Sputnik Block Diagram

Transcription

1 P STK UP LYER : TOP LYER : SGN LYER : IN LYER : IN LYER : V LYER : IN LYER : SGN RUN POWER SW PG, RII-SOIMM PG RII-SOIMM PG /TT ONNETOR TT HRGER PG PG RII mhz RII mhz Turion Sempron W/W M Socket S P PG,, PU VR PG / VSUS VSUS PG Sputnik lock iagram LYER : OT HT Link able ocking PG TV_OUT VG RJ- IR/Pwr btn SPIF Out Stereo MI Headphone Jack US Port VOL ntr Mini PI-E ard PI Express Mini ard (Wireless LN/WN) PG SIM R PG PI-E Express ard (NEW R) PG LOK INTERFE nvii M Integraded VG Function PIN PG,, HT Link PI-Express X----N TV_OUT RT_OUT LVS( hannel) US. RT/S-VIEO PG Panel onnector." PG ST - H PG ST nvii MPM PIN luetooth PG US. I/O Ports X PG To onnector PG Mini PI-E ard x Express ard x able ocking x VULE EFINE =,=,=,F=%, OTHER IS EXMPLE R=ohm() =ohm() =ohm() =ohm() /F=ohm( and %) PT- -ROM PG Keyboard IRx Touch Pad PT (//) PG PG FN LP ENE K K x PG PG X-us Flash PG PG,, M PG MOEM RJ PG MII/RGMII zalia RealTek L UIO mplifier PG Jack to Speaker PG PG Two-element microphone PG udio Jacks (Phone/SPIF/ MI) PG N/R/HW RELTEK REL (/ /Gigabit) RJ PG PG U ontroller PG Memory ardreader PG PROJET : TT Quanta omputer Inc. Size ocument Number Rev ustom lock iagram Friday, November, ate: Sheet of

2 HT_RX#[..] HT_RX#[..] HT_TX[..] HT_RX[..] HT_RX[..] HT_TX#[..] U.U.V_HT.U.V_HT V_HT_ V_HT_ E.U.V_HT V_HT_ V_HT_ E.U.V_HT V_HT_ V_HT_ E V_HT_ V_HT_ E HT_RX E HT_RX HT_RX HT_TX E HT_RX HT_RX HT_TX G HT_RX HT_RX HT_TX G HT_RX HT_RX HT_TX J HT_RX HT_RX HT_TX W L HT_RX HT_RX HT_TX V L HT_RX HT_RX HT_TX U N HT_RX HT_RX HT_TX T E HT_RX HT_RX HT_TX F HT_RX HT_RX HT_TX G HT_RX HT_RX HT_TX H HT_RX HT_RX HT_TX K HT_RX HT_RX HT_TX Y L HT_RX HT_RX HT_TX V M HT_RX HT_RX HT_TX V N HT_RX HT_TX T HT_RX# E HT_RX# HT_RX# HT_TX# F HT_RX# HT_RX# HT_TX# G HT_RX# HT_RX# HT_TX# H HT_RX# HT_RX# HT_TX# K W HT_RX# HT_RX# HT_TX# L U HT_RX# HT_RX# HT_TX# M U HT_RX# HT_RX# HT_TX# N R HT_RX# HT_RX# HT_TX# F HT_RX# HT_RX# HT_TX# F HT_RX# HT_RX# HT_TX# H HT_RX# HT_RX# HT_TX# H HT_RX# HT_RX# HT_TX# K W HT_RX# HT_RX# HT_TX# M V HT_RX# HT_RX# HT_TX# M U HT_RX# HT_RX# HT_TX# P HT_RX# HT_TX# T HT_PU_UPLK HT_PU_UPLK J Y HT_PU_UPLK HT_RXLK HT_TXLK HT_PU_UPLK J HT_RXLK HT_TXLK Y HT_PU_UPLK# HT_PU_UPLK# J W HT_PU_UPLK# HT_RXLK# HT_TXLK# HT_PU_UPLK# K HT_RXLK# HT_TXLK# Y HT_PU_UPTL HT_PU_UPTL N R.V_HT HT_PU_UPTL HT_RXTL HT_TXTL P T R.F HT_RXTL HT_TXTL HT_PU_UPTL# P R HT_PU_UPTL# HT_RXTL# HT_TXTL# P R R.F HT_RXTL# HT_TXTL# M S SOKET HT_RXTL/HT_RXRL# MUST <." FROM PU PIN HT_TX[..] HT_TX#[..].V_HT.V_HT.V_HT.V_HT.V_HT HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_PU_WNLK HT_PU_WNLK HT_PU_WNLK# HT_PU_WNLK# HT_PU_WNTL HT_PU_WNTL HT_PU_WNTL# T T.U P/V P/V HT_PU_WNLK HT_PU_WNLK HT_PU_WNLK# HT_PU_WNLK# HT_PU_WNTL HT_PU_WNTL# TEST PU/PL MUST FOLLOW ERRTUM REVISION GUIE FROM M NPT Fh PU If M SI is not used SI can be left, SI ohm to VSS. ( cpu type choose ) UE W/S= mil/mil PU.V L SI / T PUTEST F PU.V.U PUTEST TEST V_ Y F PU.V P/XR T PU_THERM TEST V_ W PU_THERM THERM W HTPU_RST# R *R PUTEST THERM RESET#.VSUS HTPU_PWROK R *R T PUTEST TEST PWROK.VSUS F HTPU_STOP# R *R T PUTEST TEST LTSTOP#.VSUS T TEST PUTEST TEST K R PUHTREF R.F T PUTEST TEST HTREF T P PUHTREF R.F TEST HTREF.V_HT PU_ORE_F PUTEST TEST V_F F PU_ORE_F T PU_ORE_F# PUTEST TEST V_F# E PU_ORE_F# T F PU_SUS_F PUTEST TEST VIO_F W PU_SUS_F T E PUTEST TEST VIO_F# Y PULKIN T R R PUTEST TEST LKIN H PULKIN# R R PUTEST TEST LKIN# G PU_RY PUTEST TEST RY G T T F PU_RY# PUTEST TEST REQ# E T R R PU_TMS PUTEST TEST TMS T T E PU_TK PUTEST TEST TK T T PU_TRST# PUTEST TEST TRST# T T E F PU_TI PUTEST TEST TI T R F PU_TO.VSUS E E PUTEST# TEST TO T R F E PU_PRES# R K.VSUS R R PUTEST TEST# PU_PRESENT#.VSUS E PUTEST TEST PSI# PU_PSI# T F PU_VI_L PUTEST TEST VI J PU_VI_L R *R T PUTEST# TEST VI H PU_VI_L R R T FLKOUT TEST# VI PU_VI_L R *R R.F FLKOUT# TEST VI PU_VI_L R *R TEST# VI PU_VI_L R *R VI ROUTE TRES OHM IFF F PU_SI R *R SI PU_SI IMPEENE // SPING SI F PU_PROHOT# PROHOT# F PU_THERMIP# R R THERMTRIP# R R RSV_ H R.VSUS RSV_ RSV_ H RSV_ RSV_ H W R PULKIN P PU_SI R *R RSV_ RSV_ PU_LK R PU_SI R *R RSV_ RSV_ N PULKIN# P R R RSV_ RSV_ PU_LK# P RSV_ RSV_ R P PULKIN# R F PULKIN RSV_ RSV_ N RSV_ RSV_ H P RSV_ RSV_ G R RSV_ RSV_ M S SOKET.U PYT-Y-N KEEP TRE RESISTOR <." FROM PU N TRE TO P <." PUVI PU REQUIRE FOR OMPTIILITY WITH FUTURE PU.V U/.VSUS VI need pull high to.vsus that is for nvidia recommend.vsus.vsus PU THERML SENSOR & ONTROL MUST KEEP LOW URING S-S TO MEET HT IO LINK SPE HT LINK ONTROL LEVEL SHIFTER OVER TEMP ONTROL V V R.K LM_SM R.K LM_SM THERM_LERT# THERM_OVER# R *K V R K V R R V U SLK V S XP LERT# XN OVERT# GN MX GP RESS: H.U /mils PU_THERM P/XR PU_THERM HTPU_RST#,, EPWROK HTPU_PWRG EPWROK.VSUS U HTPU_RST# LVGGW.VSUS U HTPU_PWROK LVGGW Q PU_THERMIP# PLE LOSE PU SI / NE MP_THERMIP# THERM_LERT# HH V R.K V PU OT THERM I THERMTRIP TO SHUTOWN SYS FROM S Q NE THERM_OVER# PU_PROHOT#, MLK LM_SM Q NE V MLK/MT NEE PU TO VPU LM_SM LM_SM LM_SM V Q NE MT, HTPU_STOP# EPWROK FOLLOW M N NVII REOMMEN.VSUS U HTPU_STOP# LVGGW E_PROHOT# HH IMM_THEM# *HH SI / V PU PROHOT INPUT FROM THERML I OR SOIMM SENSOR PU_VI_L PU_VI_L PU_VI_L PU_VI_L PU_VI_L PU_VI_L PU_VI PU_VI PU_VI PU_VI PU_VI PU_VI PU_PROHOT# Q NE R / V R K Q NE P.U/V//XR P HH-PT R.M R R *K K PV / OK, N/R/HW PROJET : TT Quanta omputer Inc. Size ocument Number Rev ustom PU(HT_LINK /TL) Friday, November, ate: Sheet of

3 U M Q M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] W M Q M_T[] Y M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] Y M Q M_T[] Y M Q M_T[] W M Q M_T[] W M Q M_T[] M Q M_T[] Y M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] Y M Q M_T[] M Q M_T[] Y M Q M_T[] W M Q M_T[] W M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] Y M Q M_T[] H M Q M_T[] H M Q M_T[] E M Q M_T[] E M Q M_T[] J M Q M_T[] H M Q M_T[] F M Q M_T[] F M Q M_T[] M Q M_T[] M Q M_T[] F M Q M_T[] E M Q M_T[] E M Q M_T[] M Q M_T[] M Q M_T[] G M Q M_T[] G M Q M_T[] M Q M_T[] F M Q M_T[] E M Q M_T[] H M Q M_T[] E M Q M_T[] E M Q M_T[] H M Q M_T[] E M Q M_T[] M Q M_T[] H M Q M_T[] H M Q M_T[] G M Q M_T[] H M Q M_T[] F M Q M_T[] G M_T[] M K M M_[] K M M_[] V M M_[] K M M_[] L M M_[] R M M_[] L M M_[] L M M_[] L M M_[] M M M_[] M M M_[] M M M_[] M M M_[] N M M_[] N M M_[] R M_[] M S SOKET M_M[] M_M[] M_M[] M_M[] M_M[] M_M[] M_M[] M_M[] M_QS[] M_QS[] M_QS[] M_QS[] M_QS[] M_QS[] M_QS[] M_QS[] M_QS#[] M_QS#[] M_QS#[] M_QS#[] M_QS#[] M_QS#[] M_QS#[] M_QS#[] M_LK[] M_LK#[] M_LK[] M_LK#[] M_NK[] M_NK[] M_NK[] M_RS# M_S# M_WE# M_S#[] M_S#[] M_S#[] M_S#[] M_KE[] M_KE[] M_OT[] M_OT[] Y Y F E E W Y G G G W W G G H E F Y K R T T U U V J V T J J V U M QM M QM M QM M QM M QM M QM M QM M QM M QS M QS M QS M QS M QS M QS M QS M QS M QS# M QS# M QS# M QS# M QS# M QS# M QS# M QS# M K M K# M K M K# M M M M RS# M S# M WE# M S# M S# M S# M S# M KE M KE M OT M OT Tolerance is -%.P.P TRE FROM P TO PU MUST E LESS THN MILS MX NEKOWN TO & FROM PS IS MILS M LK M LK# M LK M LK# U M Q M Q M_T[] F M Q M_T[] F M Q M_T[] E M Q M_T[] Y M Q M_T[] M Q M_T[] M Q M_T[] F M Q M_T[] F M Q M_T[] F M Q M_T[] M Q M_T[] F M Q M_T[] M Q M_T[] M Q M_T[] E M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] F M Q M_T[] F M Q M_T[] F M Q M_T[] E M Q M_T[] M Q M_T[] M Q M_T[] E M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] E M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] G M Q M_T[] G M Q M_T[] M Q M_T[] M Q M_T[] G M Q M_T[] G M Q M_T[] E M Q M_T[] E M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] E M Q M_T[] G M Q M_T[] M Q M_T[] M Q M_T[] M Q M_T[] M_T[] M J M M_[] J M M_[] W M M_[] L M M_[] L M M_[] U M M_[] L M M_[] M M M_[] L M M_[] N M M_[] N M M_[] N M M_[] N M M_[] P M M_[] P M M_[] T M_[] M S SOKET M_M[] M_M[] M_M[] M_M[] M_M[] M_M[] M_M[] M_M[] M_QS[] M_QS[] M_QS[] M_QS[] M_QS[] M_QS[] M_QS[] M_QS[] M_QS#[] M_QS#[] M_QS#[] M_QS#[] M_QS#[] M_QS#[] M_QS#[] M_QS#[] M_LK[] M_LK#[] M_LK[] M_LK#[] M_NK[] M_NK[] M_NK[] M_RS# M_S# M_WE# M_S#[] M_S#[] M_S#[] M_S#[] M_KE[] M_KE[] M_OT[] M_OT[] VTT_SENSE M_VREF M_ZN M_ZP E E F E F F E F E F F K T U U V U Y J W U H J W W Y W E F M QM M QM M QM M QM M QM M QM M QM M QM M QS M QS M QS M QS M QS M QS M QS M QS M QS# M QS# M QS# M QS# M QS# M QS# M QS# M QS# M K M K# M K M K# M M M M RS# M S# M WE# M S# M S# M S# M S# M KE M KE M OT M OT VTERM_F M_VREF MEMZN MEMZP TRE FROM P TO PU MUST E LESS THN MILS MX NEKOWN TO & FROM PS IS MILS.P.P Tolerance is -% R.F R.F, VTERM_F.VSUS P/XR M LK M LK# M LK M LK# SMR_VREF R *R.VSUS.U R KF R KF M Q[..] M QM[..] M Q[..] M QM[..] M [..] M QS[..], M [..] M QS[..] M QS#[..] M QS#[..] M [..] M [..], M S#[..] M S#[..], M RS# M RS#, M S# M S#, M WE# M WE#, M KE M KE, M KE M KE, M OT M OT, M OT M OT, M Q[..], M [..] M Q[..] M [..] M QM[..] M QS[..] M QS#[..] M [..] M S#[..] M RS# M S# M WE# M KE M KE M OT M OT MVREF : W =MIL N SPE = MIL M QM[..] M QS[..] M QS#[..] M [..], M S#[..], M RS#, M S#, M WE#, M KE, M KE, M OT, M OT, PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom PU(MEM/IF) Friday, November, ate: Sheet of

4 SI / V_ORE.VSUS U U/XR V_ORE.VSUS.U U/XR V_ORE V VIO H J.VSUS.U U/XR V_ORE V VIO G.VSUS P/V SI /.U V_ORE V VIO K H.VSUS P/V.U V_ORE V VIO K J K.VSUS.U.U V_ORE V VIO J K.VSUS.U P/V V_ORE V VIO J.VSUS.U U/XR V_ORE V VIO L J.VSUS.U U/XR V_ORE V VIO M K M.VSUS.U U/XR V_ORE V VIO K M.VSUS.U U/XR V_ORE V VIO K M.VSUS.U U/XR V_ORE V VIO K N.VSUS.U U/XR V_ORE V VIO K P.VSUS U/XR V_ORE V VIO L.VSUS U/XR V_ORE V VIO P L P.VSUS U/XR V_ORE V VIO L P.VSUS U/XR V_ORE V VIO L R.VSUS U/XR V_ORE V VIO L T.VSUS U/XR V_ORE V VIO L T.VSUS.U V_ORE V VIO M.VSUS.U V_ORE V VIO T M.VSUS V_ORE V VIO T M.VSUS V_ORE V VIO U M.VSUS V_ORE V VIO V M.VSUS V_ORE V VIO V N.VSUS V_ORE V VIO V N.VSUS V_ORE V VIO V N.VSUS V_ORE V VIO Y P V_ORE V P V_ORE V P SMR_VTERM.U V_ORE V VTT R SMR_VTERM.U V_ORE V VTT R SMR_VTERM.U V_ORE V VTT R SMR_VTERM.U V_ORE V VTT R SMR_VTERM.U V_ORE V VTT T SMR_VTERM.U V_ORE V VTT T SMR_VTERM.U V_ORE V VTT T SMR_VTERM.U V_ORE V VTT T W SMR_VTERM P/XR V_ORE V VTT T SMR_VTERM P/XR V_ORE V T SMR_VTERM P/V V_ORE V T SMR_VTERM P/V V_ORE V U SMR_VTERM P/V SI / V_ORE V U SMR_VTERM P/V V_ORE V U SMR_VTERM P/XR V_ORE V U SMR_VTERM P/XR V_ORE V U V_ORE V V SMR_VTERM V_ORE V V V_ORE V V (.VSUS) V_ORE V V V_ORE V V V_ORE V V V_ORE V W V_ORE V Y V M S SOKET.VSUS.U SMR_VTERM.VSUS.U SMR_VTERM.VSUS.U SMR_VTERM PV /.VSUS.U SMR_VTERM.VSUS.U SMR_VTERM.VSUS.U SMR_VTERM.VSUS.U SMR_VTERM.VSUS.U SMR_VTERM.VSUS.U SMR_VTERM PU POWER PLNE N Y PSS P UF VSS VSS J VSS VSS J VSS VSS J VSS VSS J VSS VSS J VSS VSS J VSS VSS J VSS VSS K VSS VSS K VSS VSS K VSS VSS K VSS VSS K VSS VSS K VSS VSS K VSS VSS L VSS VSS L VSS VSS L VSS VSS L VSS VSS L VSS VSS L E VSS VSS L E VSS VSS M E VSS VSS M E VSS VSS M E VSS VSS M E VSS VSS N E VSS VSS N VSS VSS N VSS VSS N VSS VSS N VSS VSS N VSS VSS P VSS VSS P VSS VSS P VSS VSS P VSS VSS P VSS VSS R VSS VSS R VSS VSS R VSS VSS R VSS VSS T VSS VSS T VSS VSS T VSS VSS T VSS VSS T VSS VSS T VSS VSS U VSS VSS U VSS VSS U VSS VSS U E VSS VSS U F VSS VSS U F VSS VSS U F VSS VSS U F VSS VSS V F VSS VSS V F VSS VSS V F VSS VSS V F VSS VSS V F VSS VSS V H VSS VSS V H VSS VSS W H VSS VSS Y H VSS VSS Y J VSS M S SOKET R TERMINTION YPSS P SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM V_ORE SMR_VTERM V_ORE HNNEL.U.U.U.U.U.U.U.U Layout note: Place one cap close to every pullup resistors terminated to SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM.U.U.U.U.U.U.U.U.VSUS.V_HT.U.U.U HNNEL SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM.VSUS.VSUS.VSUS.U.U.U.U.U.U.U.U RII HNNEL TERMINTION RII HNNEL TERMINTION M M RP X SMR_VTERM M M RP X SMR_VTERM M M RP X, SMR_VTERM M RS# M S# M RS# RP X SMR_VTERM M M RP X M M RP X M OT M S# RP X M M RP X, M WE# M WE# M OT RP X M M RP X M M RP X M M RP X M S# M OT RP X M M RP X, M WE# M WE# M RP X M M RP X M M RP X M M RP X M M RP X M M RP X, M RS# M S# M RS# RP X M M RP X, M S# M S# M OT RP X M S# M RP X M S# M KE RP X, M S# M S# M S# RP X M KE M KE RP X M S# M RP X M KE M RP X M M RP X.VSUS.U SMR_VTERM M [..] M KE[..] M OT[..] M [..] M S#[..] M [..], M KE[..], M OT[..], M [..], M S#[..],.VSUS.VSUS.VSUS.VSUS.U.U.U.U SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM M [..] M KE[..] M OT[..] M [..] M S#[..] M [..], M KE[..], M OT[..], M [..], M S#[..], N/R/HW PROJET : TT Quanta omputer Inc. Size ocument Number Rev ustom PU(POWER/GN) Friday, November, ate: Sheet of

5 M KE[..] M LK M QM[..] M KE[..] M LK M QM[..] M KE[..], M LK M QM[..] M KE[..], M LK M QM[..] M S#[..] M LK# M Q[..] M S#[..] M LK# M Q[..] M S#[..], M LK# M Q[..] M S#[..], M LK# M Q[..] M LK M QS[..] M LK M QS[..] M LK M QS[..] M LK M QS[..] M RS# M LK# M QS#[..] M RS# M LK# M QS#[..] M RS#, M LK# M QS#[..] M RS#, M LK# M QS#[..] M S# M [..] M [..] M S# M [..] M [..] M S#, M [..], M [..], M S#, M [..], M [..], M WE# M OT[..] M WE# M OT[..] M WE#, M OT[..], M WE#, M OT[..], 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 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 M M M M M M M M M M M M M M M M LK M LK# M LK M LK# R_SMLK R_SMT IM_S IM_S V 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 /P N/ LK LK LK KL SL S S S VSP - N P R SRM SO-IMM (P) Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q M M M M M M M M QS QS QS QS QS QS QS QS QS QS QS QS QS QS QS QS S S RS S WE KE KE 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 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 QM M QM M QM M QM M QM M QM M QM M QM M QS M QS# M QS M QS# M QS M QS# M QS M QS# M QS M QS# M QS M QS# M QS M QS# M QS M QS# M S# M S# M RS# M S# M WE# M KE M KE KE, REV type : H. 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 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 M M M M M M M M M M M M M M M M LK M LK# M LK M LK# R_SMLK R_SMT IM_S IM_S V 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 /P N/ LK LK LK KL SL S S S VSP - N P R SRM SO-IMM (P) Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q Q M M M M M M M M QS QS QS QS QS QS QS QS QS QS QS QS QS QS QS QS S S RS S WE KE KE 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 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 QM M QM M QM M QM M QM M QM M QM M QM M QS M QS# M QS M QS# M QS M QS# M QS M QS# M QS M QS# M QS M QS# M QS M QS# M QS M QS# M S# M S# M RS# M S# M WE# M KE M KE KE, REV type : H SMR_VREF_IMM VREF VSS_ SMR_VREF_IMM VSS_.U.VSUS VSS_.U.VSUS.U.VSUS V_ VSS_.U.VSUS.U.VSUS V_ VSS_.U.VSUS.U.VSUS V_ VSS_.U.VSUS.U.VSUS V_ VSS_.U.VSUS.U.VSUS V_ VSS_.U.VSUS.U.VSUS V_ VSS_.U.VSUS.U.VSUS V_ VSS_.U.VSUS.U.VSUS V_ VSS_.U.VSUS.U.VSUS V_ VSS_.U.VSUS.U.VSUS V_ VSS_.U.VSUS.VSUS V_ VSS_.VSUS V_ VSS_ VSS_ M OT VSS_ M OT M OT OT VSS_ M OT OT VSS_ VSS_ VSS_ N_ VSS_ M S# N_ VSS_ M S# M N_ VSS_ M M N_/ VSS_ M M N_/ VSS_ M M S# N_/ VSS_ M S# N_ VSS_ N_ 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_ SO-IMM YPSS PLEMENT : Place these aps near So-imm. No Vias etween the Trace of PIN to P. R.U.U P R SRM SO-IMM (P) - KF SMR_VREF_IMM R *R R N KF SMR_VREF_IMM SMR_VREF_IMM.VSUS V.VSUS.U.U SMR_VREF VREF VSS_ VSS_ VSS_ V_ VSS_ V_ VSS_ V_ VSS_ V_ VSS_ V_ VSS_ V_ VSS_ V_ VSS_ V_ VSS_ V_ VSS_ V_ VSS_ V_ VSS_ V_ VSS_ VSS_ VSS_ OT VSS_ OT VSS_ VSS_ VSS_ N_ VSS_ N_ VSS_ N_ VSS_ N_/ VSS_ N_/ VSS_ N_/ VSS_ N_ VSS_ N_ 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_ - N P R SRM SO-IMM (P) V,,,,,,,,,,,,,,,,,.VSUS,,,,,, SMR_VREF_IMM : TRE WITH > MIL PUT YPSS P ON EH IMM R R K K IM_S IM_S IM_S IM_S R K.U V R K.U V V.U.U SMbus address SMbus address lose R socket U V R_SMT Q NE GT_SM R_SMT R_SMLK R.K R.K V V VS IMM_THEM# O.S *.U IMM_THEM# R_SMLK Q V V NE GLK_SM LM_SM LM_SM LM_SM LM_SM S SL GN *G (LMIMM) R *K IMM_THEM# V ddress:h PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom PU(MEM/IF) Friday, November, ate: Sheet of

6 Pull-Hi for rise time as close as ball within mils as close as ball within mils #note from nv design guide NON-STUFF : X HT LINK(EFULT) STUFF : X HT LINK/UNUSE PIN FLOTING mil/mil mil/mil /mil /mil MV ( HT LINK) ustom Friday, November, Size ocument Number Rev ate: Sheet of Quanta omputer Inc. PROJET : TT N/R/HW HTPU_RST# HTPU_STOP# HTPU_PWRG HT_MP_TX# HT_MP_TX MPOUT_M HT_MP_RX# _MHZ# HT_RX# HT_PU_WNLK HT_TX HT_MP_TX HTMP_RST# HT_MP_RX# HT_RX# HT_RX HT_RX HT_TX HT_MP_TX# HT_MP_TX# HT_MP_TX# HT_MP_TX MPOUT_M HT_MP_RX# HT_RX# HT_RX HT_MP_TX HT_PU_WNLK# HT_TX HT_MP_TX# HT_MP_TX HTMP_PWRG HTMP_UPLK# HTMP_UPLK HT_MP_RX#.V_HT_PLL HT_RX# HT_RX HT_TX HT_MP_TX HT_MP_TX HT_RX# HT_RX HT_RX HT_RX HT_RX PU_L_GN HT_PU_WNTL HT_TX HT_MP_TX_K HT_MP_TX# HT_MP_TX# HT_MP_TX# HT_MP_RX# HT_RX# HT_RX# HT_RX# HT_PU_WNLK# HT_MP_TX HTMP_UPTL _HT_MP_RX_LK HT_PU_UPLK# HT_TX HT_MP_TX# HT_MP_TX# HT_PU_UPTL# HT_PU_UPLK HT_RX# HT_RX HT_TX HT_MP_TX_K# HT_MP_TX HT_RX HT_RX HT_RX HT_PU_WNTL# HT_TX HT_TX HT_MP_TX HT_MP_TX HTMP_UPTL# _HT_MP_RX_LK# HT_MP_RX# HTPU_PWRG HT_RX# HT_RX HT_MP_TX# HT_MP_TX HT_MP_RX# HTPU_STOP# PU_LK# HT_PU_UPTL HT_PU_UPLK# HT_RX# HT_RX HT_TX HT_MP_TX# HT_MP_TX# HTMP_REQ# HT_RX# HT_TX HT_TX HTMP_WNTL HTMP_WNLK HT_MP_TX# HT_MP_TX MPOUT_M# HT_RX HT_TX HTMP_WNLK# HT_MP_TX HT_MP_TX HT_MP_RX# HTPU_RST# _MHZ PU_LK HT_RX# HT_RX# HT_TX HTMP_WNTL# HT_MP_TX# HT_MP_TX HTMP_STOP# HT_PU_REQ# HT_RX# HT_RX# HT_RX PU_L_PV HT_TX _TERM HT_MP_TX# HT_PU_UPLK HT_TX.V_HT_PLL _MKL_MHZ _MKL_MHZ# HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX# HT_MP_RX# HT_MP_RX# HT_MP_RX# HT_MP_RX# HT_MP_RX# HT_MP_RX# HT_MP_RX# MP_L_GN MP_L_PV.V_HT_PLL.V_HT_PLL HT_PU_REQ# HT_MP_RX# HT_MP_RX HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_TX# HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX HT_MP_RX HT_PU_WNLK HT_TX#.V_HT.V.V.V.V.V T T L T U R R R K PU I/F MP I/F U M/ Y W V U R P P N Y V W T R P N M Y W V U R P P N Y W W U R P N N T T R R M M W Y N T E F H J K K F F G J L L L E F H J K K E E G J K K L G G G G L L F G E L W Y V Y V W Y Y W W Y W V U T Y W W W Y W V V Y W Y Y W HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_P HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_N HT_PU_RX_LK_P HT_PU_RX_LK_N HT_PU_RX_LK_P HT_PU_RX_LK_N HT_PU_RXTL_P HT_PU_RXTL_N HT_PU_L_PV HT_PU_L_GN.V_PLLHTPU.V_PLLHTMP HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_P HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_N HT_PU_TX_LK_P HT_PU_TX_LK_N HT_PU_TX_LK_P HT_PU_TX_LK_N HT_PU_TXTL_P HT_PU_TXTL_N LKOUT_PRI_MHZ_P LKOUT_PRI_MHZ_N LKOUT_SE_MHZ_P LKOUT_SE_MHZ_N HT_PU_REQ# HT_PU_STOP# HT_PU_RESET# HT_PU_PWRG.V_PLLHTPU HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_LK_P HT_MP_RX_LK_N HT_MP_RX_LK_P HT_MP_RX_LK_N HT_MP_RXTL_P HT_MP_RXTL_N HT_MP_REQ# HT_MP_STOP# HT_MP_RESET# HT_MP_PWRG LKIN_MHZ LKIN_MHZ_P LKIN_MHZ_N HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_LK_P HT_MP_TX_LK_N HT_MP_TX_LK_P HT_MP_TX_LK_N HT_MP_TXTL_P HT_MP_TXTL_N LKOUT_TERM_GN SLKI_MLKO_MHZ_P SLKI_MLKO_MHZ_N HT_MP_L_PV HT_MP_L_GN T R R T T T T T.U R K T T R *.F T T T T R R T R *.F T T T R R T T T R K U R.KF T T T.U T T R K L T T.U T T T T T T T T T T T HT_TX[..] HT_TX#[..] HT_RX[..] HT_RX#[..] PU_LK PU_LK# HTPU_STOP# HTPU_RST# HTPU_PWRG HTMP_WNLK HTMP_WNLK# HTMP_UPLK HTMP_UPLK# HTMP_UPTL HTMP_UPTL# HTMP_WNTL HTMP_WNTL# HTMP_REQ# HTMP_STOP# HTMP_RST# HTMP_PWRG MPOUT_M MPOUT_M# HT_MP_TX[..] HT_MP_TX#[..] HT_MP_RX[..] HT_MP_RX#[..] HT_PU_UPLK# HT_PU_UPLK MPOUT_M HT_PU_WNLK# HT_PU_UPLK# HT_PU_WNLK# HT_PU_UPTL HT_PU_UPLK HT_PU_WNLK HT_PU_WNTL# HT_PU_WNLK HT_PU_UPTL# HT_PU_WNTL

7 MINI R V PIE_RXP PIE_RXN PIE_TXP PIE_TXN R K R *R PE_PRSNT# close connector follow nvidia recommend PIE_RXP PIE_RXN.U.U PIE_TXP_ PIE_TXN_ J J K L L M N N R P R U T U V Y J J J L L M N N R P R U T U V K K G H G G U PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_P PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_RX_N PE_PRSNT# PE_REFLK_P PE_REFLK_N PE_RX_P PE_RX_N PE_TX_P PE_TX_N PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_P PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_TX_N PE_RX_P PE_RX_N PE_TX_P PE_TX_N PE_LKREQ#/T PE_PRSNT# L L L M P R R R U V W W L M M N P R T T U V W Y J K H J E E PIE_RXP PIE_RXN PIE_TXP_ PIE_TXN_ LK NEW_OE# PPE# close connector follow nvidia recommend.u.u PIE_RXP PIE_RXN PIE_TXP PIE_TXN LK NEW_OE# PPE# LK_MINI_OE# LK NEW_OE# PPE# *P/V *P/V *P/V *P/V NEW R R K R *K R *K LK_PIE_NEW_ LK_PIE_NEW_# LK_PIE_MINI LK_PIE_MINI# V Reserve for nvii MV / LK_MINI_OE# LK_MINI_OE# E PE_LKREQ#/LK PE_PRSNT# PE_REFLK_P PE_REFLK_N H H LK_PIE_NEW_ R LK_PIE_NEW_# R R R LK_PIE_NEW_ LK_PIE_NEW_# LK_PIE_MINI LK_PIE_MINI# R R R R LK_PIE_MINI LK_PIE_MINI# G G PE_REFLK_P PE_REFLK_N PE_TSTLK_P PE_TSTLK_N F F PEX_TSTLK PEX_TSTLK# R *F.V_PLLPE *.U RT_R_ RT_G_ RT, MP_TV_EN.V.V.V PIE_RST# _REFLKIN# PE_RST# G _PE_TERM_GN R.KF T mil/mil _REFLKIN PE_REFLKIN_N PE_TERM_GN.V_PLLPE T PE_REFLKIN_P.V_PLLPE T.V L mil/mil L LMPGSN.U V RT_R_.U V U RT_G_.U.V_ IFP_TX_P RT R R RT_R_ IFP_TX_N R R RT_G RE R R RT GREEN IFP_TX_P _LUE IFP_TX_P R R HSYN_R IFP_TX_P HSYN VSYN_R _HSYN IFP_TX_P F T R R VSYN _VSYN RTTV_SET *F _RSET IFP_TX_N R.U VREF _RSET IFP_TX_N R F IUMP _VREF IFP_TX_N E T mil/mil _N _IUMP IFP_TX_N T F _N N T E N IFP_TX_P T IFP_TX_N T Q *NE MV_XTLIN MV_XTLOUT XTL_IN IFP_TX_P T P/V XTL_OUT IFP_TX_P E T IFP_TX_P T Y LVS _N IFP_TX_P T MHZ E SI / T _N N T F T _N N IFP_TX_N T G N IFP_TX_N F T P/V.V_PLLGPU IFP_TX_N T R T.V_PLLORE.V_PLLGPU IFP_TX_N P.V_PLLIFP.V_PLLORE H IFP_VPROE.U.V_PLLIFP IFP_VPROE F IFP_RST R K IFP_RSET L U.V_PLLGPU JTG_TO E.V_PLLIFP LMPGSN T.U.V_PLLGPU JTG_TI JTG_TO.V_PLLIFP V.U.V_PLLGPU R K JTG_TMS JTG_TI U L LMPGSN R K JTG_TK JTG_TMS R K JTG_TRST# JTG_TK H.V_PLLORE L U.V_PLLORE R K JTG_TRST#.V_PLLORE.U.U.V_PLLORE.U.V_PLLORE R K _TESTMOE_EN PKG_TEST H.V_PLLGPU LMPGSN L LMPGSN TEST_MOE_EN.V_PLLGPU L.U U.V_PLLIFP M/.U.U.V_PLLIFP.V_PLLIFP L LMPGSN RT/TV LVS I/F PIE_RST#, TXLLKOUT TXLLKOUT- TXLOUT TXLOUT TXLOUT TXLOUT- TXLOUT- TXLOUT- LVS mil.v m mil/mil.v.v mil/mil mil/mil TRE WITH : _PE_TERM_GN mil/mil IFP_VPROE IFP_RST VREF mil/mil.v_pllpe.v_pllifp.v_pllifp.v_pllore.v_pllore.v_pllgpu.v_pllgpu mil/mil PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom MV ( PIE/L/RG ) Friday, November, ate: Sheet of

8 M POWER PLNE/GN & YPSS m.v for Integrated Flat Panel power rail PV / PV / PV / PV / MV (POWER/GN) ustom Friday, November, Size ocument Number Rev ate: Sheet of Quanta omputer Inc. PROJET : TT N/R/HW.V_IFP.V_N.V_N.V_N.V_N.V_N.V_N.V_N.V_N.V_N.V_N.V_N.V_N.V_N.V.V.V.V.V.V.V.V.V.V.V.V.V.V_HT.V_HT.V_HT.V_HT.V_HT.V_HT.V_HT.V_HT.V_HT V.V.V.V_PE.V_PE.V_PE.V_PE.V_PE.V_PE.V_PE.V_PE.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_IFP V HTV_EN_V HTV_EN HTV_EN HT_VL HT_VL_V# HT_VL_R.V_N.V.V.V_HT.V_PE.V.V.V.V.V V.V_HT VPU VPU V.V_HT V.V.V_N.V_N.U.U L.U U U/XR U/XR U/XR.U.U *U.U *U U/XR.U *.U U.U L LMPGSN U/XR Q NE U.U U U Q O *U/XR U U *U.U U U U/XR *.U U/XR *U/XR POWER/GN U M/ E E E F F G H J J J J T U U Y W U U E K M R M J T U H E F F F E F G G G H J G H U H J E Y E U E Y U N F J L T T J H L M P T L F L P N K N T W Y U H V T R U G Y H F L R V L M N P M N P M N P M N P L K M P T W W H K V F V.V_ORE.V_ORE.V_ORE.V_ORE.V_ORE.V_ORE.V_ORE.V_ORE.V_ORE.V_ORE.V_ORE.V_ORE.V_ORE.V_ORE.V_HTMP.V_HTMP.V_HTMP.V_HTMP.V_HTMP.V_HTMP.V_HTMP.V_HTMP.V_HTMP.V_PE.V_PE.V_PE.V_PE.V_HT.V_HT.V_HT.V_HT.V_HT.V_HT.V_HT.V_HT.V_HT.V_.V_.V_PE.V_PE.V_PE.V_PE.V_PE.V_PE.V_PE.V_PE.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_PLL.V_ORE.V_ORE.V_IFP.V_IFP GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN PE_GN *.U U U U.U U.U U.U.U.U U.U U *U U.U R K U R K.U R K U/XR U R K *U.U.U *U.U.U Q NE U L.U.U *U/XR U/XR *.U U.U.U U.U.U.U U/XR.U *U Q NE U *U *.U R M.U.U.U U/XR.U U Q MMT HT_VL HTV_EN.V_HT,,

9 HT_MP_TX[..] HT_MP_TX#[..] HT_MP_TX HT_MP_TX HT_MP_TX HT_MP_TX HT_MP_TX HT_MP_TX HT_MP_TX HT_MP_TX HT_MP_TX# HT_MP_TX# HT_MP_TX# HT_MP_TX# HT_MP_TX# HT_MP_TX# HT_MP_TX# HT_MP_TX# HTMP_WNLK HTMP_WNLK# HTMP_WNTL HTMP_WNTL# K L M N R T U V K L M N R T U V P P W W HT_MP_TX[..] HT_MP_RX[..] HT_MP_TX#[..] HT_MP_RX#[..] U HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_P HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT_MP_RX_N HT LINK HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_P HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_TX_N HT_MP_RX_LK_P HT_MP_TX_LK_P HT_MP_RX_LK_N HT_MP_TX_LK_N HT_MP_RXTL_P HT_MP_TXTL_P HT_MP_RXTL_N HT_MP_TXTL_N HT_MP_RX[..] HT_MP_RX#[..] HT_MP_RX Y HT_MP_RX HT_MP_RX W HT_MP_RX U HT_MP_RX T HT_MP_RX R HT_MP_RX P HT_MP_RX HT_MP_RX# Y HT_MP_RX# HT_MP_RX# W HT_MP_RX# U HT_MP_RX# T HT_MP_RX# R HT_MP_RX# P HT_MP_RX# V HTMP_UPLK V HTMP_UPLK# N HTMP_UPTL N HTMP_UPTL# V RP EVSEL# TRY# FRME# IRY#.U MIL(m).V_PLL_PU_HT R.V_PLL_PU_HT MIL (m).u V_PLL_PU_HT L LMPGSN U.U.U V_PLL_PU_HT PR-.K RP LKRUN# V INT# LRQ# INT# L INT# L INT# V.V V PR-.K L LRQ# L REQ# V HTMP_REQ# HTMP_STOP# HTMP_OMP_GN R R HTMP_OMP_GN R.F mil/mil.v_pll_pu_ht M HT_MP_REQ# HT_MP_STOP# HT_MP_OMP_GN HT_MP_OMP_GN.V_PLL_PU_HT LKOUT_MHZ_P LKOUT_MHZ_N LK_TERM_GN MPOUT_M MPOUT_M# K MHZ_THRM_GN R F mil/mil PV / TLE SERIRQ TLE LFRME# R K R.K R *.K V V V V RP REQ# SERR# PERR# STOP# PR-.K REQ# PR_N V SI / V_PLL_PU_HT M.V_PLL_PU_HT LKOUT_MHZ(V) Y MPOUT_M_ R R MPOUT_M PI/LP PULL-UP F F E E E F F E F E E F F E F PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_E# PI_E# PI_E# PI_E# PI PI_FRME# PI_IRY# PI_TRY# PI_STOP# PI_EVSEL# PI_PR PI_PERR/GPIO# PI_SERR# PI_PME/GPIO# PI_LKRUN/GPIO#(V) PI_REQ# PI_REQ# PI_REQ# PI_REQ#/GPIO(V) PI_REQ#/GPIO(V) PI_GNT# PI_GNT# PI_GNT# PI_GNT#/GPIO(V) PI_GNT#/GPIO(V) PI_INTW# PI_INTX# PI_INTY# PI_INTZ# PI_LK PI_LK PI_LK PI_LK PI_LK PI_LKIN E E F F F E F F E E E E F F FRME# IRY# TRY# STOP# EVSEL# PERR# SERR# TLE LKRUN# REQ# REQ# REQ# WWN_OFF# WLN_OFF# N_EEPEN R N_LK R INT# INT# INT# INT# PI_LK L PLK_MINI_L PLK_K_L MP_PLK T PI_LK R R PI_LKIN SERR# LKRUN# WWN_OFF# WLN_OFF# R MPEEP_EN R L_K T T T HT_MP_TX# R *.F.V HT_MP_TX R *.F STUFF : X HT LINK/UNUSE PIN FLOTING (EFULT) NON-STUFF : X HT LINK P/V PLK_LP_EUG P/V PLK_LP_K P/V PI_LKIN P/V MPOUT_M LOK YPSS PV / V HH-PT HTMP_PWRG R.KF HTMP_RST# HTMP_RST# R.KF HTMP_RST# HTMP_REQ# R.KF R HTMP_STOP# R.KF K PI_RESET#(RV) PI_RESET#(RV) PI_RESET#(RV) PI_RESET#(RV) HT_MP_PWRG(RV) HT_MP_RST#(RV) W MP_PIRST# E MP_PIRST# PIRST_R# E IERST_R# R HTMP_PWRG_L R E HTMP_RST# T T T R R IERST# HTMP_PWRG HTMP_PWRG R *R VORE_ON Reserve for version. VORE_ON,,,,, L L L L L L L L K H H K LP_ LP_ LP_ LP_ LP LP_PWRWN#/GPIO(V) LP_LK H F YRST# YRST# PLK_LP_EUG_L R R PLK_LP_EUG, LFRME# SERIRQ LFRME# LRQ# LRQ# SERIRQ G K K L LP_FRME# LP_RQ# LP_RQ#/LP_S# LP_SERIRQ LP_LK G PLK_LP_K_L R R PLK_LP_K LP_RST# V R R R LP_RST# R K MP_TK MP_TI K L LP_RESET#(RV) H JTG_TK H JTG_TI NVII MP JTG JTG_TO JTG_TMS JTG_TRST# H MP_TO MP_TMS R F MP_TRST# R T K K V N/R/HW PROJET : TT Quanta omputer Inc. Size ocument Number Rev ustom MP ( of ) Friday, November, ate: Sheet of

10 LN_TX[..] LN_TX R LN_TX R LN_TX R LN_TX R R LN_TXTL LN_RX R LN_RX R LN_RX R LN_RX R R LN_RXTL LN_TX[..] R LN_TX_R E R LN_TX_R F R LN_TX_R R LN_TX_R LN_TXLK_R R LN_TXTL_R R LN_RX_R F R LN_RX_R F R LN_RX_R R LN_RX_R LN_RXLK_R R LN_RXTL_R E U MII_TX MII_TX MII_TX MII_TX MII_TXLK MII_TXEN MII_RX MII_RX MII_RX MII_RX MII_RXLK MII_RXV MII/RGMII MII_M MII_MIO MII_RXER/GPIO(RVV) MII_OL MII_RS MII_PWRWN/GPIO(RV) MII_INTR/GPIO(RV) MII_VREF RV UF_MHZ(RV) F E F E F LN_RX[..] MLK MIO LN_RXER LN_OL LN_RS MII_PWRN LN_INT R *.K LN_INT R *K RGMII_VREF Route wide same as resister MII_MHZ_R R LN_RX[..] R MII_MHZ / - GIG LN STUFF OPTION R.KF RGMII_VREF V_S Rb Ra R.KF.U Rc R R LN_TXLK_R LN_TXLK R R LN_RXLK_R LN_RXLK Rd, PV / IT_LK_UIO Z_SIN Z_SIN TO docking TO Mini-pcie card to dual US con bluce tooth con R P/V R R R P/V R US US- US US- Re R R LN_RXER Rf R R LN_OL Rg R R LN_RS MII_MHZ *P/V KX US RN KX US- KX US- RN KX US KX US RN KX US- KX US RN KX US- US US- US US- XTL Y MHZ XTL Z_LK Z_SINR R Z_SIN_R K Z_SIN USO# Y USO# Y US_RIS_GN F mil,within mil ST_TXP ST_TXN ST_TXP ST_TXN E U R T U W W V V M XTLIN(RV) M XTLOUT(RV) _ITLK(V) US_P US_N US_P US_N US_P US_N US_P US_N US_O#/GPIO(RV) US_O#/GPIO(RV) US_RIS_GN ST TX_P ST TX_N ZLI US ST UF_SIO_LK(V) _LK(V) _ST_IN/GPIO(RV) _ST_OUT/GPIO(V) _ST_IN/GPIO(RV) _ST_IN/GPIO(RV) _SYN/GPIO(V) _RESET#(RV) US_P US_N US_P US_N US_P US_N US_P US_N US_O#/GPIO(RV) US_O#/GPIO(RV) ST RX_P ST RX_N J R T R U Y Y V V T T U V MHz R *R _LK_L Z_SOUT_UIO Z_SYN_UIO USO# USO# ST_RXP ST_RXN T VG_M *P/V *P/V Z_RST#_UIO, US US- to US HU US to dual US US- con US To epress US- card US US- ST_RXP ST_RXN US con T Z_SOUT_UIO, Z_SYN_UIO, / GIG VREF.V.V Ra K/F.K/F Rb K/F.K/F Rc R R Rd R R Re N R Rf N R Rg N R V_S US RN RN US- USO# USO# US RN USO# US- USO# US RN PR-K US- US RN US- ST TX_P ST TX_N ST RX_P ST RX_N ST TX_P ST TX_N ST RX_P ST RX_N T R.K ST_TEST ST_THRM F F ST TX_P ST TX_N ST_TEST ST_TERMP ST RX_P ST RX_N ST_LE#/GPIO ST_TSTLK_P ST_LE# ST_TSTLK R ST_LE# V R K V V_S R *K R K R K R *K Z_SPKR, V Z_RST#_UIO V_S R *K R K R *K R K SPIF SUS_LK ST_THRM# P[:] P[:] P P P P P P P R K P P P P P P P P P P P P P[:] P[:] PS# PS# PS# PS# PK# PK# PIOW# PIOW# IRQ IRQ PREQ PREQ PIOR# PIOR# PIORY PIORY LE_ET_P R K hange from P to P PV / LK_KX P/V Y.KHZ LK_KX P/V E F E E E F F F E F E E ST_TERMN IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_T_P IE_R_P IE_R_P IE_R_P IE_S_P# IE_S_P# IE_K_P# IE_IOW_P# IE_INTR_P IE_REQ_P IE_IOR_P# IE_RY_P LE_ET_P/GPIO(V) XTLIN_RT(RTV) XTLOUT_RT(RTV) NVII MP PT RT ST_TSTLK_N IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_T_S IE_R_S IE_R_S IE_R_S IE_S_S# IE_S_S# IE_K_S# IE_IOW_S# IE_INTR_S IE_REQ_S IE_IOR_S# IE_RY_S LE_ET_S/GPIO(V) IE_OMP_P IE_OMP_GN.V_VT RT_RST# E E E G G G G G F E F E F F G *F ST_TSTLK# SIE_ R SIE_IRQ SIE_RQ SIORY LE_ET_S IE_OMP_V IE_OMP_V_GN VRT.U NER MP RTRST# R R K R K R.K R.K R K R F R F L_OFF# V V ST_LE# VPU mil(m) R.K R.K VRT_ MIL MIL VRT_ R K Z_SPKR STRP (oot MOE) User Table* Safe table *EFULT Z_RST# STRP (LN) MII RGMII* *EFULT Q MMT SI / R add RT at rechargeable circuit K VPU R K RT_V HH.U.U U R MIL N/R/HW VRT R R HH VRT_ K MIL SPIF STRP (SIO LK).MHZ*.MHZ *EFULT SUSLK STRP (MP MOE) NORML* SLVE *EFULT MIL.K/F.K/F RTRST# T T_ONN PROJET : TT Quanta omputer Inc. RT Size ocument Number Rev ustom MP ( of ) Friday, November, ate: Sheet of G SM_INTRUER# U ST_ P

11 , V ISP_ON LVS_LON LI_E#, PV / R.KLK_R T_R GTE RIN# NSWON# KSMI#, T T T R_VI R_VI R_VI YINS# SI / RSTTN# MPTESTMOE GPIO PULL-UP R.K MIIRST# MP_TV_EN E_SI# R *R SI# SI / MPLI# SWPT SIO_PME# RI#.V_OV.V_OV.V_OV R_VI R_VI R_VI SYS OR I R K R *K R *K ORI ORI ORI oard I oard I oard I WWN/SIM Low High High W/O WWN High High High SM/I PULL-UP PLK_SM PT_SM SM_LERT# GLK_SM GT_SM,, EPWROK RSMRST# GLK_SM GT_SM PIE_WKE# THERM_OVER# R R R K R R R.K R.K R.K R.K R.K N H H E F J J F M M M K J J J P R P P P P K K U R *K R K R K PWRG(RV) PWRG_S(RV) SM_LK/GPIO(RV) SM_T/GPIO(RV) _LK(V) _T(V) V_S V_S V RESET/PWRGOO _LK/GPIO(V) SM/ I_T/GPIO(V) L_PNEL_PWR/GPIO(V) L_KL_TL/GPIO(V) L_KL_ON/GPIO(V) GTE/GPIO(V) PU LEGY SPKR KRRSTIN#/GPIO(V) THERMTRIP/GPIO#(V) PWRTN# PMU SLP_S#/SUS RSTTN# EXT_SMI#/GPIO(RV) SLP_S#/SUS LI#/GPIO(RV) SUS_LK/GPIO(RV) PE_WKE#(RV) SLP_EEP# SIO_PME#/GPIO(RV) RI#/GPIO(RV) THERM#/GPIO(V) TEST_MOE_EN(V) NVII MP GPIO GPIO/SLV_RYPWRWN(V) GPIO/PU_SLP(RV) GPIO/PU_LKRUN(RV) GPIO/R_VI(RV) GPIO/R_VI(RV) GPIO/R_VI(RV) GPIO/PU_VI(RV) GPIO/PU_VI(RV) GPIO/PU_VI(RV) GPIO/PU_VI(RV) GPIO/PU_VI(V) GPIO/PU_VI(V) PU LEGY PULL-UP PMU PULL-UP LK_R EILK_R PUV_EN(RV) HTV_EN(RV) MEM_VL(RV) PU_VL(RV) HT_VL(RV) SM_LK/GPIO(RV) SM_T/GPIO(RV) SM_LERT#/GPIO(RV) LL#(RV) VP_EEP FNTL/GPIO(V) FNTL/GPIO(V) FNRPM/GPIO(V) GPIO/GPSTP/SUS_STT(RV) GPIO/SYS_SHUTOWN(RV) GPIO/NFERR/SYS_PERR(RV) GPIO/FERR/SYS_SERR(RV) E_SI# INTRUER#(RTV) HPLUG_ET/GPIO(V) SPIF/GPIO(V) SI / LK T EILK EIT R R HH HH N F M N F M L M E J F N G E K J L E K J J F T HTV_EN HT_VL EILK_R EIT_R SM_LERT# MP_THERMIP# SUSR# R SUSR# R SUSK SLP_EEP# PM_TLOW# VP_EEP PV / T mil(.m) GPIO R GTE RIN# EPWROK NSWON# RSTTN# KSMI# MPLI# PIE_WKE# SIO_PME# RI# PM_TLOW# R R R R LK_R EILK_R ORI ORI ORI R R R R R R F F R R LK_R T_R EILK_R EIT_R T R YON R K R K R K R.K R K R K R.K R K R K R R R.K R R K K VORE_ON, HTV_EN MEM_HWPG PU_HWPG HT_VL K K (.K) V_S SI / V Z_SPKR, MP_THERMIP# SUS# SUS# MIIRST# SI# PLK_SM PT_SM SUS_LK MP_TV_EN, SM_INTRUER# RTTV_E SPIF V V_S YON PV / P/XR P/XR P/XR.U.U U.U.U.U.U.U.U.U.U.U.U.U.U.U.U.U MP_.VHT U.U MP_.VHT R.U MP_.VHT N U MP_.VHT L U/XRMP_.VHT W m.u.v_ul E.U.V_UL F.U.U.U.V_PLL_US Y m m.v_pll_sp_v F.U.U V_PLL_SP_SS m PV / T PV / *U.U U T U/XR U/XR U/XR U/XR *.U *.U *.U *.U U/XR.V_UL.V.V.V.V.V.V.V.V.V.V.V.V.V.V.V.V.V.V.V.V V V MP_N MP_N.V MP_.V_HT.V_LW_MP *.U *.U U U U U U U T T R R M M L L K K K K K K Y F E F F N N N N N N N M M M M M M M L L L L L L L K K K J H G F E H H U R N L W L L U.V.V.V.V.V.V.V.V.V.V.V.V.V.V.V.V.V_HT.V.V.V_UL.V.V_UL.V.V_UL.V.V_UL.V.V.V_US_UL.V.V_US_UL.V.V.V_SP_.V.V_SP_.V_SP_.V_HT.V_SP_.V_HT.V_HT.V_SP_.V_HT.V_SP_.V_HT.V_PLL_M_UL.V_UL.V_PLL_M_UL.V_UL V.V_PLL_LEG V.V_PLL_US.V_PLL_LEG.V_PLL_SP_V.V_PLL_US.V_PLL_SP_SS.V_PLL_SP_SS N N N N N GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN GN ST_GN ST_GN MP_.V.U MP_.V.U MP_.V.U MP_.V.U MP_.V.U MP_.V MP_.V m MP_.V_HT.U Y.V_LW_MP.U T.V_LW_MP.U P.V_LW_MP.U G.V_LW_MP.U R W V.V_US_UL F MP_.V_SP.U E MP_.V_SP.U F MP_.V_SP.U E MP_.V_SP.U E F E F.V.V.U.U.V_PLL_M_UL V_PLL_M_UL m.v_pll_leg m V_PLL_SP_SS m V_PLL_US m.v_pll_sp_ss m E MP_N E MP_N E MP_N.U V L LMPGSN.U T T T V_PLL_SP_SS V L LMPGSN MP_.V L LMPGSN MP_.V_HT L LMPGSN Y W.V_UL R.V_S V.V_PLL_M_UL.V_S U L LMPGSN U V_PLL_M_UL V_S U L LMPGSN T.V_PLL_US R.V T.V_PLL_LEG R T.V_PLL_SP_SS R T.V_PLL_SP_V T L LMPGSN T MP_.V_SP T L LMPGSN R V R V R.V_LW_MP R V_S R MP_.VHT.V R L LMPGSN R R.V R P *.U P *U P *.U P *.U P *.U P *U P *U P *.U P U.V_PLL_SP_V N U V_PLL_SP_SS N.U F.U E *.U V *.U U V_PLL_US E.U.U MP_.V_HT U V_PLL_M_UL U E.V_PLL_M_UL U.V_PLL_M_UL.U.V_PLL_M_UL.U V_PLL_M_UL.U V_PLL_M_UL.U V_S.U NVII MP SUSR# R *K PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom MP ( of ) Friday, November, ate: Sheet of

12 ISP_ON Q PTEU VL R R.K VPU K Q SIV-T-E U V mil LV L U/V/ LV.uF V R.K R.K EILK EIT,, EPWROK HH-PT hange from u to.u PV / SI / N GS--F PWM_VJ R R VJ PWM_VJ V Modify by the switch PV / VPU VPU U VPU ST_LE#,, IR_IN ST_LE#,, PWR_LE# O_LE, MTLE# ST_LE# LVGGW VPU E_compare PV / K_TN MUX MUX V R PV / V LONON K VJ lose to E Modify by the switch PV / LVS_LON R K PN_LON LI_E# LVS_LON LI_E#, mil PN_LON LONON L V_LIGHT V HH R K TXLLKOUT- TXLLKOUT TXLOUT- TXLOUT TXLOUT- TXLOUT TXLOUT- TXLOUT V_LIGHT mil EILK EIT Modify by the switch PV LV /.U.U.U E_ E_ V_LIGHT V_LIGHT.U.U V TXLLKOUT- TXLLKOUT TXLOUT- TXLOUT TXLOUT- TXLOUT TXLOUT- TXLOUT EILK EIT LV G_ G_ G_ G_ G_ G_ T O P N E L HH-PT L_K L_K Q PTEU HE E OUT N GN V S VPU R K VPU.U lose to E V.U PV / US- US US US- US US- R-REER-US- R-REER-US R_SPK R_SPK- V VSUS N UT_N US HU total current m L_SPK L_SPK- TLE LI_E# TLE LI_E# VSUS PV / VPU VSUS HE E OUT N GN V S.U.U PLMI_R PLMI_L N GN -EN-R PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom L ONN,HMI ONN Friday, November, ate: Sheet of

13 V RT_R S- RT_G S-Y RT_ S-VS LO_TV LO_RT R.U K LO _RT -- TV WORK LO_TV -- RT WORK RT/TV SWITH U V I I I I I I I I /E SNTPWR SI / SEL Y Y Y Y GN MP_TV_EN: defaule is HI MP_TV_EN RT_R_ RT_G_ RT RTTV_E HI=TV LOW=RT MP_TV_EN, RT_R_ RT_G_ RT RT_R RT_G RT_ -R as possible as closed to RT connector ( close with in mil ) RT_R RT_G RT_ R *R R *R PV / RT_R RT_G RT_ F FUSEV_POLY V L L L R *R P/V P/V P/V.U V_RT mils VRT MIL RT PORT N RT_ONN LQGHNNJ RT_R LQGHNNJ RT_G LQGHNNJ RT_ P/V P/V P/V RTTV_E V R K.U RTTV_E V.U V_RT hange from nvii for -test.u RT_R RT_G RT_ ES PROTETION U V_SYN SYN_OUT V_VIEO SYN_IN VIEO_ SYN_OUT VIEO_ SYN_IN VIEO OUT GN _IN V IN YP _OUT HSYN HSYN VSYN VSYN LK LK T T R R R R R R R R VSYN HSYN HSYN VSYN LK T close conn within mils HS VS L L R R.uH.uH R R LK T P/XR LK RTVSYN RTHSYN T P/V P/V P/XR.U M R.K R.K R.K R.K VRT HH-PT V_RT V_RT close within mils ( close data switch ) hange from nvii for -test V LK T PV / R R R R R R RT_R_ RT_G_ RT S-VS S-Y RT_ R R R K K K LO_TV LO_TV LO_RT That is for RT and TV choose.. used immpedance and driver to choose PV /.P/V TV_OUT V.P/V TV_HROM hange from nvii for -test S- L.P/V.uH TV_HROM N *VW S-Y L.uH TV_LUM HROM LUM TV_LUM TV_OMP *VW *VW S-VS R *R R *R R *R P P -R as possible as closed to Tv connector ( close with in mil ) L P.uH TV_OMP P/XR P/XR P/XR TV_HROM TV_LUM TV_OMP SHIEL GN GN OMP --L SHIEL PV / PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom RT,TV_OUT Friday, November, ate: Sheet of

14 MI MI- MI MI- MI MI- MI MI- LNV LN_TXLY R *.K LN_RXLY R *.K R.K R.K _OM default Pull-Low NS:GIGIT U LNPHY_V_ LN_MT TT MT LNPHY_MI LN_MX T MX -LNPHY_MI -LN_MX T- MX- LNPHY_V_ LN_MT TT MT LNPHY_MI LN_MX T MX -LNPHY_MI -LN_MX T- MX- LNPHY_V_ LN_MT TT MT LNPHY_MI LN_MX T MX -LNPHY_MI -LN_MX T- MX- LNPHY_V_ LN_MT TT MT LNPHY_MI LN_MX T MX -LNPHY_MI -LN_MX T- MX- NS LN_MX -LN_MX LN_MX -LN_MX LN_MX -LN_MX LN_MX -LN_MX LN_RX LN_RX LN_RX LN_RX LN_RXLK LN_RXTL LN_TX LN_TX LN_TX LN_TX LN_TXLK LN_TXTL LNV R KF MIO T *P SI / *P LN_RX LN_RX LN_RX LN_RX LN_RXLK LN_RXTL LN_RXLY LN_TX LN_TX LN_TX LN_TX LN_TXLK LN_TXTL LN_TXLY LNPHY_MI -LNPHY_MI LNPHY_MI -LNPHY_MI LNPHY_MI -LNPHY_MI LNPHY_MI -LNPHY_MI LN_TX# LN_RX# LN_UPLEX# LN_GLINK# LN_GLINK# LN_GLINK# MLK- MIO- LN_LK LN_GXTL LN_GXTL U RX RX RX RX RXLK RX_TL RXLY TX TX TX TX TXLK TX_TL TXLY //G LE_TX# LE_RX# LE_UPLEX# LE_LINK# LE_LINK# LE_LINK# MLK MI/O LK XTL XTL RTL //--LN PHY V V V V V V V V TRL V V V V V TRL V V V V ONFIG ONFIG ONFIG ONFIG ONFIG RS/ONFIG OL/ONFIG INT/ONFIG ONFIG ONFIG RESET# REFER GN LNV LNV LNV LNV LNV LNV V V TRL V.U V.U V.U V.U V TRL V.U V.U V.U V.U LN_FG LN_FG LN_FG LN_FG LN_FG LN_GRS LN_GOL LN_INT LN_FG LN_FG LNRST LN_RSET L.U V V LNV LNV LNV LNV LNV LNV LN_INT R.K.U.U.U.U.U.U.U.U LNV TRL TRL LNRST LNV LNV R *R R R Q SK V V Q SK V GRST# MIIRST# U U U MII_MHZ MII_MHZ R R RTL PV / LN_MT LN_MT LN_MT LN_MT R R R R R R R R P/KV LNMT_G LN_UPLEX# R.K LN_FG LN_FG LN_FG LN_FG LN_FG R.K R.K R.K R.K R.K LNV MLK MIO R *R MLK- R *R MIO- For S leakage issue.u.u.u.u LNPHY_V_ LNPHY_V_ LNPHY_V_ LNPHY_V_ PHY ddress: LN_GRS LN_GOL LN_INT LN_FG R.K R.K R.K R.K LNV LNV MLK Q NE MLK- LN_RS LN_OL LN_INT ONFIG auto-na auto-na auto-na auto-na dvertise ll apabilities, Prefer Slave MIO Q NE MIO- LN_FG R.K LNV LNV :RGMII/MII TO OPPER RJ SI / RJ LN_GLINK# LN_GLINK# LN_GLINK# LN_TX# LN_RX# HH-PT HH-PT HH-PT LN_GLE# HH-PT HH-PT LN_YLE# LNV LNV R R F F LN_YLE LN_YLE# -LN_MX LN_MX -LN_MX -LN_MX LN_MX LN_MX -LN_MX LN_MX LN_GLE LN_GLE# N LE_YEL_P LE_YEL_N RX- RX RX- TX- TX RX TX- GN TX GN LE_GRE_P LE_GRE_N N TIP RING N-E-NNN *P/KV *P/KV PV / PV / RING TIP N RING TIP GN GN - LN_YLE LN_YLE# LN_GLE LN_GLE# P/XR P/XR P/XR P/XR F--L PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom LN PHY RTL/L,RJ Friday, November, ate: Sheet of

15 Fix S can not work MV / R K R K R K VSUS U Fix S can not work MV / VSUS P/V P/V R M XI Y MHz XO SN MSINS XN U LVGGW U R LVGGW *.U Q SIS-T-E PV / V. U V. RT RT RT RT RT RT RT RT RT RT RT RT U Fix S can not work MV / RT R_LE# V.V V. R-REER-US R-REER-US- R K.U L LMPGSN R.KF L LMPGSN RT FWTN LE HIPRESETN GN V RPU V P M VSS RREF RT RT RT RT RT RT RT RT RT RT RT RT RT RT RT GN V U PIN ONTROLOUT ONTROLOUT ONTROLOUT ONTROLOUT ONTROLOUT ONTROLOUT XN RT RT RT R R ONTROLOUT ONTROLOUT ONTROLOUT ONTROLOUT XN *P V.V.U *P ONTROLOUT ONTROLOUT U.U R K PV XI XO PVSS VV VH PWR_V VSSH MSINS SMN FN SN ONTROLOUT & ONTROLOUT, trace length shorter, surround with GN. U Fix S can not work MV / V. V.V V. XI XO U.U U SN MSINS PWR_V Fix S can not work MV / Fix S can not work MV / PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom U controller Friday, November, ate: Sheet of

16 PWR_V IN R REER X,MM/S,MS/MSP PWR_V PWR_V H H *H-P *H-P hange for ME PV / H H *H-P *H-P H *H-P V. PV / R SI / *P K N SI / R *K X-WPN_MS- R.U MSINS X-RN_MS- X-RN X-EN X-LE_MS-LK X-LE X-WRN X-WP# X-_S- X-_S- S- S- MS-_S-M X-LE_MS-LK X-RN_MS- MS-_S-WP x-r/ MS-T x-re MS-T x-e MS-S x-le GN x-le S-V x-we S-LK x-wp S-T x- x- x- x- S-T x- S-T S-T S-M x- GN x- MS-V x- MS-SLK x-v MS-T x--sw MS-INS S-WP-SW MS-T S--SW MS-_S-M X-WPN_MS- MS-S_S-LK MS-S_S-LK S- X-_S- X-_S- X- S- X- X- X-.U MS-_S-WP R *K XN SN H *h-tcbcdip hange for ES PV / hange for signal PV / hange for signal MV / PWR_V PWR_V hange Pin and Pin from GN to empty MV / hange for system uild PV / LOSE ONN PWR_V H *N H *h-tcbcdin H *H-P H *H-P.U.U H *H-EXP R.K R.K H *H-P H H *H-P- *H-P H H *H-P *H-P GN GN GN GN *P R-K-LX H *H-P H *H-P.U H *H-EXP H *H-P.U H H-P R.K ONTROLOUT ONTROLOUT ONTROLOUT ONTROLOUT ONTROLOUT R R R R R R R R R X-WRN X-RN X-EN X-LE X-LE_MS-LK P *EMIP P *EMIP P EMIP P EMIP P EMIP P EMIP P EMIP SI / P EMIP PV / P EMIP dd for EMI PV / P EMIP P EMIP ONTROLOUT R MS-S_S-LK RT R R MS-_S-M RT R R X-WPN_MS- RT RT RT R R R R R R MS-_S-WP X-RN_MS- S- VIN VIN.VSUS.VSUS PV / RT RT RT RT RT R R R R R R R R R R S- S- S- X-_S- X-_S-.U/V//XR.U/V//XR.U/V//XR.U/V//XR.U/V//XR.U/V//XR.U/V//XR.U/V//XR.U/V//XR.U/V//XR RT R R X-_S- RT R R X-_S- SMR_VREF_IMM RT R R X- RT RT RT R R R R R R X- X- X- PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom ard Reader Friday, November, ate: Sheet of

17 SI / PV / JK_ETET# V.U.U U/V U U Vout Vin YP GN EN TPS_N.U.U L LMS U V.U U/V E V V_V OK_MI_Sense# System MI GN GN GN Vset=.V MINON MINON,,, MI-VREFO-L R.K INT_MI_L PLMI_L L R R MI-VREFO-R GN GN.U.U Fix high-frequency response slightly MV / *U U K INT_MI_R.U.KF MI-VREFO-R R.K HH-PT MI-VREFO-R INT MI V MI-VREFO-L INTERNL MI System MI HH-PT MI-VREFO-L PLMI_R R K_ V, VOLMUTE# PV / MPL MPR U U U U/V_, VOLMUTE Q NE N V V SURR-L SURR-L FRONT-R FRONT-L Sense N MI-VREFO-R LINE-VREFO MI-VREFO N MI-VREFO-L VREF VSS V INT_MIR_L U INT_MI_R OK_RSPK LFE (Port-G-R) MI-R hange from U to U PV / Q INT_MIL_L INT_MI_L SIESURR-L (Port-H-L) MI-L U NE V N N VSS ST-OUT IT-LK VSS ST-IN V SYN RESET# PEEP LINE-R LINE-L MI-R GN R K/F_ JREF/N MI-L SURR-R SURR-R -R GN VSS L -GN OK_LSPK ENTER-(Port-G-L) -L R, VOLMUTE# SPIF R *K_ V_V SIESURR-R (Port-H-R) N SPIFO GN GN PV / OK_MI_Sense# U INT_MIIS_R hange from to V PV / V U INT_MIIS_L UR U INR INR GN U GN GN R R UL U INL K K INL KMI_R R R KMIR U/V//XR R K LINE-R OK_MI_R KMI_L R R KMIL U/V//XR R K R LINE-L OK_MI_L K SENSE R.KF HP_PLG R.K OK_MI_L KMI_SEN Sense R K/F_ MI_PLUG R.K R U/.V K GN GN Q Q MMT MMT GN OK MI ETET PV / VOLMUTE# R * P_EEP Reduce db MV / V_V R *K LINE OUT mplifier,, IR_IN SPIF ERP_L ERP_R MI-VREFO-L INT_MIIS_L INT_MIIS_R MI-VREFO-R IT_LK_UIO Z_SYN_UIO *P_ *P_ R.K R.K PV / R K HP_PLG MI_PLUG U U MX Z_RST#_UIO, Z_SYN_UIO, SI R _ EP Z_SIN SURR-L *U/V_OUTR_L_HP R _ INL_ EP ITLK R R INL EP IT_LK_UIO, EP SURR-R *U/V_OUTR_R_HP R _ INR_ EP *P/V INR OUTL Z_SOUT_UIO, U OUTR N PV /, VOLMUTE# SHNR N V R _ SHNL N U/V_ P_ N N hange Footprint for ME problem P N PV / N_ N N SV VPU dd U and uninsall PV U for fix Vista PVSS_ PVSS PGN HP_PLUG=H ---- ER PHONE SVSS SGN problem MV / HP_PLUG=L ---- PR_SPKER MI JK ET PIN IS QFN-X--P NORML LOSE TYPE U/V_ MI_PLUG=H ---- INTERNL MI GN MI_PLUG=L ---- EXTERNL MI MI JK ET PIN IS NORML LOSE TYPE GN MX EP can NOT be connected to GN. Please leave EP pins floating. ERP_L ERP_R L LMS V_ U/V_ GN GN V U-V_ PROJET : TT Quanta omputer Inc. UT_N N/R/HW Size ocument Number Rev ustom zalia TRL_ONEXNT- Friday, November, ate: Sheet of E

18 E V T No Ground Plane In Section R T Homologation rea VSUS R MR MQ LK SIN SO SYN RST# U N GPIO_/EE_S VIO GPIO_/EE_S/PNPI LK/IT_LK N V V SI/ST_IN GN SO/ST_OUT OUT SYN RST#/RESET# Si R R M MR QE T RST# T IGN SYN Z_RST#_UIO, M RX T SIN Z_SYN_UIO, I Q LK Z_SIN QE IT_LK_UIO, SO M S MQ Z_SOUT_UIO, VREG VREG RNG RNG M MR MU Si MR MR M MR MQ MQ MR MR MQ M MR M MZ M MR M MF MF M MJP M MRV MH FI FI FI FI Modem Header M MR MF MF MF ESIGN SUJET TO HNGE SILION LORTORIES ONFIENTIL PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom MOEM () Friday, November, ate: Sheet of E

19 L KHS_ VMP UIO MPLIFIER V MPR GN GN MPL.U U/XR.U.U.U U U R_SPK V ROUT R_SPK- ROUT- GN PV L_SPK.U PV LOUT L_SPK- RRIN- LOUT- R K RIN-.U RRIN- RLINEIN EEP_MP *.U R K.U MP_RIN RHPIN P-EEP RIN GN SE/TL# LIN- GN R K.U MP_LIN SE/TL R K R K.U RLIN- LIN HP/LINE RLIN- LHPIN MP_SHN# R K V.U LLINEIN SHUTOWN MP_YPS GN.U YPSS GN R *K MP_G GN VOLMUTE#, HH-PT R K MP_G GIN GN VMP R K GIN GN R *K GN GN GN HH-PT GN GN GN MP_YPS_H MP_YPS GN R K GN GN hange Gain from.db to GN db MV / GN TP PWP-TT Gain Table GIN GIN SE/TL V(INV) d d.d.d x x.d R * R * R R R R GN INT. SPEKER PSPK EEP KEY_EEP *SWPT R * R_SPK- L KHS-T R_SPK- V R_SPK L_SPK L_SPK- L KHS-T P/V L KHS-T L KHS-T R_SPK P/V GN L_SPK L_SPK- R_SPK- R_SPK L_SPK L_SPK-, Z_SPKR PV /.U P_EEP PEEP.U MPEEP_EN R R *.K K.U U TSHFU R K EEPMP.U R *K EEP_MP TO MP P/V P/V hange L~L from LZ-MT to KHS-T MV / GN PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom JK, MP_TP Friday, November, ate: Sheet of

20 .U INL INR GN PIOR# PIOW# PIORY IRQ IG# PREQ PIOW# PREQ PIORY PIOR# IRQ PK# PS# PS# R R.U R R R R.K R *.K R *.K R K R *K R.K K K K PIOW# PREQ PIORY PIOR# IRQ PK# PS# PS# *.K *.K IERST# YRST# V V U_L U_R _GN IERST# PV / V R O_LE R K P[..] P[..] R *R R V O_LE R *R T N for slave P P P P P P P P PIOW# PIORY IRQ P P PS# P[..] P[..] U_L _GN SEL _P V N R. U_R P P P P P P P P PREQ PIOR# PK# IOS# IG# P PS# E--L M YINS# Y_EN_V SI / -ROM hange Footprint to fix SMT issue MV / USX Q.U O V L mils PYT- YV YV Q NE YV_EN VSUS.U.U U U R Q NE P U/V V VPU YON YON M EN EN GN U G V T T V R K V YINS#, US- US U VSUS R R USPWR *P/XR L *WM- mils.u GPU (TPS) R R OUT OUT U VIN VIN EN GN O O OUT OUT OUT O US- US U/.V *P/V USPWR USPWR total output current. mils (Iout=) USPWR *P/XR *P/V.U U/.V USPWR US- US hange from TN to Elec PV / *P/V *P/V hange from TN to Elec PV / US US- US N GN GN Suyin_MRXXZL PV / ST ONNETOR US & N N GN TXP TXN GN RXN RXP GN ST_TXP_ ST_TXN_ ST_RXN_ ST_RXP_ VST lose to conn.u.u.u.u ST_TXP ST_TXN ST_RXN ST_RXP US- US R R L *WM- US- US USPWR US- US USPWR US- US GN GN GN GN SUYIN_MRSXZX.V.V.V GN GN GN V V V GN RSV GN V V V H_V R R V V VST.U.U U US- US *P/V *P/V US US- SK-- USPWR mils.u H_V.U.U US- US R R R R L *WM- R R hange from TN to Elec PV / *P/XR.U U/.V PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom ST H, -ROM,USX Friday, November, ate: Sheet of

21 Mini PI-E ard WLN E VIN VIN VIN VIN VIN.U P/XR.U P/XR.U P/XR.U P/XR.U P/XR PIE_TXP PIE_TXN PIE_RXP PIE_RXN PLK_LP_EUG LK_PIE_MINI LK_PIE_MINI# PV LK_MINI_OE# EX / EX V V.V VSUS Pin, connect to V Pin, connect to GN N For PIE spec change.v.v GN.V MINI_LE R *R LE_WPN# LUELE, R *R RF_LINK# LE_WLN# RF_LINK# R *R R *R LE_WWN# R *K.U.U U V R *R GN US_ GN US_- PETp GN MINI_SM PETn SM_T MINI_SMK GN SM_LK GN.V R K PERp GN V MINI_SMK PERn.Vaux PIE_RST#, MINI_SMK PIE_RST# R R E_LK GN PERST# MINIRF_OFF# R R WLN_OFF# WLN_OFF# R.K GN V L_ R R GN L, R.K L_ R R REFLK L, L_ R R REFLK- L, L_ R R MINI_SM GN L, MINI_SM LFRME#_ R R R *R MINI_LK LKREQ# LFRME#, R *R MINI_T.V MINIR_PME# GN WKE#.V V - close south bridge Q Q V.U U NE V NE VSUS.U U PLK_SM PT_SM PV / SI / VSUS, MY MX,, PIE_WKE# MINIR_PME# SW NSS-N-FEEGT Q PTEU Mini PI-E ard WWN(W/SIM) VSUS V.V FOR K EUG R V,, PWR_LE#, MTLE# V Pin, connect to V Pin, connect to GN For PIE spec change V US US- MINI_SM MINI_SMK UIM_VPP UIM_RST UIM_LK UIM_T UIM_PWR V MINIE_V N GN PETp PETn GN GN PERp PERn GN GN REFLK REFLK- GN LKREQ# WKE# - -.V GN.V LE_WPN# LE_WLN# LE_WWN# GN US_ US_- GN SM_T SM_LK.V GN.Vaux PERST# GN.V GN.V V PV / R K/F_ V WWN# US US- WWN_OFF# R.U.U hange for build R *K UIM_PWR.U U H H VN VP H H *M_ST N GN V VPP RST I_O LK SW etect etect SW FS-G U R.U UIM_PWR UIM_RST UIM_LK V K U VW V.U etect Function.U PV / U PROJET : TT Quanta omputer Inc. N/R/HW Size ocument Number Rev ustom MINI R Friday, November, ate: Sheet of E