Foxconn Precision Co. Inc. G41M04 Schematic

Transcription

1 Foxconn Precision o. Inc. GM Schematic Page Index. Index Page. Topology. Rest Map. lock istribution. Power elivery Map. Power Sequence. LOKGEN. Power / MIS onnectors. VR.-ON NP. V V FS. STRV _UL. LG -. LG -. Eaglelake -GMH -. Eaglelake -GMH -. Eaglelake -GMH -. Eaglelake -GMH -. R hannel. R hannel. PI Express x Gfx Slot. VG. IH -. IH -. IH - Fab.. ata: //. RER US. FRONT US. PI Express xslot. LN-RTLEL/L. UIO /. Super I/O -ITF. Keyboard / Mouse / Fan Serial Port / IR / IR. OR I. hanglist. VI. PI FOXONN PEG Index Page GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

2 VR. Phase PWM Yorkfield Wolfdale LG Processor Socket T /// FS K- lock PI Express x External Graphics ard PI Express x Port R / hannel R IMM VG onnector VI onnector GMH Eaglelake R / hannel R IMM ack Panel US. Port US. Port US. Port US. Port Lanes irect Media Interface (MI) ontroller Link PIe port SPI Flash LN L Realtek PI Slot X Header US. Port IH US. Port US. Port US. Port IE LP I/F SPI Flash (IOS) Serial T ST onnector HI, RI,,, ST onnector ST onnector ST onnector PI Express x Super I/O IT/FX LP I/F TPM TPM H odec Realtek L/ IR/IR Serial Floppy rive onnector FOXONN PEG TOPOLOGY GM Size ocument Number Rev Monday, November, ate: Sheet of

3 PU (edar Mill/Presler/onroe/llendale) LG processor PU_PWRG PURST# TX Power Vtt_PwrGd K PWRG_PS PS_ON# Translation ircuitry PWRG_V PWROK GMH roadwater PURST# PI Express x RSTIN# IH SLP_M# IH_PWRG K_PWRG PIRST# PLTRST# Front Panel PWROK Z_RST# RST# udio FR_RST SYS_RESET# LN_RSTSYN SW_ON PWRTN# SLP_S# RSMRST# RIN# RST# TPM Power on/off circuit RST# KRST RSMRST# Super IO SLP_S# PSOUT RST# PI Slot RST# PIe Slot PIe LN PSIN PSOUT# RST# IE ontroller RSMRST circuit FOXONN PEG Reset Map GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

4 .MHz PU PU // MHz iff Pair MH // MHz iff Pair PI Express MHz iff Pair OT MHz iff Pair PI Express x Gfx G hannel R IMM hannel R PI Express/MI MHz iff Pair IMM ISLPRSGLF PI Express/MI MHz iff Pair US/SIO MHz IH MHz REF MHz PI MHz PI Slot TPM MHz TPM IH SPI lock SPI zalia it lock.khz H udio SIO MHz Super I/O ST MHz iff Pair PI Express Mhz iff Pair FOXONN PEG lock istribution GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

5 .V Super I/O R hannel Vdd (ore)=.v Ivdd(Max)=T(per channel) Vtt (ore).v Ivterm(Max)=m (per channel) R hannel Vdd (ore)=.v Ivdd(Max)=T(per channel) V VUL Icc(Max)= VS Single Phase Switch V to.v Ivdd(Max)=T LO.V to.v Ivterm(Max)=. TX P/S V VR Switching Three Phase Linear.V to.v Proceessor Vccp (PU Vcore) Voltage=.~.V Icc(Max)= -Phases Swithing.V FS Vtt=. roadwater GMH FS_Vtt.V FS Vtt Icc(Max)=..V VSM.V V_SMLK.V Icc(Max)=m.SV Icc(Max)=m(S).SV Icc(Max)=m(S) US. Ports +V UL=(S, S) +V UL=m(S) PS +V UL=m(S, S) +V UL=m(S) FWH.V=m(S, S) V VS VUL Icc(Max)=.(S,S) m(s) Vtt (ore).v Ivterm(Max)=m (per channel).v GMH. V. Switching Vcore (ore Logic).V Icc(Max)=.(Integrated).V (MI&PIe) V_EXP..V V_L. PI Express X slot () +V=..VS Icc(Max)=.(wake) Icc(Max)=.(no wake) V H odec Vcc V Icc(Max)=m Vcc.V Icc(Max)=m LO V to V VS Linear.V to.v V_PV_IH Linear.V to.v V_PV_IH. RT attery V_STY to.s..v V_ m.v V_.m IH.V VMI m.v V_PU_IO m.v (ore) V_..V (US &ST) V_..V (PIe)V_..V VGLN_ m RT=u.V VccL_ m.v VccSUS_ m.v VccLN (/) m.v VccSUSH m.v V_ m V +.V= PI Express X Per slot () +V=..VS Icc(Max)=.(wake) Icc(Max)=.(no wake) +.V= PI Per Slot (X) -V Icc(Max)=. V Icc(Max)=.V Icc(Max)=. V Icc(Max)=..VS Icc(Max)=.(wake) Icc(Max)=.(no wake) -V.V.V VccGLN_ m.v VccH m Nineveh GbE Lan.V STY IO LE.n.V NLOG.m.V Internal. to. VR core.m JT K Vdd (ore).v Ivdd(Max)=m Power elivery Map FOXONN PEG GM Size ocument Number Rev ate: Tuesday, ugust, Sheet of

6 S->S +V_SYS S->S +V_SYS +V_UL +V_SYS +V_SYS +V_UL +V_UL +V_SYS +V_SYS +V_UL +V_STR +V_STR VTT_R VTT_R VTT_VR VTT_VR Vcc Vcc ms to ms Vcc_PWRG VRM_OUTEN Vcc_PWRG VRM_OUTEN PS_ONJ VIPWRG VIPWRG PS_ONJ S->S +V_SYS S->S +V_SYS +V_SYS +V_UL +V_UL +V_SYS +V_SYS +V_STR +V_UL +V_STR +V_UL +V_STR +V_SYS +V_STR VTT_R VTT_R VTT_VR VTT_VR Vcc Vcc Vcc_PWRG VRM_OUTEN ms to ms Vcc_PWRG VRM_OUTEN VIPWRG PS_ONJ PS_ONJ VIPWRG FOXONN PEG Power Sequence GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

7 V_SYS V_SYS F V_LK F P V_LK_ST_M P X_OPPER hange to Ohm RES or not.uf.v, XR, +/-% nf V, XR, +/-% V_LK nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% V_SYS X_OPPER.uF.V, XR, +/-% nf V, XR, +/-% nf V, YV, +%/-% V_LK V_LK T V_LK_M nf V, XR, +/-% F P V_LK_REF_ X_OPPER.uF.V, XR, +/-% nf V, YV, +%/-% nf V, XR, +/-% R.K V_LK K_M_PI K_M_PI K_M_SIO K_M_SIO K_M_TPM K_M_TPM K_M_IH K_M_IH K_M_PI K_M_PI K_M_IH K_M_IH K_M_SIO K_M_SIO R R.K Reserved U.K RLTH Mhz_F_x dummy V_LK V_LK_ST_M M_ V VMhz_ST V_LK_ST_M RN V_LK GSEL/.Mhz VST_ST ST_M_P_IH K_ST_M_P_IH VPI STLKT_LR ST_M_N_IH K_ST_M_N_IH R.K STLK_LR O PILK REF_x/FSL R K_M_IH IS_FSSEL IS_FSSEL Freerun/PILK_x FSL/PILK_x X,, IH_SYS_RSTJ SELRSET/RESET#/PILK X V_LK_REF_ R Ohm +/-% R.K PILK VREF_ST SM_T_MIN,,,,,, R Ohm +/-% V_LK_M ST P O SM_LK_MIN,,,,,, IS_FSSEL SLK P R Ohm +/-% V X_OPPER FSL/US_MHz M_P_PU =MHz K_M_P_PU.K PUT_LR X_OPPER SEL_#/_Mhz M_N_PU =MHz K_M_N_PU R VRMPWRG PU_LR V_LK M_P_GMH Vtt_PwrGd/WOL_STOP# VPU M_P_GMH K_M_P_GMH K_M_P_GMH M_N_GMH OTT_LR/PIeT_LR PUT_LR M_N_GMH K_M_N_GMH OT_LR/PIe_LR PU_LR K_M_N_GMH V_LK VI/O K_PE_M_P_LN PIeT_LR K_PE_M_N_LN V_LK_REF_ PIe_LR V_ST K_PE_M_P_PORT PIeT_LR PIeT_LR K_PE_M_N_PORT PIe_LR PIe_LR PE_M_P_GMH K_PE_M_P_GMH PE_M_P_PORT PIeT_LR PE_M_N_GMH K_PE_M_P_PORT K_PE_M_N_GMH PE_M_N_PORT PIeT_LR PIe_LR K_PE_M_N_PORT PIe_LR PL_REFSSLKIN_P PIeT_LR PIeT_LR PL_REFSSLKIN_N PIe_LR PIe_LR PE_M_P_IH K_PE_M_P_IH V_LK PIeT_LR PE_M_N_IH VPIEX PIe_LR K_PE_M_N_IH RTMT- X pf XTL-.MHz pf RTMT--V-GRT V_LK FS_VTT R.K RN FSSEL FSSEL FSSEL FSSEL, FSSEL, FSSEL, VRMPWRG VRMPWRG, RN K_M_PI K_M_PI K_M_SIO IS_FSSEL IS_FSSEL IS_FSSEL.K Ohm FSSEL FSSEL FSSEL K_M_IH K_M_SIO K_M_IH K_M_IH K_M_TPM V, NPO, pf V, NPO, pf pf pf V, NPO, pf pf V, NPO, V, NPO, V, NPO, V, NPO, V, NPO, pf pf SEL TLE FS_ FS_ FS_ FS Frequency MHz() MHz() MHz() MHz() MHz() MHz() LOKGEN FOXONN PEG GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

8 V_SYS V_SYS V_SYS V_S -V_SYS V_SYS PS_ONJ V_S R.K.uF V, YV, +%/-% -V_SYS V_SYS V_SYS PWR +.V +.V -V +.V PSON +V +V RSV PWRK +V +V_UX +V +V_ +V +V_ +.V Header_x V_SYS V_SYS V_SYS V_S V_SYS R.K PWRG_TX.uF V, YV, +%/-% V, YV, +%/-%.uf V, YV, +%/-%.uf PWRG_TX, V, YV, +%/-%.uf V, YV, +%/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf place at power connecter V_SYS V_S V_SYS V_S H_LEJ,, IH_SYS_RSTJ R +-% H_LEJ pf pf V, NPO, V, NPO, R K Front Panel Switch/LE H_LE+ Power H_LE- Power LE(Green) Power button Reset button Power N Key FP X Header_X_K R R.K +-% PTNJ_SIO PTNJ_SIO pf pf V_SYS R K E Q MMT--F R K +/-% hange to % or not PWR_LE V, YV, +%/-% V_SYS V_SYS V_SYS V_SYS V, YV, +%/-% V_SYS.uF.uF V, YV, +%/-%.uf V, XR, +/-% V, YV, +%/-% nf V, YV, +%/-%.uf V_SYS V_SYS V_MH.uF V, YV, +%/-%.uf V, XR, +/-% V, YV, +%/-%.uf.uf V_SYS R.K V_SYS RN Ohm SPEKER HEER SPEKER UZ + UZZER - SPKR SIO_EEP Q T R.K E V, XR, +/-% Q MMT--F.uF FOXONN PEG Power/MIS onnectors GM Size ocument Number Rev ustom ate: Tuesday, ugust, Sheet of

9 VP V_SYS V_VRM, V_SYS V_SENSE _SENSE VP V_SYS lose to PL Fsw= khz OP ~ PR Ohm PR Ohm VTT_OUT_RIGHT P PR PR KOhm P +/-%.uf V, YV, +%/-% PR +/-% P PR Ohm +/-% PR P nf V, XR, +/-% P P.uF.uF V, XR, +/-% V, XR, +/-% P uf +/-% P.uF V, XR, +/-% ch VRMPWRG VR_RY VRM_EN VI EN VI VI VI VI VI VI VI VI VI VI VI VI VI VI VI VI VI VI VI VI VI VI PR PSI_N_IN VI P_PSI_N PSI PR PR P IFFOUT P.K.nF OMP +/-% pf +/-% OMP V, XR, +/-% V, XR, +/-% PR K +/-% P pf V, NPO, VF PR VF PR.K KOhm PR KOhm +/-% ROOP +/-% +/-% PR +/-% PRT T.K PR P pf rh K V, NPO, +/-% PR +/-% PR K +/-% PR K +/-%.uf V, XR, +/-% U VF SSUM nf V, XR, +/-% VSP VSN PR. ILIM V_VRM ROS V VMON P_ VP PR V_VP P uf +/-% ch ST TG SWN G SN SP TG SWN G ST TG SWN G SN PR S ST TG SWN G SN PR S ST TG SWN G SN PR S G >us FILTER IMON PR NPTMNRG Ohm +/-% PR K +/-% OTTOM P ONNET TO Through PR K +/-% P VIs change to ohm SN SP ST TG SWN G ST SN SP G RVON SN SP P THTG P uf +/-% ch PR. rh P nf +/-% ch PR. rh PR. rh PR.K +/-% P nf +/-% ch PR.K +/-% P nf +/-% ch PR.K +/-% PR P PR P P PR P PR THTG P THTG KOhm +/-% nf +/-% ch KOhm +/-% nf +/-% ch KOhm +/-% nf +/-% ch V_VP V_VP R. R KOhm +/-% R. R KOhm +/-% R. R KOhm +/-% G G G G G G V_VIN S S V_VIN S S V_VIN S S.uF V, YV, +%/-% Q OL Q G OL.uF V, YV, +%/-% Q OL Q G OL Q G OL S OL.nF ch V, XR, +/-% lose to L/S MOS Q.uF Q V, YV, +%/-% OL S S Q R. rh PR. rh OL P.nF ch V, XR, +/-% Q OL S VORE OUTPUT ML P S lose to L/S MOS PR. rh P.nF ch V, XR, +/-% S nh@khz L PP nh@khz L PP PP lose to L/S MOS SN SN nh@khz L SN PP PP PP VP V_SYS V_VRM PWR L hoke uh Input L circuit V_VIN PR VF KOhm PR.KOhm +/-% +/-% P pf V, NPO, PQ MMT--F OMP PR K P nf +/-% P.uF V, YV, +%/-% +/-% PR KOhm +/-% E Header_X E uf.uf E uf.uf E uf.uf nf E uf V, XR,+/-%.uF +/-% +/-% +/-% +/-% VP, HPURSTJ V_SYS Q V_SYS IO V R R.uF K K V, YV, +%/-% OI E E MMT--F R.KOhm+/-% Q Q VGTR MMT--F uf V, YV, +%/-% R E Q Q R MMT--F MMT--F E P_PSI_N P_PSI_N PSI_N_IN V_SYS K K HPURSTJ E E uf E uf E uf uf +/-% +/-% +/-% +/-% E E uf E uf uf +/-% +/-% +/-% T uf T uf V,+/-% V,+/-% uf.v,xr,+/-% uf +/-% uf +/-% uf.v,xr,+/-% uf +/-% uf.v,xr,+/-% uf +/-% uf.v,xr,+/-% uf +/-% uf +/-% uf.v,xr,+/-% uf +/-% uf uf.v,xr,+/-% uf.v,xr,+/-% uf.v,xr,+/-%.v,xr,+/-% uf.v,xr,+/-% uf +/-% FOXONN PEG VR.-NP GM Size ocument Number Rev ustom Tuesday, ugust, ate: Sheet of

10 V_SYS V_PHSE V_SYS uf V, XR, +/-% close to Q rain Rocset OMP/OSET R F Ohm +/-% V PWKE-TRL OOT UGTE PHSE LGTE VOUT=.V(+R / R) R,R must less than k R Ohm +/-% E uf V, +/-% Need to change to RUYON MZMEFX. Pull F trace out after out uf V, YV, +%/-% V_MH V_MH R R.K +/-% U S S V_PHSE Q OL.uF E E uf uf V, YV, +%/-% +/-% +/-% uf V, YV, +%/-% +/-% V FOR HIP V_S V_SYS V_STR mils an change to or not S V_ORE mils FS_VTT V_MH V_ORE V_SYS U + - LMRG L R LS-F.uF V, XR, +/-% uh@khz R. R G K Near MOSFET G R K.uF V, XR, +/-% Q OL L R..nF V, XR, +/-%.uf.v, YV, +%/-%.uf.v, YV, +%/-%.uh@khz uf V, YV, +%/-% nf V, XR, +/-% R.KOhm V_REF R.KOhm +/-%.uf V, YV, +%/-% + -.uf V, XR, +/-% U G LMRG R K Q PLG E uf +/-%.uf V, YV, +%/-% Q T V_SYS Reserved V_S V_S R K VREF V_ORE Q R N Q MMT--F uf V, YV, +%/-% E V_S V_STR V_SYS mils R KOhm U + G LMRG - R KOhm uf +/-% V, YV, +%/-% R K S Q PLG an change to or not E uf +/-% FS_VTT. mils uf V, YV,.uF +%/-% V, YV, +%/-% R.KOhm R.KOhm.uF +/-% V, YV, +%/-% V_SYS V_SYS V_STR mils + - Q U G PLG LMRG R K S an change to or not E uf +/-% V_SYS mils uf V, YV, +%/-% FS_VTT FS_VTT FS_VTT.uF V, YV, +%/-%.uf V, YV, +%/-% V V FS FOXONN PEG GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

11 R_VTT SLP_SJ V_S R K V_S V_SYS NW S S G G Q T V_Switch R V_PHSE.uF T V, XR, +/-% uf V, XR, +/-% R.KOhm +/-% U Q Rocset OOT R. R G OL OMP/OSET UGTE K V_PHSE F PHSE LGTE PWKE-TRL R.Ohm Q +/-% G OL on't in IS Near MOSFET R K VOUT=.V(+R / R) R,R must less than k R V Ohm +/-% V_UL L uh@khz S S close to Q rain.uf V, XR, +/-% L.uH@KHz R..uF.nF V, XR, +/-% E uf.v, +/-% Pull F trace out after out V, YV, +%/-% E uf +/-% uf V, YV, +%/-%.V Voltage.V Power requires maximum current V_STR E uf E E uf uf +/-% +/-% +/-% V_STR U VIN VNTL VNTL VNTL R KOhm VNTL +/-% VOUT REFEN RT R KOhm +/-%.uf V, YV, +%/-% V_SYS VTT_R V, YV, +%/-%.uf E uf +/-% Need to heck hange to R R Ohm.KOhm R Ohm +/-% nf V, XR, +/-% V_GPIO V_GPIO V_STR V_S E uf +/-% Q Vin Vout J Z-JTRE VJ V_UL R +/-% R +/-% V_S E uf +/-% Max. output current = series failure issue Vout=Vref(+R/R)+IadjR R is Up Resistor. Iadj=u Vref=.V NRI NRI V_S Ring IH_RIJ_PU IH_RIJ_PU RN IH_RIJ_PU NW LS-F S S K Ohm G G Q PWOKJ NW PWRG_TX S S, PWRG_TX G G Q V_S PWOK- PWOKJ RN PWOK- V_SYS PWOK+ PWOK+ G V_S L H G S PWOK+ V_SYS S PH Q E uf +/-% Q OLV_UL uf V, YV, +%/-% PWOK+ K Ohm V_UL FOXONN PEG STR V V_UL V_UL GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

12 HJ[..] HJ[..] HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HIJ HSTNJ HSTPJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HIJ HSTNJ HSTPJ HIJ HIJ G F F E E F F E G F G F G G G E OF U # # G # # E # # E # # G # # G # # F # # F # # E # # E # # F # # E # # F # # G # # E # # # # G I# I# STN# STN# G STP# STP# G # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # # I# I# STN# STN# STP# STP# Socket-IntelPrescottPU HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HIJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HIJ HJ[..] HIJ HSTNJ HSTPJ HIJ HSTNJ HSTPJ HJ[..] HREQJ[..] HJ[..] HJ[..] HSTJ PEI HJ HJ HJ HJ mils width, mils spacing HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HSTJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HREQJ HREQJ HREQJ HREQJ HREQJ L P M L M R T U T U U V V W N P K J M K J R G W Y Y F F G G G H H J J E U # S# # NR# # HIT# # RSP# H # PRI# G # SY# # RY# # HITM# E # IERR# # INIT# P # LOK# # TRY# E # INIT# # EFER# G RSV ERY# F RSV MERR# REQ# REQ# P# U REQ# P# U REQ# REQ# R# F ST# TESTHI G PREQ# TESTHI G TESTHI H # # P# J # P# H # P# H # P# J # # GTLREF H # GTLREF H # S_GTLREF E # # # RESET# G # # RS# # RS# F # RS# # # # RSV RSV ST# Socket-IntelPrescottPU OF TP_RSPJ HIERRJ TP_INITJ HGTLREF TP_MERRJ TP_PJ TP_PJ HRJ TESTHI_ TESTHI_ TESTHI_ TP_PJ TP_PJ TP_PJ TP_PJ HGTLREF HGTLREF HPURSTJ, HRSJ HRSJ HRSJ HSJ HNRJ HITJ TP HPRIJ HSYJ HRYJ HITMJ INITJ HLOKJ HTRYJ TP HEFERJ TP TP TP HRJ TP TP TP TP TP THERM/THERM. width= mils, spacing= mils.. route the lines in parallel SMIJ MJ FERRJ INTR NMI IGNNEJ STPLKJ VI VI VI VI VI VI VI VI K_M_P_PU K_M_N_PU HV H HVPLL TP THERM THERM V_SENSE _SENSE HV H V_PLL HVPLL VI VI VI VI VI VI VI VI VI_SELET OF U P SMI# TESTHI K M# TESTHI R FERR#/PE# TESTHI K LINT TESTHI L LINT TESTHI N IGNNE# TESTHI M STPLK# TESTHI TESTHI V TESTHI TESTHI RSV FOREPH VIOPLL RSV TESTHI M VI RSV L VI PWRGOO M VI PROHOT# L VI THERMTRIP# K VI L VI M F OMP M F OMP N F OMP F LK OMP G LK OMP OMP E SKTO# RSV RSV L THERM RSV K THERM RSV RSV N VSENSE RSV N SENSE RSV N V_M_REG RSV N _M_REG RSV hanged pin name F from RSV MSI RSV MSI OOTSELET LL_I LL_I F TESTHI_ W TESTHI_ P PSLP# W TESTHI_ F G G G FS_VTT G F TESTHI K FOREPHJ R G Ohm L PU_SLPJ H N PU_PWRG L PROHOTJ M THERMTRIPJ HOMP FS_VTT T HOMP G HOMP R HOMP R J HOMP. T PRSTP# +/-% N E H_TEST G HGTLREF E F J V MS_I W MS_I Y PU_OOT V TP_PU_V TP TP_PU_ TP R Ohm Socket-IntelPrescottPU VTT_OUT_RIGHT R HTK VTT_OUT_LEFT Place at PU end of route R HRJ Place at PU end of route RN TESTHI_ TESTHI_ TESTHI_ H_TEST RN TESTHI_ TESTHI_ R. +/-% HOMP mils width mils spacing to low speed signals mils spacing to high speed signals max. mils R. +/-% R. +/-% HOMP HOMP mils width mils spacing to low speed signals mils spacing to high speed signals max. mils VTT_OUT_RIGHT FS_VTT VTT_OUT_RIGHT VTT_OUT_RIGHT R Ohm R Ohm R Ohm R +/-% R +/-% RN RN VI VI VI VI VI VI VI VI PSLP# TESTHI_ TESTHI FOREPHJ PROHOTJ VTT_OUT_RIGHT Place PM termination near PU RN HPMJ HPMJ HTI HTMS RN HPMJ HPMJ HPMJ HPMJ VTT_OUT_LEFT R Ohm TP_PU_G TP_PU_G reserve for Kentsfield PU support V_ORE uf V, YV, +%/-% #REFE OPPER V_PLL placed near pin, within mils nf V, XR, +/-% R HTO In esign Guide is N HTK HTI HTO HTMS HTRSTJ HPMJ HPMJ HPMJ HPMJ HPMJ HPMJ IH_SYS_RSTJ,, IH_SYS_RSTJ FSSEL, FSSEL FSSEL, FSSEL FSSEL, FSSEL VTT_OUT_RIGHT VTT_OUT_LEFT.uF.uF R HTRSTJ U OF E TK VTT TI VTT F TO VTT TMS VTT G TRST# VTT VTT VTT J PM# VTT J PM# VTT PM# VTT G PM# VTT F PM# VTT G PM# VTT VTT R# VTT VTT K ITPLKOUT VTT J ITPLKOUT VTT VTT G SEL VTT H SEL VTT G SEL VTT VTT VTT VTTPWRG VTT_OUT VTT_OUT VTT_SEL V, YV, +%/-% V, YV, +%/-% Socket-IntelPrescottPU M J F FS_VTT VTT_PWRG VTT_OUT_RIGHT VTT_OUT_LEFT VTT_OUT_RIGHT VTT_OUT_LEFT R. +/-% R. +/-% MS_I MS_I R Ohm HOMP HOMP R Ohm MSI: N = Mainstream / Value, W FM Vss = Performance FM MSI: Vss = Performance, Mainstream/Value, W FM R R HPURSTJ Place at PU end of route R Ohm +/-% V, YV, +%/-% uf HIERRJ VI_SELET PROHOTJ R Stuff to enable Thermal event IH_THRM_UP, meet the.vtt value before VTT_OUT_RIGHT IOS GPIO setting. This is a Intel spec. R GPIO: efault low. Ohm +/-% GPIO: efault input O.VTT R Ohm HGTLREF +/-% R Ohm +/-% pf V, NPO, R Ohm +/-% GTL_GPIO GTL_GPIO R.KOhm +/-% VTT_OUT_RIGHT R. +/-% R R uf Ohm V, YV, +%/-% +/-% R +/-%.uf.v, YV, +%/-% O.VTT Ohm HGTLREF +/-% pf V, NPO, VTT_OUT_RIGHT VTT_OUT_RIGHT V_S R K VTT_PWRG R R.K K #REFE +/-% +/-% Q VRM_EN VRM_EN N KOhm OPPER.uF Q.V, YV, +%/-% MMT--F E FOXONN PEG GTLREF voltage should be.vtt mils width, mils spacing LG- divider should be within." of the GTLREF pin Size ocument Number Rev.nF caps should be placed near PU pin place series resistor as close to divider GM Tuesday, ugust, ate: Sheet of

13 VP UE OF G VP VP K K VP VP H M VP VP T L VP VP M E VP VP M E VP VP E W VP VP Y W VP VP K W VP VP K T VP VP G Y VP VP J L VP VP T VP VP G W VP VP M Y VP VP J N VP VP U VP VP L Y VP VP G VP VP J M VP VP J U VP VP H J VP VP J VP VP G M VP VP J M VP VP J VP VP H VP VP H J VP VP W J VP VP L T VP VP N M VP VP H F VP VP U VP VP T E VP VP R N VP VP K W VP VP N U VP VP G VP VP K VP VP J Y VP VP J N VP VP G N VP VP N N VP VP H N VP VP F Y VP VP L Y VP VP J VP VP J E VP VP J E VP VP G N VP VP K V VP VP F K VP VP E VP VP M M VP VP F E VP VP K VP VP G E VP VP J M VP VP M K VP VP L M VP VP J N VP VP K T VP VP L VP VP N N VP VP H E VP VP L W VP VP J VP VP K M VP VP G N VP VP N VP VP L J VP VP J M VP VP H M VP VP J M VP VP J L VP VP K U VP VP P Y VP VP K J VP VP L VP VP M U VP VP T M VP VP N G VP VP H N VP VP L M VP VP N U VP VP J K VP VP U U VP VP J K VP VP T VP VP K K VP VP N H VP VP G H VP VP N Socket-IntelPrescottPU VP TP VRSEL VP F F H J H H H G L M J J T W J J G L F Y K J M F J G G L W H N N J K F N F M K K N K E L K H F K H E L Y E L L K L L N K K M M L L E H K UF OF VP L VP VP L VP J VP E VP E VP K VP J VP E VP N VP F VP E VP M VP N VP H VP H VP H VP VP VP H VP VP M VP E VP E VP J VP J VP F VP H VP VP H VP K VP E VP H VP H VP E VP H VP E VP M VP H VP J VP J VP F K J F K J F H K M F J F G F L H L L M H H L H E J K K M H H H H H Socket-IntelPrescottPU VTT_OUT_LEFT TP R K R Ohm H H H H H H J M H P V K P P M J W P J W P G G G Y L L L Y L N N N P P E V R V V R V R E N V T V V T L E U R R R R R U R R P V P F E F H E UG Socket-IntelPrescottPU OF J E H E V K L L M E G N N M N F G E F H F F F G F F F N N F F G F N H P E E E T R J M V L F G RSV F RSV Y RSV E RSV E RSV RSV RSV E RSV RSV E TP_PU_E IMPSEL P_PSI_N HOMP HOMP TP HVPLL HV H TP_PU_G PLL Supply Filter FS_VTT VTT_OUT_RIGHT HVIOPLL HV H FS_VTT Notes:. ap. should be within." mils of the V and pins. V route should be parallel and next to route to minimize loop area. VIOPLL route should be parallel and next to route to minimize loop area. Min. mils trace from the filter to the processor pins. The inductors should be close to the cap. can be N for supporting only ore uo, ore Extreme, Wolfdale and Yorkfield family processors (have on-die filter) P_PSI_N uf V, YV, +%/-% R. +/-% HOMP IMPSEL P_PSI_N HOMP mils width mils spacing to low speed signals mils spacing to high speed signals max. mils R. +/-% mils width mils spacing to low speed signals mils spacing to high speed signals max. mils R L L uh R. +/-% Ohm FOXONN PEG LG- GM Size ocument Number Rev ustom ate: Tuesday, ugust, Sheet of

14 HJ[..] HJ[..] HJ[..] U OF HJ L HJ HJ FS FS F L HJ HJ FS FS J HJ HJ FS FS F HJ HJ FS FS H HJ HJ FS FS E L HJ HJ FS FS L HJ HJ FS FS N HJ HJ FS FS N HJ HJ FS FS N HJ HJ FS FS F J HJ HJ FS FS N HJ EXP_RXP HJ FS FS HJ EXP_RXP M EXP_RXN HJ FS FS HJ EXP_RXN R EXP_RXP HJ FS FS HJ EXP_RXP T EXP_RXN HJ FS FS HJ EXP_RXN R EXP_RXP HJ FS FS HJ EXP_RXP R EXP_RXN HJ FS FS E HJ EXP_RXN R EXP_RXP HJ FS FS J HJ EXP_RXP R EXP_RXN HJ FS FS H HJ EXP_RXN U EXP_RXP HJ FS FS F HJ EXP_RXP T EXP_RXN HJ FS FS G HJ EXP_RXN U EXP_RXP HJ FS FS J HJ EXP_RXP U EXP_RXN HJ FS FS L HJ EXP_RXN T EXP_RXP HJ FS FS G HJ EXP_RXP Y EXP_RXN HJ FS FS L HJ EXP_RXN U EXP_RXP HJ FS FS M HJ EXP_RXP EXP_RXN HJ FS FS M HJ EXP_RXN U EXP_RXP HJ FS FS J HJ EXP_RXP Y EXP_RXN HJ FS FS G HJ EXP_RXN Y EXP_RXP HJ FS FS K HJ EXP_RXP Y EXP_RXN HJ FS FS M HJ EXP_RXN EXP_RXP HJ FS FS G HJ EXP_RXP EXP_RXN FS FS J HJ EXP_RXN EXP_RXP FS F HJ EXP_RXP EXP_RXN HREQJ[..] HREQJ FS H HJ EXP_RXN G EXP_RXP HREQJ FS_REQ_ FS L HJ EXP_RXP K EXP_RXN HREQJ FS_REQ_ FS K HJ EXP_RXN J EXP_RXP HREQJ FS_REQ_ FS L HJ EXP_RXP EXP_RXN HREQJ FS_REQ_ FS J HJ EXP_RXN G EXP_RXP FS_REQ_ FS M HJ EXP_RXP EXP_RXN FS H HJ EXP_RXN EXP_RXP HSTJ J FS_ST_ FS F HJ EXP_RXP EXP_RXN HSTJ T FS_ST_ FS F HJ EXP_RXN FS G HJ MI_RXP HSTPJ FS_STP_ FS H HJ MI_RXP MI_RXN HSTNJ HIJ FS_STN_ FS L HJ MI_RXN MI_RXP HIJ FS_INV_ FS J HJ MI_RXP MI_RXN HSTPJ K FS_STP_ FS N HJ MI_RXN MI_RXP HSTNJ J HIJ FS_STN_ FS HJ MI_RXP MI_RXN HIJ F FS_INV_ FS HJ MI_RXN MI_RXP HSTPJ J FS_STP_ FS F HJ MI_RXP MI_RXN HSTNJ K HIJ FS_STN_ FS HJ MI_RXN HIJ F FS_INV_ FS HJ HSTPJ FS_STP_ FS HJ HSTNJ HIJ FS_STN_ FS HJ HIJ FS_INV_ FS K_PE_M_P_GMH HJ FS K_PE_M_N_GMH HJ HSJ J FS_S FS F HJ HTRYJ L FS_TRY FS HJ, SVO_TRLT HRYJ J FS_RY FS HJ, SVO_TRLLK HEFERJ G FS_EFER FS HJ TP_MH_ HITMJ K FS_HITM FS TP HJ TP_MH_ HITJ H FS_HIT FS E TP HJ HLOKJ H FS_LOK FS HRJ L FS_REQ HNRJ J FS_NR HSWING HPRIJ H FS_PRI FS_SWING HROMP HSYJ H FS_SY FS_ROMP HRSJ G FS_RS_ MH_GTLREF HRSJ L FS_RS_ FS_VREF HRSJ G FS_RS_ FS_VREF, HPURSTJ FS_PURST K_M_P_GMH TP_MH_N HPL_LKINP P TP N RSV_ HPL_LKINN P K_M_N_GMH FS F G H G J J L L N N N N R R R R U U U U R P E E E E F F E J G U PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ PEG_RXP_ PEG_RXN_ MI_RXP_ MI_RXN_ MI_RXP_ MI_RXN_ MI_RXP_ MI_RXN_ MI_RXP_ MI_RXN_ EXP_LKP EXP_LKN SVO_TRLT SVO_TRLLK RSV_ RSV_ Eaglelake-Q PIE MI OF PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ PEG_TXP_ PEG_TXN_ MI_TXP_ MI_TXN_ MI_TXP_ MI_TXN_ MI_TXP_ MI_TXN_ MI_TXP_ MI_TXN_ EXP_ROMPO EXP_OMPI EXP_IOMPO EXP_RIS H G J K K L P M T R U V W V Y E E F F G Y Y Y G TLS confidentiality enable: = Enable TLS = isable TLS Note: For platforms that do not support Intel MT,no action is needed. update: Ref spec update. EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN GMH_EXP_OMP GMH_EXP_RIS oncurrent SVO and PI Express: = Only SVO or PI Express is operational. = oth SVO and PI Express are operating EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN V_MH R. +/-% R +/-% TP TP H_FSSEL H_FSSEL H_FSSEL TP_XORTEST EXP_SLR EXP_SM TP_MH_M Enable TP TLS TLS TP_MH_G TP R K TP_MH_J TP TP_MH_J TP TP_MH_F TP R K L_VREF_MH L_RST PWRG_V TP_MH_L F G P M N K F G H L M J G J M J J F Y Y N W N R N N N R R U U R R T T E E L L PI Express Static Lane Reversal: = GMH PI Express lane numbers are reversed (TX) = Normal operation (TX) UE SEL SEL SEL LLZTEST XORTEST RSV_ EXP_SLR RSV_ EXP_SM ITPM_ENLE RSV_ EN SNTEST RSV_ RSV_ RSV_ RSV_ ULX_ENLE L_T L_LK L_VREF L_RST L_PWROK JTG_TI JTG_TO JTG_TK JTG_TMS RSV_ RSV_ RSV_ RSV_ RSV_ RSV_ RSV_ RSV_ RSV_ RSV_ RSV_ RSV_ RSV_ RSV_ RSV_ Eaglelake-Q VG MIS OF RT_HSYN RT_VSYN RT_RE RT_GREEN RT_LUE RT_IRTN RT T RT LK _IREF PL_REFLKINP PL_REFLKINN PL_REFSSLKINP PL_REFSSLKINN RSTIN PWROK IH_SYN H_LK H_RST H_SI H_SO H_SYN P_TRLLK P_TRLT SLP PRSTP N N N N N N N N N N N N N N N F L M E G G N R K U V U V U J F P P N E E K N W W R U HSYN_P VSYN_P K_M_P_GMH K_M_N_GMH PL_REFSSLKIN_P PL_REFSSLKIN_N PWRG_V IH_SYNJ R R P_TRLLK P_TRLT FS_VTT +/-% Ohm Ohm +/-% K_M_P_GMH K_M_N_GMH PL_REFSSLKIN_P PL_REFSSLKIN_N PLTRSTJ,,, PWRG_V, IH_SYNJ HSYN VSYN RE GREEN LUE R R R +/ -% +/ -% +/ -% _T Placed close to _LK GMH within _REFSET mils R. +/-% V_SYS R R.K.K dummy dummy Eaglelake-Q FS_VTT FS_VTT R +/-% R. +/-% HSWING R Ohm.uF +/-% V, YV, +%/-% HSWING voltage should be.fs_vtt mils width, mils spacing max. inches long R. Ohm +/-% R. +/-% MH_GTLREF uf R Ohm pf +/-% V, NPO, V, YV, +%/-% dummy GTLREF voltage should be.vtt =.V mils width, mils spacing divider should be within." of the GTLREF pin pf caps should be placed near MH pin place series resistor as close to divider Resistor and apacitor next to each other,,, FSSEL FSSEL FSSEL RN K H_FSSEL H_FSSEL H_FSSEL placed close to GMH within mils mils width mils spacing to static signals mils spacing to toppling signals R.KOhm _REFSET +/-% TP_MH_L R K TP_MH_J TP_MH_J V_SYS HROMP R. +/-% mils width, mils spacing max. mils on mils in breakout, max mils V_MH R K +/-%,,, PLTRSTJ.V PLTRSTJ R.KOhm +/-% L_RST GMH_EXP_EN_HR V_SYS R K EXP_SM R +/-% L_VREF_MH.uF V, YV, +%/-% R.KOhm +/-% heck G. user=ohm????? min. mils width mils spacing mils min. for max. of mils in breakout FOXONN PEG Eaglelake -GMH - GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

15 U OF U OF M_M_[..] M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_WE_J M_S_J M_RS_J M_S_ M_S_ M_S_ M_S_[..] M_SS_J M_SS_J M_SKE_[..] M_SKE_ M_SKE_ M_OT_[..] M_OT_ M_OT_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ Note: For a single IMM per channel implementation, the following second IMM specific system memory signals should be tested pointed. K/K[:] - R lock Pairs K/K[ and ] - hannel R lock Pairs K/K[ and ] - hannel R lock Pairs S[:] KE[:] OT[:] Y W M W U V V Y U R U M Y R M R L Y W Y U V U T T R W Y R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R WE R S R RS R S_ R S_ R S_ R S_ R S_ R S_ R S_ R KE_ R KE_ R KE_ R KE_ R OT_ R OT_ R OT_ R OT_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ E Y E Y E R T V W Y V Y U T R U H H K L K G G L K H G E E M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_M_[..] M_S_[..] M_SKE_[..] M_OT_[..] M_WE_J M_S_J M_RS_J M_SS_J M_SS_J K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_S_ M_S_ M_S_ M_SKE_ M_SKE_ M_OT_ M_OT_ R_RM_PWROK E Y E Y W V W W Y T U P P W V R T V R N N J K R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R M_ R WE R S R RS R S_ R S_ R S_ R S_ R S_ R S_ R S_ R KE_ R KE_ R KE_ R KE_ R OT_ R OT_ R OT_ R OT_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R K_ R S R M R WE R OT R RM_PWROK R_RMRST RSV_ RSV_ RSV_ RSV_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ W W Y V W U U U W Y T U R Y P W T U W P U R R U Y V R V P W T N U T V T V U V W R P R R R U R U N N V W U U K L L M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] R_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ F F F F Y Y W W Y Y T T T V U R P V V R R M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] MH_R_VREF MH_R_RP MH_R_RPU MH_R_SP MH_R_SPU Y R_VREF R_RP R_RPU R_SP R_SPU R_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R QS_ R QS_ R M_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ R Q_ L L K J N N K L F F J J J F E K J F E E E M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_ M_QS_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] M_QS_[..] M_QS_J[..] M_QM_[..] M_T_[..] Eaglelake-Q Eaglelake-Q V_STR RII ompensation Group Signals R K +/-% R. +/-% MH_R_RP R K +/-% MH_R_VREF.uF V, YV, +%/-% V_STR.uF V, YV, +%/-% R. +/-% MH_R_RPU width mils, spacing mils mils width/spacing minimum for max. of mils in GMH break-out area Placed close to GMH pin R Ohm MH_R_SP +/-% V_STR.uF V, YV, +%/-% R. +/-% MH_R_SPU FOXONN PEG Eaglelake -GMH - GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

16 V_MH V_PIEXPRESS V_ORE V_ORE V_SYS V_MH For layout, change it from V_MH_L to V_MH. V_MH L.uH +/-% #REFE For layout, change it from V_MH_L to V_MH. OPPER V_MH L L L F Ohm L #REFE F Ohm OPPER F Ohm #REFE OPPER nh +/-% L L uh +/-% #REFE OPPER L L uh +/-% #REFE OPPER VQ_RT is very sensitive to low frequency noise (noise below MHz). R uf V, YV, +%/-% R uf V, YV, +%/-% R uf uf V, YV, +%/-% V, YV, +%/-% R #REFE R OPPER #REFE VQ_RT V_HPLL V_EXP V_ (m)(mvpp)minvout V_HPLL >.V.uF.V, YV, +%/-% (m)(mvpp)minvout V_MPLL >.V OPPER R R #REFE OPPER R R #REFE OPPER V_MPLL (m)minvout VQ_RT..V (m)minvout V_EXP.V (m)minvout V_.V.uF V, YV, +%/-% uf V, YV, +%/-% V_MH V_SYS Near E Pin (m)(mvpp)minvout VPLL_EXP.V /VPLL_EXP #REFE OPPER V_GPLL uf.uf V, YV, +%/-% V, YV, +%/-% V_MH V_GPLL V_HPLL V_GPLL V_HPLL V_MPLL V_PLL V_PLL V_H V_ V_EXP VQ_RT (m)(mvpp)minvout V_GPLL VPLL_EXP.V /VPLL_EXP uf.uf V, YV, +%/-% V, YV, +%/-%.uf V, YV, +%/-%.uf.v, XR, +/-% E E F J K L M M M M M M M M M M Y Y P P Y E F G G J J K K K K U E R UG V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ VPLL_EXP V_HPLL VPLL_EXP V_HPLL V_MPLL V_PLL V_PLL V_ V_H V V V_EXP VQ_RT Eaglelake-Q V_H POWER If HMI is not supported,v_h should be shorted to OF V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_L_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_KR_ V_KR_ V_KR_ V_KR_ VML_R VVRM_EXP V_MH K K K K K K K K K L L L L L L L L L L L L L L L L L L L L L L L L L M M M J K J J Place these parts close to Y V_KR ballout in MH backside Y W V_STR V_STR P T V L Y.uH L uh +/-% (m)minvout K V_SMLK.V V_KR E.uF E E #REFE E V, YV, +%/-% OPPER K K K L L M M G VML_R.uF.V, YV, +%/-% L nh #REFE VVRM_EXP OPPER refer to EL update summary K INT VRM ISLE: VVRM_EXP --->.V INT VRM ENLE: VVRM_EXP --->.V for better PIe Gen performance??? uf.v,xr,+/-% V_MH V_MH UF V_MH V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ E V_ E V_ E V_ E V_ E V_ E V_ E V_ E V_ F V_ F V_ F V_ F V_ F V_ F V_ F V_ F V_ F V_ F V_ F V_ F V_ G V_ G V_ G V_ G V_ G V_ G V_ G V_ J V_ J V_ J V_ J V_ J V_ J V_ R V_ R V_ R V_ R V_ T V_ T V_ T V_ T V_ T V_ T V_ U V_ U V_ U V_ U V_ U V_ U V_ U V_ U V_ W V_ W V_ W V_ W V_ W V_ W V_ Y V_ Y V_ Y V_ Y V_ T V_ T V_ V_ F V_ F V_ H V_ L V_ P V_ V V_ POWER OF V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ V_EXP_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ VTT_FS_ E E F F G J J J J J J J J J K K K K K K K K U U W Y Y J J K K K E F F G G H H J J K K L L M M N N N P P P P R R R R R FS_VTT uf V, YV, +%/-% V_MH Place in V_MH_L plane (less than mils from the package) FS_VTT Place in FS_VTT plane as close to the GMH as possible (less than mils from the package) V_STR.uF.V, YV, +%/-% m #REFE OPPER #REFE OPPER #REFE OPPER uf V, YV, +%/-%.uf uf.uf V, YV, +%/-% uf V, YV, +%/-%.uf.uf.v, YV, +%/-%.V, YV, +%/-% uf uf.uf.v, YV, +%/-%.V, YV, +%/-%.V, YV, +%/-%.uf onnect ground sides of caps with traces to balls (less than mils from the package) V, YV, +%/-% V, YV, +%/-% uf.v, YV, +%/-% V, YV, +%/-% L L uh +/-% #REFE OPPER uf.v,xr,+/-% V_PLL.uF V, YV, +%/-% (m)(mvpp)minvout V_PLL/>.V Eaglelake-Q L L uh +/-% #REFE OPPER uf.v,xr,+/-% V_PLL.uF V, YV, +%/-% V_MH uf uf uf V_MH uf uf uf uf uf uf uf K K K K K K K K K K K K V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% Place these caps close to V_MH plane in MH backside FOXONN PEG Eaglelake -GMH - GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

17 Size ocument Number Rev ate: Sheet of FOXONN PEG GM Tuesday, ugust, Eaglelake -GMH - Size ocument Number Rev ate: Sheet of FOXONN PEG GM Tuesday, ugust, Eaglelake -GMH - Size ocument Number Rev ate: Sheet of FOXONN PEG GM Tuesday, ugust, Eaglelake -GMH - OF UJ Eaglelake-Q OF UJ Eaglelake-Q _ E _ E _ F _ F _ E _ OF UH OF UH E _ E _ E _ E _ E _ E _ E _ E _ E _ E _ E _ E _ E _ F _ F _ F _ F _ F _ F _ F _ F _ F _ G _ G _ G _ G _ G _ G _ G _ H _ H _ H _ J _ J _ J _ J _ J _ J _ K _ K _ K _ L _ L _ L _ N _ N _ N _ N _ N _ N _ N _ N _ N _ P _ P _ P _ P _ P _ P _ P _ R _ R _ R _ R _ R _ R _ R _ R _ R _ R _ R _ R _ T _ T _ T _ T _ T _ T _ T _ T _ U _ U _ U _ U _ U _ U _ U _ U _ V _ V _ V _ V _ V _ V _ V _ V _ V _ V _ V _ V _ W _ W _ W _ W _ W _ W _ W _ W _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ F _ J _ J FOXONN U_ Heatsink FOXONN U_ Heatsink OF UI OF UI _ E _ E _ E _ E _ E _ E _ E _ E E _ E _ E _ E _ F _ F _ F _ F _ F _ F _ G _ G _ G _ G _ G _ G _ G _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ H _ J _ J _ J _ J _ J _ J _ K _ K _ K _ K _ K _ K _ K _ K _ L _ L _ L _ U _ U _ U _ U _ U _ U _ U _ U _ U _ U _ U _ W _ W _ W _ L _ L _ L _ L _ L _ L _ L _ M _ M _ M _ M _ N _ N _ N _ N _ N _ N _ N _ N _ N _ N _ P _ P _ P _ P _ P _ R _ R _ R _ R _ R _ R _ R _ R _ R _ R _ R _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ T _ U _ W _ W _ W _ W _ W _ W _ W _ W _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ Y

18 IMM,,,,,,,,,,,, V_STR R K +/-% SMVREF_ R K +/-%.uf V, YV, +%/-% V_STR hannel IMM.V high-frequency decoupling caps. place as close to IMM power pins as possible SP_PWR SMVREF_ SM_LK_MIN SM_T_MIN SP_PWR S S S M_S_[..] M_S_ M_S_ M_SKE_[..] M_SKE_ M_SKE_ M_SS_J M_SS_J K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ M_M_[..] M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_S_[..] M_S_ M_S_J M_RS_J M_WE_J VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ V V V V V V V V V V V R R VSP VREF SL S S S S KE KE S# S# K#/RFU K/RFU K#/RFU K/RFU K# K /P / S# RS# WE# R II N_ N/TEST N_ OT OT <> <> <> <> <> <> <> <> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> M_OT_ M_OT_ M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_OT_[..] M_QS_J[..] M_QS_[..] M_QM_[..] M_T_[..] M_SKE_ M_SKE_ M_SS_J M_OT_ M_SS_J M_OT_ Ohm R Ohm R RN M_M_ R M_M_ R RN M_RS_J M_WE_J M_S_J RN M_S_ M_M_ M_M_ M_M_ RN M_M_ M_M_ M_M_ M_M_ RN M_M_ M_M_ M_M_ M_M_ RN M_M_ M_S_ M_M_ M_S_ V_STR Place around IMM PIN V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM VTT_R Ohm VTT_R uf V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM V_STR.uF V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-% uf uf V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf V_STR VTT_R VTT_R V, YV, +%/-% Reserved.uF V, YV, +%/-%.uf Reserved V, YV, +%/-% V, YV, +%/-%.uf V, YV, +%/-% V, YV, +%/-%.uf V, YV, +%/-%.uf Reserved R hannel V, YV, +%/-%.uf.uf Reserved VTT_R FOXONN PEG GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of.uf.uf.v, XR, +/-%

19 ,,,,,,,,,,,, Place between h IMM II and h IMM Place between GMH and IMM hannel IMM II.V high-frequency decoupling caps. place as close to IMM power pins as possible hannel IMM.V high-frequency decoupling caps. place as close to IMM power pins as possible M_S_[..] M_S_[..] SM_LK_MIN SM_T_MIN M_SKE_[..] K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ M_M_[..] SMVREF_ M_SS_J M_SS_J M_S_ M_S_J M_RS_J M_WE_J SP_PWR S S S M_S_ M_S_ V_SYS V_STR R M_SS_J M_SS_J M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_SKE_ M_SKE_ IMM VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ V V V V V V V V V V V R R VSP VREF SL S S S S KE KE S# S# K#/RFU K/RFU K#/RFU K/RFU K# K /P / S# RS# WE# R II N_ N/TEST N_ OT OT <> <> <> <> <> <> <> <> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> QS<> QS#<> M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# M/QS N/QS# Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> M_OT_[..] M_OT_ M_OT_ M_QS_J[..] M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_ M_QS_J M_QS_[..] M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_[..] M_T_[..] M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ V_STR R K +/-% SMVREF_ R K +/-%.uf V, YV, +%/-% close to IMM pin Width mils minimum, Spacing mils minimum. M_S_J R M_WE_J R M_RS_J R M_M_ M_M_ M_S_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_S_ M_M_ M_S_ M_SKE_ M_SKE_ M_SS_J M_SS_J M_OT_ M_OT_ R R RN RN RN RN Ohm R Ohm R Ohm R Ohm R Ohm R Ohm R VTT_R V_STR VTT_R V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf Need to heck hange to V_STR V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf VTT_R V_STR V, YV, +%/-% V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf.uf R hannel V, YV, +%/-%.uf V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf FOXONN PEG GM V, YV, +%/-% P,uF,+%/-%,YV,V,G,SM uf Size ocument Number Rev Tuesday, ugust, ate: Sheet of V, YV, +%/-% V, YV, +%/-%.uf.uf uf V, YV, +%/-%.uf

20 V_S V_SYS V_SYS PI-E_X V_SYS V_SYS PEG_PIN PEG_PIN,,,,,, SM_LK_MIN,,,,,, SM_T_MIN WKEJ, WKEJ V V RSV SMLK SMT.V JTG.VUX WKE# PRSNT# V V JTG JTG JTG JTG.V.V PWRG PLTRSTJ PLTRSTJ,,, EXP_TXP_GFX EXP_TXN_GFX.uF V, XR, +/-%.uf V, XR, +/-% EXP_TXP_GFX_ EXP_TXN_GFX_ #REFE SVO_TRLLK_PIE, SVO_TRLLK OPPER KEY RSV HSOP HSON PRSNT_# REFLK+ REFLK- HSIP HSIN K_PE_M_P_PORT K_PE_M_N_PORT EXP_RXP EXP_RXN K_PE_M_P_PORT K_PE_M_N_PORT EXP_RXP EXP_RXN, SVO_TRLT EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN GMH_EXP_EN_HR EXP_TXP_GFX EXP_TXN_GFX EXP_TXP_GFX EXP_TXN_GFX EXP_TXP_GFX EXP_TXN_GFX EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% #REFE OPPER #REFE OPPER.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% EXP_TXP_GFX_ EXP_TXN_GFX_ EXP_TXP_GFX_ EXP_TXN_GFX_ EXP_TXP_GFX_ EXP_TXN_GFX_ SVO_TRLT_PIE EXP_PRSNT_ EXP_TXP_ EXP_TXN_ EXP_TXP_ EXP_TXN_ EXP_TXP_ EXP_TXN_ EXP_TXP_ EXP_TXN_ HSOP HSON HSOP HSON HSOP HSON RSV PRSNT_# HSOP HSON HSOP HSON HSOP HSON HSOP HSON PRSNT_# RSV HSIP HSIN HSIP HSIN HSIP HSIN RSV RSV HSIP HSIN HSIP HSIN HSIP HSIN HSIP HSIN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP_SW EXP_RXN_SW EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN V_SYS uf.uf.uf.uf.uf.uf.uf V, V, YV, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN U V V V V V V V TX_+ TX_- IN_+ IN_- IN_+ IN_- IN_+ IN_- IN_+ IN_- TX_+ TX_- TX_+ TX_- TX_+ TX_- _+ _- _+ _- _+ _- _+ _- EXP_TXN_GFX EXP_TXP_GFX EXP_TXN_GFX EXP_TXP_GFX EXP_TXN_GFX EXP_TXP_GFX EXP_TXN_GFX EXP_TXP_GFX EXP_TXN_VI EXP_TXP_VI EXP_TXN_VI EXP_TXP_VI EXP_TXN_VI EXP_TXP_VI EXP_TXN_VI EXP_TXP_VI EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% V_SYS EXP_TXP_ EXP_TXN_ EXP_TXP_ EXP_TXN_ EXP_TXP_ EXP_TXN_ EXP_TXP_ EXP_TXN_ EXP_TXP_ EXP_TXN_ EXP_TXP_ EXP_TXN_ EXP_TXP_ EXP_TXN_ EXP_TXP_ EXP_TXN_ HSOP HSON HSOP HSON HSOP HSON HSOP HSON HSOP HSON HSOP HSON HSOP HSON HSOP HSON PRSNT_# RSV hange to another part. V_SYS E uf V, +/-%.uf V, YV, +%/-% E uf +/-% Slot-PIE-X RSV HSIP HSIN HSIP HSIN HSIP HSIN HSIP HSIN HSIP HSIN HSIP HSIN HSIP HSIN HSIP HSIN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN V_S.uF V, YV, +%/-% EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_RXP EXP_RXN R @NOVI PEG_PIN EXP_TXN_GFX EXP_TXP_GFX EXP_TXN_GFX EXP_TXP_GFX EXP_TXN_GFX EXP_TXP_GFX EXP_TXN_GFX EXP_TXP_GFX EXP_RXP_SW EXP_RXN_SW EXP_RXP EXP_RXN LE# HP_SW_VI RX_+ RX_- OUT+ OUT- X+ X- SEL LE# RX_+ RX_- UX+ UX- _P EXP_RXP_SW EXP_RXN_SW HP_SW_VI SEL= IN+/ >TX +/- X+/ >RX+/- SEL= IN+/ >+/- X+/ >HP V_MH R K HP N E Q MMT--F R K R K HP_SW FOXONN PEG PI Express x Gfx Slot GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

21 V_SYS V_SYS V_VI V_SYS V_SYS RE RE L nh@mhz L nh F Fuse..uF V, YV, +%/-%.uf V, YV, +%/-% Q VPT R +/ -%.pf V, NPO, +/-.pf pf V, NPO, pf V, NPO, L F Ohm RG routing. from GMH to the first ohm resistor:. mils(min. mils spacing ). from the first ohm res. to the second ohm resistor: mils. from the second ohm resistor to connector: mils. spacing minimum mils, mils spacing is recommended. R,G, should be length matched to mils, max. length is mils. R,G, signals should be ground referenced V_SYS V_SYS EMI cap. for RG layer change V_SYS GREEN LUE TMS_HP_VI GREEN LUE TMS_HP_VI R +/ -% R +/ -% L nh@mhz.pf V, NPO, +/-.pf pf V, NPO, pf V, NPO, L nh@mhz L nh.pf V, NPO, +/-.pf pf V, NPO, pf V, NPO, L nh L_RE L_GREEN L_LUE V LK V T V, YV, +%/-%.uf VG VG SL VSYN N HSYN S I I G R ONN_-SU RN.K Q VPT LUE The Ohm resistors near VG connector and minimizing length to filter. The filters to VG connector maximum distance mils. V_SYS V_SYS VSYN_S _LK _LK NW S S G G Q V_SYS HSYN_S _T _T R Ohm +/-% V LK Q VPT V_SYS R Ohm +/-% V T VSYN VSYN VSYN_S Q VPT pf V, NPO,, Near by the connector HSYN HSYN HSYN_S pf V, NPO, VG FOXONN PEG GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

22 GPIO[:,:,,:]: default as inputs and should be pulled up to Vcc_ if unused. GPIO[:,:]: default as inputs and should be pulled up to VccSus_ if unused. double check unused GPIO pins MI_TXN MI_TXN MI_TXP MI_TXP MI_RXN MI_RXN MI_RXP MI_RXP MI_TXN MI_TXN MI_TXP MI_TXP MI_RXN MI_RXN MI_RXP MI_RXP MI_TXN MI_TXN MI_TXP MI_TXP MI_RXN MI_RXN MI_RXP MI_RXP MI_TXN MI_TXN MI_TXP MI_TXP MI_RXN MI_RXN MI_RXP MI_RXP HSI_N_SLOT HSI_P_SLOT HSO_N_SLOT HSO_P_SLOT HSI_N_LN HSI_P_LN HSO_N_LN HSO_P_LN MI compensation mils width, mils spacing Place the resistor within mils of IH Only G place IH.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% V_PE_IH R. +/-% MI_TXN_IH V MI_TXP_IH V MI_RXN_IH U MI_RXP_IH U MI_TXN_IH Y MI_TXP_IH Y MI_RXN_IH W MI_RXP_IH W MI_TXN_IH MI_TXP_IH MI_RXN_IH MI_RXP_IH MI_TXN_IH MI_TXP_IH MI_RXN_IH MI_RXP_IH F F HSO_N E HSO_P E H H HSO_N G HSO_P G K K J J M M L L P P N N T T R R MI_OMP_IH K_PE_M_N_IH K_PE_M_N_IH E K_PE_M_P_IH K_PE_M_P_IH E MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP PERN_ PERP_ PETN_ PETP_ PERN_ PERP_ PETN_ PETP_ PERN_ PERP_ PETN_ PETP_ PERN_ PERP_ PETN_ PETP_ PERN_ PERP_ PETN_ PETP_ PERN_ PERP_ PETN_ PETP_ MI PI-EXPRESS MI_ZOMP MI_IROMP MI_LKN MI_LKP UF IH US USPN USPP USPN USPP USPN USPP USPN USPP USPN USPP USPN USPP USPN USPP USPN USPP O O O O O O/GPIO O/GPIO O/GPIO USRIS USRIS LK of? F USPN F USPP G USPN G USPP H USPN H USPP J USPN J USPP K USPN K USPP L USPN L USPP M USPN M USPP N USPN N USPP E USRIS_IH K_M_IH USN USP USN USP USN USP USN USP USN USP USN USP USN USP USN USP US_OJ_FRONT US_OJ_K R. +/-% K_M_IH USRIS connection mils width, length no longer than mils Trace tied together close to pins. L_[..] IH_LK L_RQJ L_FRMEJ IH_LK IH_RSTJ IH_SIN IH_SOUT IH_SYN K_M_IH pf V, NPO,,,,,,,,,,,,, TP L_ L_ L_ L_ RTRSTJ SM_LK_MIN SM_T_MIN IH_SPI_MOSI IH_SPI_MISO IH_SPI_SJ IH_SPI_LK SPI_R R R R R R KIH_LN_RSTJ IH_RTX IH_RTX RTRSTJ SM_LERT_PU SMLERT_IH SMLINK SMLINK Y U R T T T T R W W Y Y V U U V T U V V P P P R P LRQ/GPIO L L L L LRQ LFRME Z_LK Z_RST Z_SI_ Z_SI_ Z_SI_ Z_SOUT Z_SYN LK EE_S EE_IN EE_OUT EE_SHLK LN_LK LN_RSTSYN LN_RST LN_RX LN_RX LN_RX LN_TX LN_TX LN_TX RTX RTX RTRST LP UIO RT SMLERT/GPIO SMLK SMT LINKLERT SMLINK SMLINK SPI_MOSI SPI_MISO SPI_S SPI_LK SPI_R EPROM LN SPI SM U IH GPIO/M_USY GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO/PRSLPVR GPIO/STPPI GPIO/STPPU GPIO GPIO EL_RSV/GPIO EL_STTE/GPIO EL_STTE/GPIO GPIO/LKRUN GPIO/Z_OK_EN GPIO/Z_OK_RST GPIO GPIO GPIO PUPWRG_GPIO MIS THRM VRMPWRG MH_SYN PWRTN RI SUS_STT SUSLK SYS_RST PLTRST WKE INTRUER PWROK RSMRST INTVRMEN SPKR SLP_S SLP_S SLP_S TP/TLOW TP/PRSTP TP/PSLP of TP IH_GPIO IH_GPIO IH_GPIO E L_PMEJ E IH_GPIO IH_GPIO F LN_PMEJ E IH_GPIO R IH_GPIO E IOS_WPJ Need to hecked F R R K IH_GPIO E G U IH_GPIO E IH_GPIO G F IH_THRM_UP IH_VRMPWRG_UP H IH_RIJ_PU LPPJ PLTRSTJ F WKEJ Y INTRUERJ Y N_RSMRSTJ W INTVRMEN SPKR F IH_TLOW_PU F TP H TP F TP_IH_F TP L_PMEJ PET V_GPIO LN_PMEJ GTL_GPIO V_GPIO GTL_GPIO oard_i oard_i Need to hecked PU_PWRG IH_THRM_UP, IH_SYNJ PWRTNJ IH_RIJ_PU LPPJ VRT IH_SYS_RSTJ,, PLTRSTJ,,, WKEJ, R K PWRG_V, SPKR check pull-up resistor SLP_SJ SLP_SJ? V_S, VRMPWRG R IH_VRMPWRG_UP IH_GPIO IH_VRMPWRG_UP IH_THRM_UP IH_GPIO IH_GPIO IH_GPIO RN K Ohm R K R K U_ V_SYS V_S LPPJ RN SMLERT_IH SMLINK SMLINK K Ohm V_S SM_LERT_PU RN L_PMEJ IH_TLOW_PU LN_PMEJ K Ohm V_S R WKEJ K Use V_SYS or not Steven Sun Update.. INTRUERJ R M R KOhm uf +/-% V, YV, +%/-% VRT SPI_SOKET_ S V O HOL WP LK RSMRSTJ RSMRSTJ V_S R K E R.K R R.K Q MMT Q V LS-F N_RSMRSTJ R K IH_RTX INTRUERJ INTR Header_X V_S close to IH IO WXVIZ IH_RTX R Heatsink M RN K Ohm V_S Need to pply pf X XTL-.kHz pf ssume apastor L value is. X_ rystal Retainer This clip is for IH.Khz rystal clip. IH_SPI_LK IH_SPI_MOSI R R close to IH within mils V_S IH_SPI_HOLJ SPI_LK SPI_MOSI V, YV, +%/-%.uf SPI_SOKET V S SPI_MISO HOL O LK WP IO Socket SPI Population Options R IH_SPI_SJ IH_SPI_MISO IOS_WPJ R K IH - FOXONN PEG GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of

23 LITHIUM TT PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_KJ PIE_REQ PIE_IORJ PIE_IOWJ PIE_RY PIE_ PIE_ PIE_ PIE_SJ PIE_SJ IRQ E G F E F F H H F K E REQ F IOR H IOW G IORY H E F E S S H IEIRQ Reserved IE U IH ST HOST of STRXN F STRXP E STTXN G STTXP H RSV/STRXN E RSV/STRXP RSV/STTXN G RSV/STTXP H STRXN F STRXP E STTXN G STTXP H RSV/STRXN RSV/STRXP E RSV/STTXN G RSV/STTXP H STLKN F STLKP E STRISN H STRISP G STLE F GPIO/STGP F GPIO/STGP H GPIO/STGP H GPIO/STGP E? GTE E M H PUSLP G IGNNE G INIT_V G INIT F INTR F FERR G NMI H RIN G SERIRQ H SMI F STPLK H THERMTRIP F ST_RXN ST_RXP ST_TXN ST_TXP ST_RXN ST_RXP ST_TXN ST_TXP ST_RXN ST_RXP ST_TXN ST_TXP ST_RXN ST_RXP ST_TXN ST_TXP K_ST_M_N_IH K_ST_M_P_IH STRIS_IH ST_LE R GTE MJ TP IGNNEJ INITJ INTR FERRJ FERRJ NMI KRSTJ SERIRQ SMIJ STPLKJ THERMTRIPJ THERMTRIPJ K_ST_M_N_IH K_ST_M_P_IH R +/-% K V_SYS ST_TXP ST_TXN ST_RXN ST_RXP ST_TXP ST_TXN ST_RXN ST_RXP ST_TXP ST_TXN ST_RXN ST_RXP ST_TXP ST_TXN ST_RXN ST_RXP nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% ST_TXP_ ST_TXN_ ST_RXN_ ST_RXP_ ST_TXP_ ST_TXN_ ST_RXN_ ST_RXP_ STRIS connection mils width, length no longer than mils Trace tied together close to pins. nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% ST_TXP_ ST_TXN_ ST_RXN_ ST_RXP_ ST_TXP_ ST_TXN_ ST_RXN_ ST_RXP_ ST_ ONN-ST ST_ ONN-ST ST_ ONN-ST ST_ V_SYS R.K R.K PIE P_IERSTJ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ X PIE_REQ PIE_IOWJ able detection PIE_IORJ high: -conductor cable(t ) PIE_RY low: -conductor cable(t /) PIE_KJ IRQ PIE_ PIE_ PIE_ PET PIE_SJ PIE_SJ PIE_LE Header_X_K R K IE data lines should be matched to strobes(iorj, RY)within nf V,XR,+/-% mils, strobes should H be matched to their complement within +/- mils? ONN-ST IE_RSTJ R placed near IE connector P_IERSTJ pf V_S V_SYS VRT FS_VTT R R THERMTRIPJ FERRJ VT R K SW R K +/-% Q T uf V, XR, +/-% width mils R K +/-% RTRST PIE_LE R K R K H_LEJ Place at IH end of route uf V, YV, +%/-% - + T attery Holder uf V, YV, +%/-% ST_LE T T_ R RTRSTJ RTRSTJ RTRST LR_MOS Header_X lear MOS LR_MOS lear Normal MOS (-) (-) efault LR_MOS:- Jumper_P_lu attery For battery cell. FOXONN PEG IH - GM Size ocument Number Rev Tuesday, ugust, ate: Sheet of