Lenovo Caucasus 2 (Pine Trail) Block Diagram

Transcription

1 VTERM(+.V) VTT(+.V) +.VSUS +.V +VMEM +.V +.V VPU +.V +VS L_.V L_V +V XP Thermal Sensor RT." L TS Panel Lenovo aucasus (Pine Trail) lock iagram RG LVS Pineview Micro-FG X MI VI[:] +/- PU_LK +/- HLK OT_LK L_LK PE_LK MEMLK, MEMLK, H PU VORE IMVP lock Gengerator R / SO-IMM (Up to G) KM... US RJ- HP/Mic Int. Mic SPIF Int. SPK.W X Ethernet LN // M H OE X-Z Int. K T/P PI-e PS LISLTR X,Y,Z H udio ITE IT attery Tigerpoint -MMP LP US SPI Flash harger ST PI-e PI-e/US US USX US US." H/SS Mini PIe Slot Mini PIe Slot ard Reader U US PORT X amera onn. T onnector WLN (Half) WWN / SIM (Fully) (Option TV) in ard Reader Socket amera Module.M / VG Quanta omputer Inc. Size ocument Number Rev lock iagram PROJET : FL ate: Thursday, November, Sheet hexainf@hotmail.com

2 Table ontents Voltage Rails & Power States PGE ESRIPTION Schematic lock iagram POWER PLNE V VT VPU VPU +V_S +V_S +VSUS +VSUS +V +V ESRIPTION dapter Power Pulg In attery Power System Power (dapter or attery Power) System lways Power System lways Power System ux Power (Wake Up On LN) System ux Power (Wake Up On LN) System ux Power System ux Power System Normal Power System Normal Power VOLTGE V V ~ V V ~ V V.V V.V V.V V.V ONTROL SIGNL PWM I PWM I S_ON S_ON SUS_ON SUS_ON Main_ON Main_ON S S S S Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y Y N N Y Y N N N N N /(Y) N /(Y) Y Y N /(Y) N /(Y) N N N N GN PLNE PGE ESRIPTION GN LL Size ocument Number Rev POWER MNGER Quanta omputer Inc. PROJET : FL ate: Thursday, November, Sheet

3 E U P/V_ LK_XIN_K add at / a-shian for Intel X PU HLK_PUN () +.V HLK_PUP () Y PUT.MHZ/P/PPM HLK_MHN () P/V_ PU_F HLK_MHP () R R _ LK_XOUT_K PUT_F *K_ PM_STPPU# X () PM_STPPU# LK_PIE_MIN () PM_STPPU# PM_STPPI# PU_STOP# PU_ITP/SR () PM_STPPI# LK_PIE_MIP () PM_STPPI# PI_STOP# PUT_ITP/SRT (,,,) PLK_SM_M REFSSLKP () R SMLK MHz_NonSS/SRT/SE (,,,) PT_SM_M REFSSLKN () *K_ SMT MHz_SS/SR/SE LKEN K_PWRG/P# OTT_/SRT REFLKP () REFLKN () LK REQ R /F_ LKUS R OT_/SR () LKUS_ PU_SEL PIE_REQ_H#_R Mapping REQ Mapping R.K/F_ US_MHz/FSL T PU_SEL R K/F_ LK_FS_R SRT/R#_ PIE_REQ_R#_R R /F_ FSL/TEST_MOE SR/R#_ PIE_REQ_R# () R#_ SR_ or SR_ +.V () M_IH del R R by a-shian / VP_K VP V_IO SRT LK_PIE_LNP ().U/V_ LK_PIE_LNN ().U/V_ VPLL_IO SR.U/V_ VSR_IO PIE_REQ_MINI#_R PIE_REQ_MINI# () U/.V_ VSR_IO SR/R#_G R /F_.U/V_ PIE_REQ_LN#_R PIE_REQ_LN# ().U/V_ VSR_IO SRT/R#_H R /F_.U/V_ VPU_IO SRT/STT LK_PIE_STP () : change ebug clk to same with E(for layout) SR/ST LK_PIE_STN () LKUS R M_IH_R () VR_PWRG_K# Q Need to confirm with Tony that NE R it is else pull high or down - LF K_ FS FS SEL SEL P/V_ *P/V_ FS SEL R PU_SEL R PU U/.V_ SR /F_ M_IH_R K/F_ V_K m.u/v_.u/v_.u/v_.u/v_.u/v_.u/v_ +.V R.K_ PI LKEN REF RESERVE LKEN () add at / a-shian US OT VREF VPI V V VSR VPU GNREF GNPI GN GN GN GNSR GNSR GNSR GNPU REF/FSL/TEST_SEL SLGSPVTR/ISLPRS Spread %. own. own. own. own. own. own. own PI/R#_ PI/R#_ PI/TME PI PI/_Select PI_F/ITP_EN PU_SEL PU_SEL PU_SEL SRT SR SR SRT SR/R#_E SRT/R#_F SRT SR Thermal P N R *_ LK_PIE_HN LK_PIE_HP PLK_E_R TME _SEL PLK_IH_MP_R R *_ LK_PIE_IHN () LK_PIE_IHP () LK_PIE_MINIP () LK_PIE_MININ () R _ T T PIE_REQ_H#_R R PIE_REQ_MINI#_R R PIE_REQ_LN#_R R TME R PIE_REQ_R#_R R PLK_IH_MP_R LK_PIE_RP () LK_PIE_RN () R _ R _ R R K_ /F_ : add R for request pin R PU_SEL () PU_SEL () PU_SEL () Swap pin define at / a-shian SY --> Reserve for H PLK_E () PLK_MP () PLK_IH () *K_ K_ K_ K_ K_ K_ +.V Select ITP_EN(PIN) * * PIN R#_ R#_E R#_F R#_G R#_H PIN / OT_ / OT_# SR_ / SR_# LLK or SR_ SR_ SR_ SR_ PIN/ SR#/SR ITP/ITP# SR_ PIN / LLK / LLK# M / M_SS Quanta omputer Inc. PROJET : FL Size ocument Number Rev lock Gen SLGSPVTR ate: Thursday, November, Sheet E hexainf@hotmail.com

4 P / R () MI_TXP () MI_TXN () MI_TXP () MI_TXN T K/F_ T T L R R W T V F F H G U XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ XP_RSV_ RSV RSV_TP RSV_TP RSV_TP RSV_TP RSV_TP RSV_TP RSV_TP RSV_TP Pineview U MI_RXP_ MI_RXN_ MI_RXP_ MI_RXN_? PINEVIEW_M VG MIS OF PINEVIEW_M MI REV =.? RT_RE RT_GREEN RT_LUE RT_IRTN RT T RT LK _IREF PL_REFLKINP PL_REFLKINN PL_REFSSLKINP PL_REFSSLKINN PM_EXTTS#_/PRSLPVR PM_EXTTS#_ PWROK RSTIN REV =. RT_HSYN RT_VSYN HPL_LKINN HPL_LKINP? MI_TXP_ MI_TXN_ MI_TXP_ MI_TXN_ M M N P P N L L P Y Y K J L W W G G H J VG_HSYN_R VG_VSYN_R VG_IREF VG_RE VG_GRE VG_LU R R VG T () VG LK () R REFLKP () REFLKN () REFSSLKP () REFSSLKN () R _ R K/F_ HLK_MHN () HLK_MHP () MI_RXP () MI_RXN () MI_RXP () MI_RXN () /F_ /F_ /F_ VG_RE VG_GRE VG_LU R R R PM_PRSLPVR (,) +.V IMVP_PWRG (,,) PLT_RST# (,,,) VG_HSYN () VG_VSYN () VG_RE () VG_GRE () VG_LU () XP PU XP_TMS XP_TI H_PREQ# XP_TK XP_TRST# /F_ /F_ /F_ () () L_KLT_EN L_KLTTL () LVS_LK () LVS_T () L_V_EN LTL_LK LTL_T LVS_LK LVS_T R _ R _ R _ R _ R _ U () INT_TXLLKN U LV LKM () INT_TXLLKP U LV LKP () INT_TXLOUTN R LV TM_ () INT_TXLOUTP R LV TP_ () INT_TXLOUTN N LV TM_ () INT_TXLOUTP N LV TP_ () INT_TXLOUTN R LV TM_ () INT_TXLOUTP R LV TP_ R.K/F_ LIGR LV_IG J LV_VG N LV_VREFH N LV_VREFL L LKLT_EN L LTL_LK LKLT_TL L LTL_T LTL_LK K LVS_LK LTL_LK K LVS_T L_LK K L_T H LV_EN +.V R *.K/F_ R *.K/F_ R.K/F_ R.K/F_ G PM E PM G PM F PM PM #/RSV PM #/RSV PM #/RSV PM #/RSV VP G XP_TI RSV TI XP_TK TO XP_TMS TK XP_TRST# TMS TRST_ THERM THERM THRM_ E THRM_? PINEVIEW_M REV =. LVS PU IH SMI_ M_ FERR_ LINT LINT IGNNE_ STPLK_ PRSTP_ PSLP_ INIT_ PRY_ PREQ_ THERMTRIP_ PROHOT_ PUPWRGOO GTLREF RSV RSV LKN LKP SEL_ SEL_ SEL_ VI_ VI_ VI_ VI_ VI_ VI_ VI_ RSV RSV RSV RSV RSV_TP RSV_TP EXTGREF E H_SMI# () H H_M# () H H_FERR# () F H_INTR () F H_NMI () E H_IGNNE# () F H_STPLK# () G IH_PRSTP# (,) G H_PSLP# () G H_INIT# () E F H_PREQ# E H_THERMTRIP# () H_PROHOT_# W H_PWRG H_PWRG () H_GTLREF H L E H HLK_PUN () J HLK_PUP () K PU_SEL PU_SEL () H PU_SEL PU_SEL () K PU_SEL PU_SEL () H PU_VI () H PU_VI () H PU_VI () G PU_VI () G PU_VI () F PU_VI () E PU_VI () L H K K H_EXGREF () LK_PIE_MIN () LK_PIE_MIP N N R R N N EXP_LKINN EXP_LKINP RSV RSV RSV RSV EXP_ROMPO EXP_IOMPI EXP_RIS RSV_TP RSV_TP L L L N P EXP_OMP EXP_RIS R R./F_ /F_ XP_PM# : Length<mil RSV_ RSV_ Pineview OF? PU_SEL PU_SEL PU_SEL R _ R _ R _ VP K J M L RSV_K RSV_J RSV_M RSV_L OF RSV_K RSV_L RSV_M RSV_N K L M N Pineview? +.V VP +.V +.V +.V H_THERMTRIP# (,,,) R _ PLT_RST# Q MMT R.K_ U TSHFU Tiger Point chipset follows this flow for THRMTRIP#. t boot (PLTRST# low), THRMTRIP# ignored. R K/F_.U/V_ H_THERMTRIP#_elay SYS_SHN# Q NW H_PROHOT_# E_PROHOT () R /F_ R K_ R K_ Q NW chang to short pad a-shian / R *_S H_PROHOT# () VP VP R R /F_ K/F_ H_EXGREF H_GTLREF Thermal Sensor +.V +.V R K/F_ R K_.U/V_ +.V U.U/V_ V SMLK () THRM# LERT SMT T_RIT_ + THERM MLK_THRM () MT_THRM () Themal I R.K/F_ U/.V_ R K/F_ U/.V_ P/V_ : add p(r) () SYS_SHN# SYS_SHN# GN - P/V_ Q EM--ZL-TR THERM NW Original LMIMM // charge to M--ZL-TR Quanta omputer Inc. PROJET : FL Size ocument Number Rev Pineview MI/isplay Thursday, November, ate: Sheet

5 M_LK M_LK# M_LK# M_LK R_VREF_P M S M S M S M_S# M_S# SM_ROMP M WE# SM_ROMP# M S# M_KE M_KE M RS# M_OT M_OT M M M M M M M M M M M M M M M M M M Q M Q M Q M Q M Q M Q M Q M Q M QS M QS# M QS M QS# M M M M M Q M Q M Q M Q M Q M Q M Q M Q M QS M QS# M M M M M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M QS M QS# M M M Q M Q M Q M Q M Q M Q M Q M Q M QS M QS# M Q M Q M Q M Q M Q M Q M Q M Q M M M Q M Q M Q M Q M Q M Q M Q M Q M QS M QS# M QS M QS# M Q M Q M Q M Q M Q M Q M Q M Q M QS M QS# M M M_S# M_KE M S M M S M S M_KE M_S# M M RS# M M M S# M M M M M M M M M M WE# M M M_OT M_OT R_VREF_P M WE# () M S# () M RS# () M S () M S () M S () M_S# () M_S# () M_KE () M_KE () M_OT () M_OT () M_LK () M_LK# () M_LK () M_LK# () SMVREF_GMH (,) M Q[..] () M QS[..] () M QS#[..] () M M[..] () M [..] ().VSUS VTT_MEM.VSUS.VSUS Size ocument Number Rev ate: Sheet Quanta omputer Inc. PROJET : Pineview R Thursday, November, FL Size ocument Number Rev ate: Sheet Quanta omputer Inc. PROJET : Pineview R Thursday, November, FL Size ocument Number Rev ate: Sheet Quanta omputer Inc. PROJET : Pineview R Thursday, November, FL : reserve for ES(WW MOW) : add optional power for R_VREF(R) change valume. to. at / a-shian RN X_ RN X_ RN X_ RN X_ R K/F_ R K/F_ R./F_ R./F_ RN X_ RN X_.U/V_.U/V_ R K/F_ R K/F_ RN X_ RN X_ RN X_ RN X_.U/V_.U/V_ RN X_ RN X_ R *K/F_ R *K/F_ R *_ R *_ RN X_ RN X_ R./F_ R./F_ PINEVIEW_M R_ REV =. OF?? U Pineview PINEVIEW_M R_ REV =. OF?? U Pineview R QS_ R QS_ R M_ R Q_ R Q_ R Q_ F R Q_ G R Q_ R Q_ R Q_ E R Q_ E R QS_ R QS_ R M_ R Q_ R Q_ R Q_ E R Q_ G R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ E R Q_ G R Q_ G R Q_ F R Q_ G R Q_ F R Q_ F R Q_ R Q_ E R QS_ K R QS_ K R M_ J R Q_ H R Q_ J R Q_ K R Q_ J R Q_ F R Q_ H R Q_ L R Q_ J R QS_ G R QS_ G R M_ R Q_ E R Q_ G R Q_ F R Q_ R Q_ G R Q_ F R Q_ E R Q_ R QS_ E R QS_ G R M_ J R Q_ E R Q_ G R Q_ R Q_ R Q_ R Q_ G R Q_ R Q_ E R QS_ E R QS_ F R M_ F R Q_ G R Q_ G R Q_ R Q_ R Q_ J R Q_ J R Q_ E R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ W R Q_ W R Q_ R Q_ R Q_ R Q_ W R M_ H R M_ J R M_ K R M_ K R M_ J R M_ H R M_ K R M_ J R M_ H R M_ K R M_ K R M_ H R M_ J R M_ J R M_ J R WE K R S J R RS K R S_ J R S_ H R S_ K R S_ H R S_ K R S_ J R S_ J R KE_ H R KE_ H R KE_ K R KE_ J R OT_ K R OT_ H R OT_ H R OT_ K R K_ G R K_ F R K_ R K_ RSV_ RSV_ R K_ R K_ R K_ F R K_ G RSV_ RSV_ RSV K RSV_TP RSV_TP R_VREF L R_RP K R_RPU J RSV K R K/F_ R K/F_ hexainf@hotmail.com

6 R.VSUS chang to short pad a-shian / Layout Notes: lose PIN *_S V_GFX_ORE UE.U/.V_ U/.V_ U/.V_ U/.V_ U/.V_ U/.V_ U/.V_ U/.V_ U/.V_.U/V_ add at / a-shian.vsus.u/.v_.u/.v_.u/.v_.u/.v_.u/v_ add at / a-shian V._VK_R K L U/.V_ VP U/.V_.U/.V_. T VGFX T VGFX T VGFX T VGFX T VGFX V VGFX V VGFX W VGFX W VGFX W VGFX W VGFX. K VSM K VSM K VSM L VSM L VSM L VSM L VSM VK_R VK_R. U V_R U V_R U V_R U V_R U V_R U V_R V V_R V V_R V V_R W V_R W V_R U/.V_.U/V_ VK_R VK_R add at / a-shian at / LF.U/V_ V PL.U/V_ GFX/MH R? PINEVIEW_M REV =. POWER PU. V V V V V V V V V V V V V V V E V E V E V F V F V F V G V G V G V H V H V H V H V J V J V J V J V K V K V K V L V L V L V L V N V N V N V N V_ORE chang to short pad a-shian / Zo=./Space=mil VSENSE Zo=./Space=mil SENSE V._V V +.V. Y R *_S.U/V_ : change to V. V VP VP VP_VP U/.V_ U/.V_ U/.V_ U/.V_ U/.V_ U/.V_ U/.V_.U/V_ add at / a-shian.u/v_ R Eric: double check VP *_S VP chang to short pad a-shian / V_ORE R */F_ R */F_ VSENSE () SENSE () +.V +.V V V_HMPLL add at / a-shian.u/v_ U/.V_ VSFR PL U/.V_ L V._VRT -U- change bead at / a-shian U/.V_ VP VP.. T VRT. +.V U/.V_ T V_GIO J VRING_EST U/.V_ VRING_WEST U/.V_ VRING_WEST VRING_WEST VP V_LGI_VI U/.V_ EXP\RT\PLL MI OF LVS. V._LLV VLV V R *_S +.V VLV W +.V U/.V_ chang to short pad a-shian / U/.V_. VP_MI V_MI T R *_S VP V_MI T U/.V_ chang to short pad a-shian : change / to reversed V_MI T U/.V_ VP_VPLL_MI RSV P R *_ VP V._MIHMPLL R *_S VSFR_MIHMPLL +.V. VP E VP.U/V_ U/.V_ chang to short pad a-shian / at / LF Pineview? Quanta omputer Inc. PROJET : FL Size ocument Number Rev Pineview Power ate: Thursday, November, Sheet

7 E E E E E E E F F F F F G G H H H H H H J J J K K K K K L L L L L L L L E E E E E E F F? UF PINEVIEW_M REV =. RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF RSV_NTF OF Pineview GN? F F F G G G G G H H H H H H J J J J K K K K K K K K K L L L L L L L M M N N N N N N N N N P P P P P P P P R R R T U U U U V V V V V W W W W W W W W W W W Y Y Y T Quanta omputer Inc. PROJET : FL Size ocument Number Rev Pineview GN ate: Thursday, November, Sheet hexainf@hotmail.com

8 U TGP UL () MI_RXN () MI_RXP () MI_TXN () MI_TXP () MI_RXN () MI_RXP () MI_TXN () MI_TXP.U/V_.U/V_.U/V_.U/V_ : add cap for MI bus(intel suggestion) MI_TXN_ MI_TXP_ MI_TXN_ MI_TXP_ R R P P T T T T T T U U V V V V MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MI USPN USPP USPN USPP USPN USPP USPN USPP USPN USPP USPN USPP USPN USPP USPN USPP H H H H J J K K K K L L M M N N USP- () USP+ () USP- () USP+ () USP- () USP+ () USP- () USP+ () USP- () USP+ () USP- () USP+ () USP- () USP+ () USP- () USP+ () US_PORT # US_PORT # Touch Panel T WWN WLN ard Reader amera USO# USO# USO# USO# USO# USO# USO# USO# RP RP.KX_.KX_ V_S V_S Ethernet LN WLN WWN () PIE_RXN K () PIE_RXP K.U/V_ PIE_TXN_ () PIE_TXN J.U/V_ PIE_TXP_ () PIE_TXP J () PIE_RXN M () PIE_RXP M.U/V_ PIE_TXN_ () PIE_TXN K.U/V_ PIE_TXP_ () PIE_TXP K () PIE_RXN L () PIE_RXP L.U/V_ PIE_TXN_ () PIE_TXN L.U/V_ PIE_TXP_ () PIE_TXP M P P SY --> Reserve for H decoder N N PERN PERP PETN PETP PERN PERP PETN PETP PERN PERP PETN PETP PERN PERP PETN PETP PI-E US O# O# O# O# O# O#/GPIO O#/GPIO O#/GPIO USRIS USRIS# LK E E G G USO# USO# USO# USO# USO# USO# USO# USO# USRIS R F LKUS_ USO# () USO# ()./F_ LKUS_ () +.V R./F_ MI_OMP H J MI_ZOMP MI_IROMP EMI LKUS_ () LK_PIE_IHN () LK_PIE_IHP W W MI_LKN MI_LKP R */F_ Tiger Point? *P/V_ Quanta omputer Inc. PROJET : FL Size ocument Number Rev Tiger Point MI/PIE/US ate: Thursday, November, Sheet

9 U TGP UL () T_ON PH_GPIO R E Y Y W V E E U Y E E V RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV GPIO ST HOST STRXN STRXP STTXN STTXP STRXN STRXP STTXN STTXP ST_LKN ST_LKP STRIS# STRIS STLE# GTE M# PUSLP# IGNNE# INIT_V# INIT# INTR FERR# NMI RIN# SERIRQ SMI# STPLK# THERMTRIP# E E U GTE Y Y Y Y T RIN# SERIRQ V H_THERMTRIP_R ST_RXN () ST_RXP () ST_TXN () ST_TXP () LK_PIE_STN () LK_PIE_STP () STRIS# R./F_ STLE# () R K/F_ +.V Need one buffer to driver, don't direct sink low GTE () H_M# () H_IGNNE# () H_INIT# () H_INTR () ST H R H_NMI () RIN# () SERIRQ () H_SMI# () H_STPLK# () *_S VP R _ SERIRQ GTE R R RIN# R PH_GPIO R H_FERR# () : add R(R) chang to short pad a-shian / R _ +.V.K_.K_ K/F_ *K/F_ H_THERMTRIP# () R _ Tiger Point? swap location at / a-shian VP Quanta omputer Inc. PROJET : FL Size ocument Number Rev Tiger Point Sata/Host ate: Thursday, November, Sheet hexainf@hotmail.com

10 U TGP () PLK_IH () WWN_OFF# +.V T T T R R PI_EVSEL# J T PI_IRY# PI_SERR# PI_STOP# F PI_LOK# PI_TRY# PI_PERR# PI_FRME# T T PI_REQ# PI_REQ# PH_GPIO G PH_GPIO WWN_OFF# PH_GPIO PI_INT# PI_INT# PI_INT# PI_INT# PI_INTE# PI_INTF# PI_INTG# PI_INTH# : add R/R(R) E G H E H F PH_WP K/F_ K.K_ M UL PR EVSEL# PILK PIRST# IRY# PME# SERR# STOP# PLOK# PI TRY# PERR# FRME# GNT# GNT# REQ# REQ# GPIO/ STRP# GPIO/ STRP# GPIO GPIO PIRQ# PIRQ# PIRQ# PIRQ# PIRQE#/GPIO PIRQF#/GPIO PIRQG#/GPIO PIRQH#/GPIO STRP# RSV RSV Tiger Point /E# /E# /E# /E#? E H L J E E L G H H M L PI_INT# PI_INT# PI_INTF# PI_INT# PI_IRY# PI_LOK# PI_PERR# PI_TRY# PI_EVSEL# RP PI_FRME# PI_REQ# PI_REQ# WWN_OFF# PI_STOP# PI_SERR# PH_GPIO RP RP PI_INT# RP PI_INTH# PI_INTG# PI_INTE# R R R R.KX_.KX_.KX_.K_.K_.K_.K_.KX_ IRQ +.V +.V +.V add at / a-shian +.V +.V escription IH oot IOS select PIRQ PIRQ PIRQ US UHI ontroller #, # ' odec; option for SMUS US UH ontroller #; ST/IE Native Mode PH_GPIO (INT PU) PH_GPIO (INT PU) SPI PI LP (efault) SWP Override strap oot IOS Location PIRQ PIRQE PIRQF PIRQG PIRQH US UHI ontroller # Internal LN; Option for SI, TO, HPET#,, Option for SI, TO, HPET#,, Option for SI, TO, HPET#,, US EHI ontroller; Option for SI, TO, HPET#,, PH_WP (INT PU) Low = swap override enabled High = efault PI_GNT# Internal PU Should not be P Quanta omputer Inc. PROJET : FL Size ocument Number Rev TigerPoint PI(/) ate: Thursday, November, Sheet

11 +.V SM_LK Q K change.k at / a-shian R.K/F_ +.V PLK_SM_M (,,,) U TGP UL New add at / alf V_S VPU +.V SM_T SM_US_PLK_SM_M for S. lock Gen. Memory Rom. Mini ard. New ard R R NW RT.K/F_ VRT_.K/F_ I I VRT_ I SV SIV R Q MMT R I PV VPU K_ PT_SM_M (,,,) VRT VRT_.K/F_ +.V M_I M_I M_I M_I EMI R *_ M_IH *P/V_ VRT RV- RV- R K/F_ SM_INTRUER# RSMRST# buffer T IH_RSMRST#_L T onnector +.V R R M_ () Z_ITLK () Z_RST# () Z_SIN () Z_SOUT () Z_SYN () M_IH U/.V_ K/F_ R K/F_.U/V_ M/ I Select R R R R K/F_ *K/F_ *K/F_ *K/F_ R R R R *K/F_ K/F_ K/F_ K/F_ PLT_RST#_Q R R (,) LP_ (,) LP_ (,) LP_ (,) LP_ (,) LP_FRME# IH_RSMRST# () /F_ Z_ITLK_R /F_ Z_RST#_R /F_ Z_SOUT_R /F_ Z_SYN_R M_IH change Y type samll U/.V_ R K/F_ R R Y.K/PPM P/V_ U *MVHGFTG R P/V_ J SHORTP.U/V_ V_S *_S LN_RST# R M_ RT_X W RT_X V RT_RST# T SMLERT# E SM_LK H SM_T E SM_LINK_LERT# H SMLINK SMLINK F F T T T T T T T V Y W Y Y P U W V P Y U E T V T P W T U R T M P R R *K/F_ LRQ#/GPIO L/FWH L/FWH L/FWH L/FWH LRQ# LFRME# H_IT_LK H_RST# H_SI H_SIN H_SIN H_SOUT H_SYN LK EE_S EE_IN EE_OUT EE_SHLK LN_LK LNR_STSYN LN_RST# LN_RX LN_RX LN_RX LN_TX LN_TX LN_TX RTX RTX RTRST# chang to short pad a-shian / SMLERT#/GPIO SMLK SMT SMLLERT# SMLINK SMLINK SPI_MISO SPI_MOSI SPI_S# SPI_LK SPI_R Tiger Point PLT_RST# (,,,) LP UIO LN EPROM RT SM SPI () EPWROK (,,) IMVP_PWRG () LKEN MIS M_USY#/GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO PRSLPVR STP_PI# STP_PU# GPIO GPIO GPIO GPIO GPIO LKRUN# GPIO GPIO GPIO GPIO PUPWRG/GPIO THRM# VRMPWRG MH_SYN# PWRTN# RI# SUS_STT#/LPP# SUSLK SYS_RESET# PLTRST WKE# INTRUER# PWROK RSMRST# INTVRMEN SPKR.U/V_ U MVHGFTG R R SLP_S# SLP_S# SLP_S# TLOW# PRSTP# PSLP# RSV V_S T R K/F_ +.V NSWON# R W PH_GPIO R T_ETET# () W KSMI# R SIM_ard_ () K KSMI# SYS_RST# R KSMI# () H SI# SMLERT# R SI# () M PH_GPIO SM_LINK_LERT# R PH_GPIO PM_TLOW# RP PH_GPIO WKE# P PH_GPIO SMLINK E PH_GPIO SMLINK PH_GPIO R PM_PRSLPVR (,) Y SM_LK R PM_STPPI# () SM_T R PM_STPPU# () R _ON () MI ENLE PI_LKRUN# R WLN_OFF# () SI# R F THRM# R PI_LKRUN# MH_SYN# R PI_LKRUN# () U M_I M_I M_I : Intel suggestion enable mode M_I THRM# V K_PWRG MH_SYN# E NSWON# H IH_RI# G SUSLK G SYS_RST# G PLT_RST#_Q WKE# T SM_INTRUER# U S_PWROK IH_RSMRST#_L IH_INTVRMEN J R _ H E F T PM_TLOW# F *_ *_S K_PWRG S_PWROK R *K/F_ H_PWRG () MI ENLE R THRM# () hange at / a-shian T T NSWON# () WKE# (,,) hange at / a-shian PSPK () PM_SLP_S# () PM_SLP_S# () IH_PRSTP# (,) H_PSLP# () Z_SOUT (INT P) isable PH_GPIO LN_RST# PH_GPIO PH_GPIO Enable (default) V_S +.V.K_.K_ K/F_ K/F_ VRT Size ocument Number Rev add at / a-shian chang to short pad a-shian / TigerPoint GPIO ate: Thursday, November, Sheet R R Z_SYN (INT P) K/F_ K/F_ V_S Quanta omputer Inc. PROJET : FL INTVRMEN * x s escription K_ K/F_.K_ K/F_ K/F_ K/F_.KX_ K/F_.K/F_.K/F_ K/F_ RP.KX_ x s( port/ lanes) hexainf@hotmail.com

12 V_VREF U/.V_ R SS /F_ +.V +V UE UL TGP VREF VREF_SUS VSTPLL VRT VMIPLL VUSPLL F F Y E Y F m m m m m m RV_VREF_SUS R.U/V_ V._STPLL.U/V_.U/V_.U/V_ VRT V._VMIPLL.U/V_ SS V_S /F_ V_S L uh U/.V_ +.V L *_S +.V chang to short pad a-shian /.U/.V_ POWER V_PU_IO V V V V V V V V W. M M N. J K P V m V._V. VP_V_.U/V_.U/V_ U/.V_ U/.V_ U/.V_ U/.V_ U/.V_ U/.V_ +.V VP V V V V V V. H F G R T V_V U/.V_ U/.V_ U/.V_.U/V_.U/V_ +.V VSUS VSUS VSUS VSUS. F N K F RV_VSUS U/.V_ U/.V_.U/V_ V_S Tiger Point? Quanta omputer Inc. PROJET : FL Size ocument Number Rev TigerPoint Power ate: Thursday, November, Sheet

13 UF UL TGP E F G G H H H K K K K K L M M N N N N N P P P R R T T V V V V V V W W Y Y E E E G E F RSV E Tiger Point Quanta omputer Inc. PROJET : FL Size ocument Number Rev TigerPoint GN ate: Thursday, November, Sheet hexainf@hotmail.com

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ize ocument Number Rev ate: Sheet Quanta omputer Inc. PROJET : RII SOIMMx Thursday, November, FL Size ocument Number Rev ate: Sheet Quanta omputer Inc. PROJET : RII SOIMMx Thursday, November, FL Size ocument Number Rev ate: Sheet Quanta omputer Inc. PROJET : RII SOIMMx Thursday, November, FL ddress:x (H=.) ST TY: GMK : add optional power for R_VREF(R) : add.u for VTT_MEM(Intel) add at / a-shian R K_ R K_.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_ R *_ R *_.U/V_.U/V_.U/V_.U/V_.U/V_.U/V_.U/V_.U/V_.U/V_.U/V_ R K_ R K_.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_ R K/F_ R K/F_.U/V_.U/V_.U/V_.U/V_.U/V_.U/V_.U/.V_.U/.V_.U/V_.U/V_ R K/F_ R K/F_.U/V_.U/V_ SO-IMM N RII-FOX(S-NSN-F) SO-IMM N RII-FOX(S-NSN-F) 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 N N N N N/TEST M M M M M M M M QS QS QS QS QS QS QS QS K K K K KE KE VREF RS S WE S S S S S SL Vspd V V V V V V V V V V V V QS QS QS QS QS QS QS QS OT OT GN GN.U/V_.U/V_.U/V_.U/V_.U/.V_.U/.V_.U/V_.U/V_.U/.V_.U/.V_.U/.V_.U/.V_

15 RT +V V_VG V_VG +.V.U/V_.U/V_ () VG LK () VG T R.K/F_ U V_ R.K/F_ IN_ IN_ V_VIEO V_SYN _OUT _OUT R.K/F_ R.K/F_ VG LK_RT VG T_RT () VG_HSYN () VG_VSYN SYN_IN SYN_IN SYN_OUT SYN_OUT VG_HSYN_RT_R VG_VSYN_RT_R R _ R _ VG_HSYN_RT VG_VSYN_RT () VG_RE () VG_GRE () VG_LU.U/.V_ VG_ES_YP GN YP M-/IPZ L L L VIEO_ VIEO_ VIEO_ KLL KLL KLL P/V_ P/V_ VG_RE_L VG_GRE_L VG_LU_L R /F_ R /F_ R /F_ *P/V_ *P/V_ *P/V_ P/V_ P/V_ P/V_ V_VG(V+-%) urrent limit < V<m urrent limit ~ m +V HH-PT V_VG VG_RE_L VG_GRE_L VG_LU_L VG_HSYN_RT VG_VSYN_RT VG LK_RT VG T_RT RT@- el N pin for manufacture a-shian N Size ocument Number Rev RT Quanta omputer Inc. PROJET : FL ate: Thursday, November, Sheet hexainf@hotmail.com

16 isplay On +.V LVS LVS Enable.U/V_ +.V LV () L_V_EN L_V_EN Q *MEN VSUS R *K_ ISP_ON_ +V +.V R *K_ R Q *O LV U/V/XR_ Q *MEN.U/V/YV_ ISP_ON_ R *_S chang to short pad a-shian / R *_ Q *NEPT U MVHGFTG (,,) IMVP_PWRG () L_KLT_EN R K_ acklight ontrol R add at / a-shian *_ KLT_EN R R K_ *_S L_V_EN_UO *.U/V/XR_ *K_ *U/V/XR_ Re-check discharge circuit on stage-- () RIGHT_PWM () L_KLTTL R *_ R *_S KLTTL chang to short pad a-shian / *.U/V/YV_ chang to short pad a-shian / () _ON +V L KLT_PWR FVTR_ Q HTEUPT.U/V/YV_ R K_ R K_ P/V/XR_ KLT_PWR *U/V/YV_ +V Q OS U/V/XR_ ~..U/V/XR_ +.V _+V.U/V/XR_ oard -PIN LV () LVS_LK () LVS_T () INT_TXLOUTN () INT_TXLOUTP () INT_TXLOUTN () INT_TXLOUTP () INT_TXLOUTN () INT_TXLOUTP () INT_TXLLKN () INT_TXLLKP KLT_PWR _+V () USP- () USP+.U/.V_ KLTTL KLT_EN L_V_EN_UO N L_ON_PIN_JE OK -alf change to JE - // reverse for layout LVS (.") (x, x) Quanta omputer Inc. Size ocument Number Rev LVS PROJET : FL ate: Thursday, November, Sheet

17 G-SENSOR (-xial) +.V.U/V/XR_ +V () GSENSOR_ON# R M/F_ Q Q N PTEU GS_V U/V/YV_.U/V/XR_ GS_GN Width = mils Spacing = mils () GSENSOR_TST ST XOUT R K_ GSENSOR_X () Logic : normal mode Logic : Self-test mode R K_ U N N N N N N VS VS OM OM OM OM YOUT N P LISLTR.U/V/XR_.U/V/XR_.U/V/XR_ R R K_ K_.U/V/XR_.U/V/XR_.U/V/XR_ GSENSOR_Y () GSENSOR_Z () XYZ_ Reserve is nf grade R /F_ GS_GN Quanta omputer Inc. PROJET : FL Size ocument Number Rev G_Sensor ate: Thursday, November, Sheet hexainf@hotmail.com

18 G Miniard WLN connector Mini ard Version. +.V Max. / +.V Max m WLN_V +.V WLN_V add pindefine at a-shian () ombo_t_en# () PIE_REQ_MINI# () LK_PIE_MININ () LK_PIE_MINIP () PLK_MP () PIE_RXN () PIE_RXP () PIE_TXN () PIE_TXP ebug for TX / RX -- WLN_PME# Port TX R _ (,) HR_R_LE# R _ (,) HR_G_LE# Port RX OK -alf change to ST - GN PERn PERp GN GN PETn PETp GN Mini PIE_H_.mm +.V GN +.V N WKE# LKREQ# GN REFLK- REFLK+ GN GN PERST# +.Vaux GN +.V SM_LK SM_T GN US_- US_+ GN LE_WWN# LE_WLN# LE_WPN# +.V GN +.V GN WLN_LE# ombo_t_le# ombo_t_le# LP_FRME# (,) LP_ (,) LP_ (,) LP_ (,) LP_ (,) WLN_OFF# () PLT_RST# (,,,) PLK_SM_M (,,,) PT_SM_M (,,,) USP- () USP+ () () WLN_ON WLN_LE# () ombo_t_le# () add pindefine at a-shian Low ctive R K_ +.V R K_ WLN_V +.V U/V/XR_ () U OUT IN GN EN IN *GMT(GTU).U/V/XR_ WLN_V R _ () VPU.U/V_ WLN_V +.V WLN_V WLN_V (,,) WKE# Q PTEU WLN_PME#.U/V_.U/V_.U/V_ U/.V_.U/V_.U/V_.U/V_.U/V_ Place caps close to minicard connector..u/v_ *U/.V_ U/.V_ luetooth +.V R K_ +.V WLN_LE# T_ETET# R R K_ K_ () T_ON Q HTEUPT R K_ P/V/XR_.U/V_ +.V_T Q OS () USP+ () USP- +.V_T ~. N.V GN US+ US- G SM LINK_IN_LE RIO_ETET N N G High ctive T_LEON T_ETET# hanged PIN defineition -- T_LEON () T_ETET# () T_LEON R K_ Quanta omputer Inc. PROJET : FL Size ocument Number Rev MINI R (WLN) / T ate: Thursday, November, Sheet

19 ST ONNETOR N GN + - GN - + GN ST_TXP_ ST_TXN_ ST_RXN_ ST_RXP_ +.V.U/V_.U/V_.U/V_.U/V_ ST_TXP () ST_TXN () ST_RXN () ST_RXP ().V.V.V GN GN GN V V V GN RSV GN V G V G V ST--P OK -alf +V U/V/YV_.U/V/YV_ Layout Notes: ll Ps, please as close as possible to ST onn..u/v/yv_ +.V +V P/V/NPO_ *U/V/YV_ U/V/YV_.U/V/YV_.U/V/YV_ P/V/NPO_ +V: ( Pin) +V: ( Pin) SIM ard ONNETOR Layout Notes for SIM ard SIM Power (UIMPWR) trace more then mil +.V UIMPWR () UIMVPP () UIMT () SIM_ard_ R K_ High : Plug in Low : UnPlug R K_ UIMVPP UIMT U/V/XR_ SIM Socket N GN Vpp I/O GN SW G G V RST LK N ces SIM UIMPWR UIMRESET UIMLK UIMPWR.U/V/XR_ UIMRESET () UIMLK () Reserve ES for SIM ard UIMRESET UIMLK *P/V_ +.V U *M-SO H H UIMVPP VN VP H H UIMT *P/V_ *.UF/XR_ *P/V_ *P/V_ Swap pin define at / a-shian Quanta omputer Inc. PROJET : FL Size ocument Number Rev ST / SIM ard ate: Thursday, November, Sheet hexainf@hotmail.com

20 Note: +.V change at LF -- () R H udio us () chang to short pad a-shian / *_S Z_RST# Z_ITLK () Z_SYN () Z_SIN () Z_SOUT X_VIO To support Wake-on-Jack or Wake-on-Ring, the OE VUX_. pins must be powered by a rail that is not removed unless power is removed. dd at a-shian U/V/X_.U/V/X_ R _ U/V/X_.U/V/X_ R _ U/V/Y_.U/V/X_ IH_Z_OE_ITLK Z_SIN_ K_ R FILT_.V FILT_.V V_. pin is output V_.V internal LO. o NOT connect to external supply. U.U/V/Y_.U/V/Y_.U/V/X_ U/V/Y_ RESET# IT_LK SYN ST_IN ST_OUT U/V/Y_.U/V/X_ FILT_. V_V VUX_. V_IO V_. V_HP FILT_. V_. V_V LPWR_. +V RPWR_. R./F_ LSS_V.U/V/X_ LSSREF SENSE_ SENSE_ PORTF_R PORTF_L.U/V/X_.U/V/X_ U/V/Y_ U/V/Y_ V_V R R.K/F_.K/F_ SENSE R K/F_ SENSE_MI SENSE R.K/F_ SENSE_HP R *K/F_ What about Spdif function -alf SPK_L+ SPK_L- SPK_R+ SPK_R- Layout Note: Path from +V to LPWR_. and RPWR_. must be very low resistance ( <. ohms). Place bypass caps very close to device. R R R R.U/V/X_. U/V/Y_ +V +V L KHS KHS KHS KHS NHKF-T U/V/Y_. U/V/X_.U/V/Y_ E V_V +.V L NHKF-T ONN_SPEKER N OK -alf P_EEP SPIF EP HPOUT_R MI_LK R /F_ MI_/ PORT_R HPOUT_L MI_T R /F_ MI_LK PORT_L MI_/ VEE Normal lose VEE N FLY_N PR /F_ FLY_P U/V/X_ EXT_MI_L KHM-T_. R EXT_MI_L_ IH_Z_OE_ITLK Z_SIN_ EXT_MI_R KHM-T_. R EXT_MI_R_ PR /F_ R R ONN_JK *P/V_ *P/V_.K_.K_ () VOLMUTE# dd at / a-shian PORT MONO_OUT PORT PORT PORT PORT PORT E PORT F M SPIF +.V P/V/NPO_ FOR EMI PLE TO X Head Phone Out X External MI X X X Internal MI V MTW R K_ el at / a-shian R +.V MUTE# *K/F_ T T EMI P_EEP EEP MUTE# SPK_L+ GN and GN was connected by internal trace R P_EEP GPIO/EP# GPIO/SPK_MUTE# GPIO/SPIF EXT_MUTE# *_ P EEP ONTROL SPIF/EEPGIN U/V/X_ LEFT+ SPK_L- SPK_R- SPK_R+ EEP K_ MI_T MI_LK lose to codec R R K_ X-Z LEFT- RIGHT- RIGHT+ +.V +V OK -LF N MI_R MI_L IGITL_MI (Type neet to define)- del / a-shian U PORT_R PORT_L _IS _IS PORT_R PORT_L PORTE_R PORTE_L PORT_R PORT_L EP_GN T *P T *P T *P EMI dd +.V hange footprint for ME at / ONN_MI TSETFU.U/V/X_.U/V/X_ PEEP_ () From E PSPK ().U/.V/X_.U/.V/X_ U/V/Y_ *.U/V/X_ From S MI-VREF EXT_MI_R EXT_MI_L MI-VREF HPOUT_R HPOUT_L SPIF NWS MI-VREFO-R MI-VREFO-L NWS +V R R R SENSE_HP R _ dd at a-shian./f_./f_ M/F_ HPOUT_R HPOUT_L L L INT Speaker R *_ P/V/NPO_ *P/V/X_ Q NK-T-E *P/V/NPO_ SKT-Y-N SKT-Y-N P/V/NPO_ *P/V/X_ +V *P/V/X_ P/V/NPO_ mils SPIF_V mils HPOUT_R HPOUT_L P/V/NPO_ *P/V/NPO_ External Microphone Jack Stereo MI *P/V/NPO_ dd at a-shian for ES Q NK-T-E.U/V_ *P/V/NPO_ *P/V/X_ SENSE_HP dd at a-shian for ES el R,R,R,R,,,, a-shian *P/V/NPO_ dd at for EMI a-shian SENSE_MI OK -alf Q +V NK HEPHONE Normal Open need to check -alf N RIVE I R K_ ONN_SPIF_OM chang footprint by SMT MT a-shian Quanta omputer Inc. PROJET : FL Size ocument Number Rev UIO OE (X-Z) Thursday, November, ate: Sheet E

21 Layout Notes for LN ore Power ore Power ecoupling VIO Power ecoupling V_LN U V_LN LN Power VPU VLN_ V_LN VLN_ VO ISVH LN_ISVH L HKF-T.U/V/Y_.U/V/Y_.U/V/Y_.U/V/Y_.U/V/Y_.U/V/Y_ V V V XTLVH LN_XTLVH L.U/V/Y_ HKF-T.U/V/Y_ () LN_ON Q O VLN_ L HKF-T LN_VL.U/V/Y_.U/V/Y_ VL VL VL M mm x mm -Pin QFN VH VH LN_VH L HKF-T.U/V/Y_.U/V/Y_ mils LNV V_LN.U/V_ L L HKF-T LN_GPHYPLLVL.U/V/Y_ HKF-T LN_PIEPLLVL.U/V/Y_.U/V/Y_.U/V/Y_ GPHY_PLLVL PIE_PLLVL PIE_PLLVL TR_N TR_P TR_N TR_P TR_N TR_P TR_N TR_P LINKLE# SPLE# SPLE# TRFFILE# MOE TXN TXP TXN TXP TXN TXP TXN TXP LN_LINKLE# LN_TLE oes it need ohm Termination Resisteor_LF_ if ued the LE mode, does it select mode (LINK/TIVITY LE Mode) _LF_ mil_open rain Swap pin define a-shian / V_LN.V evice ONLY.U/V_ mil +V_EN.U/V_ TXP TXN TXP TXN TXP TXN Transformer U TERM R TT MT T+ MX+ T- MX- TERM R TT MT T+ MX+ T- MX- TERM R TT MT T+ MX+ T- MX- /F_ /F_ /F_ X-TXP X-TXN X-TXP X-TXN X-TXP X-TXN () PIE_RXP () PIE_RXN () PIE_TXP () PIE_TXN (,,,) PLT_RST# () LK_PIE_LNP () LK_PIE_LNN PIE_RXP PIE_RXN PIE_TXP PIE_TXN LN_WKE# LK_PIE_LNP LK_PIE_LNN.U/V_ PIE_RXP_.U/V_ PIE_RXN_ PIE_TX_P PIE_TX_N PIE_RX_P PIE_RX_N WKE# PERST# PIE_REFLK_P PIE_REFLK_N EELK EET R K/F_ R *K_ R K/F_ R *K_ WP SL S U V GN M-WMNTP V_LN.U/V/Y_.U/V_ TXP TT MT TXN T+ MX+ T- MX- LFE-R.U/V_ TERM R /F_ R M_ TERM X-TXP X-TXN p/kv_ LOM_ISLE# How to use --LF +.V VLN_ el R at a-shian () LOM_ISLE High ctive R R K/F_ K_ VMIN_PRSNT LOW_PWR SR_LX SR_VF SR_LX SR_VF L NRTRM swap HS_GN to GN at a-shian LN_XTLO_L Y R /F_ LN_XTLO LN_XTLI LN_R XTLO XTLI R SR_VP SR_V V_LN RJ OK -alf MHZ P/V/NPO_ Q P/V/NPO_ V_LN R.K/F_ () PIE_REQ_LN# LK_REQ# Package ody GN VREGPNP_TL.U/V/Y_.U/V/Y_.U/V/Y_ U/.V/X_ V_LN LN_TLE R _.U/V_ dd at / a-shian LN_TLE_P.U/V_ X-TXN X-TXP X-TXN X-TXN X-TXP N Y- Y+ N/- N/+ RX-/- N/- N/+ (,,) WKE# PTEU LN_WKE# V_LN LN_LINKLE# R _ X-TXP X-TXN X-TXP LN_V RX+/+ TX-/- TX+/+ GN GN G- G+ RJ swap HS_GN to GN at a-shian.u/v_ Quanta omputer Inc. PROJET : FL Size ocument Number Rev Giga LN Thursday, November, ate: Sheet hexainf@hotmail.com

22 L P/V_ LMGSN_..U/V/X_ IT_V L LMGSN_. VPU L VPU LMGSN_. (For PLL Power).U/V/X_ MLK_THRM MT_THRM MLK MT R R R R.K_.K_.K_.K_ VPU () GTE () SERIRQ () KSMI# () SI# () VPU VPU R? High Low VRT RIN# VPU el at / a-shian SV.U/V/X_ R K_ WRST_#.U/V/X_ R *K_ () (,) E_ME_LERT I I (,) (,) (,) (,) () SIV () () () LP_ LP_ LP_ LP_ PLK_E LP_FRME# PLE# () /# LN_POWER VPU US_ON# LP/FWH FLSH ROM E I Select _ SPI FLSH ROM (efault) MY[..] Layout Note: Place all capacitors close to IT. () IT_TM High Low FLSH TYPE SELET I.U/V/X_.U/V/X_ R K_ R *K_ R K_ T RV- RV- RV- RV- MX[..] Layout Note: net "VPU" and "RT_V" minimum trace width mils. I.U/V/X_.U/V/X_ LI# GTE_ SERIRQ_ KSMI#_ SI#_ WRST_# RIN#_ TMK Function Enable isable IT_TM _SK _SO _SI _SE# E_ME_LERT MY MY MY MY MY MY MY MY MY MY MY MY MY MY MY MY.U/V/X_ +.V G/GP SERIRQ ESMI#/GP ESI#/GP WRST# KRST#/GP PWUREQ#/GP VPU L L L L LPRST#/WUI/GP LPLK LFRME# LPP#/WUI/GPE GP/RX GP/TX IT_GN LP IR VRT Note : Since all GPIO belong to VSTY power domain, and there are some special considerations below: () If it is output to external V derived power domain circuit, this signal should be isolated by a diode such as KRST# and G. () If it is input from external V derived power domain circuit, this external circuit must consider not to float the GPIO input. Note : () Each input pin should be driven or pulled. () Each output-drain output pin should be pulled. FLRST#/WUI/GPG/TM FLLK/SK FL/GPG FL/SO FLSH FL/SI FL/SE# FLFRME#/GPG KSO/P KSO/P KSO/P KSO/P KSO/P KSO/P KSO/P KSO/P KSO/K# KSO/USY KSO/PE KSO/ERR# KSO/SLT KSO KSO KSO.U/V/X_.U/V/X_ V VSTY VSTY VSTY VSTY VSTY MX MX MX MX MX MX MX MX ITIX / ITJX ITX uf N uf KMX KSI/ST# KSI/F# KSI/INIT# KSI/SLIN# KSI KSI KSI KSI VT V IT_VSTY VSTY GPE/ISLK GPE/ISS GPE/IS GPIO ITE.U/V/X_ KSO/GP KSO/GP GINT/GP LHLT/GPE LLLT/GPE *U/.V/X_ IT_GN For JX RF_SW# SW_ SW_ SW_ GPG/I GPH/I GPH/I GPH/I GPH/I GPH/I/R GPH/I/R GPH/I/SHM SM US WKE UP PS/ PWM URT / / LOK WLN_LE# () RF_SW# () LOM_ISLE () SW_ () SW_ () NUMLE# () EPWROK () GSENSOR_TST () IH_RSMRST# () VRON (,) SW_ () MINON (,,) SUSON (,) S_ON () PI_LKRUN# () SMLK/GP SMT/GP SMLK/GP SMT/GP SMLK/GPF SMT/GPF PSLK/GPF PST/GPF PSLK/GPF PST/GPF PSLK/GPF PST/GPF TMR/WUI/GP TMR/WUI/GP PWRSW/GPE RI#/WUI/GP RI#/WUI/GP WUI/GPE RING#/PWRFIL#/LPRST#/GP U ITE/JX-L PWM/GP PWM/GP PWM/GP PWM/GP PWM/GP PWM/GP PWM/GP PWM/GP TH/GP TH/GP TX/GP RX/GP /GPI /GPI /GPI /GPI /GPI /GPI /GPI /GPI /GPJ /GPJ /GPJ /GPJ /GPJ /GPJ KKE KK swap Pin to Pin at / a-shian swap Pin to Pin at / a-shian HWPG MSLK MST KPLK KPT TPLK TPT NSWON# PM_SLP_S# NSWON_R IT_KK P/V/OG_ MLK MT MLK_THRM MT_THRM GSENSOR_ON# LI#_Panel Roll NOVO_UTTON# E_WP# GSENSOR_X GSENSOR_Y GSENSOR_Z RV- IT_KKE RF_SW# swap k to k at / a-shian L/# attery & harger MLK () MT () MLK_THRM () MT_THRM () ombo_t_le# () VOLMUTE# () PWRLE#_ () PWRLE#_ () VFN () RF_LE# () GSENSOR_ON# () PEEP_ () ombo_t_en# () RIGHT_PWM () FN_F () LI#_Panel Roll () G_WWN_LE# () HWPG (,,,) NSWON# () PM_SLP_S# () IN () NOVORE_UTTON# () HR_R_LE# (,) HR_G_LE# (,) TEMP_MT () MTV () _I () GSENSOR_X () GSENSOR_Y () GSENSOR_Z () PM_SLP_S# () WLN_ON () WWN_ON () L/# () T_LEON () NSWON# () E_PROHOT () Remove for ITE power sequence issue in Ver. Y.KHZ T P/V/OG_ LI#_Panel Roll SW_ SW_ SW_ HWPG R R R add at / a-shian R R R R PIN define connector to /T combo pin swap Pin to Pin at / a-shian PIN define connector to /T combo pin swap Pin to Pin at / a-shian.u/v/xr_ NSWON# K_ *K_ K_ K_ K_ K_ VPU For ebug swap Pin to Pin at / a-shian K_ R K_ J SHORTP VSUS +.V RN *K_PR +V VSUS R K_ Mit _SE# _SK _SI _SO R K_ E_WP# TPLK () TPT () SPI FLSH ROM R _ R _ R _ Hall Sensor _SK _SI _SO S PXTI GN OUT VPU V LI# R K_ VPU Quanta omputer Inc. PROJET : FL Size ocument Number Rev E-K ITE.U/V/XR_ Thursday, November, ate: Sheet U E# SK SI SO WP# R K_ V HOL# WXIG.U/V/X_

23 INT. KEYOR TOUH P ONNETOR () MX () MX () MX () MX () MX () MX () MX () MX () MY () MY () MY () MY () MY () MY () MY () MY () MY () MY () MY () MY () MY () MY () MY () MY MX MX MX MX MX MX MX MX MY MY MY MY MY MY MY MY MY MY MY MY MY MY MY MY FF P N hange footprint for ME at // revers / for mechanism ONN_T/P N P/V/G_ VSUS L NHKF-T.U/V_ R.K_ VSUS L NHKF-T L NHKF-T P/V/G_ R.K_ TPLK () TPT () P/V_ MY P/V_ MX P/V_ MY P/V_ P/V_ P/V_ P/V_ MY P/V_ P/V_ MY P/V_ P/V_ MX P/V_ P/V_ MY P/V_ P/V_ MX P/V_ P/V_ MY P/V_ MX P/V_ MX P/V_ P/V_ P/V_ P/V_ MX P/V_ MY MY MY MY MY MY MY MY MY MX MY MX FN ircuit () FN_F +.V R.K_ +V P/V_ () VFN R U/.V_ K_ U Vout VEN GN GN GN VSET GN G/RTPS VEN: Internal PU FNV_.U/.V_ N FN_S(-L) add at / a-shian P/V/XR_ Quanta omputer Inc. PROJET : FL Size ocument Number Rev K / TP / FN ate: Thursday, November, Sheet hexainf@hotmail.com

24 Layout Notes: PLS close each power PIN N -- alf L to M wire +.V chang footprint / a-shian +V VPU UIMPWR Wire_to_board_PIN_JE N +V UIMVPP +.V UIMVPP () UIMRESET () USP- () USP- UIMRESET () UIMLK () USP+ () USP+ UIMLK () UIMT UIMT () UIMPWR LE oard () USP- () NUMLE# () USP+ LI#_Panel Roll () () PLE# -PIN PLK_SM_M (,,,) () STLE# () USP- PT_SM_M (,,,) () PWRLE#_ Touch Panel () USP+ WKE# (,,) G_WWN_LE# (,) HR_G_LE# -PIN G_WWN_LE# () (,) HR_R_LE# () USP- PIE_REQ_R# () () RF_LE# () USP+ PLT_RST# (,,,) WWN_OFF# () () LK_PIE_RN RF_SW# () () LK_PIE_RP +.V VSUS VPU () PIE_RXN +.V VSUS+.V Power oard () PIE_RXP () () NSWON# PWRLE#_ - PIN () PIE_TXN WWN_V () PIE_TXP () SW_ SW oard () USO# () SW_ () USO# VSUS () SW_ - PIN +.V US_ON# () T PIN onn N.U/V/YV_.U/V/YV_.U/V/YV_.U/V/YV_.U/V/YV_ P P/V/X_ P P/V/X_ P P/V/X_ P P/V/X_ P P/V/X_ dd WWN LE -- WWN LE PULL UP ard Reader to M wire Wire to oard PIN SWP -- modify N Pin,,,,,, pin define a-shian / E - Reserve Power ontrol for WWN -- P P/V/X_ P P/V/X_ E.U/V/YV_.U/V/YV_.U/V/YV_ +.V +.V WWN_V R R _ add at / a-shian K_ U/.V_ *U/.V_ Function oard NOVO_UTTON# VPU R K_ () NOVORE_UTTON# P P/V/X_.U/V/XR_ N G G MI onn US Power G_WWN_LE# WWN_V VPU VSUS move U to RT board a-shian / el R at / a-shian () WWN_ON *U/.V_ U/.V_ U/.V/XR_ Quanta omputer Inc. PROJET : FL Size ocument Number Rev Small oard ate: Thursday, November, Sheet E ().U/V/XR_ U OUT IN () GN EN IN.U/V_ *U/.V_ *GMT(GTU) U/V/XR_

25 -IN Input V PJ POWER_JK PF mil FUSE_/V PIN+ P.U/V/X_ PIN- V PL UPT-Y-N P.U/V/X_ V P SSMPT P SSMPT V mil P PSMJ PR./W_ PR /F_ P P PR /F_ P U/V/X_ V PQ PTEU mil PQ O OK LO PR PR PQ K/F_ PTEU () IN PR K/F IN PQ P U/V/X_ V PQ OK# NK P PR SS M/F_ PR K/F_ PR.K/F_ NK P P SS.U/V/X_ P.U/V/X_ mil P P.U/V/X_.U/V/X_ PL UPT-Y-N LO PR PR mil K/F P P + + P SS Place these Ps PR close to FETs _ PR U/V/X_ ST K/F_ PQ P O P P P P U/V/X_.U/V/X_ IN LO _IN IN OOT PR P./F_.U/V/X OK VP IN=.V P U/V/X_ OK V VPU VSM HI change P/N UGTE P LX PHSE.U/V/X_ PR *_S LO () MLK SL LGTE () MT PR *_S S N PGN PR *_S _IINP () _I IM SOP / chang to short pad by Howard SON VOMP PR PU /F_ ISL T-V N VF PR N.K/F_ IOMP P P.U/V/X_ VREF PR *.K/F_@N P P *.U/V/XR_@N.U/V/X_.U/V/X_ PR K_ *U/V/XR_@N.U/V/X_ SSP SSN GN SSP SSN N GN PR *SHORT-@N GN_HG U/V/XS_ PQ ON PQ ON P/V/X_ PR./F_ P P / PR OM change to by Howard P REF PR _ P P *.U/V/XR_@N U/V/XS_.U/V/X_ mil PL PR HOKE_.UH/.._W_ mil T-V P P/V/XR_ PR /F_ SIP P.U/V/X_ SIN U/V/XS_ P P P + + U/V/XS_.U/V/X_ P P/V/X_ PR K/F_ P VPU SS PR K/F_ K_ P.U/V/X_ VPU VPU PR _ PR K/F_ + - PU GTU PR P K/F_ *P/V/XR_@N OK () /# PR K/F_ P SS /# PQ NK PR *_@N PQ NK attery Low.V PQ NK L/# () T-V mil PL UPT-Y-N / PF OM add fuse by Howard PF FUSE_/V PR K/F_ VTT lose to E MTV PR P K/F_.U/V/X_ MTV () PJ ONN_TTERY G T+ T+.U/V_ VPU SLK ST TEMP GN GN G () () MT MLK PR /F_ PR /F_ PR K/F_ OK -LF MMPZPT P P MMPZPT P.U/V/X_ TEMP_MT () Quanta omputer Inc. PROJET : FL Size ocument Number Rev POWER_harger (ISL) Thursday, November, ate: Sheet hexainf@hotmail.com

26 PR _ P *Z.V PR K/F_ PR K/F_ / VPU/VPU/+V Ton:OUT/OUT Switching Frequency V: khz/khz OPEN (REF): khz/khz GN: khz/khz V_L Volt +/- % Fs=K T :.(Imax) OP minimum VPU P.U/V/X_ mil P U/.V/XR_ P *U/V_ PL UPT-Y-N OUT P + U/.V_ mil PR *_ F PR *_S +_PWR_SR PL HOKE_.UH/ mil mil Place these Ps close to FETs P.U/V/X_ + P.U/V/X_ P P/V/X_ PR._ P P/V/XR_ LX PQ ON H L PQ ON mil PR K/F_ mil mil P.U/V/X_ +_PWR_SR P *.U/V_ mil P.U/V/X_ OUT F POK PR./F_ P.U/V_ mil PR / PR OM _ add R by Howard P U/V/X_ P.U/V/X_ YP OUT F ILIM PGOO EN H LX P P P P P V_L PR /F_ LOREFIN LO RT ONLO V TON REF PR REFIN ILIM PU OUT SKIP# MXETJ+ PGOO EN H LX ST L V SEF GN PGN L ST PR _ *SHORT- PR *_ P.U/V/X_ PQ PR *_ PR K/F_ OUT POK PR PR./F_ mil P U/V/X_ PR *_ *_S mil H LX / chang to short pad by Howard P.U/V/X_ L mil PQ ON mil PQ ON +_PWR_SR Place these Ps close to FETs + P.U/V/X_ P.U/V/X_ PL UPT-Y-N P P/V/X_ PL HOKE_.UH/ PR._ P P/V/XR_ mil PR *_S P U/.V_ + mil. Volt +/- % Fs=K T :.(Imax) OP minimum P U/.V/XR_ VPU P.U/V/X_ / chang to short pad by Howard +V PR _ P.U/V/X_ P TSPT P TSPT P.U/V/X_ P.U/V/X_ PR _ PR *_ L L PR _ PR _ SYS_SHN# PR K/F_.U/.V_ V_L SYS_SHN# () PR *_ P.U/V/X_ / change by Leo +.V REFIN: YNMI to V REFIN = RT:.V Fixed REFIN = V:.V Fixed LO = V (LOREFIN = GN) or LOREFIN RNGE:.V to V LO = x LOREFIN POK PR *K_ POK HWPG HWPG (,,,) Quanta omputer Inc. PROJET : FL Size ocument Number Rev POWER_V/V (MXETJ+) Thursday, November, ate: Sheet

27 PR PR PR *_S *_S /F_ VR_PWRG_K# () IH_PRSTP# (,) PM_PRSLPVR (,) P U/V/X_ VSUS PR _ PR *_S VRON (,) PU_VI () PR *SHORT- PR *_S PU_VI () (,,) IMVP_PWRG PR *_S PR *_S PU_VI () +.V PR.K_ PR *_S PU_VI () (,,,) HWPG () H_PROHOT# PM_PRSLPVR VSUS HWPG / add location PR and P Pin is GN Pin PU_VI () PU_VI () PU_VI () PR / chang to short pad by Howard *_ / chang to short pad by Howard P PR P P PR PR PR *.K/F_ *.U/V/XR_ PR.K/F_ PR.U/V/X_ N/V/XR_ *_S *_ K/F_ K/NT_ FE PMON RIS VR_TT# NT SOFT GN_P PGOO V LK_EN# PRSTP# PRSLPVR VR_ON VI ISL QFN X VI VI VI PU VI VI LGTE P PR PR PR *_S *_S *_S VSUS VI PR _ mil VP P.u/.V/XR_ mil mil PQ ON P U/V/X_ Vcore_ P P/V/X_ PL HOKE_.UH/ mil P.U/V/X_ P U/V/X_ PL UPT-Y-N mil Freq : K T :(Imax) OP minimum V_ORE VO PR.K/F_ P P/V/XR_ PR.K/F_ P P/V/NPO_ P P/V/XR_ PR P *P/V/XR_ K/F_ P P/V/XR_ OSET VW OMP F PHSE UGTE OOT N P PR.U/V/XR_./F_ mil mil PQ ON PR./F_ / PR OM change to by Howard P / P OM change p/v/xr_ to by Howard P U/.V_ + P U/.V_ + P.U/V/X_ For.uF PR K/F_ VIFF VSEN RTN ROOP F VO VSUM V mil / chang to short pad by Howard PR *_S PR *_S PR.K/F_ P P/V/XR_ P P/V/XR_ ROOP F VO VSUM PR PR /F_ /F_ P U/V/XR_ VSUS Vcore_ Parallel to PL mil P.U/V/X_ P P/V/XR_ P P/V/XR_ VSUM PR.K/F_ PR /F_ PR _ PR _ PR /F_ VSENSE () VO SENSE () //// mil Parallel Lines to PU P.U/V/XR_ F ROOP PR K/F_ PR K/F_ P N/V/XR_ PR.K/F_ PR PR For.uF P P.U/V/XR_ P/V/XR_ *.K/F_ *K/NT_ PR _ Parallel mil For.uF PROJET MK NOTE Pine Trail Quanta omputer Inc. Size ocument Number Rev ustom POWER_PU ORE (ISL) ate: Thursday, November, Sheet hexainf@hotmail.com

28 (,) SMVREF_GMH VFILT ( VTT/ ) VTT_MEM PR P U/.V_ ( m ) *_ mil PR P *_ U/.V_ +.VSUS_ PR *_S P.U/V_ VQSET PU VTTGN VTTSNS GN MOE GN VTT VLOIN VST RVH VTTREF LL OMP RVL N PGN VQSNS S_GN VQSET S VPU +.VSUS_ mil P P *U/.V_ *RV- mil VST PR./F_ P.U/V/X_ RVH LL RVL S mil mil mil PR.K/F_ PQ ON PQ ON VPU P.U/V/X_ P.U/V/X_ mil PL HOKE_.UH/ PR./J_ P P/V_ P.U/V R +.VSUS_ P.U/V_ P + U/.V_ PL UPT-Y-N P P/V_ mil P.U/V/X_ mil.vsus. Volt +/- % Fs=K T :.(Imax) OP minimum P.U/V/X_ P.U/V/X_ (,,) MINON PR SON S P U/V/X_ (,) SUSON PR SON S VFILT VFILT PR./F R PR K/F_ / PR OM P add K by Howard.U/V/X_ TONSET P *.uf/v_ mil PR *_S N PGOO HWPG (,,,) TPSRGER / chang to short pad by Howard VP PU PL-K-TRL P U/.V_ PR *SHORT- V_GFX_ORE mil +. Volt +/- % ountinue current:. Peak current:. Sustained current:. Vout=.V PR K/F_ PR K/F_ P *.U/V_ P U/.V_ P *.U/V_ N (,,) MINON PR K/F_ VSUS P *.U/.V_ P U/.V_ VOUT EN VNTL GN POK R F.VJ PR R.K/F_ mil P U/.V_ P U/.V_ / PR OM hange to.k by Howard P.U/V/X_ HWPG PR *_S (,,,) HWPG / chang to short pad by Howard PR K/F_ / PR OM hange to K by Howard VO=(.(R+R)/R) P PR P/V/XR / P OM hange to P by Howard Vout=.V Quanta omputer Inc. PROJET : FL Size ocument Number Rev POWER_.V(TPS)/.V(RT) ate: Thursday, November, Sheet

29 mil Place these Ps close to FETs -.V mil PL UPT-Y-N (,,,) HWPG (,,) MINON Vout=.V / PR Footprint & OM hange to by Howard / chang to short pad by Howard P P/V/XR_ R R PR *_S PR.K/F_ PR.K/F_ PR K_ P *SS GN +.V P.u/V/XR_ PR *K/F_ GN REF PR *_S PR *K/F_ PR K/F_ P.U/V/XR_ P.u/V/XR_ GN P U/V/XR_ GN PR _ PU OZLN / chang to short pad by Howard P P/V/XR_ GN PG ON/SKIP VSET VREF TSET V OT PR *SHORT- VP GNP ST HR LX LR SP SN mil P U/V/XR_ PR _ ST HR LX LR P P/V/XR_ GN P SS mil P PR _.U/V/X_ SP SN P P/V/NPO_ VSUS mil mil mil PQ ON PQ ON P P P/V/X_.U/V/X_ PR._ P P/V/XR_ + P U/V/X_ PL HOKE_.UH/ PR K/F_ PR.K/F_ PR./F_ + P U/V/X_ P U/.V_ P PR P/V/XR_.K/F_ GN + mil P *U/.V/XR_ P.U/V/X_.V Fs=K T :.(Imax) OP :. VP GN GN GN.VSUS VPU VPU PR K/F_ / chang to short pad by Howard P U/.V/XR_ mil P.u/V/XR_ PU RT-PSP N +.Volt +/- % ountinue current: Peak current: PR K/F_ MINON VOUT mil +.V (,,) MINON MINON PQ NE PQ PR NE *_S PR K/F_ PR K/F_ P U/V/XR_ PQ MMTLTG P *.U/.V/XR_ VSUS P U/V/XR_ (,,,) HWPG PR */short_ VO=(.(R+R)/R) R<Kohm EN V PGOO PR K/F_ J R GN GN R PR.K/F_ P P U/.V_ U/.V_ Vout=.V P.U/V/X_ P *U/.V/XR_ P.U/V/X_ PROJET MK NOTE Pine Trail Quanta omputer Inc. Size ocument Number Rev ustom VP (OZLN)/.V(RT) Thursday, November, ate: Sheet hexainf@hotmail.com

30 S_ON_ SUSON_is MIN MINON MINON MINON_is_# MINON_is_# SUS S_ON_is SUSON (,) S_ON () VRON (,) LN_POWER () MINON (,,) LN_ON () VPU VSUS VPU VSUS VPU VSUS VSUS.VSUS +V +V V_S V_S VPU V_S V_S VPU +V +.V +.V VPU VPU +V +V V_ORE +.V VP VTT_MEM V_LN +V.VSUS +.V Size ocument Number Rev ate: Sheet Quanta omputer Inc. PROJET : Thursday, November, FL Size ocument Number Rev ate: Sheet Quanta omputer Inc. PROJET : Thursday, November, FL Size ocument Number Rev ate: Sheet Quanta omputer Inc. PROJET : Thursday, November, FL ISHRGE..... POWER_ischarge / PR OM hange to M by Howard P.U/V/X_ P.U/V/X_ PQ O PQ O PR M/F_ PR M/F_ PR M/F_ PR M/F_ P.U/V/X_ P.U/V/X_ PR M/F_ PR M/F_ PR M/F_ PR M/F_ PQ PTEU PQ PTEU P.U/V/X_ P.U/V/X_ PR M/F_ PR M/F_ PQ O PQ O PQ NE PQ NE PR _ PR _ PR M/F_ PR M/F_ PR K/F_ PR K/F_ PR M/F_ PR M/F_ PR _ PR _ P.U/V/X_ P.U/V/X_ PR *M_ PR *M_ PQ FM PQ FM PR *M_ PR *M_ PQ NE PQ NE PQ NE PQ NE P.U/V/X_ P.U/V/X_ PR M/F_ PR M/F_ PR _ PR _ PR M/F_ PR M/F_ PQ NK PQ NK P *.U/V_ P *.U/V_ PQ NE PQ NE PR _ PR _ PQ NE PQ NE PQ NE PQ NE PQ NE PQ NE PQ NE PQ NE PQ NK PQ NK PR _ PR _ PR _ PR _ PQ FM PQ FM PQ PTEU PQ PTEU PR _ PR _ PR _ PR _ P.U/V/X_ P.U/V/X_ PR M/F_ PR M/F_ P.U/V/X_ P.U/V/X_ P.U/V/X_ P.U/V/X_ PQ NK PQ NK P P/V/X_ P P/V/X_ PQ PTEU PQ PTEU PQ NE PQ NE P.U/V/X_ P.U/V/X_ PR _ PR _ P.U/V/X_ P.U/V/X_ PQ PTEU PQ PTEU P.U/V/X_ P.U/V/X_ PR M/F_ PR M/F_ P.U/V/X_ P.U/V/X_ PR _ PR _ PR _ PR _ PQ O PQ O P.U/V/X_ P.U/V/X_ P P/V/X_ P P/V/X_ PR M/F_ PR M/F_ PQ NE PQ NE PQ O PQ O PQ O PQ O P.U/V/X_ P.U/V/X_ PQ NE PQ NE PR _ PR _ PQ NE PQ NE PR M/F_ PR M/F_ PR *M_ PR *M_ PQ NE PQ NE PQ NE PQ NE P.U/V/X_ P.U/V/X_ PQ PTEU PQ PTEU PR M/F_ PR M/F_

31 Screw Hole HOLE *H-TP HOLE *H-TP HOLE *H- HOLE *H- HOLE *H- HOLE *SP-REX HOLE *H-P hole hole hole hole hole hole hole New dd HOLE *H-TPT HOLE *H-TPT HOLE H-P HOLE *H-P HOLE *H-P- HOLE *H-iP HOLE *SP-REX HOLE *H-TSP HOLE *SP-FL-NP HOLE *H-TSP HOLE *SP-FL-NP HOLE *H-TSPP HOLE *H-P NPTH HOLE HOLE *N *N HOLE *N HOLE *H-N ecoulping ap hole :h-bsdpb hole, del hole,hole,hole,: h-cdn hole: h-cdp hole: h-tsbcdp hole:h-bspdpb hole :del hole:h-tsdpt Quanta omputer Inc. PROJET : FL Size ocument Number Rev Screw Hole / EMI ate: Thursday, November, Sheet hexainf@hotmail.com

32 dapter harger ISL MINON S# S# attery MIX OZ ISL TPS LO V_LW_ON V_LW_ON. VRON. VPU +V VPU +.V +V_ORE.VSUS VTERM(.V) MINON MINON MINON SUSON SUSON MINON S_ON S_ON LO RT LO RT MOSFET MOSFET MOSFET MOSFET MOSFET MOSFET +.V.V V +.VSUS +VSUS +V V_S V_S Quanta omputer Inc. PROJET : FL Size ocument Number Rev Power lock iagram Thursday, November, ate: Sheet

33 P IN MIXER VPU PWM VPU a HWPG(/VPU) VPU S_ON S_ON VPU PQ SW VPU PQ SW V_S V_S H_PWRG PLT_RST# PineView-M PUPWRGOO RSTIN# PWROK T PWR_UT# c E NSWON# RSMRST# R K a RSMRST#_L U PUPWRG PLTRST# elay ms VORE PWM IMVP_PWRG PGOO VRON LKEN# +V_ORE(.V ~.V) a VR_PWRG_K# Q LKEN K lock Gen P# HWPG(ll I/O Power GOO) ELY ms d EPWROK IMVP_PWRG PWROK VRMPWRG Tiger Point PR R O ohm c VRON HWPG(ll I/O Power GOO) SLP_S# a SLP_S# VPU PWM a.vsus P a HWPG (.VSUS) b SLP_S# a SUSON b MINON PQ SW VPU PQ SW a VSUS a VSUS LO PWM.VSUS LO.VSUS VTT_MEM (.V) b VP b b V_GFX_ORE(.V) b HWPG (VP) b HWPG (V_GFX_ORE) b HWPG (+.V) PU LO VPU PQ SW VPU PQ SW b +.V b +V b +.V.. Ver. Quanta omputer Inc. PROJET : FL Size ocument Number Rev POWER SEQUENE IGRM ate: Thursday, November, Sheet hexainf@hotmail.com

34 MOEL: FL Motheroard REV: HNGE LIST: FIRST RELESE ON // Page -->.. dd pull up resistor K on PM_SETPU# and PM_STPP#. Swap lock GEN pin to. Swap lock GEN pin, to pin,. dd f page symbol on LKEN line. hange Volume.uF->.uF. dd capacitor uf (,) and.uf() on V_ORE. Swap capacitor uf to uf (). dd capacitor uf(),.uf() on V_GFX_ORE. Swap R(R) to ead dd.uf () on.vsus. dd.uf () on VP. dd.uf () on +.V. Swap R location to close chip dd pull up resistor (R) on WWN_OFF#. hange R and R volume K->.K. hange sequence dd N gate U,, R, R,R,R.. dd pull down resistor (R, R) on S, S.. Improve backlight flash add U,,R. Modify SIM define (N). hange audio V_IO voltage +.V->+.V. el on EP. el on SERIRQ. Swap E IH_RSMRST# (Pin -> Pin ). dd pull up resistor K (R) on LI#_Panel Roll. dd K (R) and pf () on FN ircuit. el R on US_ON#. dd uf () on WWN_V. el PR on HWPG. el PR and P on VRON Lline. dd R on SPIF line /. dd R on IH_Z_OE_ITLK /. dd (p) in OM /. L uh ->R /. R,R.K ->.K/. R,R,Q,Q, del in OM (reserve)/. Swap N part number (MI)/. Reserve R,R,R,R,,,, and,,, in audio function for EMI and ES/. Reserve R, P, R in audio function for EMI /. ancel HS_GN in LN function RJ/. Swap S part number (Hall sensor)/. Swap N part number (Key board connector)/. dd,,,,,,,,,,,,,,,,,,,,,,, for EMI in Keyboard connector/ MOEL : FL M PGE FROM To c.el R,R OHM /'.R,R,R,R,R,R,R,R,R,R,R,L,R,R,R,R Use short pad. /'.change N footprint /'.modify N pin define /'. move U to RT board.el R R,R,R,R FOR audio output and EL R for M I. R for M I and R K.hange audio phone jack footprint N.EL N pin Let it floating. Quanta omputer Inc. PROJET : FL Size ocument Number Rev FL E Record List_ ate: Thursday, November, Sheet

35 MOEL: REV: HNGE LIST: MOEL : FL M PGE FROM To FL Motheroard Quanta omputer Inc. PROJET : FL Size ocument Number Rev FL E Record List_ ate: Thursday, November, Sheet hexainf@hotmail.com

36 VPU VPU NSWON# S_ON +V_S +V_S.s ms us us OL : H NON OL L OL : H NON OL L RSMRST# NSWON# PM_SLP_S# PM_SLP_S# SUSON.VSUS VSUS VSUS MINON.ms ms ms us ms us.ms.ms.ms OL : H NON OL L OL : H NON OL L OL : H NON OL L VTT_MEM VP V_GFX_ORE +.V +V +.V.ms.ms.ms +.V VRON HWPG V_ORE VR_PWRG_K# LKEN IMVP_PWRG EPWROK ms ms us ms us.ms ms PWROK.ms H_PWRG PLT_RST# ms.ms.ms Quanta omputer Inc. PROJET : FL Size ocument Number Rev FL Power Sequence Ver Thursday, November, ate: Sheet