_110517

Title Page over lock iagram PU-LK/ontrol/MI/PE PU-Memory PU-Power PU- R III IMM R III IMM P-PI/E/MI/U/LK P-T/HOT/FN/PIO/V 0 P-M/LP/UIO/RT P-trap P-POWER P-/NVRM PIE x /x /x M PIE to PI ri. PIx lots V/T IO-Fintek F TX F_Panel/FN 0 M0-U.0 U onnector M0 T- LN - RTLE / 0E L_OLY_LV PI ontroller UPI R Power - up0 -Phase PH Power - up0 -Phase PU_VTT - up0 -Phase PU_ - OPMO 0 VR - UPI -Phase UP -PhaseMO PU UP -PhaseMO PU Manual Parts Power Map M- PU: INTEL - andy ridge L ystem hipset: Onoard hipset: PWM: PI Express (X) lot * PI Express (X) lot * PI lot * TX : 0. X 0mm H udio odec:rtl o-lay LN:RTL E 0/00/000, o-lay 0E 0/00 IO:FIN Flash ROM: Mb PI (PH) Main Memory: RIII (0/MHz) * (ual hannel) Expansion lots: ontroller:vr UP Phase PUPU: UP MOFET river PU VTT: IP0 PU : OPMO R: UP0 PH: UP0 PI: UPI Ver:. INTEL - ougar Point PH(H) 三個 OM:.H Full pec( 全固 ).H No U & T ( 全固 ).H 網吧板 ( 全固 ) Other: T.0 x (M0) T.0 x (PH) U.0 RearX Front x U.0 RearX -U * VI* TPM Header * OM Header * LPT Header * on OR UZZER MIRO-TR INT'L O.,LT M- ize ocument escription Rev ustom over. ate: Tuesday, May, 0 of

M- Ver:.0 TX : 0 X mm PIE LOT X X INTEL andy ridge L bit RIII 0, RIII 0, UNUFFERE RIII IMM UNUFFERE RIII IMM 0 0 RIII FIRT LOIL IMM FI LINK X MI X PIEX PIE X LOT RER IO UX PIEX PIE X LOT U- U- U- U-0 U.0 PIE U(lane0~) PIEX smedia0 PIE to PI ri. RER IO U.0X co-lay U U- U- FRONT IO UX U- U- U-0 U- ougar Point PH(H) PIE U(lane) N. PIE U(lane) PIEX smedia0 U.0 I LN RTL0E o-laye U- U-0 V IPLY PIE U(lane) smedia0 T T#? T T#? T PIE U(lane.) N. for H N. IPLY Prot H UIO I/F H UIO L o-lay N. IPLY Prot T II I/F T#0 T# T# T# T T T T N. IPLY Prot PI ROM Mb PI I/F PWM: ontroller:vr UP Phase PUPU: UP MOFET river PU VTT: IP0 PU : OPMO R: UP0 PH: UP0 IO F K MOUE OM LP I/F TPM. MIRO-TR INT'L O.,LT M- ize ocument escription Rev ustom lock iagram. ate: Tuesday, May, 0 of

() K_MI_P () K_MI_N () H_VILK () H_VIOUT () VI_LERT# () PU_PWR R R 0R/% MEM_PWR <L< (0) PM_YN () H_PEI (0) H_THERMTRIP# () PRO_EL V_R % % TP R 00R/% R 00R/% R H_TERR# H_PROHOT# PU_R_VREF 0.u0X K_MI_P K_MI_N H_VILK H_VIOUT R H_VILERT# X_hortH_PWR MEM_PWR_R PURT# KTO# TP TP TP TP TP TP TP TP TP TP TP TP TP0 TP TP TP TP TP PU_R_VREF H_F0 H_F H_F H_F H_F H_F H_F H_F H_F H_F H_F0 H_F H_F H_F H_F H_F H_F H_F PUE W LK_0 W LK#_0 VILK VIOUT VILERT# L OF J0 UNOREPWROO J M_RMPWROK F REET# E PM_YN J PEI E TERR# H PROHOT# THERMTRIP# J KTO# K PRO_EL J M_VREF H F_0 J F_ J F_ K F_ L F_ N F_ L F_ M F_ J F_ L F_ M F_0 N F_ N F_ N F_ N F_ N0 F_ F_ F_ VP_ELET P V_VI P V_ENE V_ENE _ENE TRT# J PRY# K PREQ# K0 R# E () PH_MEM_PWR T VIO_ENE IO_ENE VX_ENE L X_ENE M TO L TI L0 TK M0 TM L PM#_0 H0 PM#_ H PM#_ PM#_ 0 PM#_ PM#_ F PM#_ E0 PM#_ F0 PH_MEM_PWR VTT_ELET V_VI V_ENE PU_V_ENE PU ENE VTT_V_ENE VTT ENE PU_FX_V_ENE PU_FX ENE PU_TO PU_TI PU_TK PU_TM PU_TRT# XP_PU_PRY# XP_PU_PREQ# PU_R# R R X_R/ X_hort V_R R 00R/% TP TP FP_RT# (,0) MEM_PWR VTT_ELET (0) V_VI () V_ENE () PU_V_ENE () PU ENE () VTT_V_ENE (0) TP FX_V_ENE () FX ENE () PU_VTT () EXP RXP_0 () EXP RXN_0 () 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_0 () EXP RXN_0 () EXP RXP_ () EXP RXN_ () EXP RXP_ () EXP RXN_ () EXP RXP_ () EXP RXN_ () EXP RXP_ () EXP RXN_ () EXP RXP_ () EXP RXN_ () MI_RX0 () MI_RX0# () MI_RX () MI_RX# () MI_RX () MI_RX# () MI_RX () MI_RX# R0.R% L<=0." MI_RX0 MI_RX0# MI_RX MI_RX# MI_RX MI_RX# MI_RX MI_RX# ROMP PU PE_RX_0 PE_RX#_0 PE_RX_ PE_RX#_ 0 PE_RX_ PE_RX#_ E0 PE_RX_ E PE_RX#_ PE_RX_ PE_RX#_ PE_RX_ PE_RX#_ PE_RX_ PE_RX#_ E PE_RX_ E PE_RX#_ F PE_RX_ F PE_RX#_ PE_RX_ PE_RX#_ H PE_RX_0 H PE_RX#_0 J PE_RX_ J PE_RX#_ K PE_RX_ K PE_RX#_ L PE_RX_ L PE_RX#_ M PE_RX_ M PE_RX#_ N PE_RX_ N PE_RX#_ W MI_RX_0 W MI_RX#_0 V MI_RX_ V MI_RX#_ Y MI_RX_ Y MI_RX#_ MI_RX_ MI_RX#_ P PE_RX_0 P PE_RX#_0 R PE_RX_ R PE_RX#_ T PE_RX_ T PE_RX#_ U PE_RX_ U PE_RX#_ PE_IOMPO PE_ROMPO PE_OMPI L OF PE_TX_0 PE_TX#_0 PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_0 PE_TX#_0 PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ MI_TX_0 MI_TX#_0 MI_TX_ MI_TX#_ MI_TX_ MI_TX#_ MI_TX_ MI_TX#_ PE_TX_0 PE_TX#_0 PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ PE_TX_ PE_TX#_ E E F F J J E E F F 0 K K J J M M L L N N V V W W Y Y P P T T R R U U MI_TX0 MI_TX0# MI_TX MI_TX# MI_TX MI_TX# MI_TX MI_TX# EXP TXP_0 () EXP TXN_0 () 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_0 () EXP TXN_0 () EXP TXP_ () EXP TXN_ () EXP TXP_ () EXP TXN_ () EXP TXP_ () EXP TXN_ () EXP TXP_ () EXP TXN_ () EXP TXP_ () EXP TXN_ () MI_TX0 () MI_TX0# () MI_TX () MI_TX# () MI_TX () MI_TX# () MI_TX () MI_TX# () R0 X_K/% PU_VTT H_PWR PU_TO PU_TI PU_TM PU_TK PU_TRT# VI_LERT# H_VIOUT H_PEI H_TERR# H_THERMTRIP# H_PROHOT# R K/ R R R R R R0 R R R R0 R0 R X_.K PU_VTT R R R R R PU_VTT R 0R X_ X_ X_ R PU_VTT R0 K/% Q H_PROHOT# E N0 R X_R/ VR_HOT# () Power On Hardware default = high.et PIO_ata =.et PIO port as output by open-drain mode.porting PIO_ata =0 before system into deep_s.waiting PU_PWR from low to high and setting PIO_ata = when resume from deep_s PIO always keep high except for deep_s IO_TRIP# () PU_REET# V R K R 0K/% PU_VTT R0 0R (0) FI_FYN0 (0) FI_LYN0 (0) FI_FYN (0) FI_LYN (0) FI_INT PU_VTT 0.V? PURT# PU OF FI_FYN_0 FI_TX_0 FI_LYN_0 FI_TX#_0 FI_TX_ FI_TX#_ E FI_FYN_ FI_TX_ E FI_LYN_ FI_TX#_ FI_TX_ FI_TX#_ FI_TX_ FI_TX#_ FI_INT FI_TX_ FI_TX#_ FI_TX_ FI_TX#_ E FI_OMPIO FI_TX_ E FI_IOMPO FI_TX#_ L E E F F FI_TX0 FI_TX0# FI_TX FI_TX# FI_TX FI_TX# FI_TX FI_TX# FI_TX FI_TX# FI_TX FI_TX# FI_TX FI_TX# FI_TX FI_TX# FI_TX0 (0) FI_TX0# (0) FI_TX (0) FI_TX# (0) FI_TX (0) FI_TX# (0) FI_TX (0) FI_TX# (0) FI_TX (0) FI_TX# (0) FI_TX (0) FI_TX# (0) FI_TX (0) FI_TX# (0) FI_TX (0) FI_TX# (0) FI_FYN0 FI_LYN0 FI_FYN FI_LYN FI_INT R0.R% E Q N0 MIRO-TR INT'L O.,LT (,) PLTRT# R0 0K/% E Q N0 M- ize ocument escription Rev ustom PU-LK/ontrol/MI/PE. ate: Tuesday, May, 0 of

MEM_M_LK_L0 MEM_M_LK_H0 MEM_M_LK_L MEM_M_LK_H MEM_M L0 MEM_M_OT0 MEM_M_KE0 MEM_M_KE MEM_M_NK0 MEM_M_NK MEM_M_NK MEM_M_OT MEM_M L MEM_M L MEM_M_R_L MEM_M_WE_L MEM_M L0 MEM_M_OT0 MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_0 MEM_M_0 MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_KE0 MEM_M_LK_L0 MEM_M_LK_H0 MEM_M_LK_L MEM_M_LK_H MEM_M_NK0 MEM_M_NK MEM_M_NK MEM_M_KE MEM_M_OT R_RT# MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_0 MEM_M_0 MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M L MEM_M L MEM_M_R_L MEM_M_WE_L MEM_M_ MEM_M_ MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_Q_L MEM_M_Q_H MEM_M_Q_H MEM_M_Q_L MEM_M_Q_L MEM_M_Q_H MEM_M_Q_H0 MEM_M_Q_L0 MEM_M_Q_H MEM_M_Q_L MEM_M_Q_L MEM_M_Q_H MEM_M_Q_H MEM_M_Q_L MEM_M_Q_L MEM_M_Q_H MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_Q_L MEM_M_Q_H MEM_M_Q_H MEM_M_Q_L MEM_M_Q_L MEM_M_Q_H MEM_M_Q_H0 MEM_M_Q_L0 MEM_M_Q_H MEM_M_Q_L MEM_M_Q_L MEM_M_Q_H MEM_M_Q_H MEM_M_Q_L MEM_M_Q_L MEM_M_Q_H MEM_M L0 () MEM_M_LK_H () MEM_M_LK_L () MEM_M_LK_H0 () MEM_M_LK_L0 () MEM_M L0 () MEM_M_OT () MEM_M L () MEM_M_OT0 () MEM_M_NK () MEM_M_NK () MEM_M_NK0 () MEM_M_OT () MEM_M_KE0 () MEM_M L () MEM_M_WE_L () MEM_M_R_L () MEM_M_KE () MEM_M L () MEM_M_OT0 () MEM_M_[..0] () MEM_M_LK_H () MEM_M_LK_L () MEM_M_LK_H0 () MEM_M_LK_L0 () MEM_M_NK () MEM_M_NK () MEM_M_NK0 () MEM_M_[..0] () MEM_M_KE0 () MEM_M L () MEM_M_WE_L () MEM_M_R_L () MEM_M_KE () MEM_M_T[..0] () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_L0 () MEM_M_Q_H0 () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_H () MEM_M_Q_L () MEM_M_T[..0] () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_L0 () MEM_M_Q_H0 () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_H () MEM_M_Q_L () R_RMRT# (,) ize ocument escription Rev of ate:. M- ustom PU-Memory Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom PU-Memory Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom PU-Memory Tuesday, May, 0 MIRO-TR INT'L O.,LT R X_0.u0X X_0.u0X OF PU L OF PU L 0 Y _Q#_ F _Q#_ K _Q#_ P _Q#_ V _Q#_ W _Q#_ V _Q#_ P _Q_ F _Q_ K _Q_ P _Q_ V _Q_ V _Q_ W _Q_ P _Q#_0 K _Q_0 K _Q_ E _Q_ E0 _Q Q_0 _Q_ E _Q_ 0 _Q Q_ E _Q_ J0 _Q_ L _Q_ J _Q_ L _Q_0 J _Q_ J _Q_ L0 _Q_ L _Q_ N0 _Q_ N _Q_ R _Q_ R _Q_ R _Q_ N _Q_ N _Q_0 R0 _Q_ U _Q_ U _Q_ Y _Q_ U _Q_ W _Q_ W _Q_ U _Q_ U _Q_ Y _Q_ W _Q_0 W _Q_ V _Q_ U _Q_ V _Q_ Y _Q_ U _Q_ Y _Q_ U _Q_ U _Q_0 U _Q_ V _Q_ W _Q_ W _Q_ V _Q_ R _Q_ R _Q_ N _Q_ N _Q_ R _Q_ N _Q_0 R _Q_ N _Q_ L _Q_ J _Q_ L _Q_ L _Q_ L _Q_ J _Q_0 J _Q_ J _E W _E U _E 0 U _E Y _E U _E U _E W _E Y _Q#_ V _Q_ V M_RMRT# W _K#_ W _K_ V _K#_ Y _K_ W _K_ U _OT_ U0 _OT_ U _OT_0 V _KE_ V _KE_ U _KE_ T _KE_0 V _#_ U _#_ W0 V0 _R# U _# V0 _M_ T0 _M_ U0 _M_ W _M_ T _M_ T _M_ T _M_ T _M_ V _M_ W _M_ W _M_ Y _K#_ U _WE# W _M_ U W _#_ V _#_0 U _M_0 V _M_ U _M_ V _OT_ W _M_0 V _K#_0 W _K_0 Y L PU OF L PU OF _Q# Q#_ M _Q#_ N _Q#_ R _Q#_ N _Q#_ P _Q#_ L _Q Q#_0 H _Q_ L _Q_ P _Q_ N _Q_ N _Q_ R _Q_ M _Q_0 H _Q_ F _Q_ F _Q_ J _Q_ E _Q_0 J _Q_ H _Q_ E _Q_ H _Q_ M _Q_ L _Q_ L _Q_ M _Q_ L _Q_ M _Q_0 L _Q_ R _Q_ R _Q_ M _Q_ R _Q_ R _Q_ P _Q_ P _Q_ P _Q_0 P _Q_ M _Q_ M _Q_ P _Q_ P _Q_ L _Q_ L _Q_ R _Q_ P _Q_ R _Q_ L _Q_0 R _Q_ L _Q_ P _Q_ R _Q_ M _Q_ M _Q_ R _Q_ P _Q_ R _Q_0 P _Q_ P0 _Q_ R0 _Q_ R _Q_ P _Q_ M _Q_ M _Q_ L _Q_ L _Q_ L0 _Q_0 M0 _Q_ M _Q_ L _Q_ J _Q Q_ J _Q Q_ J _Q_ J _Q Q_0 _M_ L _M_ R _M_ U _M_0 K _M_ M0 _M_ M _M_ P _M_ P _M_ M _M_ N _M_ Y _M_0 N _M_ T _M_ Y _M_ V _WE# R _# K _R# P 0 P M _#_0 N _#_ N _#_ L _#_ T _KE_0 U _KE_ Y _KE_ W _KE_ V _OT_0 L _OT_ P _OT_ M _K_0 L _K#_0 L _K_ L0 _K#_ K0 _K_ L _K#_ M _K_ P _K#_ N _Q_ N _Q#_ N _E P _E M _E 0 L _E R _E L _E M _E P _E R _M_ K W _OT_ K R X_R/ R X_R/

VP VP PU_VTT V_R PU_VTT VP V_ PU_VTT V_R PU_ V_ PU_FX PU_FX PU_FX PU_ ize ocument escription Rev of ate:. M- ustom PU-Power Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom PU-Power Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom PU-Power Tuesday, May, 0 MIRO-TR INT'L O.,LT.V_R-ecoupling PU OKET VITY P PU_VTT ecoupling PLE LL 00 P INIE PU OKET VITY PU_VP-ecoupling PU OKET VITY P PU_FX ecoupling PU OKET VITY P VP: PU_VTT:. V_R:. PU_:. V_:. ackside ackside ackside ackside ackside (.0V /.00V) (0.V / 0.V) 0u.X 0u.X 00 0u.X 00 0u.X 0 X_0u.X 0 X_0u.X X_0u.X X_0u.X 0 0u.X 0 0u.X X_0u.X X_0u.X 0u.X 0u.X 0u.X 0u.X 0 0u.X 0 0u.X 0u.X 0u.X 0u.X 0u.X X_0u.X X_0u.X OF PUF L OF PUF L V_0 F V_0 F V_0 F V_0 F V_0 F V_0 F V_00 F V_0 E V_0 E V_0 E V_0 E V_0 E0 V_0 E V_0 E V_0 E V_0 E V_00 E V_0 E V_0 E V_0 E V_0 E V_0 E V_0 V_0 V_0 V_0 V_00 V_0 0 V_0 V_0 V_0 V_0 V_0 V_0 V_0 V_0 V_00 V_0 V_0 V_0 V_0 V_0 V_0 V_0 V_0 0 V_0 V_00 V_0 V_0 V_0 V_0 V_0 V_0 V_0 V_0 V_0 V_00 V_0 V_0 0 V_0 V_0 V_0 V_0 V_0 V_0 V_00 V_00 V_00 V_00 V_00 V_00 V_00 V_00 V_00 V_00 V_ M V_ M V_ M V_ M V_ M V_ M V_ M V_0 M V_ L V_ L0 V_ L V_ L V_ L V_ L V_ L V_ L V_0 L V_ L V_ L V_ L V_ K0 V_ K V_ L V_ K V_ K V_ K V_0 K V_ K V_ K V_ K V_ K V_ J0 V_ K V_ J V_ J V_ J V_0 J V_ J V_ J V_ J V_ J V_ J V_ J V_ J V_ H V_ H V_ H0 V_0 H V_0 H V_0 H V_0 H V_0 H V_0 H V_0 H V_0 H V_00 H V_0 H V_0 H V_0 V_0 V_0 0 V_0 V_0 V_0 V_0 V_0 V_00 V_0 V_0 V_0 V_0 V_0 F V_0 V_0 F V_0 F V_0 F V_00 F0 V_0 F V_0 F V_0 F V_ M0 V_ M V_ M V_0 M V_0 H V_0 0u.X 0u.X 0u.X 0u.X 0 0u.X 0 0u.X X_0u.X X_0u.X OF PUH L OF PUH L VPLL_0 K VPLL_0 K V_ M V_0 M V_0 M0 V_0 L V_0 L V_0 K V_0 K0 V_0 J0 V_0 H V_0 H V_0 H0 VIO_ W VIO_ V VIO_ U VIO_ U VIO_ U VIO_0 R VIO_ R VIO_ N VIO_ R VIO_ N VIO_ N VIO_ L VIO_ L VIO_0 J VIO_ L VIO_ J VIO_ J VIO_ J VIO_ VIO_ VIO_ E VIO_ E VIO_ VIO_ 0 VIO_0 VIO_ K VIO_ K0 VIO_ K VIO_ K VIO_ K VIO_ K VIO_ K VIO_ K VIO_ J VIO_0 J VIO_0 J VIO_0 J VIO_0 J VIO_0 VIO_0 F VIO_0 VIO_0 VIO_0 VIO_ M VIO_0 VQ_0 J0 VQ_ Y VQ_ Y VQ_ Y VQ_ V VQ_ V VQ_0 W VQ_ V VQ_ V VQ_ U VQ_ U VQ_ V VQ_ U VQ_ U VQ_0 R VQ_0 R VQ_0 R VQ_0 R0 VQ_0 R VQ_0 J VQ_0 J VQ_0 J VQ_0 J X_0u.X X_0u.X 0u.X 0u.X 0u.X 0u.X 0 0u.X 0 0u.X 0 0u.X 0 0u.X 0u.X 0u.X 0u.X 0u.X 0u.X 0u.X X_0u.X X_0u.X 0u.X 0u.X X_0u.X X_0u.X 0u.X 0u.X 0 X_0u.X 0 X_0u.X 0u.X 0u.X X_0u.X X_0u.X X_0u.X X_0u.X 0u.X 0u.X X_0u.X X_0u.X 0u.X 0u.X 0u.X 0u.X 0 0u.X 0 0u.X X_0u.X X_0u.X 0u.X 0u.X 0u.X 0u.X 0u.X 0u.X X_0u.X X_0u.X 0u.X 0u.X 0 X_0u.X 0 X_0u.X 0u.X 0u.X OF PU L OF PU L VX_ Y VX_ Y VX_ Y VX_ Y VX_0 Y VX_ Y VX_ W VX_ W VX_ W VX_ W VX_ W VX_ U0 VX_ W VX_ U VX_0 U VX_ U VX_ U VX_ U VX_ U VX_ U VX_ T0 VX_ T VX_ T VX_0 T VX_ T VX_ T VX_ T VX_ T VX_ 0 VX_ VX_ VX_ VX_ VX_ VX_0 VX_0 VX_0 VX_0 0 VX_0 VX_0 VX_0 VX_0 VX_0 VX_0 0 X_0u.X 0 X_0u.X X_0u.X X_0u.X 0u.X 0u.X

IMM_VREF IMM_VREF VREF_Q_ VREF_Q_ ize ocument escription Rev of ate:. M- ustom PU- Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom PU- Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom PU- Tuesday, May, 0 MIRO-TR INT'L O.,LT close to IMM R R 0 OF PUJ L 0 OF PUJ L _ W _ 0 _0 _ 0 _0 _ E _ E _ E _ E0 _ E _0 E _ E _ E _ E _ E _ E _ F _ F0 _ F _ F _0 F _ F _ F0 _ F _ F _ F _ F _ F _ F _ F _0 F _ F 0 0 H _ H _ H _ H0 _ H _ H _ H _ H _0 H _ H _ H _ H _ H _ H _ J _ J _ J0 _ J _0 J _ J _ J _ K _ K _ K _ K _ K _ K _ K0 _00 K _0 K _0 K _0 K _0 K _0 K _0 K _0 K _0 K _0 L0 _0 L _ L0 _ L _ L _ L _ L _ M _ M _ M _ M0 _0 M _ M _ M _ M _ M _ M _ M _ M _ M _ M _0 N _ P _ P _ P _ P _ P0 _ P _ P _ R _ R _0 R _ R _ R _ T _ T _ T _ U _ V _ V _ V _0 V _ V _ V _ V _ V _ V _ V0 _ V Y _0 Y _NTF_0 _NTF_0 V _NTF_0 _NTF_0 Y _ V _ V _ V _ V _ V _ V _ V _ W0 _ W _0 W _ W _ W _ W _ Y _ Y _ Y _ Y _ Y _ Y _00 Y _0 0 _0 _0 _0 _0 _0 _0 _0 _0 _0 R R OF PUK L OF PUK L RV_0 N RV_0 J RV_0 RV_0 RV_0 RV_00 J RV_00 E RV_00 RV_00 F RV_0 R0 RV_00 RV_00 RV_00 RV_00 J RV_0 J0 RV_0 J RV_0 V RV_0 W RV_0 P RV_0 P RV_0 P RV_0 R RV_0 R RV_0 R RV_0 Y0 RV_0 U0 RV_0 N0 RV_0 T RV_0 P0 F_H H F_H H NTF_0 NTF_0 NTF_0 W NTF_0 U0 NTF_0 RV_00 0 RV_00 0 RV_0 T RV_0 V RV_00 W RV_0 Y RV_0 RV_0 H RV_0 H RV_00 J RV_0 J RV_0 K RV_0 K RV_0 L RV_0 L RV_0 L RV_0 L RV_0 M RV_00 N RV_00 J RV_0 RV_0 RV_0 K OF PUI L OF PUI L _0 K _0 M _0 M _0 K _0 L _ T _ T _ U _ P _0 M _0 M _0 M0 _0 M _0 M _0 M _0 M _0 M _0 M0 _00 M _0 N0 _0 N _0 N _0 N _0 N _0 N _0 N _0 N _0 N0 _0 N _ N _ N _ N _ N _ N _ N _ N _ N _ N _0 N _ P _ P _ P _ P _ P _ P _ P0 _ P _0 P _ P _ P0 _ P _ R _ R _ R _ R _ R _ R _0 R0 _ R _ R _ T _ T _ T0 _ T _ T _ T _0 T _ T _ T _ T _ T _ T _ T _ T _0 T _ U _ U _ U _ U _0 V0 _00 _00 _00 _00 _00 _00 _00 _00 _00 _00 _0 _0 _0 _0 _0 _0 _0 _0 _0 _00 0 _0 _0 _0 E _0 E _0 E _0 F _0 F _0 F _0 F _00 F0 _0 F _0 F _0 F _0 _0 H _0 H _0 H _0 H _0 H _00 H _0 H _0 H0 _0 H _0 H _0 J _0 J _0 J _0 J _0 J _00 J _0 J _0 J _0 K _0 K0 _0 K _0 K _0 K _0 K _0 K _00 K _0 K _0 K _0 K _ T _0 K _0 K _0 K _0 K0 _0 K _00 K _ T _0 K _0 K _0 L _0 L _0 L _ T0 _0 L _0 L _00 L0 _0 L _0 L _0 M _0 M _ U _ U _0 M _0 M _0 M _00 M _ T0 _ T _ T _ T _ T _ T _0 T _ T _ T _ T

RIII IMM_0 V 0u.X RIII IMM_ V_R V VTT_R 0.u0X () MEM_M_T[..0] MEM_M_T[..0] 0 0 Place close to IMM V_R.u.Y 0pN.u.Y.u.Y Place close to IMM with IMM V_R 0.u0X Place close to IMM V_R 0.u0X 0.u0X UPI VOLTE ONOLE VREF V_R VREF R0 K/% R 0.u0X K/% UPI VOLTE ONOLE VREF_Q_ V_R VREF_Q_ R K/% R 0.u0X K/%.u.Y EMI V_R X_0.u0X X_0.u0X MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T 0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T00 MEM_M_T MEM_M_T MEM_M_T MEM_M_T 0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T00 MEM_M_T0 MEM_M_T0 MEM_M_T0 MEM_M_T0 0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T00 MEM_M_T00 MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T 0 0 0 0 IMM Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q V V V V 0 V V V V V V V V 0 V V V V V V V V V V R up use M PN:I-0-U VP 0 0 VTT VTT N/PR_IN N/ERR_OUT N/TET RV FREE FREE FREE FREE 0 0 0/P 0 0 0 Q0 Q0# Q Q# Q Q# Q Q# Q Q# Q Q# Q 0 Q# 0 Q Q# Q Q# M0/Q N/Q# M/Q0 N/Q0# M/Q N/Q# M/Q N/Q# M/Q 0 N/Q# 0 M/Q N/Q# M/Q N/Q# M/Q 0 N/Q# M/Q N/Q# OT0 OT KE0 0 KE 0# # 0 0 WE# R# # REET# K0 K0# K(NU) K#(NU) VREFQ VREF L 0 ME ME ME 0 0 0 0 0 0 0 0 ME ME ME MEM_M_0 MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_0 MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_Q_H0 MEM_M_Q_L0 MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_OT0 MEM_M_OT MEM_M_KE0 MEM_M_KE MEM_M L0 MEM_M L MEM_M_NK0 MEM_M_NK MEM_M_NK MEM_M_WE_L MEM_M_R_L MEM_M L R_RMRT# MEM_M_LK_H0 MEM_M_LK_L0 MEM_M_LK_H MEM_M_LK_L VREF_Q_ VREF MLK_R MT_R RIII-0P_LK-RH- IMM(HNNEL-) RE = 0:0 [:0] MEM_M_[..0] () MEM_M_Q_H0 () MEM_M_Q_L0 () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_OT0 () MEM_M_OT () MEM_M_KE0 () MEM_M_KE () MEM_M L0 () MEM_M L () MEM_M_NK0 () MEM_M_NK () MEM_M_NK () MEM_M_WE_L () MEM_M_R_L () MEM_M L () R_RMRT# (,) MEM_M_LK_H0 () MEM_M_LK_L0 () MEM_M_LK_H () MEM_M_LK_L () 0.u0X 0.u0X () MLK_R () MT_R MLK_R R MT_R R R R MLK (,) MT (,) X_0.u0X X_0.u0X MIRO-TR INT'L O.,LT M- ize ocument escription Rev ustom R III IMM / IMM. ate: Tuesday, May, 0 of

RIII IMM_0 V_R V VTT_R () MEM_M_T[..0] VREF VREF 0.u0X VREF_Q_ VREF_Q_ 0.u0X R R0 K/% R0 R K/% MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T MEM_M_T0 MEM_M_T MEM_M_T MEM_M_T V_R K/% 0 0.u0X V_R K/% 0 0 0 0 00 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 IMM Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q V V V V 0 V V V V V V V V 0 V V V V V V V V V V R VP 0 0 VTT VTT N/PR_IN N/ERR_OUT N/TET RV FREE FREE FREE FREE 0 0 0/P 0 0 0 Q0 Q0# Q Q# Q Q# Q Q# Q Q# Q Q# Q 0 Q# 0 Q Q# Q Q# M0/Q N/Q# M/Q0 N/Q0# M/Q N/Q# M/Q N/Q# M/Q 0 N/Q# 0 M/Q N/Q# M/Q N/Q# M/Q 0 N/Q# M/Q N/Q# OT0 OT KE0 0 KE 0# # 0 0 WE# R# # REET# K0 K0# K(NU) K#(NU) VREFQ VREF L 0 ME ME ME 0 0 0 0 0 0 0 0 ME ME ME MEM_M_0 MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_0 MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_ MEM_M_Q_H0 MEM_M_Q_L0 MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_Q_H MEM_M_Q_L MEM_M_OT0 MEM_M_OT MEM_M_KE0 MEM_M_KE MEM_M L0 MEM_M L MEM_M_NK0 MEM_M_NK MEM_M_NK MEM_M_WE_L MEM_M_R_L MEM_M L R_RMRT# MEM_M_LK_H0 MEM_M_LK_L0 MEM_M_LK_H MEM_M_LK_L VREF_Q_ VREF MLK_R MT_R V RIII-0P_LK-RH- IMM(HNNEL-) RE = :0 [:0] MEM_M_[..0] () MEM_M_Q_H0 () MEM_M_Q_L0 () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_Q_H () MEM_M_Q_L () MEM_M_OT0 () MEM_M_OT () MEM_M_KE0 () MEM_M_KE () MEM_M L0 () MEM_M L () MEM_M_NK0 () MEM_M_NK () MEM_M_NK () MEM_M_WE_L () MEM_M_R_L () MEM_M L () R_RMRT# (,) MEM_M_LK_H0 () MEM_M_LK_L0 () MEM_M_LK_H () MEM_M_LK_L () 0.u0X 0.u0X MLK_R MT_R MLK_R () MT_R () MIRO-TR INT'L O.,LT M- ize ocument escription Rev ustom R III IMM / IMM. ate: Tuesday, May, 0 of

U OF PETP UPP K PETN UPN J F O# PETP UPP F PETN UPN F U () MR_T_TX PETP UPP K U () U- () MR_T_TX- PETN UPN J U- () U0 () PIE_LN_TX O# PETP UP0P J U0 () U0- () PIE_LN_TX- PETN UP0N K U0- () U () U_TX E PETP UPP T U () U- () U_TX- F PETN UPN R U- () U () M_PIE_TX O# PETP UPP R U () U- () M_PIE_TX- E PETN UPN N U- () () PE_TX PETP UPP () PE_TX- PETN UPN F () PE_TX0 F O# PETP UPP J () PE_TX0- F PETN UPN K U UPP M0 U () U- UPN N U- () U O# UPP T U () J0 U- PERP UPN R U- () H0 U PERN UPP U U () H U- PERP UPN T U- () J U O# PERN UPP M U () () MR_T_RX L U- PERP UPN M U- () () MR_T_RX- J U PERN UPP U () () PIE_LN_RX M U- PERP UPN U- () () PIE_LN_RX- N U0 O#0 PERN UP0P U0 () () U_RX M U0- PERP UP0N F U0- () () U_RX- P PERN () M_PIE_RX J PERP () M_PIE_RX- H R 0K PERN V () PE_RX R0 PERP O#_PIO M U_MI () () PE_RX- P0 O# PERN O#_PIO0 T () PE_RX0 L0 O# PERP O#_PIO J () PE_RX0- J0 O# PERN O#_PIO P O# O#_PIO K O# V O#_PIO O# MI_RX O#_PIO0 O#0 () MI_RX P MI_RX# MITXP O0#_PIO M R 0K () MI_RX# M MI_RX MITXN () MI_RX J MI_RX# MITXP () MI_RX# H MI_RX MITXN URI () MI_RX R MI_RX# MITXP URI# P R0.R/% () MI_RX# P MI_RX0 MITXN URI M () MI_RX0 H MI_RX0# MI0TXP () MI_RX0# J MI0TXN Place near () MI_TX () MI_TX# () MI_TX () MI_TX# () MI_TX () MI_TX# () MI_TX0 () MI_TX0# only for H MI_TX MI_TX# MI_TX MI_TX# MI_TX MI_TX# MI_TX0 MI_TX0# F MIRXP E MIRXN MIRXP MIRXN MIRXP MIRXN MI0RXP MI0RXN PI-E MI U MI_IROMP MI_ZOMP E MIRI only for H MI_OMP MIRI R R.R/% OK 0R/% PH_P0 () K_M_PIM () TPM_LK () K_P_M_IO () K_M_IO PH_P0 PH_PILK TPM_LK K_P_M_IO K_M_IO Programmable output clock to MHZ R 0.R/% R R R R0 R R R R R R XLK_ROMP K_M_PI K_M_PI K_M_PI K_M_PI XTL_M_PH_OUT XTL_M_PH_IN LKIN P LKIN N LKIN_0_P LKIN_0_N LKM_OT_P LKM_OT_N LK00M_T_P LK00M_T_N LK00M_MI_P LK00M_MI_N K_PM_PH L J J U no clock gen pull down XLK_ROMP T LKOUT_PI T LKOUT_PI T LKOUT_PI N LKOUT_PI T LKOUT_PI0 K_M_FLEX LKOUTFLEX_PIO W LKOUTFLEX_PIO LKOUTFLEX_PIO T LKOUTFLEX0_PIO XTL_OUT XTL_IN P LKIN P R LKIN N V LKIN_0_P W LKIN_0_N F LKIN_OT_P LKIN_OT_N LKIN_T_P F LKIN_T_N R LKIN_MI_P P LKIN_MI_N N REFLKIN ougar Point LOK _IN OF LOK LKOUT_PIEP LKOUT_PIEN LKOUT_PIEP LKOUT_PIEN LKOUT_PIEP LKOUT_PIEN LKOUT_PIEP LKOUT_PIEN LKOUT_PIEP LKOUT_PIEN LKOUT_PIEP LKOUT_PIEN LKOUT_PIEP LKOUT_PIEN LKOUT_PIE0P LKOUT_PIE0N LKOUT_PE P LKOUT_PE N LKOUT_PE P LKOUT_PE N LKOUT_ITPXP_P LKOUT_ITPXP_N LKOUT_MI_P LKOUT_MI_N LKOUT_P_P LKOUT_P_N F E F Y Y W E E E N R R P M N K_MR_T_P () K_MR_T_N () LK_PIE_LN () LK_PIE_LN# () K_PEX_P () K_PEX_N () K_PEX_P () K_PEX_N () K_U_P () K_U_N () K_M_REF_P () K_M_REF_N () K_PORT_P () K_PORT_N () K_MI_P () K_MI_N () ougar Point XTL_M_PH_OUT 0 p0n LKM_OT_P R LKM_OT_N R LK00M_T_P R LK00M_T_N R0 0K 0K 0K 0K XTL_M_PH_IN R M/% Y MHZP_ p0n PILK LOOPK U OF LK00M_MI_P LK00M_MI_N R R 0K 0K (,) _PME# () PH_PNT# () PH_PNT# () PH_PNT# PH_PILK PH_PI PH_PI PH_PI PH_PI PH_PI PH_PI PH_PI PH_PI _PME# PH_PNT# PH_PNT# PH_PNT# PH_PI PH_PI PH_PI PH_PI PH_PIRQ# PH_PIRQ# PH_PIRQ# PH_PIRQ# PH_PIRQE# PH_PIRQF# PH_PIRQ# PH_PIRQH# LKIN_PILOOPK V PIRT# 0 FRME# H EVEL# F IRY# TRY# TOP# PLOK# H PR M PERR# R ERR# 0 V PME# PI E NT#_PIO U NT#_PIO V NT#_PIO NT0# V REQ#_PIO 0 K REQ#_PIO T REQ#_PIO0 REQ0# K0 PIRQ# J PIRQ# M PIRQ# P PIRQ# N PIRQE#_PIO 0 V PIRQF#_PIO T PIRQ#_PIO R PIRQH#_PIO _E# _E# _E# _E0# ougar Point K V F F M L L T E E N F M J0 R J R U J N T T F F P P N PH_PI _PME# PH_PIRQF# PH_PIRQ# PH_PIRQ# PH_PIRQH# PH_PIRQ# PH_PIRQE# PH_PIRQ# PH_PIRQ# R.K R X_.K RN0.K/PR RN.K/PR V V V K_PM_PH LKIN P LKIN N LKIN_0_P LKIN_0_N R R0 R R R 0K 0K 0K 0K 0K EMI K_M_PIM X_0.u0X TPM_LK K_P_M_IO X_0.u0X X_0.u0X K_M_IO X_0.u0X PH_PILK X_0.u0X MIRO-TR INT'L O.,LT M- ize ocument escription Rev ustom P-PI/E/MI/U/LK. ate: Tuesday, May, 0 of

R (,) HIP_PW () PH_PIO () PH_PIO 0R ME_PWROK PH_PIO P PH_PIO0 N PH_PIO M PH_PIO U PH_PIO R PH_PIO PH_PIO R PH_PIO T PH_PIO PH_PIO E PH_PIO PH_PIO TP 0 F0 F N M0 T N W F Y0 Y Y Y E0 E E E M Y Y L M L L P U OF PWROK L_LK L_T L_RT# PWM PWM PWM PWM0 TH_PIO TH_PIO0 TH_PIO TH_PIO TH_PIO TH_PIO TH_PIO TH0_PIO PIO FN LINK LOK_PIO LO_PIO TOUT_PIO TOUT0_PIO N_ TP0 TP TP TP TP TP TP TP TP TP0 TP TP TP TP TP TP TP TP TP T.0 T.0 HOT T0RXN T0RXP T0TXN T0TXP TRXN TRXP TTXN TTXP TOMPI TROMPO TRI TRXN TRXP TTXN TTXP TRXN TRXP TTXN TTXP TRXN TRXP TTXN TTXP TRXN TRXP TTXN TTXP TP_PIO TP_PIO TP_PIO TP_PIO TP_PIO T0P_PIO TIOMPI TIOMPO TLE# 0TE INIT_V# RIN# ERIRQ THRMTRIP# PEI T PMYNH L_V_EN L_KLTEN L_KLTTL E E E E L0 L L L N N N M N N0 T0 T T T V0 V U Y J J F N V E H F TIII for H T_RX#0 T_RX0 T_TX#0 T_TX0 T_RX# T_RX T_TX# T_TX T_OMP R T_RI R H removed T_RX# T_RX T_TX# T_TX T_RX# T_RX T_TX# T_TX PH_PIO PH_PIO PH_PIO PH_PIO PH_PIO PH_PIO T_OMP R00 INIT_V# KRT# ERIRQ PH_THERMTRIP# PM_YN T_RX#0 () T_RX0 () T_TX#0 () T_TX0 () T_RX# () T_RX () T_TX# () T_TX () PH_P0.R/% T_RX# () T_RX () T_TX# () T_TX () T_RX# () T_RX () T_TX# () T_TX () PH_PIO () PH_PIO () T_LE_# (,0) R 0R/%.R/% X_hort PH_P0 H_THERMTRIP# () VI_P_HP () VI_P_LK_P () VI_P_LK_N () VI_P_TXP () VI_P_TXN () VI_P_TXP () VI_P_TXN () VI_P_TXP0 () VI_P_TXN0 0TE () INIT_V# () KRT# () ERIRQ () H_THERMTRIP# () PM_YN () VI_P_HP HMI_P_HP P_P_HP VI_P_LK_P VI_P_LK_N VI_P_TXP VI_P_TXN VI_P_TXP VI_P_TXN VI_P_TXP0 VI_P_TXN0 UF OF T P_HP N P_HP M P_HP R P_UXP R P_UXN U P_UXP U P_UXN N P_UXP R P_UXN IPLY L P_P M P_N H P_P K P_N M P_P M P_N R P_0P R P_0N E P_P E P_N F P_P F P_N P_P P_N L P_0P J P_0N E P_P P_N P_P P_N P_P P_N P_0P P_0N U VO_INTP T VO_INTN W VO_TLLP U VO_TLLN FILINK FI_RXP P FI_RXN M FI_RXP H FI_RXN J FI_RXP FI_RXN FI_RXP FI_RXN FI_RXP FI_RXN FI_RXP J FI_RXN H FI_RXP F FI_RXN F FI_RXP0 FI_RXN0 FI_FYN FI_LYN FI_FYN0 FI_LYN0 E FI_INT H RT_HYN R RT_VYN R RT_RE N RT_REEN N RT_LUE M RT_IRTN M _IREF T RT T W RT LK W P_TRLLK L P_TRLT L P_TRLLK L P_TRLT L U VO_TVLKINP VO_TRLLK L U VO_TVLKINN VO_TRLT L ougar Point FI_TX FI_TX# FI_TX FI_TX# FI_TX FI_TX# FI_TX FI_TX# FI_TX FI_TX# FI_TX FI_TX# FI_TX FI_TX# FI_TX0 FI_TX0# FI_FYN FI_LYN FI_FYN0 FI_LYN0 FI_INT V_HYN V_VYN V_R V_ V IREF R0 R T R LK R0 R VI_P_TRLLK VI_P_TRLT K FI_TX () FI_TX# () FI_TX () FI_TX# () FI_TX () FI_TX# () FI_TX () FI_TX# () FI_TX () FI_TX# () FI_TX () FI_TX# () FI_TX () FI_TX# () FI_TX0 () FI_TX0# () FI_FYN () FI_LYN () FI_FYN0 () FI_LYN0 () R R FI_INT () HYN () VYN () R T () R LK () VI_P_TRLLK () VI_P_TRLT () V HYN/VYN REITOR LOE TO MH(0 MIL TO MH LL) ougar Point Pull HIH for PH PH_PIO0 PH_PIO PH_PIO PH_PIO RN 0K/PR V PH_THERMTRIP# R V_R X_R PU_VTT V_R () No V( pull down) Enable V( TRLLK/T Pull High) () PIELKREQ# () PIELKREQ# () PIELKREQ# () PIELKREQ# () PH_JTRT# PH_PIO PH_PIO PH_PIO PH_PIO PIELKREQ# PIELKREQ# PH_PIO PH_PIO ERIRQ PH_PIO PH_PIO PH_PIO PH_PIO PIELKREQ# PIELKREQ# PH_JTRT# R RN 0K/PR RN 0K/PR RN 0K/PR RN 0K/PR 0K/% PIELKREQ can't find 0/// R 0R V_ R 0R V_ R 0R lose to PH within 0 mils. V_ () V_ () VI_P_HP R HMI_P_HP R P_P_HP R X_K K K VI_P_TRLT VI_P_TRLLK M- R.K R00.K V MIRO-TR INT'L O.,LT ize ocument escription Rev ustom P-T/HOT/FN/PIO/V. ate: Tuesday, May, 0 0 of

() LP_FRME# () LP_ () LP_ () LP_ () LP_0 () LP_RQ#0 () Z_IN0 () Z_OUT_R () Z_YN_R (0,) HIP_PW LP_FRME# LP_ LP_ LP_ LP_0 LP_RQ#0 Z_OUT_R Z_ITLK_R Z_YN_R Z_RT#_R () PU_PWR () VRM_P VRM_P R0 X_hort () PWRTN# PWRTN# () IO_TXOK R X_hort () PH_MEM_PWR PH_MEM_PWR () PWROK_P PWROK_P WVRMEN () WVRMEN () RMRT# (,0) FP_RT# (,,,) _WKE# () PH_INTVRMEM RMRT# FP_RT# RI# _WKE# INTRUER# PH_INTVRMEM 0 J0 J K 0 K J K F T U P Y_PWROK J T HIP_PW J T R K E J M N U FWH_LFRME# FWH_L FWH_L FWH_L FWH0_L0 LRQ#_PIO LRQ0# H_IN H_IN H_IN H_IN0 H_O H_LK H_YN H_RT# PROPWR Y_PWROK PWRTN# PWROK RMPWROK PWROK WVRMEN RMRT# Y_REET# RI# WKE# INTRUER# INTVRMEN LP UIO OF MUY#_PIO0 PIO LN_PHY_PWR_TRL_PIO H_OK_RT#_PIO PIO PIELKRQ#_PIO0 PIO_MEM_LE PIO PIO LP_LN#_PIO UWRN# _UPWRNK_PIO0 PIO LKRUN#_PIO H_OK_EN#_PIO TP_PI#_PIO PIO PIELKRQ#_PIO PIELKRQ#_PIO PIELKRQ#_PIO PIO U_TT#_PIO ULK_PIO TLOW#_PIO PLTRT# LP_# LP_# LP_#_PIO LP_# LP_U# UK# W P K0 M V P J J H U L J L V P T N V K M N H0 P M_UY# PH_PIO PH_PIO IO_PME# PI_HOL_PO# PIELKREQ# PH_PIO UWRN#_P PH_PIO PH_PI_WP# TP_PI# PIELKREQ# PIELKREQ# PIELKREQ# PH_PIO U_TT# U_LK PH_PIO PLTRT# UK#_P PIO LP_# LP_# LP_# LP_#_R LP_U#_P UK#_P () PH_PIO () TP IO_PME# () PI_HOL_PO# () PIELKREQ# (0) PH_PIO () UWRN#_P () PIELKREQ# (0) PIELKREQ# (0) PIELKREQ# (0) TP TP PLTRT# (,) LP_# (,,) LP_# (,,,) TP TP0 LP_U#_P () REQUIRE TRP M_UY# FP_RT# TP_PI# MLK MT PI_HOL_PO# FP_RT# _WKE# IO_PME# PH_PIO PH_ML0LERT# MLERT# MLINK0_T MLINK0_LK PH_MLLERT# PH_MLT PH_MLLK RI# R pull down R R R R R R0 R 0K/% 0K/% 0K/% R.K R.K R RN X_0K/% K 0K/% 0K/% 0K/PR RN X_.K 0K/PR V V V 0m V V R / TX_V u.x TX_V R K TX_V_EN Q () P_V_OFF N00 V R0.K U up0 VIN VOUT EN N X_0.u0X 0 X_u.X V_REF R 0K/% R.K/% RMRT# R 0K/% V.u0Y (,0) WT# V HIP_PW () Z_RT# () Z_YN () Z_ITLK () Z_OUT () RTRT# (0) PH_JTRT# P_PI_MOI R P_PI_MIO P_PI_# R0 P_PI_LK R PH_JTTO PH_JTTI PH_JTTM PH_JTRT# Z_ITLK Z_YN Z_OUT RTX RTX RTRT# RTRT# PH_JTRT# PH_JTTK PH_JTTM PH_JTTO PH_JTTI JT PULL HIH and PULL OWN R R R R0 R R R R 00R 00R 00R 0K/% 00R 00R 00R R R PH_JTTO PH_JTTI PH_JTTM PH_JTTK Ohm series near PH RN0 R/PR Z_RT#_R Z_YN_R Z_ITLK_R Z_OUT_R X_0P0N X_0P0N X_0P0N X_hortPH_PI_MOI U PI_MOI T PI_MIO R X_hortPH_PI_# PI_# T X_hortPH_PI_LK PI_0# R PI_LK N RTX R RTX T RTRT# N RTRT# JT_RT/TP JT_TK 0 JT_TM F JT_TO JT_TI ougar Point PI RT JT (U).KHZ.P- RT lock lose to PH 0 0p0N Y RT and LR_MO N-0F0-H0 M RTX R 0M MLERT#_PIO N MLK T MT R ML0LERT#_PIO0 U ML0LK T ML0T M0 MLLERT#_PHHOT#_PIO R MLLK_PIO J MLT_PIO K 0p0N -T_OT T R TP_LK-RH- K RTX V X Y Z 0mil VT PKR R u.x E PKR MLERT# MLK MT PH_ML0LERT# MLINK0_LK MLINK0_T PH_MLLERT# PH_MLLK PH_MLT hassis Intrusion JI HXM_LK-RH 0K/% RTRT# VT PKR (,0) R M INTRUER# lear MO MO LER JUMPER JT lear MO - lear MO u.x JT MLK (,) MT (,) PH_MLLK () PH_MLT () HXM_LK-RH VT R RTRT# PH_PIO UWRN#_P RMRT# (0) PH_PIO (0,0) T_LE_# (0) PH_PIO (0) PH_PIO 0K/% PH_PIO PH_PIO UK#_P PWROK_P u.x R R0 R0 RN 0K/PR PH_PIO T_LE_# PH_PIO PH_PIO P_PI_MIO PH_PI_WP# V 0K/% UK#_P PWROK_P RN 0K/PR R V V P_PI_# X_hort PI_MIO R PI_WP# R.K V PI_MIO P_PI_# PI_HOL# PI FLH ROM Place close to. PI EU PROT lose to PI ROM V PI_HOL# P_PI_LK P_PI_MOI P_PI_MOI P_PI_LK V Part Number:N-0-H0 PI V O(IO) HOL(IO) WP(IO) LK I(IO0) WQI-HF JPI HX[0]M-PITH_LK-RH- 0.u0X 0u.X V PI_HOL_PO# MIRO-TR INT'L O.,LT ize ocument escription Rev ustom P-M/LP/UIO/RT. ate: Tuesday, May, 0 for IO control used M- R.K R0 X_0.u0X of for IO control used

PH traps OOT EVIE NT TP/PIO LP PI 0 0 0 PI () PH_INTVRMEM R R VT 0K X_K INTVRMEN 0: ILE INTERNL VRM : ENLE INTERNL VRM * When these voltageregulators are enabled, the integrated be only operates at 0/00 Mbps during -. V R X_K V R X_0K/% () WVRMEN VT R 0K WVRMEN 0 : isable Internal eep leep.0 V regulators. : Enable Internal eep leep.0 V regulators. This signal enables the internal eep leep.0 V regulators. Must beconnected even when not supporting W. () PH_PNT# Internal pull-up (0) PH_PIO Internal pull-up V V R0 R0 K X_K H_O isable ME in Manufacturing Mode when pull LOW???? () PH_PNT# Internal pull-up R0 X_K MI / MOE 0 : : * () Z_OUT_R R J X_HXM-PITH_LK-RH V H_O has internal pull down. efault should be connected to IN of codec, no pull up/down. To isable ME need to have a jumper to pull high () PH_PNT# Internal pull-up R X_K Topblock swap override when pull-low ignal has a weak internal pull-up () Z_YN_R Internal pull-down R X_K H_YN O PLL VR UPPLY EL 0:.V UPPLY * :.V UPPLY V () PH_PIO Internal pull-up R K PIO 0 : Integrated locking Enable (FIM)* : uffer Through Mode Enable (TM) () PI_HOL_PO# Internal pull-down R X_K PIO 0 : TL IPHER UITE WITH NO ONFIENTILITY * : TL IPHER UITE WITH ONFIENTILITY V () PH_PIO Internal pull-up R X_K PIO 0 : O PLL VR disabled : O PLL VR enabled * ignal has a weak internal pull-up () NV_LE Internal pull-down R X_K MI/FI TERMINTION VOLTE OUPLE: TX/RX TO V IF MPLE HIH OUPLE: TX/RX TO IF MPLE LOW *? OUPLE: TX ET TO V/, RX ET TO RERLE OF THI TRP V (0) INIT_V# Internal pull-up R X_K INT_V# 0 :??????????????? :??????????????? * : INIT_V to asserted for PI clock to reset the processor by some evens occur. 0: an not to reset the processor. (,0) PKR Internal pull-down R X_K PKR 0 : EN TO REOOT * : I TO REOOT MIRO-TR INT'L O.,LT M- ize ocument escription Rev ustom P-trap. ate: Tuesday, May, 0 of

VPLLT VREF VREF_U V_PLL V_PLL VPLLEXP VPLLT VFIPLL VFIPLL VLK VREF VREF_U V VLK PU PT PRT VPLLMI VLKMI VPLLMI VLKMI VPLLEXP VNN VVRM V_PLL V_PLL PH_P0 V PU_VTT PH_P0 V.V_ V_ V PH_P0 V PH_P0 V V V V V.V_ PU_VTT VT PH_P0 PH_P0 PH_P0 VT PU_VTT V V_ V VNN PH_P0 V ize ocument escription Rev of ate:. M- ustom P-POWER Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom P-POWER Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom P-POWER Tuesday, May, 0 MIRO-TR INT'L O.,LT T PLL FILTER MI PLL FILTER hange to 0UH if V_PLL/V_PLL has noise issue. PH decoupling cap VREF & VREF_U equencing ircuit Near ball F NO THI PIN VREF: 0.00 VREF_U: 0.00 PH_P0:. V_: 0. V: 0. PU_VTT: 0.0 V: 0. ackside ackside to be empty X_0.u0X X_0.u0X 0 0u.X 0 0u.X X_0.u0X X_0.u0X u.x u.x.u0x.u0x E X_00uO E X_00uO P X_OPPER P X_OPPER u.x u.x R 0R R 0R 0.u0X 0.u0X X_u.X X_u.X X_0.u0X X_0.u0X R 0R/ R 0R/ 0 0u.X 0 0u.X 0 X_0.u0X 0 X_0.u0X L 0L00m-00-RH- L 0L00m-00-RH- Q N0 Q N0 E X_0.u0X X_0.u0X R 00R/% R 00R/% X_0.u0X X_0.u0X u.x u.x 0u.X 0u.X 0.u0X 0.u0X 0 0.u0X 0 0.u0X 0 X_0.u0X 0 X_0.u0X 0u.X 0u.X 0.u0X 0.u0X POWER OF UH ougar Point POWER OF UH ougar Point VMI_0 E VIO_0 V VIO_0 Y0 VIO_0 Y VIO_0 Y VIO_0 F0 VMI_0 VIO_00 L0 VIO_00 N0 VIO_00 N VPLLMI VLK L VFIPLL VPLLEXP VIO_0 VPLLT U VIO_00 VIO_0 0 VIO_00 VIO_0 Y VIO_0 VIO_0 VIO_0 Y VIO_0 Y0 VIO_00 Y VIO_0 V VIO_0 V VIO_0 V VIO_0 V VIO_0 F0 VIO_0 Y VIO_0 J VIO_0 Y VIO_0 V VIO_00 Y VIO_00 Y VIO_00 V VIO_00 V V_0 E0 V_0 0 VIO_0 E0 VLKMI J0 VIFFLKN_0 VIFFLKN_0 E VIFFLKN_0 E VORE_0 R VORE_0 R VORE_00 N VORE_0 N VORE_0 L VORE_0 L VORE_0 J VORE_0 J VORE_0 J VORE_0 VORE_0 VORE_0 E VORE_00 E VORE_00 E VORE_00 E0 VORE_00 E VORE_00 E VORE_00 VORE_00 0 VORE_00 VORE_00 VORE_00 VPI N V 0 U V 0 V0 V 0 U0 VUH V VREF_U T VREF F VW_ V0 VU 00 U VU 00 U VU 00 T0 VU 00 M VU 00 K VU 00 J VU 00 Y VU 00 Y VU 00 V VU 00 V0 VU 0 T V 0 F V 0 V 0 0 V 0 V 0 V 0 N V 0 L VFTERM T VFTERM T VVRM_0 R VVRM_0 R VVRM_0 R VVRM_0 J VW_00 U VW_00 V VW_00 U VW_00 VW_00 VW_00 VW_00 J VW_00 J VW_00 J VW_00 L VW_0 L VW_0 N VW_0 N VW_0 N VW_0 N VW_0 R VW_0 R VW_0 R VW_0 R0 VW_00 R VW_0 R VW_0 U0 VW_0 U V_PRO_IO V_PRO_IO_NTF PU_0 PU_0 VRT U PRT R PRT_NTF T PU_0 T PUYP V V T PT VPLL VPLL R 0R/ R 0R/ R0 X_0/ R0 X_0/ R R 00 0.u0X 00 0.u0X 0.u0X 0.u0X TP TP 0 0.u0X 0 0.u0X TP TP R 0R/ R 0R/ X_0u.X X_0u.X 0.u0X 0.u0X P X_OPPER P X_OPPER L X_L0U_00m_00 L X_L0U_00m_00 X_0u.X X_0u.X X_0u.X X_0u.X X_u.X X_u.X 0 X_0u.X 0 X_0u.X 0.u0X 0.u0X R X_0/ R X_0/ 0u.X 0u.X 0 u.x 0 u.x 0.u0X 0.u0X 0.u0X 0.u0X u.x u.x E X_00uO E X_00uO u.x u.x 0 0.u0X 0 0.u0X u.x u.x X_u.X X_u.X 0 0.u0X 0 0.u0X 0u.X 0u.X.u0X.u0X Q N0 Q N0 E 0 0u.X 0 0u.X u.x u.x.u0x.u0x X_u.X X_u.X u.x u.x 0 0.u0X 0 0.u0X 0.u0X 0.u0X P X_OPPER P X_OPPER 0.u0X 0.u0X X_0.u0X X_0.u0X X_u.X X_u.X L X_LU_00m_00 L X_LU_00m_00 X_0.u0X X_0.u0X X_u.X X_u.X

VNN NV_LE () PRO_EL () ize ocument escription Rev of ate:. M- ustom P-/NVRM Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom P-/NVRM Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom P-/NVRM Tuesday, May, 0 MIRO-TR INT'L O.,LT The tub <= 00mils ( 0.) R.0 Update :R Filter TP TP R K R K OF ougar Point UI OF ougar Point UI _0 R _0 R _0 R _0 R _0 R _0 R _0 R _0 R _0 R _00 N _0 N _0 M _0 M _0 M _0 M _0 M _0 M _0 M _0 M _0 _0 _0 _0 _00 _0 _00 V _00 U _00 U _000 U _00 U _00 T _00 T _00 T _00 T _00 T _00 T _00 T _00 R _000 R _00 R _00 R0 _00 N _00 N _00 N _00 N _00 N _00 N _00 N0 _000 N0 _00 N _00 N _00 N _00 N _00 N _00 M _00 M _00 M _00 L _000 L _00 L _00 L _00 L0 _00 L _00 L _00 L0 _00 L _00 L _00 K _000 K _00 J0 _00 J _00 H _00 H _000 _00 _00 0 _00 F _000 E _00 E _00 E _00 E _00 E _00 E _00 E _00 _000 _00 _00 _00 _00 _00 _00 _00 _00 _000 _00 0 _00 _00 _00 _00 _00 _00 _00 _000 0 _000 _000 _000 _000 _0 L _0 L _0 R _0 P _0 R _0 P _00 J _00 _00 0 _00 _00 _00 _00 _00 0 _00 _00 _00 F _00 E _00 E _00 _00 0 _000 _0 _0 0 _0 _0 _0 _00 _0 _0 _0 _0 _0 F _0 F0 _0 F _0 F _0 F _00 F _0 F _0 F _0 F _0 _0 _0 _0 _0 _0 _00 _0 H _0 H _0 J _0 J _0 K0 _0 K _0 K _0 K _0 M0 _00 M _0 M _0 M _0 M _0 M _0 M _0 M _0 M0 _0 M _0 M _00 M _0 N _0 N _0 N _0 P _0 P _0 P _0 R _0 R _0 U _00 U _0 U _0 U _0 U _0 _0 _0 _0 _0 _0 _00 _0 _0 _0 _0 E _0 E _0 E _0 E _0 E _0 F0 _000 F _00 F _00 F _00 F _00 F _00 F _00 F _00 F _00 F0 _00 F _00 F _0 F _0 F0 _0 F _00 V _00 V _00 V _00 V _00 V _00 V _00 W _0 Y _0 Y _0 _0 _0 _0 _0 _0 _0 _0 H _0 H0 _0 H _0 H _0 H _00 H _0 H _0 J _0 J _0 J _0 J _0 J _0 J _0 K _0 K _00 K _0 L _0 L _0 L _0 L _0 L _0 M0 _0 M _0 M _0 M _00 M _00 T _0 T _0 U _0 U _0 U _0 U0 _0 U _0 U _0 U _0 U _00 U _0 U _0 U _0 U _0 U _0 V0 _0 V _0 V _0 W _0 W _00 W _0 Y _0 Y _0 Y _0 Y0 _0 Y _0 Y _0 Y _0 Y _0 Y _00 Y _NTF_00 _NTF_00 _NTF_00 _NTF_00 M _NTF_00 M _NTF_00 P _NTF_00 P _NTF_00 T _NTF_00 U _NTF_00 U _NTF_0 U _NTF_0 U _NTF_0 _NTF_0 F _000 Y _000 _000 E _000 R U T_ T_ T_ F T_ TP TP TP TP R.K R.K TP TP TP TP 0.u0X 0.u0X TP TP NVRM OF UE ougar Point NVRM OF UE ougar Point M0 H0 L J F H E 0 Y0 U R U0 U K K0 K R0 Y F_TV R M M L Y U U J TP H TP J TP TP E TP J TP L TP0 F TP E TP J TP L TP TP TP L TP J TP TP TP0 TP0 TP TP

PI_Express X lot PI EXPRE x-port () EXP TXP_0 () EXP TXN_0 V Trace width > 00 mils (,) MLK (,) MT V (,,,) _WKE# MLK MT V 0.u0X EXP TXP_0_ 0.u0X EXP TXN_0_ PI_E X X V# V# RV# MLK MT.V# JT 0.VUX WKE# RV# HOP0 HON0 PRNT# PRNT# V V# JT JT JT JT.V.V#0 0 PWR REFLK REFLK- HIP0 HIN0 V K_PORT_P K_PORT_N EXP RXP_0 EXP RXN_0 V PLTRT_U# () K_PORT_P () K_PORT_N () EXP RXP_0 () EXP RXN_0 () V V V V PRNT_# V V V V MLK MT MLK JT MT JT JT.V JT JT.V 0.VUX.V 0 (,,,) _WKE# WKE_# PWR PLTRT_U# () X X () PE_TX0 () PE_TX0-0.u0X 0 0.u0X PE_TX0_ PE_TX0-_ PI_E RV HOP0 HOP0- PRNT_# REFLK REFLK- HIP0 HIP0- X X V V K_PEX_P () K_PEX_N () PE_RX0 () PE_RX0- () () 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_ 0 0 0.u0X EXP TXP 0.u0X EXP TXN 0.u0X EXP TXP 0.u0X EXP TXN 0.u0X EXP TXP 0.u0X EXP TXN 0.u0X EXP TXP 0.u0X EXP TXN 0.u0X 0.u0X 0.u0X 0.u0X 0.u0X 0.u0X EXP TXP EXP TXN EXP TXP EXP TXN EXP TXP EXP TXN 0 0 0 HOP HON HOP HON HOP HON RV#0 PRNT## HOP HON HOP HON HOP HON HOP HON PRNT## RV HIP HIN HIP HIN HIP HIN RV# RV# HIP HIN HIP HIN HIP HIN HIP HIN 0 0 0 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 V V V PRNT_# V V V V MLK MT MLK JT MT JT JT.V JT JT.V 0.VUX.V 0 (,,,) _WKE# WKE_# PWR PLTRT_U# () X X () PE_TX () PE_TX- 0.u0X 0.u0X PE_TX_ PE_TX-_ LOT-PIP_LK-PITH-RH-0 PI EXPRE x-port PI_E RV HOP0 HOP0- PRNT_# REFLK REFLK- HIP0 HIP0- X X V V K_PEX_P () K_PEX_N () PE_RX () PE_RX- () V V E 0uO E0 0uO () EXP TXP_ () EXP TXN_ () EXP TXP_ () EXP TXN_ () EXP TXP_0 () EXP TXN_0 () EXP TXP_ () EXP TXN_ () EXP TXP_ () EXP TXN_ () EXP TXP_ () EXP TXN_ () EXP TXP_ () EXP TXN_ () EXP TXP_ () EXP TXN_ 0.u0X EXP TXP 0.u0X EXP TXN 0.u0X 0.u0X EXP TXP EXP TXN 0.u0X EXP TXP_0_ 0.u0X EXP TXN_0_ 0.u0X EXP TXP 0.u0X EXP TXN 0.u0X EXP TXP 0 0.u0X EXP TXN 0.u0X EXP TXP 0.u0X EXP TXN 0.u0X EXP TXP 0.u0X EXP TXN 0.u0X 0.u0X V V V X_0.uX 0.uX E 0u.O EXP TXP EXP TXN 0.u0X 0 0 0 0 X 0.u0X HOP RV#0 0 HON HIP HIN HOP HON HIP HIN HOP0 HON0 HIP0 0 HIN0 HOP HON HIP HIN HOP HON HIP HIN HOP 0 HON HIP HIN HOP HON HIP HIN HOP HON HIP 0 PRNT## HIN RV# X LOT-PIP_LUE-PITH-RH- V 00 0.u0X 0.u0X PE RXP_P PE RXN_P PE RXP_P PE RXN_P PE RXP0_P PE RXN0_P PE RXP_P PE RXN_P PE RXP_P PE RXN_P PE RXP_P PE RXN_P PE RXP_P PE RXN_P PE RXP_P PE RXN_P EXP RXP_ () EXP RXN_ () EXP RXP_ () EXP RXN_ () EXP RXP_0 () EXP RXN_0 () EXP RXP_ () EXP RXN_ () EXP RXP_ () EXP RXN_ () EXP RXP_ () EXP RXN_ () EXP RXP_ () EXP RXN_ () EXP RXP_ () EXP RXN_ () PI Express X slot(x) V.Vaux.Vaux (wake) (no wake).v -.0 V.Vaux.Vaux (wake) (no wake) LOT-PIP_LK-PITH-RH-0 -. - m - 0m PI Express X slot (X) - - 0m - 0m.V -.0 MIRO-TR INT'L O.,LT M- ize ocument escription Rev ustom PIE x /x/x. ate: Tuesday, May, 0 of

U () M_PIE_RX () M_PIE_RX- () M_PIE_TX () M_PIE_TX- 0.u0X 0.u0X 0.u0X 0.u0X M_PIE_RX_ M_PIE_RX-_ M_PIE_TX_ M_PIE_TX-_ PTXP PTXN PRXP PRXN N 0 N 0 PLKEN 00 PLKEN PILKEN PILKEN V () K_M_REF_P () K_M_REF_N (,,,) _WKE# (,,) PLTRT_U# () K_PI0 () K_PI () K_PI E_M0_.V V K_M_PIM PILKEN R K PELKP PILK K_M_PIM () LKRUN# PILKEN PELKN LKRUN# R K LKRUN_EN LKRUN_EN# 0 [..0] [..0] () R.K/% PEREXT PILKEN X_0.u0X PEREXT 0 PILKEN 0 X_0.u0X _WKE# R PE_PWRET PE_WKE# 0 PLTRT_U# PE_PWRET# PE_RT# ILKEL M_EEI ILKEL M_EEK M_T 0 E_M0_.V M_LK 0 0 u.x LK00EL TET_EN u.x LK00EL 0.u0X PE_E_EL TET_EN TP 0.u0X PE_E_EL PE_LKREQ# V PI_LK0 0 R R 0 PI_LK 0 R R PIO0 0 0.u0X PI_LK R00 R PIO 0 0.u0X PIO 0.u0X PIO 0.u0X PIO 0.u0X PIO 0 0.u0X PIO 0 0.u0X PIO 0 0 0.u0X 0.u0X 0 0 0.u0X 0 0 0 V _E#[..0] V _E#[..0] () _E# V E# _E# V E# _E# E# _E#0 E0# V V LOK# V LOK# LOK# () IRY# V IRY# IRY# () V H/W trapping V PIRQ# PIRQ# () V V INT# PIRQ# V INT# PIRQ# () PIRQ# V INT# PIRQ# () PIRQ# V INT# PIRQ# () V E_M0_.V V P X_OPPER PE_PWRET X_0.u0X M_EEK R 0K V M_EEI R 0K V P P X_OPPER X_OPPER 0 0.u0X 0.u0X 0.u0X 0 VP VP VP 0 0 0 M0-RH M0 0 NT# NT# 0 NT0# PIRT# TRY# 0 TOP# ERR# REQ# REQ# REQ0# PERR# PR MEN PME# FRME# EVEL# PNT# PNT# PNT#0 PI_RT# TRY# TOP# ERR# PREQ# PREQ# PREQ#0 PERR# PR MEN PI_PME# FRME# EVEL# R PNT# () PNT# () PNT#0 () 0R PIRT#_PH () TRY# () TOP# () ERR# () R0.K R0.K V PREQ# () PREQ# () PREQ#0 () PERR# () PR () R 0R _PME# (,) R0 X_.K V FRME# () EVEL# () PE_E_EL LK00EL TET_EN LKRUN_EN ILKEL LKRUN# MEN R0 K R K R K PE_E_EL- "H" for Express ard mode "L" for PIe Riser ard mode LK00EL- "H" for PELK input only "L" for PELK & PILK input R.K R.K R.K R X_.K R.K remove EEPROM V U VIN VOUT min 0mil. E_M0_.V m EMI TET_EN- "H" for Test Mode Enable "L" for Test Mode isable u.x EN up0 F R0 K_PI0 X_0P0N K/% X_0.u0X.u0Y K_PI X_0P0N K_PI X_0P0N M_P0REF R K/% LKRUN_EN- "H" for LKRUN Mode isable "L" for LKRUN Mode Enable ILKEL- "H" is KHz ILK "L" is.khz ILK MIRO-TR INT'L O.,LT M- ize ocument escription Rev ustom M0 PI ri.. ate: Tuesday, May, 0 of

0 PR _PME# PIRQ# _E#0 PIRQ# REQ# I 0 TOP# FRME# TRY# 0 EVEL# LOK# IRY# PERR# PREQ#0 PIRQ# _E# _E# _E# ERR# K# PIRQ# 0 _E#[..0] [..0] PIRQ# PIRQ# PIRQ# PIRQ# K# REQ# PREQ#0 PREQ# PNT#0 PNT# PREQ# PNT# TRY# FRME# EVEL# IRY# ERR# PERR# LOK# TOP# 0 PR _PME# PIRQ# _E#0 PIRQ# REQ# I 0 TOP# FRME# TRY# 0 EVEL# LOK# IRY# PERR# PREQ# PIRQ# _E# _E# _E# ERR# K# PIRQ# 0 0 PR _PME# PIRQ# _E#0 PIRQ# REQ# I 0 TOP# FRME# TRY# 0 EVEL# LOK# IRY# PERR# PREQ# PIRQ# _E# _E# _E# ERR# K# PIRQ# 0 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 FRME# () PR () TRY# () TOP# () _E#[..0] () [..0] () PIRT#_PH () PNT#0 () PIRQ# () PIRQ# () PIRQ# () PIRQ# () PREQ#0 () PREQ# () PNT#0 () PNT# () PREQ# () PNT# () FRME# () IRY# () TRY# () EVEL# () ERR# () PERR# () LOK# () TOP# () PIRT#_PH () PNT# () PIRT#_PH () PNT# () _PME# (,) K_PI0 () K_PI () K_PI () ize ocument escription Rev of ate:. M- ustom PIx lots Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom PIx lots Tuesday, May, 0 MIRO-TR INT'L O.,LT ize ocument escription Rev of ate:. M- ustom PIx lots Tuesday, May, 0 MIRO-TR INT'L O.,LT PI PULL-UP / OWN REITOR IEL = PIRQ# MTER = PREQ#0 MTER = PREQ# IEL = PIRQ# MTER = PREQ# IEL = PIRQ# (wake) - m - V.Vaux -..Vaux - 0m PI slot (X) V.V -. (no wake) 0.u0X 0.u0X PI LOT-PI_LK-.PITH-RH PI LOT-PI_LK-.PITH-RH TRT# V TM TI V INT# INT# V REERVE V(I/O) 0 REERVE#.VUX RT# V(I/O)# NT# PME# 0 0.V IEL. 0 0.V FRME# TRY# TOP#.V MLK 0 MT PR.V /E#0.V 0 V(I/O)# REQ# 0 V V -V TK TO V V INT# INT# PRNT# REERVE#0 0 PRNT# REERVE# LK REQ# V(I/O)# 0.V /E# 0.V /E# IRY#.V EVEL# LOK# PERR# 0.V ERR#.V /E# 0.V V(I/O)# K# 0 V V X X X X RN.K/PR RN.K/PR 0 0.u0X 0 0.u0X RN.K/PR RN.K/PR R.K R.K RN.K/PR RN.K/PR PI LOT-PI_LK-.PITH-RH PI LOT-PI_LK-.PITH-RH TRT# V TM TI V INT# INT# V REERVE V(I/O) 0 REERVE#.VUX RT# V(I/O)# NT# PME# 0 0.V IEL. 0 0.V FRME# TRY# TOP#.V MLK 0 MT PR.V /E#0.V 0 V(I/O)# REQ# 0 V V -V TK TO V V INT# INT# PRNT# REERVE#0 0 PRNT# REERVE# LK REQ# V(I/O)# 0.V /E# 0.V /E# IRY#.V EVEL# LOK# PERR# 0.V ERR#.V /E# 0.V V(I/O)# K# 0 V V X X X X E 0u.O E 0u.O R 0R R 0R R 0R R 0R 0.u0X 0.u0X R.K R.K R 0R R 0R RN.K/PR RN.K/PR RN.K/PR RN.K/PR 0.u0X 0.u0X 0.u0X 0.u0X PI LOT-PI_LK-.PITH-RH PI LOT-PI_LK-.PITH-RH TRT# V TM TI V INT# INT# V REERVE V(I/O) 0 REERVE#.VUX RT# V(I/O)# NT# PME# 0 0.V IEL. 0 0.V FRME# TRY# TOP#.V MLK 0 MT PR.V /E#0.V 0 V(I/O)# REQ# 0 V V -V TK TO V V INT# INT# PRNT# REERVE#0 0 PRNT# REERVE# LK REQ# V(I/O)# 0.V /E# 0.V /E# IRY#.V EVEL# LOK# PERR# 0.V ERR#.V /E# 0.V V(I/O)# K# 0 V V X X X X

-ub V: resolution of 0x pixels with -bit color at Hz (: QX) V V_V hange to L, don't use F Try to pass VE v. Level shift RN.K/PR (0) V_R V_R R 0R.pN L n00m.pn (0) V_ V_ L n00m V R 0R.pN.pN (0) R LK R LK Q N00 V VL (0) V_ V_ R0 0R 0.pN L n00m.pn (0) R T R T Q N00 V PLE LOE TO V ONNETOR, WITHIN 0 MIL OF PIN V X_0.u0X V_V X_0.u0X V F -N_O F-MIROM0 0.u0X V_V V_RE V_LUE V_REEN E-OZ0 V_ HYN V_ VYN E-OZ0 VL (0) VYN (0) HYN V R R 00R/% 00R/% X_0P0N X_0P0N X_0P0N V_ V_ X_0P0N 0 V_LUE V_REEN V_RE V_VI V_VI-RH- H T PORT 0, H PORT 0/ upport T PORT, (0) T_RX0 (0) T_RX#0 (0) T_TX#0 (0) T_TX0 T_RX0 T_RX#0 T_TX#0 T_TX0 0.0uX 0.0uX 0.0uX 0.0uX T_RX0 T_RX#0 T_TX#0 T_TX0 T RX TX RX- TX- TPM_LK-P (0) T_RX (0) T_RX# (0) T_TX# (0) T_TX T_RX T_RX# T_TX# T_TX 0 0 0.0uX 0.0uX 0.0uX 0.0uX T_RX T_RX# T_TX# T_TX T RX TX RX- TX- TPM_LK-P (0) T_RX (0) T_RX# (0) T_TX# (0) T_TX T_RX 0 T_RX# T_TX# T_TX 0.0uX 0.0uX 0.0uX 0.0uX T_RX T_RX# T_TX# T_TX T RX TX RX- TX- TPM_LK-P (0) T_RX (0) T_RX# (0) T_TX# (0) T_TX T_RX T_RX# T_TX# T_TX 0 0.0uX 0.0uX 0.0uX 0.0uX T_RX T_RX# T_TX# T_TX T RX TX RX- TX- TPM_LK-P MIRO-TR INT'L O.,LT M- ize ocument escription Rev ustom V/T. ate: Tuesday, May, 0 of

U PLTRT# (,) PLTRT# LP_RQ#0 LREET# ENEL#/PIO0 () LP_RQ#0 0 ERIRQ LRQ# MO#/PIO (0) ERIRQ LP_FRME# ERIRQ RV#/PIO () LP_FRME# K_P_M_IO LFRM# WT#/PIO 0 () K_P_M_IO K_M_IO PILK IR#/PIO () K_M_IO LP_0 LKIN TEP#/PIO () LP_0 LP_ L0 HEL#/PIO () LP_ LP_ L WTE#/PIO () LP_ LP_ L RT#/PIO0 () LP_ L TRK0#/PIO INEX#/PIO WPT#/PIO () H_PEI PEI_IO IR_LE#/L KH#/PIO (,0) WT# WT# PEI/ () IO_TRIP# IO_TRIP# WTRT#/PIO LT/PIO0 00 IO_PME# OVT# PE/PIO 0 () IO_PME# PME# UY/PIO 0 VIN K#/PIO 0 VIN VIN LIN# 0 VIN VIN INIT#/PIO 0 VIN VIN(VIMM) ERR#/PIO 0 VIN VIN(V) F#/PIO 0 VIN VIN(VLT) T#/PIO 0 VIN(Vcore) P0/PIO0 0 P/PIO 0 (0) PU_FNT FNIN P/PIO (0) IO_PU_FN FNTL P/PIO (0) Y_FNT FNIN P/PIO (0) IO_Y_FN FNTL P/PIO (0) Y_FNT FNIN/PIO0 P/PIO (0) IO_Y_FN VTIN FNTL/PIO P/PIO VTIN 0 VTIN HM_VREF (PU) # VREF RI# T# 0 IO_WKE# TR#/FN0_00 EVENT_IN0# RT#/TRP_PROTET () YV_OFF P_V_OFF ERP_TRL0# R# () P_V_OFF ERP_TRL# OUT/TRPE_E R X_R/ UWRN#_IO IN () UWRN#_P () UK#_P R X_R/ UK#_IO U_WRN#/TIMIN_ #/E/PIO0 () PWROK_P R X_R/ PWROK_IO U_K#/TIMIN_ RI#/EF/PIO R X_R/ LP_U#_IO PWROK/TIMIN_ T#/E/PIO () LP_U#_P LP_U#/TIMIN_ IN/EE/PIO () R_OV IRW#/PIO0 OUT/E/PIO/TRP_PORT () R_OV 0 IRTX/#PIO0 R#/L#/PIO TRP_TIMIN IRRX#/PIO0 RT#/E/PIO TRP_TIMIN TR#/E/PIO () ULTE (P)_ate#/LOTO#/PIO0 IRTX/PIO ()_ate#/pio0/wtrt# IRRX/PIO () VTE (0P)_ate#/PIO/EEP (0) LE_V (0) LE_V (,,) PLTRT_U# () PLTRT_U# () PLTRT_U# () PH_MLLK () PH_MLT R R R R R (0,) TX_PWR_OK () IO_TXOK (0) PWRTIN () PWRTN# (,,) LP_# (,,,) LP_# (0) PON# () RMRT# VT R R 00K PEI_IO R PLTRT_U#_R R PLTRT_U#_R R PLTRT_U#_R ML_LK ML_T 0 RTON# 0 M OOEN# F LP Interface Hardware Monitor Power aving PIO/LE_V/LERT# PIO/LE_V PIO/PU_PW PIRT# PIRT# PIRT# PI_RT#/L/PIO0 PI_RT#//PIO RTON#/PIO TXP_IN/PIO PWOK PIN#/PIO POUT#/PIO # # P_ON#/PIO RMRT# OPEN# PI Function URT, IR and 0-Port F Parallel Port K Function Power Pin F KRT# 0 0 KT KLK 0 MT MLK V(V) I_VV VT V V V 0 (-) PIO0 PIO PIO RLT RLT () RPE RPE () RUY RUY () RK# RK# () LIN# LIN# () INIT# INIT# () RERR# RERR# () F# F# () T# T# () PPRN0 PPRN0 () PPRN PPRN () PPRN PPRN () PPRN PPRN () PPRN PPRN () PPRN PPRN () PPRN PPRN () PPRN PPRN () # RI# T# TR# RT# R# OUT IN # RI# T# IN# TRP_PORT R# KRT# 0TE KT KLK MT MLK V_IO I_VV HM R KRT# (0) 0TE (0) I_VV 0.u0X P X_OPPER 0.u0X 0R 0.u0X () RTRT# V 0.u0X TX_V V V V V RN.K/PR R.K IN# T# RI# # R# RN X_.K/PR IN T# RI# # R X_.K R# R U0 IN EN VT VOUT VOUT upm- V V X_-T_OT I_VV Y Z X u.x 0.u0X 0.u0X 0.uX X_0.uX U V 0 V_OM NRI V V V RI# NT# R RY T# NW NR# R RY R# NIN R RY IN N# R RY # R RY RT# NRT TR# Y NTR OUT Y NOUT Y -V_OM 0 -V R_OP0-RH NW 0.uX RN.K/PR MT MLK KT KLK () TPM_LK ERIL PORT TPM/JLP TPM_LK PLTRT_U# LP_0 LP_ LP_ LP_ LP_FRME# V JTPM V ERIRQ_R V P onnector P P P P 0.u0X HX[0]M-PITH_LK-RH M_T M_LK K_T K_LK 0p0N M V K_M 0 R 0K/% K MINIINP-RH R N# NOUT NRT NRI NRT NR# NT# NRI N# NOUT NIN NTR V_RU JOM ERIRQ (0) K_T K_LK NIN NTR NR# NT# HX[0]M_LK-RH N N X_0p0X/P/ X_0p0X/P/ V_RU U E-IP0-RH M_T M_LK LP I/O TRPPIN REITOR & Others Pull Hi Resistor TRP V on't TUFF V TUFF OUT E E TR# FN TRT UTY 0% FN TRT UTY 00% TRP TIMIN M Timing FNTL // Mode TRP PORT Enable 0 Port larm Mode RT# (isable) OUT R TR# R TRP_TIMIN R TRP_PORT R RT# R 0R 0R X_0.u0X Intel ourgar point Timing PWM Mode isable 0 Port Force Mode IO_WKE# P_V_OFF YV_OFF R R R0 0K 0K 0K TX_V PLTRT_U#_R R 0TE WT# IO_TRIP# IO_TXOK RTON# V R R R0 R0 R PIO PIO0 PIO V OPT OM X_.K X_.K X_.K 0R/% X_.K X_0K R.K R.K R X_0K PIO (PIO) : udio JK 0: udio JK R0.K R.K R.K NER MO HW Monitor - Thermal HM_VREF R X_0K/% PU ocket VTIN RT X_00p0X X_0KRT% HM HM_VREF R 0K/% Y VTIN RT 00p0X 0KRT% HM P-PM0_OT-RH Q0 E HW Monitor - Voltage V VP R 0K/% VIN PU_FX R 0K/% VIN 0u0Y V_R R 0K/% VIN R VIN 00K/% R0 0K/% X_00p0N MO VTIN X_0u0Y VIN PU_VTT R 0K/% X_0.0uX R VIN 00K/% R K/% X_0u0Y R 0K/% VIN 0 X_0.0uX MIRO-TR INT'L O.,LT M- 00p0X ize ocument escription Rev ustom IO-Fintek F(EUP). HM ate: Tuesday, May, 0 of