MA1 SYSTEM BLOCK DIAGRAM. Intel Dothan/Yonah Processor. 478 ufcpga. VinaFix.com P3,4. FSB 533/400MHz. Alviso-GM GMCH PCI-EXPRESS 82875GM/GME

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1 M (.V &.VSUS ) P M SYSTEM LOK IGRM 'TL.M S ( VP.V ) S ( VG_ORE ) M ( VPU & VPU) M ( PU_ORE ) TTERY HRGER TTERY SELET ISHRGE TO Port Replicator MI IN JK P H (PT OR ST) V YV H(PT & P ST)/-ROM/US F Line-in V V MOE ONENT - HeadPhone P P MP M P P P, P P P P ST ST ' V V VSUS INT. SPEKER R II SOIMM.VSUS SMR_VTERM R II SOIMM P P MOEM P ONENT - RJ US P SWITH P WIRE VSUS P V_ORE GMH_VTT V ual hannel R Master Slave US Port ~ Intel othan/yonah Processor ST US. Finger Printer VSUS PT P US. P GMH_VTT.VSUS.V.V V V VSUS.V.V.VSUS VRT GMH_VTT 'TL.K ufpg lviso-gm GMH GM/GME VPU V VRT G FS /MHz PG P,,,, 'TL.K IH-M E/K P MI interface LP P P,, IS IOS SIO P VPU P TOUHP V P Keyboard P P, PI-EPRESS P Parallel Port Serial Port TO Port Replicator V VSUS VSUS TRK POINT V PU Thermal Sensor V VIEO RM.V TI M-P PG VG_ORE VG.V.V V_MEM.V V PI us interface TYPE III MINI-PI Socket P,, INT/ REQ GNT P, P P FOR lviso-g (L/RT/S-VIEO) P 'TL.M TO Port Replicator IEEE PORT VIN V V V.V V VSUS VSUS.V V P K-GEN KM IS TI PI PG IEEE PORT ( PMI ardreader ) onn. L/INV ONN RT S-VIEO INT// REQ GNT P P P P, P in ardreader Socket RUS Slot P 'TL M P ROOM ME/M LNV LNV LNV Port Replicator US. RT S-VIEO Parallel Port Serial Port RJ/RJ Headphone/Line-In IEEE POWER JK lock iagram INT REQ GNT RJ P P P, PROJET : M Quanta omputer Inc. Size ocument Number Rev ustom ate: Thursday, November, Sheet of

2 V V L L- ohms@mhz L L- ohms@mhz LKV.U.U R. LK_V LKV FS FS FS PU SR PI RESERVE () SELPS_LK () SELPS_LK efault Place these termination to close KM. SMbus address IS m ( M. ) hange the footprint P R./F M_IH () Y U.MHZ M_REF TL_IN REF RP G_OUT RHLK_PU TL_OUT PU HLK_PU () RHLK_PU# PU# HLK_PU# () P RP () LK_EN# LK_EN# RHLK_MH STP_PI# VTT_PWRG#/P PU HLK_MH () () STP_PI# RHLK_MH# STP_PU# PI_STOP# PU# HLK_MH# () (,) STP_PU# PU_STOP# PU_ITP/SR PU#_ITP/SR# GLK_SM GT_SM SLK SR.U.U.U/V ST SR# () LK_ R RP () LK_US R G_SEL RSR_LN G_SEL FS/US_ SR RSR_LN# G_SEL FS_SEL FS/TEST_MOE SR# R.K RP FS/TEST_SEL RSR_MH LK_VREF SR R. RSR_MH# LK_V LKV V_REF SR# RP V_PU RSR_ST LKV SR RSR_ST# V_PI_ SR# RP.U.U/V V_PI_ RSR_IH LKV SR RSR_IH# V_SR SR# RP V_SR RSR_PEG V_SR SR RSR_PEG# LK_V SR# R RP LK_VREF V_ RREFSSLK Iref=m, R /F IREF SR RREFSSLK# IREF SR# Ioh=*Iref R_PLK_ R.U PI R_PLK_ R RP PI R_PLK_IH R OT R_OT PI R_PLK_MINI () OT R OT# R_OT# OT PI R_PLK_LN () OT# R OT# PIF R_PLK_SIO R PIF/ITP_EN R R.U.U V R K R *K.U.U/V R *K R * VP.U.U R *K G_SEL G_SEL G_SEL R * R R K K MH_SEL () MH_SEL () G_IN K-M LK_V V K-M GN_ GN_REF GN_PI_ GN_PI_ GN_SR GN_PU (,,,) PT_SM (,,,) PLK_SM Q NE Q NE R_PLK_SIO R_PLK_LN V V R R R R K./F These are for backdrive issue R K K K GT_SM GLK_SM (,,,,,,,,,,,,,,,,,,,,,) V (,,,,,,,,,) VP V V M_SIO () LNLK () SR_MH () SR_MH# () SR_ST () SR_ST# () SR_IH () SR_IH# () SR_PEG () SR_PEG# () REFSSLK () REFSSLK# () PLK_ () PLK_ () PLK_IH () PLK_MINI () PLK_LN () PLK_SIO () -LNLK () HLK_PU HLK_PU# HLK_MH HLK_MH# LNLK -LNLK SR_MH# SR_MH SR_ST# SR_ST SR_IH# SR_IH SR_PEG# SR_PEG REFSSLK# REFSSLK OT# OT Place these termination to close KM. ( MHz ) LK_US LK_ ( MHz ) PLK_SIO PLK_LN PLK_MINI PLK_IH PLK_ PLK_ ( MHz ) M_SIO M_IH RP RP RP RP RP RP RP RP RP *P *P *P *P *P *P *P *P *P *P./F./F./F./F./F./F./F./F./F PROJET : M Quanta omputer Inc. Size ocument Number Rev ustom LOK GENERTOR ate: Thursday, November, Sheet of

3 E () () () () () () H# H H# H# # # G H# H# # # L H# H# # # M H# H# # # H H# H# # # F H# H# # # G H# H# # # J H# H# # # E M H# H# # # F J H# H# # # L H# H# # # F N H# H# # # E M H# H# # # H H# H# # # F N H# H# # # F K H# HSTN# # # F K HSTN# HSTP# STN# STN# E L E HSTP# STP# STP# J INV# INV# PM_PSI# E P OMP R. T PSI# OMP P OMP R. VP SELPS_LK OMP OMP R. SELPS_LK SEL OMP OMP R. SEL OMP MIS G PRSLP# T RSV RSV/PRSTP# PRSLP# () PSLP# T RSV PSLP# PSLP# () F PWR# T RSV PWR# PWR# () E PUPWRG T RSV PWRGOO E PUSLP# T RSV SLP# PUSLP# (,) H_GTLREF H_TEST GTLREF TEST Layout note:." max length. F H_TEST TEST () () PUSLP# ). onnected between othan and IH for othan Stepping. )..onnected between othan and lviso for othan Stepping. G: N for othan and PRSTP# for Yonah TI TMS TO PURST# TK TRST# H#[..] HST# HREQ# HREQ# HREQ# HREQ# HREQ# HST# () () () () () () () PREQ# THRMTRIP# M# FERR# IGNNE# STPLK# INTR NMI SMI# H#[..] H#[..] R R. R *. R. R. R R R * M# FERR# IGNNE# STPLK# INTR NMI H# H# H# H# H# H# H# H# H# H# H# H# H# H# HST# HREQ# HREQ# HREQ# HREQ# HREQ# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# HST# VP V SYS_SHN# VP P U V R V W T W Y Y U Y U R P T P T F E E F E F E U # # # # # # R GROUP # # # # # # # # ST# REQ# REQ# REQ# REQ# REQ# # # # # # # # # # # # # # R GROUP # # ST# M# FERR# IGNNE# STPLK# LINT LINT SMI# othan_p ONTROL TP/ITP SIGNLS THERM H LK THRMTRIP# TP S# S# N S# () NR# NR# L NR# () PRI# VP PRI# J PRI# () EFER# EFER# L EFER# () RY# RY# H RY# () SY# SY# M SY# () HREQ# R# N HREQ# () IERR# IERR# PUINIT# INIT# PUINIT# () HLOK# LOK# J HLOK# () PURST# RESET# PURST# () RS# RS# H RS# () K RS# RS# RS# () L RS# RS# RS# () M HTRY# TRY# HTRY# () K HIT# HIT# HIT# () K HITM# HITM# HITM# () PM# PM# T PM# PM# T PM# PM# T PM# PM# T PRY# PRY# T PREQ# VP PREQ# TK TK TI TI TO TO TMS TMS TRST# R TRST# R# R# R# () PU_PROHOT# PROHOT# THERM THERM THERM THERM THRMTRIP# THERMTRIP# THRMTRIP# (,) ITP_LK T ITP_LK T HLK_PU# LK HLK_PU# () HLK_PU LK HLK_PU () R * V R *.K Q *MMT Q *NE R () () () () () () () VP H#[..] HSTN# HSTP# INV# HSTN# HSTP# INV# () SELPS_LK () SELPS_LK R K/F H#[..] HSTN# HSTP# H#[..] R K/F H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# THLK_SM THT_SM _LERT# SYS_SHN# Q NE LK E E U # # # # # # # # # # # # # # # # STN# STP# INV# T GRP T GRP othan_p (,) THLK_SM () _LERT# () SYS_SHN# R K T GRP T GRP LK (,) # # # # # # # # # # # # # # # # STN# STP# INV# R K Y T U V R R R U V U V Y Y W W T R K H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# R *K R *K U S H#[..] HSTN# HSTP# R *K R SLK LERT# OVERT# H#[..] MMU V P N GN RESS: H V HSTN# () HSTP# () INV# () HSTN# () HSTP# () INV# () R.U PUPWRG () THERM P THERM (,,,,,,,,,,,,,,,,,,,,,) V (,,,,,,,,,) VP (,) THT_SM V T Q NE T (,) PROJET : M Quanta omputer Inc. Size ocument Number Rev ustom othan PU (Host us) ate: Thursday, November, Sheet of E

4 E E U/.V/R() mohm* Murata ---> U/V/R() U/.V() mω * / Intel recommend othan PU (Power) ustom Thursday, November, Size ocument Number Rev ate: Sheet of PU_VI PU_VI PU_VI PU_VI PU_VI PU_VI TP_V TP_V TP_V TP_VSENSE TP_SENSE PU_ORE PU_ORE PU_V.V.V PU_V VP VP VP PU_ORE PU_ORE PU_ORE PU_ORE PU_ORE PU_ORE PU_ORE PU_ORE PU_ORE PU_ORE PU_ORE VP.U.U.U U U U othan_p E E E E E E F F F F F F E E E E E E F F F F F G G H H J J K U V V W W Y Y F N E E E F F F F K L L M M N N P P R R T T U P W E F F G G H E F V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V/RSV V/RSV V/RSV VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VQ VQ VI VI VI VI VI VI VSENSE SENSE U.U.U U U R *..U U.U U T U.U U U R *. T.U.U Quanta omputer Inc. PROJET : M U.U U U.U.U.U.U U U.U U.U.U R U.U U.U.U U U.U.U U.U U othan_p E E E E E E E E E E E F F F F F F F F F F E E E E E E E E E E E F F F F F F F F F F F F G G G G G H H H H J J J J J K K K K K L L L L M M M M M N N N N N P P P P R R R R R T T T T T U U U U V V V V V W W W W W Y Y Y Y U U U.U R *.U U.U.U U U T.U.U.U U U U U.U.U U.U U U U.U.U U U PU_VI () PU_VI () PU_VI () PU_VI () PU_VI () PU_VI ().V (,,,,).V (,,,,,,) PU_ORE (,) VP (,,,,,,,,,)

5 () H#[..] H#[..] HSWING H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# HROMP HSOMP HSWING HYROMP HYSOMP HYSWING E E F H E F E K F J J H F K H H H K K J G H J L K J P L J P L U V R R P T R R U R T T R T V U W U V W W U U Y Y V Y W W Y Y W VP VP VP R /F R /F.U R /F R /F T L P U H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# HROMP HSOMP HSWING HYROMP HYSOMP HYSWING LVISO HYSWING.U HOST VP H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# G E F E G E F G G F G E F HS# F HST# HST# E HVREF J HNR# HPRI# REQ# E HPURST# H HLKINN HLKINP HSY# HEFER# E HINV# H HINV# K HINV# T HINV# U HPWR# G HRY# F HSTN# G HSTN# K HSTN# R HSTN# V HSTP# G HSTP# K HSTP# R HSTP# W HERY# F HHIT# HHITM# HLOK# HPREQ# HREQ# HREQ# HREQ# HREQ# HREQ# HRS# HRS# HRS# HPUSLP# G HTRY# R. R R. R H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H# H#./F./F S# HST# HST# HVREF NR# PRI# HREQ# PURST# HLK_MH# HLK_MH SY# EFER# INV# INV# INV# INV# PWR# RY# HSTN# HSTN# HSTN# HSTN# HSTP# HSTP# HSTP# HSTP# HIT# HITM# HLOK# HREQ# HREQ# HREQ# HREQ# HREQ# RS# RS# RS# HPUSLP# HTRY# HSOMP HROMP HYSOMP HYROMP H#[..] S# () HST# () HST# () NR# () PRI# () HREQ# () PURST# () HLK_MH# () HLK_MH () SY# () EFER# () INV# () INV# () INV# () INV# () PWR# () RY# () HSTN# () HSTN# () HSTN# () HSTN# () HSTP# () HSTP# () HSTP# () HSTP# () HIT# () HITM# () HLOK# () HREQ# () HREQ# () HREQ# () HREQ# () HREQ# () RS# () RS# () RS# () HTRY# () H#[..] () VP R /F R /F T T.U R PUSLP# (,) R should be populated to support othan stepping R./F Route as short as possible. M_OOMP M_OOMP R./F () () () () () () () () () () () () () () () () MI_TN MI_TN MI_TN MI_TN MI_TP MI_TP MI_TP MI_TP MI_RN MI_RN MI_RN MI_RN MI_RP MI_RP MI_RP MI_RP MI_TN MI_TN MI_TN MI_TN MI_TP MI_TP MI_TP MI_TP MI_RN MI_RN MI_RN MI_RN MI_RP MI_RP MI_RP MI_RP LK_SRM () LK_SRM M LK_SRM SM_K () LK_SRM L LK_SRM SM_K T E LK_SRM SM_K () LK_SRM J LK_SRM SM_K () LK_SRM F LK_SRM SM_K T SM_K LK_SRM# () LK_SRM# N LK_SRM# SM_K# () LK_SRM# K LK_SRM# SM_K# T E LK_SRM# SM_K# () LK_SRM# J LK_SRM# SM_K# () LK_SRM# F LK_SRM# SM_K# T SM_K# KE () KE P KE SM_KE () KE M KE SM_KE () KE H KE SM_KE () KE K SM_KE SM_S# () SM_S# N SM_S# SM_S# () SM_S# M SM_S# SM_S# () SM_S# H SM_S# SM_S# () SM_S# G SM_S# M_OOMP T F M_OOMP SM_OOMP T F SM_OOMP M_OT () M_OT P M_OT SM_OT () M_OT L M_OT SM_OT () M_OT M M_OT SM_OT () M_OT N SM_OT M_ROMPN K M_ROMPP SMROMPN K SMROMPP SMR_VREF F SMVREF SMSLEW SMVREF E SMSLEWIN E SMYSLEW SMSLEWOUT F SMYSLEWIN F SMYSLEWOUT It's point to point, ohm trace, keep as short as possible..vsus R./F R./F M_ROMPN M_ROMPP U MIRN MIRN MIRN MIRN Y MIRP MIRP MIRP MIRP MITN MITN MITN MITN Y MITP MITP MITP MITP (,) SMR_VREF (,,,).VSUS (,,,,,,,,,) VP (,,,,,,,).V LVISO MI R MUING FG/RSV PM LK N FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG RSV RSV RSV RSV RSV RSV RSV M_USY# ET_TS# ET_TS# THRMTRIP# PWROK RSTIN# REF_LKN REF_LKP REF_SSLKN REF_SSLKP N N N N N N N N N N N G H G F F G E J E E H H J H G G G G J J J H F E P N P P P N FG MH_SEL MH_SEL FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG FG PM_MUSY# PM_ETTS# PM_ETTS# R OT# OT TP_N TP_N TP_N TP_N TP_N TP_N TP_N TP_N TP_N TP_N TP_N VP R K.U.V R K R R K T T T T T T T T T T T REF_LKN REF_LKP isplay lock Frequency at MHz ( RT,SVO and TVOUT) REF_SSLKN REF_SSLKP isplay lock Frequency (with SS) at MHz ( LVS) Size ocument Number Rev ustom lviso Host(/) ate: Thursday, November, Sheet of T MH_SEL () MH_SEL () FG () T FG () FG () FG () T FG () T FG () FG () FG () T T FG () T FG () FG () T PM_MUSY# () THRMTRIP# (,) IMVP_PWG (,) PLTRST# (,,,,) OT# () OT () REFSSLK# () REFSSLK () PROJET : M Quanta omputer Inc.

6 R R R R R R R TI INTEL /F /F /F.K/F R I - /F(SF) - N (,,) TV_OMP (,,) TV_Y/G (,,) TV_/R (,) () () (,) TUOUT- (,) TUOUT (,) TLOUT- (,) TLOUT (,) TUOUT- (,) TUOUT (,) TLOUT- (,) TLOUT (,) TLLKOUT- (,) TLLKOUT (,) TLOUT- (,) TLOUT (,) TUOUT- (,) TUOUT (,) TULKOUT- (,) TULKOUT FG FG FG Low=MIx High=MIx FG TV_OMP TV_Y/G TV_/R /F(SF).K/F(SF) (,) LK (,) T (,) RT OM (,) RT_G_OM (,) RT_R_OM (,) VSYN_OM (,) HSYN_OM LON (,) _LK (,) _T (,) ISP_ON LK T R R * * LK_R T_R RT OM R RT_G_OM R * * RT_LUE RT_GREEN RT_R_OM R * RT_RE RT_OM# VSYN_OM R HSYN_OM R * VSYN * HSYN R */F REFSET ET VG N.V RP * TLO-_ TLO_ RP * TLO-_ TLO_ RP * TLO-_ TLO_ RP * TLO-_ TLO_ RP * TUO-_ TUO_ RP * TUO-_ TUO_ RP * TUO-_ TUO_ R *.K R R R RP * TUO-_ TUO_ () () () T T SR_MH# SR_MH R * R * R * ET VG N FG FG Low=PIE Reverse Lanes High=PIE Normal Operation SR_MH# SR_MH TV_OMP_ TV_Y/G_ TV_/R_ R.V H H UF SVOTRL_T SVOTRL_LK GLKN GLKP TV_ TV_ TV_ J TV_REFSET TV_IRTN TV_IRTN TV_IRTN E LK E T E LUE LUE# GREEN GREEN# RE RE# H VSYN G HSYN J REFSET R *K R *K E R * LKLT_TRL F R *.K LKLT_EN T R *.K LTL_LK T R * _LK_ LTL_T F R * _T_ L_LK F R * L_T F R *.K/F LV_EN LIG T LVG T F LVREFH T F LVREFL TLO-_ TLO_ LLKN TUO-_ LLKP TUO_ LLKN LLKP TLO-_ TLO-_ LTN TLO-_ LTN LTN TLO_ TLO_ LTP TLO_ LTP LTP TUO-_ TUO-_ LTN TUO-_ LTN LTN TUO_ TUO_ LTP TUO_ LTP LTP R *.K LVISO () FG FG () FG FG () FG () FG : Reserved : OR Mode Enabled : ll Z Mode Enabled : Normal Operation FG MIS TV VG LVS R *.K PI-EPRESS GRPHIS R *.K () EP_OMPI EP_IOMPO EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN EP_RN E F G H J K L M N P R T U V W Y FG Low=R II High=R FG EP_OMP PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RN PEG_RP EP_RP PEG_RP EP_RP E PEG_RP EP_RP F PEG_RP EP_RP G PEG_RP EP_RP H PEG_RP EP_RP J PEG_RP EP_RP K PEG_RP EP_RP L PEG_RP EP_RP M PEG_RP EP_RP N PEG_RP EP_RP P PEG_RP EP_RP R PEG_RP EP_RP T PEG_RP EP_RP U PEG_RP EP_RP V PEG_RP EP_RP W PEG_TN EP_TN E PEG_TN EP_TN F PEG_TN EP_TN G PEG_TN EP_TN H PEG_TN EP_TN J PEG_TN EP_TN K PEG_TN EP_TN L PEG_TN EP_TN M N PEG_TN EP_TN P PEG_TN EP_TN R PEG_TN EP_TN T PEG_TN EP_TN U PEG_TN EP_TN V PEG_TN EP_TN W PEG_TN EP_TN Y PEG_TN EP_TN PEG_TP EP_TP E PEG_TP EP_TP F PEG_TP EP_TP G PEG_TP EP_TP H PEG_TP EP_TP J PEG_TP EP_TP K PEG_TP EP_TP L PEG_TP EP_TP M PEG_TP EP_TP N PEG_TP EP_TP P PEG_TP EP_TP R PEG_TP EP_TP T PEG_TP EP_TP U PEG_TP EP_TP V PEG_TP EP_TP W PEG_TP EP_TP FG R.K R./F PEG_RN[..] PEG_RP[..] () VG_PIE FG FG.V PEG_RN[..] () PEG_RP[..] () Low=FS ynamic OT isabled High=FS ynamic OT Enabled.V R *.K locked ap. (,,,,,,,).V () VG_PIE (,,,,,,,,,) VP PEG_TN_[..] PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ PEG_TN.U PEG_TN_ INT VG N PEG_TP_[..] PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ PEG_TP.U PEG_TP_ VP RT_OM# R R * VSYN R HSYN R VP REFSET R RT_LUE R RT_GREEN R RT_RE R R */F R */F R */F PEG_TN_[..] () PEG_TP_[..] () R R R R R R R R R R R TI INTEL /F /F /F Low=T/Transportable PU High=Movile PU R *.K () FG FG Low=PU core V.V High=PU core V.V R *K Low=FS R *.K Low=R R *.K () FG FG R *K Low=PU VTT.V High=PU VTT.V PROJET : M Quanta omputer Inc. Size ocument Number Rev ustom VG MI(/) ate: Thursday, November, Sheet of

7 LVISO R(/) ustom Thursday, November, Size ocument Number Rev ate: Sheet of _M[..] _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M _M[..] _M _M _M _M _M _M _M _M _M _M _M _M _M S_RVENIN# _M _M _M _M _SRS# _M _M _SS# _M _M _M _M _M _M _M _QS _QS _M _M _MWE# _M _QS# _QS# S_RVENOUT# _QS# _M _M _QS _QS# _QS# _QS _S# _M _QS# _M _QS _QS# _QS# _QS _S# _S# _QS _QS _M _M _QS _M _M S_RVENIN# _M _M _QS _M _QS# _QS _QS# _QS _M _M _S# _M _M _QS# _QS _M _QS# _QS _M _M _M _M _S# _S# _M _QS _M _M _QS _QS# _MWE# _SRS# _M _M _QS# _QS# _SS# _QS# _M _M S_RVENOUT# Quanta omputer Inc. PROJET : M T T R SYSTEM MEMORY UG LVISO E E G G E E F F H H K G G G H J K J H H K H H G F G J K H H G J G G G H H H J K J K J H K J J K G G H G E J G G F K K K J K E F K J K M H F F K K J L H F H K H J K J K H J H J G G G H K F F H SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ 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_M S_M S_M S_M S_M S_S# S_RS# S_RVENIN# S_RVENOUT# S_WE# T T R SYSTEM MEMORY U LVISO G H L L H J K L M N P M M M L M N P N P L M M L P M M M L M N P M L L P P P L M N N N P P M L M K K G G L M H G F E F F K K L J P L P P P J K P N P M M J E K P N N N M H E L P P M N M L P M L M N M M N P F F P SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ SQ 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_M S_M S_M S_M S_M S_S# S_RS# S_RVENIN# S_RVENOUT# S_WE# _M[..] () _M[..] () _SS# () _QS#[..] () _MWE# () _S# () _S# () _S# () _QS[..] () _M[..] () _SRS# () _M[..] () _M[..] () _SRS# () _SS# () _MWE# () _S# () _M[..] () _S# () _S# () _QS#[..] () _QS[..] ()

8 Note: ll VSM pins shorted internally. Note: ll VSM pins shorted internally. TI U.U.U INTEL U RV-.U.U.U U R R R R TI R R R INTEL RV-.U.U.U.U.U.U.U.U.U.U.U.U lviso Power(/) ustom Thursday, November, Size ocument Number Rev ate: Sheet of V._R_P V._R_P VP_GMH_P V_RLL V._R_P VP_GMH_P VP_GMH_P V_RLL VP_GMH_P V._R_P VG_PIE V_GPLL VG_PIE V_GPLL V._R_P V._R_P.V.VSUS.V VP VP.V.V.V.V V VP VP.V.V.V.V VG_PIE.V VP.V.V.U R * U R./F.U.U U U U L LMS.U.U.U/V.U.U.U.U.U.U uf *RV- U.U *RV-.U/V U U.U.U R *.U U U Quanta omputer Inc. PROJET : M L LMS R *.U/V.U.U.U.U.U.U R U L LMS R *.U U *U.U U L LMS U.U U POWER UH LVISO T R N M K J V U T R P N M L K J H G V U T R P N M L K J H K H K J K K K K W U T K V U K W V T K K F E G H K J K W V U T R P N M L K W V U T R P N M K J Y W U R P N M L J N M N M N M N M N M N M N M V N M G F E F E H G H M H P P N M L K J H G F E P N M L K J H G F E E E E E E E E E E E E P N M L K J H G F E P N M L K J H G F E P M E F P F F E W U R N L J Y Y Y F G V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V VH_MPLL VH_MPLL V_PLL V_PLL V_HPLL V_MPLL V_RT V_RT V_RT V_SYN VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT V_TV V_TV V_TV V_TV V_TV V_TV V_TVG _TVG V_TV VQ_TV V_LVS V_LVS V_LVS V_LVS VHV VHV VHV VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM VT_LVS VT_LVS VT_LVS V_SM V_SM V_SM V_SM VG VG VG VG VG VG VG V_GPLL V_GPLL V_GPLL V_GG _GG U L LMS R *.U R *

9 /NTF(/) ustom Thursday, November, Size ocument Number Rev ate: Sheet of.vsus VP VP Quanta omputer Inc. PROJET : M UE LVISO G Y V T P M K H E N L J F E E Y W V U T R P N M L K J H G F E N H L F W V U T R P N M L K J H G F E N J Y L G W V U T R P N M L K J H G F E P E Y M J G W V U P L H G F E W E N L J G F W G E J G J F F H L H J E N F F K V G F E N G W T J H L U N J F G L K H K N L J G K J F J N L J G F Y H F Y L N H E V T K H L Y P L E N K G V G J E T P L J P L W E N F Y U P L H J N L H E V T P L J G E N L J G Y LVS NTF U LVISO W V U T R P N M L W V U T R P N M L W V U T R P N M L W V U T R P N M L W V U T R P N M L W V U T R P N M L W V U T R P N M L W V U T P N M L Y R P N M L Y R P N M L Y R P N M L W V U T P N M L Y Y Y Y Y Y R Y R Y W V U T R P N M L Y W V U T R P N M L Y W V U T R P N M L Y Y VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VTT_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF VSM_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF V_NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF _NTF

10 E E Place these aps near So-imm. Place these aps near So-imm. Place these aps near So-imm. Place these aps near So-imm. LOK, LOK, SMbus address SMbus address KE, KE, ( hannel ) ( hannel ) High=.mm High=.mm Layout note: Place one cap close to every pullup resistors terminated to SMR_VTERM R II SOIMM ustom Thursday, November, Size ocument Number Rev ate: Sheet of _M _M _M _M _SRS# _M _SS# _M _MWE# _M KE _M SM_S# _M _MWE# _M KE M_OT _S# _M _S# _M _M M_OT SM_S# _SRS# _S# _M _M _M _M KE _M _S# _S# _M _M _M SM_S# _M M_OT M_OT SM_S# _M _M _M _M KE _M _SS# _M _S# _M _M _QS _QS# _M _M _M _M _M _M _QS _M _M _M _M _M _M _QS# _M _QS _M _S# _MWE# _M _M SM_S# _M _M _M _SS# _QS# _M _M SM_S# _M _M _M _M _M _M _QS# _M _M _M _M _M _M _M _M _QS _M _M _QS _M _M _M _M _M _M _M _M _M _M _M _M _M _M SMR_VREF _QS# _QS _M _M _M _M _M _M _QS# _M M_OT _M _M M_OT _M PT_SM LK_SRM LK_SRM# _S# _QS# PLK_SM _QS _QS# _SRS# _M _M _M _M _M _M _M _M _QS _QS# _M _M _M _M _M _M _M _QS _M _M _M _M _M _M _QS# _M _QS _M _S# _M _MWE# _M _M SM_S# _M _M _M _SS# _QS _QS# _M _M SM_S# _M _M _M _M _M _M _QS# _M _M _M _M _M _M _M _M _M _M _M _M _QS _M _M _M _QS _M _M _M _M _M _M _M _M _M _M _M _M _M _M SMR_VREF _QS# _QS _M _M _M _M _M _M _QS# _M M_OT _M _M _M M_OT PT_SM _M LK_SRM LK_SRM# _S# _QS# PLK_SM _QS _QS# _M _SRS# _M _M _M _M _M _M KE _M _M _M _M _QS _M _M _M _M _M KE _M _M _M _M _M _M KE _M _M _S# _M _M _M _M _M _M KE _M _M _S# LK_SRM# LK_SRM LK_SRM# LK_SRM.VSUS.VSUS.VSUS SMR_VREF V V SMR_VREF SMR_VTERM SMR_VTERM SMR_VTERM.VSUS SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM V V.VSUS.VSUS.VSUS V.VSUS SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM.U.U.U.U.U.U RP.U RP P.U RP.U R K.U.U RP.U.U RP P.U.U.U.U.U RP RP.U RP RP.U P R K RP.U.U.U.U.U.U R K RP RP.U RP P.U.U RP.U.U.U.U.U.U P.U.U.U.U.U RP P R SRM SO-IMM (P) JIM P R VREF Q Q QS# QS Q Q Q Q QS# QS Q Q Q Q QS# QS Q Q Q Q M N Q Q KE V N _ V V V /P WE# V S# S# V OT Q Q QS# QS Q Q Q Q Q Q M Q Q Q Q M K K# Q Q Q Q N M Q Q Q Q QS# QS Q Q KE V V V V RS# S# V OT V N Q Q M Q Q Q Q M Q Q Q Q NTEST QS# QS Q Q Q Q M Q Q S SL V(SP) QS# QS Q Q Q Q K K# M Q Q Q Q QS# QS Q Q S S.U.U.U.U.U.U P RP.U RP.U P.U.U.U.U.U.U Quanta omputer Inc. PROJET : M RP.U P RP.U.U.U.U.U RP.U P R SRM SO-IMM (P) JIM P R VREF Q Q QS# QS Q Q Q Q QS# QS Q Q Q Q QS# QS Q Q Q Q M N Q Q KE V N _ V V V /P WE# V S# S# V OT Q Q QS# QS Q Q Q Q Q Q M Q Q Q Q M K K# Q Q Q Q N M Q Q Q Q QS# QS Q Q KE V V V V RS# S# V OT V N Q Q M Q Q Q Q M Q Q Q Q NTEST QS# QS Q Q Q Q M Q Q S SL V(SP) QS# QS Q Q Q Q K K# M Q Q Q Q QS# QS Q Q S S RP RP P RP RP P RP R K.U.U.U RP _S# () _MWE# () _QS#[..] () _M[..] () _M[..] () _M[..] () _QS[..] () SM_S# () _SS# () SM_S# () PLK_SM (,,,) PT_SM (,,,) _QS#[..] () _M[..] () _M[..] () _S# () _M[..] () LK_SRM () LK_SRM# () _SRS# () _QS[..] () _S# () _MWE# () SM_S# () _SS# () SM_S# () _S# () LK_SRM () LK_SRM# () _SRS# () KE () KE () KE () _S# () KE () _S# () LK_SRM# () LK_SRM () LK_SRM# () LK_SRM ().VSUS (,,,) V (,,,,,,,,,,,,,,,,,,,,,) SMR_VREF (,) SMR_VTERM (,) SMR_VREF (,) M_OT () M_OT () M_OT () M_OT ()

11 () PEG_TP_[..] () PEG_TN_[..] () PEG_RP[..] () PEG_RN[..] PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN PEG_RP PEG_RN VG.V V V P Y T=MHz P () () R *M.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U T_IN SR_PEG SR_PEG# T_OUT V PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ PEG_TP_ PEG_TN_ V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN V_PEG_RP V_PEG_RN SR_PEG SR_PEG# R /F V_RSET V_TV_Y/G V_TV_/R V_TV_OMP TP TP VTHM_LK VTHM_T R K TP R * R * H G G F E E Y W W V V U T T R R P N N M M L K K J F E Y W Y W Y W U T U T U T P N P N P N L K L K L K F E H K J K J K G G J H U PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_RP PIE_RN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_TP PIE_TN PIE_REFLKP PIE_REFLKN R /F VPIE_R R /F VPIE_R- PIE_LRP R K/F VPIE_L PIE_LRN R K PIE_LI R *K VPIE_TIN E R K -VPIE_RSTM PIE_TESTIN -VGRST R *K PERSTb PERSTb_MSK RSET Y_G _R_PR OMP P HSYN VSYN LK T SSIN SSOUT M_IN H TLIN M_O J TLOUT R K Z_V H R Z_V TESTEN E R Z_V TEST_YLK V_PLLTEST TEST_MLK F TP PLLTEST R K Z_V H STEREOSYN R *K M SS PI EPRESS LK J GPIO GPIO_ () H GPIO GPIO_ () J GPIO GPIO_ () V_PWRNTL K GPIO GPIO_ () H H=Lower core voltage(.v) GPIO GPIO_ () F L=Higher core voltage(.v) GPIO GPIO_ () GPIO J GPIO_ () GPIO K TP GPIO H GPIO_ () GPIO J GPIO_ () GPIO H TP GPIO H GPIO_ () GPIO G GPIO_ () GPIO G GPIO_ () GPIO G TP GPIO_PWRNTL F V_PWRNTL () V_MEMSSIN GPIO_MEMSSIN F P VOMOE VOMOE E R VPT_ H TP VPT_ J TP VPT_ K TP VPT_ H TP VPT_ K TP VPT_ J TP VPT_ H TP VPT_ J TP VPT_ H TP VPT_ J TP VPT_ K TP VPT_ H TP VPT_ E TP VPT_ G TP VPT_ F TP PVT_ E TP F VPT_ VPT_ VPT_ () E VPT_ VPT_ VPT_ () G S R VPT_ F SL R _T (,) VPT_ E VPT LK (,) VPT_ F VPT_ VPT_ VPT_ () G VPT_ VPT_ VPT_ () F VPT_ VPT_ VPT_ () J VPNTL R K VPNTL_ V K VPNTL R K VPNTL_ J VPNTL R K VPNTL_ H VPNTL R K VPNTL_ R K V G VREFG R K VREFG.U LVS VO / ET TMS / GPIO THERM TMS V_TLOUT- TOUT_LN H V_TLOUT TOUT_LP H V_TLOUT- TOUT_LN J V_TLOUT TOUT_LP J V_TLOUT- TOUT_LN J V_TLOUT TOUT_LP K TOUT_LN J TP TOUT_LP J V_TLLKOUT- TP TLK_LN K V_TLLKOUT TLK_LP J V_TUOUT- TOUT_UN G V_TUOUT TOUT_UP G V_TUOUT- TOUT_UN F V_TUOUT TOUT_UP F V_TUOUT- TOUT_UN E V_TUOUT TOUT_UP E TOUT_UN F TP TOUT_UP F TP V_TULKOUT- TLK_UN G V_TULKOUT TLK_UP G ISP_ON IGON E LON ISP_ON (,) LON G LON (,) TM K TP TP J TP TM J TP TP J TP TM K TP TP K TP TM J TP TP K TP E VI_LK LK VI_T TP T E TP HP F TP K V_RT_R_OM R J V_RT_G_OM G J V_RT OM J V_HSYN_OM HSYN K V_VSYN_OM VSYN H V_RST R /F RSET G V_T T F V_LK LK G -VG_LERT GPIO_UWIN PLUS MINUS F E VGTHRM VGTHRM- R *K SRS= OWN -.% OWN -.% M OWN -.% V_MEMSSIN R _KO R *K V LK_GN V_TUOUT- V_TUOUT V_TLOUT- V_TLOUT RP V_TULKOUT- V_TULKOUT V_TLOUT- V_TLOUT P VGTHRM- V_TLOUT- V_TLOUT RP V_TLLKOUT- V_TLLKOUT V_TUOUT- V_TUOUT V_TUOUT- V_TUOUT V_T V_LK V_TV_Y/G V_TV_/R V_TV_OMP R R LVS RP RP RP RP RP RP RT V_RT_R_OM R V_RT_G_OM R V_RT OM R V_HSYN_OM R V_VSYN_OM R R R TV_OUT R R R T_IN LK_GN Q TEU MEMORY LOK SPRE SPETRUM U IN OUT V SRS P _S SSLK REF Y MK- R *K dd R (,) THT_SM R (,) THLK_SM R U VTHM_LK R * -_SMLK SMLK VTHM_T R * -_SMT SMT V R K -GMT_VG -LT V R K GN M -VG_LERT R TLOUT- (,) TLOUT (,) TLOUT- (,) TLOUT (,) TLOUT- (,) TLOUT (,) TLLKOUT- (,) TLLKOUT (,) TUOUT- (,) TUOUT (,) TUOUT- (,) TUOUT (,) TUOUT- (,) TUOUT (,) TULKOUT- (,) TULKOUT (,) Thermal Sensor RESS: H RT_R_OM (,) RT_G_OM (,) RT OM (,) HSYN_OM (,) VSYN_OM (,) T (,) LK (,) TV_Y/G (,,) TV_/R (,,) TV_OMP (,,) hanged to /F TV_Y/G hanged to /F TV_/R TV_OMP TV_OUT MOUT LK_GN T_OUT MK_V MK_M MK_P R *K V P N -OVT PLE LOSE TO SI (,,,,) PLTRST# R MK_V _LK _T -_V -VGTHRM RT_R_OM RT_G_OM RT OM LON RT_R_OM RT_G_OM RT OM MOUT LK_GN L VGTHRM PLE LOSE TO SI R * R /F VGM R M_IN M_O V.U.U *P *P *P R /F U SZ U/V R -VGRST Size ocument Number Rev ustom VG HOST(TI M) K T R.K LK R.K VTHM_LK R.K/F VTHM_T R.K/F VPT_ R K R./F R * P R /F R.K R.K R /F R /F R /F R K R /F R /F PROJET : M Quanta omputer Inc. V V V V ate: Thursday, November, Sheet of

12 (VG ORE=.&.V) (ET.TMS) (IO.POWER) (PIE.V) (QUIET PIE.V) (PIE PLL/IO.V) (.V~m) TI M(POWER) ustom Thursday, November, Size ocument Number Rev ate: Sheet of LVR LPV V PV MPV V LVR VRH V V VG_PIE V_VQ VG_PIE V_V LVR_.V G_SET VG_V TVR TVR VG_PIE VGORE VGORE VGORE VGORE.V V V VG.V VG.V.V LVR_.V VGORE V LVR_.V.V.V.V.V.V.V.V.V.V V_MEM V_MEM V_MEM V_MEM.V TP.U U.U P I/O POWER U M P Y H H M Y G G K J G G N N P U T V W E T F H G G H H H G G F M H G F H E E J T R R N N M L K K N J J J J H H H H T V V V E F G G G G G G G H H L E E F E H H F F F N F E F H E E K V_ V_ V_ V_ V_ V_P V_Y V_ V_ V_H V_H V_M V_Y VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_G VR_ VR_ VR_ VR_ PIE_VR G PIE_VR K PIE_VR J PIE_VR G PIE_VR G PIE_PV N PIE_PV N PIE_PV P PIE_PV U PIE_PV T PIE_PV V PIE_PV W N_ N_ N_ N_ N_E N_T N_ Q LR_F LR_H LR_G LR_G LP TP TR_H TR_G TR_G RH RH N_H N_G Q N I I P MP VR_T VR_R VR_R VR_N VR_N VR_M VR_L VR_K VR_K VR_N VR_J VR_J VR_J VR_J VR_H VR_H VR_H VR_H VR_T VR_V VR_V VR_V VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_ VR_E VR_F VR_G VR_G VR_G VR_G VR_G VR_G VR_G VR_H VR_H VR_ VR_L LVR E LVR E LVR F LVR E LPV TPV TVR_F TVR_F VRH VRH V_F V_E VQ V VI VI PV MPV R *.K/F Quanta omputer Inc. PROJET : M TP.U.U.U P TP.U L P.U.U.U TP P P L P U U TP U U.U P.U.U.U P P.U U U *U.U.U TP.U.U.U.U.U.U U.U.U L.U.U.U.U P *U.U L.U.U.U U.U L P.U.U L.U.U.U *U P L U P U U.U U P.U L.U ENTER RRY ORE GN UE M U U W W Y K J K L M M M M M P N R R R R R R T T U V V V V V Y W W E F H M N N P P R R R R R R R T T T W V V U U T T T T W M R T F G G G G G G H H H H H H H H H H J J G G G R P M M L K K K R T P P P U U U U U U V V V V V V N N N W W W W W N N M M M N M M P P P M W _U _U _W _W _Y _K _J PIE K PIE L PIE M PIE M PIE M PIE M PIE M PIE P PIE N PIE R PIE R PIE R PIE R PIE R PIE R PIE T PIE T PIE U PIE V PIE V PIE V PIE V PIE V PIE Y PIE W PIE W PIE PIE PIE PIE PIE PIE PIE PIE PIE PIE PIE PIE E PIE F PIE H _M _N _N _P _P _R _R _R _R _R _R _R _T _T _T _W _V _V _U _U _T _T _T _T V_W V_M V_R V_T _F _G _G _G _G _G _G _H _H _H _H _H _H _H _H _H _H _J _J G _G _G _R _P _M _M _L _K _K _K _R _T V_P V_P V_P V_U V_U V_U V_U V_U V_U V_V V_V V_V V_V V_V V_V V_N V_N V_N V_W V_W V_W V_W V_W V_N V_N V_M V_M V_M V_N V_M V_M V_P V_P V_P V_M V_W L L.U U U *G SHN GN IN OUT SET.U R *K/F.U L *.U L P.U.U.U.U.U P.U P.U.U.U.U U.U.U.U L.U L U U TP P.U U P L.U VG.V (,) V_MEM (,,,,)

13 () M[..] STRPS PIN PI-Express urrent alibration andgap ackup GPIO_ : use reference voltage from andgap : use reference voltage from resistor divider PI-Express PLL alibration force enable GPIO_ : isable PLL force calibration : Enable PLL force calibration : PI Express. mode : RESERVE GPIO_(,) : PI Express. mode : RESERVE Turn off PI-Express impedance / strength calibration GPIO_ : enable : disable GPIO_ ypass PI-Express PLL GPIO_ PI-Express transmitter current compensation : Normal : Inject extra current for output buffer switching M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M H H J J J H H G G E E G G F G F E F E F E F E F E F E F E E E F F E F F U Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q M MEMORY INTERFE M M M M M M M M M M M M M M M E F F E QM# J QM# F QM# E QM# QM# F QM# QM# QM# E QS J QS F QS F QS QS E QS QS QS F RS# S# WE# S# S# KE E E E F LK LK# LK LK# MVREF MVREFS IM_ IM_ M M M M M M M M M M M M M M -QM -QM -QM -QM -QM -QM -QM -QM QS QS QS QS QS QS QS QS -RS -S -WE -S -S LK -LK LK -LK IM IM KE R STRPS PIN GPIO_ GPIO(,:) R R R R INT P/ MVREF MVREFS VPT_~ MEM TYPE TP TP -RS () -S () -WE () -S () -S () K Place close to SI Strap to set the debug muxes to bting out EUG signals even if registers are inaccessible ROMIFG xx: No ROM, HG_I= xx: No Rom, HG_I= : Parallel ROM, hip I'S from ROM : Parallel ROM, hip I'S from ROM VPT_ M[..] () -QM[..] () QS[..] () KE () V_MEM M_LK () -M_LK () M_LK () -M_LK ().U VPT_ R R () M[..].U V_MEM R R M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M VR.V.V F E G G F E G H H J K K L L G F H E F J F H U U U V W W Y Y U V V V W Y Y E E E E E U Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q M MEMVMOE_ GN V_T V MEMORY INTERFE MEMVMOE_ V_T GN R K R *K R *K R *K R *K GPIO_ GPIO_ GPIO_ GPIO_ GPIO_ M M M M M M M M M M M M M M -QM -QM -QM -QM -QM -QM -QM -QM MMTEST M N R *K GPIO_ GPIO_ () R *K GPIO_ GPIO_ () R *K GPIO_ GPIO_ () R *K GPIO_ GPIO_ () R *K GPIO_ GPIO_ () R *K GPIO_ GPIO_ () R *K GPIO_ GPIO_ () R *K VPT_ R K VPT_ VPT_ R *K VPT_ R K R *K VPT_ R K Samsung M x (.V) - M R *K VPT_ R K Samsung M x (.V) - M R *K VPT_ R K Hynix M x (.V) - M M N Samsung M x (.V) - M Hynix M x (.V) - M PROJET : M Quanta omputer Inc. Size ocument Number Rev ustom TI M MEM/STRPS PIN ate: Thursday, November, Sheet of M M M M M M M M M M M M M M M QM# QM# QM# QM# QM# QM# QM# QM# QS QS QS QS QS QS QS QS RS# S# WE# S# S# KE LK LK# LK LK# IM_ IM_ ROMS# MEMVMOE_ MEMVMOE_ MEMTEST N M M L L M M P N K K J P P P E J G W W F K G V W R T T R R R N N T T E F QS QS QS QS QS QS QS QS -RS -S -WE -S -S KE LK -LK LK -LK IM IM MEMVMOE MEMVMOE R R K R R R R R *.K GPIO_ () GPIO_ () GPIO_ () GPIO_ () GPIO_ () -RS () -S () -WE () -S () -S () TP TP R R.K R.K VPT_ VPT_ VPT_ VPT_ VPT_ M[..] () -QM[..] () QS[..] () *.K KE () M_LK () -M_LK () M_LK () -M_LK ().V VPT_ () VPT_ () VPT_ () VPT_ () VPT_ ()

14 Memory decoupling Place close to memory More Memory R Mbit M ug VG R MEMORY Memory decoupling More Memory decoupling t least a.: spacing between the pair These resistors and caps must be placed to minimize any stubs. These must also be placed after the memory VG R VRM- NNEL Thursday, November, Size ocument Number Rev ate: Sheet of M -QM M M M M M M M M M -QM MVREF_ M M M M QS MVREF_ M QS M M M M M QS M M M M M M M M M M M M M M M M M M M M M M M M M QS M MVREF_ -QM -QM MVREF_ -QM M M M M M M M -QM M M M -QM M -QM M M M QS M QS QS QS M_LK- M_LK- M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M V_MEM V_MEM V_MEM V_MEM V_MEM V_MEM R.K/F TP TP R.K/F U TP R.U U U TP Quanta omputer Inc. PROJET : M.U.U TP.U.U R TP U.U.U TP.U.U TP.U TP TP TP.U U.U.U U.U.U R.K/F U R TP U.U U R TP U U R.K/F TP.U U VRM_M- PG-VRM M M M L M M L M M M M L L G G L K K M L M L M G G K K K L L G G H J H J J H H F F E E E E F F H H J J K K K E E F F H H J K L H H G G E E E E F F F F J J J K K E E F F G G H H J J J G G L VREF (P) QM QM QM QM RS S WE S LK KE N N N N N N N V_ N N N/TH N/TH N/TH VQ_ N/TH QS VQ_ Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q V_ V_ V_ V_ V_ V_ V_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ _ LK# N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ VQ_ QS QS QS Q_ Q_ Q_ Q_ Q_ ML TP U U TP.U U VRM_M- PG-VRM M M M L M M L M M M M L L G G L K K M L M L M G G K K K L L G G H J H J J H H F F E E E E F F H H J J K K K E E F F H H J K L H H G G E E E E F F F F J J J K K E E F F G G H H J J J G G L VREF (P) QM QM QM QM RS S WE S LK KE N N N N N N N V_ N N N/TH N/TH N/TH VQ_ N/TH QS VQ_ Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q V_ V_ V_ V_ V_ V_ V_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ _ LK# N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ VQ_ QS QS QS Q_ Q_ Q_ Q_ Q_ ML.U U.U -RS () -S () -WE () -S () M_LK () -M_LK () KE () -S () -QM[..] () M[..] () QS[..] () M[..] () M_LK () -S () -S () -WE () -M_LK () -RS () KE () -S () M_LK () -M_LK () M_LK () -M_LK ()

15 Memory decoupling More Memory decoupling Memory decoupling More Memory decoupling Place close to R Mbit M ug VG R MEMORY These resistors and caps must be placed to minimize any stubs. These must also be placed after the memory t least a.: spacing between the pair VG R VRM- NNEL Thursday, November, Size ocument Number Rev ate: Sheet of M -QM M M M M M M M M M -QM -QM M M M M -QM QS MVREF_ M QS M M M M M QS M M M M M M M M M M M M M M M M M M M M M M M M M QS M M M -QM M MVREF_ M M M -QM M M M M M M QS M M M M QS M M M M M M M M M M M M M M M M M M M -QM M M M M M M -QM M M M QS QS M M MVREF_ MVREF_ M_LK- M_LK- V_MEM V_MEM V_MEM V_MEM V_MEM V_MEM R.K/F.U U U VRM_M- PG-VRM M M M L M M L M M M M L L G G L K K M L M L M G G K K K L L G G H J H J J H H F F E E E E F F H H J J K K K E E F F H H J K L H H G G E E E E F F F F J J J K K E E F F G G H H J J J G G L VREF (P) QM QM QM QM RS S WE S LK KE N N N N N N N V_ N N N/TH N/TH N/TH VQ_ N/TH QS VQ_ Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q V_ V_ V_ V_ V_ V_ V_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ _ LK# N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ VQ_ QS QS QS Q_ Q_ Q_ Q_ Q_ ML TP.U U TP U.U R TP.U R.K/F.U.U U R.K/F U.U.U.U Quanta omputer Inc. PROJET : M U U.U U VRM_M- PG-VRM M M M L M M L M M M M L L G G L K K M L M L M G G K K K L L G G H J H J J H H F F E E E E F F H H J J K K K E E F F H H J K L H H G G E E E E F F F F J J J K K E E F F G G H H J J J G G L VREF (P) QM QM QM QM RS S WE S LK KE N N N N N N N V_ N N N/TH N/TH N/TH VQ_ N/TH QS VQ_ Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q V_ V_ V_ V_ V_ V_ V_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ_ VQ _ LK# N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH N/TH Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ VQ_ QS QS QS Q_ Q_ Q_ Q_ Q_ ML U U U.U TP TP TP.U R TP.U.U R TP TP TP.U.U U TP R.K/F U U TP.U TP TP TP TP.U.U.U U R -RS () -S () -WE () -S () M_LK () -M_LK () KE () -M_LK () -WE () M_LK () -S () -RS () -S () KE () -S () -S () M[..] () QS[..] () -QM[..] () M[..] () M_LK () -M_LK () M_LK () -M_LK ()

16 E (,) PNEL V ONTROL ISP_ON V R *K KLIGHT ONTROL.U V V T_OUT R R K K SW (,) LON LON FPK R K MLI# () () R K FPK# U IN IN ON/OFF T- FPK# OUT GN GN SW Q TEU VPU OVERSW# P el Q,Q,R,R,.U L FMHM U.U SW MRSSL.U.U.U LV VPU.U/V PWM_INV_ FPK_ () V PWM_INV (,) _LK (,) _T U TSHFU VIN L ONNETOR (,) TULKOUT- (,) TULKOUT (,) TUOUT- (,) TUOUT (,) TLOUT- (,) TLOUT (,) TUOUT- (,) TUOUT (,) TLLKOUT- (,) TLLKOUT PWM_INV_ PWM_INV L FPK L L LV _LK _T V (,) TUOUT- (,) TUOUT (,) TLOUT- (,) TLOUT (,) TLOUT- (,) TLOUT.U/V VIN_LIGHT FMHM.U/V KHS-T KHS-T N U/V P LONP VIN_LIGHT PWM_INV_ FPK_.U PROJET : M Quanta omputer Inc. Size ocument Number Rev L LVS ON ate: Thursday, November, Sheet of E

17 () PR_RE () PR_GEN () PR_LU () PR_HSYN () PR_VSYN V VG_RE PR_RE V VG_GEN PR_GEN V VG_LU PR_LU V.U.U.U.U RTHS_VG PR_HSYN V.U RTVS_VG PR_VSYN V RT SWITH U V SEL NSP U V SEL IN_ OM IN_ GN NSP U V SEL IN_ OM IN_ GN NSP U V SEL IN_ OM IN_ GN IN_ OM IN_ GN NSP U V SEL IN_ OM IN_ GN NSP PR_INSERT# RT_R_OM SEL LOW HIGH RT_G_OM RT OM HSYN_OM VSYN_OM PR_INSERT# (,) RT_R_OM (,) FUNTION(OM) IN_ IN_ RT_G_OM (,) RT OM (,) HSYN_OM (,) VSYN_OM (,) (,) LK (,) T RT PORT LK T RTVS_VG RTHS_VG VG_RE VG_GEN VG_LU.V.V R.K R.K V.V R R.V Q NE N ONN Q NE LK T RT_VS RT_HS TV_Y/G TV_/R TV_OMP LK RT_VS RT_HS T TV_Y/G (,,) TV_/R (,,) TV_OMP (,,) TV-OUT LK () T () PROJET : M Quanta omputer Inc. Size ocument Number Rev SVIEO/RT/PNLE/HTV ate: Thursday, November, Sheet of

18 RT VPU P VRT el attery socket NS,VG,SIO Reset VRT RV- RV- N (,,,,) PLTRST# JE-FI-SP-HF PLTRST# VRT R Q MMT P RT_N U SZ Y.KHZ K RT_N R VSUS.U FERR# R VP PRSLP# R * VP RIN# R K R U V M GTE R K V LK_K Y L/FWH LK_K RT L P L/FWH (,,) Y L/FWH PIORY R.K RT L/F N L/FWH (,,) V L/FWH RTRST# L/F N L/FWH (,,) L/FWH RTRST# L/F N L/FWH (,,) LP_RQ# VP SM_INTRUER# LRQ# N YINS# LP_RQ# (,) P R M VRT INTRUER# LRQ#/GPI P YINS# (,) LFRME#/FWH INTVRMEN LFRME# P LFRME#/FWH (,,) PI Pullups V R RP NMI F G PUPWRG PIRQ# () NMI M# NMI PUPWRG/GPO PUPWRG () PIRQ# () M# F FERR# M# INIT_V# E T R THERMTRIP#_IH R PIRQ# STOP# () FERR# F IGNNE# FERR# THRMTRIP# E THRMTRIP# (,) G G R REQ# PIRQ# () IGNNE# INTR IGNNE# PU SMI# SMI# () STPLK# REQ# () INTR G PUINIT# INTR STPLK# E STPLK# () V R * PUSLP# () PUINIT# F RIN# INIT# PUSLP# E PUSLP# (,) R PSLP#.K () RIN# GTE RIN# PSLP#/TP[] PSLP# () F E R PRSLP# () GTE GTE PRSLP#/TP[] PRSLP# () V (,,) [..] [..] R should be populated to support othan stepping RP REQ# E /E# REQ# FRME# /E# J /E# (,,) E /E# SERIRQ TRY# /E# H /E# (,,) (,,,,) SERIRQ /E# IRQ U/V /E# G /E# (,,) F /E# /E# G /E# (,,) V F E J FRME#.K FRME# FRME# (,,) F IRY# IRY# IRY# (,,) TRY# V RTRST# TRY# J TRY# (,,) E EVSEL# RP EVSEL# EVSEL# (,,) STOP# IRY# STOP# J STOP# (,,) PR EVSEL# YI G PI PR E PR (,,) SERR# REQ# PERR# SHORT_ P SERR# G SERR# (,,) PERR# PLOK# SERR# PERR# E PERR# (,,) H PLOK# YI VPU V PLOK# J L REQ#.K REQ# REQ# () K K REQ# V REQ# REQ# () K M REQ# REQ# REQ# () REQ# IH_GPIO R.K REQ# L F REQ# IH_GPIO R.K R REQ#/GPI G E YI.K REQ#/GPI H YI YI () REQ#/GPI YI () H H GNT# dd H detact PIRQE# R.K V Main H GNT# GNT# () GNT# GNT# GNT# () M F GNT#.. R *K : PT GNT# GNT# () GNT# Rev. : ST GNT# T R K E GNT# T K GNT#/GPO K F GNT# T GNT#/GPO GNT# V T GNT#/GPO L K N PIRQ# risis SW PIRQ# PIRQ# () L PIRQ# PIRQ# PIRQ# (,) M PIRQ# R PIRQ# PIRQ# (,) P L PIRQ#.K SW (,,) IH_PME# PME# PIRQ# PIRQ# () G PIRQE# IH_GPIO () PLK_IH PIRST# PILK PIRQE#/GPI R IH_GPIO (,,,) PIRST# PLTRST#_ PIRST# PIRQF#/GPI R IH_GPIO LKRUN# PLTRST# PIRQG#/GPI IH_GPIO F M IH_GPIO PIRQH#/GPI dd risis SW SHORT_ P (,,,) LKRUN# LKRUN#/GPIO.U.. Rev. V R.K R K V P ST_LE# P STLE# ST_LE# (,) F istance between the IH- M and cap on the "P" P F E ST_RN_ P ST_RN ST_RP_ signal should be identical distance between the P ST_RP E G ST_TN_ IH- M and cap on the "N" signal for same pair. P ST_TN F ST_TP_ P ST_TP P ST_RN_ P ST_RN E ST_RP_ ST_RN_ *P ST_RN P ST_RP ST_RN () F F ST_TN_ PLTRST#_ P ST_TN G ST_TP_ ST_RP_ *P ST_RP P ST_TP ST_RP () P SR_ST# P ST_LKN SR_ST# () E SR_ST ST_TN_ *P ST_TN P ST_LKP SR_ST () ST_TN () G P G Place within ST_TP_ *P ST_TP P[..] STRIS# ST_TP () F STIS R./F () P[..] PS# STRIS mils of IH () PS# PS# S# E R *K () PS# Vball P S# ST_RN_ P ST_RN () P P _ITLK ST_RN () () P P Z_IT_LK R _SYN _ITLK () ST_RP_ P ST_RP () P PIOR# Z_SYN E R _RESET# _SYN () ST_RP () () PIOR# PIOW# IOR# Z_RST# _RESET# () () PIOW# PIORY IOW# F F _SIN ST_TN_ P ST_TN () PIORY IRQ IORY Z_SIN _SIN () ST_TN () F _SIN () IRQ PREQ IEIRQ Z_SIN _SIN T ST_TP_ P ST_TP () PREQ PK# REQ Z_SIN R _SOUT T ST_TP () () PK# K# Z_SO _SOUT ().U IH-M IE RT LP ST -/ ZLI PROJET : M Quanta omputer Inc. Size ocument Number Rev ustom IH(/) ate: Thursday, November, Sheet of

19 U V VSUS R K R K R.K R *K R K R *K RP PR-K RP PR-K RP PR-K R *K R *K SUS# RST_Y# SWPLE THRM# PWROK RSMRST# R# TLOW# SMLINK SI# SWI# SMLINK RI# PT_SM SMLERT# PLK_SM SM_LINK_LERT# SUS# SUS_STT# USP USP () USP USP- USPP USPP USP () USP- () USP- O# USPN USPN USP- () O# () O# USP O# O# O# () USP () USP USP- USPP USPP USP () USP- () USP- O# USPN US USPN USP- () O# () O# USP O# O# O# () USP () USP USP- USPP USPP USP () E USP- () USP- O# USPN USPN USP- () O# () O# USP O#/GPI O#/GPI USP () USP T USP- USPP USPP USP- () USP- T O# USPN USPN O# O#/GPI O#/GPI USRIS USRIS R./F () LK_US LK USRIS# MI_RN T Y MI_RN () MI_RN MI_RP MI_RN MI_RN MI_RN () T Y MI_RP () MI_RP MI_TN MI_RP MI_RP MI_RP () R W MI_TN () MI_TN MI_TP MI_TN R MI MI_TN MI_TN () W MI_TP () MI_TP MI_TP MI_TP MI_TP () MI_RN V MI_RN () MI_RN MI_RP MI_RN MI_RN MI_RN () V MI_RP () MI_RP MI_TN MI_RP MI_RP MI_RP () U MI_TN () MI_TN MI_TP MI_TN MI_TN MI_TN () U MI_TP () MI_TP MI_TP MI_TP MI_TP () () SR_IH# SR_IH# F SR_IH MI_LKN MI_ZOMP () SR_IH MI_LKP MI_IROMP F MI_ZOMP R./F () IHEP_RN H HSIN HSIN M () IHEP_RP H M.U/ HSIP G PI-EPRESS HSIP () IHEP_TN L.U/ HSON HSON () IHEP_TP G HSOP HSOP L PLK_SM PT_SM SMLERT# V_S V_S V_S R *K *.U (,,,) PLK_SM (,,,) PT_SM () PWROK () PRSLPVR () TLOW# () NSWON# () RSMRST# (,) IMVP_PWG () PM_MUSY# (,) SUS_STT# T () () () () () () () () RI# M_IH PSPK T KSMI# SI# SWI# YON# RST_Y# U *NWZP R *K R * K HSIN K HSIP J HSON J HSOP Y SMLK W SMT W SMLERT#/GPI RI# T THRM# RI# PWROK THRM# PRSLPVR PWROK E TLOW# PRSLPVR/TP V NSWON# TLOW#/TP U RSMRST# PWRTN# Y IMVP_PWG RSMRST# F PM_MUSY# VRMPWRG SUS_STT# M_USY#/GPIO W SUSLK SUS_STT#/LPP# V SUSLK E PSPK LK F RT_SENSE# SPKR E KSMI# GPI R SI# GPI M SWI# GPI R SWPLINK GPI YON# GPO RST_Y# GPO GPO V GPIO EE_S EE_SHLK EE_OUT F EE_IN RSV RSV F RSV G RSV RSV IH-M U *NWZP RSMRST# SM&SMI PM MIS&GPIO LN RESERVE HSIN P HSIP P HSON N HSOP N SMLINK W SMLINK U LINKLERET# Y SMLINK SMLINK SM_LINK_LERT# SUS# SLP_S# T SUS# SLP_S# T SLP_S# T PLTRST# LN_RST# V R# SYS_RESET# U PIE_WKE# WKE# U MH_SYN# MH_SYN# G STP_PI# STP_PI#/GPO STP_PU# STP_PU#/GPO SERIRQ SERIRQ P SM_EN# GPIO F STGP STGP/GPIO R FPK# GPIO T SP-ON GPIO E STGP STGP/GPIO F STGP STGP/GPIO G STGP STGP/GPIO F SWPLE GPIO SWPLE GPIO LN_R E LN_R E LN_R LN_T LN_T LN_T E LN_LK F LN_RSTSYN RSV RSV F RSV G RSV U T.V SUS# () SUS# () T PLTRST# (,,,,) R# () PIE_WKE# () T STP_PI# () STP_PU# (,) SERIRQ (,,,,) T FPK# () SP-ON () R Place within mils of IH- R Place within mils of IH- K SWP# K O# O# O# O# VSUS V SWP# V PIE_WKE# MH_SYN# R K SS STGP STGP STGP STGP SWPLE SWPLE#= (GLE light on) SWPLNK FLSH If the SWPLE= SWPLE-# is flash always R K Z SS SWPLE# V Size ocument Number Rev ustom IH(/) RP K V U SH V R K SWPLINK ate: Thursday, November, Sheet of R R Q RHUN RP K Q RHUN K O# O# O# O# V_S V SWPLE# () SWPLE# () VSUS HZ-LE () PROJET : M Quanta omputer Inc.

20 _V_IH _V_PI IH(/) ustom Thursday, November, Size ocument Number Rev ate: Sheet of VREF_SUS VREF.V_PIE VREF VREF_SUS.V.V.V_S.V.V_S V.V V VP.V V_S.V V_S V_S.V.V.V.V_S.V V_S VRT V V V_S V_S V VRT V.U.U.U.U.U.U.U.U R.U.U R.U.U.U.U.U RV-.U U.U U GN U IH-M E E E E E E E E F F F F F G F G G G G G G G E E E E E F F F F G G G G G H H H J J J J K K K K K L L L L L M M M M M M M M M N N N N N N N N N P P P P P P R R R R R R R R R R R T T T T T T T T T T U U U U U V V V V W W W W W Y Y Y Y E.U.U U U.U R.U.U.U.U.U.U.U.U.U.U.U U L LMS.U L LMPSPG.U.U.U.U U.U.U U.U RV-.U.U.U.U V U IH-M F F F G G G G H H J J K K L L M M N N N N N P P P P R R T T U U V V W W Y Y E E F G E E F G E E G F G G U V V W Y F G G L L L L L M M P P T T U U U U U F G G G E H H J L L M P R U G E E E E E F G G P F G G G E F F G G V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V VMIPLL V VSTPLL V VLN_/VSUS VLN_/VSUS VLN_/VSUS VLN_/VSUS VSUS VSUS VSUS VSUS VSUS VSUS VSUS VSUS VSUS VSUS VSUS VSUS V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V VSUS VSUS VSUS V V V V V V V V V V V V V V VREF VREF VREF_SUS VUSPLL VSUS VRT VLN_/VSUS VLN_/VSUS V_PU_IO V_PU_IO V_PU_IO VSUS VSUS VSUS VSUS VSUS VSUS VSUS.U U Quanta omputer Inc. PROJET : M U

21 MIL MIL US- LEFT SIE US- LEFT SIE US- US- MIL MIL US Ports ustom Thursday, November, Size ocument Number Rev ate: Sheet of USP USP- USP_ USP_- USPWR USP_ USP_- USP_- USP_ USP_ USPWR USP_- USP_ USP_ USP_- USP_- USP_ USP_- USP_- USP_ USPWR USPWR USPWR USPWR O# O# O# O# USPWR USPWR VSUS VSUS.U U M-SN GN EN EN O O V OUT OUT *lamp-iode.u E US. -HOKE U/.V *lamp-iode Quanta omputer Inc. PROJET : M E N US U *lamp-iode.u N- US_ONN V T_L T_H GN SHIEL SHIEL U M-SN GN EN EN O O V OUT OUT.U U/.V *lamp-iode.u *lamp-iode.u N US E U.U N- US_ONN V T_L T_H GN SHIEL SHIEL.U *lamp-iode *lamp-iode *lamp-iode USP- () USP () USP () USP- () VSUS (,,,,,,,) USP- () USP () USP- () USP () O# () O# () O# () O# ()

22 V rev:d add OLE# YV N SWP-OVER HLE# OLE# () RST_Y# () HLE# H_V R K SW SWP-SWITH U GN V YI PREQ PIOW# PIOR# PIORY PK# IRQ P P PS# HLE# R K YON_H# R K YSWP P ST_LE# Q NE NSZ V SE Q TEU R _IERST# P P P P P P P P V SP-ON V H ONNETOR *P SW YSWP () ST_LE# (,) R K N FOONN_HH () () () () () () () () () () () () SP-ON () P[..] PREQ PIOW# PIOR# PIORY PK# IRQ P P PS# P PS# P P P P P P P P PSEL IOS# PIG R P PS# PIORY PREQ IRQ IOS# P R U P[..] V V_ V_ PREQ P PIOW# P PIOR# P PIORY P PK# P IRQ P N_ P P PS# P P P PS# P P N_ P P P P P YON_H# E P PS# PS# P P YON_H# E GN_GN_ PI U V P PIOR# PIOW# PIORY IRQ PREQ PK# RST_Y# OLE# () OLE# YON_H# -LVIS /ON GN /VIS V R K R K TI.U MSTER H_V MIL *K_ H_V V L KHS V R *.K R *.K R *K R *K.U U/V LP LP LP LP LP LP LP LP LP LP LP LP LP LP LP LP LPS# LPS# LP LP LP LPIOR# LPIOW# LPIORY LIRQ LPREQ LPK# LYRST# LIE_LE_# V V ST ONNETOR N *Serial T GN TP TN GN RN RP GN.V.V.V GN GN GN V V V GN RSV GN V V V ST_TP () ST_TN () ST_RN () ST_RP ().VST.U.U R * H_V *.U/V UL () LEFT Y(-ROM, H-PT/ST, F,) P UL LYRST# R LYRST_# LP LP LP LP (,) YINS# VPU R V V *.U/V ST_TN () ST_TP () ST_RN () ST_RP U/V.VST *.U ST_TN ST_TP LP LP LP LP LPIOW# LPIORY LIRQ LP LP LPS# LIE_LE_# YINS# K ST_RN ST_RP.U N --KNH-P YV.U.U.U.U () () YON#.U U/V LY I STTUS LEFT YI Y POWER ONTROL V YON#.U R V UR GN LP LP LP LP LP LP LP LP LPREQ LPIOR# LPK# LP LPS# YI YI RSEL YV V PIG USP USP- LEFT YI STTUS H(PT) H(ST) -ROM V.U K Z Q TEU Q SIY IE (H&_ROM YI () YI () R R *.U UR () GN () USP () USP- () SLVE YV P YV U/V Size ocument Number Rev ustom ate: Thursday, November, Sheet of PROJET : M Quanta omputer Inc.

23 SMRTM-ONENT_- E For Layout: Place decoupling caps near the power pins of SmartM device. R_OS K ROS GN I_TN MR M U/V/V GN :: routing, mil M I_TN MI MI I_TP MI_IN MI () P_ MR to other signal I_TP RR SOFTWRE EQ ONTROL TLE PWRLKP MR _IN_R GN PWRLKP _IN_GN GPIO GOIO S/W EQ RL PWRLKN MR _IN_L PWRLKN LOW LOW ON LINE_INL LINE_IN_L LINE_INR () _SOUT LOW HIGH OFF M ST_OUT LINE_IN_R P_ () _SYN SYN OUT_L () _RESET# _RESET# LINE_OUT_L OUT_L () HIGH LOW OFF OUT_R LINE_OUT_R OUT_R () HIGH HIGH OFF GN _ONLY HP_OUT_L MR ST_IN HP_OUT_R () _SIN ST_IN REF_FLT MR IT_LK REF_FLT V_S N () _ITLK IT_LK V_S VREF_S VREF_S MR * I# Modified. -Stage MI_IS GN MIS/V MR * I# <onexant Name> S_PIF MR MR heck this pin fumction. EP *K *K I_TP EEP GPIO_ HPSENE_PR (,) PWRLKN P_EEP M M M M I_TN GPIO_ HPSENSE ().U_.U_.U_ PWRLKP SPKOUT U/V TLO MR MR *M M onnector GN TLI MY GN GN.MHZ - VSUS VSUS () PIRI# () LINEINPLG PIRI# V R K VSUS GN R.K M U/.V V R K : hange net from V to VSUS R K M.U_ Q TEU Q TEU For Layout: lose to SmartM device. : hange MR,MR footprint to R for EMI RI FUNTION V M.U_ R K Q TEU M.U_ LINE_INL LINEINPLG# Q TEU LINE_INR M.U_ RI# RI# Q TEU U LINE_INL_ LINEINL_PR Q NE.U M.U_ GN GN Ground Tie GN MI_IS GN For Layout: GN GN Place crystal and associated circuitry very near SmartM evice. NORML : LOW GN RR U/V R.K RL U/V R.K U GN U/V R.K LINE_INR_ LINEINR_PR R LINEINR_PR () Q NE RI# () RI# (,) MR K (%) GN.U MU V R V V GN GN GN GN _LK L *KHM V_LK GN GN V V M.U_ MR MR MR M P M U/V GN.V MR GN M U/.V LINEINL_PR () () () M P R.K PMSPK# PSPK R.K R.K OE POWER P EEP ONTROL V V U SH U IN.U_.U_ EEP UR () UL () GN () J GMT_GTU R OUT R.K m (MIL) R * R K EEP E.V.U_ GN P_ EEP.U/V PROJET : M Quanta omputer Inc. Size ocument Number Rev ustom SMRTM-ONENT_- ate: Thursday, November, Sheet of