915A01 Schematic Page Index

Transcription

1 Foxconn Precision o. Inc. chematic Page Index Fab. ate: //. Index Page. Topology. Rest Map. lock istribution. Power elivery Map. Power equence. K locken. VR. (, P). VR. (). R POWER. Power.V/.V..V_MH. L -. L -. rantsdale -MH -. rantsdale -MH -. rantsdale -MH -. R hannel Term.. R hannel IMM,. R hannel Term.. R hannel IMM,. PI Express x fx lot. V onnector. IH-. IH-. IH-. LN RTL. RT/-POWER. LN onnectors.t ontroller/regulator. './zalia odec. FWH. U onnectors. Power onn. / V_/FN. Front Panel / MI onn.. PI Express x lot. PI Express x lot.pi Express x lot]. PI lots.pi lot.pi lot. uper I/O. HW Monitor. Keyboard / Mouse. erial / Parallel. VT_. ON. TPM. VI ontroller. PIO / IRQ / IEL Map. Jumper etting Table. Modify List FOXONN PE Index Page R ize ocument Number Rev ate: Tuesday, May, heet of

2 VR. Phase PWM Prescott, Tejas - L processor ocket T K- lock / F Intel VO ard or PI Express x PI Express x Port R / External raphics ard hannel R IMM IMM MH R / hannel R IMM V onnector rantsale IMM ack Panel U. Port PI Express x Interface PI-E lot Lanes U. Port PI-E lot irect Media Interface (MI) U. Port PI-E lot U. Port U. Port PI Interface utx Form Factor PI lot,, U. Port PI Interface LN RELTEK / Front Panel IH PI Interface VI VT U. Port PI Interface erial T U. Port T onnector il T onnector T IE ONN erial T T onnector T onnector uper I/O ITE ITF LP I/F T onnector T onnector./zalia Header Realtek L/L/L P Keyboard / Mouse Parallel erial Floppy rive onnector Firmware HU Mb or Mb FOXONN PE TPM TP. (HEER) Topology R ize ocument Number Rev ate: Tuesday, May, heet of

3 TX Power PU (Tejas / Prescott) L processor PU_PWR PURT# PWR_P P_ON# Translation ircuitry PWR_V PWROK MH rantsale PURT# PI Express x RTIN# LREET# TPM IH_PWR IH PIRT# PLTRT# _RT# uffer uffer uffer utx Form Factor RT# PI lot LN RT# RT# Front Panel PWROK RT# FWH T IE ONN FR_RT Y_REET# RT# W_ON PWRTN# LP_# RMRT# RIN# KRT uper IO Power on/off circuit RMRT# PIN RT# udio PWRON# POUT# RMRT circuit Reset Map FOXONN PE R ize ocument Number Rev ate: Tuesday, May, heet of

4 .MHz PU PU / MHz iff Pair MH / MHz iff Pair R lots iff LKs PI Express MHz iff Pair OT MHz iff Pair PI Express/MI MHz iff Pair PI Express x fx MH rantsale hannel R IMM IMM hannel R IMM PI Express/MI MHz iff Pair IMM K- U/IO MHz IH MHz REF MHz FWH MHz PI MHz FWH PI lot,, IH ' it lock.mhz PI Express MHz iff Pair PI-E LOT,, LN MHz TPM MHz LN.KHz TPM MHz IO MHz T MHz iff Pair uper I/O LOK istribution FOXONN PE R ize ocument Number Rev ate: Tuesday, May, heet of

5 TX P/ V VR. witching Four Phase Proceessor Vccp (PU Vcore) Voltage=.~.V Icc(Max)= (Tejas FM).V F Vtt-tbd rantsdale MH uper I/O.V Icc(Max)=m.V Icc(Max)=m().V Icc(Max)=m() K Vdd (ore).v Ivdd(Max)=m V.V V -V Linear.V to.v F_Vtt.V F Vtt Icc(Max)=..V R I/O=.(,).V R I/O=m() U Ports +V UL=(, ) +V UL=m() P +V UL=m(, ) +V UL=m() R hannel Vdd (ore).v Ivdd(Max)=(per channel) Vtt (ore).v Ivterm(Max)=m (per channel) R hannel Vdd (ore).v Ivdd(Max)=(per channel) Vtt (ore).v Ivterm(Max)=m (per channel) '. odec Vcc V Icc(Max)=m Vcc.V Icc(Max)=m LO V to V VUL Icc(Max)=.(,) m() ingle Phase witch V to.v Ivdd(Max)=. Ivdd(Max)=m() LO.V to.v Ivterm(Max)=. V_p_core.V witching=.v regulator V_p_ m Vcore (ore Logic).V Icc(Max)=.(Integrated) Icc(Max)=.(iscrete).V PIexpress(X)=.V PIexpress(X)=..V VO=tbd.V MI=..V =..V HV=tbd IH.V V_PU-tbdm.V ore=..v PI Express=m.V MI=m.V T=m.V=m.V Vccus Icc(Max)=m FWH.V=m(, ) PI Express X slot () +V=..V Icc(Max)=.(wake) Icc(Max)=.(no wake) +.V= PI lot -V Icc(Max)=. V Icc(Max)=.V Icc(Max)=. V Icc(Max)=..V Icc(Max)=.(wake) Icc(Max)=.(no wake) -V LO V to. Icc(Max)=. VRef=tbdu Vrefus=tbdu RT=u PI LN (RELTEK /).V/.V_Y P(Max)=W(b), P(Max)=.W(Mb), P(Max)=.W(Mb) PI (VIVT).V_Y Icc(Max)=.(wake) Icc(Max)=.(no wake) RT attery Power derived through filter FOXONN PE Power elivery Map R ize ocument Number Rev Tuesday, May, ate: heet of

6 -> +V_Y -> +V_Y +V_UL +V_Y +V_Y +V_UL +V_UL +V_Y +V_Y +V_UL +V_TR +V_TR VTT_R VTT_R VTT_VR VTT_VR Vcc Vcc ms to ms Vcc_PWR VRM_OUTEN Vcc_PWR VRM_OUTEN P_ONJ VIPWR VIPWR P_ONJ -> +V_Y -> +V_Y +V_Y +V_UL +V_UL +V_Y +V_Y +V_TR +V_UL +V_TR +V_UL +V_TR +V_Y +V_TR VTT_R VTT_R VTT_VR VTT_VR Vcc Vcc Vcc_PWR VRM_OUTEN ms to ms Vcc_PWR VRM_OUTEN VIPWR P_ONJ P_ONJ VIPWR FOXONN PE Power equence R ize ocument Number Rev Tuesday, May, ate: heet of

7 V, YV, +%/-% uf VP V, XR, +/-%.uf V, XR, +/-% V_LK_PI.uF V_Y F F L Ohm this cap. placed close to power pin R K R. V_ Filter V_LK_ PWR_V F-V ONLY POP WHEN V POPE Note :. When V, Pin is F. When V-/-, Pin is F/REF.. When V, Pin is F. When V-/-, Pin is REET output and Pin is F/Mhz.. When V, Pin is F. When V-/-, Pin is TURO input and Pin is F/REF.. Pin of V-/- is either TURO or PI.. When V-, Pin and Pin are R_ and R_#. V, XR, +/-% nf V, YV, +%/-% uf V_ PWR_V_T, V_ R K F-V V_Y V_LK_PI V_.uF V, XR, +/-% this cap. placed close to power pin R V_LK_PI_ this cap. placed close to power pin V_PI Filter V_LK_PI.uF V, XR, +/-%.uf V, XR, +/-% V_Y V_PU/V_R Filter hange decoupling caps from nf to.uf.uf V, XR, +/-% V_LK_PU_R R R K IH_Y_RTJ,,, IH_Y_RTJ NW R.K LK_VTT_PWRJ nf high frequency decoupling caps. placed V, XR, +/-% close to power pins Q R U MMT K_M_PI R K_M_PI R V_LK_PI M_LN K_M_ R V_PI PI_ K_M_LN Q M_FWH M_PI PI_ R MMT K_M_FWH R _PI F K_M_PI R F_/(REF/PI) PI V_LK_PI_ K_M_TPM V_suspend R PI F-V- TRUOJ R PI/Turbo F_/REF K_M_UIO R K_M_IH V_LK_PI _REF R _PI LK_O K_M_il R.K XP_EN V_PI XTL_IN LK_O R M_IO XTL_OUT R PIF_/ITP_EN V_LK_PI K_M_IO K_M_IO M_IH V_REF R PIF K_M_IH M_LK_MIN,, V_LK_ PIF L hange R from OHM to OHM M_T_MIN,, R F-V- V_ M_P_PU K_M_IH K_M_P_PU PU_ R F_/MHZ M_N_PU K_M_N_PU M_OT_P PU_# R R _ V_LK_PU_R K_M_P_MH R M_OT_N OTT_MHz V_PU M_P_MH K_M_N_MH K_M_P_MH R. +/-% LK_VTT_PWRJ PU_ R R OT_MHz M_N_MH R,,,, PWR_V PU_# K_M_N_MH R. +/-% (VTT_Pwrd/P#) R PU LK_IREF R PE_M_P_PORT V_LK_PU_R IREF R +/-% R_# F-V R. +/-% K_PE_M_P_PORT PE_M_N_PORT REET# R VR F-V K_PE_M_N_PORT TRUOJ PE_M_P Turbo R R. +/-% R PE_M_P R R. +/-% K_PE_M_P_PORT K_PE_M_P_PORT R PE_M_N R_ PU ITP/ R_ PE_M_N R. +/-% K_PE_M_N_PORT K_PE_M_N_PORT R PE_M_P_MH R_# PU ITP#/ R_# R V_LK_PU_R K_PE_M_P_MH R PE_M_N_MH R_ V_R PE_M_P R K_PE_M_N_MH R_# R_ K_PE_M_P_PORT PE_M_N K_PE_M_N_PORT T_M_P_IH _N R_# R R PE_M_P_IH K_T_M_P_IH K_PE_M_P_IH T_M_N_IH T R_ R R PE_M_N_IH K_T_M_N_IH K_PE_M_N_IH V_LK_PU_R T# R_# R V_R _R R R R. R R R R. R R R ITV- +/-% +/-% +/-% +/-% +/-% +/-% +/-% +/-% +/-% +/-% R R R X R. LK_O LK_O... +/-% +/-% +/-% +/-% M us ddress :- pf XTL-.MHz pf V, NPO, V, NPO, E E U NZ R F F L Ohm R V, YV, +%/-% uf.uf V, XR, +/-%.uf V, XR, +/-% V, XR, +/-%.uf V, YV, +%/-% uf F F L Ohm.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% pf pf pf pf pf pf pf pf V,NPO, V,NPO, V,NPO, V,NPO, V,NPO, V,NPO, V,NPO, V,NPO, V,NPO, V,NPO, K_M_IO K_M_IH K_M_PI K_M_LN K_M_ K_M_IO K_M_IH K_M_FWH K_M_TPM K_M_UIO K_M_IH pf pf pf V,NPO, F-V- F-V F-V- R.K F-V R.K F R.K F_VTT R R R.K.K FEL FEL FEL FEL, EL TLE F Frequency MHz MHz() MHz() FOXONN PE EMI P. R R FEL, FEL, K locken R ize ocument Number Rev ate: Tuesday, May, heet of

8 R +/-% VRM_Y R UX R.K VRM_Y +/-% R.K +/-% R.nF K +/-% V,XR,+/-% K +/-% UMMY V_VRM VTT_PWR V,NPO, UX R.K +/-% R.nF K +/-% V,XR,+/-% R R +/-% +/-% pf K K UMMY pf V,NPO, PVI PVI PVI PVI PVI PVI UX R.K +/-% R.nF K +/-% uf V,YV,+%/-% R V,XR,+/-% PVI PVI PVI PVI PVI PVI VRM_Y V,YV,+%/-% V,XR,+/-% UX R.nF K +/-% MENE uf R.K +/-% VP R R +/-% +/-% U O O O OUT ERROUT NEN F NONE PN VRM_FR R K +/-% PN OUT OUT OUT _ENE V_ENE PN VTT_OUT_LEFT PN MENE R K +/-%.nf Pop only if phase design is used V,XR,+/-% R Q N R O.K VRM_ENE OUTEN OUT OUT OUT OFFET/MENE OREF R R +/-% +/-%.uf V, YV, +%/-% V VI VI VI OUT OUT OUT N POO VI VI VI R RT T R R K +/-% R K +/-% pf K/NT +/-% R.K R +/-% K V, NPO, R.K +/-% R K +/-% OUT OUT LO_LINE_ELET R VTT_PWR R.K +/-% R.K +/-% V_VRM LL_I VTT_PWR.uF V, XR, +/-% V Y V Y E uf V,+/-% EH LO_LINE_ELET R VTT_PWR E uf V, +/-% EH VIN.uF V,YV,+%/-% VTT_PWR N OUT TXV_P_X R L hoke oil.uh Pop only if phase design is used E VRM_Y uf EH V,+/-% E uf V, YV, +%/-%.uf V, XR, +/-% Q MMT OT_E R K R K R.K R K R K Q N.uF V, XR, +/-% E uf V,+/-% EH Q MMT.uF V, XR, +/-% FOXONN PE Voltage Regulator own. R ize ocument Number Rev ate: Tuesday, May, heet of

9 VIN R R.uF V,YV,+%/-% V Y OUT NW _VIN OUT O VPN T T RN VIN uf V,YV,+%/-% uf V,YV,+%/-% PN VRE U nf V,XR,+/-% R. UX R.nF V,NPO, UX R VIN nf V,XR,+/-% R nf V, XR, +/-% Q NTNR Q NTNR- Q NTNR Q R NTNR- Q.uF V, XR, +/-% NTNR K Q NTNR-.uF V,YV,+%/-% PN PN L IN oil nh K +/-% L R IN oil nh K +/-% VP nh and nh choke co-lay.nf V,NPO, E E UNER HETINK E uf V, +/-% EH E uf V,+/-% EH uf V,+/-% EH uf V,+/-% EH VP.uF V,YV,+%/-% NW OUT OUT VPN O VIN T _VIN uf V,YV,+%/-% uf V,YV,+%/-% U T RN PN VRE VIN nf V,XR,+/-% R. UX R nf UX R.nF V,NPO, R nf V, XR, +/-% V,XR,+/-% Q NTNR Q NTNR- Q NTNR R Q NTNR- Q.uF NTNR V, XR, +/-% K Q NTNR-.uF V,YV,+%/-% PN PN IN oil nh K +/-% L IN oil nh R K +/-%.nf V,NPO, L E uf V,+/-% EH E E E E uf V,+/-% EH uf V,+/-% EH uf V,+/-% EH uf V,+/-% EH pf pf V,NPO, V, NPO, VP uf/uf co-layout E uf E uf E uf EH.V,+/-% EH.V,+/-% EH.V,+/-% E uf EH.V,+/-%.uF V,YV,+%/-% NW OUT OUT VPN O VIN T _VIN uf V,YV,+%/-% uf V,YV,+%/-% U T RN PN VRE R.nF V,NPO, VIN nf V,XR,+/-% R. UX R nf UX V,XR,+/-% R nf V, XR, +/-% Q NTNR Q NTNR- Q NTNR R Q Q NTNR- NTNR- K Q.uF NTNR V, XR, +/-% V,YV,+%/-%.uF PN PN L IN oil nh K +/-% L IN oil nh R K +/-%.nf V,NPO, uf V,+/-% EH uf V,+/-% EH e-pop if phase design is used Q, Q, Q, Q, Q, Q, Q, Q, Q, Q nf V,XR,+/-% VIN NW OUT OUT O T uf V,YV,+%/-% T RN U. R UX Q NTNR R Q.uF V, NTNR XR, +/-% K.uF V,YV,+%/-% PN PN L IN oil nh K +/-%.uf V,YV,+%/-% VPN VIN VRE _VIN uf V,YV,+%/-% PN R UX RR.nF V,NPO, nf V, XR, +/-% nf V,XR,+/-% Q NTNR- Q NTNR- R.nF V,NPO, FOXONN PE Voltage Regulator own. R ize ocument Number Rev Tuesday, May, ate: heet of

10 , LP_J R K Only pop for R,,, LP_J PI_ PI_,,, LP_J, LP_J R,,,, PWR_V V_ R K These two resistors are necessary. # and # must be tied to Vstb to prevent them floating. R K R V_Y Q N V Y.uF.uF V, YV, +%/-% " from controller NW R K V, XR, +/-% V Y.'' from ontroller E uf.uf V, +/-% EH V,YV,+%/-% R K +/-% nf V,XR,+/-% V_Y R.K uf V,YV,+%/-% VR_IN PI_ VQEN VQOMP U V VY # # /EN OMP N LN uf V,YV,+%/-% VTTN NP lose to PIN of THP V VQIN F VTTO VTTO R R R_PN VQF R R K V_Y R.uF V, XR, +/-% T R R_PN N R VQY VQY L hoke oil.uh VR_IN Q E uf NTNR.V, +/-% EH Only pop for.uf V, XR, +/-%.uf.v,xr,+/-% Q NTNR Q NTNR E uf.v, +/-% EH L F L Ohm L hoke oil.uh E uf VTT_R E uf V, +/-% EH V, +/-% EH L F L Ohm E uf V,+/-% cedh E uf uf V,YV,+%/-% V, +/-% EH VR_IN E.uF uf V, YV, +%/-%.V, +/-% EH.uF.V,XR,+/-% E uf V, +/-% uf V,YV,+%/-% EH R +/-% V_TR Only pop for R R nf V, XR, +/-% VQF Only pop for NP.uF V, XR, +/-% R +/-% Place less than." from ontroller V_TR VQY Only pop for NP VR_IN VR_IN.uF V, XR, +/-% R K +/-% V_TR R R +/-% Trace to PIN must be able to carry Only pop for.uf V, YV, +%/-% uf V, YV, +%/-% R R R R.K.K.K.K +/-% +/-% +/-% +/-% UPERPIO UPERPIO UPERPIO Value should be tuned R Place close to PIN of FOXONN PE R.V/.V R ize ocument Number Rev ate: Tuesday, May, heet of

11 V_Y V_Y.V uf V,YV,+%/-% V_ R +/-% R V_ R +/-% LMM.V R +/-%.uf V, XR, +/-% placed near the LMM pin.uf V, XR, +/-% + - V_Y.uF V, XR, +/-% V_Y U LMM OPJ R K E uf V, +/-%.uf V, XR, +/-% EH Q IPNL.uF V,YV,+%/-% V_ORE R K R +/-% E E Q MMT Q MMT.V R +/-%.uf V, XR, +/-% + - U LMM OPJ R K Q IPNL F_VTT V_Y L hoke OIL uh +/-% E.uF.uF uf pf.v, +/-% V,NPO, EH V, YV, +%/-% V, XR, +/-% R V_Y W E uf.v, +/-% EH E uf.v, +/-% EH.uF V, XR, +/-%.uf V,YV,+%/-% R.K +/-% uf V, YV, +%/-% V_F U PHE OOT OET UTE F N V LTE RT OPJ.uF V, XR, +/-% R Q NTNR L hoke oil uh K E uf.v, +/-% EH V_ORE R nf E E V,XR,+/-% uf uf.uf +/-%.V, +/-%.V, +/-% V,YV,+%/-% EH EH V_F Value should be tuned Q NTN UPERPIO UPERPIO R +/-% UPERPIO UPERPIO R R +/-% +/-% Power.V.V FOXONN PE R ize ocument Number Rev ate: Tuesday, May, heet of

12 V_ORE V_MH V_ LP_J,,, V_Y E hanged from to by oldstar //,,, LP_J T Q MMT R.K R R K uf V,YV,+%/-%.uF V,YV,+%/-% Q MMT V_Y R.uF U MI-.M V, XR, +/-% VIN VOUT HN N YP/J V_MH.V/m.uF.uF V, XR, +/-%.uf V, XR, +/-% dd by oldstar // V,YV,+%/-% V_ R K R K V_ORE R Q K uf V,YV,+%/-% MMT V_Y V_Y V_Y + - U LM.uF V, XR, +/-% PROHOTJ placed near the LM pin R K +/-% R K +/-% + - U LM R +/-% R +/-% E Q MMT.uF V, XR, +/-% T RT.K +/-% R +/-% R.K +/-% VR Thermal Monitor ircuit.v_mh FOXONN PE R ize ocument Number Rev ate: Tuesday, May, heet of

13 HJ[..] HJ[..] HJ[..] HJ[..] HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HIJ HTNJ HTPJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HIJ HTNJ HTPJ T Pin R.: test point TP_VPLL Pin M R.: test point TP_VI MIJ MJ FERRJ INTR NMI INNEJ TPLKJ HV H TP HVIOPLL, VI, VI, VI, VI, VI, VI TP K_M_P_PU K_M_N_PU, KTOJ THERM THERM TP TP V_ENE _ENE VI VI VI VI VI VI TP_VI TP_VPLL KTOJ TP_VENE TP_ENE U # # # # # # # # # # # # # # # HIJ # I# TN# TP# # F # F # E # # E # # F # F # # E # # F # # F # HIJ # I# TN# E TP# OF # # E # E # # # F # F # E # E # F # E # F # # E # # I# TN# TP# # # # # # # # # # # # # # # # # I# TN# TP# PU Prescott_ocket_L_Rev. U OF P MI# K M# R FERR#/PE# K LINT L LINT N INNE# M TPLK# V RV VIOPLL M VI L VI M VI L VI K VI L VI M VI F LK LK E KTO# L THERM K THERM TETHI TETHI TETHI TETHI TETHI TETHI TETHI TETHI TETHI TETHI RV RV 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 LP# L RV H PWROO N PROHOT# L THERMTRIP# M OMP OMP T OMP OMP R RV N RV E RV RV RV RV N VENE N ENE RV E N V_M_RE RV E N _M_RE RV F hanged pin name TLREF H F from RV OMP J RV RV J OOTELET Y LL_I V LL_I PU Prescott_ocket_L_Rev. HIJ HTNJ HTPJ HIJ HTNJ HTPJ HOMP HOMP HOMP HOMP TP_RV_PU_N TP_RV_PU_E TP_RV_PU_ TP_RV_PU_ TP_RV_PU_ TP_RV_PU_ PU_OOT LL_I TP_LL_I PULPJ PU_PWR PROHOTJ THERMTRIPJ T Pin N ~ Pin J R.: connections ok? HJ[..] T Pin L PROHOT# R.: pull up to VTT_OUT_RIHT /: example VR thermal monitor circuit F TETHI_ W TETHI_ P TETHI_ W TETHI_ T F Pin K, refer to R. F TETHI K RV_K RV_ TP TP TP TP TP TP LL_I TP HREQJ[..] HJ[..] VTT_OUT_RIHT R. +/-% R +/-% VTT_OUT_RIHT HOMP HOMP HTJ HPREQJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HREQJ HREQJ HREQJ HREQJ HREQJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ TP TP_L_PIN_H TP TP_L_PIN_H TP TP_L_PIN_J TP TP_L_PIN_J HTJ TLREF voltage should be.f_vtt mils width, mils spacing divider should be within." of the TLREF pin caps should be placed near PU pin.uf V,YV,+%/-% VTT_OUT_LEFT mils width mils spacing R +/-% R +/-% Place at PU end of route R R K R mils width mils spacing HIERRJ PU_OOT RV_K HOMP HOMP R. +/-% U L # # P # NR# M # HIT# L # RP# H M # PRI# R # Y# T # RY# U # HITM# E T # IERR# U # INIT# P U # LOK# V # TRY# E V # INIT# W # EFER# N RV ERY# F P RV MERR# K REQ# J REQ# P# U M REQ# P# U K REQ# J REQ# R# F R T# TETHI PREQ# TETHI TETHI H # W # P# J Y # P# H Y # P# H # P# J # # TLREF H # # REET# # F # R# F # R# F # R# # # H # H # J # J # RV E RV T# OF PU Prescott_ocket_L_Rev. R pf V, XR, +/-% R. +/-% HTLREF T TP_RPJ HIERRJ TP_INITJ TP_MERRJ TP_PJ TP_PJ HRJ TETHI_ TETHI_ TETHI_ TP_PJ TP_PJ TP_PJ TP_PJ F_VTT HTLREF HJ HNRJ HITJ TP HPRIJ HYJ HRYJ HITMJ INITJ HLOKJ HTRYJ TP HEFERJ HERYJ TP HRJ HPURTJ HRJ HRJ HRJ HRJ R.: ohm, %.: ohm, % TLREF_EL R R TETHI_ TETHI_ TETHI VTT_OUT_LEFT Place at PU end of route R HRJ Place at PU end of route R PU_PWR TP TP TP TP TP TP R TETHI_ R TETHI_ R TETHI_ R TETHI_ R TETHI_ R TETHI_ R RV_ R HPURTJ PU-HOT ate: Tuesday, May, heet of VIN VP R R K +/-% V_Y FOXONN PE R MH_TLREF N ize ocument Number Rev R +/-% R +/-% Q Q N R +/-% pf V,NPO,

14 VP VTT_OUT_RIHT.V,XR,+/-% uf U OF HTK HTK E HTI TK VTT HTI HTO TI VTT HTO F HTM TO VTT HTM HTRTJ TM VTT HTRTJ TRT# VTT VTT HPMJ VTT HPMJ J HPMJ PM# VTT HPMJ J HPMJ PM# VTT HPMJ HPMJ PM# VTT HPMJ HPMJ PM# VTT HPMJ F HPMJ PM# VTT HPMJ PM# VTT IH_Y_RTJ VTT,,, IH_Y_RTJ R# VTT VTT K ITPLKOUT VTT J ITPLKOUT VTT FEL VTT, FEL FEL EL VTT, FEL H FEL EL VTT, FEL EL VTT VTT VTT VTTPWR M.V,XR,+/-% HV H HPMJ HPMJ HPMJ HPMJ HPMJ HPMJ HPMJ HPMJ HPMJ HPMJ HPMJ HPMJ F_VTT PLL upply Filter HVIOPLL HVIOPLL uf V, YV, +%/-% R Place PM termination near PU R. +/-% R. +/-% R. +/-% R. +/-% R. +/-% R. +/-% place TRTJ termination anywhere on route.v,xr,+/-% uf R. +/-% HV H.V,XR,+/-% uf R. +/-% m L L uh +/-% +/-%.V,XR,+/-% uf.v,xr,+/-% uf.v,xr,+/-% uf R. +/-% VTT_OUT VTT_OUT J VTT_EL F PU Prescott_ocket_L_Rev. HTO HTI HTM HTK VTT_OUT_RIHT VTT_OUT_LEFT R VTT_OUT_RIHT VTT_OUT_RIHT place TO termination near XP connector place TK/TI/TM terminations near PU within. inch HTRTJ F_VTT m L L uh +/-% +/-% Notes:. ap. should be within mils of the V and pins. V route should be parallel and next to route. Min. mils trace from the filter to the processor pins. The inductors should be close to the cap. E uf V, +/-% EH EL <= nh, ER <. ohm Place these caps. inside PU socket uf/k caps. co-layout.v,xr,+/-% uf R. +/-%.V,XR,+/-% uf.v,xr,+/-% uf R. +/-%.V,XR,+/-% uf.v,xr,+/-% uf.uf.uf V, XR, +/-% V, XR, +/-%.V,XR,+/-% uf.v,xr,+/-% uf.v,xr,+/-% uf.v,xr,+/-% uf R K.V,XR,+/-% uf.v,xr,+/-% uf VTT_PWR VTT_OUT_RIHT VTT_OUT_LEFT V_Y uf T uf T.V,+/-% VP T uf.v,+/-% VP VP VP T UE VP K VP M VP L VP E VP E VP W VP W VP W VP T VP Y VP L VP VP W VP Y VP N VP VP Y VP VP M VP U VP J VP VP M VP M VP VP VP J VP J VP T VP M VP F VP VP E VP N VP W VP U VP VP VP Y VP N VP N VP N VP N VP Y VP Y VP VP E VP E VP N VP V VP K VP E VP M VP E VP VP E VP M VP K VP M VP N VP T VP VP N VP E VP W VP VP M VP N VP VP J VP M VP M VP M VP L VP U VP Y VP J VP VP U VP M VP VP N VP M VP U VP K VP U VP K VP VP K VP H VP H VP OF VP K VP H VP T VP M VP M VP E VP Y VP K VP K VP VP J VP T VP VP M VP J VP U VP L VP VP J VP J VP H VP J VP VP J VP J VP H VP H VP W VP L VP N VP H VP U VP T VP R VP K VP N VP VP K VP J VP J VP VP N VP H VP F VP L VP J VP J VP J VP VP K VP F VP VP M VP F VP K VP VP J VP M VP L VP J VP K VP L VP N VP H VP L VP J VP K VP VP N VP L VP J VP H VP J VP J VP K VP P VP K VP L VP M VP T VP N VP H VP L VP N VP J VP U VP J VP T VP K VP N VP VP N PU Prescott_ocket_L_Rev. TLREF_EL U OF UF OF H F VP L H F VP H H VP L H J VP J H H VP E H VP E H J H VP K J E VP J M H L VP E E M VP N H V J VP F P J VP E V K T VP M K W VP N P L J VP H P L J VP H M VP H J M L VP W VP P E F VP H J Y VP W N K VP M P J VP E M VP E N F VP J M J VP J VP F Y VP H L VP L N L VP H VP K L F W VP E Y H VP H L E N VP H F N VP E N H J VP H N F K VP E F F VP M N F N VP H F VP J F M VP J P F K VP F F K N J P N F E F K V F M VI J R F V F K H V N K R H N M V VI_ELET N F R P K J E E E F N E V E L F T T K L V R H V J F H T K L L M H L E V E M U L R L Y H R E TLREF_EL F TLREF_EL H R L R L L R K H U L R E R L J P V N K P RV V K K F RV F K E OMP T M M F RV Y M H H RV E L RV W L H RV E H E RV E RV H RV E K H RV RV E H PU Prescott_ocket_L_Rev. PU Prescott_ocket_L_Rev. FOXONN PE TLREF_EL L - R ize ocument Number Rev ate: Tuesday, May, heet of

15 HJ[..] HREQJ[..] F_VTT R +/-% R +/-% HWIN HTJ HTJ HTPJ HTNJ HIJ HTPJ HTNJ HIJ HTPJ HTNJ HIJ HTPJ HTNJ HIJ HJ HNRJ HPRIJ HRJ HPURTJ HYJ HEFERJ HRYJ HERYJ HITJ HITMJ HLOKJ HPREQJ HRJ HRJ HRJ HTRYJ nf V,XR,+/-% HIJ HIJ HIJ HIJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HREQJ HREQJ HREQJ HREQJ HREQJ F_VTT HWIN voltage should be /F_VTT mils width, mils space max. inches long caps should be placed near MH pin HROMP,,, U OF H H# H J K H# H H J H# H J H# H H# H H K H# H L H# H F M H# H L H# H L H# H J H# H K H# H K H# H M H# H R H# H L H# H N H# H E M H# H N H# H P H# H H N H# H P H# H J R H# H F N H# H F T H# H E T H# H E U H# H T H# H J T H# H K H L H L F HREQ# H K E HREQ# H J H HREQ# H J HREQ# H K F HREQ# H J J HT# H M N HT# H H H M H K E HTP# H H E HTN# H H E HINV# H M H HTP# H K F HTN# H K J HINV# H J HTP# H H F HTN# H F K HINV# H HTP# H HTN# H HINV# H H H M H# H M HNR# H E HPRI# H R HREQ# H HPURT# H L HY# H J HEFER# H M HRY# H P HERY# H E L HHIT# H N HHITM# L HLOK# HWIN E HPREQ# HOMP K HR# HROMP P HR# HVREF J HR# N HTRY# HLKP M HLKN M R. +/-% rantsdale_mh R_E Rev. R FEL FEL FEL HOMP.pF V,NPO,+/-.pF FEL FEL FEL F_VTT HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ R. +/-% HWIN HOMP HROMP MH_TLREF K_M_P_MH K_M_N_MH R uf +/-% MH_TLREF HJ[..] TLREF voltage should be.f_vtt mils width, mils space caps should be placed near MH pin V, XR, +/-% R K R K R K.nF V,XR,+/-% MH_FEL MH_FEL MH_FEL HJ[..] K_PE_M_P_MH K_PE_M_N_MH VO_TRLT VO_TRLLK 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 EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN MI_RXP MI_RXN MI_RXP MI_RXN MI_RXP MI_RXN MI_RXP MI_RXN hould add a cap close to this pin T heck E E : VTT 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 EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN MI_RXP MI_RXN MI_RXP MI_RXN MI_RXP MI_RXN MI_RXP MI_RXN K_PE_M_P_MH K_PE_M_N_MH VO_TRLT VO_TRLLK MH_FEL H MH_FEL E MH_FEL NO_ M NO_ F R K MH_TYPE R K M_EXPLR NO_ NO_ V_ORE NO_ K UE EL EL EL RV RV MTYPE EXP_LR RV RV RV L V M N N L N J N H N N N P N L N L N K N J N H N H N H N N F N F N E N N J RV K RV K RV L RV L RV K RV J RV J RV J RV J RV U E EXP_RXP F EXP_RXN J EXP_RXP H EXP_RXN F EXP_RXP E EXP_RXN F EXP_RXP E EXP_RXN EXP_RXP EXP_RXN EXP_RXP E EXP_RXN EXP_RXP EXP_RXN H EXP_RXP H EXP_RXN J EXP_RXP J EXP_RXN K EXP_RXP K EXP_RXN L EXP_RXP L EXP_RXN P EXP_RXP R EXP_RXN M EXP_RXP M EXP_RXN N EXP_RXP N EXP_RXN P EXP_RXP P EXP_RXN R EXP_RXP R EXP_RXN U MI_RXP U MI_RXN T MI_RXP T MI_RXN V MI_RXP V MI_RXN V MI_RXP U MI_RXN LKP LKN K VO_TRLT J VO_TRLLK rantsdale_mh R_E Rev. OF 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 E EXP_TXN F EXP_TXP F EXP_TXN EXP_TXP EXP_TXN H EXP_TXP H EXP_TXN J EXP_TXP J EXP_TXN K EXP_TXP K EXP_TXN L EXP_TXP L EXP_TXN M EXP_TXP M EXP_TXN N EXP_TXP N EXP_TXN P EXP_TXP P EXP_TXN R MI_TXP R MI_TXN T MI_TXP T MI_TXN U MI_TXP U MI_TXN V MI_TXP V MI_TXN W EXP_OMPO Y EXP_OMPI W rantsdale_mh R_E Rev. 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 OF HYN E R VYN R RE F REEN LUE H RE# REEN# E LUE# J _T L _LK M REFLKP M REFLKN M REFET N R N R N R N R N P N P N N N N EXTT# K RV RV R RTIN# F PWROK IH_YN# M N RV V RV V RV U RV V RV Y RV RV R RV R RV RV R R R +/-% +/-% +/-% MI_TXP MI_TXP MI_TXN MI_TXN MI_TXP MI_TXP MI_TXN MI_TXN MI_TXP MI_TXP MI_TXN MI_TXN MI_TXP MI_TXP MI_TXN MI_TXN V_PE_MH MH_EXP_OMPR. +/-% _T _T _LK _LK K_M_P_MH K_M_P_MH K_M_N_MH K_M_N_MH REFET R Place close to MH +/-% PWR_V_T R PWR_V,,,, nf V,XR,+/-% V_MH R K IH_PLTRTJ IH_PLTRTJ, PWR_V_T PWR_V_T, IH_YNJ IH_YNJ 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 HYN VYN RE REEN LUE Place close to MH Within mils rantsdale R MH - ize ocument Number Rev ate: Tuesday, May, heet of FOXONN PE R

16 U OF, M_M_[..] M_Q_[..] M_M_ P M_Q_ M_M_ M_ Q_ M_Q_J[..] R M_Q_J M_M_ M_ Q_# M_QM_[..] L M_QM_ M_M_ M_ M_ F M_T_[..] P M_T_ M_M_ M Q_ E R M_T_ M_M_ M_ Q_ F P M_T_ M_M_ M_ Q_ H N M_T_ M_M_ M_ Q_ J P M_T_ M_M_ M_ Q_ E N M_T_ M_M_ M_ Q_ E N M_T_ M_M_ M_ Q_ M M_T_ M_M_ M_ Q_ H M M_M_ M_ R M_Q_[..] M_M_ M_ P M_Q_ M_ Q_ L M_Q_J[..] M_Q_J Q_# L M_QM_[..] M_QM_, M_WE_J N WE_# M_ L M_T_[..] M_T_, M J N _# Q_ K M_T_ Q_ K M_T_ Q_ N M_T_, M_R_J P M R_# Q_ P N M_T_ M Q_ J R M_T_ M Q_ J N M_T Q_ P M_T_, M [..] Q_ P, M_KE_[..] 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_ 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_ V_TR, M J, M J, M J, M J, M_OT_[..] R K +/-% R K +/-% MH_VREF_ MH_VREF_.uF V, XR, +/-% Place this cap close to MH spacing mils trace width mils mils minimum for a max. of mils in the MH break-out area M_KE_ M_KE_ M_KE_ M_KE_ M_OT_ M_OT_ M_OT_ M_OT_ MH_VREF_.uF R V, XR, +/-% Place this cap close to MH R _# P _# R _# N _# P KE_ M KE_ N KE_ R KE_ P OT_ N OT_ P OT_ P OT_ N LK_ P LK_# M LK_ M LK_# LK_ LK_# N LK_ M LK_# N LK_ N LK_# LK_ LK_# RV H RV_TP E RV_TP HNNEL J M_LEWIN K M_LEWOUT E VREF Q_ P Q_# R M_ N Q_ R Q_ P Q_ P Q_ N Q_ N Q_ P Q_ N Q_ R Q_ F Q_# M_ H Q_ L Q_ J Q_ F Q_ H Q_ K Q_ F Q_ Q_ E Q_ M Q_# L M_ K Q_ K Q_ J Q_ L Q_ K Q_ H Q_ L Q_ N Q_ L Q_ Q_# M_ Q_ H Q_ H Q_ F Q_ E Q_ J Q_ J Q_ Q_ F Q_ Q_# M_ Q_ Q_ Q_ Y Q_ W Q_ E Q_ E Q_ Q_ Y Q_ U Q_# U M_ U Q_ V Q_ V Q_ R Q_ R Q_ W Q_ W Q_ T Q_ T M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..], M_M_[..] V_TR, M_WE_J, M J, M_R_J, M [..], M J, M J, M J, M J, M_KE_[..], 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_ 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_ ROMP[:] mils width, mils spacing place cap/res close to MH.uF V, XR, +/-% R. +/-% ROMP 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_KE_ M_KE_ M_KE_ M_KE_ M_OT_ M_OT_ M_OT_ M_OT_ MH_VREF_ ROMP ROMP MOOMP[:] mils width, mils spacing place res close to MH R. +/-% R. +/-% U OF M M_ Q_ K R M_ Q_# L N M_ M_ J L M_ Q_ H P M_ Q_ J M M_ Q_ L P M_ Q_ N L M_ Q_ N M_ Q_ H R M_ Q_ L P M_ Q_ M P M_ R M_ Q_ K L M_ Q_# H M_ H Q_ J P WE_# Q_ L P _# Q_ F N R_# Q_ E Q_ J Q_ L R _ Q_ N _ Q_ N _ N _# M _# P _# N _# P KE_ N KE_ R KE_ M KE_ M OT_ L OT_ L OT_ K OT_ H LK_ LK_# K LK_ L LK_# E LK_ E LK_# L LK_ K LK_# J LK_ L LK_# LK_ LK_# R. +/-% RV K RV_TP N RV_TP HNNEL F M_LEWIN E M_LEWOUT E VREF ROMP ROMP E OOMP F OOMP Q_ K Q_# L M_ H Q_ F Q_ H Q_ Q_ Q_ Q_ E Q_ Q_ F Q_ Q_# F M_ Q_ K Q_ H Q_ H Q_ Q_ Q_ L Q_ E Q_ F Q_ H Q_# M_ Q_ F Q_ F Q_ L Q_ J Q_ F Q_ Q_ L Q_ J Q_ H Q_# H M_ H Q_ K Q_ J Q_ Q_ F Q_ J Q_ K Q_ Q_ Q_ Q_# M_ Q_ F Q_ E Q_ Q_ Q_ E Q_ E Q_ Q_ Q_ W Q_# Y M_ W Q_ Q_ W Q_ V Q_ V Q_ Y Q_ Q_ W Q_ U rantsdale_mh R_E Rev. M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] rantsdale_mh R_E Rev. FOXONN PE rantsdale R MH - ize ocument Number R ev R ate: Tuesday, May, heet of

17 V_PE_MH V_MH V_ V_HPLL V_MPLL V_PLL V_PLL V_EXPPLL V_ORE UF OF V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V W V V V V V U V V_MH Y V_EXP Y V_EXP Y V_EXP Y V_EXP Y V_EXP Y V_EXP Y V_EXP Y V_EXP Y V_EXP W V_EXP W V_EXP W V_EXP W V_EXP W V_EXP W V_EXP W V_EXP W V_EXP V_HPLL V_MPLL V_PLL V_PLL V_EXPPLL V E V_ V_ F V_ rantsdale_mh R_E Rev. V_ Filter L VM R VM R VM R VM R VM R VM R VM R VM P VM P VM P VM P VM P VM N VM M VM M VM M VM M VM M VM M VM M VM M VM M VM M VM K VM M VM M VM M VM M F L Ohm V_TR F_VTT VTT H VTT VTT VTT F VTT F VTT F VTT E VTT E VTT E VTT E VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT V_ORE from MH to st cap must be less than inch E uf V, +/-% EH of U V V Y V Y V Y V Y Y V Y W V Y W V W U V V U V V T V V T V V T V U T V U T V T V T V R V R V P V P V N V V N V M V V V V V N V N V P V P V P V R V R N V R N V T N V U N V U N V U N V V N V W P V W P V W P V Y P V P V P V RV P V RV R V RV R V RV R V RV R V RV R V RV R V RV R V RV R V RV T V RV T V T V T V N N T V N N T V N N U V N N U V N P U V N P U V N P V V N R V V N R V V N T V V N U V V N V V V N W W V N Y W V N W V N W V N Y V N Y V Y V Y V Y V Y V V_.uF V, XR, +/-% rantsdale_mh R_E Rev. V_ nf V,XR,+/-% of UH J J J J J J K K K K K K K K K K K K K K L L L L L L M M M M M M N P R E R E R E R E R E R E R E E E E E E E E E F F F F F F F F F F F F F F F H H H H H E H E H E H E H E H E H E H E H E J E J E J F J F J F J F rantsdale_mh R_E Rev. UI of L L L M M M M F M F M F M F M F M F M F M F M F N F N N N N N N N N P P P P P P P P P H P H R H R H R H R H R H R H R H T H T H T H T H T H T J T J T J T J T J U J U J U J U J U J U J U J U J U K U K U K V K V K V K V K V K V K V K V K W K W K W(Redundant) W K changed to V K W L W L W L Y L Y L Y L Y L Y L L V L L Missed pins in L Intel V. L L L rantsdale_mh R_E Rev. V_TR V_ORE V_ORE V_ORE V_TR ecoupling Place with trace leading to the following balls: K, N, R&R, R, R, R uf.v,xr,+/-% uf uf.v,xr,+/-%.v,xr,+/-% uf.v,xr,+/-% uf uf.v,xr,+/-%.v,xr,+/-% pf V,NPO,+/-% V_ORE ecoupling Place in V_ORE plane as close to the MH as possible uf.v,xr,+/-% uf.v,xr,+/-%.uf uf.v,xr,+/-% V, XR, +/-% R. pf V,NPO,+/-% L L uh L L uh L L uh L L uh L L uh from MH to st cap must be less than inch V_EXPPLL uf.v,xr,+/-%.uf V, XR, +/-% E uf V, +/-% EH E uf V, +/-% EH E uf V, +/-% EH E uf V, +/-% EH E uf V, +/-% EH V_HPLL.uF V, XR, +/-% V_PLL.uF V, XR, +/-% V_PLL.uF V, XR, +/-% V_MPLL.uF V, XR, +/-% F_VTT Place in F_VTT plane as close to the MH as possible F_VTT ecoupling uf uf uf.v,xr,+/-%.v,xr,+/-%.v,xr,+/-% V_ORE PI Express Filter L L nh from MH to st cap must be less than inch E uf uf V, +/-%.V,XR,+/-% EH V_PE_MH uf.v,xr,+/-% FOXONN PE rantsdale R MH - ize ocument Number R ev R ate: Tuesday, May, heet of

18 VTT_R R M_OT_ M_OT_[..], M_KE_[..], M [..], M_M_[..], R M_OT_ VTT_R R M_OT_ ohm VTT_R R M_OT_ Value change from to R R R R M J, M J, M J, M J, R M_M_ RE, Ohm,, /W, M VTT_R R R R M M M RN P RN P M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ VTT_R RN P M_KE_ M_KE_ M_KE_ M_KE_ RN P M_M_ M_M_ M_M_ M_M_ R M_R_J RE, Ohm,, /W, M, R M_WE_J RE, Ohm,, /W, M, R M J RE, Ohm,, /W, M, R M_M_ RE, Ohm,, /W, M VTT_R hannel VTT_.V high-frequency decoupling caps. s close to termination resistors as possible VTT_R hannel VTT_.V bulk decoupling caps. Place one at each end and one in the center of termination island V, XR, +/-% 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.uf.v,xr,+/-%.v,xr,+/-%.uf.uf FOXONN PE R hannel Termination R ize ocument Number Rev ate: Tuesday, May, heet of

19 M_Q_ M_T_ M_T_ M_T_ M_Q_ M_M_ M_T_ M_T_ M_QM_ M_T_ M_Q_J M M M_T_ M_T_ M_T_ M_T_ M_Q_J M_Q_ M_T_ M_M_ M_Q_J M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_J M M_QM_ M_QM_ M_T_ M_M_ M_Q_J M_Q_ M_OT_ M_T_ M_T_ M_M_ M_T_ M_T_ M_T_ M_M_ M_T_ M_T_ M_Q_J M_T_ M_T_ M_KE_ M_T_ M_T_ M_Q_J M_KE_ M_M_ M_T_ M_QM_ M_T_ M_M_ M_Q_ M_T_ M_T_ M_M_ M_Q_J M_Q_J M_QM_ M_Q_J M_Q_ M_T_ M_OT_ M_Q_ M_T_ M_T_ M_Q_J M M_T_ M_T_ M_OT_ M_M_ M_M_ M_M_ M_T_ M_T_ M_T_ M_T_ M_M_ MVREF_ M_T_ M_M_ M_QM_ M_Q_ M_Q_J M_M_ M_Q_ M_M_ M_T_ MVREF_ M_T_ M_T_ M_T_ M_T_ M_M_ M_T_ M_T_ M_M_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_T_ M_T_ M M_T_ M_QM_ M_QM_ M_QM_ M_T_ M_M_ M_T_ M_QM_ M_Q_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_J M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_T_ 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_QM_ M_QM_ M_T_ M_T_ M_M_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_T_ M_M_ M_T_ M_T_ M_KE_ M_T_ M_T_ M_T_ M_T_ M_T_ M_QM_ M_M_ M_T_ M_T_ M_QM_ M_T_ M_M_ M_KE_ M_T_ M_T_ M_Q_J M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_M_ M_T_ M_T_ M_T_ M_QM_ M_Q_ M_Q_ M_T_ M_T_ M_M_ M_M_ M_T_ M_OT_ M_M_ M_T_ M_T_ M M_Q_J M_M_ M_T_ M_T_ M_Q_ M_Q_J M_T_ M_T_ M_M_ M_T_ M_T_ M_T_ MVREF_ V_TR V_TR V_TR V_Y V_TR V_Y V_TR V_TR M J, M_KE_[..], M [..], K_M_M_N_R_ M_M_[..], K_M_M_N_R_ M_LK_MIN,, M [..], M_OT_[..], K_M_M_P_R_ K_M_M_P_R_ K_M_M_P_R_ K_M_M_P_R_ M J, M_R_J, M [..], M_OT_[..], K_M_M_P_R_ M_QM_[..] M_WE_J, M J, M_T_MIN,, M_T_[..] M_M_[..], M_KE_[..], M J, K_M_M_P_R_ K_M_M_N_R_ K_M_M_N_R_ K_M_M_N_R_ M_Q_J[..] M_R_J, M_WE_J, M J, M J, MVREF_ K_M_M_N_R_ M_LK_MIN,, M_Q_[..] M_T_MIN,, M [..], ize ocument Number Rev ate: heet of FOXONN PE R Tuesday, May, R hannel IMM, Place this cap close to IMM hannel RII_.V bulk decoupling caps. Place at each corner of the IMMs Place this cap close to IMM hannel IMM RII_.V high-frequency decoupling caps. placement hannel IMM RII_.V high-frequency decoupling caps. placement Place this cap close to divider uf V, XR, +/-% P, uf, +/-%, XR, V, M uf V, XR, +/-% P, uf, +/-%, XR, V, M E uf V, +/-% EH uf V, XR, +/-% P, uf, +/-%, XR, V, M N R_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 VP VREF L KE KE # # K#/RFU K/RFU K#/RFU K/RFU K# K /P / # R# WE# N N/TET N OT OT Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> 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/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> <> <> <> <> <> <> <> <> R K +/-% R K +/-%.uf V, XR, +/-% uf V, XR, +/-% P, uf, +/-%, XR, V, M.uF V, XR, +/-% uf V, XR, +/-% P, uf, +/-%, XR, V, M N R_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 VP VREF L KE KE # # K#/RFU K/RFU K#/RFU K/RFU K# K /P / # R# WE# N N/TET N OT OT Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> 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/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> <> <> <> <> <> <> <> <> E uf V, +/-% EH uf V, XR, +/-% P, uf, +/-%, XR, V, M.uF V, XR, +/-%

20 VTT_R M_OT_[..], M_KE_[..], M [..], M_M_[..], VTT_R VTT_R RN P M_OT_ M_OT_ M_OT_ M_OT_ R R R R M J, M J, M J, M J, R M_M_ RE, Ohm,, /W, M R M_M_ RE, Ohm,, /W, M R R R M M M RN P M_M_ M_M_ M_M_ VTT_R RN P M_M_ M_M_ M_M_ M_M_ RN P M_KE_ M_KE_ M_KE_ M_KE_ RN P M_M_ M_M_ M_M_ M_M_ R M_M_ RE, Ohm,, /W, M VTT_R R M_R_J RE, Ohm,, /W, M, R M_WE_J RE, Ohm,, /W, M, R M J RE, Ohm,, /W, M, VTT_R hannel VTT_.V high-frequency decoupling caps. s close to termination resistors as possible VTT_R hannel VTT_.V bulk decoupling caps. Place one at each end and one in the center of termination island V, XR, +/-% 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.uf.v,xr,+/-%.v,xr,+/-%.uf.uf FOXONN PE R hannel Termination R ize ocument Number Rev ate: Tuesday, May, heet of

21 N N N N/TET N M_OT_[..], V_TR hannel RII_.V bulk decoupling caps. Place at each corner of the IMMs M_OT_ OT M_OT_ OT <> <> E <> uf <> E uf V, +/-% <> V, +/-% EH <> EH <> <> M_Q_J[..] M_Q_ Q<> Q#<> M_Q_J M_Q_ Q<> Q#<> M_Q_J M_Q_ Q<> Q#<> M_Q_J hannel IMM RII_.V high-frequency M_Q_ decoupling caps. Q<> placement Q#<> M_Q_J M_Q_ Q<> Q#<> M_Q_J V_TR T M_Q_ Q<> Q#<> M_Q_J M_Q_ Q<> Q#<> M_Q_J M_Q_ Q<> Q#<> M_Q_J M_Q_[..] Q<> Q#<> M_QM_ M/Q N/Q# M_QM_ M/Q N/Q# M_QM_ M/Q N/Q# M_QM_ M/Q N/Q# V_TR M_QM_ V_TR M/Q V_TR N/Q# VQ M_QM_ VQ M/Q VQ N/Q# R K VQ +/-% M_QM_ VQ M/Q VQ N/Q# VQ M_QM_ MVREF_ VQ M/Q MVREF_ VQ N/Q# VQ M_QM_[..] R VQ M/Q V N/Q# K.uF M_T_[..] +/-% V, XR, +/-% V M_T_ V Q<> M_T_ V Q<> Place this cap M_T_ V Q<> close to M_T_ V Q<> divider M_T_ V Q<> M_T_ V Q<> M_T_ V Q<> M_T_ V Q<> M_T_ V Q<> spacing mils M_T_ Q<> trace width mils M_T_ mils minimum for a max. of mils Q<> M_T_ in the MH break-out area V_Y R Q<> M_T_ V_Y R Q<> M_T_ VP Q<> M_T_,, M_LK_MIN VREF Q<> M_T_,, M_LK_MIN L Q<> M_T_,, M_T_MIN MVREF_ Q<> M_T_,, M_T_MIN MVREF_ M_T_ M_T_ Place this cap close to IMM M_T_ Place this cap close to IMM.uF Q<>.uF Q<> V, XR, +/-% Q<> V, XR, +/-% Q<> M_T_ Q<> M_T_, M [..] M Q<> M_T_, M [..] M M Q<> M_T_ M Q<> M_T_, M_KE_[..] M_KE_ Q<> M_T_, M_KE_[..] M_KE_ M_KE_ KE Q<> M_T_ M_KE_ KE Q<> M_T_ Q<> M_T_ Q<> M_T_ Q<> M_T_, M J # Q<> M_T_, M J, M J # Q<> M_T_, M J Q<> M_T_ K_M_M_N_R_ K#/RFU Q<> M_T_ K_M_M_N_R_ K_M_M_P_R_ K/RFU Q<> M_T_ K_M_M_P_R_ K_M_M_N_R_ K#/RFU Q<> M_T_ K_M_M_N_R_ K_M_M_P_R_ K/RFU Q<> M_T_ K_M_M_P_R_ K_M_M_N_R_ K# Q<> M_T_ K_M_M_N_R_ K_M_M_P_R_ K Q<> M_T_ K_M_M_P_R_, M_M_[..] M_M_ Q<> M_T_, M_M_[..] M_M_ M_M_ Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ M_M_ /P Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ M_M_ Q<> M_T_ M_M_ Q<> M_T_ Q<> M_T_, M [..] M Q<> M_T_, M [..] M / Q<> M_T_ Q<> M_T_ Q<> M_T_, M J # Q<> M_T_, M J, M_R_J R# Q<> M_T_, M_R_J, M_WE_J WE# Q<> M_T_, M_WE_J Q<> V, XR, +/-% P, uf, +/-%, XR, V, M uf V, XR, +/-% P, uf, +/-%, XR, V, M uf V, XR, +/-% P, uf, +/-%, XR, V, M uf V, XR, +/-% P, uf, +/-%, XR, V, M uf R_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 VP VREF L KE KE # # K#/RFU K/RFU K#/RFU K/RFU K# K /P / # R# WE# R_IMM N N/TET N OT OT <> <> <> <> <> <> <> <> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> 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_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_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_[..], hannel IMM RII_.V high-frequency decoupling caps. placement V_TR T R hannel IMM, V, XR, +/-% P, uf, +/-%, XR, V, M uf V, XR, +/-% P, uf, +/-%, XR, V, M V, XR, +/-% P, uf, +/-%, XR, V, M FOXONN PE R ize ocument Number Rev Tuesday, May, ate: heet of uf V, XR, +/-% P, uf, +/-%, XR, V, M uf uf

22 V_UL V_Y V_Y V_Y V_Y N,,,,,, PLK,,,,,, PT,,, WKEJ WKEJ V V RV N MLK MT N.V JT.VUX WKE# PRNT# V V N JT JT JT JT.V.V PWR IH PLTRTJ IH PLTRTJ,,, EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP_.uF EXP_TXN EXP_TXN V, XR, +/-% VO_TRLLK VO_TRLLK EXP_TXP_.uF V, XR, +/-% EXP_TXN EXP_TXP_.uF V, XR, +/-% EXP_TXN EXP_TXP_.uF V, XR, +/-% EXP_TXN EXP_TXP_.uF V, XR, +/-% EXP_TXN EXP_TXP_.uF V, XR, +/-% EXP_TXN EXP_TXP_.uF V, XR, +/-% EXP_TXN EXP_TXP_.uF V, XR, +/-% EXP_TXN EXP_TXP_.uF V, XR, +/-% EXP_TXN EXP_TXP_.uF V, XR, +/-% EXP_TXN EXP_TXP_.uF V, XR, +/-% EXP_TXN EXP_TXN EXP_TXN ll oupling caps. should be placed within mils of the connector EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN_.uF V, XR, +/-% EXP_TXP_.uF EXP_TXN EXP_TXN_ EXP_TXN V, XR, +/-%.uf V, XR, +/-% EXP_TXP_.uF EXP_TXN EXP_TXN_ EXP_TXN V, XR, +/-%.uf V, XR, +/-% EXP_TXP_.uF EXP_TXN EXP_TXN_ EXP_TXN V, XR, +/-%.uf V, XR, +/-% VO_TRLT VO_TRLT EXP_TXP_.uF V, XR, +/-% EXP_TXP_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% EXP_TXN_.uF V, XR, +/-% KEY RV N HOP HON N PRNT_# N HOP HON N N HOP HON N N HOP HON N RV PRNT_# N HOP HON N N HOP HON N N HOP HON N N HOP HON N PRNT_# N HOP HON N N HOP HON N N HOP HON N N HOP HON N N HOP HON N N HOP HON N N HOP HON N N HOP HON N PRNT_# RV PIE-X_LOT PIE_X N REFLK+ REFLK- N HIP HIN N RV N HIP HIN N N HIP HIN N N HIP HIN N RV RV N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N RV N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N K_PE_M_P_PORT K_PE_M_N_PORT 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 EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN K_PE_M_P_PORT K_PE_M_N_PORT 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 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_Y E uf V, +/-% EH V_Y.uF V, XR, +/-% V_Y.uF V, XR, +/-% N PIE_RM PIE_RM V_Y E uf V, +/-% EH V_UL.uF V, XR, +/-% FOXONN PE PI Express x fx lot R ize ocument Number Rev ate: Tuesday, May, heet of

23 V_.uF V, YV, +%/-% RE V RE V_ V R +/-% hould be placed no more than.'' to V conn. F F L Ohm pf V,NPO, pf F F L Ohm V, NPO, +/-% pf V,NPO, V_V V_Y F F..uF V, YV, +%/-% REEN LUE REEN V_ V LUE R +/-% F F L Ohm pf V,NPO, F pf F F L Ohm V, NPO, +/-% F pf V,NPO, L_RE L_REEN L_LUE L LK L T.uF V, XR, +/-% V L N VYN N HYN N N I N J N I R HYN VYN R R V_HYN_R V_VYN_R R +/-% F L Ohm pf V,NPO, F L Ohm pf pf V,NPO, V, NPO, +/-% V_Y VYN HYN VYN HYN U OE# N NZ U OE# N NZ V Y V Y V_Y.uF V, XR, +/-% V_Y V_VYN_R V_HYN_R sync impedacne should be mils (W=mil).V is better? V_Y V V sync terminating res should be ohm R R V_VYN V_HYN pf V,NPO, UMMY pf V,NPO, UMMY _TE R.K R.K R.K V_ V_Y R R.K.K V_V _LK L LK_R R +/-% L LK _T N Q N Q L T_R R +/-% L T V onnector FOXONN PE R ize ocument Number Rev ate: Tuesday, May, heet of

24 U MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP HI_N HI_P HI_N HI_P HI_N HI_P HI_P HI_N MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP HI_N HI_P HO_N HO_P HI_N HI_P HO_N HO_P HI_N HI_P HO_N HO_P IH_HO_P_LN IH_HO_N_LN V_PE_IH MI_OMP_IH F R. +/-% F oupling caps. should be close to IH K_PE_M_N_IH K_PE_M_N_IH K_PE_M_P_IH K_PE_M_P_IH HO_P_LOT HO_N_LOT HO_P_LOT HO_N_LOT T MI_RXN T MI_RXP R MI_TXN R MI_TXP V MI_RXN V MI_RXP U MI_TXN U MI_TXP Y MI_RXN Y MI_RXP W MI_TXN W MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP H PERn[] H PERp[] PETn[] PETp[] K PERn[] K PERp[] J PETn[] J PETp[] M PERn[] M PERp[] L PETn[] L PETp[] P PERn[] P PERp[] N PETn[] N PETp[] PI EXPRE MI_ZOMP MI_IROMP MI_LKN MI_LKP MI.uF HO_P V, XR, +/-%.uf HO_N V, XR, +/-% U IH_E Rev. UP_N UP_P UP_N UP_P UP_N UP_P UP_N UP_P UP_N UP_P UP_N UP_P UP_N UP_P UP_N UP_P O# O# O# O# O_#_PIO O_#_PIO O_#_PIO O_#_PIO URI URI# LK E UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP URI_IHR. +/-% K_M_IH V_Y UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP U_OJ_K U_OJ_FRONT K_M_IH,, L_[..] L_RQJ,, L_FRMEJ LN_LK_IH LN_RT_IH LN_RX_IH LN_RX_IH LN_RX_IH LN_TX_IH LN_TX_IH LN_TX_IH TP L_ L_ L_ L_ IH_LK IH_RTJ R K F R K F IH_IN IH_OUT IH_YN K_M_IH E P P N N N N P IH_EE_ IH_EE_IN F IH_EE_OUT IH_EE_HLK F E E E TE F MJ F PULPJ E TP TP_IH_PRLPVR E TP TP_IH_PRLPJ E TP TP_IH_PTPJ INNEJ INITJ_V E INITJ F INTR FERRJ F NMI F KRTJ, ERIRQ MIJ TPLKJ E THERMTRIPJ E R U LRQ_/PIO L/FWH L/FWH L/FWH L/FWH LRQ_# LFRME#/FWH Z_IT_LK Z_RT# Z_IN_ Z_IN_ Z_IN_ Z_OUT Z_YN LK EE_ EE_IN EE_OUT EE_HLK LN_LK LN_RTYN LN_RX_ LN_RX_ LN_RX_ LN_TX_ LN_TX_ LN_TX_ LP UIO EPROM LN HOT TE M# PULP# PRLPVR/TP_ PRLP#/TP_ PTP# INNE# INIT_V# INIT# INTR FERR# NMI RIN# ERIRQ MI# TPLK# THRMTRIP# IH_E Rev. MI MUY#/PI PI PI MLERT#/PIO PI PI TP_PI#/PO PIO TP_PU#/PO PIO PIO PIO PIO PIO PIO LKRUN#/PIO PIO PIO PUPWR/PIO MH_YN# PWRTN# RI# LP_# LP_# LP_# U_TT/LPP# ULK Y_REET# LN_RT# TLOW# TP_ VRMPWR THRM# WKE# PWROK E R W M R V P R T F F U T T T T W V U V V U F U IH_PI_PU OR L_PMEJ M_LERT_PU TRUO_TRL WOLJ TP_IH_PO TP_IH_PIO TP_IH_PO TP_IH_PIO IH_PIO_PU IH_PIO_F FULE PIO_LN_ILEJ OR OR OR L_PMEJ TRUO_TRL WOLJ TP TP TP TP FWH_WPL IH_PIO_F FULE PIO_LN_ILEJ R.K PU_PWR V_IH IH_YNJ IH_RIJ PWRTNJ, IH_RIJ, R LP_J,,, LP_J, R LPPJ TP_ULK TP LPPJ, IH_Y_RTJ,,, R IH_LN_RTJ IH_TLOW_PU R TP_IH_TP TP K IH_VRMPWR_UP IH_THRM_UP IH_THRM_UP R WKEJ,,, PWR_V,,,, PWR_V_T, HO_P_LOT HO_N_LOT HO_P_LOT HO_N_LOT HO_P_LN HO_N_LN LP_J HO_P_LOT HO_N_LOT.uF HO_P V, XR, +/-%.uf HO_N V, XR, +/-% HO_P_LOT.uF HO_P V, XR, +/-% HO_N_LOT.uF HO_N V, XR, +/-% V Y.uF IH_HO_P_LN V, XR, +/-%.uf IH_HO_N_LN V, XR, +/-% R Q N V_ORE E Q MMT OT_E V_ V_ R K R K R R.K IH_THRM_UP K IH_VRMPWR_UP R K IH_PI_PU R K TRUO_TRL R K L_PMEJ R K WOLJ R K M_LERT_PU R K IH_TLOW_PU R K WKEJ R.K IH_RIJ R.K IH_PIO_PU LPPJ RK IH_PIO_F V_Y R K R K R K R K R K R K R K R K F_VTT OR OR OR OR R R Place at IH end of route V_ THERMTRIPJ FERRJ.uF V, XR, +/-%, RMRTJ IHR - RMRTJ E R K Q N IH_LN_RTJ Q MMT R.K PIO_LN_ILEJ FOXONN PE R ize ocument Number Rev ate: Tuesday, May, heet of R K

25 PIE_ PIE PIE E PIE PIE PIE PIE F PIE E PIE PIE PIE PIE E PIE PIE F PIE F PIE _ PIE_KJ PIE_REQ K# PIE_IORJ REQ E PIE_IOWJ IOR# PIE_RY IOW# F IORY PIE_ PIE_ PIE_ PIE_J PIE_J E IRQ V_ R K PIE_LE T_LE FL_T # # IEIRQ R K U IE T IH_E Rev. V_Y FL_T W R K W for cap. discharge quickly uf V, YV, +%/-% TRXN E TRXP TTXN TTXP F TRXN TRXP TTXN F TTXP TRXN TRXP TTXN F TTXP TRXN TRXP TTXN F TTXP T_LKN T_LKP TRI# TRI F MLK Y MT W LINKLERT# Y MLINK_ W MLINK_ U TLE# TP/PI E TP/PI F TP/PI F TP/PI INTRUER# RMRT# V_ Y RTX Y RTX Y RTRT# INTVRMEN PKR NW U LV F T_RXN T_RXP T_TXN T_TXP T_RXN T_RXP T_TXN T_TXP T_RXN T_RXP T_TXN T_TXP T_RXN T_RXP T_TXN T_TXP K_T_M_N_IH K_T_M_P_IH TRI_IH T_LE R K R K R K R K RMRTJ IH_RTX IH_RTX RTRTJ INTVRMEN PKR T R R R V_Y V_ U R.K RMRTJ K_T_M_N_IH K_T_M_P_IH. R +/-% M_LK_REUME,, M_T_REUME,, K K K INTRUERJ LV RTRTJ PKR, H_LE.uF V, XR, +/-% placed near IE connector R K VRT R K INTRUERJ IH_RTX V_ V_Y IH_RTX R M pf V,NPO, R M RMRTJ, VRT X XTL-.kHz pf V_ R K T_TXP T_TXN T_TXP T_TXN T_RXN T_RXP T_TXP T_TXN T_RXN T_RXP T_TXP T_TXN T_RXN T_RXP T attery Holder T P_IERTJ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_REQ PIE_IOWJ PIE_IORJ PIE_RY PIE_KJ IRQ PIE_ PIE_ PIE_J PIE_LE nf V, XR, +/-% nf V, XR, +/-% T_RXN nf V, XR, +/-% T_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, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% V_Y R R.K.K VRT N H width mils R K.uF V,YV,+%/-% RTRTJ X Header_X_ (IE).uF V, XR, +/-% T_TXP T_TXN T_RXN T_RXP T_TXP T_TXN T_RXN T_RXP P_IERTJ T_TXP T_TXN T_RXN T_RXP T_TXP T_TXN T_RXN T_RXP PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ able detection high: -conductor cable(t ) low: -conductor cable(t /) PIE_ PIE_J RTRTJ R IHR - N T N T N T N T IH_H_PIRTJ R K.uF V,YV,+%/-% FOXONN PE R LI_P ize ocument Number Rev ate: Tuesday, May, heet of

26 UF,,,,, PR,,,,, EVELJ K_M_IH,,,,, IRYJ,,,,, PMEJ,,,, ERRJ,,,,, TOPJ,, LOKJ,,,,, TRYJ,,,,, PERRJ,,,,, FRMEJ,,,,,,,,,,,,,,,, V, XR, +/-% NTJ NTJ NTJ NTJ NTJ NTJ PREQJ PREQJ PREQJ PREQJ PREQJ PREQJ PREQJ INTJ INTJ INTJ INTJ INTEJ INTFJ INTJ INTHJ.uF V, YV, +%/-% V_ORE V_Y.uF V, XR, +/-%.uf.uf U ecoupling near pin place within mils.uf V, XR, +/-% IE ecoupling near pin ~ place within mils T.uF V, XR, +/-% V_Y PR EVELJ V_ORE PIRTJ PLTRTJ IRYJ PMEJ ERRJ TOPJ LOKJ TRYJ PERRJ FRMEJ V_ORE V, XR, +/-% T ecoupling.uf x near pin and.uf near E place within mils IH_PIO_F near pin place within mils V_IH near pin place within mils U IN N EN nf V,XR,+/-%.uF V, XR, +/-% OUT YP MI-.M OT_.uF V, XR, +/-%.uf V, XR, +/-% E R R P J J E J F E F L M F E N L M L M V, XR, +/-% PR EVEL# PILK PIRT# PLTRT# IRY# PME# ERR# TOP# PLOK# TRY# PERR# FRME#.uF U NT_# NT_# NT_# NT_# NT_#_PIO NT_#_PIO NT_#_PIO REQ_# REQ_# REQ_# REQ_# REQ_#_PIO REQ_#_PIO REQ_#_PIO PIRQ# PIRQ# PIRQ# PIRQ# PIRQE#_PIO PIRQF#_PIO PIRQ#_PIO PIRQH#_PIO IH_E Rev. V_.uF U ecoupling near pin place within mils PI ecoupling one near pin ~ one near pin ~H place within mils V_Y V, XR, +/-% _E_ # _E_ # _E_ # _E_ # V_Y V_ E E F F E F E H J K K L H H H M K K L K H J.uF V, XR, +/-% T ecoupling near pin place within mils EJ EJ EJ EJ V_IH near pin place within mils.uf V, XR, +/-% V_ORE V_Y [..] V_ORE L V Y V_ REFV_U.uF V, XR, +/-% place cap. near pin V_Y V_Y EJ,,,,, [..],,,,, EJ,,,,, near pin E EJ,,,,, place within mils EJ,,,,, L R K L uh F L Ohm.uF.uF V, XR, +/-% V, YV, +%/-%.uf V, XR, +/-%.uf V, XR, +/-% nf V,XR,+/-%.uF V, XR, +/-% R.uF V_ORE LR filter V, YV, +%/-% R uf.v,xr,+/-% PI Express filter VREF_U / V_ Power equencing.uf W W REFV V, XR, +/-% VREF / V_Y Power equencing VMIPLL V_ORE F_VTT near one of pins,, place within mils nf V,XR,+/-% V_PE_IH V_PE_IH E.uF.uF uf.uf.v, +/-% EH.uF V, XR, +/-% place cap. near pin V, XR, +/-%.uf V, XR, +/-%.uf caps. near pin F, P, place within mils PIRTJ PLTRTJ V, XR, +/-%.uf V_ORE V_ V_ V_IH.uF cap. near pin place within mils V, XR, +/-% VMIPLL V_ORE V, XR, +/-% REFV V_PE_IH.uF V, XR, +/-% REFV_U placed near the LV pin UF LV V_ UE P F E F F F H H J J K K L L M M N N N N N P P P P R R T T U U V V W W Y Y E E F E E F LV IH_E Rev. V_ VREF_ VREF_ V V VREF_U VMIPLL VTPLL VUPLL V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V U LV UE V_ IH_PLTRTJ, for MH/IO V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V_PU_IO_ V_PU_IO_ V_PU_IO_ U V V V V V V V V V V V V V V V V V V V V V V VU VU VU VU VU VU VU VU VU VU VU VU VU VU VU VU VU VU VU VU VU VU VU VU VRT VU VU VU VU VU E LV L L L L L M M P P T T U U U U U E E E E E F F E E H H J L L M P F U V V W Y E F F F R U V_ U V_ V_ORE F_VTT V_Y V_ VU IH VU IH VU IH LV U LV VRT for T trl./pi/tpm IH PLTRTJ,,, forpi-express x fx IH_FWH_PLTRTJ for FWH E E E E E E E E F F F F F E E E E E F F F F V,XR,+/-% nf IH_E Rev. V,XR,+/-% V Y nf R.K IH_P_PIRTJ,,,,,, Q N V,XR,+/-% for IE H H H J J J J K K K K K L L L L L M M M M M M M M M N N N N N N N N N P P P P P P R R R R R R R R R R R T T T T T T T T T T U U U U U V V V V W W W W Y Y Y Y F E W nf IH_H_PIRTJ IHR - FOXONN PE R ize ocument Number Rev Tuesday, May, ate: heet of