FS-1100A Page # Description Of Page

Transcription

1 F-00 ision escription Of hanges ate (M--Y) Phase R0. modify mm reset circuit (page ) add PI bit function (page,, ). increase V power bypass cap (page 0, ). modify FN speed sensor circuit (page 0) Page # escription Of Page REVIION HITORY PU Host us PU Power Interface ITP and PU elector MH Host / P us MH R / hannel MH Power Interface MH nalog Filter K0 lock enerator R lot / R lot / R Terminator be ontroller - Interface be ontroller - Power IH HOT / LP / T IH HU / U / PI IH IE and IE onnector IH Power Interface mm and H/W monitor LP IO and Floppy P / Parallel & erial Port udio odec Front Panel udio Header Firmware HU P lot PI lot PI lot PI lot U ports Front Panel Header and FN PU VR ystem Voltage Regulator VR_HOT Power onnector PI Expansion lot esigned y hecked y pproved y F-00 M/ Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision Tuesday, pril 0, 00 ocument Number P P/N: <oc> R0

2 uide for PU PLL Filter () H#[0..] Trace >mil for V, and VIOPLL pins () # () NR# () REQ0# () PRI# () Y# () EFER# () RY# () HIT# () HITM# (,) INIT# () HLOK# (,) PU_RT# () R#0 () R# () R# () HTRY# () PU_PWR () LK_PU () LK_PU# () LK_ITP_PU () LK_ITP_PU# () PU_F () PU_F () 0M# () FERR# () INNE# () INTR () NMI () MI# () TPLK# () HT0# () HT# () HREQ#0 () HREQ# () HREQ# () HREQ# () HREQ# VP R R 00 V pf R 00 V H H E H F E W V F F J F F E Y L R J K J J H # P0# P# INIT# NR# R0# PRI# Y# EFER# RY# HIT# HITM# IERR# INIT# LOK# MERR# REET# R0# R# R# RP# TRY# 0M# FERR# INNE# LINT0 LINT MI# TPLK# T0# T# REQ0# REQ# REQ# REQ# REQ# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# ONTROL HOT LK & REET LEY PU R ROUP H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 Y Y Y W Y W V V U V U U U T T T T R R P R N N M N M P N M H K J L M H L F E F F E H J H PWROO LK0 LK ITP_LK0 ITP_LK EL0 EL # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # T ROUP Northwood/Prescott VI VI0 VI VI VI VI VI VVI VVIL VIPWR TLREF0 TLREF TLREF TLREF THERML MI TK TI TO TM TRT# PM0# PM# PM# PM# PM# PM# U PU_ MP--HK TN0# E TN# K TN# R TN# W TP0# F TP# J TP# P TP# W P# L P# K P# K P0# J I# V I# P I# I0# E PROHOT# THERMTRIP THERM THERM VENE ENE KTO# F R# E LP# TETHI TETHI TETHI0 Y TETHI W TETHI U TETHI TETHI 0 TETHI TETHI TETHI 0 TETHI TETHI TETHI0 OMP P OMP0 L TP_PU_ TP_PU_ TETHI_ TETHI_ TETHI_0 TETHI_ TETHI_ TETHI_ TETHI_ TETHI_0 PU_OMP PU_OMP0 apacitors can have any value between uf and 00uF as long as components with EL<=nH and ER <0.ohm are used. R 0 R. % HTN#0 () HTN# () HTN# () HTN# () HTP#0 () HTP# () HTP# () HTP# () VP I# () I# () I# () I#0 () R0 R R R R R R0 R R. % PROHOT# (,) THRMTRIP# (,) PU_THERM () PU_THERM () PU_PREENT# (0) FP_RT_R# () PULP# () VP () H#[..] (,) VI0 (,) VI (,) VI (,) VI (,) VI () VI RP K PR R K R K add for debug R N When insert 0 ohm, the PU core will reach.v Y W V U T W R V T U P U T R P P R T N N N M N M M L M L K L K K H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# V U IN OUT EN 0.UF N P MI OT-- E E E E E F 0 0.UF F R 0 % 0.UF F0 F TP_PU_F0 TP_PU_ TP_PU_ F E Y PM#0 PM# PM# PM# PM# PM# R0 R RP PR VP PM#[0..] () H_TRT# () H_TM () H_TO () H_TI () H_TK () () VVI_ () TLREF_PU EN N IN 0 0PF MI P OUT PU Host us Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision ocument Number P P/N: <oc> R0

3 H_VIOPLL H_ H_VIOPLL H_V H_ H_V PU_OOTEL () VP VP VP VP VP VP VP VP ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 PU Power Interface ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 PU Power Interface ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 PU Power Interface EOUPLIN PITOR INIE THE PROEOR OKET VITY PROEOR EOUPLIN PITOR EOUPLIN PITOR ON NORTH IE OF PROEOR OKET EOUPLIN PITOR ON OUTH IE OF PROEOR OKET V P X R N E T K J P X E Y Y E W F P F M PU OTTOM VIEW T E U K N R PU TOP VIEW V H F L P H L U W J F M 0 uf_0_xr(er/each.m, EL/each.nH). EOUPLIN PITOR ON OUTH IE OF PROEOR OKET( OTTOM) L.UH 0M 00 L.UH 0M 00 UF 0 UF 0 0.UF 0.UF U MP--HK PU_ U MP--HK PU_ VP VP 0 VP VP VP VP VP 0 VP VP 0 VP0 VP VP VP VP VP VP VP VP VP VP0 VP VP 0 VP VP VP VP VP VP VP VP0 VP VP VP VP E VP E VP E0 VP E VP E VP E VP0 E VP E0 VP F VP F VP F VP F VP F VP F VP F VP F VP0 F VP F VP VP VP VP VP VP VP VP VP0 0 VP VP VP VP VP 0 VP VP VP VP VP0 VP VP VP E0 VP E VP E VP E VP E VP E0 VP E VP0 F VP F VP F VP F VP F VP F N Y N Y N W N W N W N W N V N V N V N0 V N Y N Y N U N U N U N U N T N T N T N0 T N R N R N R N R N P N P N P N P N N N0 N N N N N N M N N N N N N N0 N H N H N H N M N M N M N L N L N0 L N L N K N K N K N K N J N J N J N J N0 N N N N F N F0 N F N F N F N F N0 F N F N F N F N E N E N E N E N E N E N0 E N E N N N 0 N N N N N 0 N0 N N N N N N N N N N00 N0 N0 N0 N0 N0 0 N0 N0 N0 N0 N 0 N N N N F N F N F0 N F N F N0 F N F N F0 N F N E N E N E N E N E N E N0 E N E N N 0 N N N E N N H OPTIMIZE/OMPT# E N0 E OOTELET N N N N N N N N N0 N N N N N N N N N N0 N N N N N 0 N N N N N0 0 N N N N N N N N N N0 N N E N E V E VIOPLL 0 N E N N N F N F R 0 R 0 UF_NI 0 UF_NI 0 0.UF 0.UF UF 0 UF 0 0.UF 0.UF UF 0 UF 0 UF 0 UF 0 UF_NI 0 UF_NI 0 UF 0 UF 0 UF 0 UF 0 0 UF 0 0 UF 0 UF_NI 0 UF_NI 0 UF 0 UF 0 0.UF 0.UF UF 0 UF 0 UF 0 UF 0 0 UF 0 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 0.UF 0.UF UF_NI 0 UF_NI 0 UF 0 UF 0 UF 0 UF 0 0 UF_NI 0 0 UF_NI 0 UF_NI 0 UF_NI 0 0 UF 0 0 UF 0 0 UF 0 0 UF 0 0.UF 0.UF UF UF UF 0 UF 0 0.UF 0.UF 0.UF 0.UF UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 UF_NI 0 UF_NI 0 L.UH 0M 00 L.UH 0M 00 UF 0 UF 0 UF_NI 0 UF_NI 0 UF 0 UF 0 UF 0 UF 0 0.UF 0.UF UF 0 UF 0 UF 0 UF 0 UF 0 UF 0 0 UF 0 0 UF 0 UF 0 UF 0 UF_NI 0 UF_NI 0 UF 0 UF 0 UF 0 UF 0 0.UF 0.UF 0 UF 0 0 UF 0 0.UF 0.UF UF 0 UF 0 0 UF 0 0V 0 UF 0 0V 0.UF 0.UF UF_NI 0 UF_NI 0 UF 0 UF 0

4 VP () PM#[0..] PM# PM# PM# PM# PM# PM#0 J MINI-ITP-P_NI ITP00FLEX PM PM PM PM PM PM0 TO TK TI TM TRT R % R. % R0 0 0.UF 0.UF R 0 H_TK H_TO () H_TK () H_TI () H_TM () H_TRT# () () LK_ITP# () LK_ITP (,) PU_RT# H_TK N N LKN LKP FO RT R VTP VTT VTT N N N N N N VP Y_REET# (,,0) FP_RT_R# () 0 0 +V PU_NW_HI PU_P_HI PU_P_HI (,) () PU_OOTEL R 0K R 0 R 0 % R. % R 0 R 0 E 0.UF R.K R 0K Q MMT0 OT--E R0.K E Q MMT0 OT--E 0.UF 0.UF ITP and PU elector Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision ocument Number P P/N: <oc> R0

5 H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# H# H# H# H# H# H# H# H# H#0 H# _0 0 _ HI_ROMP_MH _0 _0 _0 _ TLREF_MH ROMP WIROMP_P EE_TET I HI _E# I I0 _E# _E#0 HI0 I I HI HI HI0 HI _E# I0 _T0 HI HI HI I HI _T I _T I I HI I H_WIN H_ROMP TP_MH WF# () _PIPE# () _REQ# () _RF# () PI_RT# (,,0,) PWR_V (,,0) I# () I# () I# () I#0 () HTP#0 () HTP# () HTP# () HTP# () HTN#0 () HTN# () HTN# () HTN# () H#[0..] () HREQ#0 () HREQ# () HREQ# () HREQ# () HREQ# () # () NR# () Y# () HITM# () HIT# () RY# () HLOK# () REQ0# () H#[..] () HT# () HT0# () PROHOT# (,) _TF () _T () _T () _PR () _TRY# () _[0..] () _IRY# () _TF0 () _TF () _TOP# () _EVEL# () _FRME# () _T0 () HTRY# () PRI# () EFER# () R#0 () R# () R# () PU_RT# (,) TLREF_PU () _ILO () _[0..] () _NT# () MH_F () MH_F () WIVREF_P () WIWIN_P () I_TF () I_T () LK_MH () LK_MH# () HI_TF () HI_VREF (,) HI_VWIN (,) HI_T () HI[0..0] () _E#[0..] () PREF (,) LK_M_MH () _T[0..] () I[0..0] () WIN () LP_# (,0,) VTT_MH V V V VP VTT_MH VTT_MH +V ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 MH Host / P us ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 MH Host / P us ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 MH Host / P us LOE MH LOE VTT_MH R0 0PF 0PF R 0 % R 0 % 0.0UF 0.0UF R 0 % R 0 % 0.0UF 0.0UF 0.0UF 0.0UF 00 0.UF 00 0.UF 0 0.UF 0 0.UF R 00 % R 00 % R 0 % R 0 % V N Y U N0-0- V N Y U N0-0- R. % R. % R % R % U INTEL_P F-00-HK U INTEL_P F-00-HK H# E H# H# E0 H# H H# F H# E H# F H0# J H# H# H0 H# J H# J H# F H# H H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# HREQ0# E HREQ# F HREQ# HREQ# E HREQ# HT0# HT# HLKP E HLKN E HTP0# E HTP# F HTP# HTP# HTN0# HTN# E HTN# HTN# F INV0# INV# F INV# 0 INV# J R0# R# 0 R# # HTRY# J RY# EFER# 0 HITM# HIT# HLOK# REQ0# H NR# PRI# Y# H0# H# H# H# E H# E H# H# H# H# H# H0# H# H# H# H# H# H# J H# H H# H0 H# H H0# H# H H# H# H# H# E H# E H# H# F H# H0# E H# E H# H# H# H# H# H# H# H# H0# 0 H# H# H# H# H# H# H# H# J H# 0 H0# E0 H# E H# E H# H# E H# F H# H# E H# H# J H0# E H# H H# H# E HVREF F HVREF PROHOT# 0 EL0 EL PURT# H PWROK E HWIN HROMP R. % R. % 0.0UF 0.0UF R. R. 0.0UF 0.0UF R K % R K % R 00 % R 00 % U INTEL_P F-00-HK U INTEL_P F-00-HK E0 E E E V T0 U T U T W LKIN HI0 L HI K HI M HI J HI N HI L HI M HI N HI(RQM) L HI(RQI) N HI0(TOP) M HITRF K HITR L I0 I K I L I H I F I F I I H I(RQM) H I(RQI) E I0(TOP) H ITRF K ITR J HI_VREF F HI_WIN HI_ROMP I_VREF I_WIN E I_ROMP F EXTT# F RTIN# E IH_YN REERVE M REERVE L REERVE N REERVE REERVE REERVE TF<0> F T<0> TF<> V T<> V TF Y T W 0 K K J K J J H H F E 0 E Y Y W 0 Y W W U U U R T T R 0 P R 0# V # V # Y # W # # Y # # FRME EVEL IRY TRY TOP PR/_ETET REQ T NT T RF V WF U I_HI N I_LO P ROMP VWIN VREF 0.0UF 0.0UF

6 M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_Q0 M_Q M_Q M_Q M_Q M_Q M_Q M_Q M_M_0 M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_0 M_M_ M_M_ M_M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_0 M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_Q M_Q0 M_Q M_Q M_Q M_Q M_Q M_Q M_Q M_M_0 M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_0 M_M_ M_M_ M_Q MXROMP MXROMPOL MVREFP MYROMP MYROMPOH MYROMPOL MVREFOURE M_E_0 M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_0 M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ MXROMPOH M_Q[0..] (0,) M_[0..] (0,) M_Q[0..] (,) M_M_[0..] (,) M_[0..] (,) M_M_[0..] (0,) M_WE# (0,) M_# (0,) M_R# (0,) M_0 (0,) M_ (0,) M_#0 (0,) M_# (0,) M_# (0,) M_# (0,) M_KE0 (0,) M_KE (0,) M_KE (0,) M_KE (0,) M_LK0 (0) M_LK (0) M_LK (0) M_LK (0) M_LK (0) M_LK (0) M_LK0# (0) M_LK# (0) M_LK# (0) M_LK# (0) M_LK# (0) M_LK# (0) M_WE# (,) M_# (,) M_R# (,) M_0 (,) M_ (,) M_#0 (,) M_# (,) M_# (,) M_# (,) M_KE0 (,) M_KE (,) M_KE (,) M_KE (,) M_LK0 () M_LK () M_LK () M_LK () M_LK () M_LK () M_LK0# () M_LK# () M_LK# () M_LK# () M_LK# () M_LK# () M_E_[0..] (,) M_E_[0..] (0,) VP_P () VP_P () V V V V ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 MH R / hannel ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 MH R / hannel ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 MH R / hannel R. % R. % U INTEL_P F-00-HK U INTEL_P F-00-HK M_0 _0 V 0# P _# T _# T _# R WE_# U _# R R_# U KE_0 E KE_ F KE_ 0 KE_ H Q_0 L Q_ F Q_ J Q_ Q_ W Q_ R Q_ L Q_ K Q_ MYROMP MYROMPVOH N MYROMPVOL N MVREF_ N M_ H M_ M_ H M_ F M_ F M_ M_ M_ E M_ J M_0 M_ M_ L0 MLK0P E MLK0N MLKP MLKN F MLKP M0 MLKN M MLKP MLKN MLKP MLKN H MLKP M MLKN M E_0 E E_ F E_ E_ E_ E E_ E_ E_ Q_0 Q_ L Q_ K Q_ J Q_ J Q_ M Q_ J Q_ H Q_ Q_ Q_0 K Q_ E Q_ J Q_ E Q_ Q_ J Q_ Q_ H Q_ H Q_ Q_0 J0 Q_ F Q_ J Q_ J Q_ J Q_ J Q_ Q_ Q_ F Q_ E Q_0 E Q_ Q_ Y Q_ Q_ W Q_ V Q_ Y Q_ Y Q_ W Q_ W Q_0 U Q_ T Q_ P Q_ N Q_ V Q_ U Q_ R Q_ P0 Q_ N Q_ N Q_0 K Q_ L Q_ P Q_ N Q_ L Q_ L Q_ K Q_ H Q_ Q_ H Q_0 J Q_ J Q_ J Q_ R 0K % R 0K % R. % R. % R0 0.K % R0 0.K %.UF 00 V.UF 00 V R 0 % R 0 % 0.UF 0.UF 0.UF 0.UF R. % R. % R 0.K % R 0.K % U INTEL_P F-00-HK U INTEL_P F-00-HK Q_0 L Q_ M Q_ J Q_ M Q_ N Q_ K Q_ L Q_ N Q_ L Q_ N Q_0 L Q_ M Q_ L Q_ N Q_ K0 Q_ N Q_ K Q_ N Q_ K Q_ M Q_0 N Q_ M Q_ N Q_ L Q_ N Q_ L Q_ J Q_ H0 Q_ J Q_ J Q_0 K Q_ H Q_ Q_ Q_ Y Q_ W Q_ Q_ Q_ Y Q_ W Q_0 V Q_ U Q_ P Q_ N Q_ V0 Q_ U Q_ M Q_ M Q_ L Q_ L Q_0 H0 Q_ Q_ L Q_ K Q_ H Q_ H Q_ F Q_ F Q_ Q_ E Q_0 Q_ Q_ E Q_ E E_0 0 E_ F E_ E E_ E_ J E_ H E_ E_ M_0 M_ H M_ M_ J M_ K0 M_ N M_ K M_ M M_ L M_ L M_0 0 M_ N M_ L _0 W _ 0 WE_# U _# T R_# V Q_0 N Q_ J Q_ L Q_ L0 Q_ 0 Q_ R Q_ J Q_ F0 Q_ F MXROMP MXROMPVOH N MXROMPVOL H MVREF 0# T _# P _# T0 _# R KE_0 M KE_ L KE_ L KE_ N MLK0P E MLK0N E MLKP N0 MLKN M MLKP J MLKN J MLKP MLKN MLKP M MLKN L MLKP K0 MLKN K R 0 % R 0 %.UF 00 V.UF 00 V.UF 00 V.UF 00 V R0 0K % R0 0K % 0 0.0UF 0 0.0UF R0. % R0. % R 0.K % R 0.K % 0.UF 00 V 0.UF 00 V.UF 00 V.UF 00 V R 0K % R 0K % R00 0K % R00 0K % 0.0UF 0.0UF R 0.K % R 0.K % 0.0UF 0.0UF 0.UF 0.UF 0.UF 0.UF

7 VTT_P VTT_P TP_TET_LOW_0 TP_TET_LOW_0 TP_TET_LOW_0 TP_TET_LOW_0 TP_TET_LOW_0 TP_TET_LOW_0 TP_TET_LOW_0 TP_TET_LOW_0 TP_TET_LOW_0 TP_TET_LOW_0 TP_TET_LOW_ TP_TET_LOW_ TP_TET_LOW_ TP_TET_LOW_ TP_TET_LOW_ TP_TET_LOW_ TP_MH_TET0 TP_MH_TET0 TP_MH_TET0 TP_MH_TET0 TP_MH_TET0 TP_MH_TET0 TP_MH_TET0 TP_MH_TET0 TP_MH_TET0 TP_MH_TET0 TP_MH_TET TP_MH_TET TP_MH_TET TP_MH_TET VORE_P MH_V_F VP_P VP_P VP_P MH_V_M MH_V_F MH_V_M VP_P VORE_P VORE_P VORE_P VTT_P VTT_P EE_EP_N VP_P () VP_P () VTT_MH V VTT_MH V V V V ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 MH Power Interface ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 MH Power Interface ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 MH Power Interface Route to VI L UH 00 L UH 00 0.UF 0.UF 0 0.UF 0 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0UF 0 0UF 0 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF + E 00UF P00 0V + E 00UF P00 0V 0.UF 0.UF 0.UF 0.UF + E 00UF P00 0V + E 00UF P00 0V 0.UF 0.UF 0 UF 0 UF UF INTEL_P F-00-HK UF INTEL_P F-00-HK _0 M _0 M _0 M _0 M0 _0 M _0 M _0 M _0 M _0 M _0 M _ L _ L _ L _ L _ K _ K _ K _ K _ K _0 K _ K _ J _ J0 _ J _ J _ J _ J _ H _ H _0 H _ H _ H _ H _ H F _ F0 _0 F _ F _ F0 _ F _ F _ F _ F _ F _ F _ E _0 E _ E0 _ E _ E _ E _ E _ E 0 0 Y Y0 _ Y _ Y _ Y _ Y _ Y _ Y _ Y _ Y _00 W _0 W _0 W0 _0 W _0 W _0 W _0 W _0 W _0 V _0 V _0 V _ V _ V _ V _ V _ V _ V _ U _ U _ U0 _0 U _ U _ U _ U _ U _ T _ T _ T _ T _ T _0 T _ T _ R _ R0 _ R _ R0 _ R _ R _ R _ R _0 P _ P _ P _ P _ P _ P _ P _ P _ N0 _ N _0 N _ M _ M _ M _ M _ M _ M _ L _ L _ L _0 L _ K _ K _ K _ K _ K _ K _ K _ K0 _ K _0 K _ K _ K _ K _ K _ K _ K _ J0 _ J _ 0 _0 _ 0 _0 0 _ 0.UF 0.UF 0 0.UF 0 0.UF 0 UF 0 UF 0.UF 0.UF 0.UF 0.UF UE INTEL_P F-00-HK UE INTEL_P F-00-HK V_ORE_0 Y0 V_ORE_0 Y V_ORE_0 Y V_ORE_0 Y V_ORE_0 W V_ORE_0 W V_ORE_0 W V_ORE_0 V0 V_ORE_0 V V_ORE_0 V V_ORE_ V V_ORE_ V V_ORE_ U V_ORE_ U V_ORE_ U V_ORE_ U V_ORE_ T0 V_ORE_ T V_ORE_ T V_ORE_0 T V_ORE_ T V_ORE_ T0 V_ORE_ R V_ORE_ R V_ORE_ R V_ORE_ R V_ORE_ R0 V_ORE_ P0 V_ORE_ P V_ORE_0 P V_ORE_ P V_ORE_ P V_ORE_ P0 V_ORE_ P V_ORE_ N V_ORE_ N0 V_ORE_ N V_ORE_ N V_ORE_ N V_ORE_0 M V_ORE_ M0 V_ORE_ M V_ORE_ M V_ORE_ M V_ORE_ M V_ORE_ L V_ORE_ L0 V_ORE_ L V_ORE_ L V_ORE_0 L V_ORE_ L V_ORE_ L V_ORE_ K V_ORE_ K V_ORE_ J V_ORE_ J V_P_0 E V_P_0 V_P_0 T V_P_0 N V_P_0 N V_P_0 M V_P_0 M V_P_0 M V_P_0 L V_P_0 L V_P_ L V_P_ L V_P_ K V_P_ K V_P_ K V_P_ K V_P_ J V_P_ J V_P_ J V_P_0 J V_P_ H V_P_ H V_P_ H V_P_ V_P_ V_P_ V_P_ F V_P_0 F V_P_0 E V_R_0 N0 V_R_0 N V_R_0 N V_R_0 N V_R_0 N0 V_R_0 M V_R_0 M V_R_0 M0 V_R_0 L V_R_0 L V_R_ L0 V_R_ K V_R_ K V_R_ K0 V_R_ J V_R_ J V_R_ J0 V_R_ H V_R_ H V_R_0 H0 V_R_ V_R_ V_R_ 0 V_R_ F V_R_ F V_R_ F0 V_R_ E V_R_ E V_R_ E V_R_0 E0 V_R_ V_R_ V_R_ V_R_ 0 V_R_ V_R_ V_R_ V_R_ V_R_ V_R_0 0 V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ V_R_ 0 V_R_ V_R_0 V_R_ Y V_R_ W V_R_ V V_R_ U V_R_ T V_R_ R V_R_ P V_R_ P V_R_ N V_R_0 VHI_0 N VHI_0 N VHI_0 0 VHI_0 Y VHI_0 Y0 VHI_0 Y VHI_0 W VHI_0 W0 VHI_0 W VHI_0 V0 VHI_ V VHI_ U0 VHI_ U VHI_ T VHI_ T VHI_ T VHI_ R VHI_ R VHI_ R VHI_0 R VHI_ R VHI_ P VHI_ P VHI_ P VHI_ P VHI_ N VHI_ N VHI_ M 0.UF 0.UF L 0.UH 00 L 0.UH 00 + E 00UF P00 0V + E 00UF P00 0V 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0 0.UF 0 + E 00UF P00 0V + E 00UF P00 0V 0.UF 0.UF 0UF 0 0UF 0 U INTEL_P F-00-HK U INTEL_P F-00-HK VTT_0 L VTT_0 L VTT_0 L0 VTT_0 L VTT_0 L VTT_0 L VTT_0 L VTT_0 L VTT_0 L VTT_0 L VTT_ K VTT_ H VTT_ H VTT_ VTT_ VTT_ VTT_ F VTT_ F VTT_ E VTT_0 E VTT_ E VTT_ E VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_0 VTT_ VTT_ VTT_ VTT_ 0 VTT_ VTT_ 0 VTT_ VTT_ V V_F_0 V_F_0 0 V_R_0 K V_R_0 V_R_0 V_R_0 _ J _0 J _ J _ J _ J0 _ J _ J _ J _ J _ J0 _ J _0 H _ H _ H _ H _ H _ H _ H _ H _ H _ H _00 H _0 H _0 H _0 0 _0 _0 F _0 F _0 F _0 F _0 F _0 F _ F _ F0 _ F _ F _ F _ F _ F0 _ F _ F _0 F _ E0 _ E _ 0 _ 0 0 _ 0 _ TET_LOW_0 E TET_LOW_0 M TET_LOW_0 H0 TET_LOW_0 H TET_LOW_0 TET_LOW_0 T TET_LOW_0 L0 TET_LOW_0 E TET_LOW_0 K TET_LOW_0 H TET_LOW_ H TET_LOW_ F TET_LOW_ W0 TET_LOW_ U0 TET_LOW_ R TET_LOW_ N TET_0 K TET_0 K TET_0 K0 TET_0 K TET_0 TET_0 K TET_0 H TET_0 K TET_0 K TET_0 E0 TET_ K TET_ M0 TET_ K TET_ F N_0 N N_0 N N_0 M N_0 M N_0 L N_0 L N_0 N_0 N_0 N_0 N_ N_ 0.UF 0.UF 0 0.UF 0 0.UF 0.UF 0.UF 0.UF 0.UF

8 V +V V R.K R.K R.K R 0. % () _PERR# WIN WIN () () _ET# R. % 0.0UF PREF PREF (,) V HI_VWIN (,) R % HI_VREF (,) R % 0.UF V R % WIWIN_P () R % WIVREF_P () R % 0.0UF E Q MMT0 OT--E E Q MMT0 OT--E R 00 R.K Q P0T OT-- R. % R 00 % 0.UF R0 % 0.UF 0.UF 0.0UF MH nalog Filter Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision ocument Number P P/N: <oc> R0

9 K0V R K % R0 K % R.K % R K % PU_F PU_F R K % R.K % PU_F () PU_F () MH_F () MH_F () PF PF K0X X.ME H-U K0X R 0 F F PU MHz Host lock 0 00MHz Host lock 0 MHz Host lock MHz Host lock 0 MI REF/N MI HI-Z U XTL_IN XTL_OUT PU_0# PU_0 PU_# PU_ PU_# PU_ R# R LKPU0# LKPU0 LKPU# LKPU LKPU# LKPU LKR# LKR 0 : 0~0.V MI : ~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lock enerator Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision ocument Number P P/N: <oc> R0

10 M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_M_ M_KE0 M_ M_ M_M_ M_ M_ M_ M_KE M_ M_ M_ M_ M_0 M_M_ M_ M_ MVREF_ M_ M_Q0 M_0 M_M_ M_M_ M_ M_WE# M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_LK0 M_LK0# M_LK# M_M_ M_0 M_ M_M_ M_M_0 M_M_0 M_# M_R# M_ M_ M_LK# M_ M_LK M_0 M_Q M_Q M_ M_ M_Q M_#0 M M_Q ML M_ M_# M_ M_ M_M_ M_ M_ M_ M_ M_ M_M_ M_0 M_ M_Q M_M_ M_ M_Q M_ M_M_ M_ M_0 M_ M_ M_Q M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_M_ M_KE M_ M_ M_M_ M_ M_ M_ M_KE M_ M_ M_ M_ M_0 M_M_ M_ M_ MVREF_ M_ M_Q0 M_0 M_M_ M_M_ M_ M_WE# M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_LK M_LK# M_LK M_LK# M_M_ M_0 M_ M_M_ M_M_0 M_M_0 M_# M_R# M_ M_ M_LK# M_ M_LK M_ M_0 M_Q M_ M_ M_Q M_ M_ M_Q M_# M_Q M_ M_# M_ M_ M_M_ M_ M_ M_ M_ M_ M_M_ M_0 M_ M_Q M_M_ M_ M_Q M_ M_M_ M_ M_0 M_ M_ M_Q M_LK M ML MVREF_ M_ M_ M_ M_Q M_Q M_E_0 M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_0 M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ ML (,,) M (,,) M_[0..] (,) M_M_[0..] (,) M_LK0 () M_LK () M_LK () M_LK () M_LK () M_LK () M_LK0# () M_LK# () M_LK# () M_LK# () M_LK# () M_LK# () M_WE# (,) M_# (,) M_R# (,) M_0 (,) M_ (,) M_#0 (,) M_# (,) M_# (,) M_# (,) M_KE0 (,) M_KE (,) M_KE (,) M_KE (,) M_Q[0..] (,) M_E_[0..] (,) V V V V V V V V V ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 R lot / 0 ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 R lot / 0 ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 R lot / 0 0.UF 0.UF KEY KEY IMM R_X_E_UNUFFERE T0 KEY KEY IMM R_X_E_UNUFFERE T0 VREF Q0 Q Q0 Q V Q N REET# 0 Q Q Q VQ K K# Q0 Q 0 KE0 VQ Q Q Q Q VQ 0 Q Q Q Q V Q Q 0 0 V Q 0 0 Q VQ Q Q Q 0 Q 0 Q0 VQ WE# Q # Q Q Q V 0 N/# Q Q K# VQ 0 Q Q0 K Q 0 VI Q Q V Q Q Q WP 0 L Q Q VQ M0/Q Q Q 00 N 0 N 0 FETEN/N 0 VQ 0 Q 0 Q 0 M/Q0 0 V 0 Q 0 Q 0 KE VQ Q0 Q M/Q V 0 Q Q Q Q VQ0 M/Q 0 Q0 Q VQ K0 K0# M/Q 0 0 VQ Q Q V M/Q Q 0 Q 0 Q R# Q VQ 0# # M/Q 0 Q Q N/# VQ Q Q N/FETEN/ V M/Q Q 0 Q VQ N Q0 M/Q Q Q VQ 0 Q 0 VP KEY KEY IMM R_X_E_UNUFFERE T0 KEY KEY IMM R_X_E_UNUFFERE T0 VREF Q0 Q Q0 Q V Q N REET# 0 Q Q Q VQ K K# Q0 Q 0 KE0 VQ Q Q Q Q VQ 0 Q Q Q Q V Q Q 0 0 V Q 0 0 Q VQ Q Q Q 0 Q 0 Q0 VQ WE# Q # Q Q Q V 0 N/# Q Q K# VQ 0 Q Q0 K Q 0 VI Q Q V Q Q Q WP 0 L Q Q VQ M0/Q Q Q 00 N 0 N 0 FETEN/N 0 VQ 0 Q 0 Q 0 M/Q0 0 V 0 Q 0 Q 0 KE VQ Q0 Q M/Q V 0 Q Q Q Q VQ0 M/Q 0 Q0 Q VQ K0 K0# M/Q 0 0 VQ Q Q V M/Q Q 0 Q 0 Q R# Q VQ 0# # M/Q 0 Q Q N/# VQ Q Q N/FETEN/ V M/Q Q 0 Q VQ N Q0 M/Q Q Q VQ 0 Q 0 VP 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 00 0.UF 00 0.UF 0.UF R % R % 0.UF 00 0.UF 00 0.UF 0.UF R % R % 0.UF 0.UF 0.UF 0.UF 0 0.UF 0 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0 0.UF UF 00 0.UF 00 0.UF 00 0.UF 0.UF 0.UF 0.UF 0.UF 00 0.UF 00

11 M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_M_ M_KE0 M_ M_ M_M_ M_ M_ M_ M_KE M_ M_ M_ M_ M_0 M_M_ M_ M_ MVREF_ M_ M_Q0 M_0 M_M_ M_M_ M_ M_WE# M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_LK0 M_LK0# M_LK# M_M_ M_0 M_ M_M_ M_M_0 M_M_0 M_# M_R# M_ M_ M_LK# M_ M_LK M_ M_0 M_Q M_ M_ M_Q M_ M_ M_Q M_#0 M M_Q ML M_ M_# M_ M_ M_M_ M_ M_ M_ M_ M_ M_M_ M_0 M_ M_Q M_M_ M_ M_Q M_ M_M_ M_ M_0 M_ M_ M_Q M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_M_ M_KE M_ M_ M_M_ M_ M_ M_ M_KE M_ M_ M_ M_ M_0 M_M_ M_ M_ MVREF_ M_ M_Q0 M_0 M_M_ M_M_ M_ M_WE# M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_LK M_LK# M_LK M_LK# M_M_ M_0 M_ M_M_ M_M_0 M_M_0 M_# M_R# M_ M_ M_LK# M_ M_LK M_ M_0 M_Q M_ M_ M_Q M_ M_ M_Q M_# M_Q M_ M_# M_ M_ M_M_ M_ M_ M_ M_ M_ M_M_ M_0 M_ M_Q M_M_ M_ M_Q M_ M_M_ M_ M_0 M_ M_ M_Q M_LK M ML MVREF_ M_Q M_Q M_E_0 M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_ M_E_0 M_E_ ML (,0,) M (,0,) M_[0..] (,) M_M_[0..] (,) M_LK0 () M_LK () M_LK () M_LK () M_LK () M_LK () M_LK0# () M_LK# () M_LK# () M_LK# () M_LK# () M_LK# () M_WE# (,) M_# (,) M_R# (,) M_0 (,) M_ (,) M_#0 (,) M_# (,) M_# (,) M_# (,) M_KE0 (,) M_KE (,) M_KE (,) M_KE (,) M_Q[0..] (,) M_E_[0..] (,) V V V V V V V ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 R lot / ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 R lot / ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 R lot / 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF KEY KEY IMM R_X_E_UNUFFERE T0 KEY KEY IMM R_X_E_UNUFFERE T0 VREF Q0 Q Q0 Q V Q N REET# 0 Q Q Q VQ K K# Q0 Q 0 KE0 VQ Q Q Q Q VQ 0 Q Q Q Q V Q Q 0 0 V Q 0 0 Q VQ Q Q Q 0 Q 0 Q0 VQ WE# Q # Q Q Q V 0 N/# Q Q K# VQ 0 Q Q0 K Q 0 VI Q Q V Q Q Q WP 0 L Q Q VQ M0/Q Q Q 00 N 0 N 0 FETEN/N 0 VQ 0 Q 0 Q 0 M/Q0 0 V 0 Q 0 Q 0 KE VQ Q0 Q M/Q V 0 Q Q Q Q VQ0 M/Q 0 Q0 Q VQ K0 K0# M/Q 0 0 VQ Q Q V M/Q Q 0 Q 0 Q R# Q VQ 0# # M/Q 0 Q Q N/# VQ Q Q N/FETEN/ V M/Q Q 0 Q VQ N Q0 M/Q Q Q VQ 0 Q 0 VP 0.UF 0.UF R0 % R0 % KEY KEY IMM R_X_E_UNUFFERE T0 KEY KEY IMM R_X_E_UNUFFERE T0 VREF Q0 Q Q0 Q V Q N REET# 0 Q Q Q VQ K K# Q0 Q 0 KE0 VQ Q Q Q Q VQ 0 Q Q Q Q V Q Q 0 0 V Q 0 0 Q VQ Q Q Q 0 Q 0 Q0 VQ WE# Q # Q Q Q V 0 N/# Q Q K# VQ 0 Q Q0 K Q 0 VI Q Q V Q Q Q WP 0 L Q Q VQ M0/Q Q Q 00 N 0 N 0 FETEN/N 0 VQ 0 Q 0 Q 0 M/Q0 0 V 0 Q 0 Q 0 KE VQ Q0 Q M/Q V 0 Q Q Q Q VQ0 M/Q 0 Q0 Q VQ K0 K0# M/Q 0 0 VQ Q Q V M/Q Q 0 Q 0 Q R# Q VQ 0# # M/Q 0 Q Q N/# VQ Q Q N/FETEN/ V M/Q Q 0 Q VQ N Q0 M/Q Q Q VQ 0 Q 0 VP 0.UF 0.UF 0.UF 0.UF R0 % R0 % 0 0.UF 0 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF

12 MVTT MVTT MVTT MVTT MVTT (,) M_R# (,) M_WE# (,) M_# RP PR M_ M_ M_ M_0 RP PR M_ M_ M_ M_E_ RP PR M_ M_ M_ M_0 RP PR M_ M_ M_ M_ RP PR (,) (,) (,) (,) (,0) (,0) (,0) (,0) M_KE M_KE M_KE M_KE0 M_KE0 M_KE M_KE M_KE RP PR RP PR M_Q0 M_ M_ M_ M_ M_ M_ M_ RP PR RP PR M_ M_ M_Q M_ M_ M_ M_ M_0 RP PR RP0 PR M_ M_ M_ M_Q0 M_ M_ M_ M_ RP0 PR RP PR M_ M_ M_ M_Q M_ M_0 M_ M_ RP0 PR RP PR (,0) M_# (,0) M_# (,0) M_# (,0) M_# RP PR M_ M_ M_ M_Q RP PR M_ M_ M_ M_Q RP PR M_ M_ M_ M_Q RP PR M_ M_ M_Q RP PR (,) M_# (,) M_#0 (,) M_# (,) M_# (,0) M_WE# (,0) M_R# (,0) M_#0 (,0) M_ (,0) M_0 (,) M_0 (,) M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_0 M_M_ M_M_ M_M_ M_M_ M_M_0 M_M_0 M_M_0 M_M_ M_M_ M_M_ RP PR M_Q M_ M_ M_ RP PR R RP R0 M_ R M_ PR R M_ R R M_ RP R M_ M_ PR R M_0 R R M_ RP R M_ R M_ PR R M_Q R R M_E_ RP R M_E_ R M_E_ PR R M_Q R R M_0 R R M_ R0 R M_ R R M_0 R R M_ R R M_ R R0 M_ R M_ M_ M_ M_ M_ M_Q M_ M_ M_0 M_ M_0 M_ M_ M_ M_Q M_ M_ M_ M_ M_E_ M_E_ M_E_0 M_E_ RP PR RP PR RP0 PR RP PR RP PR RP PR M_ M_Q M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_Q M_ M_ M_ M_E_ M_E_0 M_E_ M_E_ M_0 M_ M_ M_0 M_ M_Q RP PR RP PR RP PR RP PR RP PR R R R R R0 R M_ M_ M_ M_ M_ M_Q M_ M_ M_0 M_ M_ M_0 M_Q M_ M_ M_ M_ M_ M_ M_ M_E_ M_E_ M_E_ M_E_ RP0 PR RP PR RP PR RP PR RP PR RP PR M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ RP PR RP PR MVTT 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF MVTT 0 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF MVTT (,0) M_[0..] (,0) M_M_[0..] (,0) M_Q[0..] (,) M_[0..] (,) M_M_[0..] (,) M_Q[0..] 0.UF 0.UF 0.UF 0.UF 0 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 0 0.UF (,) (,0) M_E_[0..] M_E_[0..] MVTT 0.UF 0.UF 0.UF 0.UF 0.UF.UF 0 V 0.UF 0 V.UF 0 V +.UF 0 V E 0UF P0 V + E 0UF P0 V R Terminator Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision ocument Number P P/N: <oc> R0

13 () () () I[0..0] I_T I_TF V V_.L R R K_NI 0. % I0 I I I I I I I I I I0 U J I0 J I J I K I L I M I M I N I H I I H I0 L I_TR L I_TRF MN MP MN MP MN MP M0N M0P H H F F E E R R.. % % R. % R0. % R. % R. % R. % R. % TRLM TRLP TRLM TRLP TRLM TRLP TRLM0 TRLP0 TRLM () TRLP () TRLM () TRLP () TRLM () TRLP () TRLM0 () TRLP0 () () LK_M_ (,,0,) PI_RT# WIROMP_T WIWIN_T WIVREF_T N P N I_LK RT# L_ROMP I_WIN I_VREF 0.0UF 0.0UF 0.0UF 0.0UF () LN_PME# (,0) IH_RMRT# (,) M_L (,) M_ (,) MN# (,0) LINK# () PEE_00# () PEE_000# (,0) TIVE# +V R K R K +V R K R.K PF LINK# PEE_00# PEE_000# TIVE# TP_KINNERTH_TLK TP_KINNERTH_REET# TP_KINNERTH_TM TP_KINNERTH_TI TP_KINNERTH_TO TP_KINNERTH_ TP_KINNERTH_ R K XTLIN X ME H-U PF XTLOUT J 0 0 L L L M M K J P P N P N M PME# TRL_P TRL_P UX_POWER LN_PWR M_LK EE M_T EEK M_LERT# / PI_PWR EEI EEO LINK_UP# PEE_00# PEE_000# TIVE# FLH_K TET FLH_E# JTLK FLH_I JREET# FLH_O / LN_ILE# JTM JTI JTO RV_N_0 RV_N_0 IEEE_TET_P RV_N_0 IEEE_TET_N RV_N_0 RV_N_0 XTL RV_N_0 RV_N_0 RV_N_0 RV_N_0 RV_N_0 RV_N_ RV_N_ XTL RV_N_ RV_N_ N RV_N_ N RV_N_ N RV_N_ N RV_N_ RV_N_ RV_N_0 P0 RV_N_ P RV_N_ P RV_N_ P RV_N_ RV_N_ RV_N_ RV_N_ RV_N_ EEMOE RV_N_ RV_N_0 RV_N_ RV_N_ RV_N_ RV_N_ RV_N_ RV_N_ P P M0 P0 N0 N M M P 0 E F F F L L M M N N P P P +V TP_KINNERTH_N TP_KINNERTH_M TP_KINNERTH_M LN_ILE# TP_KINNERTH_ R.K R.K R 0K V_.L +V R 0 % R0 % R % WIWIN_T WIVREF_T 0.0UF 0.UF U # V O HOL# WP# K N I 0.0UF T0 OP- 0.UF TRL_ () TRL_ () +V 0.UF I - Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision be ontroller - Interface ocument Number P P/N: <oc> R0

14 TRL_ () TRL_ () V_.L V_.L V_.L V_.L V_.L V_.L +V +V +V V_.L +V +V V_.L ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 be ontroller - Power ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 be ontroller - Power ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 be ontroller - Power 0.UF 0.UF 0UF 0 0UF 0 000PF 000PF.UF 0 V.UF 0 V.UF 0 V.UF 0 V 0UF 0 0UF 0 0UF 0 0UF 0 000PF 000PF Q P OT--E Q P OT--E E H Q P OT--E Q P OT--E E H 0UF 0 0UF 0 0.UF 0.UF UF UF 0 0UF 0 0 0UF 0 0UF 0 0UF 0 UF UF 000PF 000PF 0.UF 0.UF R. % R. % 000PF 000PF 000PF 000PF 0.UF 0.UF 0.UF 0.UF 0.UF 0.UF 000PF 000PF 0UF 0 0UF 0 U I - U I - _0 L _0 H0 _0 H _0 0 _0 _0 _0 _0 F0 _0 F _0 F _ F _ F _ F _ E _ E _ E _ E _ E 0 _ P_0 P P_0 N P_0 N P_0 M P_0 K P_0 E P_0 0 P_0 P_0 VX_P J XTL_P H NX K NRT_0 NRT_0 NRT_0 NRT_0 N F HL 0 H HL 0 M V_P_0 L0 V_P_0 L V_P_0 L V_P_0 L V_P_0 K V_P_0 K0 V_P_0 K V_P_0 K V_P_0 K V_P_0 K V_P_ K V_P_ J V_P_ J0 V_P_ J V_P_ J V_P_ J V_P_ J V_P_ J V_P_ H V_P_0 H V_P_ H V_P_ H V_P_ V_P_ PLL_P M PLL_P N PLL_N L LKR_P F VP_P_0 P VP_P_0 P VP_P_0 N VP_P_0 N VP_P_0 K VP_P_0 K VP_P_0 E VP_P_0 VP_P_0 VP_P_0 HL_V_0 M HL_V_0 J HL_V_0 H HL_V_0 V P_0 V P_0 VR P VR P_0 VR P_0 E VR_T_P_0 H VR_T_P_0 E RV_N_0 RV_N_0 RV_N_0 E RV_N_0 E0 RV_N_0 F RV_.V K

15 V +V +V V +V VP R R 0K RP 0K PR RP 0K PR R 0K R 0K R 0K (0) (0) 0TE () 0M# () PULP# () FERR# () INNE# (,) INIT# () INTR () NMI (0) KRT# (0) ERIRQ () MI# () TPLK# (0,) T_P () LK_IH () LK_IH# L_[0..] (0,) L_FRME# (0) L_RQ# (,,0) PWR_V (,0) IH_RMRT# -: NORML -: LR MO R R T T_onnector L0-0 T T_onnector L0-0 R. % V JP HEER_X H 0 0PF 0 0PF 0 0.UF TP_IH_P0 TP_IH_R T0TXP T0TXN T0RXN T0RXP TTXP TTXN TRXN TRXP TRI L_0 L_ L_ L_ R 0K X.K T R 00K R0 0ME VT RTX RTX T 0TE V 0M# P PULP# U FERR# R INNE# R INIT# U INTR R NMI P RIN# F ERIRQ V MI# T TPLK# P0 PRLPVR R PLP# T0TXP T0TXN T0RXN T0RXP 0 TTXP 0 TTXN TRXN TRXP T_LE# LK00P LK00N Y TRIP Y TRIN T L0 R L R L U L T LFRME# U LRQ0# R LRQ#/PI PWROK RMRT# RTRT# RTX RTX U0 IH -0 HOT T LP RT MI PUY#/PI PI PI MLERT#/PI PI PI TP_PI#/PO LP_#/PO TP_PU#/PO0 _TT#/PO PUPERF#/PO MUXEL/PO LKRUN#/PIO PIO PIO PIO PIO PIO MLK MT MLINK0 MLINK LINKLERT# Y_REET# VTE/VRMPWR PUPWR/PO LK RI# PWRTN# ULK TLOW# LP_P# LP_# LP_# LP_# THRMTRIP# THRM# PKR INTVRMEN INTRUER# N R U Y W W U T0 U R U0 F W V W T F V U R0 P F0 Y Y W U T T E 0 Y TP_IH_PO TP_IH_PO TP_IH_PO0 TP_IH_PO TP_IH_PO FWH_WP# TP_IH_PO TP_IH_PO TP_IH_PO TP_IH_PO VT R 0K R M +V LP_# LP_# LP_# IH_PKR R.K V R 0K VP R.K R0 OM_EN PF F debug only V E R0 PKR Q MMT0 K OT--E 000PF JP0 H0_NI H RP 0 PR R 0 R P_PME# (,,,,,) FRONT_UIO_ET () LN_PME# () IPMI_LERT# () IO_PME# (0) FWH_WP# () V_EN () IPMI_L (,,,,) IPMI_ (,,,,) M_ (,) M_L (,) MN# (,) Y_REET# (,,0) PU_PWR () LK_M_IH () RI# () ONWITH# () LK_K (0) LPP# (0) LP_# (,0,) LP_# (0,) THRMTRIP# (,) EOPEN# (,0) J ONN_X H UZZ UZZER_P0 U IH Host / LP / T Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision ocument Number P P/N: <oc> R0

16 V V U0 +V R 0K P_REQ# P_TOP# P_REQ# P_REQ# P_REQ# P_REQ# P_REQ#0 P_TRY# P_PERR# P_EVEL# P_PLOK# P_IRY# P_REQ# P_FRME# P_ERR# RP.K PR P_INT# P_INT# P_INT# RP.K PR P_INTH# RP.K PR P_INTE# P_INTF# P_INT# RP.K PR P_INT# RP.K PR RP0.K PR U0 () HI[0..0] R0. % () HI_TF () HI_T V (,) HI_VWIN (,) HI_VREF () LK_M_IH R. % 0 0.0UF HI0 HI HI HI HI HI HI HI HI HI HI0 HI HI_ROMP 0 0.0UF H0 HI0 H HI J0 HI H HI M HI M HI N HI M0 HI L HI J HI K HI0 HI K HI_TF J HI_T N HI_ROMP L0 HI_VWIN L HI_VREF N LK 0 LN_RX0 LN_RX LN_RX LN_TX0 E LN_TX LN_TX 0 LN_RTYN E0 LN_LK LN_RT# EE_OUT EE_IN EE_LK 0 EE_ IH -0 HU LN EEPROM U O0# O# O# O# O#/PI O#/PI0 O#/PI O#/PI UP0P UP0N UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN LK URI URI# _YN _RT# _OUT _IN0 _IN _IN _IT_LK 0 0 F E TP UP TP UN TP UP TP UN TP_IH_ TP_IH_ R. % R U_O#0 () U_O# () U_O# () U_P0P () U_P0N () U_PP () U_PN () U_PP () U_PN () U_PP () U_PN () U_PP () U_PN () U_PP () U_PN () LK_M_U () YN () _RT# () OUT () IN0 () ITLK () (,,,) P_FRME# (,,,) P_IRY# (,,,) P_TRY# (,,,) P_EVEL# (,,,) P_TOP# (,,,) P_PR (,,,) P_PERR# (,,,) P_PLOK# (,,,) P_ERR# (,,,,,) P_PME# () LK_M_IH () P_INT# () P_INT# (,,,) P_INTE# (,,,) P_INTF# (,,,) P_INT# (,,,) P_INTH# (,,0,) () P_REQ#0 () P_REQ# () P_REQ# () P_REQ# () P_REQ# () P_REQ# () P_NT#0 () P_NT# () P_NT# () P_NT# () P_NT# () P_NT# PI_RT# P_FRME# P_IRY# P_TRY# P_EVEL# P_TOP# P_PR P_PERR# P_PLOK# P_ERR# P_PME# P_INT# P_INT# P_INT# P_INT# P_INTE# P_INTF# P_INT# P_INTH# P_REQ#0 P_REQ# P_REQ# P_REQ# P_REQ# P_REQ# P_REQ# P_NT#0 P_NT# P_NT# P_NT# P_NT# P_NT# P_NT# R 0 0 0PF FRME# P M IRY# 0 F E TRY# P L EVEL# F E TOP# N F PR K PERR# P L PLOK# E L ERR# N V PME# V PIRT# N N PILK 0 H P PIRQ# E PIRQ# PI L PIRQ# PIRQ# PIRQE#/PI K PIRQF#/PI E PIRQ#/PI L PIRQH#/PI H 0 M REQ0# F REQ# K REQ# J REQ# J REQ#/PI0 H REQ#/PI0 H E REQ#REQ#/PI K NT0# J NT# 0 J NT# NT# /E# M NT#/PO /E# N E NT#/PO /E# J NT#/NT#/PO /E0# E IH -0 P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_ P_ P_0 P_[0..] (,,,) P_E# (,,,) P_E# (,,,) P_E# (,,,) P_E#0 (,,,) PME# :This signal has integrated pull-up K to K. IH HU / U / PI Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision ocument Number P P/N: <oc> R0

17 V IE_ IE_ IE_ IE_ IE_ IE_0 IE_ IE_ IE_ IE_ IE_ IE_ IE_ IE_ IE_ IE_0 IE_IOW# IE_K# IE_REQ# IE_IOR# IE_IORY IE_ IE_ IE_0 IE_# IE_# IE_IRQ V R0.K 0 0 Y Y IOW# W0 K# Y0 REQ Y IOR# Y IORY W W W 0 V0 # V # Y IRQ U0 IH -0 IEPRIMRY IE EONRY P P P P P P0 P P P P P P P P P P0 PIOW# PK# PREQ PIOR# PIORY P P P0 P# P# IRQ Y Y Y Y Y Y R.K IE_P IE_P IE_P IE_P IE_P IE_P0 IE_P IE_P IE_P IE_P IE_P IE_P IE_P IE_P IE_P IE_P0 IE_PIOW# IE_PK# IE_PREQ# IE_PIOR# IE_PIORY IE_P IE_P IE_P0 IE_P# IE_P# IE_IRQ (0) PIRT_IE# (0) HP_P (0) H_P PIRT_IE# IE_P IE_P IE_P IE_P IE_P IE_P IE_P IE_P0 IE_PREQ# IE_PIOW# IE_PIOR# IE_PIORY IE_PK# IE_IRQ IE_P IE_P0 IE_P# HP_P PIRT_IE# IE_ IE_ IE_ IE_ IE_ IE_ IE_ IE_0 IE_REQ# IE_IOW# IE_IOR# IE_IORY IE_K# IE_IRQ IE_ IE_0 IE_# H_P R R V R.K PRIMRY PIE HL00-U HLX0--N0 EONRY IE_P IE_P IE_P0 IE_P IE_P IE_P IE_P IE_P IE_P IE_P# PIE IE_ IE_ IE_0 0 IE_ IE_ IE_ IE_ IE_ 0 IE_ IE_# UF HL00-W HLX0--N0 R K PIHP0PIN () PIH0PIN () R.K 0.0UF R K Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision IH IE and IE onnector ocument Number P P/N: <oc> R0

18 (0) VREF_V (0) VREF_V V +V 0.UF 0.UF 0.UF 0.UF 0.UF VT 0.UF U0E V_ F V_ V_ H V_ K V_ L V_ M0 V_ N0 V_ P V_ R V_ V V_ W V_ W V_ W V_ V_ 0 V_ V_ V_ E VU_ VU_ E VU_ F0 VU_ F VU_ E VU_ E VU_ U VU_ V VU_ F VU_ F VU_ F VU_ K VU_ VREF W VREF E VREF_U VRT 0.UF IH -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_ VTPLL VTPLL VUPLL VU VU VU VU VU VU V_PU_IO V_PU_IO V_PU_IO K0 K K L P R0 R H J K M N N E F F W R W W0 W W W W E F Y F F R R T VP 0 0.UF 0.UF V 00 0.UF 0 0.UF 0 0.UF 0.UF 0.UF 0.UF 0.0UF V 0.0UF 0.0UF 0.0UF 0.0UF U0F _FILT_ K _FILT_ M _FILT FILT FILT FILT FILT_ E E E0 E E F F Y Y Y Y Y0 IH -0 _IHET _FILT FILT FILT_0 _FILT FILT FILT FILT FILT FILT_ H P 0 H H J J J K K K K0 K L0 L L L L L L L M M M M M M M N N N N N0 P0 P P P P P P R R T T T U V V W W UF 0 0.UF 0.UF 0 0.UF 0.UF 0 0.UF 0.UF 0.0UF UF V +V +V T VT R K T attary Holder 00 OT-- UF IH Power Interface Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision ocument Number P P/N: <oc> R0

19 +V V TH TH TH RP.K PR FN_OUT FN_OUT FN_OUT R.K R.K R.K +V VP V +V V V () () (,) VI[0..] PU_THERM PU_THERM T LK VI0 VI VI VI VI U Mata MLK VI0 VI VI VI VI Remote- Remote+ Remote- Remote+ N LMIM QOP-.V Vccp.V +Vin +.0Vin 0 PWM/ EN PWM 0 PWM/xTestOut TH TH TH TH/ EL FN_OUT FN_OUT FN_OUT TH TH TH 0.UF R UF R 0 0.UF R 0 0.UF R 0 0.UF FN_OUT (0) FN_OUT (0) FN_OUT (0) TH (0) TH (0) TH (0) (,,0) Remove it when remove mm PWR_V IPMI_L IPMI_ IPMI_L IPMI_ Q N00 OT-- Q N00 OT-- Insert without mm R.K RP 0_NI PR R0.K M_L M_ T LK ML (,0,) M (,0,) +V +V +V TTU_LE Y_REET# ONWITH# RP 0_NI PR REET_W# POWER_W# _TTU_LE (0) 0.UF +V JP H0 H JP H0_NI HX- TRI ONWITH# Y_REET# M_RT# For debug only Remove it when remove mm U V V N RT FM0 OT--VR R M_RT# R0 RP U.K RP.K.K PR PR IPMI_L M_L (,,,,) IPMI_L LH_ LN M_L (,) Mus M_ M_ (,) IPMI_ LH_ N (,,,,) IPMI_ H_ Interface MN# MN# (,) LK H_ LP LK (0,0) T () IPMI_LERT# MH# P T (0,0) R 00K () ONWITH# (,,0) Y_REET# (0,) PWR_P () VR_HOT# (,0) EOPEN# () THRMTRIP# () PROHOT# PF ONWITH# Y_REET# M_LKI X 0ME H-U M_LKO PF R 0 PWTN# 0 REET# IRQ MI/NMI# PWR hassis Interface FN FNIN FNOUT ontrol & Monitoring RX TX IM Power & Miscelleneous PHM TOP- LE LE LE LE FNIN FNOUT FNOUT 0 H H EIO/H EIO/H EIO/H H EIO/H H H PIOs & H0 nalog hannels H H 0 KI KO 0 N N TRI REET# V N N V Remove it when remove mm ENVIO POWER_W# REET_W# TRI M_RT# +V 0 0.UF RP.K PR TRI POWER_W# (0) REET_W# (0) +V 0.UF Remove it when remove mm TTU_LE MVTT VTT_MH V ocument Number P P/N: <oc> TTU_LE (0) Remove it when remove mm R 0 0.UF R 0 0.UF R K % R K % 0.UF +V R K % R K % 0.UF +V R K % R K % +V Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision mm and H/W monitor 0.UF R K % R K % 0.UF R0

20 V V V +V V V V +V +V V +V VT (,) L_[0..] (,) L_FRME# () L_RQ# (,,,) PI_RT# () LPP# () LK_M_IO () ERIRQ F HL0N-P HLX--N V FLP_LOWEN# FLP_RTE0# FLP_INEX# FLP_MTR0# FLP_R0# FLP_IR# FLP_TEP# FLP_WT# FLP_WTE# FLP_TRK0# FLP_WP# FLP_RT# FLP_HEL# FLP_KH# R 0K R 0K RP K PR R K L_0 L_ L_ L_ R K 0 0 ENEL RTE0 INEX# MTR0# R0# IR# TEP# WT# WTE# TRK0# WP# RT# HEL# KH# V L0 L L L LFRME# LRQ# PI_REET# LPP# PI_LK ER_IRQ 0 V_ V_ V_ V_ 0 V_ V_ V_ VT V_/PIOE0/JYT V_/PIOE/JYT0 V_L/PIOE/JYT V_L/PIOE/JYT0 JYX JYY 0 JYX JYY LOKI LOKI PU_PREENT# P_ON# K_JT_TE 0 LTHE_F_UT KF_UT# LP_# LP_# U_LINK_RT# 00 _WN_EN#/PIO 0 _WN_RT# 0 IOPME# FPRT# I# EONRY_H# PRIMRY_H# H_LE# YLW_LE RN_LE RMRT# IE_RTRV# PIRT_OUT# PIRT_OUT# R 0K R 0K R K R 0K R 0K R K R0 K R K LK_M_IO () LK_K () PU_PREENT# () P_ON# () KFEE_UT# () LP_# (,,) LP_# (,) IO_PME# () Y_REET# (,,) T_P () H_P () HP_P () H_LE# (0) _POWER_LE (0) _TTU_LE () IH_RMRT# (,) PIRT_IE# () PIRT_LOT# (,,,) PIRT_P# () () ER_RX# () ER_TX# () ER_R# () ER_RT# () ER_T# () ER_TR# () ER_RI# () ER_# () ER_RX# () ER_TX# () ER_R# () ER_RT# () ER_T# () ER_TR# () ER_RI# () ER_# 0 0.UF IN OUT/TET# R# RT#/TRI# T# TR#_OUT/XOR_OUT/R# RI# # IN OUT R# RT# T# TR#_OUT RI# # VORF PIOE00 PIOE0/FNTH PIOE0 PIOE0/FNPWM PIOE0/FNPWM PIOE0/FNPWM PIOE0/FNTH PIOE0/FNTH INIT# LIN_TR# P0 P P P P P P P LT PE UY_WIT# K# ERR# F_TR# T_WRITE# 0 0 PWR_P PWR_V REFV 0 REFV_TY MRX/M_ 0 M_ MTX/M_L M_L 0 0 KRT# KT MT KLK MLK U P PQFP- KT MT KLK MLK PF PF R N PWR_P (,) PWR_V (,,) VREF_V () VREF_V () LK (,0) T (,0) 0TE () KRT# () (0) PIO_POWER_LE (0) PIO_TTU_LE () LPT_INIT# () LPT_LTIN# () LPT_P[0..] () LPT_LT () LPT_PE () LPT_UY () LPT_K# () LPT_ERROR# () LPT_LF# () LPT_TROE# LPT_P0 LPT_P LPT_P LPT_P LPT_P LPT_P LPT_P LPT_P V 0UF 0 0.UF 0.UF 0.UF +V 0.UF VIO F F +V VT RP.K PR POLY_FUE/. minim0-00m 00 0PF J ON_P_ MH0-0UF UF 0 0.UF 0.UF MLK MT F 00 00M 00 F 00 00M 00 T T T KLK KT F 00 00M 00 F 00 00M PF_NI 0PF_NI 0PF_NI 0PF_NI 0 T T T Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision LP IO and Floppy onnector ocument Number P P/N: <oc> 0 R0

21 OM_TR# OM_RT# OM_T# LPT_P LPT_P LPT_P LPT_UY LPT_LTIN# LPT_K# LPT_INIT# LPT_LT LPT_LF# LPT_ERROR# LPT_PERROR OM_# OM_TX# OM_R# OM_RT# OM_TR# LPT_P[0..] LPT_P LPT_P LPT_P LPT_P LPT_P0 LPT_TROE# OM_TX# OM_RX# OM_R# OM_RI_# OM_# OM_RI_# OM_T# OM_RX# ER_TR# (0) ER_TX# (0) ER_RT# (0) ER_T# (0) ER_# (0) ER_R# (0) ER_RI# (0) ER_RX# (0) LPT_ERROR# (0) LPT_INIT# (0) LPT_K# (0) LPT_UY (0) LPT_LT (0) LPT_LF# (0) LPT_LTIN# (0) ER_TR# (0) ER_TX# (0) ER_RT# (0) ER_T# (0) ER_# (0) ER_R# (0) ER_RI# (0) ER_RX# (0) LPT_P[0..] (0) LPT_TROE# (0) LPT_PE (0) RI# () V -V +V V -V +V V ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 Parallel & erial Port ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 Parallel & erial Port ocument Number Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision P P/N: <oc> R0 Parallel & erial Port ERIL PORT ERIL PORT R.K R.K P 0PF P P 0PF P P 0PF P P 0PF P J M-PZ M-PZ J M-PZ M-PZ H H H H H H H P P P P P P P P P P0 P P P P P P P P P P0 P P P P P P 0PF P P 0PF P R K R K RP.K PR RP.K PR 0.UF 0.UF P 0PF P P 0PF P 0.UF 0.UF 0 0.UF 0 0.UF 0.UF 0.UF P 0PF P P 0PF P Q N00 OT-- Q N00 OT-- RP.K PR RP.K PR 0PF 0PF P 0PF P P 0PF P RP.K PR RP.K PR P 0PF P P 0PF P R % R % 0.UF 0.UF R K R K U R OP-0 U R OP-0 PV RIN RIN RIN OUT OUT RIN OUT RIN NV 0 N ROUT IN ROUT IN IN ROUT ROUT ROUT V 0 0.UF 0.UF J M-PZ M-PZ J M-PZ M-PZ U R OP-0 U R OP-0 PV RIN RIN RIN OUT OUT RIN OUT RIN NV 0 N ROUT IN ROUT IN IN ROUT ROUT ROUT V 0 P 0PF P P 0PF P J M-PZ M-PZ J M-PZ M-PZ RP.K PR RP.K PR

22 V +V U () LK_M_ XTL_OUT XTL_IN V V V V V V () _RT# () ITLK () YN () IN0 () OUT () MI_IN UX_L UX_R _L _N _R MI_IN LIN_IL LIN_IR R _NI R _NI R.K_NI R.K_NI 0 0 REET# IT_LK YN T_IN T_OUT PHONE UX_L UX_R J J0 _L _N _R MI MI LINE_IN_L LINE_IN_R EP PIF OE pin package N N 0 LINE_OUT_L LINE_OUT_R MONO_OUT HP_OUT_L HP_OUT_R I0# I# VREFOUT VREF FILT FILT 0 FILT FILT _NI LQFP- HOUTL HOUTR 0PF_NI HOUTL () HOUTR () R K_NI 0PF_NI 0PF_NI 0PF_NI UF V_NI UF_NI +V () () HP_R HP_L MI_IN LIN_IR LIN_IL +V R0.K_NI 0.UF_NI UF_NI 00 UF_NI 00 R.K_NI R K_NI R.K_NI R.K_NI MI_REF () J J-0_NI J-0 MI L/O L/I +V 0UF_NI 0 0.UF_NI U VOUT VIN N N N N N N LML0M_NI O- +V_UIO F 0 00M_NI 00 0.UF_NI + E 00UF_NI P V.UF_NI 0 V 0.0UF_NI R.K_NI R.K_NI 0PF_NI 0PF_NI 0PF_NI 0PF_NI 0PF_NI 0PF_NI +V 0.0UF_NI 0 0.0UF_NI 0.0UF_NI V 0.UF_NI.UF_NI 0 V UX_L UX_R UF_NI 00V UF_NI 00V R.K_NI R.K_NI J L R LOE OE R.K_NI R.K_NI HF00-NP_NI HF00-NP _L UF_NI 00V _N UF_NI 00V _R UF_NI 00V R.K_NI R.K_NI R.K_NI R.K_NI R.K_NI R.K_NI J L R HF00-P_NI HF00-P udio odec ocument Number P P/N: <oc> Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision R0

23 +V +V () MI_IN () MI_REF () HOUTR () HOUTL R.K_NI OPTION_ENLE# J X UF_NI R 0_NI R 0_NI HP_R HP_L HP_R () HP_L () R R 0K_NI 0K_NI Q N00_NI OT-- HLX--N_NI HLX--N Q N00_NI OT-- E 00UF_NI P V Q MMT0_NI OT--E E + R K_NI Q0 N00_NI OT-- R0 K_NI FRONT_UIO_ET () E OT--E MMT0_NI Q Q N00_NI OT-- Q N00_NI OT-- E 00UF_NI P V + Front udio Header Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision ocument Number P P/N: <oc> R0

24 V V +V R0.K R.K R00.K V Q0 N00 OT-- 0.UF () LK_M_FWH (,,,0) PI_RT# R0 R.K V U 0 FPI FPI RT# VPP V LK FPI 0.UF 0 0UF 0 V R 0 () PIH0PIN () PIHP0PIN () FWH_WP# input from IH PO R.K R0.K RP0 K PR 0 FPI FPI0 WP# TL# I I I I0 FWH0 FWH FWH FWH N FWH Q/RFU Q/RFU Q/RFU I N/N V/N N V INIT# FWH RY/Y/RFU Q/RFU TP_FWH_ TP_FWH_ V 0 0.UF R.K (,0) (,0) L_[0..] L_FRME# L_[0..] L_0 L_ L_ L_ 0 WINON WV00F PL--KT V R.K E Q MMT0 OT--E (,) INIT# R 0 E Q MMT0 OT--E MT MT MT MT Mounting Hole H-EM Mounting Hole H-EM Mounting Hole H-EM Mounting Hole H-EM MT Mounting Hole H-EM MT Mounting Hole H-EM MT Mounting Hole H-EM Firmware HU Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision ocument Number P P/N: <oc> R0

25 PIVUX V V V V +V V V R 00K P P X / X ONLY OVRNT# V V_0 TYPEET# V_0 _ET# _ET# () U+ U- N_0 N_0 () P_INT# INT# INT# P_INT# () () LK_M_P R 0 LK RT# PIRT_P# (0) () _REQ# REQ# NT _NT# () V_0 V_0 () _T0 0 T0 T 0 _T () () _T T M_ET# () _RF# RF I_HI _PIPE# () N_ N_0 () _ILO I_LO WF _WF# () () _0 0# # _ () V_0 V_0 () _ # # _ () () _TF _TF _T _T () N_ N_0 () _ 0 # # 0 _ () () _ # # _ () V RV_0 RV_0 N_ N_0.Vaux RV_0 _ V_0 V_0 _0 _ 0 R _.K _ V_0 V_0 0 _ 0 N_ N_0 () _TF _T () TF _T _E# /E# _E# () _ VQ_0 VQ 0 0 _ N_ N_0 E# _ () _E# /E# 0 VQ_0 VQ_ 0 () _IRY# IRY FRME _FRME# () KEY.V () _EVEL# () _PERR# () _E# () _TF0 (,) PREF _ERR# _E# _0 _ 0 0 EVEL VQ_0 PERR N_ ERR /E# VQ_0 N_ 0 VQ TF0 N_ VQ_ PVrefcg TRY TOP PME# N_0 PR VQ_ N_0 /E0# VQ T0 N_0 VQ_ 0 Pvrefgc 0 0 _E#0 0 _TRY# () _TOP# () P_PME# (,,,,,) _PR () _E#0 () _T0 () 0.UF EE0-TM EE0-TM () _[0..] _[0..] V V V +V PIVUX 0.UF 0.UF 0 0.UF 0 0.UF 0.UF 0 0.UF 0.UF 0.UF 0.UF + 0.UF E 0UF P 0 0.UF 0.UF + E 0UF P0 0.UF V V P lot ocument Number P P/N: <oc> Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision R0

26 V V -V +V V PIVUX V (,,,) P_INTF# (,,,) P_INTH# () LK_M_PI () P_REQ# (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_E# (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_E# (,,,) P_IRY# (,,,) P_EVEL# (,,,) P_PLOK# (,,,) P_PERR# (,,,) P_ERR# (,,,) P_E# (,,,) P_ (,,,) P_ (,,,) P_0 P_ P_ P_ P_ P_E# P_ P_ P_ P_ P_E# P_IRY# P_EVEL# P_PLOK# P_PERR# P_ERR# P_E# P_ P_ P_0 R.K PI R.K R.K P_NT# P_PME# P_0 P_ P_ P_ P_IEL P_ P_0 P_ P_ P_FRME# P_TRY# P_TOP# IPMI_L IPMI_ P_PR P_ P_ P_ P_ R.K V P_INTE# (,,,) P_INT# (,,,) PIRT_LOT# (0,,,) P_NT# () P_PME# (,,,,,) P_0 (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_0 (,,,) P_ (,,,) P_ (,,,) P_FRME# (,,,) P_TRY# (,,,) P_TOP# (,,,) IPMI_L (,,,,) IPMI_ (,,,,) P_PR (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) R0 0 P_ (,,,) (,,,) (,,,) (,,,) (,,,) P_ P_ P_ P_ P_ V P_ P_ P_ P_ P_ R.K 0 0 P_E#0 P_ P_ P_ P_0 R.K V P_E#0 (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_0 (,,,) 0.0UF 0.0UF EH000-U-V EH000-U-V PIVUX V V + E 0UF P V + E 0UF P V + E 0UF P V 0.UF 0.UF 0.UF 0.UF 0.UF + E 0UF P V 0.UF 0.UF 0.UF 0.UF 0.UF PI lot ocument Number P P/N: <oc> Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision R0

27 V V -V +V V PIVUX V (,,,) P_INTE# (,,,) P_INT# () LK_M_PI () P_REQ# (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_E# (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_E# (,,,) P_IRY# (,,,) P_EVEL# (,,,) P_PLOK# (,,,) P_PERR# (,,,) P_ERR# (,,,) P_E# (,,,) P_ (,,,) P_ (,,,) P_0 P_ P_ P_ P_ P_E# P_ P_ P_ P_ P_E# P_IRY# P_EVEL# P_PLOK# P_PERR# P_ERR# P_E# P_ P_ P_0 R0.K PI R.K R.K P_NT# P_PME# P_0 P_ P_ P_ P_IEL P_ P_0 P_ P_ P_FRME# P_TRY# P_TOP# IPMI_L IPMI_ P_PR P_ P_ P_ P_ R.K V P_INTH# (,,,) P_INTF# (,,,) PIRT_LOT# (0,,,) P_NT# () P_PME# (,,,,,) P_0 (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_0 (,,,) P_ (,,,) P_ (,,,) P_FRME# (,,,) P_TRY# (,,,) P_TOP# (,,,) IPMI_L (,,,,) IPMI_ (,,,,) P_PR (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) R 0 P_ (,,,) (,,,) (,,,) (,,,) (,,,) P_ P_ P_ P_ P_ V P_ P_ P_ P_ P_ R.K 0 0 P_E#0 P_ P_ P_ P_0 R.K V P_E#0 (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_0 (,,,) 0.0UF 0.0UF EH000-U-V EH000-U-V -V +V PIVUX V V + E 00UF P V + E 00UF P V + E 0UF_NI P V + E0 0UF P V 0.UF 0.UF 0.UF 0.UF 0.UF + E 0UF P + E 0UF_NI P 0.UF V V 0 0.UF 0.UF 0.UF 0.UF PI lot ocument Number P P/N: <oc> Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision R0

28 V V -V +V V PIVUX V (,,,) P_INTH# (,,,) P_INTF# () LK_M_PI () P_REQ# (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_E# (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_E# (,,,) P_IRY# (,,,) P_EVEL# (,,,) P_PLOK# (,,,) P_PERR# (,,,) P_ERR# (,,,) P_E# (,,,) P_ (,,,) P_ (,,,) P_0 P_ P_ P_ P_ P_E# P_ P_ P_ P_ P_E# P_IRY# P_EVEL# P_PLOK# P_PERR# P_ERR# P_E# P_ P_ P_0 R.K PI R.K R.K P_NT# P_PME# P_0 P_ P_ P_ P_IEL P_ P_0 P_ P_ P_FRME# P_TRY# P_TOP# IPMI_L IPMI_ P_PR P_ P_ P_ P_ R.K V P_INT# (,,,) P_INTE# (,,,) PIRT_LOT# (0,,,) P_NT# () P_PME# (,,,,,) P_0 (,,,) P_ (,,,) P_ (,,,) R0 P_ (,,,) P_ (,,,) P_0 (,,,) P_ (,,,) P_ (,,,) P_FRME# (,,,) P_TRY# (,,,) P_TOP# (,,,) IPMI_L (,,,,) IPMI_ (,,,,) P_PR (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_ (,,,) 0 P_ (,,,) (,,,) (,,,) (,,,) (,,,) P_ P_ P_ P_ P_ V P_ P_ P_ P_ P_ R0.K 0 0 P_E#0 P_ P_ P_ P_0 R.K V P_E#0 (,,,) P_ (,,,) P_ (,,,) P_ (,,,) P_0 (,,,) 0.0UF 0 0.0UF EH000-U-V EH000-U-V PI lot ocument Number P P/N: <oc> Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision R0

29 () U_O#0 () U_PN VIO R K R % LT U EN OUT FL VIN N OUT ILIM N MI_M OP- UPNO VIO 0.UF U_V Output maximum current is 0/R > 0/=.() + E 0UF P0 V 0.UF U_V UP0NO UP0PO U 0 U-0 U- UPNO UPPO () U_PP UPPO () U_P0N UP0NO () U_P0P UP0PO RW0E-00T0 W VIO () U_O# () U_PP () U_PN () U_PN () U_PP VIO R K U0 EN OUT FL VIN N OUT ILIM N R0 MI_M % OP- LT UPPO UPNO UPNO UPPO RW0E-00T0 W 0.UF U_V + E 0UF P0 V U_V () 0.UF () () () () () () () TRLM TRLP TRLM TRLP TRLM TRLP TRLM0 TRLP0 UPNO UPPO 0 J 0 V 0 Y UPNO UPPO JFMU-0W JFMU-0W V_.L 0.UF R 0 R 0 LINK# (,0) TIVE# (,0) PEE_00# () PEE_000# () VIO () U_O# VIO R K R0 % U EN OUT FL VIN N OUT ILIM N MI_M OP- 0.UF U_V UF 0 + E 0UF P0 V 0 0.UF UPNO UPPO U_V U X 0 FOXONN0 HLX--N UPNO UPPO () U_PP LT UPPO () U_PN UPNO () () U_PP U_PN UPPO UPNO RW0E-00T0 W U Ports ocument Number P P/N: <oc> Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision R0

30 TUFF WITHOUT mm V +V +V +V V +V (0) _POWER_LE (0) PIO_POWER_LE (0) H_LE# () POWER_W# () REET_W# R00 K R0.K_NI R0 R0 R0.K_NI 0 0 R0 0 +V J0 Power LE_ Key Power LE_ H ctivity LE_ H ctivity LE_ Power witch Power witch (N) Reset witch Reset witch (N) PI leep witch PI leep witch (N) NMI to PU witch HLX-N HLX--N V ooling Fault LE_ ooling Fault LE_ ystem Fault LE_ ystem Fault LE_ 0 NI# ctivity LE_ NI# ctivity LE_ M_ M_L hassis Intrusion 0 NI# ctivity LE_ NI# ctivity LE_ R0 0 R0 0 R0 0 TTU_LE () PIO_TTU_LE (0) TIVE# (,) LINK# (,) T (,0) LK (,0) EOPEN# (,) Front Panel Pin efinition Power LE node key Power LE athode H ctivity LE node H ctivity LE athode Power witch Power witch (N) Reset witch Reset witch (N) PI leep witch PI leep witch (N) NMI to PU witch V ooling Fault LE node ooling Fault LE athode ystem Fault LE node ystem Fault LE athode NI ctivity LE node NI ctivity LE athode Mus Mus L hassis Intrusion NI# ctivity LE node NI# ctivity LE athode () FN_OUT PUFN Header_X (FNP) HF000_0-P R 0 +V 0UF V 0 Q I0 OT-- R 0K R K R 0_NI 00 R.K TH () () FN_OUT +V YFN Header_X (FNP) HF000_0-P R 0 0UF V 0 Q I0 OT-- R 0K R K R 0_NI 00 R.K TH () () FN_OUT YFN Header_X (FNP) HF000_0-P R UF V 0 Q I0 OT-- R 0K R TH () K R 0_NI 00 R0.K Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision Front Panel Header and FN ocument Number P P/N: <oc> 0 R0

31 +V 0 N O- N O- 0.UF U T RVH IN W O# PN N O- 0.UF U T RVH IN W O# PN N O- 0.UF U T RVH IN W O# PN.UF 0 V V RVL P O- 00.UF 0 V V RVL P O- 0.UF 0 V V RVL P O- VP () () E E + 00UF V P000 E E0 + 00UF V P UF V P UF V P000 (,) VI (,) VI (,) VI (,) VI (,) VI0 () VI VRM_PWR VVI_ VP +V 00uF : Luxon LW series Ripple urrent :./each ER : mohm/each L R 0 lose PU and R 0 PU_VENE.UH TM +V PU_ENE 0 PF 000PF Q PHNQ0L TO-- Q PH0NQ0LT TO-- N O- + E UF P00 V R K 0 0PF R 0 % R 0 N 0.0UF +V Q PH0NQ0LT TO-- R0 0K R 0K R 0K % VR 00PF R0. R K % L 0.UH 0-0 U VI VI VI VI VI0 VI FRTN F OMP PWR EN ELY RT RMPJ P TOP- V PWM PWM PWM PWM N OMP UM REF ILIMIT 0 Q PHNQ0L TO-- Q0 PH0NQ0LT TO-- N 0 UF 00 V R 0K 0 00PF R 0 N N VR Q R0 PH0NQ0LT. TO-- t R.K R 0 R 0K % R0 K % 00PF R 0K R 0K % L 0.UH 0- R 0K % RT THERMITOR/00K 00 R 0K % R 0K % Q PHNQ0L TO-- Q PH0NQ0LT TO-- + 0UF V + 0UF V OON apacitor + E 0UF P0.V + E 0UF P0.V 0 0PF R M % PU VR ocument Number P P/N: <oc> + E0 00UF P0.V + E 00UF P0.V Q PH0NQ0LT TO-- + E 0UF P0.V + E 0UF P0.V Q N00 OT-- VR 00PF R. 0.UF 0 + E 0UF P0.V + E 00UF P0.V 0.UF 0 L 0.UH 0- + E 00UF P0.V PU_P_HI (,) Hon Hai Precision Ind. o., Ltd. PE roup (PE) Enterprise Product ivision + E 00UF_NI P0.V 0.UF 0 0.UF 0 R0