Transcription

1 P STK UP LYER : TOP LS lock iagram LYER : S LYER : IN LYER : IN LYER : V LYER : OT V_ORE +.V +.V +.V +.VSUS +VPU +V_S +VSUS +V +VPU +V_S +V SMR_VTERM SMR_VREF HMI Page TV-OUT Page RT Page L(WXG+.W) Page ST - TWO H Page IE - O Page US ONN Page US ONN R.G. LVS X Page, Intel Merom (W) FS(/MHZ) restline GM Page,,,,, MI(x/x) Page LOK GENERTOR K ISLPR Page Marvell_ US. Page Page Page Page Page US ONN IHM Page zalia RJ US ONN UGHTER OR Page PI us WLN Page Finger Printer Page luetooth Page New ard Page Felica Page Transmitter Sil Page zalia ST X PT SVO Page Page,,, WPLG WPEL LP.KHz PI-E X / MHZ R II PI-Express MINI R WLN ard Reader/ OZT Page IN zalia Page RII-SOIMM RII-SOIMM Page, MINI R VG ONNETOR I_N MINI R UIO OE (X) Page I_P MOEM ONN (X) Page RT HMI L NEW R Port- Port- Port- TV-OUT Giga// LN SPK MP Page HP(SPIF) Page INT SPK Page INT MI Page, MI JK Page amera Page FN Touch P Key oard FLSH ROM IR US X RJ FM TUNER Page RJ/US UGHTER OR Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev lock iagram Tuesday, January, ate: Sheet of

2 lock Generator +V L PYT-Y-N_.u/V_ lock Gen ifferential IO power +.V_V +.V L PYT-Y-N_ u/v_.u/v_ u/v_ H=.mm ISLPRSGLFT u/v_.u/v_.u/v_.u/v_ *u/v_.u/v_.u/v_.u/v_ p_ L=p p_ H=.mm G_XIN Y.MHZ G_XOUT / REV_ hange Value.u/V_.u/V_.u/V_.u/V_ V_K_V_ V_K_V_ V_K_V_ V_K_V_ V_K_V_ V_K_V_ +.V_V U I(P) ISLPRSGLFT(TSSOP) V_PI IO_VOUT V_ V_PLL SLK V_REF S K V_SR SR/PI_STOP# V_PU SR#/PU_STOP# V IO PU V_PLL_IO PU# V_SR_IO_ V_SR_IO_ PU V_SR_IO_ PU# V_PU_IO SR/ITP SR#/ITP# LK_PU_LK_R LK_PU_LK#_R LK_MH_LK_R LK_MH_LK#_R R _ PLK_EUG_R LK_PIE_GPLL#_R () PLK_EUG PI/R#_ SR# RP X LK_PIE_GPLL# () LK_PIE_GPLL_R PLK_PM PLK_PM_R SR LK_PIE_GPLL () To N R _ T +V R K_ PI/R#_ LK_MH_OE#_R PLK_R_R SR/R#_H R _ LK_MH_OE# () R _ NEW_LKREQ#_R () PLK_OZ PI/TME SR#/R#_G R _ NEW_LKREQ# () R *K_ R K_ PI_LK_SIO_R LK_PIE_NEW_R PI SR RP X LK_PIE_NEW () +V R *K_ LK_PIE_NEW_R# LK_PIE_NEW# () To New ard PLK R SR# R _ () PLK_ R K_ PI/SR_EN LK_PIE_MINI_R LK_PIE_MINI () R _ PLK_IH_R SR/R#_F RP X LK_PIE_MINI#_R PIF/ITP_EN SR#/R#_E LK_PIE_MINI# () To MINI +V R *K_ G_XIN LK_PIE_MINI_R () PLK_IH XTL_IN SR RP X LK_PIE_MINI () R K_ LK_PIE_MINI#_R LK_PIE_MINI# () To WLN G_XOUT SR# XTL_OUT LK_PIE_LN_R LK_PIE_LN () R _ FS SR RP X LK_PIE_LN#_R () LKUS_ LK_PIE_LN# () To LN LK_SEL US_/FS SR# R.K_ LK_SEL LK_PIE_IH_R FS/TEST/MOE SR/R#_ RP X LK_PIE_IH () LK_PIE_IH#_R LK_PIE_IH# () To S LK_SEL FS SR#/R#_ R K_ REF/FS/TESTSEL LK_PIE_ST_R SR/ST RP X LK_PIE_ST () R _ LK_PIE_ST#_R () M_IH VSS_PI SR#/ST# LK_PIE_ST# () To S VSS_ REFSSLK_R VSS_IO SR/SE REFSSLK#_R VSS_PLL SR#/SE VSS_PU REFLK_R RP IV@X VSS_SR SR/OT REFLK () REFLK#_R VSS_SR SR#/OT# REFLK# () To N VSS_SR VSS_REF KPWRG/PWRWN# K_PWRG () ISLPRSGLFT/ SLGSPT GLK_SM GT_SM LK_PIE_MINI_R LK_PIE_MINI#_R GLK_SM () GT_SM () RP RP RP X X X PM_STPPI# () PM_STPPU# () LK_PU_LK () LK_PU_LK# () LK_MH_LK () LK_MH_LK# () LK_PIE_MINI () LK_PIE_MINI# () To S To PU To N To MINI Pin Pin Pin Pin ISLPRS RTMT- (LPRSK) (LK) PI/TME PI- PI-/M_SEL PIF-/ITP_EN PI/TME internal P PI-/SR_EN internal P PI-/M_SEL internal P PIF-/ITP_EN internal P PULL HIGH NO OVERLOKING (default) PIN/ IS SR PIN / IS MHz PIN / IS PUITP PULL OWN NORML RUN PIN/ IS PI_STOP/PU_STOP PIN / IS SR/OT PIN / IS SR (default) (default) (default) PLK_PM PLK_ LKUS_ M_IH PLK_IH PLK_EUG / REV_ hange Value *p_ *p_ p_ *p_ *p_ *p_ REFSSLK#_R REFSSLK_R RP RP IV@X EV@X REFSSLK# () REFSSLK () LK_MXM () LK_MXM# () To N To MXM PU lock select SEL Frequency Select Table FS FS FS Frequency +.V () PU_SEL R _ R R *_ *K_ LK_SEL MH_SEL () FS lock Gen I (,,,) ST Q RHUN +V R K_ GT_SM Mhz Mhz Mhz Mhz Mhz Reserved Mhz Mhz +.V +.V () PU_SEL R _ R R LK_SEL R _ LK_SEL () PU_SEL MH_SEL () R R *_ *K_ *_ *K_ MH_SEL () FS FS +V R K_ NEW_LKREQ#_R (,,,) SLK / REV_ dd for ES +V Q RHUN *.u/v_ K_ GLK_SM Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev LK. GEN./ K ate: Tuesday, January, Sheet of R

3 PU(HOST) () H_#[:] () H_ST# () H_REQ#[:] () H_#[:] () H_ST# () H_M# () H_FERR# () H_IGNNE# () H_STPLK# () H_INTR () H_NMI () H_SMI# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_REQ# H_REQ# H_REQ# H_REQ# H_REQ# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# U J []# S# H L []# NR# E L []# PRI# G K []# M []# EFER# H N []# RY# F J []# SY# E N []# P []# R# F P []# L H_IERR# []# IERR# R P []# INIT# P []# R []# LOK# H M ST[]# RESET# K REQ[]# RS[]# F H REQ[]# RS[]# F K REQ[]# RS[]# G J REQ[]# TRY# G L REQ[]# HIT# G Y []# HITM# E U []# R []# PM[]# W []# PM[]# U []# PM[]# Y []# PM[]# U []# PRY# R []# PREQ# T XP_TK []# TK T XP_TI []# TI W []# TO W XP_TMS []# TMS Y XP_TRST# []# TRST# U XP_RESET# []# R# V []# W []# []# THERML []# H_PROHOT_R# []# PROHOT# V H_THERM ST[]# THERM H_THERM THERM M# THERMTRIP#_PWR FERR# THERMTRIP# IGNNE# R GROUP R GROUP STPLK# LINT LINT SMI# IH XP/ITP SIGNLS ONTROL H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# OMP R OMP R OMP R OMP R LK_PU_LK () LK_PU_LK# () +.V H_STN# () H_STP# () H_INV# ()./F_./F_./F_./F_ H_PSLP# () H_PWR# () H_PUSLP# () PSI# () H_S# () H_NR# () H_PRI# () H_EFER# () H_RY# () H_SY# () H_REQ# () H_INIT# () H_LOK# () H_PURST# () H_RS# () H_RS# () H_RS# () H_TRY# () T T T T T T H_HIT# () H_HITM# () +.V H_PROHOT# () / REV_ dd H_PURST# / REV_ dd IH_PRSTP# (,,) H_PWRG ().u/v_ SYS_RST# () PU Thermal monitor / REV_ mount () N_MLK () N_MT () THERM_LERT# XP_TMS XP_TI XP_TK XP_TRST# +V +V +V +V THERM_MT / REV_ Mount R THERM_MLK THERM_MT THERM_LERT#_R THER_SH# THERM_MLK THERMTRIP#_PWR THERM_LERT#_R M RSV[] N +V RSV[] T RSV[] PU FN V RSV[] RSV[] / REV_ dd for ES R RSV[] RSV[] _ / REV_ dd for ES +V RSV[] RSV[] F Q RSV[] MMT *VPORT_ R THER_SH# SYS_SHN# () Merom all-out Rev a K_ () H_#[:] H_#[:] () U VPORT_ H_# E H_# H_# []# []# Y F H_# H_# []# []# E H_# () FNSIG +V H=.mm H_# []# []# V G H_# H_# []# []# V F H_# H_# []# V U N []# G H_# TH_FN_POWER H_# []# []# T H_#.u/.V_ VO E H_# []# []# U H_# R _ E H_# []# []# U H_# () SYSFNON# /FON K H_# []# []# Y H_# G H_# []# []# W H_# () VFN VSET VPORT_ PTI_WY-GZ J u/v_ *.u_ H_# []# []# Y J H_# H_# []# []# W G.u_ H H_# H_# []# []# W F H_# H_# []# []# H_# FNPWR =.*VSET K / REV_ NI H_# []# []# H H_# []# []# () H_STN# J STN[]# STN[]# Y H_STN# () () H_STP# H STP[]# STP[]# H_STP# () Thermal Trip +.V () H_INV# H INV[]# INV[]# U H_INV# () PU/P (ITP) () H_#[:] H_#[:] () N []# []# E / REV_ el K []# []# +.V,dd R RESERVE T GRP H LK LK[] LK[] H_# H_# H_# P H_# []# []# R H_# []# []# L H_# []# []# M H_# []# []# L H_# []# []# M H_# []# []# E P +.V H_# []# []# F P H_# []# []# P H_# []# []# E T H_# []# []# R H_# []# []# L H_# []# []# T H_# []# []# F N R []# []# () H_STN# L K/F_ STN[]# STN[]# E () H_STP# M STP[]# STP[]# F () H_INV# N INV[]# INV[]# H_GTLREF R *K_ PU_TEST GTLREF OMP[] R MIS R *K_ PU_TEST TEST OMP[] U PU_TEST TEST OMP[] T PU_TEST TEST OMP[] Y T F PU_TEST TEST T F PU_TEST TEST PRSTP# E T R TEST PSLP# K/F_ PWR# () PU_SEL SEL[] PWRGOO () PU_SEL SEL[] SLP# () PU_SEL SEL[] PSI# E T GRP T GRP T GRP Merom all-out Rev a R R._ R _._ *.K_ T.u/V_ R _ R _ R _ R _ R R R Q RHUN Q RHUN K_ *_ K_ THER_SH# (,,) ELY_VR_PWRGOO U SLK S LERT# OVERT# LM R K_ +.V R._ V XP XN R K_ R +V *MX RESS: H LMV H_THERM H_THERM R _ H=.mm U SLK S LERT# OVERT# V XP XN Q FVN LMV SYS_SHN# () H_THERM H_THERM PM_THRMTRIP# (,) Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev PU( of )/FN/Thermal.u/V_ *S ate: Tuesday, January, Sheet of R K_ K_ / REV_ dd R Q MMT *_ R *K_ p_ R

4 +V_PRO H_VI () H_VI () H_VI () H_VI () H_VI () H_VI () H_VI () VSENSE () VSSSENSE () V_ORE V_ORE +.V +.V Size ocument Number Rev ate: Sheet of Quanta omputer Inc. PROJET : LS Santa Rosa PU( of ) Tuesday, January, Size ocument Number Rev ate: Sheet of Quanta omputer Inc. PROJET : LS Santa Rosa PU( of ) Tuesday, January, Size ocument Number Rev ate: Sheet of Quanta omputer Inc. PROJET : LS Santa Rosa PU( of ) Tuesday, January, PU(Power) / REV_ Mount, u/.v_ u/.v_ *u/.v_ *u/.v_.u/v_.u/v_.u/v_.u/v_ *u/.v_ *u/.v_.u/v_.u/v_ *u/.v_ *u/.v_ *u/.v_ *u/.v_ u/.v_ u/.v_ u/.v_ u/.v_ U Merom all-out Rev a. U Merom all-out Rev a. VSS[] P VSS[] E VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] F VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] E VSS[] E VSS[] E VSS[] E VSS[] E VSS[] E VSS[] E VSS[] E VSS[] E VSS[] F VSS[] F VSS[] F VSS[] F VSS[] F VSS[] F VSS[] F VSS[] F VSS[] F VSS[] G VSS[] G VSS[] G VSS[] G VSS[] H VSS[] H VSS[] H VSS[] H VSS[] J VSS[] J VSS[] J VSS[] J VSS[] K VSS[] K VSS[] K VSS[] K VSS[] L VSS[] L VSS[] L VSS[] L VSS[] M VSS[] M VSS[] M VSS[] M VSS[] N VSS[] N VSS[] N VSS[] N VSS[] P VSS[] VSS[] F VSS[] F VSS[] F VSS[] F VSS[] F VSS[] F VSS[] F VSS[] VSS[] E VSS[] E VSS[] E VSS[] P VSS[] P VSS[] R VSS[] R VSS[] R VSS[] R VSS[] T VSS[] T VSS[] T VSS[] T VSS[] U VSS[] U VSS[] U VSS[] U VSS[] V VSS[] V VSS[] V VSS[] V VSS[] W VSS[] W VSS[] W VSS[] W VSS[] Y VSS[] Y VSS[] Y VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] VSS[] E VSS[] E VSS[] Y VSS[] VSS[] E VSS[] E VSS[] E VSS[] F u/.v_ u/.v_ u/.v_ u/.v_ + u/.v_ + u/.v_ u/.v_ u/.v_ + u/.v_ + u/.v_ *u/.v_ *u/.v_ + u/.v_ + u/.v_.u/v_.u/v_ *u/.v_ *u/.v_ *u/.v_ *u/.v_ u/.v_ u/.v_ *u/.v_ *u/.v_ U Merom all-out Rev a. U Merom all-out Rev a. 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[] E V[] E V[] E V[] E V[] E V[] E V[] E V[] E V[] E V[] F V[] F V[] F V[] F V[] F V[] F V[] F V[] F V[] 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[] E V[] E V[] E V[] E V[] E V[] E V[] E V[] E V[] F V[] F V[] F V[] F V[] F V[] F V[] F V[] F V[] VP[] J VP[] K VP[] M VP[] J VP[] K VP[] M VP[] N VP[] N VP[] R VP[] R VP[] T VP[] T VP[] V VP[] W VSENSE F VI[] VI[] F VI[] E VI[] F VI[] E VI[] F VI[] E VSSSENSE E V[] VP[] G VP[] V R /F_ R /F_ *u/.v_ *u/.v_ u/.v_ u/.v_.u_.u_.u/v_.u/v_ *u/.v_ *u/.v_ R _ R _ u/.v_ u/.v_ *u/.v_ *u/.v_ *u/.v_ *u/.v_ *u/.v_ *u/.v_ R /F_ R /F_ u/.v_ u/.v_ u/v_ u/v_ *u/.v_ *u/.v_ *u/.v_ *u/.v_ u/.v_ u/.v_ *u/.v_ *u/.v_ u/.v_ u/.v_ *u/.v_ *u/.v_ *u/.v_ *u/.v_.u/v_.u/v_ *u/.v_ *u/.v_ *u/.v_ *u/.v_

5 N(HOST) H_# H_# H_#_ J E H_# +.V H_# H_#_ H_#_ G H_# H_# H_#_ H_#_ G H_# H_# H_#_ H_#_ M M H_# H_# H_#_ H_#_ H H_# H_# H_#_ H_#_ F H H_# R H_# H_#_ H_#_ L G H_# H_# H_#_ H_#_ G F H_# /F_ H_# H_#_ H_#_ N H_# H_# H_#_ H_#_ K H H_# H_SWING H_# H_#_ H_#_ M H_# H_# H_#_ H_#_ L N H_# H_# H_#_ H_#_ J N H_# R H_# H_#_ H_#_ H H_# /F_ H_# H_#_ H_#_ K P H_#.u/V_ H_# H_#_ H_#_ P K H_# H_# H_#_ H_#_ R M H_# H_# H_#_ H_#_ W H_# H_# H_#_ H_#_ H Y H_# H_# H_#_ H_#_ L V H_# H_# H_#_ H_#_ M H_# H_# H_#_ H_#_ M J H_# H_# H_#_ H_#_ N N H_# H_# H_#_ H_#_ J N H_# H_# H_#_ H_#_ W H_# H_# H_#_ H_#_ E W H_# H_# H_#_ H_#_ N H_# H_ROMP H_# H_#_ H_#_ Y H_# H_# H_#_ H_#_ E Y H_# H_# H_#_ H_#_ P H_# R H_# H_#_ H_#_ W H_# H_# H_#_ H_#_ N H_#./F_ H_# H_#_ H_#_ N H_# H_#_ E H_S# () H_# H_#_ H_S# G H_ST# () H_# H_#_ H_ST#_ H H_ST# () H_# H_#_ H_ST#_ G H_NR# () H_# H_#_ H_NR# H_PRI# () H_# H_#_ H_PRI# E H_REQ# () H_# H_#_ H_REQ# F H_EFER# () H_# H_#_ H_EFER# +.V H_SY# () H_# H_#_ H_SY# LK_MH_LK () H_# H_#_ HPLL_LK M LK_MH_LK# () H_# H_#_ HPLL_LK# M Y H_PWR# () H_# H_#_ H_PWR# H H_RY# () H_# H_#_ H_RY# K E H_HIT# () R H_# H_#_ H_HIT# E H_HITM# () H_# H_#_ H_HITM# G H_LOK# ()./F_ H_# H_#_ H_LOK# G J H_TRY# () H_# H_#_ H_TRY# H H_SOMP H_# H_#_ J H_# H_#_ E H_# H_#_ E H_INV#[:] () H_# H_#_ H H_INV# H_# H_#_ H_INV#_ K J H_INV# H_# H_#_ H_INV#_ L H H_INV# +.V H_# H_#_ H_INV#_ J H_INV# H_# H_#_ H_INV#_ E E H_STN#[:] () H_# H_#_ J H_STN# H_# H_#_ H_STN#_ M J H_STN# H_# H_#_ H_STN#_ K E H_STN# R H_# H_#_ H_STN#_ J H_STN# H_# H_#_ H_STN#_ H H H_STP#[:] ()./F_ H_# H_#_ H L H_SOMP# +.V R K/F_ R () H_#[:] / REV_ dd L for ES () H_PURST# () H_PUSLP# L H_SWING H_ROMP H_SOMP H_SOMP# KLM-T_ H_VREF W W E U H_#_ H_SWING H_ROMP H_SOMP H_SOMP# H_PURST# H_PUSLP# H_VREF H_VREF RESTLINE_p HOST H_STP#_ H_STP#_ K H_STP#_ H_STP#_ J H_REQ#_ M H_REQ#_ E H_REQ#_ H_REQ#_ H H_REQ#_ H_RS#_ E H_RS#_ H_RS#_ H_STP# H_STP# H_STP# H_STP# H_REQ# H_REQ# H_REQ# H_REQ# H_REQ# H_RS# H_RS# H_RS# H_#[:] () H_REQ#[:] () H_RS#[:] () K/F_.u/V_ GM : JSLTT PM : JSLUT GL : JSLVT Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev GMH HOST( of ) ate: Tuesday, January, Sheet of

6 (,) M (,) M () MH_SEL () MH_SEL () MH_SEL () MH_FG_ () MH_FG_ () MH_FG_ () MH_FG_ () MH_FG_ () MH_FG_ () MH_FG_ () PM_MUSY# (,,) IH_PRSTP# () PM_EXTTS# () PM_EXTTS#,,) ELY_VR_PWRGOO () PLTRST#_N (,) PM_THRMTRIP# (,) PM_PRSLPVR M_ROMP# R /F_ +.VSUS R /F_ M_ROMP U R EV@_ TLK R EV@_ T +V_PEG P U RSV P RSV SM_K_ V M_LK_R () R RSV SM_K_ M_LK_R () () INT_LVS_PWM J L_KLT_TRL N EXP OMPX R./F_ RSV SM_K_ M_LK_R () () INT_LVS_LON H TLK M_LK_R () +V R IV@K_ L_KLT_EN PEG_OMPI N R RSV SM_K_ V E R IV@K_ T L_TRL_LK PEG_OMPO M R RSV E L_TRL_T M RSV SM_K#_ W M_LK_R# () () INT_LVS_EILK L LK N PEG_RXN RSV SM_K#_ M_LK_R# () () INT_LVS_EIT L T PEG_RX#_ J PEG_RXN () J PEG_RXN_H RSV SM_K#_ W M_LK_R# () () INT_LVS_IGON K L_V_EN PEG_RX#_ L R PEG_RXN RSV SM_K#_ W M_LK_R# () PEG_RXN () R IV@.K_ LVS_IG PEG_RX#_ N M PEG_RXN RSV L LVS_IG PEG_RX#_ T PEG_RXN () L PEG_RXN RSV SM_KE_ E M_KE (,) T L PEG_RXN () R IV@_ LVS_VG PEG_RX#_ T M PEG_RXN RSV SM_KE_ Y M_KE (,) N LVS_VREFH PEG_RX#_ U PEG_RXN () PEG_RXN RSV SM_KE_ M_KE (,) N LVS_VREFL PEG_RX#_ Y PEG_RXN () PEG_RXN SM_KE_ G M_KE (,) () INT_TXLLKOUT- LVS_LK# PEG_RX#_ Y PEG_RXN () PEG_RXN () INT_TXLLKOUT+ LVS_LK PEG_RX#_ PEG_RXN () PEG_RXN SM_S#_ G M_S# (,) () INT_TXULKOUT- LVS_LK# PEG_RX#_ W PEG_RXN () PEG_RXN SM_S#_ K M_S# (,) () INT_TXULKOUT+ E LVS_LK PEG_RX#_ PEG_RXN () PEG_RXN SM_S#_ G M_S# (,) PEG_RX#_ PEG_RXN () H PEG_RXN RSV SM_S#_ E M_S# (,) () INT_TXLOUT- G LVS_T#_ PEG_RX#_ G PEG_RXN () PEG_RXN RSV () INT_TXLOUT- E LVS_T#_ PEG_RX#_ H PEG_RXN () J PEG_RXN RSV SM_OT_ H M_OT (,) () INT_TXLOUT- F LVS_T#_ PEG_RX#_ G PEG_RXN () K PEG_RXN RSV SM_OT_ J M_OT (,) PEG_RX#_ G PEG_RXN () F RSV SM_OT_ J M_OT (,) H PEG_RXP RSV SM_OT_ E M_OT (,) () INT_TXLOUT+ G LVS_T_ PEG_RX_ J PEG_RXP () K PEG_RXP_H RSV () INT_TXLOUT+ E M_ROMP LVS_T_ PEG_RX_ L J PEG_RXP RSV SM_ROMP L () INT_TXLOUT+ F M_ROMP# LVS_T_ PEG_RX_ M PEG_RXP () F PEG_RXP RSV SM_ROMP# K +SMR_VREF PEG_RX_ U PEG_RXP () G PEG_RXP RSV SM_ROMP_VOH PEG_RX_ T PEG_RXP () PEG_RXP RSV SM_ROMP_VOH K () INT_TXUOUT- G SM_ROMP_VOL LVS_T#_ PEG_RX_ T PEG_RXP () PEG_RXP RSV SM_ROMP_VOL L () INT_TXUOUT- LVS_T#_ PEG_RX_ W PEG_RXP () J PEG_RXP RSV () INT_TXUOUT- PEG_RXP () SMR_VREF_MH R _ LVS_T#_ PEG_RX_ W E PEG_RXP RSV SM_VREF_ R PEG_RX_ PEG_RXP () H PEG_RXP RSV SM_VREF_ W PEG_RXP () R *K_ PEG_RX_ Y W PEG_RXP RSV +.VSUS () INT_TXUOUT+ E PEG_RXP () R *K_ LVS_T_ PEG_RX_ K PEG_RXP RSV () INT_TXUOUT+ LVS_T_ PEG_RX_ PEG_RXP () PEG_RXP RSV () INT_TXUOUT+ PEG_RXP () REFLK LVS_T_ PEG_RX_ H PEG_RXP RSV PLL_REF_LK REFLK () PEG_RXP () REFLK# PEG_RX_ G PEG_RXP RSV PLL_REF_LK# REFLK# () PEG_RXP () REFSSLK PEG_RX_ H PEG_RXP RSV PLL_REF_SSLK H REFSSLK () PEG_RXP () REFSSLK# PEG_RX_ G RSV PLL_REF_SSLK# H REFSSLK# () INT_TV_OMP E _PEG_TXN_H PEG_TXN () INT_TV_Y/G PEG_TX#_ N EV@.u/V_ RSV TV PEG_TXN_H EV@.u/V_ RSV PEG_LK K LK_PIE_GPLL () () INT_TV_Y/G G PEG_TXN () INT_TV_/R TV_ PEG_TX#_ U _PEG_TXN_H EV@.u/V_ RSV PEG_LK# K LK_PIE_GPLL# () () INT_TV_/R K TV_ PEG_TX#_ U PEG_TXN () _PEG_TXN_H EV@.u/V_ RSV PEG_TX#_ N PEG_TXN () _PEG_TXN PEG_TXN MI_TXN[:] () F EV@.u/V_ TV_RTN PEG_TX#_ R PEG_TXN () J _PEG_TXN EV@.u/V_ PEG_TXN PEG_TXN () MI_TXN +V TV_RTN PEG_TX#_ T _PEG_TXN EV@.u/V_ PEG_TXN MI_RXN_ N L PEG_TXN () MI_TXN TV_RTN PEG_TX#_ Y _PEG_TXN EV@.u/V_ PEG_TXN MI_RXN_ J PEG_TXN () MI_TXN R IV@.K_ PEG_TX#_ W _PEG_TXN EV@.u/V_ PEG_TXN MI_RXN_ N M PEG_TXN () MI_TXN R IV@.K_ TV_ONSEL_ PEG_TX#_ W _PEG_TXN EV@.u/V_ PEG_TXN MI_RXN_ N MI_TXP[:] () P TV_ONSEL_ PEG_TX#_ PEG_TXN () _PEG_TXN EV@.u/V_ PEG_TXN PEG_TXN () MI_TXP R EV@_ PEG_TX# PEG_TXN EV@.u/V_ PEG_TXN MI_RXP_ M PEG_TXN () MI_TXP R EV@_ PEG_TX#_ P _PEG_TXN EV@.u/V_ PEG_TXN FG_ MI_RXP_ J PEG_TXN () MI_TXP PEG_TX#_ N _PEG_TXN EV@.u/V_ PEG_TXN FG_ MI_RXP_ N PEG_TXN () MI_TXP PEG_TX#_ H N _PEG_TXN EV@.u/V_ PEG_TXN MI_RXN[:] () PEG_TXN () MH_FG_ FG_ MI_RXP_ N PEG_TX#_ E _PEG_TXN EV@.u/V_ PEG_TXN T PEG_TXN () MH_FG_ FG_ MI_RXN PEG_TX#_ H T FG_ MI_TXN_ J F MI_RXN INT_RT_LU _PEG_TXP_H EV@.u/V_ () INT_RT_LU PEG_TXP () MH_FG_ FG_ MI_TXN_ J H MI_RXN RT_LUE PEG_TX_ M _PEG_TXP_H EV@.u/V_ T N PEG_TXP () MH_FG_ FG_ MI_TXN_ M G MI_RXN INT_RT_GRN RT_LUE# PEG_TX_ T _PEG_TXP_H EV@.u/V_ T G MI_RXP[:] () () INT_RT_GRN PEG_TXP () MH_FG_ FG_ MI_TXN_ M K RT_GREEN PEG_TX_ T _PEG_TXP_H EV@.u/V_ T J FG_ J PEG_TXP () MI_RXP INT_RT_RE RT_GREEN# PEG_TX_ N _PEG_TXP EV@.u/V_ PEG_TXP () INT_RT_RE PEG_TXP () MH_FG_ FG_ MI_TXP_ J F MI_RXP RT_RE PEG_TX_ R _PEG_TXP EV@.u/V_ PEG_TXP T R PEG_TXP () MH_FG_ FG_ MI_TXP_ J E MI_RXP RT_RE# PEG_TX_ U _PEG_TXP EV@.u/V_ PEG_TXP T L FG_ MI_TXP_ M PEG_TXP () MI_RXP PEG_TX_ W J _PEG_TXP EV@.u/V_ PEG_TXP FG_ MI_TXP_ M PEG_TXP () INT_RT_LK PEG_TX_ Y E _PEG_TXP PEG_TXP () INT_RT_LK K PEG_TXP () MH_FG_ INT_RT_T PEG_TX_ Y EV@.u/V_ FG_ RT LK _PEG_TXP EV@.u/V_ PEG_TXP T E () INT_RT_T PEG_TXP () MH_FG_ FG_ G R IV@/F_ HSYN_ RT T PEG_TX PEG_TXP EV@.u/V_ PEG_TXP T K FG_ () INT_HSYN F PEG_TXP () RTIREF RT_HSYN PEG_TX_ M _PEG_TXP EV@.u/V_ PEG_TXP PEG_TXP () MH_FG_ FG_ R IV@/F_ VSYN_ RT_TVO_IREF PEG_TX PEG_TXP PEG_TXP T M () INT_VSYN E PEG_TXP () MH_FG_ PEG_TX_ EV@.u/V_ FG_ RT_VSYN _PEG_TXP EV@.u/V_ PEG_TXP T L FG_ PEG_TX_ G PEG_TXP () N _PEG_TXP EV@.u/V_ PEG_TXP FG_ PEG_TXP () R EV@_ HSYN_ PEG_TX_ E L _PEG_TXP EV@.u/V_ PEG_TXP FG_ PEG_TX_ H PEG_TXP () R EV@_ VSYN_ lose U RESTLINE_p GFX_VI_ E G PM_M_USY# GFX_VI_ To HMI L PM_EXTTS# PM_PRSTP# GFX_VI_ L _PEG_TXN_H IV@.u/V_ PM_EXT_TS#_ GFX_VI_ SVO_RE- () J PM_EXT_TS#_ GFX_VR_EN E W _PEG_TXP_H IV@.u/V_ SVO_RE+ () R _RST_IN#_MH PWROK V lose U R *_ PM_THRMTRIP#_GMH RSTIN# N +.V_X THERMTRIP# G PRSLPVR For EV@ For IV@ R _PEG_TXN_H IV@.u/V_ L_LK M L_LK () RT R/G/ RT R/G/ SVO_LUE- () L_T K L_T () J K/F_ TV // TV // _PEG_TXP_H IV@.u/V_ N_ L_PWROK T MPWROK () SVO_LUE+ () K L_RST# () USE ohm R USE ohm R N_ L_RST# N K +.V_L_VREF N_ L_VREF M L N_ L N_ L R _PEG_TXN_H IV@.u/V_ N_ SVO_GREEN- () L N_ K.u/V_ /F_ R /F_ INT_RT_LU _PEG_TXP_H IV@.u/V_ N_ SVO_GREEN+ () J N_ SVO_TRL_LK H SVO_TRLLK () E R /F_ INT_RT_GRN N_ SVO_TRL_T K SVO_TRLT () LK_MH_OE# N_ LK_REQ# G LK_MH_OE# () R /F_ INT_RT_RE N_ IH_SYN# G MH_IH_SYN# () _PEG_TXN_H IV@.u/V_ N_ SVO_LK- () N_ GMH_TEST R _ R /F_ INT_TV_OMP _PEG_TXP_H IV@.u/V_ N_ TEST_ SVO_LK+ () K GMH_TEST R K_ N_ TEST_ R R /F_ INT_TV_Y/G RESTLINE_p +.VSUS R K/F_ SM_ROMP_VOH R EV@_ INT_RT_LK R /F_ INT_TV_/R R EV@_ INT_RT_T PEG_RXN_H R EV@_ PEG_RXN () R R IV@_ SVO_INT- ().K/F_.u_.u/.V_ REFLK R.K_ RTIREF PEG_RXP_H R EV@_ PEG_RXP () REFLK# R IV@_ +V RP EV@X SVO_INT+ () RP EV@X REFSSLK For IV@ USE.K ohm R SM_ROMP_VOL REFSSLK# For EV@ USE ohm R R K_ LK_MH_OE# Quanta omputer Inc. R K_ PM_EXTTS# R PROJET : LS Santa Rosa R K_ PM_EXTTS# K/F_.u_.u/.V_ Size ocument Number Rev RSV R MUXING LK FG MI GRPHIS VI PM ME N MIS LVS PI-EXPRESS GRPHIS TV VG GMH MI/VIEO( of ) Tuesday, January, ate: Sheet of

7 N(Memory controller) () M Q[:] () M Q[:] U UE M Q R M Q M Q S_Q_ S_S_ M S# (,) P M Q S_Q_ S_S_ Y W M Q S_Q_ S_S_ K M S# (,) R M Q S_Q_ S_S_ G M Q S_Q_ S_S_ F M S# (,) W M Q S_Q_ S_S_ G Y M Q S_Q_ M S# (,) W M Q S_Q_ R M Q S_Q_ S_S# L N M Q S_Q_ S_S# E R M Q S_Q_ M M[:] () N M M M Q S_Q_ T M M M Q S_Q_ S_M_ T V M M M Q S_Q_ S_M_ R W M M M Q S_Q_ S_M_ V M M M Q S_Q_ S_M_ M M M Q S_Q_ S_M_ M M M Q S_Q_ S_M_ K F M M M Q S_Q_ S_M_ W M M M Q S_Q_ S_M_ L G M M M Q S_Q_ S_M_ W M M M Q S_Q_ S_M_ H J M M M Q S_Q_ S_M_ G E M M M Q S_Q_ S_M_ J M M M Q S_Q_ S_M_ Y M M M Q S_Q_ S_M_ F G M M M Q S_Q_ S_M_ N Y M Q S_Q_ S_M_ W H M Q S_Q_ M QS[:] () F M QS M Q S_Q_ E M QS M Q S_Q_ S_QS_ T F M QS M Q S_Q_ S_QS_ T W M QS M Q S_Q_ S_QS_ E J M QS M Q S_Q_ S_QS_ E M QS M Q S_Q_ S_QS_ J M QS M Q S_Q_ S_QS_ K G M QS M Q S_Q_ S_QS_ J M QS M Q S_Q_ S_QS_ K E M QS M Q S_Q_ S_QS_ L M QS M Q S_Q_ S_QS_ J F M QS M Q S_Q_ S_QS_ H K M QS M Q S_Q_ S_QS_ L H M QS M Q S_Q_ S_QS_ K M QS M Q S_Q_ S_QS_ E G M QS M QS#[:] () M Q S_Q_ S_QS_ P K F M QS# M Q S_Q_ S_QS_ V M QS# M Q S_Q_ S_QS#_ T K R M QS# M Q S_Q_ S_QS#_ U M QS# M Q S_Q_ S_QS#_ J W M QS# M Q S_Q_ S_QS#_ M QS# M Q S_Q_ S_QS#_ L T M QS# M Q S_Q_ S_QS#_ L M QS# M Q S_Q_ S_QS#_ J W M QS# M Q S_Q_ S_QS#_ K M QS# M Q S_Q_ S_QS#_ J W M QS# M Q S_Q_ S_QS#_ K M QS# M Q S_Q_ S_QS#_ H K Y M QS# M Q S_Q_ S_QS#_ K M QS# M Q S_Q_ S_QS#_ J V M QS# M Q S_Q_ S_QS#_ F M QS# M Q S_Q_ S_QS#_ P L T M Q S_Q_ S_QS#_ V M [:] (,) M Q S_Q_ K V M M Q S_Q_ M M Q S_Q_ S_M_ J K T M M Q S_Q_ S_M_ M M Q S_Q_ S_M_ E W M M Q S_Q_ S_M_ G M M Q S_Q_ S_M_ K K V M M Q S_Q_ S_M_ G M M Q S_Q_ S_M_ H U M M Q S_Q_ S_M_ W M M Q S_Q_ S_M_ L T M M Q S_Q_ S_M_ F M M Q S_Q_ S_M_ K E M M Q S_Q_ S_M_ E M M Q S_Q_ S_M_ J M M Q S_Q_ S_M_ M M Q S_Q_ S_M_ J G E M M Q S_Q_ S_M_ M M Q S_Q_ S_M_ L J M M Q S_Q_ S_M_ Y M M Q S_Q_ S_M_ L M M Q S_Q_ S_M_ M M Q S_Q_ S_M_ K Y M M Q S_Q_ S_M_ G M M Q S_Q_ S_M_ E L G M M Q S_Q_ S_M_ E M M Q S_Q_ S_M_ G K W M M Q S_Q_ S_M_ M M Q S_Q_ S_M_ J K M Q S_Q_ S_M_ G M Q S_Q_ J M Q S_Q_ M Q S_Q_ J M Q S_Q_ S_RS# V TP_S_RVEN# M RS# (,) M Q S_Q_ S_RS# E F Y TP_S_RVEN# M Q S_Q_ S_RVEN# Y M Q S_Q_ S_RVEN# Y T H T M Q S_Q_ M Q S_Q_ G T M Q S_Q_ S_WE# M WE# (,) M Q S_Q_ S_WE# Y M Q S_Q_ M Q S_Q_ K M Q S_Q_ M Q S_Q_ E R M Q S_Q_ M Q S_Q_ R M Q S_Q_ M Q S_Q_ J R M Q S_Q_ M Q S_Q_ N M Q S_Q_ M Q S_Q_ M M Q S_Q_ M Q S_Q_ R N M Q S_Q_ M Q S_Q_ T T M Q S_Q_ M Q S_Q_ Y N M Q S_Q_ M Q S_Q_ Y M M Q S_Q_ M Q S_Q_ U N M Q S_Q_ S_Q_ T S_Q_ RESTLINE_p R SYSTEM MEMORY RESTLINE_p R SYSTEM MEMORY M S# (,) M S# (,) M S# (,) M S# (,) M M[:] () M QS[:] () M QS#[:] () M [:] (,) M RS# (,) T M WE# (,) Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev MH R( of ) ate: Tuesday, January, Sheet of

8 N(Power-) +.V UG T UF V_ T V_ V_XG_NTF_ T H V_ V_XG_NTF_ T +.V V_NTF_ V_ V_XG_NTF_ T V_NTF_ V_ V_XG_NTF_ T + V_NTF_ K V_ V_XG_NTF_ T V_NTF_ VSS_NTF_ T J V_ V_XG_NTF_ T u/.v_.u/.v_.u/.v_ V_NTF_ VSS_NTF_ T J u/v_ V_ V_XG_NTF_ T.u/V_ V_NTF_ VSS_NTF_ U H V_ V_XG_NTF_ U V_NTF_ VSS_NTF_ U H V_ V_XG_NTF_ U V_NTF_ VSS_NTF_ V H V_ V_XG_NTF_ U F V_NTF_ VSS_NTF_ V F V_ V_XG_NTF_ U F V_NTF_ VSS_NTF_ V_XG_NTF_ U H V_NTF_ VSS_NTF_ V_XG_NTF_ U H V_NTF_ VSS_NTF_ V_XG_NTF_ U H V_NTF_ VSS_NTF_ R V_ V_XG_NTF_ U H +.V V_NTF_ VSS_NTF_ V_XG_NTF_ V J V_NTF_ VSS_NTF_ F V_XG_NTF_ V J V_NTF_ VSS_NTF_ F V_XG_NTF_ V K V_NTF_ VSS_NTF_ K V_XG_NTF_ V K V_NTF_ VSS_NTF_ M V_XG_NTF_ V K V_NTF_ VSS_NTF_ M V_XG_NTF_ V K R V_NTF_ VSS_NTF_ P R +.VSUS +.VSUS V_XG_NTF_ V V_NTF_ VSS_NTF_ P V_XG_NTF_ Y IV@_ IV@_ J V_NTF_ VSS_NTF_ R POWER V_XG_NTF_ Y M V_NTF_ VSS_NTF_ R V_XG_NTF_ Y L +.V_V_XG_NTF V_NTF_ VSS_NTF_ R U V_SM_ V_XG_NTF_ Y L V_NTF_ U V_SM_ V_XG_NTF_ Y V_NTF_ U V_SM_ V_XG_NTF_ Y V_NTF_ V V_SM_ V_XG_NTF_ Y V_NTF_ W R V_SM_ V_XG_NTF_ Y P IV@u/V_ IV@u/V_ IV@.u/V_ IV@.u/V_ V_NTF_ W IV@.u/V_ IV@u/V_ EV@_ P u/v_ u/v_ V_SM_ V_XG_NTF_ Y V_NTF_ Y R.u/V_ V_SM_ V_XG_NTF_ Y V_NTF_ V_SM_ V_XG_NTF_ Y R V_NTF_ V_SM_ V_XG_NTF_ Y V_NTF_ V_SM_ V_XG_NTF_ Y V_NTF_ V_SM_ V_XG_NTF_ Y V_NTF_ POWER V_SM_ V_XG_NTF_ Y V_NTF_ V_SM_ V_XG_NTF_ Y V_NTF_ VSS_S V_SM_ V_XG_NTF_ T V_NTF_ VSS_S V_SM_ V_XG_NTF_ T V_NTF_ VSS_S T +.VSUS V_SM_ V_XG_NTF_ V_NTF_ VSS_S L E V_SM_ V_XG_NTF_ U V_NTF_ VSS_S L E V_SM_ V_XG_NTF_ U V_NTF_ VSS_S E V_SM_ V_XG_NTF_ F U V_NTF_ F V_SM_ V_XG_NTF_ F U V_NTF_ F V_SM_ V_XG_NTF_ H U V_NTF_ G U V_SM_ V_XG_NTF_ H V_NTF_ G V_SM_ V_XG_NTF_ H V V_NTF_ G V *.u/v_ *.u/v_ V_SM_ V_XG_NTF_ H V_NTF_ H V_SM_ V_XG_NTF_ J V V_NTF_ H V_SM_ V_XG_NTF_ J V V_NTF_ H +.V V_SM_ V_XG_NTF_ J J V_SM_ V_XG_NTF_ K V_XM_ T J V_SM_ V_XG_NTF_ K +.V V_XM_ T J V_SM_ V_XG_NTF_ L V_XM_ K K V_SM_ V_XG_NTF_ L V_XM_ K K V_SM_ V_XG_NTF_ L V_XM_ K K V_SM_ V_XG_NTF_ L L V_XM_NTF_ V_XM_ J K V_SM_ V_XG_NTF_ L L V_XM_NTF_ V_XM_ J L V_SM_ V_XG_NTF_ L L V_XM_NTF_ U V_SM_ V_XG_NTF_ M M V_XM_NTF_ M +.V_V_XG_NTF V_XG_NTF_ M u/v_.u/.v_.u/v_.u/v_.u/v_ V_XM_NTF_ V_XG_NTF_ M M.u/.V_ V_XM_NTF_ V_XG_NTF_ M M V_XM_NTF_ V_XG_NTF_ M M V_XM_NTF_ R V_XG_ V_XG_NTF_ M M V_XM_NTF_ T V_XG_ V_XG_NTF_ P P V_XM_NTF_ W V_XG_ V_XG_NTF_ P P V_XM_NTF_ W V_XG_ V_XG_NTF_ P P V_XM_NTF_ Y V_XG_ V_XG_NTF_ P P V_XM_NTF_ V_XG_ V_XG_NTF_ P L V_XM_NTF_ V_XG_ V_XG_NTF_ P L V_XM_NTF_ V_XG_ V_XG_NTF_ P L V_XM_NTF_ V_XG_ V_XG_NTF_ P R V_XM_NTF_ V_XG_ V_XG_NTF_ R R V_XM_NTF_ V_XG_ V_XG_NTF_ R R V_XM_NTF_ V_XG_ V_XG_NTF_ R V_XG_ V_XG_NTF_ R V_XG_ V_XG_NTF_ R V_XG_ V_XG_NTF_ V RESTLINE_p V_XG_ V_XG_NTF_ V V_XG_ V_XG_NTF_ V V_XG_ V_XG_NTF_ Y V_XG_ V_XG_ V_XG_ VSM_LF V_XG_ V_SM_LF W VSM_LF V_XG_ V_SM_LF F VSM_LF V_XG_ V_SM_LF E F VSM_LF V_XG_ V_SM_LF VSM_LF V_XG_ V_SM_LF H VSM_LF V_XG_ V_SM_LF W H VSM_LF V_XG_ V_SM_LF T H V_XG_ H V_XG_ H.u/.V_ V_XG_ u/v_ V_XG_ J.u/V_ V_XG_ N V_XG_.u/V_.u/V_ Quanta omputer Inc..u/.V_ u/v_ PROJET : LS Santa Rosa Size ocument Number Rev GMH Power-( of ) RESTLINE_p ate: Tuesday, January, Sheet of V ORE V SM V GFX V GFX NTF V SM LF V NTF V XM NTF VSS NTF VSS S V XM

9 +.V +.V +V L IV@u/.V_ N(Power-) IV@uh_ L IV@uh_ + IV@u/.V_ + +.V IV@.u/V_ IV@.u/V_ u/v_ L L V.M_MPLL_R IV&EV is/enable setting +V +V_TV_ +V R R PYT-Y-N_ u/v_ R._ L PYT-Y-N_.u/V_ +V_VSYN IV@_ IV@.u/V_ IV@PYT-Y-N_ IV@u/V_ IV@.u/V_.u/V_ IV@_ IV@.u/V_ IV@n/V_ +V IV&EV is/enable setting IV@n/V_ R _.u/v_ R EV@_ R EV@_ R EV@_ IV@p_.u/V_ RT/TV isable/enable guideline all V_RT.V V_RT.V VQ_RT.V V TVO.V V TVO.V +V_V_RT_ +V_V G +.V_V_PLL +.V_V_PLL +.VM_V_HPLL +.VM_V_MPLL +.VSUS_V_TX_LVS +V_V_PEG_G +.V_V_PEG_PLL Enable J H L M K K U isable UH VSYN R EV@_ +.V R _ +.VM_V_SM W +.V_V_XF.u/V_ +.V_V_PLL V_SM_ V_XF_ V V_XF_ V_SM_ U POWER R EV@_ V_XF_ + V_SM_ U L uh_ +.VSUS +.V_V_PLL u/.v_ V_SM_ U +.V_V_MI *u/v_ V_SM_ V_MI J.u/V_ u/v_ u/v_ T R _ +V._SMK_R u/v_ V_SM_ T +.VSUS_V_SM_K.u/V_ V_SM_K_ K u/v_ V_SM_ T V_SM_ V_SM_K_ K T +.V R _ V_SM_K_ J V_SM_ T V_SM_ V_SM_K_ J R IV&EV is/enable setting V_SM_NTF_ R V_SM_NTF_ +V_TV_ +.VSUS IV&EV is/enable setting *u/v_ *u/v_ u/v_.u/v_ +.VSUS_V_TX_LVS IV@PYT-Y-N_ +.VM_V_SM_K V_TX_LVS L IV@uh_ V_SM_K_ R L V_SM_K_ +V_V_HV R V_HV_ + EV@_ V_TV V_HV_ IV@p_ IV@u/.V_ IV@.u/V_ IV@n/V_ EV@_ V_TV V_TV V_TV V_PEG_ V_TV V_PEG_ W R EV@_ V_TV V_PEG_ W +V_PEG V_PEG_ V +.V_V_RT V_PEG_ V R IV@_ M +.V_V_TV V_RT L V_TV L nh +.V +.V_V_Q V_RXR_MI_ H N IV@.u/V_ IV@n/V_ V_Q V_RXR_MI_ H +.V R _ +.VM_MH_V_HPLL N + V_HPLL u/v_ +.V_V_PEG_PLL VTTLF U u/.v_ V_PEG_PLL VTTLF F VTTLF H.u/V_ J V_LVS_ H V_LVS_.u/.V_.u/.V_.u/.V_ IV@u/V_ IV@u/V_ IV@.u/V_ IV@n/V_ +.V L PYT-Y-N_ RESTLINE_p all V TVO V_TVO VG_ VSSG_ V_SYN V_RT V_RT V G VSS G V_PLL V_PLL V_HPLL V_MPLL V_LVS VSS_LVS V_PEG_G VSS_PEG_G V_PEG_PLL RT PLL K SM PEG LVS TV TV/RT LVS Enable.V.V.V.V isable.v X XF SM K MI PEG VTT HV VTTLF VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_NTF U U U U U U U U U U T T T T T T T T T R R R T U U T T T R +.V +.V_X LVS isable/enable guideline External VG with EV@part,Internal VG with IV@ part If SVO isable If SVO enable If SVO enable Signal LVS isable LVS isable LVS enable V_LVS.V.V V_LVS.V VTX_LVS.V.u/V_ u/v_ EXTERNL.u/V_ R _ *u/v_ u/v_.u/v_ R _ u/v_ R _.u/v_ +.V INTERNL +.V +.V +.V R _.u/v_ +V.S_PEGPLL_F +.V R _ <FE> INT VG disable V_TV still +.V u/v_ +.V PZ. +.V_S R IV@/F_.u/V_ n/v_ +.VSUS R IV@_ +.V_V_LVS R IV@u/V_ IV@u/V_ EV@_ +V R _ R _ +V_V_HV R IV@.u/V_ IV@n/V_ IV@u/V_ EV@_.u/V_ +V_VSYN +.V R IV@_ VGFPLLOW IV@PZ. Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev GMH Power-( of ) Tuesday, January, ate: Sheet of

10 Size ocument Number Rev ate: Sheet of Quanta omputer Inc. PROJET : LS Santa Rosa GMH Power-( of ) Tuesday, January, Size ocument Number Rev ate: Sheet of Quanta omputer Inc. PROJET : LS Santa Rosa GMH Power-( of ) Tuesday, January, Size ocument Number Rev ate: Sheet of Quanta omputer Inc. PROJET : LS Santa Rosa GMH Power-( of ) Tuesday, January, N(Power-) VSS UJ RESTLINE_p VSS UJ RESTLINE_p VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ E VSS_ E VSS_ E VSS_ E VSS_ E VSS_ E VSS_ F VSS_ F VSS_ F VSS_ F VSS_ F VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ H VSS_ H VSS_ H VSS_ H VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ K VSS_ K VSS_ K VSS_ L VSS_ L VSS_ L VSS_ L VSS_ L VSS_ L VSS_ L VSS_ L VSS_ M VSS_ M VSS_ M VSS_ M VSS_ M VSS_ M VSS_ M VSS_ N VSS_ N VSS_ N VSS_ N VSS_ N VSS_ N VSS_ N VSS_ N VSS_ N VSS_ N VSS_ P VSS_ P VSS_ P VSS_ P VSS_ P VSS_ R VSS_ T VSS_ T VSS_ T VSS_ U VSS_ U VSS_ U VSS_ W VSS_ W VSS_ W VSS_ W VSS_ W VSS_ W VSS_ Y VSS_ Y VSS_ Y VSS_ V VSS_ V VSS_ Y VSS_ Y VSS_ Y VSS_ Y VSS_ Y VSS_ P VSS_ T VSS_ T VSS_ T VSS_ R VSS_ VSS_ VSS_ VSS_ F VSS_ F VSS_ T VSS_ V VSS_ H VSS UI RESTLINE_p VSS UI RESTLINE_p VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ E VSS_ E VSS_ E VSS_ F VSS_ F VSS_ F VSS_ F VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ H VSS_ H VSS_ H VSS_ H VSS_ H VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ K VSS_ K VSS_ K VSS_ K VSS_ K VSS_ K VSS_ L VSS_ M VSS_ M VSS_ M VSS_ M VSS_ M VSS_ M VSS_ N VSS_ N VSS_ N VSS_ N VSS_ N VSS_ N VSS_ P VSS_ P VSS_ P VSS_ R VSS_ R VSS_ R VSS_ R VSS_ R VSS_ R VSS_ T VSS_ T VSS_ T VSS_ T VSS_ W VSS_ W VSS_ W VSS_ W VSS_ W VSS_ W VSS_ Y VSS_ Y VSS_ Y VSS_ Y VSS_ Y VSS_ Y VSS_ Y VSS_ Y VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ E VSS_ E VSS_ E VSS_ E VSS_ E VSS_ E VSS_ E VSS_ F VSS_ F VSS_ F VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ G VSS_ H VSS_ H VSS_ H VSS_ H VSS_ H VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ J VSS_ K VSS_ K VSS_ K VSS_ K VSS_ U VSS_ U VSS_ U VSS_ U VSS_ U VSS_ U VSS_ U VSS_ V VSS_ V VSS_ W VSS_ W VSS_ K VSS_ K VSS_ K VSS_ L VSS_ L VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ K VSS_ K VSS_ L VSS_ L VSS_ L VSS_ L VSS_ VSS_ VSS_

11 Strap table ll strap are sampled with respect to the leading edge of the GMH Power OK(PWROK) Signal FG[:] Have internal Pull-up FG[:] Have internal Pull-down ny FG signal strapping option not list below should be left N Pin Pin Name Strap description onfiguration FG[:] FS Frequency Select = FS MHz = FS MHz FG[:] Reserved FG MI X Select = MI X = MI X(efault) FG Reserved FG PU Strap = Reserved = Mobile PU(efault) FG Low power PI Express = Normal mode = Low Power mode FG PI Express Graphics Lane Reversal = Reverse Lanes = Normal operation(efault) FG[:] Reserved FG[:] XOR/LLZ = Reserved = XOR Mode Enable = ll-z Mode Enabled = Normal operation(efault) FG[:] Reserved FG FS ynamic OT = ynamic OT disable = ynamic OT Enable(efault) FG[:] Reserved SVO_TRLT SVO Present = No SVO ard present(efault) = SVO ard Present FG MI Lane Reversal = Normal operation(efault) = Reverse Lanes FG SVO/PIe concurrent = Only SVO or PIE x is operation(efault) = SVO and PIE x are operating simultaneously via the PEG port MI X Select MI Lane Reversal XOR /LLz /lock Un-gating PI Express Graphics SVO Present MH_FG_ Low = MIX High = IMIX(efault) MH_FG_ Low = Normal operation(efault) High = Reverse Lane MH_FG_MH_FG_ onfiguration lock gating disable MH_FG_ Low = Reverse Lane High = Normal operation(efault) Strap define at External VI control page () MH_FG_ +V XOR Mode Enable () MH_FG_ R *.K_ R *.K_ LL-z Mode Enable Normal operation(efault) R *.K_ FS ynamic OT MH_FG_ () MH_FG_ Low = OT isable High = OT Enable(efault) () MH_FG_ SVO/PIE oncurrent operation MH_FG_ Low = Only SVO or PIE X is operational(efault) High = SVO andpie X are operating simultaneously via the PEG port +V () MH_FG_ () MH_FG_ R *.K_ () MH_FG_ R *.K_ R *.K_ R *.K_ Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev GMH Strap( of ) ate: Tuesday, January, Sheet of

12 R ual channel / PU RII HNNEL M [..] M [..] M [..] (,) M [..] (,) RII HNNEL +SMR_VTERM +SMR_VTERM.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_ M M RP X +SMR_VTERM M M RP X M M RP X +SMR_VTERM (,) M_KE (,) M S# (,) M_KE (,) M RS# (,) M S# (,) M S# (,) M S# M M M M M M M M M M M M M M M RP RP RP RP RP RP RP RP RP RP RP X X X X X X X X X X X +SMR_VTERM (,) M_KE (,) M S# (,) M_S# (,) M_OT (,) M_OT (,) M S# (,) M S# (,) M WE# (,) M S# (,) M_S# (,) M WE# (,) M_S# (,) M_KE (,) M_OT (,) M RS# (,) M_OT (,) M_S# M M M M M RP RP RP RP RP RP RP RP RP RP RP X X X X X X X X X X X M M RP X (,) M (,) M R _ R _ +SMR_VTERM Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev R RES. RRY ate: Tuesday, January, Sheet of

13 R ual channel / ONN (,) M_KE (,) M S# (,) M S# (,) M WE# (,) M S# (,) M_S# (,) M_OT +V SMR_VREF_IMM M M[..] () M M[..] () SMR_VREF_IMM M Q[..] () M Q[..] () +.VSUS M QS[..] () M QS[..] () +.VSUS +.VSUS +.VSUS +.VSUS M QS#[..] () M QS#[..] () N M [..] (,) M [..] (,) N VREF VSS M Q VREF VSS M Q M Q VSS Q M Q M Q VSS Q M Q M Q Q Q + M Q Q VSS Q Q M M Q VSS M M M QS# VSS M *u/.v_.u/.v_.u/.v_.u/.v_ M QS# M QS QS# VSS.u/.V_.u/.V_ VSS M M Q M QS QS# VSS M Q QS Q M Q QS Q M Q M Q VSS Q +V M Q VSS Q M Q Q VSS M Q +.VSUS M Q Q VSS M Q Q Q M Q Q Q M Q M Q VSS Q M Q VSS Q M Q Q VSS M M M Q M M Q M Q VSS M QS# VSS VSS Q M.u/.V_ M QS# M QS QS# K.u/V_ VSS VSS M_LK_R () M_LK_R ().u/v_ M QS QS K#.u/V_.u/V_.u/V_ QS# K M_LK_R# () QS K# M_LK_R# () M Q VSS VSS M Q M Q VSS VSS M Q M Q Q Q M Q SMR_VREF_IMM M Q Q Q M Q Q Q Q Q VSS VSS VSS VSS M Q VSS VSS M Q M Q VSS VSS M Q M Q Q Q M Q M Q Q Q M Q Q Q.u/V_.u/.V_ Q Q M QS# VSS VSS PM_EXTTS# () M QS# VSS VSS PM_EXTTS# () M QS QS# N M M lose to IMM M QS QS# N M M QS M QS M M Q VSS VSS M Q M Q VSS VSS M Q M Q Q Q M Q M Q Q Q M Q Q Q Q Q M Q VSS VSS M Q M Q VSS VSS M Q M Q Q Q M Q M Q Q Q M Q Q Q +.VSUS Q Q M M VSS VSS M QS# M M VSS VSS M QS# M QS# M QS M QS# M QS N QS N QS M Q VSS VSS M Q M Q VSS VSS M Q M Q Q Q M Q + M Q M Q Q Q Q Q Q Q VSS VSS *u/.v_.u/.v_ (,) M_KE KE KE.u/.V_.u/.V_.u/.V_ VSS VSS.u/.V_ M_KE (,) KE KE M_KE (,) V V V V N N (,) M S# _ M (,) +V _ M (,) M V V M M V V M M M M M INTEL FE (/) M M +.VSUS M M M FOR UL LYERS RM M V V M M V V M M M.u/.V_.u/V_ M M M M SMR_VREF_IMM M M M V V.u/V_.u/V_ M S# (,) M /P.u/V_.u/V_ V V /P M S# (,) (,) M S# RS# M RS# (,) RS# M RS# (,) (,) M WE# WE# S# M_S# (,) WE# S# M_S# (,) V V.u/V_.u/.V_ V V (,) M S# S# OT M_OT (,) M S# OT M_OT (,) M (,) M_S# S# S# V V lose to IMM V V (,) M_OT OT N OT N M Q VSS VSS M Q M Q VSS VSS M Q M Q Q Q M Q M Q Q Q M Q Q Q Q Q M QS# VSS VSS M M M QS# VSS VSS M M M QS QS# M M QS QS# M QS VSS M Q QS VSS M Q M Q VSS Q M Q M Q VSS Q M Q M Q Q Q M Q Q Q Q VSS M Q Q VSS M Q M Q VSS Q M Q M Q VSS Q M Q M Q Q Q M Q Q Q Q VSS M QS# Q VSS M QS# M M VSS QS# M QS M M VSS QS# M QS M QS M QS M Q VSS VSS M Q M Q VSS VSS M Q M Q Q Q M Q M Q Q Q M Q Q Q Q Q M Q VSS VSS M Q M Q VSS VSS M Q M Q Q Q M Q M Q Q Q M Q Q Q GLK_SM Q Q VSS VSS GLK_SM () VSS VSS M_LK_R () M_LK_R () NTEST K GT_SM NTEST K M QS# VSS K# M_LK_R# () GT_SM () M_LK_R# () M QS# VSS K# M QS QS# VSS M M M QS QS# VSS M M QS M QS M M Q VSS VSS M Q M Q VSS VSS M Q M Q Q Q M Q M Q Q Q M Q Q Q Q Q M Q VSS VSS M Q M Q VSS VSS M Q M Q Q Q M Q M Q Q Q M Q Q Q Q Q M M VSS VSS M QS# M M VSS VSS M QS# M QS# M QS M QS# M QS M Q VSS QS M Q VSS QS M Q Q VSS M Q M Q Q VSS M Q Q Q M Q SMR_VREF_IMM Q Q M Q GT_SM VSS Q GT_SM VSS Q GLK_SM S VSS GLK_SM +V SL S R K_ S VSS R K_ +V R K_ V(SP) S R K_ SL S V(SP) S TYO_- +V R _ +SMR_VREF TYO_- SO-IMM SP ddress is x SO-IMM SP ddress is x SO-IMM TS ddress is x SO-IMM TS ddress is x R *K_ R *K_ +.VSUS P R SRM SO-IMM (P) Standard Type H:.mm LOK, LOK, KE, KE, P R SRM SO-IMM (P) Standard Type H: mm Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev R SO-IMM(P) ate: Tuesday, January, Sheet of

14 RT VRT +VPU VRT_ HH- HH- VRT R K_ u/v_ <check list> elay ~ms / REV_ hange footprint p_ R K_ +VPU N S_-L R R.K/F_ R K_ ST isable R M_ MOS Setting G lear MOS Short Keep MOS Open VRT_ / REV_ hange R footprint K/F_ VRT_ R () Z_SIN Z_SIN H_SIN P[:] () / REV_ hange value P V +V T H_SIN P Z_SOUT U / REV_ hange value E P R H_SOUT V P +V +V T *K_ E P H_OK_EN#/GPIO V T G P T T H_OK_RST#/GPIO P ST_LE# P () ST_LE# F STLE# T R R P ST_RXN_ T R *K_ p/v_ P () ST_RXN F ST_RXN_ ST_RXP_ STRXN R K_.K_ p/v_ P () ST_RXP F ST_TXN_ STRXP T p/v_ P RIN# () ST_TXN H ST_TXP_ STTXN V R *K_ p/v_ P GTE () ST_TXP H ST_RXP_ STTXP V P p/v_ ST_RXN_ U P () ST_RXN G p/v_ ST_RXP_ STRXN V P () ST_RXP G p/v_ ST_TXN_ STRXP U () ST_TXN J P[:] () p/v_ ST_TXP_ STTXN P () ST_TXP J STTXP P *p_ ST_RXN_ F P / REV_ Swap ST channel.onnect to : ST[:]RXp/n, STRIS, STRIS#, ST_LKP, STLKN.N: ST[:]TXp/n, STLE#.VccSTPLL should be connected directly to Vcc_,Filter cap are not required.ios disable G *SHORT_P K/F_ VRT_ Q MMT u/v_ T T T T.KHZ R Y M_ U p_ LK_KX G LK_KX RTX F RTX RTRST# F RTRST# SM_INTRUER# INTRUER# IH_INTVRMEN F LN_SLP INTVRMEN LN_SLP GLN_LK LN_RSTSYN LN_RX LN_RX LN_RX LN_TX E LN_TX LN_TX H GLN_OK#/GPIO +.V_PIE R./F_ GLN_OMP_S GLN_OMPI GLN_OMPO Z_LK J Z_SYN H_IT_LK J H_SYN Z_RST# E H_RST# () Z_SIN J H_SIN H T Z_SIN H_SIN H *p_ *p_ *p_ () LK_PIE_ST# () LK_PIE_ST R ST_RXP_ ST_TXN_ ST_TXP_./F_ ST_IS STRXN F STRXP E STTXN E STTXP ST_LKN ST_LKP G STRIS# G STRIS IHM REV. IH LN / GLN RT IE PU LP ST FWH/L E FWH/L F FWH/L G FWH/L F FWH/LFRME# LRQ# G LRQ#/GPIO E GTE F M# G PRSTP# F PSLP# E FERR# PUPWRG/GPIO G IGNNE# F INIT# E INTR RIN# H NMI SMI# G STPLK# THRMTRIP# E TP S# Y S# Y IOR# W IOW# W K# Y IEIRQ Y IORY Y REQ W LRQ# GTE RIN# H_THERMTRIP_R IH_TP L (,) L (,) L (,) L (,) LFRME# (,) T LRQ# () GTE () H_M# () T IH_PRSTP# (,,) H_PSLP# () H_PWRG () H_IGNNE# () H_INIT# () H_INTR () +.V_V_PU_IO RIN# () H_NMI () H_SMI# () R H_STPLK# ()._ R /F_ R *_ PS# () PS# () PIOR# () PIOW# () PK# () IRQ () PIORY () PREQ () +.V_V_PU_IO R._ H_FERR# () PM_THRMTRIP# (,) S Strap IH-M Internal VR Enable strap (Internal VR for Vccsus_,VccSus_ and VccL_) IH-M LN_SLP Strap (Internal VR for VccLN_ and VccL.) XOR hain Entrance Strap IH_RSV H_SOUT escription H IT_LK_UIO Z_SOUT R _ R _ Z_SOUT_UIO () Z_SOUT_HMI () INTVRMEN Low = Internal VR disable High = Internal VR enable(efault) LN_SLP Low = Internal VR disable High = Internal VR enable(efault) RSV R *_ Z_SYN R _ Z_SYN_UIO () Enter XOR hain Normal opration(efault) Set PIE port config bit *p/v_ Z_LK R _ R _ Z_SYN_HMI () IT_LK_UIO () VRT VRT +V IT_LK_HMI R _ IT_LK_HMI () R K_ IH_INTVRMEN R *_ R K_ LN_SLP R *_ R *K_ Z_SOUT R *K_ IH_TP () R *_ *p/v_ Z_RST# R _ R _ Z_RST#_UIO () Z_RST#_HMI () Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev IHM HOST( of ) ate: Tuesday, January, Sheet of

15 To WLN To LN To MINI- S-PIE/US/MI () PIE_RXN H PERN MIRXN MI_RXN () To New ard () PIE_RXP H +.V_PIE SPI(efault) MI_RXP ().u/v_ PIE_TXN_ PERP MIRXP () PIE_TXN G MI_TXN ().u/v_ PIE_TXP_ PETN MITXN () PIE_TXP G PETP MITXP MI_TXP () PI () PIE_RXN F R PERN MI_LKN LK_PIE_IH# () To MINI- T () PIE_RXP F LK_PIE_IH ().u/v_ PIE_TXN_ PERP MI_LKP T () PIE_TXN E./F_ LP.u/V_ PIE_TXP_ PETN () PIE_TXP E PETP MI_ZOMP Y MI_IROMP_R MI_IROMP Y T PERN/GLN_RXN SPI_S# PERP/GLN_RXP USPN G R *K_ T USP- () T PETN/GLN_TXN USPP G USP+ () To US OR GNT# R *K_ T PETP/GLN_TXP USPN H USP- () USPP H USP+ () To US OR T SPI_LK USPN H USP- () T SPI_S# SPI_S# USPP H USP+ () To amera T E SPI_S# USPN J USP- () USPP J USP+ () To WLN T SPI_MOSI USPN K USP- () T F SPI_MISO USPP K USP+ () To Finger Printer USPN K USP- () J USP+ () To luetooth R _ USO#_ O# USPP K (,) USO# G USP- () USO# O#/GPIO USPN US L G USP+ () USO# O#/GPIO USPP L To New ard E USP- () USO# O#/GPIO USPN M F USP+ () USO# O#/GPIO USPP M To est G USP- () USO# O#/GPIO USPN M USP+ () To Felica R _ USO#_ O#/GPIO USPP M +V (,) USO# J USP- () USO# O#/GPIO USPN N O# USPP N USP+ () To M/ US RP H O# USRIS# F US_RIS_PN USRIS F REQ# INT# IHM REV. INTH# INT# R +V SERR#./F_.KX / REV_ Modify +V_S RP S-PI USO# USO# USO# USO# U USO# () [..] REQ# USO# REQ# () +V_S REQ# E GNT# GNT# () PI GNT# REQ# / REV_ Modify REQ#/GPIO E.KX GNT# T GNT#/GPIO REQ# USO# R.K_ +V_S REQ#/GPIO GNT# GNT#/GPIO F T REQ# USO# +V_S REQ#/GPIO R.K_ GNT# GNT#/GPIO T +V E# () RP /E# E# () /E# E E REQ# E# () /E# F EVSEL# REQ# E# () /E# E G FRME# TRY# IRY# STOP# INTG# IRY# () IRY# PR () +V PR PIRST# () PIRST# G EVSEL#.KX +V EVSEL# () EVSEL# PERR# RP PERR# LOK# PLOK# SERR# LOK# SERR# SERR# F STOP# R _ IRY# INTE# STOP# () GFXRST# () STOP# TRY# PERR# INT# TRY# () TRY# F FRME# INTF# REQ# FRME# () FRME# E +V INT# E PLT_RST-R# PLTRST#_N () PLTRST# G R _ E PLK_IH.KX PLK_IH () PILK PI_PME# () PME# G E +V_S.u/V_ Interrupt I/F / REV_ dd INT# INTE# () INT# F INT# PIRQ# PIRQE#/GPIO F INTF# T INT# PIRQ# PIRQF#/GPIO G INTG#.u/V_ T INT# PIRQ# PIRQG#/GPIO F INTH# U PIRQ# PIRQH#/GPIO R *_ T RT_SENSE# (,) () PIE_RXN () PIE_RXP () PIE_TXN () PIE_TXP () PIE_RXN () PIE_RXP () PIE_TXN () PIE_TXP () PIE_RXN () PIE_RXP () PIE_TXN () PIE_TXP.u/V_.u/V_.u/V_.u/V_.u/V_.u/V_ PIE_TXN_ PIE_TXP_ PIE_TXN_ PIE_TXP_ PIE_TXN_ PIE_TXP_ PI ROUTING TLE REQ# / GNT# U P PERN P PERP N PETN N PETP M PERN M PERP L PETN L PETP K PERN K PERP J PETN J PETP IHM REV. ISEL PI-Express irect Media Interface SPI INTERUPT INT# MIRXN V MIRXP V MITXN U MITXP U MIRXN Y MIRXP Y MITXN W MITXP W MIRXN MIRXP MITXN MITXP EVIE OZ MI_RXN () MI_RXP () MI_TXN () MI_TXP () MI_RXN () MI_RXP () MI_TXN () MI_TXP () MI_RXN () MI_RXP () MI_TXN () MI_TXP () PLT_RST-R# R TSHFU K_ PLTRST# (,,,,,,,) SWP Override strap PI_GNT# GNT# PI_GNT# R Low = swap override enabled High = efault IH oot IOS select SPI_S# *K_ oot IOS Location Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev IHM PIE( of )/ IOS ate: Tuesday, January, Sheet of

16 S-GPIO () PM_STPPI# () PM_STPPU# +V R *K_ () MH_IH_SYN# (,,,) SLK (,,,) ST () L_RST# () SYS_RST# () PM_MUSY# (,) LKRUN# (,,) PIE_WKE# (,) SERIRQ () THERM_LERT# / REV_ el () Port_# () S_GPIO () SI# / REV_ dd FM_ET net +V R *K_ T T () S_GPIO () FM_INT () RST_H# () SPKR R _ () IH_TP SLK ST L_RST# SMLINK SMLINK RI# LP_P# SYS_RST# SM_LERT# LKRUN# PIE_WKE# SERIRQ THERM_LERT# VR_PWRG_LKEN IH_TP SI# FM_ET OR_I OR_I LOW_ET OR_I GPIO RST_H# IH_GPIO IH_GPIO SPKR KSMI#_IH U J SMLK SMT G LINKLERT# SMLINK E SMLINK F F SUS_STT#/LPP# SYS_RESET# G G MUSY#/GPIO SMLERT#/GPIO E STP_PI#/GPIO G STP_PU#/GPIO H LKRUN#/GPIO E WKE# F SERIRQ THRM# J J RI# VRMPWRG TP J TH/GPIO J TH/GPIO H TH/GPIO E GPIO GPIO G TH/GPIO H GPIO E GPIO G SLOK/GPIO H QRT_STTE/GPIO QRT_STTE/GPIO G STLKREQ#/GPIO F SLO/GPIO J STOUT/GPIO STOUT/GPIO J SPKR MH_IH_SYN#_R J MH_SYN# TP IHM REV. SM SYS GPIO ST GPIO locks Power MGT MIS GPIO ontroller Link STGP/GPIO STGP/GPIO STGP/GPIO STGP/GPIO LK LK SUSLK SLP_S# SLP_S# SLP_S# S_STTE#/GPIO PWROK PRSLPVR/GPIO TLOW# PWRTN# LN_RST# RSMRST# K_PWRG LPWROK SLP_M# L_LK L_LK L_T L_T L_VREF L_VREF L_RST# MEM_LE/GPIO ME_E_LERT/GPIO E_ME_LERT/GPIO WOL_EN/GPIO J OR_I J OR_I F GPIO G GPIO G G M_IH LKUS_ G SLP_S# F SLP_S# SLP_S# H E J E H G E E J F E F F H J J J F G IH_PWROK PM_PRSLPVR_R PM_TLOW#_R NSWON# PM_LN_ENLE_R RSMRST#_R EPWROK L_VREF_S L_VREF_S IH_GPIO HPT IH_GPIO HPINT R _ R _ R _ R T T PM_PRSLPVR *_ PLTRST# R _ T M_IH () LKUS_ () T SUS# () SUS# () PM_PRSLPVR (,) NSWON# () PLTRST# (,,,,,,,) K_PWRG () EPWROK () MPWROK () L_LK () L_LK () L_T () L_T () L_RST# () T T LKUS_ M_IH R R *_ *_ *.p_ *p_ PM_LN_ENLE_R R *K_ R K_ +V_S +V R R.K/F_.K/F_.u/V_.u/V_ R R /F_ /F_ +V () VR_PWRG_K# No Reboot strap.u/v_ U +V_S VR_PWRG_LKEN.u/V_ NSZ ELY_VR_PWRGOO U (,,) ELY_VR_PWRGOO IH_PWROK R *_ EPWROK R K_ R K_ RSMRST#_R RSMRST# () TSHFU Q MMT R K_ R.K_ +V_S SPKR Low = efault High = No Reboot +V +V_S L W/O LE panel,or_i always keep low V SPKR GPIO THERM_LERT# SERIRQ LKRUN# MH_IH_SYN#_R R R R R R R *K_ K_.K_ K_.K_ *K_ SMLINK SMLINK SYS_RST# NSWON# IH_GPIO R R R R Internal Pull up R K_ K_ K_ K_ *K_ / REV_ dd +V R lways mount +V R K_ R *K_ +V +V +V +V LOW_ET OR_I OR_I OR_I OR_I OR_I LOW_ET () R K_ R *K_ R *K_ R K_ R.K_ V L_RST# KSMI#_IH SI# R R R K_ K_ K_ HPT RI# R R *K_ K_ R *K_ High : Main Strem Low : Low ost R K_ R *K_ R K_ R K_ R *K_ SLK R.K_ IH_GPIO RST_H# GPIO GPIO PM_PRSLPVR IH_PWROK IH_GPIO HPINT IH_GPIO R R R R R R R R R K_ K_.K_.K_ K_ K_ K_ *K_ K_ ST R SM_LERT# R PIE_WKE# R PM_TLOW#_R R.K_ K_ K_.K_ / REV_ dd FM_ET function / REV_ hange power +V_S R lways mount R K_ FM_ET R *_ FM_ET () High : W/O FM Low : W/ FM oard I NEW R R US LE Panel FL Panel W/ G-SENSOR W/O G-SENSOR W/ S-VIEO W/O S-VIEO W/ HMI W/O HMI W/ FM W/O FM I L H I H L I H L I H L I H L I H L Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev IHM GPIO( of ) ate: Tuesday, January, Sheet of

17 +V_S +V VRT +.V u/.v_.u/v_.u/v_ UF +V +.V_S R _ PZ. V_[] VRT VPORT_ PZ. UE V_[] +V_S +VREF_S VREF[] V_[] VSS[] VSS[] K R R T VREF[] V_[] VSS[] VSS[] L _ /F_ / REV_ dd +VREF_SUS_S V_[] VSS[] VSS[] L G VREF_SUS V_[] E.u/V_ u/v_ VSS[] VSS[] L.u/V_ u/v_ V_[] F VSS[] VSS[] L V [] V_[] G +.V VSS[] VSS[] L V [] V_[] L VSS[] VSS[] L V [] V_[] L VSS[] VSS[] L V [] V_[] L VMIPLL_IH VSS[] VSS[] M +.V_PIE V [] V_[] L L R _ VSS[] VSS[] M V [] V_[] L VSS[] VSS[] M V [] V_[] L PYT-Y-N_ VSS[] VSS[] M V [] V_[] M VSS[] VSS[] M +.V L E V [] V_[] M VSS[] VSS[] M FMJHS-T_ E.u_ V [] V_[] P u/v_ VSS[] VSS[] M E VSS[] VSS[] M V [] V_[] P + F V [] V_[] T +.V VSS[] VSS[] M F VSS[] VSS[] M u/v_ u/v_ V [] V_[] T.u/.V_ VPORT_ G V [] V_[] U VSS[] VSS[] N u/.v_ H V [] V_[] U E +.V_MI +.V VSS[] VSS[] N H R _ V [] V_[] V E VSS[] VSS[] N J V [] V_[] V E VSS[] VSS[] N J E +.V V [] V_[] V VSS[] VSS[] N K R _ / REV_ dd V [] V_[] V VSS[] VSS[] N K V [] V_[] V E VSS[] VSS[] N L V [] V_[] V u/v_ E VSS[] VSS[] N R L E R +.V_ST +.V_PLL_RR +.V_PLL V [] VSS[] VSS[] N L E _ V [] VMIPLL R VSS[] VSS[] N M.u/V_.u/V_.u/V_ F VSS[] VSS[] N _ L V [] M V [] V_MI[] E F +.V_V_PU_IO VSS[] VSS[] N uh_ N F u/v_ V [] V_MI[] E +V VSS[] VSS[] N VMN u/v_ N V [] F VSS[] VSS[] N N V [] V_PU_IO[] F VSS[] VSS[] P P V [] V_PU_IO[] G VSS[] VSS[] P P V [] G +V._MI_IH VSS[] VSS[] P R V [] V_[] F R _ H VSS[] VSS[] P R V [] H +V._ST_IH VSS[] VSS[] P R R _ V [] V_[] H VSS[] VSS[] P R V [] H +V.S_VPORE_IH VSS[] VSS[] P T V [] V_[] H VSS[] VSS[] P T V [] V_[] F VSS[] VSS[] P T V [] V_[] E H VSS[] VSS[] R T V [] V_[] F H VSS[] VSS[] R T.u/V_.u/V_ H +V.S_IE_IH VSS[] VSS[] R V [] U V [] V_[] H VSS[] VSS[] R U V_[] U H VSS[] VSS[] R u/v_ V [] V V_[] V V [] H VSS[] VSS[] R V V [] V_[] W J VSS[] VSS[] R V V_[] W.u/V_ R _ V [] VSS[] VSS[] R W V [] V_[] W VSS[] VSS[] R Y V_[] Y R _ V [] VSS[] VSS[] R +V.S_PI_IH VSS[] VSS[] T J R _ VSTPLL V_[] VSS[] VSS[] T V_[] VSS[] VSS[] T E V [] V_[] VSS[] VSS[] T F V [] V_[] VSS[] VSS[] T G V [] V_[] VSS[] VSS[] T u/v_ H V [] V_[] VSS[] VSS[] T J V [] V_[].u/V_ VSS[] VSS[] U.u/V_ V_[].u/V_ VSS[] VSS[] U V [] V_[] E VSS[] VSS[] U V [] V_[] E VSS[] VSS[] U V [] V_[] F VSS[] VSS[] U V [] +V_.V_H_IO_IH VSS[] VSS[] U R _ V [] VH +V E VSS[] VSS[] U E +VSUSH VSS[] VSS[] U VSUSH R _ V [] +V_S E VSS[] VSS[] U V [] E TP_VSUS IH_ VSS[] VSS[] U VSUS_[] J F TP_VSUS IH_ VSS[] VSS[] U V [] VSUS_[] F.u/V_ E VSS[] VSS[] V.u/V_ F +.V_US TP_VSUS IH_ VSS[] VSS[] V R _ V [] VSUS_[] F VSS[] VSS[] V G F TP_VSUS IH_ +V_S VSS[] VSS[] V V [] G V [] VSUS_[] J G VSS[] VSS[] W H E +V._IH R _ VSS[] VSS[] W.u/V_ V [] VSUS_[] VPORT_ G VSS[] VSS[] W V [] G VSS[] VSS[] Y V [] VSUS_[] G VSS[] VSS[] Y VSUS_[] G VSS[] VSS[] Y / REV_ dd VUSPLL VSUS_[] G VSS[] VSS[].u/V_ VSUS_[] G n/v_ G VSS[] VSS[] F V [] VSUS_[] H G VSS[] VSS[] L H V [] VSS[] VSS[] L V [] VSUS_[] P H VSS[] VSS[] M H.u/V_ V [] VSUS_[] P VSS[] VSS[] U M V [] VSUS_[] H +V._US_IH VSS[] VSS[] W R _ VPORT_ H +.V_ST VSUS_[] N VSS[] W V [] VSUS_[] P J VSS[] VSS_NTF[] J TP_VLN IH_ VSUS_[] P VSS[] VSS_NTF[] F J TP_VLN IH_ VLN_[] VSUS_[] P VSS[] VSS_NTF[] G VLN_[] VSUS_[] P / REV_ dd J TP_VLN IH_ VSS[] VSS_NTF[] J +V +V_VLN VSUS_[] P.u/V_.u/V_ TP_VLN IH_.u/V_ VSS[] VSS_NTF[] H R _ F VLN_[] VSUS_[] R J VSS[] VSS_NTF[] H G K TP_VSUS IH_ VSS[] VSS_NTF[] J VLN_[] VSUS_[] R K +.V_VGLNPLL VSUS_[] R.u/V_ TP_VSUS IH_.u/V_ VSS[] VSS_NTF[] J K VSS[] VSS_NTF[] J.u/V_ VGLNPLL VSUS_[] R K TP_VL IH TP_VSUS IH_ VSS[] VSS_NTF[] J VGLN_[] VL_ G T K TP_VSUS IH_ VSS[] VSS_NTF[] VGLN_[] T VL INT_IH TP_VL IH VSS_NTF[] L VGLN_[] VL_ T +.V R _ IHM REV. PYT-Y-N_ VGLN_[] +V.M_IH VGLN_[] VL_[] F VL_[] G u/v_.u/v_ u/v_.u/.v_ VGLN_ IHM REV. ORE VGP RX TX VP_ORE IE PI VPSUS US ORE VPUS GLN POWER +.V_PIE.u/V_ +V R _ +V_GLN R _ +V Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev IHM Power( of ) ate: Tuesday, January, Sheet of

18 + RT PORT () EV_RT_R () EV_RT_G () EV_RT_ () EV_RT_HSYN R R R R EV@_ EV@_ EV@_ EV@_ RT_R RT_G RT_ HSYN RT_R RT_G RT_ R /F_ SSM +V R p_ /F_ p_.u/v_ F V_RT FUSEV_POLY--V MIL L LMSN_ RT_R L LMSN_ RT_G L LMSN_ RT_ R /F_ p_ p_ p_ p_ N RT_SU-FRSXX-P-V *MTW RT_SENSE# (,) () EV_RT_VSYN R EV@_ VSYN () EV_RT_LK R EV@_ LK () EV_RT_T R EV@_ T () INT_RT_RE () INT_RT_GRN () INT_RT_LU () INT_HSYN () INT_VSYN () INT_RT_LK R R R R R R IV@_ IV@_ IV@_ IV@_ IV@_ IV@_ +V +V U V_RT V_SYN SYN_OUT SYN_OUT.u/V_ V_ YP SYN_IN V_VIEO SYN_IN RT_R RT_G VIEO IN RT_ VIEO IN VIEO OUT _OUT VSYN R _ HSYN R _ VSYN HSYN LK T RTLK RTT VSYN_RT L LMSN RTVSYN HSYN_RT L RTHSYN LMSN V_RT p_ p_ R R.K_.K_ +V () INT_RT_T +VPU R R K_ IV@_ +V +V M H=.mm LK T R R.K_.K_ +V p_ p_ R K_ LI# / REV_ hange Value.u/V_.u/V_ MR PT- ISPON ().u/v_ +V M@_ HLL SENSOR MER MOULE R Q *M@O _POWER *M@u/V_ *M@p_ *M@.u/V_ +V R *M@.K_ Q *M@TEU _POWERON () RN RN RN RN RN RN RN RN IV@X IV@X IV@X IV@X EV@X EV@X EV@X EV@X INT_TXLLKOUT+ () INT_TXLLKOUT- () INT_TXLOUT- () INT_TXLOUT+ () INT_TXLOUT+ () INT_TXLOUT- () INT_TXLOUT- () INT_TXLOUT+ () EV_LVS_LLK () EV_LVS_LLK# () EV_LVS_LTX# () EV_LVS_LTX () EV_LVS_LTX () EV_LVS_LTX# () EV_LVS_LTX# () EV_LVS_LTX () TXUOUT- TXUOUT+ TXULKOUT- TXULKOUT+ TXLOUT- TXLOUT+ TXLOUT- TXLOUT+ / REV_ dd to control MM LE INT_MI +V _PR_S MI_T ISPON S +V USP+_ RP MI_ LI# () USP+ () USP-_ USP- () R mil N +V *LWHNSQL K_ Q VPORT_ / REV_ el O p_ ISPON LONG LV p_ L R +VPU L L PNEL MOULE / REV_ dd _ / REV_ Mount, for EMI K_ LV R mil mil L# / REV_ el,r.u_ / REV_ dd pin to INV K_ Q / REV_ dd Q,Q,R R N N.u/V_ u/.v_ INV LV _ Q L_EIT R IV@_ N LISHG L_EILK INT_LVS_LON () +V Q _POWER LVS_VJ Q R EV@_ PTTT MI_ EV_LVS_LON () N MI_T USP+_ R R EV@_ LON# ISPON USP-_ () EV_LVS_L_RGHT K_ R IV@_ Q TXLLKOUT+ TXULKOUT+ () INT_LVS_IGON N TXLLKOUT- TXULKOUT- R _ R INV TXLOUT+ TXUOUT+ K_ TXLOUT- TXUOUT- + TXLOUT+ TXUOUT+ p_ TXLOUT- u/v_ TXUOUT- E_FPK# () TXLOUT+ TXUOUT+ Q TXLOUT- TXUOUT- TEU ES_-XX_LVS TXUOUT+ TXUOUT- TXLLKOUT+ TXLLKOUT- TXLOUT+ TXLOUT- TXUOUT+ TXUOUT- () INT_LVS_PWM () ONTRST RN RN RN RN RN RN RN RN R R _ IV@*_ *.u/v_ IV@X IV@X IV@X IV@X EV@X EV@X EV@X EV@X LVS_VJ INT_TXULKOUT- () INT_TXULKOUT+ () INT_TXUOUT+ () INT_TXUOUT- () INT_TXUOUT- () INT_TXUOUT+ () INT_TXUOUT+ () INT_TXUOUT- () EV_LVS_ULK# () EV_LVS_ULK () EV_LVS_UTX () EV_LVS_UTX# () EV_LVS_UTX# () EV_LVS_UTX () EV_LVS_UTX () EV_LVS_UTX# () () () () () / REV_ hange P/N / Modify Pin efine EV_LVS_LK INT_LVS_EILK EV_LVS_T INT_LVS_EIT R R R R EV@_ IV@_ +V +V.K_ L_EIT p_ / REV_ hange, to p / REV_ dd, for EMI Quanta omputer Inc. PROJET : LS Santa Rosa Size ocument Number Rev L/RT/LI/MER EV@_ IV@_ R.K_ L_EILK p_ R Tuesday, January, ate: Sheet of