02/15/2008 Page (.csa)

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2 8 U9 TMS PG 8 SVO TV FS -it Pg Out U 8/ Mz PI-E PU. Gz ore ~.V Pg Pg 9 Pg U N-GM ore. -.V Main Memory J Pg / ITP ONN PG R - ual hannel.8v - its //8 Mz U9 K J J locks Pg 8 IMM Pg, TERMS Pg 9 Parallel Term Pg J9/ /att Power onn Supply PG PG - Temp Sense PU U ET-PIPE/F U PG 9 PG 9 J9 VI-I GP MUX RG LVS Pg Pg,8,9 MI Pg Misc Pg Lnk Pg U9 SUEN MOTN ETET PG PG 9 POWER SENSE PG 8 J9 Int isp onn PG x MI. Gz U/ SPI oot ROM PG U9, S S SM PG Fan J FN ONN PG Ser Prt J LP onn PG J J ST onn PG UT onn PG 9 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 Lnk Pg Pg S-I8 ore.v SPI Pg PI Pg SM US GPs LP Pg Pg Pg Pg 8 9 ZLI Pg U8 IR ONTROLLER PG MER IMM s J J J8 J J8 G Geyser luetooth ONNETOR Trackpad/Keyboard PG PG PG PG lk Gen U9 U J J US onnectors Mz -it U FW Pg U udio odec Pg J Mini PI-E irport Pg U NEVE E-NET J9 Pg E-NET onn Pg J FireWire onn PG 8 U// JK TRNSLTORS Speaker mps PG J TERNL MI J/ TERNL SPEKER J/ LE / udio onns PG PG PPLE. System lock iagram SYN_MSTER=WFERRY-WF NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT SLE RWG NUMER SYN_TE=// -9 8

3 PTER 8 K POWER SYSTEM RITETURE SM_ENRGYSTR_LO_EN FUSE U9 SM ISENSE TTERY ENRGYSTR LO V MX89 U9 SGN V (PGE ) ENLES V SP GR_EN (S) ISLRZ U9 (PGE ) 9 V PUS ONVERTER/ TTERY RGER TT_POS_F FUSE PPVT_G_GR_REG U9 9 SM_TT_ISENSE PP_G PPUS_G PUVORE V V ISL9 LKEN# IMVP_VR_ON VR_ON PGOO U (PGE 9) V VS_RUNSS (S) U PUS_VSENSE Q VS_RUNSS (S) V.V PPV_S_REG EN V (8 MX URRENT).V EN V PPV_S_REG ( MX URRENT) TPS U (PGE ) PGOO PGOO PGOO_VS 9 PGOO_VS 9 SM_PU_VSENSE SM_PU_ISENSE VR_PWRG_K_L VR_PWRGOO_ELY ENLE.V GOT LT U9 (PGE ) PPV_G_REG PPVORE_PU_S ( MX URRENT) RESET PPUS_G.V U PVS_EN TPS9 - V U U PPV_U_NLOG (PGE 9) Q8 EN V (PGE ) I Q8 R PVS_EN_L ELY (S) SM PPV_S PM_S_STTE_L GR_EN.V S ELY R PVS_EN_L P LOGI VS_RUNSS TPS (S) PVS_EN_L EN 8 Q89 U PPV_S_REG V V V PM_SLP_S_L U9 8 Q8 PPV_S_REG PPV_S (PGE ) VS_RUNSS V EN V SM_PM_G_EN (S) (. MX URRENT) PM_SLP_S_L P (S) PPV_S_REG 8 PPV_S RESTLE (PGE ) VS_RUNSS V EN.V ( MX URRENT) (S) PWROK PURST FS_PURST_L Q89 Q8 TPS.9V S TPS9R U PPV_S V U (PGE ) U8 (PGE ) PGOO, VREG EN PPV9_ENET_REG V PPV_ENET_FET (PGE ) RSMRST_PWRG 9 PVS_EN_L.V YUKON V U8 MX8 PPV_ENET_REG TPS88-.V 8 SM V PPV_S_FET - PM_ENET_EN_L MR U RSMRST_(P) PM_RSMRST_L EN (PGE ) Q RESET LL_SYS_PWRG PWRG(P) 99ms LY SENSE IMVP_VR_ON PPV_S_FET IMVP_VR_ON(P) (PGE 8) 9 RSMRST_PWRG RSMRST_(P) Q8 PLT_RST SM_ONF_L PPVENET_SS Q PWR_UTTON(P9) PVS_EN PM_PWRTN_L P(TN_) PV8_S_FET Q8 TTERY ONLY: M PLL TPS RST SM_RESET_L PV_ENET_FET V U 8 PTER : - PV8S_EN EN(PGE ) PV_S_N_PLL V Q8 SLP_S_L PMVENET_SS SLP_S_L(P9) WOL_EN SLP_S_L SLP_S_L(P9) PM_ENET_EN_L SLP_S_L SM_PTER_EN - SLP_S_L(P9) PPV_S_REG PGOO_VS U9 9 PGOO_VS (PGE ) PGOO_SEQUENER U8 V VLO V8S_RUNSS.8V R PPV8_S_REG PPV8_S_REG_R S V (. MX URRENT) RST PM_SLP_S_L S.9V V PPV9_S_REG PGOO_V8S PVS_EN UVLO_ GTE Q Q 8 Power lock iagram PPV_S_FET UVLO_ RUNSS_GTE_ ST VS_RUNSS GTE PVS_EN STRT TPS (S) SYN_MSTER=POWER SYN_TE=// PPV_S_FET UVLO_ U NOTIE PROPRIETRY PROPERTY (PGE ) PPV8_S_FET PV8S_EN UVLO_ GTE Q TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR ST VS_RUNSS GREES TO TE FOLLOWG STRT PM_SLP_S_L EN GTE RUNSS_GTE_ (S) I TO MT TE OUMENT ONFIENE ISLIRZ II NOT TO REPROUE OR OPY IT Q U III NOT TO REVEL OR PULIS WOLE OR PRT VS_RUNSS GPU_VORE STRT ST V (S) (PGE 8) ISL RWG NUMER GFX_VR_EN U PPVORE_S_N_GFX_IMVP EN V (PGE ) -9 (. MX URRENT) PPLE. SLE 8 V Q PPV_S_FET SM PWRG RNV-F U (PGE ) 8 SM_RESET_L R 8 PPV_S_REG_R VR_PWRGOO_ELY LK_PWRG U8 VR_PWRG_K PM_S_PWROK U8 LOK PWRG SLG8LPV U9 (PGE 8) K_PWRG VRMPWRG I8M PWRTN PLTRST RSMRST PWROK PUPWRG(GP9) U (PGE ) PU PWRGOO - 9 PLT_RST_L PU_PWRG 8

4 TLE_LT_E TLE_LT_ITEM TLE_LT_ITEM TLE_LT_ITEM TLE_LT_ITEM TLE E TLE ITEM TLE ITEM TLE ITEM TLE ITEM TLE ITEM TLE ITEM TLE ITEM TLE E TLE ITEM TLE ITEM TLE ITEM TLE E TLE ITEM TLE ITEM TLE ITEM TLE E TLE ITEM TLE ITEM TLE ITEM TLE ITEM TLE E TLE ITEM TLE ITEM TLE ITEM TLE ITEM TLE ITEM TLE ITEM TLE ITEM TLE ITEM TLE ITEM PGE_ORER= OTTOM PRT# PRT# PRT# PRT# QTY QTY QTY QTY 8 Power aliases required by this page: () Signal aliases required by this page: () OM options provided by this page: () OR STK-UP N ONSTRUTN S9 Page Notes Top 8 9 SIGNL(igh Speed) L GN ESRIPTN ESRIPTN ESRIPTN ESRIPTN GROUN SIGNL REFERENE ESIGNTOR(S) PRT NUMER LTERNTE FOR OM OPTN REF ES OMMENTS: PRT NUMER SIGNL GROUN SIGNL(igh Speed) SIGNL(igh Speed) GROUN POWER POWER GROUN SIGNL(igh Speed) REFERENE ESIGNTOR(S) REFERENE ESIGNTOR(S) REFERENE ESIGNTOR(S) OM OPTN 8S I,RESTLE,GM9, U K 8S I,I8,G U K - -LE SOIMM ONNETOR J,J S S S S9 LOKE OOTROM PN S FOR K 8-9 LL,P/N LEL,P,8MMXMM EEE:PK OM OPTN OM OPTN I,MT 8P SPI FLS ROM,FOR K U K_PGM I,EEPROM,SERIL II,8KT,SO8 U8 K_PGM I,SM,S8/ FOR K U9 8-9 LL,P/N LEL,P,8MMXMM EEE:P 8-9 I,P,SLPS,PRQ,M/M,./.8G,9FG U I,YPRESS,Y8,ENORE_II,US_ONTR U8 GOO S I,P,SLPR,PRQ,M/M,./.8G,9FG U ETTER S I,P,SLPR,PRQ,M/M,./.8G,9FG U EST S8 I,P,QZF,QS,,./.8G,M,9FG U GOO_FUSE S8 I,P,QZF,QS,NON-TS,M,./.8G,M,9FG U GOO_NON_TS S I,P,QZF,QS,,./.8G,M,9FG U ETTER_FUSE S I,P,QZF,QS,,./.8G,M,9FG U EST_FUSE S98 S99 S9 U TERMTRIP SREENE S8 U TERMTRIP SREENE S S U TERMTRIP SREENE S S U TERMTRIP SREENE K K_PGM K_PGM OM OPTN GOO LL,P/N LEL,P,8MMXMM EEE:PJ ETTER EST ONFORML_OT L L-L L L-L L L-L L L-L L-L L L-L L L-L8 L8 L8-L9 L9 L9-L L L-L L LYER SIGNL(TOP) GROUN SIGNL SIGNL POWER POWER L-L GROUN SIGNL SIGNL GROUN ML STKUP TIKNESS (MM) L SIGNL(OTTOM). ONFORML_OT.8 TOTL.. TRE WIT (MM) OMOPTN K GOO -9 K ETTER -9 K EST -9 PVT PVT PVT OMMON LTERNTE R_ONLY K LPPLUS VERTER_UF OM OPTN REMOVE OM OPTN REMOVE VERTER_UNUF OM OPTN REMOVE OM OPTN REMOVE ITP NO_REOOT_MOE NFG_MI_REVERSE NFG_MI_X NFG_YN_OT_ISLE NFG_PEG_REVERSE NFG_SVO_N_PIE GOO ETTER EST K_PGM YUKON_E YUKON_ULTR NORML FNY STNF O_PWR_ORE O_PWR_RESUME ISL OM OPTN REMOVE OM OPTN REMOVE ISL OM OPTN REMOVE OM OPTN REMOVE OM TLE FOR F POSPS 8 PRT# 8S 8S 8S 8S QTY OM OPTN ESRIPTN > > > > > > > > > F VERSN 8S > > > > > > > > > REFERENE ESIGNTOR(S) OM OPTN REMOVE OM OPTN REMOVE OM OPTN REMOVE OM OPTN REMOVE > > > > > > > > > F VERSN 8S,,8,8 F VERSN 8S,, K 8S8 F VERSN 8S8 K 8S9 F VERSN 8S,, K 8S F VERSN 8S, K F VERSN 8S,,,,9,9 K 8S F VERSN 8S K 8S F VERSN 8S9, K OM OPTN K K M GOO -9 ONEPT > > > > > > > > > > > > > PPLE. ONFIGURTN OPTNS SYN_MSTER=SM SYN_TE=/8/ NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT SLE -9 RWG NUMER

5 8 Revision istory M PROTO TO EVT NGES - WKE-ON-WIRELESS SUPPORT - RR: 9 - ISOLTN UFFER FOR O_RESET_L SIGNL, K PULL-OWN TO O_PWR_EN_L, RG IRUIT TO PROPERLY ISRGE O POWER WEN IT S TURNE F - RR: 99 - K PULL-OWN RESISTOR ON TPLG - RR: LOWER RS(ON) MOSFET (FP - PN: S) FOR O N L POWER - RR: T - IG-PREISN.% RESISTORS TO RESE PUT VOLTGE REGULTN (V,.V, PUS_LO) URY - RR:9 - FIX L R POWER LIS (NEE TO ONNET TO PPV_GOT STE PPV_S) - RR: FIX MOJO-R SM TX, RX REVERSL - RR: G ONNETOR IRUITRY - NGE OM STUFFG TO SPEE UP PORT POWER SUT-F RESPONSE TIME URG TIVE LTE-VG EVENT (RR: 98) - NGE OM STUFFG TO ENLE ON-OR MIROPONE ONNETOR (M/M SOLUTN) STE RG MIROPONE TROUG LVS LE - NGE LO P STUFFG OPTN FOR RT N ETERNET RYSTLS TO MEET XESR (-R) REQUIREMENT - NGE UF, V PU VORE PS TO UF, PS - RR: 9 - MOVE SM RESET UTTON P TO TOP SIE ML - RR: 99 - MOIFY FIREWIRE ONNETOR SYMOL TO SUPPORT MI-VI ONNETOR WIT T - TEST POT MOVEMENTS REQUESTE Y IT N M- GROUPS - RR: 98 M EVT TO VT NGES // S PGE 8: - 9 =PPV_S_IRPORT_UX K TO PPV_S LIS. S PGE : - 9 REK =PPV_S_IRPORT_UX(J,P ) FROM PPV_S_P_UX G. 9 MOVE 9 N FROM PPV_S_P_UX RIL TO =PPV_S_IRPORT_UX RIL. S PGE 9: - 8 STUFF 9 FOR EMI. S PGE,,,8: - SYN FROM U TEM. S PGE : SWP P N P MI ONNETOR, K TO M P. S PGE 9: - 98 NGE Q9 FROM S TO S8. /8/ S PGE : - 98 NGE L TO R(OM,,/W,). S PGE : - 9 NGE R FROM K PULL-OWN TO K PULL-UP TO.V_S. S PGE : - 88 SYN PV REGULTOR IRUIT FROM M8, NGE R N TO, NGE =PPV_S_PVS TO =PPV_S_VS, FROM.NF TO PF, FROM PF TO PF, 8 FROM.NF TO PF, N REVERT REFERENE ESIGNTORS. (NGE FROM TPS TO LT) // S PGE : - 9 NGE R FROM K PULL-UP TO K PULL-UP. S PGE : - UPTE SYMOL FOR J. S PGE,,,8: - SYN FROM U TEM. S PGE 9: - 98 NGE R99 FOR RT_TVO_IREF FROM.K TO.K. // S PGE : - TEXT NOTE TO UPTE J FROM S TO S88 WEN SYMOL IS REY. S PGE 9: - TEXT NOTE TO UPTE J9 FROM 8S8 TO 8S WEN SYMOL IS REY. S PGE 9: - ELETE LVS_VREF N LVS_VREFL TO GROUN TO FIX LVS GLIT. S PGE 9: - TEXT NOTE TO NGE L9 FROM S TO S8 WEN SYMOL IS REY. M VT TO K NGES /9/ S PGE : NGE GOO PU FROM S(.8G) TO S(.G). NGE ETTER PU FROM S(.G) TO S(.G). NGE EST PU FROM S(.G) TO S(.G). NGE N FROM 8S(M) TO S8(M). - NGE S FROM 8S TO 8S. S PGE : ISONNET GFX_VI<> TO GN. ONNET GFX_VI<:> TO GFX_VI: ON N. - R (OM, ) TO ONNET GFX_VI<> TO GN. S PGE : 8 (.UF, ). SIZG OWN R FROM TO FOR PLEMENT. NGE GFX_VI<:> TO GFX_VI<:>. - NGE STRPPG FROM ON GFX_VI<:> TO ON GFX_VI<:>. S PGE 9: - NGE J9 FROM S TO -. EIT OM OPTN TLE. S PGE : NGE U FROM S TO S8. REMOVE M_NEK_WIT=.MM FROM PPV_S_US_EXT/. - R N R. S PGE : - NGE J FROM S TO S88. S PGE 9: NGE J9 FROM 8S8 TO 8S. - REPLE TTERY TERFE IRUIT WIT TE ONE ON M ESTR. S PGE 9: - 8 NGE L9 FROM S TO S8. // S PGE : - REPLE LL M WIT K (TEXT, OM OPTNS, NUMERS). S PGE : - NGE FROM 8S TO 8S PER E. S PGE : - NGE FROM 8S TO 8S PER E. S PGE 8: - NGE J8 FROM 8S8 TO 8S9. S PGE : - REMOVE R N R (U YPSS RESISTORS). S PGE 8: - NGE J8 FROM 8S9 TO 8S. S PGE : - NGE U FROM M EM IRUIT TO M EM IRUIT. J NGES FROM P TO P. S PGE : - NGE J FROM 8S9 TO 8S. S PGE : - NGE J FROM 8S8 TO 8S9. - NGE J FROM 8S9 TO 8S. S PGE 9: - NGE J9 FROM 8S9 TO 8S. // S PGE 8: - REMOVE NO_TEST= FOR V8S_OMP, V8S_FSET, VS_OMP, VS_FSET, VS_OMP, VS_FSET, IMVP_RS, IMVP_OMP, VS_RUNSS, VS_RUNSS. REMOVE NO_TEST= FOR K_PI_LK_SPN, K_SR_N/P_SPN, K_SR_N/P_SPN, K_SR_N/P_SPN, K_SR_LKREQ/_LSPN. - FUN_TEST= FOR TRM_FSTK_P/N. FUN_TEST= FOR PPV_S_R. S PGE 9: REMOVE LISES FOR GN_SSIS_U_SPKRONN,GN_SSIS_U_SIEL,GN_SSIS_U_SIEL,GN_SSIS_U_SIEL,MI_SIEL_LVS_R,MI_SL_ONN. REMOVE LIS FOR =FWPWR_PWRON. SPN LISES FOR TP_K_SR_N/P. - SPN LISES FOR K_PI/_LK. S PGE : - REMOVE R9 TO R9 ON PU_VI<:>. S PGE : - ELETE TEXT NOTE N WIT RESET UTTON. S PGE : - RENME LVS_VREF/L TO TP_LVS_VREF/L. S PGE : - R9 N R9 FOR K PU ON GP N GP(EXTGPU_RST_L). - NGE R TO K. S PGE 9: NGE L9 N L9 FROM S TO OM R9 N R9. 9, 9, 9, 9, 9. NGE R9, R9 FROM.OM TO OM. - NGE R9 FROM OM TO OM. S PGE : - REMOVE TEXT NOTE WILL NGE TO P. S PGE : - RE-RW PU VOLTGE SENSE R FILTERG. S PGE : - RE-ONNETE /SN PUT U8 SO TT IT S ONTROLLE Y U PORT VREF. - ISONNETE GP N TERMTE IT WIT K PULL OWN. E PULL-UP TO OE_V T GP. - E SMLL PF OMPENSTN P. TO U FEEK NETWORK (). S PGE : NGE LL TRNSIENT SUPPRESSORS TO.8V/PF EVIES (WERE ORIGLLY 8V/PF EVIES). - E L N L TO MI PUT EMI FILTER. - REMOVE Z. - E R. S PGE 8: - ONNETE MI_SL_ONN TO GN_SSIS_U_MI TROUG R8. - E R8. S PGE : - RENME PU_VI_R<:> TO PU_VI<:>. // S PGE : OOTROM PRT NUMER NGES FROM S8 TO S9. - SM PRT NUMER NGES FROM S88 TO S98. UPTE EEE OES, Z FOR GOO, Z FOR ETTER, Z FOR EST. S PGE 8: - LIS =PPV_S_SMUS_SM_MGMT TO PPV_S. S PGE 9: - TO U9. S PGE : - TO U. S PGE : NGE U FROM PN S TO PN S. (SMLL PKGE) - R & R. (US YPSS RG). S PGE 9: - REMOVE LIS FOR =SM_SMS_T TO SM_PG - SIGNL SOUL JUST E LLE SM_SMS_T. S PGE : - NGE R FROM PULL-UP TO PULL-OWN RESISTOR N NME IT SM_SMS_T. S PGE : I8-M ME SMUS: - SM_ME_LK N SM_ME_T ON SRIGE ISONNETE FROM SM_MGMT_LK N SM_MGMT_T FROM SM. TE K PULL-UP RESISTORS (R N R), N STILL REM ONNETE TO PPV_S_SMUS_S_ME N STY ON TE S SIE. - SM MNGEMENT SMUS ONNETN: TWO NEW K PULL-UP RESISTOR (R & R) TO =PPV_S_SMUS_SM_MGMT. - TE PULL-UP RESISTORS SOUL E ONNETE ETWEEN SM_MGMT_LK N SM_MGMT_T TO =I_SMS_SL N =I_SMS_S TE NEW ELEROMETER. S PGE 9: - N SMS (U9). S PGE : NGE FROM SE-R UF TNT. P. TO SM-LF.UF TNT. P. - ME NO_TEST TTRIUTE VISILE FOR NET N_VRP ONNETE TO P U. S PGE : REMOVE RESISTORS R, R, N R. LSO REMOVE L. - STUFFE R. ME Z, Z, Z, Z, Z, Z, Z, Z, Z, Z. S PGE 8: - E R8 S PGE : - NGE R8 FROM 8.K TO.8K. // S PGE 9: - NGE Z9 N Z9 FROM TO (NON-PLTE). S PGE : - STUFF N. S PGE : - STUFF N. S PGE 9: - UPTE PN FOR FNY RJ ONNETOR, -. S PGE : - REMOVE R (EOMES R9). S PGE 9: R9, K PU ON SM_SMS_T. R9 (WS R EFORE), K P ON SM_SMS_IT. - STUFF U9 (IGITL ELEROMETER) IRUIT. // S PGE : - NGE J FROM -89 TO - (SME JEE). UPTE OM OPTN TLE FOR J. - NORML NGES FROM -9 TO -, FNY NGES FROM - TO -. S PGE : NGE J N J FROM -88 TO - (IFFERENT JEE, SME LNPTTERN). - UPTE OM OPTN TLE FOR J N J. NORML NGES FROM -88 TO -, FNY NGES FROM - TO -. S PGE : - PGE_TITLE U: OE. S PGE : - NGE J FROM -9 TO -9 (IFFERENT JEE, SME LNPTTERN). UPTE OM OPTN TLE FOR J. - NORML NGES FROM -9 TO -9, FNY NGES FROM - TO -9. NGE J FROM -8 TO -8 (IFFERENT JEE, SME LNPTTERN). - UPTE OM OPTN TLE FOR J. NORML NGES FROM -8 TO -8, FNY NGES FROM - TO -8. S PGE 9: - NGE L9 FROM S TO S FOR ORRET VL. S PGE 9: UPTE OM OPTN TLE FOR J9. - NORML NGES FROM - TO -8, FNY NGES FROM - TO -8. // S PGE : - NGE EST PU FROM S(.GZ) TO S(.GZ). S PGE 8: - NGE 8 N 8 FROM 8S8 TO 8S (ON T NEE LOW-PRILE PRTS). // S PGE 9: - UPTE SYMOL FOR U9, VENOR PRT NUMER NGES FROM SM8 TO M. // S PGE : - NGE ETTER N EST PU TO G STEPPG PRTS (FROM S TO S). S PGE : - STUFF R N R. S PGE 9: NGE R9 N R9 FROM.K TO.9K. - NGE R9 N R9 FROM.K TO 9.9K. K EVT TO VT NGES 8/9/ PER E, LL SNYO POSPS VE NEW F PRT NUMERS. LL 8S EOME 8S. - LL 8S EOME 8S. LL 8S8 EOME 8S8. - LL 8S EOME 8S9. LL 8S EOME 8S. LL 8S EOME 8S. LL 8S EOME 8S. - LL 8S EOME 8S. LL 8S9 EOME 8S. - TO LL OVE PRTS SO TE F PRTS OM TLE TKE OVER. S PGE : - OM OPTN TLE FOR LL SNYO POSP TO USE F PRTS. 8// S PGE : - SYMOL ORRETE TO REFLET % TOLERNE. S PGE 9: NGE R9 FROM S(EOL) TO S. - NGE R9 FROM S89 TO S FOR F. 8// S PGE : - NGE J FROM S TO S TO ON S N SOURE. K VT TO VT NGES 8// NGE LL 8S8 TO 8S FOR ITNL VENORS. (,8,8,,,,9,9,9) S PGE : - LTERNTE TLE TO MKE S9 LTERNTE S. S PGE : - LTERNTE TLE TO MKE S LTERNTE S. S PGE : - NGE FROM PF(S) TO PF(S). NGE 8 FROM.8UF(S) TO.UF(S). S PGE 9: TO L9, L9 N L9. - OM TLE TO NGE L9, L9 N L9 FROM S TO S. LTERNTE TLE TO MKE S LTERNTE S8. 9// S PGE 9: - 9. K VT TO PVT NGES 9// S PGE : ELETE XW. - PPV_S_REG_P EOMES =PPV_S_REG. S PGE : ELETE XW. PPV_S_REG_P EOMES =PPV_S_REG. - ELETE XW. PPV_S_REG_P EOMES =PPV_S_REG. 9// S PGE : NGE U FROM S8 TO 8S(N, PRQ). NGE.GZ PU FROM S TO S (.GZ PU, PRQ). - UNEK OM OPTNS ITP N LPPLUS TLE. S PGE : - OMOPTN ITP TO R N R. S PGE : - U,. STUFF R N R. S PGE 9: - U9,9,9. R9 N STUFF R9. 9// S PGE : - NGE R8 N R8 TO K (RR:88). S PGE 9: - 9 FOR EM (RR:9). 9// S PGE 9: - OM TLE, NGE PRT NUMER Z9,Z9,Z9 N Z9 FROM 8-8 TO 8-9. S PGE : - NGE L N L FROM S TO S8 TO TK. S PGE : - NGE L FROM S TO S8 TO TK. 9// S PGE : - UNSTUFF R N STUFF R. // S PGE : - NGE R8 FROM.8K TO.99K %. NGE R FROM.9K TO 99 OM %. SYN_MSTER=N/ 8 PPLE. NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT SLE RWG NUMER -9 SYN_TE=N/

6 8 Power Supply NO_TESTs I9 I9 I9 I9 I I I I I I I I8 I9 I I I I8 I8 I8 I88 I89 I9 I9 I9 I9 NO_TEST LOK NO_TESTS NO_TEST FIREWRE NO_TESTS I99 I I I I I I I I I8 I9 I I I I I I NO_TEST LVS NO_TESTS NO_TEST IMVP_RS IMVP_OMP VS_RUNSS VS_RUNSS K_PU_N 8 9 K_PU_P 8 9 K_PU_N 8 9 K_PU_P 8 9 K_PU_ITP_SR_N K_PU_ITP_SR_P K_OT9_M_N 8 9 K_OT9_M_P 8 9 K_LVS_N 8 9 K_LVS_P 8 9 K_PIF_LK K_SR_N K_SR_P K_SR_N K_SR_P K_SR_N K_SR_P K_SR_N K_SR_P K_SR8_N K_SR8_P FW TP_N_SPN FW TP_P_SPN FW TPS_SPN FW TP_N_SPN FW TP_P_SPN FW TP_N_SPN FW TP_P_SPN FW TPS_SPN FW TP_N_SPN FW TP_P_SPN LVS LK_N_SPN LVS LK_P_SPN LVS T_N_SPN LVS T_N_SPN LVS T_N_SPN LVS T_P_SPN LVS T_P_SPN I I I I I8 I9 Functional Test Points Fan onnectors FUN_TEST =PPV_S_FN_RT FN_RT_PWM FN_RT_T =PPV_S_FN_RT SM_FN TL SM_FN T LP+ ebug onnector I I9 I8 I I I I I I I I I8 I9 I8 I8 I8 I8 I8 I8 I8 I8 I88 I89 I9 I9 FUN_TEST =PPV_G_LPPLUS =PPV_S_LPPLUS LP_<> LP_<> LP_FRME_L PM_LKRUN_L OOT_LP_SPI_L SM_TMS EUG_RESET_L SM_TRST_L SM_TO SM_M SM_TX_L FW_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_GP Other Func Test Points I9 I8 I I I I I I I I I I I I I9 I I I8 I I I I I I I8 I8 I I FUN_TEST =PPV_S_REG SMus FUN_TEST SMUS_SM S_SL SMUS_SM S_S FIREWIRE FUN_TEST PPFW_SWIT SLEEP LE FUN_TEST SYS_LE_NOE SM FUN_TEST SM_LI SM_MNUL_RST_L SM_PU_VSENSE Power Supply FUN_TEST LL_SYS_PWRG PPVORE_S_PU PPV_S_R PPV_S PPV_S PPV8_S PPV_S PPV_S PPV_ENET_S PPV8_S PPV_S PPV_S PPV_S PPV_S PPV_G PPUS_G PP8V_G PPV9_S PPV_S_T_F GN_T_F attery igital onnector I I I I I8 I9 I I I I I I I I I9 I I I I I8 I I I I8 I I I I I I8 I I9 I I I I I I8 I I9 I I I8 I I9 I I I I I I I FUN_TEST SM_S_LRT_L SMUS_TT_SL_F SMUS_TT_S_F TT_POS TT_NEG udio FUN_TEST =PPV_S_U_MP =PPV_S_U GN_U_MP 8 GN_U_OE 8 Z_ST<> 8 Z_ST 8 Z_TLK 8 Z_RST_L 8 Z_SYN 8 attery FUN_TEST SM_TT_ISET SM_TT_G_EN 8 SM OK SM_PTER_EN SM_TT_TRIKLE_EN_L SYS_ONEWIRE 8 US FUN_TEST TP_US_EXR_P TP_US_EXR_N TP_US_EXT_P 8 TP_US_EXT_N 8 US_T_F_P US_T_F_N US_G_F_N US_G_F_P -JK FUN_TEST _ENLE_GTE attery charger FUN_TEST PPVT_G_GR_ VERTER ONNETOR FUN_TEST PPUS_LL_V_ONN V_GN PPV_V_F V_KLIGT_PWM_L MI FUN_TEST MI_I MI_LO MI_SIEL MI_I_ONN MI_LO_ONN MI_SL_ONN SPEKER FUN_TEST SPKRONN_L_N_ SPKRONN_L_P_ SPKRONN_R_N_ SPKRONN_R_P_ SPKRONN_SU_N_ SPKRONN_SU_P_ TERML FUN_TEST TRM_ETPIPE_P TRM_ETPIPE_N TRM_IMM_X_F_N TRM_IMM_X_F_P TRM_FSTK_P TRM_FSTK_N FUN TEST NOTIE PROPRIETRY PROPERTY I9 NO_TEST SM_FN T 8 TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT PPLE. SLE -9 RWG NUMER 8

7 8 (REGULTOR PUT PU VORE PWR) 9 =PPVORE_S_PU_REG (PU VOR PWRE) (REGULTOR PUT PU.9V PWR) =PPV9_S_REG 8 88 "S,SM" RILS (R TERMTN.9V PWR) =PPV_S_REG =PPV_S_REG_R =PPV_S_REG =PPV_S_REG 88 =PPV8_S_FET =PPVORE_S_N_GFX_IMVP =PPV_S_FET PPVORE_S_PU M_LE_WIT=. mm M_NEK_WIT=. MM VOLTGE=.9V =PPVORE_S_PU PPV9_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.9V =PPV9_SM_MEM_TERM PPV_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPV_S_S_PU_ =PPVORE_S_S PPV_S_R M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPV_S_PU =PPV_S_N_PIE =PPVORE_S_N =PPVRV_S_FS_N =PPVRV_S_N_VTT =PPV_SM_N_VXM PPV_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPV_S_N_PLL =PPV_S_N_VMI =PPV_S_S_MI =PPV_S_N_VXF =PPV_S_N_PLL =PPV_S_N_V =PPV_S_N_V =PPV_S_FET PPV_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPV_S_PU =PPV_S_N_TV 8 =PPV_S_S 8 =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_IRPORT =PPV_S_N_FOLLOW PPV8_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.8V =PPV8_S_N_LVS =PPV8_S_N_PLL =PPV8_S_TMS PPVORE_S_N_GFX M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPVORE_S_N_GFX PPV_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=V =PPV_S_S =PPV_S_ST =PPV_S_G =PPV_S_LPPLUS =PPV_S_ISENSEL =PPV_S_FN_RT =PPV_S_U =PPV_S_U_MP =PPV_S_PU_IMVP =PPV_S_N_GFX_IMVP =PPV_S_L =PPV_S_TMS =PPV_S_N_TV =PPV_S_IE_RESET =PPV_ENET_REG PPV_ENET_FET M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V 8 =PPV_S_FET =PPV8_S_REG =PPV8_S_REG_R =PPV_S_FET =PPV_S_FET PPV_ENET_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPV_ENET_PY =PPV_ENET_PY PPV_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPV_S_N_VV =PPV_S_N_FOLLOW =PPV_S_S_GP =PPV_S_S_VGLN_ =PPV_S_S_V PI =PPV_S_S_V IE =PPV_S_S_V VPORE =PPV_S_S_V ST =PPV_S_S_V MI =PPV_S_S =PPV_S_S_PM =PPV_S_RSTUF =PPV_S_IRPORT =PPV_S_FW =PPV_S_PT =PPV_S_SM_LS =PPV_S_LPPLUS =PPV_S_SMUS_S =PPV_S_SMUS_SM S =PPV_S_SMUS_SM S =PPV_S_TRM_SNR =PPV_S_FN_RT =PPV_S_ENET =PPV_S_U =PPV_S_IMVP =PPV_S_N_GFX_IMVP =PPV_S_PISENS =PPV_S_L =PPV_S_TMS =PPV_S_PUPOWER =PPV_S_PTTISENS =PPVRV_S_S_V =PPV_S_S_PI =PPV_S_N_V_PEG_G =PPSP_S_MEM =PPV_SMWOL_S_VL_ =PPV_SMWOL_S_VLN_ =PPV_SMWOL_S_LK =PPV_S_K =PPV_S_N_VSYN =PPV_S_N =PPV_S_TMS "S" RILS PPV8_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.8V =PPV8_S_FET =PPV8_S_MEMVREF =PPV8_S_MEM =PPV8_ENET_PV8ENETFET PPV8_S_MEM_N M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.8V =PPV8_SM_MEM_N =PPV8_S_N_V =PPV9_ENET_REG PPV_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPV_S_IRPORT_UX =PPV_S_FW =PPV_S_PI =PPV_S_T =PPV_S_SMS =PPV_S_SMUS_SM S =PPV_S_PISENS =PPV_S_ENETPWRTL =PPV_S_SMUS_SM_MGMT =PPV_ENET_PVENETFET PPV_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=V =PPV_S_SYSLE =PPV_S_GEYSER =PPV_S_IR =PPV_S_MER PPV9_ENET_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPV8_S_YUKON =PPV8RV_ENET_PY =PPV_G_REG =PP8V_G_RUS =PP_G =PPUS_G =PPUS_G =PPV_S_REG =PPV_S_REG "S" RILS PPV_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPV_S_S_PM =PPV_S_S_US =PPV_S_S_GP =PPV_S_S =PPV_S_FET =PPV_S_S_VSUS US =PPV_S_S_VSUS_ =PPV_S_S_V_VSUS =PPV_S_FWLTEVG =PPV_S_SMUS_S_ME =PPV_S_ROM =PPV_S_L =PPV_S_S_LK =PPV_S_VS =PPV_S_IRPORT_UX PPV_S M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=V =PPV_S_S =PPV_S_PT =PPV_S_US =PPV_S_VVS =PPV_S_V8SV9S =PPV_S_PWRTL =PPV_S_FET "G" RILS PPV_G M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=.V =PPV_G_SM =PPV_G_SMVREF =PPV_G_SMUS_SM_S =PPV_G_ =PPV_G_LISWIT =PPV_G_PWRTL =PPV_G_S_RT =PPV_G_SMUSMUX =PPV_G_LPPLUS PP8V_G M_LE_WIT=. MM M_NEK_WIT=. MM VOLTGE=8.V =PP8V_G_GR PP_G M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=8.V =PPV_G_PVG PPUS_G M_LE_WIT=. mm M_NEK_WIT=. mm VOLTGE=8.V =PPV_S_N_PLL =PPUS_S_FWPWRSW =PPV_S_PU_IMVP =PPV_S_N_GFX_IMVP =PPUS_S_V =PPV_S_V8SV9S =PPV_S_VS =PPV_S_VS =PPV_S_VS =PPV_S_VS =PPV_S_IMVP SYN_MSTER=WFERRY PPLE. Power liases NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT SLE RWG NUMER SYN_TE=//

8 TLE E TLE ITEM TLE ITEM TLE ITEM 8 (EMI P FOR VERTER GONNETOR) SSIS GN TTERY,U,IP IMM ONNETOR SSIS GN ST,LVS ONNETOR SSIS GN GN_SSIS_ST 8 Z9 VOLTGE=V =GN_SSIS_LVS 9.UF 98.UF ONNETOR GN_SSIS_ SSIS GN Z9 I/O ONNETOR SSIS GN GN_SSIS_ Z98 8 VOLTGE=V PRP-L IP IMM ONNETOR GN_SSIS_ENTER SSIS GN Z9 VOLTGE=V RP-SQ IP IMM ONNETOR SSIS GN GN_SSIS_RIGT Z99 VOLTGE=V RP-SQ PU ETSK STNF SREW OLE Z9 Z9 Z9 USE SME Z9 NON SPE O SYMOL /W FOR LY PLEMENT UT, NEE NGE TO IG STNF SYMOL GN_SSIS_ Z9 RP-SQNP % V Z9 Z9 RP-SQNP RP- GN_SSIS_PU GN_SSIS_FNSREW 9.UF 9.UF.UF % % % V V V R9 /W 98 ZS9 EMI-SPRG LIP-SM-M 9.UF % V % V 9.UF %.UF % V V PRP-SQ XRP- STF-.O.9-.R.- STF-.O.9-.R.-SQ N_RIGT_OWN_SREW PU_TERML_SREW_UP Z9 Z9 STF-.O T STF-.O T PU_TERML_SREW_RIGT PU_TERML_SREW_OWN R9 /W =GN_SSIS_GPOWER VT_GN VOLTGE=V =GN_TT_GN =GN_SSIS_U_JK =GN_SSIS_U_MI =GN_SSIS_IPIMM_LEFT =GN GN =GN_SSIS_RJ =GN_SSIS_TMS_UPPER =GN_SSIS_FW_OWN =GN_SSIS_US =GN_SSIS_IPIMM_ENTER =GN_SSIS_IPIMM_RIGT VOLTGE=V 9 9.UF.UF % % V V 9.UF.UF % % V V % V 9 99.UF R9 R9 /W 9 LVS LISES NO-ONNET UNUSE LVS TERFE PORTS LVS LK_N LVS LK_P LVS T_N<> LVS T_N<> LVS T_N<> TP_LVS TN LVS T_P<> LVS T_P<> LVS T_P<> TP_LVS TP TP_LVS TP TP_LVS TN LVS T_P_SPN LVS T_P_SPN LVS T_P_SPN LVS T_P_SPN LVS T_P_SPN LVS T_N_SPN PI_EXPRESS GRPIS LISES NO-ONNET UNUSE SVO TERFE PORTS PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<8> PEG_R_N8_SPN PEG_R_N<9> PEG_R_N9_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_N<> PEG_R_N_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<8> PEG_R_P8_SPN PEG_R_P<9> PEG_R_P9_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R_P<> PEG_R_P_SPN PEG_R N<> PEG_R N_SPN PEG_R N<> PEG_R N_SPN PEG_R N<> PEG_R N_SPN PEG_R N<> PEG_R N_SPN PEG_R N<8> PEG_R N8_SPN PEG_R N<9> PEG_R N9_SPN PEG_R N<> PEG_R N_SPN PEG_R N<> PEG_R N_SPN PEG_R N<> PEG_R N_SPN PEG_R N<> PEG_R N_SPN PEG_R N<> PEG_R N_SPN PEG_R N<> PEG_R N_SPN PEG_R P<> PEG_R P_SPN PEG_R P<> PEG_R P_SPN PEG_R P<> PEG_R P_SPN PEG_R P<> PEG_R P_SPN PEG_R P<8> PEG_R P8_SPN PEG_R P<9> PEG_R P9_SPN PEG_R P<> PEG_R P_SPN PEG_R P<> PEG_R P_SPN PEG_R P<> PEG_R P_SPN PEG_R P<> PEG_R P_SPN PEG_R P<> PEG_R P_SPN PEG_R P<> PEG_R P_SPN _T_LK _SYN _RST_L _S _S 8 TP S 8 TP S 8 TP S N_FG<> N_FG<> N_FG<> N_FG<> N_FG<8> =GN_SSIS_TMS_OWN =GN_SSIS_FW_UPPER LVS LK_N_SPN LVS LK_P_SPN LVS T_N_SPN LVS T_N_SPN LVS T_N_SPN LVS T_N_SPN Z_TLK Z_SYN Z_RST_L Z_ST<> Z_ST N_S_SPN N_SP_SPN N_SP_SPN N FG LISES TP_N_FG<> TP_N_FG<> TP_N_FG<> TP_N_FG<> TP_N_FG<8> GN_SSIS_ VOLTGE=V ST LISES NO-ONNET UNUSE ST TERFE PORTS ST R_N ST R_N_SPN ST R_P ST R_P_SPN ST R N ST R N_SPN ST R P ST R P_SPN PI_EXP LISES NO-ONNET UNUSE PI_EXP TERFE PORTS TP_PIE R_N TP_PIE R_P TP_PIE R N TP_PIE R P TP_PIE R_N TP_PIE R_P TP_PIE R N TP_PIE R P TP_PIE_EXR_R_N TP_PIE_EXR_R_P TP_PIE_EXR_R N TP_PIE_EXR_R P TP_PIE_FW_R_N TP_PIE_FW_R_P TP_PIE_FW_R N TP_PIE_FW_R P NO-ONNET UNUSE LOK TERFE PORTS TP_K_SR_N K_SR_N_SPN TP_K_SR_P K_SR_P_SPN TP_K_SR_N K_SR_N_SPN TP_K_SR_P K_SR_P_SPN TP_K_SR_N K_SR_N_SPN TP_K_SR_P K_SR_P_SPN K_PI_LK K_PI_LK_SPN K_PI_LK K_PI_LK_SPN =ENET_LKREQ_L ENET_LKREQ_L VR_PWRG_LKEN =S_LK_MPWROK S_ST_LKREQ_L EXTGPU_RST_L MEM <> MEM <> TP_MEM_LKP TP_MEM_LKN TP_MEM_LKP TP_MEM_LKN =GN_U_OE =GN_U_MP SO-IMM LISES NO-ONNET UNUSE RESS TERFE PORTS IRPORT R STNF SREW OLE N ST R_N ST R_P ST R N ST R P =PPV_S_ENET Z9 LOK LISES S LISES NO-ONNET UNUSE LOK TERFE PORTS =YUKON_E_PPV_ENET Ethernet LISES STF-.O.-.-.-T STF-.O.9-.R.- GN_U_OE GN_U_MP ST R_N_SPN ST R_P_SPN ST R N_SPN ST R P_SPN PIE R_N_SPN PIE R_P_SPN PIE R N_SPN PIE R P_SPN PIE R_N_SPN PIE R_P_SPN PIE R N_SPN PIE R P_SPN PIE R_N_SPN PIE R_P_SPN PIE R N_SPN PIE R P_SPN PIE R_N_SPN PIE R_P_SPN PIE R N_SPN PIE R P_SPN VR_PWRG_K LK_MPWROK S_LKM_ST_OE_L TP_S_GP MEM SPN MEM SPN MEM_LK_P SPN MEM_LK_N SPN MEM_LK_P SPN MEM_LK_N SPN N Z XW8 SM XW8 SM =ENET_VM_VLL PRT# NO-ONNET UNUSE FIREWIRE TERFE PORTS 8 =US_EXT_P 8 =US_EXT_N 8 =EXTUS_O_L =US_IRPORT_P =US_IRPORT_N =US_MER_P =US_MER_N =US_IR_P =US_IR_N =US_GEYSER_P =US_GEYSER_N =US_T_P =US_T_N =US_EXT_P =US_EXT_N 8 =EXTUS_O_L =GFX_VR_EN =N_LK_MPWROK =N_LK9M_OT_P =N_LK9M_OT_N =N_LKM_PLLSS_P =N_LKM_PLLSS_N 9 =N_TE_SENSE 9 =N_TE_FORE 9 =N_T_FORE 9 =N_T_SENSE QTY FIREWIRE LISES FW TPS FW TP_P FW TP_N FW TP_P FW TP_N FW TPS FW TP_P FW TP_N FW TP_P FW TP_N =US_G_P =US_G_N TP_US_EXR_P TP_US_EXR_N TP_US_EXT_P TP_US_EXT_N 8 8 ESRIPTN US PORT [] = External US. Port US PORT [] = PI-E Mini ard US PORT [] = G US US PORT [] = MER US PORT [] = IR ONTROLLER 8 US PORT [] = Trackpad(Geyser) US PORT [] = LUETOOT 8 US PORT [] = External US. Port US PORT [8] = Unused US PORT [9] = Unused NLOG SWIT GP PM_EXTTS_L<> PM_EXTTS_L<> N LISES 9 8 SYN_MSTER=GPU PPLE. US_EXT_P US_EXT_N EXTUS_O_L US_IRPORT_P US_IRPORT_N FW TPS_SPN FW TP_P_SPN FW TP_N_SPN FW TP_P_SPN FW TP_N_SPN FW TPS_SPN FW TP_P_SPN FW TP_N_SPN FW TP_P_SPN FW TP_N_SPN REFERENE ESIGNTOR(S) NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT SLE RWG NUMER US_G_P US_EXT_P US_G_N US_EXT_N US_MER_P US_MER_N US_IR_P US_IR_N US_GEYSER_P US_GEYSER_N US_T_P US_T_N US_EXT_P US_EXT_N EXTUS_O_L IMM_OVERTEMP_L IMM_OVERTEMP_L GFX_VR_EN LK_MPWROK N_LK9M_OT_P N_LK9M_OT_N N_LKM_PLLSS_P N_LKM_PLLSS_N US_EXT_P US_EXT_N US_EXT_O_L 8 US_MI_P US_MI_N US_MER_P US_MER_N US_IR_P 8 US_IR_N 8 US_TP_P US_TP_N US_T_P 8 US_T_N 8 US_EXT_P US_EXT_N US_EXT_O_L 8 US_EXR_P US_EXR_N US_EXT_P US_EXT_N OM OPTN 8-9 TERML STNF Z9,Z9,Z9,Z9 STNF STNF WIRELESS Z9 STNF STNF W/TRU OLES,WIRELESS Z9 STNF SIGNL LIS /RESET -9 9 SYN_TE=//

9 8 FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> 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<8> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> 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_IGNNE_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_RSV8 TP_PU_RSV9 J U L MEROM L FG K M N 8 J 9 N P P L P P R M ST REQ REQ REQ REQ REQ ST M FERR IGNNE STPLK LT LT SMI RSV RSV RSV RSV RSV RSV RSV RSV RSV8 RSV9 R GROUP R GROUP I RESERVE R.9 % /W PLEMENT_NOTE=Place R near ITP connector (if present) XP_TMS XP_TI XP_TO XP_TK XP_TRST_L K K J L Y U R W U Y U R T T W W Y U V W V M N T V F R 9 % /W ONTROL XP/ITP SIGNLS TERML S NR PRI EFER RY SY R IERR IT LOK RESET RS RS RS TRY IT ITM PM PM PM PM PRY PREQ TK TI TO TMS TRST R PROOT TERM TERM TERMTRIP LK LK LK R.9 % /W R.9 % /W R.9 % /W N E G F E F F F G G G E N 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_IT_L FS_ITM_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_PROOT_L PU_TERM_P PU_TERM_N PM_TRMTRIP_L FS_LK_PU_P FS_LK_PU_N =PPV_S_PU =PPV_S_PU R.9 % /W R.9 % /W PLE LOSE TO PU_TEST P. MKE SURE PU_TEST IS REFERENE TO GN PLE TESTPOT ON FS_IERR_L WIT GN." WY R 8 /W PM_TRMTRIP# SOUL ONNET TO I N GM WIT T (NO STU) 9 =PPV_S_PU R K % /W R.K % /W 9 =PPV_S_PU " MX LENGT FOR PU_GTLREF PU_GTLREF PU_TEST PU_TEST TP_PU_TEST PU_TEST TP_PU_TEST TP_PU_TEST.uF % V 9 PU_SEL<> 9 PU_SEL<> 9 PU_SEL<> R K /W FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> FS L<9> 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<> FS L<8> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> FS L<9> FS L<> FS L<> FS_ST_L_N<> FS_ST_L_P<> FS_V_L<> R /W E F E G F G E E K G J J F K J N K P R L M L M P P P T R L T N L M N F F R K /W MEROM FG STN STN STP V STP V STN TP V GTLREF TEST TEST TEST TEST TEST TEST SEL SEL SEL T GRP T GRP U MIS T GRP T GRP STN STP V OMP OMP OMP OMP PRSTP PSLP PWR PWRGOO SLP PSI Y V V V T U U Y W Y W W Y U 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<8> 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<8> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> 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_PWRG FS_PUSLP_L PU_PSI_L 9 LY NOTE: OMP, ONNET WIT ZO=.OM, MKE TRE LENGT SORTER TN.". OMP, ONNET WIT ZO=OM, MKE TRE LENGT SORTER TN.". SYN_MSTER=T9_ML_NOME R.9 % /W R9.9 % /W R. % /W R8. % /W PU FS SYN_TE=// NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT PPLE. SLE -9 RWG NUMER 8

10 E E9 E E E E E E8 E F F9 F F F F F F8 F V U MEROM FG V VP V VI VI VI VI VI VI VI VSENSE VSSSENSE E9 E E E E E E8 E F9 F F F F F F8 F G V J K M J K M N N R R T T V W F E F E F E F E (PU ORE POWER) =PPVORE_S_PU Standard Voltage:. (esign Target). (FM). (LFM). (SuperLFM). (uto-alt/stop-grant FM). (uto-alt/stop-grant SuperLFM). (Sleep FM).8 (Sleep SuperLFM). (eep Sleep FM). (eep Sleep SuperLFM). (eeper Sleep) 9. (Enhanced eeper Sleep) (PU POWER.V) =PPV_S_PU (PU TERNL PLL POWER.V) =PPV_S_PU PU_VI<> PU_VI<> PU_VI<> PU_VI<> PU_VI<> PU_VI<> PU_VI<> PU_VSENSE_P PU_VSENSE_N m 9 m (before V stable) m (after V stable) Low Voltage:. (esign Target). (esign Target). (FM) 8. (LFM) T (SuperLFM) T (uto-alt/stop-grant FM) T (uto-alt/stop-grant SuperLFM) T (Sleep FM) T (Sleep SuperLFM) T (eep Sleep FM) T (eep Sleep SuperLFM) T (eeper Sleep) T (Enhanced eeper Sleep) R R =PPVORE_S_PU % /W PLEMENT_NOTE=Place within inch of PU, no stub. % /W PLEMENT_NOTE=Place within inch of PU, no stub. 8 8 Ultra Low Voltage: T (FM) T (LFM) T (uto-alt/stop-grant FM) T (uto-alt/stop-grant LFM) T (Sleep FM) T (Sleep LFM) T (eep Sleep FM) T (eep Sleep LFM) T (eeper Sleep) T (Enhanced eeper Sleep) 8 9 F E E E8 E E E E9 E E F F8 F F F F9 F F F G G G G J J J J K K K K L L L L M M M M N N N N P VSS U MEROM FG 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 E8 E E E E9 E E F F8 F F F F9 F F PU Power & Ground SYN_MSTER=T9_ML_NOME SYN_TE=// NOTIE PROPRIETRY PROPERTY urrent numbers from Merom for Santa Rosa EMTS, doc #. 8 PPLE. TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT SLE -9 RWG NUMER

11 8 LY NOTE: PLE SIE SOKET VITY (ON OTTOMSIE) LY NOTE: PLE SIE SOKET VITY (ON OTTOMSIE) 8 8 =PPVORE_S_PU LY NOTE: PLE ON OTTOMSIE PU VORE F N ULK EOUPLG x uf. x uf 8 UF UF % % 8-8- UF % 8- UF %.V TNT T UF % 8- UF % 8- UF % 8-,, N NEE TO USE mom PS. UF % 8- UF UF UF UF UF % % % % % UF %.V TNT T UF %.V TNT T UF %.V TNT T UF % 8- UF % 8- LY NOTE: UF % 8- PLE ON OTTOMSIE LY NOTE: PLE LOSE TO PU V (PU Vdd) EOUPLG x uf, x.uf LY NOTE: PLE 8 NER P U VP (PU I/O) EOUPLG X UF, X.UF UF.UF.UF % % %.V V V TNT T 8 8 UF % 8-9 UF % UF UF UF % % % =PPV_S_PU =PPV_S_PU 8 uf % 8.UF % V 8.UF % V SYN_MSTER=MSRWR PPLE. 9.UF % V NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT SLE RWG NUMER.UF % V.UF % V PU ecoupling & VI -9 SYN_TE=//

12 =PPV_S_PU XP_TO R.9 % /W ITP R FS_PURST_L. % /W ITP R. % /W 9 9 (FROM K OST /MZ) 9 XP_RESET_L PU ITPFLEX EUG SUPPORT ITP TK SIGNL LY NOTE: RE TE TK SIGNL FROM ITPFLEX ONNETOR S TK P TO PU S TK P N TEN FORK K FROM PU TK P N RE K TO ITPFLEX ONNETOR S FO P. XP_TI XP_TRST_L (TK) XP_TK ITP_TO PU_XP_LK_N PU_XP_LK_P ITPRESET_L XP_PM_L<> =PPV_S_PU ITP.UF % V ITP J QT-L-9F M-ST-SM S9 XP_TMS (EUG PORT TIVE) 9 LVS_TRL_T LVS_TRL_LK XP_TK(FO) XP_PM_L<> XP_PM_L<> XP_PM_L<> XP_PM_L<> XP_PM_L<> PU_PWRG (R#) TO I8M SYS_RST, N WIT SYSTEM RESET LOGI (EUG PORT RESET) (#) ITE TT ITP IS USG TP I/F, N 9GM IPSET SYSTEM. PU ITPFLEX EUG SYN_MSTER=MSTER SYN_TE=// NOTIE PROPRIETRY PROPERTY 8 PPLE. TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT SLE -9 RWG NUMER

13 8 9 9 =PPVRV_S_FS_N R K % /W R.K % /W R.9 % /W.uF % V R.9 % /W R.9 % /W R % /W R % /W.uF % V FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> FS L<9> FS L<> FS L<> FS L<> FS L<> N_FS_SWG N_FS_ROMP N_FS_SOMP N_FS_SOMP_L FS_PURST_L FS_PUSLP_L N_FS_VREF E _ G _ G _ M _ G _ F _ N8 _8 _9 M _ N _ N9 P _ K9 _ M _ W _ Y8 _8 V _9 M _ J _ N _ N _ W _ W9 _ N _ Y _ Y9 _8 P _9 W _ N E _ 9 _ 9 8 _9 _ Y E G _ J9 _8 8 _9 J _ E9 _ E J J _ E _ J _8 J _9 E _ J SWG _ROMP W _SOMP W _SOMP _PURST E _PUSLP 9 _VREF 9 _VREF U RESTLE FG ( ) OST 8 _9 _8 _9 _8 _9 _S _ST _ST _NR _PRI _REQ _EFER _SY PLL_LK PLL_LK _PWR _RY _IT _ITM _LOK _TRY _V _V _V _V _STN _STN _STN _STN _STP _STP _STP _STP _REQ _REQ _REQ _REQ _REQ _RS _RS _RS J M F L G K L J K9 P R L9 M N J9 8 E9 E N9 G G 8 E8 F M M 8 K E G K L E M K L K J M E E 8 FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> FS L<9> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<> FS L<8> 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_IT_L FS_ITM_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<> SYN_MSTER=T9_ML N PU Interface SYN_TE=// NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT PPLE. SLE RWG NUMER -9 8

14 8 PPV_S_N_VPEG 8 LVS isable an leave all signals N if LVS is not implemented. Tie V_TX_LVS and V_LVS to GN. If SVO is used, V_LVS must remain powered with proper decoupling. Otherwise, tie V_LVS to GN also. 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 GN through -ohm resistors. TV-Out isable / RT Enable Tie TVx_ and TVx_RTN to GN. Must power all TV rails. V_TVx_ and V G can share filtering with V_RT_. RT isable / TV-Out Enable Tie R/R#/G/G#//#, SYN and VSYN to GN. 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#/G/G#//#, SYN, VSYN and RT_TVO_IREF to GN. an tie the following rails to GN: V_RT_, V G, V_TVx_, V_RT, V_Q and V_SYN. NOTE: Must keep V_TV powered and filtered at all times! Internal Graphics isable Follow instructions for LVS and RT & TV-Out isable above. an also tie RT, L_TRL_, L, SVO_TRL_ and TV_ONSELx to GN. Tie PLL_REF_LK and PLL_REF_SSLK to GN. Tie PLL_REF_LK and PLL_REF_SSLK to V (Vore). Tie V_PLL and V_PLL to V (Vore). Tie V_XG and V_XG_NTF to GN. Leave GFX_VI<..> and GFX_VR_EN as N LVS_KLT_TL LVS_KLT_EN LVS_TRL_LK LVS_TRL_T LVS LK LVS T LVS_V_EN LVS_IG TP_LVS_VG TP_LVS_VREF 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_GREEN =RT_GREEN_L =RT_RE =RT_RE_L RT LK RT T =RT_SYN_R =RT_TVO_IREF =RT_VSYN_R J K L L_KLT_TRL 9 L_KLT_EN E9 L_TRL_LK E L_TRL_T L LK L T K L L_V_EN LVS_IG L LVS_VG N LVS_VREF N LVS_VREFL LVS_LK LVS_LK E LVS_LK LVS_LK G LVS_T E LVS_T F9 LVS_T G LVS_T E LVS_T F8 G LVS_T LVS_T LVS_T LVS_T E LVS_T LVS_T LVS_T E TV_ G TV_ TV_ F TV_RTN J TV_RTN M P TV_RTN TV_ONSEL TV_ONSEL RT_LUE G RT_LUE K9 RT_GREEN J9 RT_GREEN F9 RT_RE E9 K RT_RE RT LK G RT T F RT_SYN RT_TVO_IREF E RT_VSYN U RESTLE FG ( ) VG TV LVS PI-EXPRESS GRPIS PEG_OMPI PEG_OMPO PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX8 PEG_RX9 PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX8 PEG_RX9 PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_RX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX8 PEG_TX9 PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX8 PEG_TX9 PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX PEG_TX N M J L N T T U Y Y W9 G 9 G G J L M U T9 T W W Y8 G9 G N U9 U N R T Y W W E9 M T8 T N R U W Y Y9 8 G9 E PEG_OMP PEG_R_N<> PEG_R_N<> PEG_R_N<> PEG_R_N<> PEG_R_N<> PEG_R_N<> PEG_R_N<> PEG_R_N<> PEG_R_N<8> PEG_R_N<9> PEG_R_N<> PEG_R_N<> PEG_R_N<> PEG_R_N<> PEG_R_N<> PEG_R_N<> PEG_R_P<> PEG_R_P<> PEG_R_P<> PEG_R_P<> PEG_R_P<> PEG_R_P<> PEG_R_P<> PEG_R_P<> PEG_R_P<8> PEG_R_P<9> PEG_R_P<> PEG_R_P<> PEG_R_P<> PEG_R_P<> PEG_R_P<> PEG_R_P<> PEG_R N<> PEG_R N<> PEG_R N<> PEG_R N<> PEG_R N<> PEG_R N<> PEG_R N<> PEG_R N<> PEG_R N<8> PEG_R N<9> PEG_R N<> PEG_R N<> PEG_R N<> PEG_R N<> PEG_R N<> PEG_R N<> PEG_R P<> PEG_R P<> PEG_R P<> PEG_R P<> PEG_R P<> PEG_R P<> PEG_R P<> PEG_R P<> PEG_R P<8> PEG_R P<9> PEG_R P<> PEG_R P<> PEG_R P<> PEG_R P<> PEG_R P<> PEG_R P<> R.9 % /W SVO lternate Function SVO_TVLK# SVO_T# SVO_FLSTLL# SVO_TVLK SVO_T SVO_FLSTLL SVO_RE# SVO_GREEN# SVO_LUE# SVO_LKN SVO_RE# SVO_GREEN# SVO_LUE# SVO_LKN SVO_RE SVO_GREEN SVO_LUE SVO_LKP SVO_RE SVO_GREEN SVO_LUE SVO_LKP N PEG / Video Interfaces SYN_MSTER=T9_ML SYN_TE=// NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT PPLE. SLE RWG NUMER -9 8

15 8 N_FG<> N_FG<> N_FG<> MI x Select N_FG<> N_FG<> N_FG<8> N_FG<9> PIe Graphics Lane Reversal N_FG<> N_FG<> N_FG<> N_FG<> N_FG<> N_FG<> N_FG<> FS ynamic OT N_FG<> N_FG<8> N_FG<9> MI Lane Reversal N_FG<> oncurrent SVO/PIe x N_FG<:> igh = MIx igh = Normal Low = Reversed igh = Enabled Low = isabled igh = Reversed Low = Normal igh = oth active Low = Only SVO or PIe x = RESERVE = XOR Mode Enabled = ll-z Mode Enabled = Normal Operation RESERVE RESERVE Low = MIx RESERVE RESERVE RESERVE RESERVE RESERVE See elow See elow RESERVE RESERVE RESERVE RESERVE NFG_MI_X R 8 8 N_FG<>.9K /W N_FG<9> NFG_PEG_REVERSE R9.9K /W N_FG<> NFG_YN_OT_ISLE R.9K /W =PPV_S_N_VV NFG_MI_REVERSE R9.9K /W N_FG<9> NFG_SVO_N_PIE R.9K /W N_FG<> =PPV_S_N_VV N FG<8:> used for debug access N FG<:> require IT access =PPV_S_N_VV PM_EXTTS_L<> PM_EXTTS_L<> R K /W K /W 8 8 R TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<8> 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<> 8 TP_MEM_LKP 8 TP_MEM_LKN 8 TP_MEM_LKP 8 TP_MEM_LKN MEM <> MEM <> TP_N_RSV<> TP_N_RSV<> TP_N_RSV<> 8 TP_LVS TN 8 TP_LVS TP 8 TP_LVS TN 8 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_FG<> N_FG<> N_FG<> N_FG<> N_FG<> N_FG<8> N_FG<9> TP_N_FG<> TP_N_FG<> TP_N_FG<> TP_N_FG<> TP_N_FG<> TP_N_FG<> N_FG<> TP_N_FG<> TP_N_FG<8> N_FG<9> N_FG<> PM_MUSY_L PU_PRSTP_L VR_PWRGOO_ELY N_RESET_L PM_TRMTRIP_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<8> 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 N M RSV P RSV R RSV RSV R RSV R RSV RSV N RSV8 J RSV9 R F9 J8 RSV M RSV L RSV M RSV RSV RSV RSV J RSV K RSV RSV RSV K8 RSV RSV F SM_K G SM_K SM_K SM_K J9 S_M E S_M 9 RSV W RSV K RSV 8 RSV RSV8 RSV9 RSV RSV RSV RSV RSV RSV P N FG FG N FG FG IPU FG IPU F FG IPU N FG IPU G FG IPU J FG8 IPU FG9 IPU R FG IPU L FG IPU J FG IPU E FG IPU E FG IPU K FG IPU M FG IPU M FG IPU L FG8 IP N FG9 IP L FG IP G J PM_M_USY L9 PM_PRSTP L PM_EXT_TS PM_EXT_TS W9 PWROK V RST N TERMTRIP G PRSLPVR J K L9 N N K N L N N L N L N K N8 J N9 E N N N N N 9 N K N FG ( ) RSV R MUXG LK FG MI PM GRPIS VI N U RESTLE 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_VO SM_ROMP_VOL SM_VREF SM_VREF PLL_REF_LK PLL_REF_LK PLL_REF_SSLK PLL_REF_SSLK PEG_LK PEG_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 GFX_VI GFX_VI GFX_VI GFX_VI GFX_VR_EN L_LK L_T L_PWROK L_RST L_VREF SVO_TRL_LK SVO_TRL_T LKREQ 8 I_SYN TEST TEST V9 V W W W E9 Y 9 G G K G E 8 J J E L K K L R9 W 8 K K N J8 N N M J9 N N J J M M J J M9 M E E M9 K T N9 M K G9 G 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_VO 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 PEG 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<> GFX_VI<> /W LK_N_LK LK_N_T =N_LK_MPWROK LK_N_RESET_L N_LK_VREF R GFX_VI<> GFX_VI<> GFX_VI<> GFX_VI<> =GFX_VR_EN SVO_TRLLK SVO_TRLT N_LKREQ_L N_S_SYN_L N_TEST N_TEST R9 K /W /W R uF % V.uF % V =PPV9_SM_MEM_NVREF =PPV9_SM_MEM_NVREF.uF % V K % /W PPV_SM_N_VX R R 9 % /W =PPV8_SM_MEM_N 8 8 NOTE: GM L_PWROK input must be PWRG signal for PPV_SM, PPV_SMWOL, PPV8_SM, PPV_SM, PPV_SM, PPV9_SM and PPV9_SM. If ME/MT is not used, short L_PWROK to PWROK. PPLE. R % /W R % /W SYN_MSTER=T9_ML NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT SLE.UF % V.UF % V RWG NUMER.UF %.UF % N Misc Interfaces -9 R K % /W R.K % /W R K % /W SYN_TE=//

16 8 MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> R W Y R R T W F8 G J G 9 E W E G E F G F R W T9 W W Y V8 T8 V T W V U T E 8 Y9 G W9 9 Y T T Y R R8 R9 N M8 N T9 N9 M9 N S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q8 S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q8 S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q8 S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q8 S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q8 S_Q9 S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q S_Q8 S_Q9 S_Q S_Q S_Q S_Q U RESTLE FG ( ) 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_M8 S_M9 S_M S_M S_M S_M S_RS S_RVEN S_WE 9 K9 F9 L T W8 W G8 Y N T E8 P T P J9 K 8 L K8 J J L8 8 9 E8 G J E8 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 <8> 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<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<> MEM Q<8> MEM Q<9> MEM Q<> MEM Q<> MEM Q<> MEM Q<> P9 N S_Q R S_Q W S_Q W S_Q N S_Q S_Q V S_Q V9 S_Q S_Q8 S_Q9 9 S_Q E J L K J L E L9 K9 K J Y T S_Q S_Q Y9 S_Q F S_Q F9 S_Q S_Q J S_Q J S_Q8 S_Q9 K S_Q K9 S_Q S_Q K S_Q J S_Q L S_Q J S_Q S_Q K S_Q8 J S_Q9 S_Q K S_Q K S_Q S_Q K S_Q S_Q S_Q E S_Q S_Q8 G S_Q9 J S_Q S_Q K S_Q L S_Q S_Q K S_Q J8 S_Q J S_Q F S_Q8 S_Q9 G S_Q S_Q S_Q E S_Q S_Q S_Q S_Q S_Q R S_Q8 T S_Q9 S_Q Y S_Q U S_Q S_Q U RESTLE FG ( ) 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_M8 S_M9 S_M S_M S_M S_M S_RS S_RVEN S_WE Y G8 G E R 9 K L9 J F W T K K9 J L E V U L K8 K K F V 8 G8 G W F E 9 8 Y8 G E 9 G V Y8 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 <8> MEM <9> MEM <> MEM <> MEM <> MEM <> MEM RS_L TP_MEM RVEN_L MEM WE_L SYN_MSTER=T9_ML N R Interfaces SYN_TE=// NOTIE PROPRIETRY PROPERTY TE FORMTN ONTE ERE IS TE PROPRIETRY PROPERTY PPLE OMPUTER,. TE POSSESSOR GREES TO TE FOLLOWG I TO MT TE OUMENT ONFIENE II NOT TO REPROUE OR OPY IT III NOT TO REVEL OR PULIS WOLE OR PRT PPLE. SLE RWG NUMER -9 8