S_ISNS =PPV_S_RE.V-.9V Rails MX I =?.?? =PPV_S_ISNS =PPV_S_RE =PPVORE_S_N_R =PPV9_S_VTTR_UF =PPV9_S_VTT_LO =PPV_ENET_FET =PPV_ENET_VLO =PPV_ENET_RE PPV_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_S_FW =PPV_SM_MEM_ =PPV_SM_MEM_ =PPV_S_ISNS_R PPV_S_ISNS M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_SM_N_V =PPV_SM_MEM_N PPV_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_S_PU =PPV_S_N_TV =PPV_S_S =PPV_S_S_V RX =PPV_S_S_V TX =PPV_S_S_V =PPV_S_S_VUSPLL =PPV_S_S_V US_ORE =PPV_S_LIO PPV_S_ISNS M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_SM_N_PLL =PPV_SM_N_V =PPV_SM_N_V =PPV_S_N_VMI =PPV_S_N_PLL =PPV_S_N_V =PPV_S_S_MI =PPV_PU_PEX_IOVQ =PPV_PU_PEX_IOV =PPV_PU_PEX_PLLXV =PPV_PU_PLLV =PPV_PU_H_PLLV =PPV_PU_VI_PLLV =PPV_PU_FPLLV PPV_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_SM_N_VXM =PPV_S_PU =PPV_S_N_FOLLOW =PPV_S_N_PIE =PPV_S_S_PU_IO =PPV_S_SM_LS =PPVRV_S_FS_N =PPVRV_S_N_VTT =PPVORE_S_NOREISNS =PPVORE_S_N_FOLLOW =PPVORE_S_S PPVORE_S_N_R M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.9V =PPVORE_S_N PPV9_S_MEM_VREF M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.9V =PPV9_SM_MEM_NVREF =PPV9_SM_MEM_NVREF =PPV9_SM_MEM_IMMVREF =PPV9_SM_MEM_IMMVREF PPV9_S M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.9V =PPV9_SM_MEM_TERM "ENET" Rails PPV_ENET M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_ENET_PHY =PPV_ENET_VLO PPV9_ENET M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.9V =PPVRV_ENET_PHY PPV_ENET M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_ENET_PHY =PPV_S_PVSFET =YUKON_E_PPV_ENET Yukon E will not be supported PPUS_FW_FWPWRSW_F =PPUS_S_FW_FET PPVP_FW_PORT_UF PPVP_FW_PORT_UF =PPV_FW_RE =PPV9_FW_LO =PPV_SPU_FET "FW" (FireWire) Rails =PPV_SPU_TMS_FET =PPV_SPU_ISNS =PPVORE_PU_RE =PPV_SPU_RE "PU" Rails SYN_MSTER=(MSTER) PPLE. =PPU_S_PVFW PPVP_FW M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=V =PPVP_FW_SUMNOE =PPVP_FW_PS =PPVP_FW_PVFW =PPVP_FW_PORT =PPVP_FW_PORT PPV_FW M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_FW_PHY =PPV_FW_LTEV_TIVE =PPV_FW_LTEV =PPV_FW_PV9FW PPV9_FW M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.9V =PPV9_FW_PHY =PPV_FW_PHYOS PPV_SPU M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_PU_V =PPV_PU_MIO =PPV_PU_ =PPV_PU_VI =PPV_PU_VSYN =PPV_PU_TMS =PPV_PU_VIEOMUX =PPV_PU_SMUS_SM S =PPV_PU_PWRTL =PPV_PU_VORELOI =PPV_PU_HP PPV_SPU_TMS M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_PU_TMSS =PPV_PU_IFP_IOV PPV_SPU_ISNS M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_PU_F_V =PPV_PU_F_VQ =PPV_PU_FVQ =PPV_PU_FO =PPV_PU_IFPX PPVORE_PU M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPVORE_PU PPV_SPU_ISNS_R M_LE_WITH=. mm M_NEK_WITH=. mm VOLTE=.V =PPV_SPU_ISNS_R Power liases NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT SLE RW NUMER SYN_TE=(MSTER)

9 Thermal Module Holes Top PU TM Notch dd buried vias to N ZT9 PRP PRP PRP Top PU Right TM Hole Left PU Right PU ottom Left PU TM Hole TM Hole TM Hole RM oor (Torx) Holes ZT9 PRP ZT9 PRP ZT9 PRP ZT9 ZT9 N_HSSIS_RMOOR_HOLE_ N_HSSIS_RMOOR_HOLE_ Frame Holes N_HSSIS_LVS_HOLE ZT9 PRP EXTPU_PWR_EN TP_US_EXTP TP_US_EXTN PM_S_PWROK VR_PWROO_ELY TP_MEM <> TP_MEM <> TP_US_EXTP TP_US_EXTN TP_EXTPU_PWR_EN US_EXT_P =N_LK_MPWROK SM_SMS_T =SM_SMS_T PE_LKM_PU_P PE_LKM_PU_N T_PIRQE_L S_SLO US_EXT_N =S_LK_MPWROK PE_LKM_P PE_LKM_N MEM <> MEM <> US_EXT_P US_EXT_N IPHS_SW_T IPHS_SW_S_EN_L oard Edge Notches (an t be PTH) ZT9 PRP ZT9 N_HSSIS_RIHT_FN_HOLE HOLE-VI-PRP N_HSSIS_RIHT_FN_NOTH ZT9 HOLE-VI-PRP N_HSSIS_IMM_NOTH ZT9 PRP N_HSSIS_LILEX_HOLE ZT9 PRP N_HSSIS_LR_HOLE Tooling Holes (an t be PTH) ZT9 HOLE-VI-PRP N_HSSIS_TTONN_HOLE ZT99 HOLE-VI-PRP N_HSSIS_VI_HOLE igital round N M_LE_WITH=.MM M_NEK_WITH=.MM VOLTE=V Signal liases SYN_MSTER=(T9_ML) SYN_TE=// NOTIE PROPRIETRY PROPERTY SH9 O- SHL-SM-LF THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT PPLE. SLE RW NUMER

10 FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS_ST_L<> FS_REQ_L<> FS_REQ_L<> FS_REQ_L<> FS_REQ_L<> FS_REQ_L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS_ST_L<> PU_M_L PU_FERR_L PU_INNE_L PU_STPLK_L PU_TR PU_NMI PU_SMI_L TP_PU_RSV TP_PU_RSV TP_PU_RSV TP_PU_RSV TP_PU_RSV TP_PU_RSV TP_PU_RSV TP_PU_RSV TP_PU_RSV 9 REQ REQ REQ REQ REQ 9 9 ST STPLK LT LT SMI RSV RSV RSV RSV RSV RSV RSV RSV RSV R ROUP R ROUP F IH RESERVE.9 % ONTROL XP/ITP SINLS THERML EFER RY SY R LOK RESET RS RS RS TRY HIT HITM PM PM PM PM PRY PREQ TK TI TO TMS TRST R PROHOT THERM THERM THERMTRIP H LK.9 %.9 XP_TO PLEMENT_NOTE=Place R near ITP connector (if present) XP_TMS XP_TI XP_TK J L L K M N J N P P L P P R XP_TRST_L M ST K H K J L Y U R W U Y U R T T W W Y U V W V M FERR INNE M N T V F U PENRYN R R % S H NR E PRI LK LK R R % R.9 % H F E F IERR IT H F F E FS_S_L FS_NR_L FS_PRI_L FS_EFER_L FS_RY_L FS_SY_L FS_REQ_L PU_IERR_L PU_IT_L FS_LOK_L FS_PURST_L FS_RS_L<> FS_RS_L<> FS_RS_L<> FS_TRY_L FS_HIT_L FS_HITM_L XP_PM_L<> XP_PM_L<> XP_PM_L<> XP_PM_L<> XP_PM_L<> XP_PM_L<> XP_TK XP_TI XP_TO XP_TMS XP_TRST_L XP_RESET_L PU_PROHOT_L PU_THERM_P PU_THERM_N PM_THRMTRIP_L FS_LK_PU_P FS_LK_PU_N =PPV_S_PU =PPV_S_PU R.9 % R.9 % PLE LOSE TO PU_TEST P. MKE SURE PU_TEST IS REFERENE TO N PLE TESTPOT ON FS_IERR_L WITH N." WY =PPV_S_PU R PM_THRMTRIP# SHOUL ONNET TO IH N MH WITH T (NO STU) =PPV_S_PU R K % R.K %.uf % V TP_PU_TEST PU_SEL<> PU_SEL<> PU_SEL<> NOSTUFF K NOSTUFF NOSTUFF K 9 9 T RP T RP MIS FS L<> E Y U FS L<> F PENRYN FS L<> E F V FS L<> V FS L<> F V FS L<> T FS L<> E U FS L<> E 9 U FS L<> K Y FS L<9> 9 W FS L<> J Y FS L<> FS L<> FS L<> FS L<> J H F K W W FS L<> H FS_ST_L_N<> J STN STN Y FS_ST_L_P<> H STP STP FS_V_L<> H V V U FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> L FS L<> T FS L<> N FS_ST_L_N<> L STN FS_ST_L_P<> M STP FS_V_L<> N V." MX LENTH FOR PU_TLREF PU_TLREF TLREF PU_TEST TEST PU_TEST TEST TP_PU_TEST TEST PU_TEST F TEST NOSTUFF TP_PU_TEST F TP_PU_TEST R R N K P R L M L M P P P T R TEST TEST TEST SEL SEL SEL R T RP T RP 9 9 STN STP V OMP OMP OMP OMP PRSTP PSLP PWR PWROO SLP PSI E E F E F E F R U Y E E FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS_ST_L_N<> FS_ST_L_P<> FS_V_L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS_ST_L_N<> FS_ST_L_P<> FS_V_L<> PU_OMP<> PU_OMP<> PU_OMP<> PU_OMP<> PU_PRSTP_L PU_PSLP_L FS_PWR_L PU_PWR FS_PUSLP_L PU_PSI_L LY NOTE: OMP, ONNET WITH ZO=.OHM, MKE TRE LENTH SHORTER THN.". OMP, ONNET WITH ZO=OHM, MKE TRE LENTH SHORTER THN.". SYN_MSTER=T9_NOME R.9 % R9.9 % R. % R. % PU FS SYN_TE=// NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT PPLE. SLE RW NUMER - 9..

11 E E9 E E E E E E E F F9 F F F F F F F 9 9 V U PENRYN F V VP V VI VI VI VI VI VI VI 9 9 E9 E E E E E E E F9 F F F F F F F V J K M J K M N N R R T T V W F E F E F E VSENSE F VSSSENSE E (PU ORE POWER) =PPVORE_S_PU Standard Voltage:. (esign Target). (HFM). (LFM). (SuperLFM). (uto-halt/stop-rant HFM). (uto-halt/stop-rant SuperLFM). (Sleep HFM). (Sleep SuperLFM). (eep Sleep HFM). (eep Sleep SuperLFM). (eeper Sleep) 9. (Enhanced eeper Sleep) (PU IO POWER.V) =PPV_S_PU m (before V stable) m (after V stable) (PU TERNL PLL POWER.V) =PPV_S_PU PU_VI<> PU_VI<> PU_VI<> PU_VI<> PU_VI<> PU_VI<> PU_VI<> m PU_VSENSE_P PU_VSENSE_N 9 Low Voltage:. (esign Target). (HFM). (LFM) T (SuperLFM) T (uto-halt/stop-rant HFM) T (uto-halt/stop-rant SuperLFM) T (Sleep HFM) T (Sleep SuperLFM) T (eep Sleep HFM) T (eep Sleep SuperLFM) T (eeper Sleep) T (Enhanced eeper Sleep) =PPVORE_S_PU R % PLEMENT_NOTE=Place within inch of PU, no stub. R % PLEMENT_NOTE=Place within inch of PU, no stub. 9 Ultra Low Voltage:. (esign Target) T (HFM) T (LFM) T (uto-halt/stop-rant HFM) T (uto-halt/stop-rant LFM) T (Sleep HFM) T (Sleep LFM) T (eep Sleep HFM) T (eep Sleep LFM) T (eeper Sleep) T (Enhanced eeper Sleep) 9 F E E E E E E E9 E E F F F F F F9 F F F H H H H J J J J K K K K L L L L M M M M N N N N P VSS U PENRYN F VSS P P P R R R R T T T T U U U U V V V V W W W W Y Y Y Y E E E E E E E9 E E F F F F F F9 F F PU Power & round SYN_MSTER=T9_NOME SYN_TE=// NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT urrent numbers from Merom for Santa Rosa EMTS, doc #. PPLE. SLE RW NUMER - 9..

12 9 =PPVORE_S_PU x uf, x uf UF % UF %.V TNT.V TNT T T PLEMENT_NOTE=Place in PU center cavity. PLEMENT_NOTE=Place in PU center cavity. PU VORE HF N ULK EOUPL UF % - UF % - UF % - UF % - UF % - UF % - UF % - UF % - UF % - 9 UF % - PU VORE VI ONNETIONS PU_VI<..> IMVP_VI<..> UF UF %.V TNT %.V TNT T T PLEMENT_NOTE=Place in PU center cavity. PLEMENT_NOTE=Place in PU center cavity. UF % - UF % - UF % - UF % - UF % - UF % - UF % - UF % - UF % - 9 UF % - =PPV_S_PU UF %.V TNT T VP (PU I/O) EOUPL x uf, x.uf.uf % V.UF % V.UF % V 9.UF % V WF: onsider sharing bulk cap with N Vtt?.UF % V.UF % V =PPV_S_PU V (PU Vdd) EOUPL x uf, x.uf uf %.UF % V PLEMENT_NOTE=Place near PU pin. PU ecoupling & VI SYN_MSTER=M_ML NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT SYN_TE=/9/ PPLE. SLE RW NUMER - 9..

13 Mini-XP onnector NOTE: This is not the standard XP pinout. Use with 9- adapter board to support PU, N & S debugging. =PPV_S_XP =PPV_S_PU N F[] N F[] N F[] N F[] N F[] N F[] PU_PWR XP R99 K XP_PM_L<> XP_PM_L<> XP_PM_L<> XP_PM_L<> XP_PM_L<> XP_PM_L<> N_SEL<> N_SEL<> N_F<> N_F<> N_F<> N_F<> XP_PWR TP_XP_HOOK TP_XP_HOOK XP_TK XP R.9 % XP_LVS_TRL_T XP_LVS_TRL_LK XP R K XP_OS XP R K OSFN_ OSFN_ OST_ OST_ OST_ OST_ (OST_) (OST_) OST_ OST_ OST_ OST_ PWR/HOOK HOOK V_OS_ HOOK HOOK S SL TK TK XP.uF % V N XP_ONN LTH-----NOPES F-ST-SM J OSFN_ OSFN_ OST_ OST_ OST_ OST_ (OST_) (OST_) OST_ OST_ OST_ OST_ ITPLK/HOOK ITPLK#/HOOK (V_OS_) RESET#/HOOK R#/HOOK TO TRSTn TI TMS XP_PRESENT# XP.uF % V N_F<> SM_WKE_SI_L US_EXT_O_L S_PIO US_EXT_O_L WOW_EN N_SEL<> N_F<> PM_LTRIER_L EXTPU_LVS_EN S_PIO US_EXT_O_L XP_LK_P XP_LK_N XP_PURST_L XP_RESET_L XP_TO XP_TRST_L XP_TI XP_TMS N F[] S PIO[] S O[]# S O[]# S O[]# S O[]# N F[] N F[] S O[]# S O[]# S O[]# S O[]# XP R K FS_PURST_L irection of XP module Please avoid any obstructions on even-numbered side of J extended ebug Port (XP) SYN_MSTER=T9_NOME NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT SYN_TE=// PPLE. SLE RW NUMER - 9..

14 =PPVRV_S_FS_N R K % R.K % R.9 %.uf % V R.9 % R.9 % R % R %.uf % V FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> N_FS_SW N_FS_ROMP N_FS_SOMP N_FS_SOMP_L FS_PURST_L FS_PUSLP_L N_FS_VREF H_ H_ H_9 H_ H_ H_ H_ H_ H_ H_ H_ H_ H_9 H_ H_ H_ H_ H_ H_ H_ H_ H_ H_9 H_ H_ H_ H_ H_ H_ H_ H_ H_ H_9 H_ H_ H_ H_ H_ H_ H_ H_ H_ H_9 H_ H_ H_ H_ H_ H_ H_ H_ H_ H_9 H_ H_ H_ H_ H_SW H_ROMP H_SOMP H_SOMP H_PURST H_PUSLP 9 H_VREF 9 H_VREF U RESTLE E H_ H_ F ( ) H_ J H_ M H_ M H H_ H H_ F H_ F N H M N N9 H P K9 M W Y V M J N N W W9 N Y Y9 P W N E 9 9 Y E J9 H J E9 E H J H J E J J E J H H W W E HOST H_ H_ H_ H_ H_ H_9 H_ H_ H_ H_ H_ H_ H_ H_ H_ H_9 H_ H_ H_ H_ H_ H_ H_ H_ H_ H_9 H_ H_ H_ H_ H_ H_ H_S H_ST H_ST H_V H_V H_V H_V H_STN H_STN H_STN H_STN H_STP H_STP H_STP H_STP H_REQ H_REQ H_REQ H_REQ H_REQ H_RS H_RS H_RS L K L J K9 P R H L9 M N J9 E9 E 9 9 N9 H H_NR H_PRI E H_REQ F H_EFER H_SY HPLL_LK M HPLL_LK M H_PWR H H_RY K H_HIT E H_HITM H_LOK H_TRY K L E M K H L K J M E H E FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS_S_L FS_ST_L<> FS_ST_L<> FS_NR_L FS_PRI_L FS_REQ_L FS_EFER_L FS_SY_L FS_LK_N_P FS_LK_N_N FS_PWR_L FS_RY_L FS_HIT_L FS_HITM_L FS_LOK_L FS_TRY_L FS_V_L<> FS_V_L<> FS_V_L<> FS_V_L<> FS_ST_L_N<> FS_ST_L_N<> FS_ST_L_N<> FS_ST_L_N<> FS_ST_L_P<> FS_ST_L_P<> FS_ST_L_P<> FS_ST_L_P<> FS_REQ_L<> FS_REQ_L<> FS_REQ_L<> FS_REQ_L<> FS_REQ_L<> FS_RS_L<> FS_RS_L<> FS_RS_L<> N PU Interface SYN_MSTER=T9_NOME SYN_TE=// NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT PPLE. SLE RW NUMER -.. 9

15 PPV_S_N_VPE 9 LVS isable an leave all signals N if LVS is not implemented. Tie V_TX_LVS and V_LVS to N. If SVO is used, V_LVS must remain powered with proper decoupling. Otherwise, tie V_LVS to N also. Note: SR says to tie LVS_VREFH/L to N. This causes a glitch during wake-up on LVS T/LK pairs. New recommendation is to float both signals, see Radar #. TV-Out Signal Usage: omposite: only S-Video: & only omponent:, & Unused outputs must remain powered, but can omit filtering components. Unused outputs should connect to N through -ohm resistors. TV-Out isable / RT Enable Tie TVx_ and TVx_RTN to N. Must power all TV rails. V_TVx_ and V can share filtering with V_RT_. RT isable / TV-Out Enable Tie R/R#//#//#, HSYN and VSYN to N. ll RT/TV rails must be powered. ll rails must be filtered except for V_RT. RT & TV-Out isable Tie TVx_, TVx_RTN, R/R#//#//#, HSYN, VSYN and RT_TVO_IREF to N. an tie the following rails to N: V_RT_, V, V_TVx_, V_RT, V_Q and V_SYN. NOTE: Must keep V_TV powered and filtered at all times! Internal raphics isable Follow instructions for LVS and RT & TV-Out isable above. an also tie RT, L_TRL_, L, SVO_TRL_ and TV_ONSELx to N. Tie PLL_REF_LK and PLL_REF_SSLK to N. Tie PLL_REF_LK and PLL_REF_SSLK to V (Vore). Tie V_PLL and V_PLL to V (Vore). Tie V_X and V_X_NTF to N. Leave FX_VI<..> and FX_VR_EN as N. LVS_KLT_TL LVS_KLT_EN LVS_TRL_LK LVS_TRL_T LVS LK LVS T LVS_V_EN LVS_I TP_LVS_V TP_LVS_VREFH TP_LVS_VREFL LVS LK_N LVS LK_P LVS LK_N LVS LK_P LVS T_N<> LVS T_N<> LVS T_N<> LVS T_P<> LVS T_P<> LVS T_P<> LVS T_N<> LVS T_N<> LVS T_N<> LVS T_P<> LVS T_P<> LVS T_P<> =TV =TV =TV =TV RTN =TV RTN =TV RTN TV_ONSEL<> TV_ONSEL<> =RT_LUE =RT_LUE_L =RT_REEN =RT_REEN_L =RT_RE =RT_RE_L RT LK RT T =RT_HSYN_R =RT_TVO_IREF =RT_VSYN_R J H9 E9 E K RESTLE L_KLT_TRL F L_KLT_EN ( ) L_TRL_LK L_TRL_T L LK L T L_V_EN L LVS_I L LVS_V N LVS_VREFH N LVS_VREFL LVS_LK LVS_LK LVS_LK E LVS_LK LVS_T E LVS_T F9 LVS_T LVS_T E LVS_T F LVS_T LVS_T LVS_T LVS_T E LVS_T LVS_T LVS_T E TV_ TV_ K TV_ F TV_RTN J TV_RTN L TV_RTN M P H K9 J9 F9 E9 TV_ONSEL TV_ONSEL RT_LUE RT_LUE RT_REEN RT_REEN RT_RE RT_RE K RT LK RT T F RT_HSYN RT_TVO_IREF E RT_VSYN U V TV LVS PI-EXPRESS RPHIS PE_OMPI PE_OMPO PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX9 PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX9 PE_RX PE_RX PE_RX PE_RX PE_RX PE_RX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX9 PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX9 PE_TX PE_TX PE_TX PE_TX PE_TX PE_TX N M J L N T T U Y Y W9 H9 J L M U T9 T W W Y H 9 H N U9 U N R T Y W W 9 9 H9 E9 H M T T N R U W Y Y9 9 E H PE_OMP PE_R_N<> PE_R_N<> PE_R_N<> PE_R_N<> PE_R_N<> PE_R_N<> PE_R_N<> PE_R_N<> PE_R_N<> PE_R_N<9> PE_R_N<> PE_R_N<> PE_R_N<> PE_R_N<> PE_R_N<> PE_R_N<> PE_R_P<> PE_R_P<> PE_R_P<> PE_R_P<> PE_R_P<> PE_R_P<> PE_R_P<> PE_R_P<> PE_R_P<> PE_R_P<9> PE_R_P<> PE_R_P<> PE_R_P<> PE_R_P<> PE_R_P<> PE_R_P<> PE_R N<> PE_R N<> PE_R N<> PE_R N<> PE_R N<> PE_R N<> PE_R N<> PE_R N<> PE_R N<> PE_R N<9> PE_R N<> PE_R N<> PE_R N<> PE_R N<> PE_R N<> PE_R N<> PE_R P<> PE_R P<> PE_R P<> PE_R P<> PE_R P<> PE_R P<> PE_R P<> PE_R P<> PE_R P<> PE_R P<9> PE_R P<> PE_R P<> PE_R P<> PE_R P<> PE_R P<> PE_R P<> R.9 % SVO lternate Function SVO_TVLK# SVO_T# SVO_FLSTLL# SVO_TVLK SVO_T SVO_FLSTLL SVO_RE# SVO_REEN# SVO_LUE# SVO_LKN SVO_RE# SVO_REEN# SVO_LUE# SVO_LKN SVO_RE SVO_REEN SVO_LUE SVO_LKP SVO_RE SVO_REEN SVO_LUE SVO_LKP N PE / Video Interfaces SYN_MSTER=T9_NOME SYN_TE=// NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT PPLE. SLE RW NUMER -.. 9

16 N_F<> N_F<> N_F<> MI x Select N_F<> N_F<> N_F<> N_F<9> PIe raphics Lane Reversal N_F<> N_F<> N_F<> N_F<> N_F<> N_F<> N_F<> FS ynamic OT N_F<> N_F<> N_F<9> MI Lane Reversal N_F<> oncurrent SVO/PIe x RESERVE RESERVE High = MIx Low = MIx RESERVE RESERVE RESERVE High = Normal Low = Reversed RESERVE RESERVE See elow See elow RESERVE RESERVE High = Enabled Low = isabled RESERVE RESERVE High = Reversed Low = Normal High = oth active Low = Only SVO or PIe x N_F<:> = RESERVE = XOR Mode Enabled = ll-z Mode Enabled = Normal Operation 9 N_F<> NF_MI_X.9K N_F<9> NF_PE_REVERSE.9K N_F<> NF_YN_OT_ISLE.9K =PPV_S_N_VHV NF_MI_REVERSE.9K =PPV_S_N_VHV NF_SVO_N_PIE.9K R R R R N_F<9> R N_F<> N F<:> used for debug access N F<:> require IT access =PPV_S_N_VHV R K PM_EXTTS_L<> PM_EXTTS_L<> 9 9 R K 9 TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<9> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_MEM_LKP TP_MEM_LKN TP_MEM_LKP TP_MEM_LKN MEM <> MEM <> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_LVS TN TP_LVS TP TP_LVS TN TP_LVS TP TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> N_SEL<> N_SEL<> N_SEL<> N_F<> N_F<> N_F<> N_F<> N_F<> N_F<> N_F<9> TP_N_F<> TP_N_F<> TP_N_F<> TP_N_F<> TP_N_F<> TP_N_F<> N_F<> TP_N_F<> TP_N_F<> N_F<9> N_F<> PM_MUSY_L PU_PRSTP_L VR_PWROO_ELY N_RESET_L PM_THRMTRIP_L PM_PRSLPVR TP_N_N<> TP_N_N<> TP_N_N<> TP_N_N<> TP_N_N<> TP_N_N<> TP_N_N<> TP_N_N<> TP_N_N<9> TP_N_N<> TP_N_N<> TP_N_N<> TP_N_N<> TP_N_N<> TP_N_N<> TP_N_N<> P RSV P RSV R RSV N RSV R RSV R RSV M RSV N RSV J RSV9 R RSV M RSV L RSV M RSV RSV H RSV RSV J RSV K RSV F9 RSV H RSV K RSV J RSV F SM_K SM_K J9 E H9 W K P N SM_K SM_K S_M S_M RSV RSV RSV RSV RSV RSV9 RSV RSV RSV RSV RSV RSV F F N F F IPU F N J R L J E E K F F F F F F9 F F F F F F IPU IPU IPU IPU IPU IPU IPU IPU IPU IPU IPU IPU M F IPU M L N L F F F9 F IPU IP IP IP PM_M_USY L9 PM_PRSTP L PM_EXT_TS J PM_EXT_TS W9 PWROK V RST N THERMTRIP PRSLPVR J N K K L L9 L L K J E 9 K N N N N N N N N9 N N N N N N N U RESTLE F ( ) RSV R MUX LK F MI PM RPHIS VI N ME MIS SM_K SM_K SM_K SM_K SM_K SM_K SM_K SM_K SM_KE SM_KE SM_KE SM_KE SM_S SM_S SM_S SM_S SM_OT SM_OT SM_OT SM_OT SM_ROMP SM_ROMP SM_ROMP_VOH SM_ROMP_VOL SM_VREF SM_VREF PLL_REF_LK PLL_REF_LK PLL_REF_SSLK PLL_REF_SSLK PE_LK PE_LK MI_RXN MI_RXN MI_RXN MI_RXN MI_RXP MI_RXP MI_RXP MI_RXP MI_TXN MI_TXN MI_TXN MI_TXN MI_TXP MI_TXP MI_TXP MI_TXP FX_VI FX_VI FX_VI FX_VI FX_VR_EN L_LK L_T L_PWROK L_RST L_VREF TEST TEST V9 V W W W E9 Y 9 K E H J J E L K K L R9 W H H K K N J N N M J9 N N J J M M J J M9 M E 9 9 E M9 K T N9 M SVO_TRL_LK H SVO_TRL_T K LKREQ 9 IH_SYN R MEM_LK_P<> MEM_LK_P<> MEM_LK_P<> MEM_LK_P<> MEM_LK_N<> MEM_LK_N<> MEM_LK_N<> MEM_LK_N<> MEM_KE<> MEM_KE<> MEM_KE<> MEM_KE<> MEM_S_L<> MEM_S_L<> MEM_S_L<> MEM_S_L<> MEM_OT<> MEM_OT<> MEM_OT<> MEM_OT<> MEM_ROMP MEM_ROMP_L MEM_ROMP_VOH MEM_ROMP_VOL =N_LK9M_OT_P =N_LK9M_OT_N =N_LKM_PLLSS_P =N_LKM_PLLSS_N N_LKM_PIE_P N_LKM_PIE_N lk used for PE and MI MI_SN_N<> MI_SN_N<> MI_SN_N<> MI_SN_N<> MI_SN_P<> MI_SN_P<> MI_SN_P<> MI_SN_P<> MI_NS_N<> MI_NS_N<> MI_NS_N<> MI_NS_N<> MI_NS_P<> MI_NS_P<> MI_NS_P<> MI_NS_P<> FX_VI<> FX_VI<> FX_VI<> FX_VI<> FX_VI<> =FX_VR_EN LK_N_LK LK_N_T =N_LK_MPWROK LK_N_RESET_L N_LK_VREF SVO_TRLLK SVO_TRLT N_LKREQ_L N_S_SYN_L N_TEST N_TEST R K 9 9 R.uF % V.uF % V =PPV9_SM_MEM_NVREF =PPV9_SM_MEM_NVREF.uF % V PPV_SM_N_VX R K % R 9 % =PPV_SM_MEM_N 9 R NOTE: MH L_PWROK input must be PWR signal for PPV_SM, PPV_SMWOL, PPV_SM, PPV_SM, PPV_SM, PPV9_SM and PPV9_SM. If ME/MT is not used, short L_PWROK to PWROK. PPLE. % R %.UF.UF NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT SLE % V % V RW NUMER.UF %.UF % % K %.K % N Misc Interfaces SYN_MSTER=T9_NOME SYN_TE=// - K 9 R R R..

17 S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q RESTLE F ( ) R SYSTEM MEMORY S_S S_S S_S S_S S_M S_M S_M S_M S_M S_M S_M S_M S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_M S_M S_M S_M S_M S_M S_M S_M S_M S_M9 S_M S_M S_M S_M S_RS S_RVEN S_WE MEM Q<> S_Q MEM Q<> S_Q S_Q MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> R W Y S_Q R R S_Q S_Q T S_Q W S_Q S_Q F J H9 E W E E F H F R W T9 W W Y V T V T W V U T E Y9 W9 9 Y T T Y R R R9 N M N T9 N9 M9 N U 9 K9 F9 L T W W Y N T E H P T H P J9 K H L K J J L 9 E J E Y 9 MEM S<> MEM S<> MEM S<> MEM S_L MEM M<> MEM M<> MEM M<> MEM M<> MEM M<> MEM M<> MEM M<> MEM M<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM <> MEM <> MEM <> MEM <> MEM <> MEM <> MEM <> MEM <> MEM <> MEM <9> MEM <> MEM <> MEM <> MEM <> MEM RS_L TP_MEM RVEN_L MEM WE_L MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> P9 R S_Q S_Q S_Q W W S_Q N S_Q N S_Q V S_Q S_Q V9 9 E Y9 F F9 J J J L K K9 K K J L J J K J L K K E K E J L9 K L K9 K J J F H K E J R T Y Y U T S_Q S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q9 S_Q S_Q S_Q S_Q U RESTLE F ( ) R SYSTEM MEMORY S_S S_S S_S S_S S_M S_M S_M S_M S_M S_M S_M S_M S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_QS S_M S_M S_M S_M S_M S_M S_M S_M S_M S_M9 S_M S_M S_M S_M S_RS S_RVEN Y E R 9 K L9 H J F W T K K9 J L E V U L K K K F V W F E 9 Y E 9 V Y S_WE MEM S<> MEM S<> MEM S<> MEM S_L MEM M<> MEM M<> MEM M<> MEM M<> MEM M<> MEM M<> MEM M<> MEM M<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_P<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM QS_N<> MEM <> MEM <> MEM <> MEM <> MEM <> MEM <> MEM <> MEM <> MEM <> MEM <9> MEM <> MEM <> MEM <> MEM <> MEM RS_L TP_MEM RVEN_L MEM WE_L N R Interfaces SYN_MSTER=T9_NOME SYN_TE=// NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT PPLE. SLE RW NUMER - 9..

18 urrent numbers from restline ES, doc #9. V_X V_X V_X V_X V_X U =PPVORE_S_N_FX =PPVORE_S_N RESTLE NTF balls are Not ritical To Function m (Ext raphics) T V V_X_NTF T T V ( F ) V_X_NTF T These connections can break without m (Int raphics) H V V_X_NTF T9 impacting part performance. V V_X_NTF T V V_X_NTF T K V V_X_NTF T U =PPVORE_S_N J V V_X_NTF T RESTLE J V V_X_NTF U V_NTF F H V9 V_X_NTF9 U V_NTF ( ) H V V_X_NTF U V_NTF H9 V V_X_NTF U9 V_NTF F V V_X_NTF U V_NTF VSS_NTF T V_X_NTF U V_NTF VSS_NTF T V_X_NTF U V_NTF VSS_NTF U V_X_NTF U V_NTF VSS_NTF U F R V V_X_NTF V V_NTF9 VSS_NTF V F V_X_NTF V V_NTF VSS_NTF V H V_X_NTF V9 V_NTF VSS_NTF 9 H V_X_NTF9 V V_NTF VSS_NTF H V_NTF =PPV_SM_MEM_N V_X_NTF V VSS_NTF9 H U V_SM V_X_NTF V V_NTF VSS_NTF 9 m ( ch, MHz) J U V_NTF V_SM V_X_NTF V VSS_NTF m ( ch, MHz) J U V_SM V_X_NTF Y V_NTF VSS_NTF F m ( ch, MHz) K V V_SM V_X_NTF Y V_NTF VSS_NTF F 9 m ( ch, MHz) K W V_SM V_X_NTF Y V_NTF VSS_NTF K m (standby) K W V_SM V_X_NTF Y9 V_NTF9 VSS_NTF M K Y V_SM V_X_NTF Y V_NTF VSS_NTF M V_NTF V_SM V_X_NTF Y VSS_NTF P J V_NTF V_SM9 V_X_NTF9 Y VSS_NTF P M V_NTF V_SM V_X_NTF Y VSS_NTF9 R L V_NTF V_SM V_X_NTF Y VSS_NTF R9 L V_NTF V_SM V_X_NTF Y VSS_NTF R V_NTF V_SM V_X_NTF Y9 V_NTF V_SM V_X_NTF V_NTF V_SM V_X_NTF P V_NTF9 V_SM V_X_NTF P E V_NTF V_SM V_X_NTF 9 VSS_S R E V_NTF V_SM V_X_NTF VSS_S R E V_NTF V_SM9 V_X_NTF9 VSS_S Y F V_NTF V_SM V_X_NTF 9 VSS_S L Y F V_NTF V_SM V_X_NTF VSS_S L Y V_NTF V_SM V_X_NTF VSS_S Y V_NTF V_SM V_X_NTF Y V_NTF V_SM V_X_NTF F T H V_NTF V_SM V_X_NTF F9 T H V_NTF9 V_SM V_X_NTF H =PPV_SM_N_VXM T H V_NTF V_SM V_X_NTF H V_XM T U9 J V_NTF m V_SM V_X_NTF H V_XM T U J V_NTF V_SM9 V_X_NTF9 H9 V_XM K9 U J V_NTF V_SM V_X_NTF J V_XM K U K V_NTF V_SM V_X_NTF J V_XM K U K V_NTF V_SM V_X_NTF J9 V_XM J U K V_NTF V_SM V_X_NTF K V_XM J V K V_NTF V_SM V_X_NTF K9 V L V_NTF V_SM V_X_NTF L V U V_NTF9 V_SM V_X_NTF L V V_NTF V_X_NTF L9 V_X_NTF L V_X_NTF9 L =PPVORE_S_N_FX =PPV_SM_N_VXM V_X_NTF L L V_XM_NTF m (Int raphics) R V_X V_X_NTF M L T V_XM_NTF V_X V_X_NTF M L W V_XM_NTF V_X V_X_NTF M9 M W V_XM_NTF V_X V_X_NTF M M Y V_XM_NTF V_X V_X_NTF M M9 V_XM_NTF V_X V_X_NTF M M V_XM_NTF V_X V_X_NTF P M V_XM_NTF V_X V_X_NTF P M V_XM_NTF9 V_X9 V_X_NTF P P9 V_XM_NTF V_X V_X_NTF P9 P V_XM_NTF V_X V_X_NTF P P 9 V_XM_NTF V_X V_X_NTF P P V_XM_NTF V_X V_X_NTF P L9 V_XM_NTF V_X V_X_NTF P L V_XM_NTF V_X V_X_NTF R L V_XM_NTF V_X V_X_NTF R R V_XM_NTF V_X V_X_NTF R R V_XM_NTF V_X V_X_NTF R R 9 V_XM_NTF9 V_X9 V_X_NTF9 R V_X V_X_NTF V V_X V_X_NTF V V_X V_X_NTF V9 V_X V_X_NTF Y F V_X F V_X V_X H V_X H V_X H SYN_MSTER=T9_NOME V_X9 H H J N V ORE POWER V FX V SM V FX NTF V SM LF V_SM_LF W V_SM_LF 9 V_SM_LF E9 V_SM_LF V_SM_LF V_SM_LF W V_SM_LF T N_VSM_LF N_VSM_LF N_VSM_LF N_VSM_LF N_VSM_LF N_VSM_LF N_VSM_LF.uF % V.uF % V.UF %.UF %.UF % - uf % uf % V NTF POWER V XM NTF VSS NTF VSS S V XM PPLE. N Power NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT SLE RW NUMER SYN_TE=// -.. 9

19 m m m m m m m. m m m (MHz R) m (MHz R) m m m m m m m m m 9 =PPV_S_N_VSYN PPV_S_N_V_RT PPV_S_N_V =N_N_VSS PPV_S_N_V_PLL PPV_S_N_V_PLL PPV_SM_N_V_HPLL PPV_SM_N_V_MPLL S or SM is acceptable PPV_S_N_VTXLVS =N_N_VSS_LVS =PPV_S_N_V_PE_ =N_N_VSS_PE_ PPV_S_N_PEPLL PPV_SM_N_V_SM PPV_SM_N_V_SM_K PPV_S_N_V_TV PPV_S_N_V_TV PPV_S_N_V_TV =PPV_S_N_V_RT PPV_S_N_V_TV PPV_S_N_V_Q =PPV_SM_N_V_HPLL =PPV_S_N_V_LVS J V_SYN V_RT_ V_RT_ V VSS 9 V_PLL H9 V_PLL L V_HPLL M V_MPLL V_LVS VSS_LVS K V_PE_ K9 VSS_PE_ U V_PE_PLL W V_SM V9 V_SM U9 V_SM U V_SM U V_SM T T T9 T T R R 9 9 V_SM V_SM V_SM9 V_SM V_SM V_SM_NTF V_SM_NTF V_SM_K V_SM_K V_TV_ V_TV_ V_TV_ V_TV_ V_TV_ V_TV_ M V_RT L9 V_TV N V_Q N V_HPLL U V_PE_PLL J H V_LVS V_LVS TV/RT LVS RESTLE F ( ) RT U POWER RT K SM PE LVS PLL X MI SM K PE HV XF VTTLF VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT9 VTT VTT VTT V_X V_X V_X V_X V_X V_X V_X_NTF R9 V_XF V_XF V_XF V_MI J V_SM_K V_SM_K V_SM_K V_SM_K V_TX_LVS V_HV V_HV V_PE V_PE V_PE V_PE V_PE V_RXR_MI V_RXR_MI VTT U VTT U VTT U VTT U9 VTT U VTT U VTT VTT U U VTT9 U VTTLF VTTLF VTTLF U T T T T9 T T T T T R R R T U U T9 T T K K J J W W V9 V H H F H =PPVRV_S_N_VTT PPV_SM_N_VX PPV_S_N_VXF =PPV_S_N_VMI PPV_SM_N_VSMK S or SM is acceptable PPV_S_N_VTXLVS =PPV_S_N_VHV PPV_S_N_VPE PPV_S_N_VRXRMI N_VTTLF_P N_VTTLF_P N_VTTLF_P 9.UF % UF % - T MHz FS (.V) MHz FS (.V) MHz FS (.V) m 9 m m m m m m m 9.UF % - SYN_MSTER=T9_NOME N Power SYN_TE=// NOTIE PROPRIETRY PROPERTY THE FORMTION ONTE HERE IS THE PROPRIETRY PROPERTY PPLE OMPUTER,. THE POSSESSOR REES TO THE FOLLOW I TO MT THE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULISH WHOLE OR PRT urrent numbers from restline ES, doc #9. PPLE. SLE RW NUMER