MS Last Schematic Update Date: 11/06/2002

Transcription

1 over heet lock iagram MIN LOK EN & IE ONNETOR mp- INTEL PU ockets INTEL rookdale- /L MH R LOT R TERMINTOR INTEL IH H00 & VI TV OUT PI LOT / FWH U PORT LP I/O(Ms LPM) OM & LPT & F & FN K / M ONNETOR / POV Last chematic Update ate: /0/00 M- VERION:. T: INTEL (0-0-I0) IH Kinnereth-R(0-EZ0-I0) OPTION : INTEL (0-0-I0) IH KENI(0-00-I0) Willamette/Northwood pin mp- Processor chematics PU: Willamette/Northwood mp- Processor ystem hipset: INTEL (North ridge) IH (outh ridge) ' OE I / L0 PIF UIO ONNETOR V ONNETOR VRM.0 PI ONTROLLER W0 M- LN Kinnnereth-R 0/00 or Kenai000 LN Kinnnereth-R 0/00 or Kenai000 onnector TX onnector 0 On oard hip: LP uper I/O -- Ms LPM IO -- FWH ' OE -- I / / L0 LOK ENERTION -- I 00F LN -- INTEL Kenai 000 / Kinnereth-R VO -- H00 V TV-OUT -- NE up(optional) -PORT IEEE - NE_uP ecoupling apacitor PIO setting HITORY 0 Expansion lots: PI. LOT* ( RIER R PI* ) HITORY THE RE PE RE MI OM NOT FOR IM PE MIRO-TR INT'L O.,LT. OVER PE ize ocument Number Rev M-. Thursday, November, 00 ate: heet of

2 ystem lock iagram OKET- imultaneous display Host us VI- V & -VIEO TM L TV-OUT V ONNETOR H00 0MHz INTEL R RM TL- Termination (Only for R) IMM IMM Rtt FRONT upport PI evices MHz HyperZip M RER RER IEEE FRONT PI LOT IE IH ' U.0 udio odec I / L0 udio port PIF U 0 U U IE LN Kinnnereth-R 0/00 or Kenai 000 IE LP us FWH U RER PORT U FRONT PORT U RJ KEYOR P/ MOUE FN FN P/ FN ON/ ONTROL LP uper I/O MsM LM PIOs OM OM PRLLEL FLOPPY MIRO-TR INT'L O.,LT. ystem lock iagram ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet of

3 * Put N copper under lock en. connect to every N pin * 0 mils Trace on Layer with N copper around * itput close to every power pin Trace Width mils. * ame roup spacing mils * ifferent roup spacing 0mils * ifferentical mode spacing mils on itself * P () KTO# filtering from 0K~M P F 0 for good filtering from 0K~M P R R 0K-00 R 0K-00 R P F 0K-00 X_OPPER X_0L-00 0u-0 X_0-00 0u-00 X_0L-00 0u-0 Q N0 X_OPPER X_OPPER V LOK ENERTOR LOK U LK_ 0 VPU VPU N VV 0 N VV N VPI N VPI N VV VREF 0.0u-00 N V 0.0u-00 N V 0 0.0u-00 N LK_ R PU_TP# K-00 PI_TP# P# Q N0 VTT_PWR# PULK0 PULK0# PULK PULK# PULK PULK# V_0 V_ V_ V_ V_ V_ PILK_F0 PILK_F PILK_F PILK0 PILK PILK PILK PILK PILK PILK REF X X MHz_U MHz_OT 0 *Trace < 0." PU0 R0 PU0# R0 PU R PU# R R R V_0 R -00 MH_ V_ R0-00 IH_ RN -PR RN -PR LK_X X LK_X R0 X_K-00 R 0K-00 R0 K-00 F R K-00 MLK_IO MT_IO I00F R -00 MULTEL0=0 -> X Iref MULTEL0= -> X Iref LN_PLK PILK PILK POV_LK FWH_PLK IH_PLK IO_PLK REF_ p-00 M-pf-H- pf p-00 R -00 R -00 IREF IREF R0 Iref =.m N MULTEL0 F0 F F 0 LK T 0.RT PULK0.RT PULK-0.RT MHLK.RT MHLK#.RT ITPLK.RT ITPLK# RT IH_ OT_LK VV MLK_IO (,) MT_IO (,) PULK0 () PULK-0 () MHLK () MHLK# () ITPLK () ITPLK# () MH_ () IH_ () LN_PLK () PILK () PILK () POV_LK () FWH_PLK () IH_PLK () IO_PLK () IH_ () OT_LK () LOK TRPPIN REITOR F F F F0 MLK_IO MT_IO REF_ REF_ 0.0u-00 Z_LK Z_LK Z_LK R R R R.K-00 VV R R U REF V PU (MHz) 00 MHz MHz.K-00.K-00 X_-00 IH_ X_-00 IO_ X_-00 O_M LK LK LK LK N LKOUT Z_LK Z_LK Z_LK Z_LK Y0-H I-00-0p-00 R -00 O_M R -00 IH_ R -00 IO_ EL0 (,) O_M (0) IH_ () IO_ () Trace less 0.".ohm for 0ohm M/ impedance PULK0 PULK-0 MHLK MHLK# ITPLK ITPLK# PULK0 PULK-0 MHLK MHLK# POV_LK PILK PILK LN_PLK MH_ IH_ IH_ IO_ VI_LK IH_ OT_LK O_M R R R R R R N N IO_PLK IH_PLK FWH_PLK RT.RT.RT.RT.RT.RT X_0p-00 X_0p-00 X_0p-00 X_0p-00 X_0p-00 X_0p-00 X_0p-00 X_0p-00 X_0p-00 X_0p-00 X_0p-00 X_0p-00 used only for EMI issue Trace less 0." X_0p-P X_0p-P PRIMRY IE LOK T00 IE ONNETOR EONRY IE LOK * Trace Width : mils IE IE () HRT# N-H-x0-:-L-ZT- * Trace pacing : mils x0-:-wh-t HRT# R -00 HRT# R -00 P P * Length(longest)-Length(shortest)<0." P P P P0 * Trace Length less than " 0 P 0 P 0 P P P P P P P0 P 0 () P_REQ () _REQ () P_IOW# () _IOW# () P_IOR# () _IOR# () P_IORY () _IORY () P_K# 0 () _K# 0 () IRQ () IRQ () P_ P_ET () () ET () () P_0 P_ () () _0 _ () () P_# P_# () () _# _# () () P_LE 0 () _LE 0 R R0 R R R R 0.K-00 0K-00 0K-00.K-00 0K-00 0K-00 X_0p-00 00p-00 X_0p-00 00p-00 MIRO-TR INT'L O.,LT. P[0..] () [0..] () MIN LOK EN / IE ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet of

4 () () HI#[0..] ~#, HREQ#0~ is strobed by HT#0 ~# is strobed by HT# () FERR# () TPLK# (,) () () () () () () () () () () Trace : 0 mil width 0mil space HINIT# HY# HRY# HTRY# H# HLOK# HNR# HIT# HITM# HPRI# HEFER# () PU_TMP () VTIN_N (,) TRMTRIP# () KTO# () PROHOT# () INNE# (,,) HMI# () 0M# () PULP# (,) () () H#[0..] EL0 PU_ PURT# HI#0 HI# HI# HI# ITP_TI ITP_TO ITP_TM ITP_TRT# ITP_TK PU_TMP TRMTRIP# PROHOT# INNE# HMI# 0M# PULP# EL0 PU_ PURT# H# H# H# H#0 H# H# H# H# H# H# () H#[..] E P V V Y W H H J F E E F E F E F F Y Y Y W Y W V U I0# I# I# I# IERR# MERR# FERR# TPLK# INIT# INIT# RP# Y# RY# TRY# # LOK# NR# HIT# HITM# PRI# EFER# TI TO TM TRT# TK THERM THERM THERMTRIP# N/KTO# PROHOT# INNE# MI# 0M# LP# REERVE0 REERVE REERVE REERVE REERVE REERVE REERVE EL0 EL PWROO REET# # # # 0# # # # # # # PU INL LOK 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# 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 # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # E R# R 0-00 _ENE _ENE ITP_LK ITP_LK0 ifferential Host ata trobes VI VI VI For ITP debug REET# ITPLK# ITPLK VI VI0 E E E E E VI# VI# VI# VI# VI0# TLREF TLREF TLREF TLREF0 REET# (,,) ITPLK# () ITPLK () PM# PM# PM# PM# PM# PM0# REQ# REQ# REQ# REQ# REQ0# TETHI TETHI TETHI0 TETHI TETHI TETHI TETHI TETHI TETHI TETHI TETHI TETHI TETHI0 LK# LK0# VI[0..] () R# R# R0# P# P0# R0# OMP OMP0 P# P# P# P0# T# T0# TP# TP# TP# TP0# TN# TN# TN# TN0# LINT/NMI LINT0/INTR F0 F Y H J J K J Y W U 0 0 F F F F V H P L L K K J R L W P J F W R K E E TLREF PM# PM# PM# PM#0 HREQ# HREQ# HREQ# HREQ# HREQ#0 R R R R HR# HR# HR#0 HREQ#[0..] () * hort trace PU TL REFERNE VOLTE LOK Length <.inch. TLREF /*Vccp Every pin put one 0pF cap near it. Trace Width mils, pace mils. Keep the voltage dividers within. inches of the first TLREF Pin 0M# PULP# INNE# HINIT# INTR NMI HMI# TPLK# FERR# PU ITP LOK R0.RT ITP_TM R -00 P ITP_TO R -00 R R.RT.RT.RT.RT PULK-0 () PULK0 () HR#0 ().RT.RT HT# () HT#0 () HTP# () HTP# () HTP# () HTP#0 () HTN# () HTN# () HTN# () HTN#0 () HR#[0..] () NMI () INTR () ITP_TK PU TRPPIN REITOR LL OMPONENT LOE TO PU PROHOT# PU_ HR#0 PURT# PM#0 PM# PM# PM# PU_ PURT# PULP# 0 R 0p-00 R R R R R R0 R R u-00 X_-00 X_-00 X_-00 X_-00 X_-00 X_-00 X_-00 X_-00 X_-00 R -00 P R -00 R R R.RT RN -PR ITP_TI R 0-00 ITP_TRT# R R.RT R 00RT P X_0p-00 X_0p-00 X_p-00 P P P P # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# 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 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 P--F0 MI part number = N = N-000-M0 00~, HI#0 is strobed by HTN/P#0 ~, HI# is strobed by HTN/P# ~, HI# is strobed by HTN/P# ~, HI# is strobed by HTN/P# MIRO-TR INT'L O.,LT. mp PU- ize ocument Number Rev M-. ustom ate: Thursday, November, 00 heet of

5 PU VOLTE LOK PLE P WITHIN PU VITY PU EOUPLIN PITOR / ddition M-. mp PU- MIRO-TR INT'L O.,LT. ustom Thursday, November, 00 ize ocument Number Rev ate: heet of _VI P P P P P P P U P--F E0 E E E E E0 E E F F F F F F F F F F E0 E E E E E0 E F F F F F E E E E E E E E E E F F0 F F F F F0 F F E E E E E E E E F F E E F0 F F F F F F F F F E E H H H H J J J J K K K K L L L L M M M M N N R R R R P P P P N N V V U U U U T T T T Y Y Y Y W W W W V V F -IOPLL -VI -VIPR X_0u-0 X_0u-0 0u-0 0u-0 0 0u-0 0u-0 0u-0 0u-0 0u-0 R u-0 R 0-00 R 0-00 R u-0 E 0U/V/ X_ u-00 VR LK-,OT-L-00m E 0u-0 0u-0 0u-0 0 0u-0 0u-0 H_ u-0 0u-0 0u-0 0u-0 0u-0 0u-0 0u-0 0u-0 0u-0 0 0u-0 L.uH-0 0u-0 0u-0 0u-0 L.uH-0 0u-0 u-0 u-0

6 * Length must be matched within /-0."of the trobe ignals Trace 0 mils & mils space < 0." Trace 0 mils & mils space < 0." Place <0." MH REFERENE LOK I=0m I=m I=00m I=0m Place 0.0uF ap. as lose as possible to MH< 0." Trace width mils & 0mils space Place <0.", Trace width mils & 0mils space Place ap. as lose as possible to MH Keep the voltage divider within " of the MH pin. 0-L0-I0 HIP, M/, Intel/L, rev:(l), ROOKLE-L L MH, I0 HIP, M/, Intel/, rev:(lf), ROOKLE- MH, -0 M-. rookdale- MH- MIRO-TR INT'L O.,LT. ustom Thursday, November, 00 ize ocument Number Rev ate: heet of 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# H# H# H# H# H# H# HU_MREF 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# H# H#0 HI#0 HI# HI# HI# HR#0 HR# HR# HREQ#0 HREQ# HREQ# HREQ# HREQ# HL HL HL HL HL0 HL HY_ROMP HX_ROMP HL_ROMP HI_WIN OT_LK VL REFET HL0 HL HL HL HL _F _PLL RTIN# PWROK V VTT_P VTT_P VTT_P VTT_P VTT_P HVREF L_ HWN _M _F _PLL _M HVREF HWN Q_M Q_M HI_WIN HU_MREF H#[..] () HY# () HRY# () HTRY# () H# () HNR# () HIT# () HITM# () HPRI# () HEFER# () HLOK# () HI#[0..] () HT#0 () HTN#0 () HTN# () HTN# () HTN# () HTP#0 () HTP# () HTP# () HTP# () HREQ#[0..] () HR#0 () HR#[0..] () PURT# () H#[0..] () PIRT# (,,,) PWR_ (,,) MH_ () HT# () MHLK () MHLK# () HL[0..] () HL_T () HL_T# () HL[..0] () RT_R () RT_R# () RT_ () RT_# () RT_ () RT_# () V () VL () V_HYN () V_VYN () OT_LK () EL0 (,) _P _P P _P MEM_TR _P _P _P _P MEM_TR _P _P P P HOT HU LINK V U rookdale_mh W 0 V Y Y Y F E E F E F E H T T M U U N F0 T0 R R N R L L P J K K M0 M L K H J F F E H F H E E 0 E 0 E H E N 0 L J E E F Y0 H V0 J K0 J E U V W W N H0 H 0 P0 V E E F E F H E F P M T R U P E H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# # NR# PRI# REQ0# Y# EFER# H_T0# H_T# PURT# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H_TN0# H_TN# H_TN# H_TN# H_TP0# H_TP# H_TP# H_TP# HI0 HI HI HI HI HI HI_REF HL_ROMP HY_WN HX_WN HTRY# RTIN# HLKP HLKN LKIN RY# HREQ0# HREQ# HREQ# HREQ# HREQ# INV_0# INV_# INV_# INV_# H_VREF0 H_VREF H_VREF H_VREF H_VREF HY_ROMP HX_ROMP HI HI HI HI HI0 HI_T HI_TF LUE LUE# REEN REEN# RE RE# _T _LK HYN VYN REFLK REFET HIT# HITM# HLOK# R0# R# R# HI_WIN PWROK R RT T 00u_V 0.0u-00 0.u_XR R0.RT R 00RT R.RT 0 0.u_XR L 0.uH u-00 R RT R -00 R -00 V/- 0.0u-00 R.RT L 0uH-00 L X_uH-0 0.u_XR.u-00 R 0RT X_0.u_XR L 0.uH_00 R.K-00 R 00RT R.K-00 X_0p-00 R0 RT R 00RT R -00 POWER Other U rookdale_mh K L L P R R T V W Y E W0 0 U W T V Y E F0 H0 E J F H J H P J P P H K J L M J L U K0 J L U M U M J J L P U H J K L M0 H J K L H J K L U J L U M J K U H K 0 P0 J L P L R T0 T U J Y Y W Y Y T0 Y W H J T T U U U U H E J F0 H0 P0 P P T V F Y W Y W V V U U T T P P V _P _P _P _P _P _P _P _P _P _P _P _P _P _P _P _P _HI _HI _HI _HI _HI M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M M VTT_EP VTT_EP VTT_EP VTT_EP VTT_EP _PIO _PLL _F _M _M Q_M Q_M Q_M M PEL RV RV RV RV RV RV RV RV RV RV RV N N N N N N N N N N N N _HI VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF _P X_ X_ X_ R.RT R RT u-0 0uF/ R 0RT R.K-00 R.K-00 V/- V/- 00 L uh-00

7 Trace lengh must as short as possible for RVEN Trace width mil with mil space for M_VREF. _P () INTR# R0 X_0-00 R_VREF MQ0 MQ MQ MQ MQ MQ MQ MQ MQ MQ MQ0 MQ MQ MQ MQ MQ MQ MQ MQ MQ MQ0 MQ MQ MQ MQ MQ MQ MQ MQ MQ MQ0 MQ MQ MQ MQ MQ MQ MQ MQ MQ MQ0 MQ MQ MQ MQ MQ MQ MQ MQ MQ MQ0 MQ MQ MQ MQ MQ MQ MQ MQ MQ MQ0 MQ MQ MQ R00 V N P T P N P R T T R T R0 T P T P P0 T T T T0 R R P T P T T R T P R0 R P P T T T T R P T R0 P0 T R T0 T R T R P P T P T N M K J P M K K V V W W U U U V T T T R R R T X_.K-00P P K K J M L L H K J J J H K R N M H U 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 R_O# K R_I# RVEN_OUT# L 0 RVEN_IN# M M_VREF _ /E0# _/E# _/E# _/E# R P rookdale_mh M0 M M M M M M M M M M0 M M L N P K0 L L P P N K K L N M P M N M N M K Q0 Q Q Q Q Q Q Q M0 M M M M M M M KE0 KE KE KE 0# # # # ML_K0 MLK_0# MLK_ MLK_# MLK_ MLK_# MLK_ MLK_# MLK_ MLK_# MLK_ MLK_# MX_ROMP MX_ROMP MY_ROMP R T T T R T T L P R P R T P R L P N K L L P K0 N L K N P M L P N P N P N _0 N _ P R# K # N WE# P F0 J _FRME# M _IRY# N _TRY# N _EVEL# _TOP# _PR _REQ# _NT# 0 _T _T# T0 T T _T0 _T0# _T _T# N P P E E F F F E V U M L PIPE# H RF# WF# P_VREF W P_ROMP L R0 RM0 RM RM RM RM RM RM RM RM RM RM0 RM RM RM RM RM RM MQ0 MQ MQ MQ MQ MQ MQ MQ MM0 MM MM MM MM MM MM MM MKE0 MKE MKE MKE M0# M# M# M# LK0 LK0# LK LK# LK LK# LK LK# LK LK# LK LK# M0 M MR# M# MWE# 0.RT MEM_TR MX_ROMP R 0.RT 0 MY_ROMP R 0.RT 0 R0 0.RT M_T () MI_LK () Trace width mil with 0 mil space. MI_T () R0 X_.K-00 _P Place 0.uF <" to MH R0 X_0-00 M_LK () VI0 VI VI VI VI VI VI VI R0 R0 R0 R0 R0 R0 R0 R0 M0# (,0) M# (,0) M# (,0) M# (,0) LK0 () LK0# () LK () LK# () LK () LK# () LK () LK# () LK () LK# () LK () LK# () M0 (,0) M (,0) MR# (,0) M# (,0) MWE# (,0) RM (,0) RM (,0) RM (,0) RM (,0) MKE0 (,0) MKE (,0) MKE (,0) MKE (,0) X_.K-00 X_.K-00 X_.K-00 X_.K-00 X_.K-00 X_.K-00 X_.K-00 X_.K-00 VLK () VLK# () _P RM[0..] (,0) VI0 VI VI VI VI VI VI VI R0 R0 R0 R0 R0 R0 R00 R0 X_0-00 X_0-00 X_0-00 X_0-00 X_0-00 X_0-00 X_0-00 X_0-00 (,0) RM[0..] R ERIL REITOR RM RN RM RM RM0 RM RN RM RM RM RM RN RM RM RM RM RN0 RM0 RM RM RM RN RM RM RM0 RM RN RM RM RM RM RN RM RM RM RM RN RM RM0 RM RM RN RM RM RM RM RN RM RM RM RM RN RM RM RM0 RM RN RM RM RM RM RN RM RM RM RM RN0 RM0 RM RM RM RN RM RM RM0 RM RN RM RM RM MIRO-TR INT'L O.,LT. P_VREF () P_ROMP rookdale- MH- R 0.RT ize ocument Number Rev Place < 0." ustom M-. MM0 MM MM MM MM MM MM MM MQ0 MQ MQ MQ MQ MQ MQ MQ R 0-00 R 0-00 R 0-00 R 0-00 R 0-00 R 0-00 R 0-00 R R 0-00 R 0-00 R 0-00 R 0-00 R 0-00 R 0-00 R 0-00 R PR MQ MQ MQ MQ0 0-PR MQ MQ MQ MQ 0-PR MQ MQ MQ MQ 0-PR MQ MQ0 MQ MQ 0-PR MQ MQ MQ MQ0 0-PR MQ MQ MQ MQ 0-PR MQ MQ MQ MQ 0-PR MQ MQ MQ0 MQ 0-PR MQ MQ MQ MQ 0-PR MQ MQ MQ MQ 0-PR MQ MQ MQ MQ0 0-PR MQ MQ MQ MQ 0-PR MQ MQ MQ MQ 0-PR MQ MQ0 MQ MQ 0-PR MQ MQ MQ MQ0 0-PR MQ MQ MQ MQ M0 M M M M M M M Q0 Q Q Q Q Q Q Q M0 (,0) M (,0) M (,0) M (,0) M (,0) M (,0) M (,0) M (,0) Q[0..] (,0) ate: Thursday, November, 00 heet of

8 MH EOUPLIN PITOR J R F H U W U U V Y L R U F H K M P T V Y F H M N R P T R M J N R F H M T Y F M U0 V0 Y0 0 M0 E J W E J L N R U F P T V Y U R N L J U R N L J E T F0 R J E J T V H0 M N R U Y J R R M0 R U F R U M W M W U W E W N R U E L N R U W F M J N U E J P H T E J U E J N R R U J J R F K M E J J R F R U W L R U F M E J N U E N R R U N _P Pin Pin J Pin E Pin N Pin U Place decoupling cap close to MH P Interface < 0." _P 0 0.0u-00 Place decoupling cap close to MH ore Logic Interface < 0." JMH MH-JP U_X 0 JMH MH-JP _P Place decoupling cap close to MH Hub-Link Interface< 0." P Place decoupling cap close to MH PU Interface < 0mil in the Vtt corridor E 000U/.V _P T 0u/ Pin Pin E MEM_TR _P Place ulk cap for ore Logic, P & Hub Link Interface T 0u/ MEM_TR T 0u/ Place decoupling cap close to MH Interface< 0." 0 Pin L Pin U Pin U Pin U Pin U Pin U Pin U Pin U Pin Pin Place decoupling cap close to MH Memory Interface < 0.", with mil trach width T 0u/ 0 T 0u/ 0u-0 Place ulk cap between MH & IMM slot 0 0.0u-00 P FOOTPRINT REV. rookdale_mh MEM_TR M M M M M M H H H H H H0 _P HI 0 P P P 0 V0 P0 K0 K K K P VTTF VTTF VTTF VTTF VTTF VTTF VTTF VTTF K K0 K K M T Y H H0 H Y0 T0 M0 K K P V F H HETINK MEM_TR MIRO-TR INT'L O.,LT. rookdale- MH- ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet of

9 YTEM MEMORY LVE RE = R IMM OKET Place 0p ap. near the IMM LVE RE = 0000 R IMM OKET Place 0p ap. near the IMM Pcs doupling caps place between R and R R R Keep the voltage divider within " of IMM. Trace width mil with mil space. lose to North-ridge M-. R & R MIRO-TR INT'L O.,LT. Thursday, November, 00 ize ocument Number Rev ate: heet of MWE# M# MR# M0 M LK# LK LK LK LK# LK# MKE MKE RM RM RM0 RM0 RM RM RM RM RM Q Q Q Q Q Q Q0 Q RM RM0 RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM0 RM RM RM0 RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM0 RM RM RM RM RM RM RM RM0 RM RM RM RM0 RM RM RM RM RM RM RM RM RM RM RM RM0 RM RM RM RM RM MR# MKE MKE0 LK# Q RM0 Q RM MWE# RM RM LK# Q0 LK0 RM LK RM Q M# Q LK RM RM0 MT RM Q Q RM RM RM LK0# M M0 Q RM M M M M M0 M M M M M0 M M M M M M RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM RM0 RM0 RM RM RM0 RM RM RM RM RM0 RM RM RM RM RM RM0 RM0 RM RM RM RM RM RM RM RM RM RM0 RM RM RM RM RM RM RM RM RM MLK MT MLK MKE MKE MKE MKE0 MR# (,0) M0# (,0) M# (,0) M# (,0) M# (,0) LK0 () LK () LK () LK () LK () LK () LK0# () LK# () LK# () LK# () LK# () LK# () M0 (,0) M (,0) M# (,0) MWE# (,0) RM (,0) RM (,0) RM (,0) RM (,0) MKE0 (,0) MKE (,0) MKE (,0) MKE (,0) M (,0) M (,0) M (,0) M (,0) M0 (,0) M (,0) M (,0) M (,0) Q[0..] (,0) RM[0..] (,0) MLK (,,,) RM[0..] (,0) MT (,,,) R_VREF MEM_TR MEM_TR R_VREF MEM_TR MEM_TR MEM_TR MEM_TR R00 0RT 0 N-00 R 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 0# # # # Q0 Q Q Q Q Q Q Q Q FETEN 0 L 0 0 0_P 0 K0(U) K0#(U) K(K0) K#(K0#) K(U) K#(U) N N(REET#) KE0 KE # R# M0 M M M M M M M M WP(N) WE# VREF N N N V0 V V V V V V V V VQ0 VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ0 VQ VQ VQ VQ VQ VI VP N-00 R 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 0# # # # Q0 Q Q Q Q Q Q Q Q FETEN 0 L 0 0 0_P 0 K0(U) K0#(U) K(K0) K#(K0#) K(U) K#(U) N N(REET#) KE0 KE # R# M0 M M M M M M M M WP(N) WE# VREF N N N V0 V V V V V V V V VQ0 VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ0 VQ VQ VQ VQ VQ VI VP R0 0RT E 000U/.V X_0p-00 X_0p-00 X_0p-00 0 X_0p-00

10 R TERMINTOR VTT_R R ecouping aps (,) M0 (,) RM (,) RM (,) MKE0 (,) MKE (,) MKE (,) MKE (,) M (,) M# (,) M0# (,) M# (,) M# (,) RM (,) RM (,) M# (,) MWE# (,) RM[0..] (,) RM[0..] (,) Q[0..] M M Q Q RM RM RM M0 RM RM RM RM MKE0 MKE MKE MKE M RM0 RM0 RM M RM Q M# M0# M# M# RM RM RM RM M# RM MWE# RM M0 M M M M M M M R0-00 R0-00 R0-00 R0-00 R0-00 R0-00 R0-00 R0-00 R -00 R -00 R -00 R -00 RN -PR RN00 -PR RN0 -PR RN0 -PR RN0 -PR RN -PR M0 (,) M (,) M (,) M (,) M (,) M (,) M (,) M (,) VTT_R (,) MR# RM RM RM RM0 RM RM Q0 M0 RM RM RM RM RM RM0 RM RM M Q RM RM RM RM RM RM0 RM RM RM RM RM RM RM Q RM RM RM RM RM RM0 RM RM RM RM RM RM RM RM M MR# RM RM0 RM RM RM RM RM RM RM RM RM RM RM0 RM RM0 RM RM Q M Q M RM RM RM RM RM RM RN RN RN RN RN RN RN0 -PR -PR -PR -PR -PR -PR -PR R -00 R -00 R -00 RN0 -PR RN0 -PR RN0 -PR RN0 -PR RN0 -PR RN0 -PR RN -PR RN -PR RN -PR RN -PR RN -PR VTT_R 0 0 VTT_R Total 0 signal, need pcs decoupling. Place for VTT_R island VTT_R T0 0u/ Place at the end of the VTT_R island 0 0 VTT_R.u-00.u-00.u-00 Top Vtt enter Vtt ottom Vtt MIRO-TR INT'L O.,LT. R TERMINTOR ize ocument Number Rev M-. ate: Thursday, November, 00 heet 0 of

11 IH PI / HU LINK / PU / LN / INTERRUPT INL IH TRPPIN REITOR _P U 0 0M# (,,) [..0] H 0 0M# 0M# () J PULP# PULP# U PULP# () H FERR# FERR# () K INNE# INNE# W INNE# () HINIT# INIT# V HINIT# (,) J INTR INTR INTR () H NMI NMI V NMI () J HMI# MI# W HMI# (,,) K TPLK# TPLK# V TPLK# () K_RT# 0 RIN# U K_RT# () L 0TE# 0 0TE Y 0TE# () N U L THRMTRIP# W0 TRMTRIP# (,) H L HL0 HL[0..0] () HI0 L F HL HI L0 F HL HI M N HL HI M E HL HI P N HL This resistor less than 0." 0 HI R E HL 0 HI T0 N HL from IH use mils trace HI R0 E HL HI P M HL HI L E HL0 HI0 N P K HL R0 HI E P 0.RT HL_T () HI_T P HL_T# () HL_T# N0 HLOMP _P HLOMP R R R HI_IWIN R.RT 0 HI_WIN HU_IREF 0 HIREF M P INT# (,) /E#0 PIRQ# (,,) /E#[0..] J INT# () /E# /E0# PIRQ# K INT# () /E# /E# PIRQ# M INT# () /E# /E# PIRQ# N /E# IRQ IRQ () (,,) EVEL# M EVEL# IRQ IRQ () PILK (,,) FRME# F FRME# PILK J PI_0 (,,) IRY# L IRY# PI0 H PI_ (,,) TRY# F TRY# PI K0 ERIRQ (,,) TOP# F TOP# ERIRQ J ERIRQ (,) (,,) PR PR PREQ#0 () PLOK# M PLOK# REQ0# PREQ#0 () PREQ# (,,) ERR# K ERR# REQ# PREQ# () PREQ# (,,) PERR# L PERR# REQ# PREQ# () PREQ# (,,) PME# W PME# REQ# PREQ# (,) PREQ# PREQ# (,) P_ET REQ# _ET () P_ET PIO0/REQ# PIO/REQ#/REQ# _ET () E PIO/NT# PNT#0 NT0# PNT#0 () PNT# () IH_PLK P PILK NT# E PNT# () PNT# NT# PNT# () PNT# () PIRT# U PIRT# NT# PNT# (,) R0 X_0-00 PNT# (,) ENET_I NT# PNT# (,) R 0-00 (,) RMRT# Y LN_RT# PIO/NT#/NT# () EE_EE () EE_IN () EE_OUT () EE_HLK EE_EE EE_IN EE_OUT EE_HLK 0 K0 K K K P0 T U V _ EE_ EE_IN EE_OUT EE_HLK _ H H J J K M0 P P U V0 V V E E E0 F R T U U_ U_ U_ U_ U_ U_ U_ U_ U_ N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N N N E F0 F F F F K V V V U_ U_ U_ U_ U_ U_ U_ U_ U_ N N N E0 E E E E E LN_LK LN_RTYN LN_RX0 LN_RX LN_RX LN_TX0 LN_TX N N N N LN_TX INT-0 ELN_LK ELN_YN ELN_RX0 ELN_RX ELN_RX ELN_TX0 ELN_TX ELN_TX ELN_LK () ELN_YN () ELN_RX0 () ELN_RX () ELN_RX () ELN_TX0 () ELN_TX () ELN_TX () FERR# TRMTRIP# updated circuitry ERIRQ K_RT# 0TE# PI_0 PI_ PILK IH REFERENE VOLTE HI_IWIN 0.0u-00 HU_IREF Place ap. as lose as possible to IH < 0." Trace width use mils and 0mils space 0M# PULP# INNE# HINIT# INTR NMI HMI# TPLK# R -00 R 0-00 R.K-00 R 0K-00 R 0K-00 R 0K-00 R 0K u-00 R R R R R R R0 R _P.K-00.K-00.K-00.K-00.K-00.K-00.K-00.K-00 P R RT R 00RT R 00RT P IH EOUPLIN PITOR Place one 0.u close to IH <00 mil Pin Pin Pin H 0 0 Pin T Pin Pin 0 0 Pin K Pin Pin T Pin N Pin Pin Pin Pin _P 00 _P 0 _P 0 FOR ore Logic FOR Hub Interface FOR PLL 0.0u-00 _ 0 OL IE 0 X_ MIRO-TR INT'L O.,LT. IH- ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet of

12 Place ap close to Pin E THRM# V THRM# (,) LP_# Y LP_# () LP_# Y N_LP_# LP_# PWR_ LP_# (,,) PWR_ PU_ R -00 PWROK () PU_ Y VRMPWR PUPWR V PWRTN# VRMPWR () PWRTN# PWRTN# () RIN# Y RI# () () () (0) _RT# (0) _YN (0) _LK (0) _OUT (0) _IN0 IH_ IH_ IH_ (,) PKR () _LK_ET# () POV_LK_RT# (,,) L0 (,,) L (,,) L (,,) L (,,) LFRME# (,) LRQ# R 0-00 R -00 R 0-00 _IN0 N_IN N_IN PI PI _LK_ET# PO PO POV_LK_RT# PO N_LRQ# R K-00 u-00 V RT P VREF _P P N/ E V E RMRT# (,) RMRT# LPP# RMRT# () LPP# UTT# () ULK Y_RT# ULK Y TLOW# Y_REET# POV_I0# TLOW#/TP0 () POV_I0# R LM_THRM# PUY#/PIO () LM_THRM# PIO/MLERT# MLINK0 INTRUER# MLINK W RTRT# INTRUER# W VI RTRT# Y VI (,,,) MT MT (,,,) MLK RTX MLK RTX RTX N_PRLP RTX V0 N T J F H V W T Y0 J W W T R T U T U U LK LK LK _RT# _YN _ITLK _OUT _IN0 _IN () UP0 0 UP0 () UP0-0 UP0- () UP UP () UP- UP- () UP UP () UP- UP- () UP UP () UP- UP- () UP UP () UP- UP- () UP UP () UP- I UP- Place < 0." R0.RT URI URI# () O_RER# O0# O# X_ O# O# () O_FRONT# O# O# VREF VREF _IN PKR PIO PIO _TT#/PIO PUPERF#/PIO MUXEL/PIO PIO PIO L0/FWH0 L/FWH L/FWH L/FWH LFRME#/FWH LRQ0# LRQ# VREF_U PLL L M P T RT _HI _HI _HI _HI F F LN_/U_ LN_/U_ F E LN_/U_ LN_/U_ N N N0 N N N N N N N N N N0 N N N N N N N N N N0 N E E F H J K K K K K L0 L L L L L M M M P U VPU_IO VPU_IO0 VPU_IO Y Y W W W V V V U0 T T T R R N0 N0 N00 N N N N N N N N N N0 N N N N N N N N N N0 N N N N N N N N M M0 M N0 N N N N N N N N P P P0 P P R U P# Y # P# # P0 P P 0 PREQ REQ PK# K# PIOR# IOR# PIOW# IOW# PIORY IORY PIO/PIRQE# PIO/PIRQF# PIO/PIRQ# PIO/PIRQH# PIO PIO TP_PI#/PIO LP_#/PIO TP_PU#/PIO0 LKRUN#/PIO PIO W 0 0 Y Y W P0 P0 P P P P Y0 P P 0 P P P P P P Y P P P P Y P P P0 P0 W P P 0 P P W0 P P W P P Y P P 0 0 W W W W Y 0 0 Y Y Y PIO PIO PIO PIO PIO PIO PIO PIO PIO0 PIO PIO PIO R V Y W W V J0 F0 0 F H0 F H H F E INT-0 P_# () _# () P_# () _# () P_0 () P_ () P_ () _0 () _ () _ () P_REQ () _REQ () P_K# () _K# () P_IOR# () _IOR# () P_IOW# () _IOW# () P_IORY () _IORY () P[0..] () [0..] () INTE# (,) INTF# () INT# () INTH# () POV_I# POV_I# () IO_PME# IO_PME# () N_PO N_PO _LK_REET# _LK_REET# () PI PI (,) ENET_I ENET_I (,) PI N_PI PI OM_ET# OM_ET# () PI PI PI PI PI0 N_PIO N_PIO N_PIO _ R 0-00 T attery _ INTRUER# POV_I0# POV_I# OM_ET# _LK_REET# _LK_ET# PO PO PI PI PI PI PI PI0 (,) HI V R X_K-00 R0 X_K-00 T () POV_INTR# T P_IORY R _IORY R THRM# R PKR R0 VRMPWR R R R R R R R R R R R R R R * Put a N Plane under X'TL * Please put this block close IH RT LOK N/ N/ R K-00 R0 0K-00 R 0.0u-00 RT_ 0.u-00 XR RTRT# IH TRPPIN REITOR.K-00.K-00.K-00 X_K-00.K-00.K-00.K-00.K-00.K-00.K-00 X_K-00 X_K-00.K-00.K-00.K-00.K-00.K-00.K-00 X_0-00 R 0-00 R 0K-00 X_ RT_ p-00 MT MLK TLOW# RIN# LP_# LP_# RMRT# LPP# PI PI PI RMRT# PWR_ INTRUER# PI R 0M-00 R 0M-00 X K-.pf PPM pf R.K-00 R.K-00 R.K-00 R.K-00 R X_0K-00 R X_0K-00 R0 K-00 R 0K-00 PI R X_.K-00 LM_THRM# R.K-00 IO_PME# R 0K-00 ENET_I R.K-00 POV_LK_RT# R.K-00 PO R0 0K-00 R 0K-00 R 0K-00 R X_0K-00 R R X_K-00 X_K-00 VI RTX RTX JT lear MO - Normal * - lear MO JT x-k p-00 _ JT(-) J--N IH EOUPLIN PITOR _ P Pin Pin Pin _ OL IE X_ Pin Place one 0.u close to IH <00 mil VREF Pin E PROHOT LOK YTEM REET THRM# P R.K-00 () PROHOT# E R.K-00 Q Y_RT# (,,) FP_RT# N0 _ MIRO-TR INT'L O.,LT. IH- ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet of

13 MI M-. H00 MIRO-TR INT'L O.,LT. ustom Thursday, November, 00 ize ocument Number Rev ate: heet of TVV IT_T ILK_T VV0 VV TVV VV VV0 VV VV _R_V V Y_ 0N 0N 0N M_LK M_T MI_T MI_LK HPET () TX- () TX () TX0- () TX0 () TX- () TX () TX- () TX () VLK# () VLK () PIRT# (,,,) INTR# () P_VREF () Y () () OMPOITE () 0N (,,0) M_T () M_LK () MI_T () MI_LK () _P _P _P _P X_ R X_00K-00 X_ E X_0u/ X_ X_ X_ U X_H XLK* XLK E H V REET* PIO PIO0 IET Pout/ET# /H ync XI/FIN XO VWIN T0* T0 T* T T* T TL TL* O V Y/ /R/V V//U VREF HPET V0 V V N0 N N VV TV0 TV V0 V N0 N N TN0 TN TN V N0 N L X_0L-00 0 X_ L0 X_0L-00 X_ 0 X_0u-00 L0 X_0L-00 X_ L X_0L-00 E X_0u/ X_ P X_OPPER 0 X_ E X_0u/ X_0u-00 X_ RN X_K-PR X_N/ X_0u-00 P X_OPPER X_0.0u-00 R0 X_0RT P X_OPPER R00 X_.RT R0 X_.K-00 R0 X_.K-00 R0 X_0-00 R0 X_.K-00 R0 0K-00 R0 X_0-00 R0 X_0-00 R0 0K-00 U X_TL N REF REF REF 0 0 X_0u-00

14 () () VI Interface () () TX- TX TX- TX R X_00RT R0 X_00RT 0 VI T T HIEL T T LK T VYN T T HIEL T R HYN N N N X_VI-I Right ngle onnector T N HPET T0 T0 HIEL0 T T HIELLK LK LK MOUNTIN MOUNTIN 0 R X_K-00 E X_0U/V/ VN VPWR () VN (,) onnect the VI, TV, TM signal ground & nd RT ground to 0N for I recommend MI 0 0N () () () () () TX- TX TX0 TX0- HPET R X_00RT R X_00RT X_ 0N R~R is recommend by I Rev:0 X_V/- () OMPOITE R0 X_-00 P () X_OPPER P0 R0 X_-00 X_OPPER P X_OPPER () Y P R0 X_-00 X_OPPER L X_0L-00 0N 0N (,,0) NER ONNETOR 0N P X_OPPER L X_0L-00 MI OMPUTER VI, TV-OUT, nd RT ONN ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet of

15 FWH INIT ignal Voltage Translation lock (,) HINIT# P FWH REITOR PRE0 PRE PRE PRE PRE0 PRE PRE PRE P R X_0K-00 E R 0K-00 INIT# PULL UP 0/00 ethernet PULL OWN igabit ethernet PRE R X_0K-00 R K-00 Q N0 R X_0K-00 R 0K-00 R X_0K-00 R X_0K-00 R K-00 R X_K-00 R K-00 R K-00 R () () PILK PILK (,,) IRY# (,,) EVEL# () PLOK# (,,) PERR# (,,) ERR# E 0U/V/ PTK INT# INT# PNT# PILK PILK PREQ#0 /E# /E# IRY# EVEL# PLOK# PERR# ERR# /E# 0 K# -V PI LOT PI -V TK N TO V V INT# INT# PRNT# RV PRNT# N N RV N LK N REQ# V N.V /E# N.V /E# N IRY#.V EVEL# N LOK# PERR#.V ERR#.V /E# N 0 N.V N V K# V V PI-0-WH-N INT# TRT# V TM TI V INT# INT# V RV V RV N N RV RT# V NT# N RV 0.V N IEL#.V 0 N.V FRME# N TRY# N TOP#.V ONE O# N PR.V N /E0#.V N 0 V REQ# V V V PTRT# PTM PTI INT# INT# EOPEN# PREQ# PIRT# PNT#0 PME# 0 0 FRME# TRY# TOP# ONE O# PR /E#0 0 REQ# PI RIER R PI & : & (,,) [..0] (,,) /E#[0..] HI (,) R [..0] /E#[0..] WIE TRE FOR P00 _ PIRT# (,,,) PME# (,,) FRME# (,,) TRY# (,,) TOP# (,,) PR (,,) (,) () () () INTE# INTF# INT# INT# () () (,) () INTE# R INTF# R INT# R0 INT# R INTH# INT# INT# INT# INTH# INT# INT# INT# (,) PREQ# () PREQ#0 () PREQ# () PREQ# (,) PREQ# () PNT#0 () PNT# (,) PNT# () PNT# (,) PNT# RN.K-PR.K-00.K-00.K-00.K-00 PI U PULL-UP PREQ# PREQ#0 PREQ# PREQ# PREQ# PNT#0 PNT# PNT# PNT# PNT# PLOK# PERR# ERR# FRME# IRY# TRY# EVEL# TOP# PTK PTRT# PTM PTI REERVE REQ# K# ONE O# RN PME# R R.K-PR RN X_.K-PR RN 0.K-PR RN.K-00 X_.K-00 0 X_.-PR RN.K-PR R X_.K-00 _ 0 (,,,) PIRT# (,,) L0 (,,) L (,,) L U_X IO_Mbit PIRT# PRE PRE PRE PRE0 FWH_WP# Firware Hub (FWH) U VPP RT# FPI FPI FPI FPI0 WP# TL# I X_PL-MT LK FPI 0 I(VIL) N N INIT# 0 0 I FWH I RFU I0 RFU FWH0 RFU FWH RFU FWH RFU N FWH PRE INIT# FWH_WP# R0 X_0K-00 FWH_PLK () LFRME# (,,) L (,,) PIRT# () _LK_ET# U X_NWZ0_0- U X_NWZ0_0- FWH Write Protect ircuit V V R 0-00 R X_K-00 N0 R 0K-00 Q N00 FWH_WP# Q R X_0-00 R R 0K-00 R Q N00.K-00 PI (,) HMI# (,,) _LK_REET# () MIRO-TR INT'L O.,LT. PI LOT / FWH ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet of

16 POWER IRUIT FOR U PORT, UP F U () KM () O_FRONT# R00.K-00 E 000u-0V UP () () () () UP UP- UP UP- F F0 X_0L-00 X_0L-00 L M_0ohm_ NER U ONNETOR * U Trace width :. mils * U Trace pacing : Low speed 0 mils, High speed 0 mils * ifferential U ignlas Trace, pacing :. mils * U Power Trace must be 0mils width * Length(longest)-Length(shortest)<0mils * Maxium trace length <" -00-T0 F X_0L-00 F R000.K-00 X_0L-00 u-00 R00 K-00 L0 M_0ohm_00 X_0L-00 NER U ONNETOR X_p-00 X_p-00 0 X_p-00 X_p-00 Ux--K VUL F () O_RER# U.-MINIMM0- O_RER# POWER IRUIT FOR U PORT 0, F R00.K-00 R00.K-00 X_0L-00 NER U ONNETOR u-00 UP E 000u-0V -00-T0 R00 K-00 () () () () UP- UP UP0- UP0 F F F F NER U ONNETOR X_0L-00 L M_0ohm_00 X_0L-00 X_0L-00 L M_0ohm_00 X_0L-00 X_p-00 X_p-00 U- U U0- U0 X_p-00 X_p-00 UP U0- U0 U Ux--K 0 0 U- U UP U POWER IRUIT FOR U PORT, F X_0L-00 NER U ONNETOR -00-T0 * U Trace width :. mils * U Trace pacing : Low speed 0 mils, High speed 0 mils * ifferential U ignlas Trace, pacing :. mils * U Power Trace must be 0mils width * Length(longest)-Length(shortest)<0mils * Maxium trace length <" E 000u-0V UP () () () () UP- UP UP- UP F F F X_0L-00 X_0L-00 X_0L-00 F X_0L-00 NER U ONNETOR L M_0ohm_00 L M_0ohm_00 X_p-00 X_p-00 U- U U- U X_p-00 X_p-00 U- U MIRO-TR INT'L O.,LT. U Ux--K U ONNETOR U- U ize ocument Number Rev M-. ustom ate: Thursday, November, 00 heet of 0 0

17 LP UPER I/O LPM LP I/O TRPPIN REITOR R 0-00 IO_MI# (,,) HMI# R X_0-00 (,) PI R X_.K-00 updated circuitry HEK THI... (,,,) PIRT# () IO_PLK (,) ERIRQ (,) LRQ# (,,) LFRME# R (,,) L0 (,,) L (,,) L (,,) L () PWM_PU () PWM_Y () PU_FN () Y_FN () IO_PME# () ULK () IO () MLK () MT () KLK () KT () K_RT# () 0TE#.K-00 IO_LOK_ET# IO_R IO_MI# R_LOK_I U PI_REET# PI_LK ER_IRQ LRQ# LFRME# LP_P# L0 L L L J/P0 J/P J/P J/P JX/P JY/P JX/P JY/P P0/P MII_IN/P MII_OUT/P FN_TL/P FN_TL/P FN_EN/P FN_EN/P0 LE/P0 LE/P YOPT/P IO_MI#/P IO_PME#/P R/P ULK LK_M VREF N N N N N VTR MLK MT KLK KT KRT#/P 0/P RVEN0/P0 RVEN/P INEX# MTR#0 #/P/P #0 MTR#/P/P IR# TEP# WT# WTE# TRK0# WP# RT# HE# KH# P0/INEX# P/TRK0# P/WRTPRT# P/RT# P/KH# P P/MTR0# P LT/WTE# PE/WT# UY/MTR# K#/# LTIN#/TEP# INIT#/IR# ERR#/HEL# LF#/RVEN0# T#/0# IRRX/P IRTX/P RI# RX T# # R# TX RT# TR# RI#/P0 RX/P/IRRX T#/P #/P R#/P TX/P/IRTX RT#/P TR#/P 0 RN 0 -PR RN -PR M LPM LP_0 LP_ LP_ LP_ LP_ LP_ LP_ LP_ RVEN0 () RVEN () INEX# () MOT_# () RV_# () RV_# () MOT_# () IR# () TEP# () WT_T# () WT_EN# () TRK0# () F_WP# () RT# () HE# () KH# () LP_[0..] () LP_LT () LP_PE () LP_UY () LP_K# () LP_LIN# () LP_INIT# () LP_ERR# () LP_F# () LP_T# () RI# () IN () T# () # () R# () OUT () RT# () TR# () RI# () IN () T# () # () R# () OUT () RT# () TR# () IO_R IO_R H: 0x0E L: 0x0E (EFULT) HEK THI... (,) () RI RI F WRITE-PROTET LTH PIRT# 0K-00 IO_LOK_ET# Q N00 R_LOK_I RI RI R R X_.K-00.K-00 R Q N00 Wake On Modem Header N/ N/ R0 0K-00 R0 0K-00 R.K-00 E Q N0 RIN# () () PU_TMP () VTIN_N () T_RIT_# (,) TRMTRIP# PU_TMP VTIN_N T_RIT_# X LM IITL TEMPERTURE ENOR R 0-00 u-00 R X_0K-00 _ X_N/ R U V N LERT# - M T_RIT_# M X_LM X_.K-00 _ LM_THRM# MT MLK PU_TMP VTIN_N _ U PU_TMP V N VTIN_N LERT# T_RIT_# - M T_RIT_# M LM_THRM# () MT (,,,) MLK (,,,) 00P-00 LM_MOP LM_THRM# MT MLK LP I/O EOUPLIN PITOR 0 MIRO-TR INT'L O.,LT. Ms_LPM ize ocument Number Rev M-. ustom ate: Thursday, November, 00 heet of

18 updated circuitry () PWM_PU () PWM_Y R X_0-00 R X_0-00 R0 R0 R INEX# TRK0# F_WP# R0 R RT# KH# R R X_.K-00 Q X_N00 R X_.K-00 Q X_N00 R R0 Q N00 FLOPPY ONNETOR p-00 R0 K-00 Q N00 R0 V.K-00 p-00.k-00 R0 K-00 V F x-:-k R0 N/ Q I0--OT N/ Q I0--OT INEX# T 0U/V/ R0.K-00.K-00 T 0U/V/ TRK0# F_WP# RT# KH# RVEN0 () RVEN () INEX# () MOT_# () RV_# () RV_# () MOT_# () IR# () TEP# () WT_T# () WT_EN# () TRK0# () F_WP# () RT# () HE# () KH# () PU FN R00 0K-00 PU_FN () PUFN x-wh-n YTEM FN R0 0K-00 Y_FN () R0 X_p-00.K-00 Y_FN x-wh-n R0.K-00 V -V RX RI TR RT T TX R V RX TX TR N/ X_ 0 N/ X_ For EMI V V -V -V OM HEER OM R RT T RI 0 header,*/ X_ X_ X_ X_ N 0p-P N0 0p-P N () () () RI () OM_ET# () () () () V N (0,,) TR# RT# OUT RX RI T R TR# RT# OUT 0 RX RI T R 0 0 X_ ERIL PORT R RX RT TX T TR RI ERIL PORT U RIN RIN RIN RIN RIN TR# RT# IN OUT IN IN N - RX RI TR RT T TX R U RIN RIN RIN TR# RT# IN OUT IN IN N RIN RIN X_ - V ROUT ROUT ROUT ROUT ROUT OUT OUT OUT V- 0 V ROUT ROUT ROUT ROUT ROUT OUT OUT OUT V- 0 V # IN RI# T# R# TR RT TX -V V # IN RI# T# R# TR RT TX -V () R () RX () RT () TX () T () TR () RI (,) N 0p-P N 0p-P # () IN () RI# () T# () R# () # () IN () RI# () T# () R# () LP_[0..] LP_[0..] () LP_0 LP_ LP_ LP_ LP_ LP_ LP_ LP_ LP_LT LP_PE LP_UY LP_K# LP_LIN# LP_INIT# LP_ERR# LP_F# LP_T# N/ RN.K-P RN.K-P R0 RN.K-P RN.K-P.K-00 () () () () () () () () () LP_K# LP_UY LP_PE LP_LT LP_F# LP_ERR# LP_INIT# LP_LIN# LP_T# LP_ LP_ LP_ LP_0 LP_ LP_ LP_ LP_ LP_K# LP_UY LP_PE LP_LT LP_F# LP_ERR# LP_INIT# LP_LIN# LP_T# N 0p-P N 0p-P N 0p-P N 0p-P p-00 LP_LT LP_PE LP_UY LP_K# LP_ LP_ LP_ LP_ LP_ LP_LIN# LP_ LP_INIT# LP_ LP_ERR# LP_0 LP_F# LP_T# 0 0 LPT MIRO-TR INT'L O.,LT. PRLLL PORT P X_OPPER P X_OPPER (,,0) 0N YNF-00 N-F00-F0 LP I/O(WHF) / OM / PRLLEL/F ize ocument Number Rev M-. ustom ate: Thursday, November, 00 heet of

19 P KEYOR & MOUE ONNETOR Mus Isolation KM R0 K-00 KM () V () () () () MT MLK KT KLK RN0.K-PR L 00L-00 M_T L 00L-00 M_K L 00L-00 K_T L 00L-00 K_K 0p-00 0p-00 0p-00 0p-00 KM MINIINx--ML R0 0K-00 F.-miniM00-0 F X_0L-00 VUL 0 X_ () PWR_OK E R0 X_KRT Q N0 R0 0K-00 R0.K-00 R0 0K-00 MLK Q N00 MLK_IO MT Q0 N00 MT_IO MLK (,,,) MLK_IO (,) MT (,,,) MT_IO (,) P X_OPPER L X_0L_00 NEW POV ONNETOR POV connector hasiss Intrusion Header J RT_ POV_LK () POV_LK POV_INTR# () (,,) LFRME# POV_REET# 0 0 PIRT# (,,,) _ MLK MT (,,) L0 L (,,) (,,) L L (,,) () POV_I0# 0 0 POV_I# () () LPP# ERIRQ (,) (,) LRQ# POV_LK_RT# () 0 0 x-k N-00-0 JE X_YJ0 RT_ R0 X_M-00 HI HI (,) (,,) POV_Y_RT# R POV_Y_RT# POV_REET# 0-00 MIRO-TR INT'L O.,LT. K/M ONNETOR /WKE UP ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet of

20 MI PIF X_JKR--- PIFO 0p-00 R00 X_K-00 VR R V R X_.-0 VR E X_0U/V/ F 0L-00 U X_LM0-TO-00m VIN VOUT N E 0U/V/ VR 0 I# I0# OE LOK.MHz.MHz.000MHz.MHz () O_M () _OUT () _LK () _IN0 () _YN () _RT# V_ON N-0F00-K R X_0K-00 R 0-00 R X_0K p-00 0 X_p-00 X_p-00 Y X_.MHZ R0 X_M-00 R0 K-00 R0 K-00 0 V XTL_IN XTL_OUT T_OUT IT_LK T_IN V YN REET# P_EEP I# I0# N N TET TET 0 TET TET TET TET N V MONO PHONE UXL UXR VIEOL VIEOR L N R MI MI LINL LINR R0 X_0-00 R0 X_0-00 R R OUT_R () OUT_L () U LOUTR LOUTL N N VR VR FILT FILT N VREF V 0 R VR I_TRL () N X_u-00 N R N E 0 0 u-00 X_u-00 0p-00 0p-00 0p-00 X_0u/ LINE_OUT_R () LINE_OUT_L () FR_MIIN () 0p-00 N LOE TO UIO OE 0 I / L0 VREFOUT () X_00p-00 (,,) 0N P X_OPPER P X_OPPER P X_OPPER X_p-00 X_p-00 X_p-00 N X_p-00 0 X_u-00 u-00 N u-00 u-00 MIIN () MI_ () X_00p-00 R.K-00 R R R.K-00.K-00.K-00 N LINE_IN_R () LINE_IN_L () N (,,) FR_MIIN P X_OPPER P X_OPPER N u-00 u-00 u-00 R0 R0 R0.K-00.K-00.K-00 INR IN INL J -x-k-tj R R R X_.K-00 X_.K-00 X_.K-00 N 0.0u-00 MIRO-TR INT'L O.,LT. ' OE ize ocument Number Rev M-. ustom ate: Thursday, November, 00 heet 0 of

21 (0) OUT_R (0) LINE_OUT_R (0) OUT_L (0) LINE_OUT_L R 0-00 R X_0-00 R 0-00 R X_0-00 E 00u_V E 00u_V PEKER_FR R 0-00 R -00 R 0K-00 R 0K-00 N R -00 PEKER_FL R 0-00 L 00L-00 L 00L-00 L 00L-00 L 00L p p p p-00 PEKER_ER N FRONT_R N FRONT_L N PEKER_EL N NER FRONT ONN TO FRONT UIO VLUE 0 R R R R0 R0 R0 R0 R R R0 0 Q R R L0 NO POP POP POP NO POP POP POP POP POP NO POP NO POP NO POP NO POP NO POP POP NO POP POP POP NO POP POP POP NO POP NO POP NO POP POP NO POP NO POP POP POP POP NO POP POP POP NO POP NO POP NO POP POP NO POP NO POP POP NO POP NO POP POP NO POP NO POP POP NO POP NO POP POP NO POP NO POP POP R 0K 0 u-00 MONO_R updated circuitry R0 0K 0 u-00 MONO_L Internal peaker updated circuitry PEKER_ER MONO_R MONO_L PEKER_EL UIO N P_EEP R 0K N 0 0.u U YP IN -IN M-OI R VOUT_ -V V VOUT_ 0K P_R P_N 0.u_00 VR T 0U/V/ N P_R X_u-00 P_N ON x-wh-nol (0) VREFOUT (0) LINE_IN_R (0) LINE_IN_L (0) (0) MIIN MI_ VREFOUT For L0 (0) I_TRL VR MIIN MI_ R0.K-00 R 0-00 N R 0 X_N/ R 0 0p-00 0p-00 L 00L-00 L 00L-00 R 0p-00 X_.K-00 X_.K-00 REERVE FOR MI I (V) X_0-00 0p-00 Q X_N00 R R0 R0 X_K-00 X_K-00 N N X_0K-00 0 X_u U/V/ OM-PHONE--ML- N R RX RT TX T TR RI N N N (,0,) F () R () RX () RT () TX () T () TR () RI (,) P X_OPPER X_0L-00 u-00 u-00 F X_u-00 X_u-00 updated circuitry (,) PKR N (0) FR_MIIN For EMI R PEKER_FR PEKER_FL MIINF 00K R 0K R_PKR N MIIN N FRONT_R PEKER_FR PEKER_FL FRONT_L R VREFOUT R0 MIINF X_.K-00 R X_0-00 MI_ R u 0.0u 000p p p-00 N 0p-00 P_EEP N MIRO-TR INT'L O.,LT. UIO N N R' N N N L' R N N L N N JKxPHONE--K FRONT UIO UIO ONNETOR 0.0u-00 N ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet of

22 Video onnector () RT_R RT_R L0 0nH-00 () RT_R# 0 X_0p-00 R0-00 R0 RT 0p-00.p-00 () RT_ RT_ L 0nH-00 () RT_# X_0p-00 R0-00 R0 RT 0p-00.p-00 () RT_ RT_ L 0nH-00 () RT_# X_0p-00 R0-00 R0 RT 0p-00.p-00 V/- V/- V/- V/- () VPWR F.- VN VON VL V_VYN V_HYN V R R V_ V_ N 00p-P V_ 0 V_ V_ V_R V--L-- VN (,) VN VN VL.K-00 Q_ () VL () V_HYN V_HYN R0 0K-00 U NWZ0 V_HYN P0 X_OPPER L X_0L_00 R0.K-00 R0 Q N00 T R00.K-00 Q_ () V R0.K-00 Q0 N00 V 0 T () V_VYN V_VYN U0_ U NWZ0 V_VYN MIRO-TR INT'L O.,LT. V ONNETOR ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet of

23 Vp HOK.uH-0%_0 0 X_p-00 E 00u/V E 00u/V E 00u/V E 00u/V 0 X_u-00 0 X_u-00 0 X_u-00 H(Q-Q) HET INK Q Q.u u-0 N/ 0 UE 0*0mm cap, Rubycon, N,... Vp Vp R 0-00 N/.u-00.u-0 () () () () () VI0 VI VI VI VI NEW HOK, mp VI0 VI VI VI VI P HOK PLEMENT R.-00 p-0 0.uH () IP0N0L--TO VRM_EN Q F0L--TO F0L--TO R.K-00 VRM_EN Q R Q Vp Q N0 R0.-00 R.-00 R.K-00 R K-00 X_0-00 R R R M-00 P U R OOT UTE NER PU PIN L NER PU PIN u-00 R.-00 PHE PHE R LTE LTE.-00.0KRT IEN IEN R.0KRT.0KRT PN PN R.0KRT VI0 PN VI VI0 VI VI POO 0 0 VI VI VEN VI VI VI O/INH F R X_00-00 N OMP FR F OOT UTE R 0-00 LINK THE N FROM OUTPUT P TO THE FEEK PIN 0 R.KRT R KRT VRM_ () 00p-00 0p-00 R Q Q F0L--TO F0L--TO 0KRT R X_00-00 Q IP0N0L--TO NEW HOK, mp HOK 0.uH R.-00 p-0 Q Q PLEMENT H(Q-Q) P E E E0 E E E E0 E E0 E0 E E 00u/ X_00u/ X_00u/ 00u/ 00u/ 00u/ 00u/ 00u/ 00u/ 00u/ 00u/ 00u/ HET INK Vp VI PULL-UP REITOR VI VI VI VI0 VI R K-00 RN K-PR R K-0 ZVV NEE TO E PHILIP TXV POWER ONNETOR Vp 0 X_0.0u-00 JPW V N V x 0 p-00 N 0 X_0p-00 0 X_0p-00 0 X_0p-00 0 X_0p-00 MIRO-TR INT'L O.,LT. VRM.0 ize ocument Number Rev M-. ate: Thursday, November, 00 heet of

24 EL0 H L VU MOFET MOFET Power-Well Isolation ontrol VU UE MOFET _ V _ V V V R X_00K-00 R X_0K-00 R X_K-00 () LP_# (,) LP_# (,,) PWR_ () PWR_OK () VRM_ () PWR_OK LP_# MRMRT# R 0-00 R 0-00 R 0-00 R.K-00 **O# pin function(hi level = V) same as VU(Hi level = V) R 0K-00 X_0p-00 X_0p-00 Q NN--OT Q NIKO-N0-TO VUL Low R ON MOFET E0 000U/.V 0 u-00 V R X_K-00 X_u-00 R X_K-00 R0 X_0-00 E _ Q0 X_N0 R X_K-00 Q X_N0 E Q X_YFET-I0 R R K-00 _ 0-00 RMRT# Q X_N0 MRMRT# RMRT# (,) () () PLE PLE Q/Q can use : Philips P/N : 0-N00-P0 & Niko P/N : 0-N00-N0 E Q,Q is single source of Niko--P0L : 0-0L-N0 VTT_R E 000U/.V Q NIKO-P0L-TO Q NIKO-P0L-TO EL H TRI-TTE L FOR V OR VTR ETTIN Y EL () PIRT# () HRT# (,,,) PIRT# (,,,) PIRT# (,) MT_IO (,) MLK_IO X_0p-00 VRM VRM_..VUL.V.V.V.VTR.V R 0-00 V _ E 000U/.V V FOR VUL ETTIN Y EL R X_0-00 R 0K-00 u-00 0 E 000U/.V X_u-00 X_u-00 T ** ETTIN VTR THEN VRM_. EOME TO. VREF Q/Q can use : Philips P/N : 0-N00-P0 & Niko P/N : 0-N00-N0 0u/ R 0-00 V 0 N PIRT#/PIO H_RT#/PIO LOT_RT#/PIO EV_RT#/PIO I_T I_LK T_RV T_EN T_INK N0 EL Reserved R X_K-00 Q NIKO-N0-TO 0 PLE PLE0 PWR_OK FP_RT#/PIO PWR_OK/PIO EXTR_PW/PIO HIP_PW/PIO PU_PW/PIO RM_RT#/PIO LP_# LP_# O#/PIO/EL0 VRMRV VRMEN VRMRV N VRM_._EN VRM_._RV V VROO.V_EN.V_RV 0 p-00 Q NN--OT 0p-00 0 X_0u-0 V_U V_RV V_RV TYPEET# VP_EN VP_RV N.VREF V X_u-00 THI PIN I OPEN RIN OUTPUT MI- _ U0 0 X_0u-0 Place these two cap at the opposite side to E Q0 N00 M_VI X_u-00 VREF_ V Q NIKO-P0L-TO u-00 N/ V VRM_EN () Q NIKO-P0L-TO HRE PUMP VOLTE OUTPUT 0 X_N/ MEM_TR X_N00--M- _P _P V u-00 Q/Q can use Niko P/N : 0-0L-N0 & Vishay P/N : 0-N0-V0 & Niko P/N : 0-N0-N0 _P E 0U/V/ Q IPN0L--TO _ Q NN--OT E 0U/V/.V POWER TRNLTOR X_00p-00 To R lock uffer.vy POWER TRNLTOR 0-00 X_00p-00 MIRO-TR INT'L O.,LT. V U TI-LM-OI R I = mp V U TI-LM-OI R0 - R 00RT E u/ R 00RT R 0-00 E 000U/.V R 0RT VREF_ VREF_ PI (M) ONTROL ize ocument Number Rev M-. ate: Thursday, November, 00 heet of _P X_u-00 _

25 0-EZ0-I0 ontroller,ln,intel/kinnereth-r,-pin, 0/00 MP Ethernet ontroller 0-00-I0 HIP,LN,INTEL/0EM,-,V/.V, 0/00/000 MP igabit Ethernet ontroller FOR Kinnereth-R L. _ L. FOR KENI.V RIL ONLY REQUIRE WITH KENI ONTROLLER. NOT ONNETE WITH LVON R 0-00 RN0 X_0-PR.V RIL ONLY REQUIRE WITH KENI ONTROLLER R 0-00 L. T0 0U/V/ KENI/KINNERETH.VEOUPLIN P T 0U/V/ 0 L. (,,) [:0] X_ X_ [:0] updated circuitry NI_IEL (,,) /E#[0..] NI_IEL ENET_I# U NZ-OT- R K-00 R X_0-00 (,,) FRME# (,,) IRY# (,,) TRY# (,,) EVEL# (,,) TOP# (,,) PR (,) INT# (,,) PERR# (,,) ERR# (,) PREQ# (,) PNT# () LN_PLK (,,,) PIRT# () X_KENI () X_KENI /E#[0..] FRME# IRY# TRY# EVEL# TOP# PR INT# PERR# ERR# NI_IEL PREQ# PNT# RT# /E#0 /E# /E# /E# X_KENI X_KENI N 0 M P P N M P N P N N M M M L L K E M L F K J L /E0#-PI_EN[0] /E#-PI_E_N[] /E#-PI_E_N[] /E#-PI_E_N[] F FRME#-PI_FRME_N F IRY#-PI_IRY_N TRY#-PI_TRY_N H EVEL#-PI_EVEL_N H TOP#-PI_TOP_N J PR-PI_PR H INT#-PI_INT_N J PERR#-PI_PERR_N ERR#-PI_ERR_N IEL-PI_IEL REQ#-PI_REQ_N J NT#-PI_NT_N RT#-MEN LK-PI_LK IOLTE#-PI_RT_N E K K K N N P P PWR_ R LN_PW X_0-00 LTRT#-LN_PWR_OO (,,) PME# PME#-PI_PME_N R 0-00 (,,,) MLK 0 R MLK-M_LK (,,,) MT PWR_ R.K-00 M-M_T (,,) PWR_ 0 MLRT#/PWROO-M_LERT_N R V 00K u-00 VIO N_-. N_-. FL[]-. NL-. FLZ-XTL FL[]-XTL PP-. PP-. PT-.PHY PP-. PP-.PLL -. PL-. PP-. PL-. PP-. PL-. E E H H H H H J J J J J J0 J K K K K K K0 N_E PL NEWN K L L L L0 LN KINNERETH-R/KENI PP PP PT- 0 PP- 0 0 PL- PP PL PP PP PL PL LT_LK MOM#-LK_YP_N LKRUN#_N_N VREF- TEXE- U0 LILE-LINK_UP_N TLE-TIVITY_N PEELE-LINK00_N TO-LINK000_N TP-MI_PLU[0] TN-MI_MINU[0] RP-MI_PLU[] RN-MI_MINU[] FL-MI_PLU[] FL0-MI-MINU[] FL-MI_PLU[] FL-MI_MINU[] FL/EEK-EE_K FL/EEI-EE_I FL/EEO-EE_O EE-EE_ RI0-PHYREF RI00-TRL_ N N NP NP NJ-N N0-N TI_N TK_N E E F F H H FOR KENI M0 P0 N0 P H P N LILE# TLE# 00LE# 000LE# MI_0 MI_0- MI_ MI_- MI_ MI_- MI_ MI_- FOR KENI R R0 R R J X_PIN* R.K-00 X_KINN_TRL_ RN 0-PR FOR IEEE jitter testing.rt.rt.krt X_RT TRL_ LILE# () TLE# () 00LE# () 000LE# () MI_0 () MI_0- () MI_ () MI_- () MI_ () MI_- () MI_ () MI_- () _ () EE_EE () EE_IN () EE_OUT () EE_HLK EE_EE EE_HLK EE_OUT EE_IN EE_IN U K I O R= ohm for KINNERETH,.K ohm for KENI. R= ohm % for Kinnereth-R,KENI no mount TRL_ () X_KINN_TRL_ () R 0K-00 TL--x-0.us-OI FL-P[] P ELN_RX0 () RN FL0/MRIN#-P[] N ELN_RX () X_0-PR FL/LEN-P[] M ELN_RX () FL/IOHRY-P[0] N ELN_LK () FL-JT_TM L FOR Kinnereth FL-JT_TI M ELN_YN () RN FL-JT_TO M ELN_TX0 () X_0-PR FL/PIMOE#-JT_REET_N L ELN_TX () L JT_RT# FL-JT_TK ELN_TX () R TET-TET_M_M.K-00 FL0-HP J FOR KENI pull down.k. FL-HN H F R ENET_I# FL-PHYTTPT X_0-00 TH/WOL-PM_WKEUP FL/LK-FLH_ P FL/MNTM#-FLH_I M FL#-FLH_K N FLWE#-FLH_E_N M FL/UXPWR-UX_PWR J FLOE#-LK_VIEW M NH-PIZN N-PIZP X-TRL_ X_N N N N _ FOR Kinnereth RN EE_EE EE_EE EE_IN EE_IN EE_OUT EE_OUT EE_HLK EE_HLK X_0-PR FOR Kinnereth 0 0.0u-00 _ R X_00K-00 FOR KENI R 0K-00 RT# L. _ R0 0K-00 u-00 0 E E E E E E E E0 F F F F F F F0 F 0 H H0 K K L L M N N P _ U NWZ-0 LN_PW U NWZ-0 (,) ENET_I _ ENET_I R R0 0K-00 X_0K-00 L R X_.K-00 FOR Kinnereth P P J 0 TK= "" to isable Kinnerth LN R ENET_I# X_0-00 R 0-00 Q ENET_I R 0K-00 N0 E <Orgddr> MIRO-TR INT'L O., LT. LN ONTROLLER ize ocument Number Rev M-. ate: Thursday, November, 00 heet of

26 MER REEN MER- REEN- RN RP TN TP N N N N FOR KENI 0.0u u-00 R R R R.RT.RT.RT.RT L P U TT MT MX0 () MI_0 T MX MX0- () MI_0- T- MX- TT MT MX () MI_ T MX 0 () 000LE# MX- () MI_- T- MX- () 00LE# TT MT MX () MI_ T MX MX- () MI_- T- MX- 0 TT MT MX () MI_ T MX MX- () MI_- T- MX- L. H00/X_H R R FOR KENI. Reserved larger plane. R -00 R -00 R -00 R0-00 I_N 00p-KV/IP LNN LN_N is a separated N below connector and transformer. MI new part number = N-0F00-0 MP part number - LEFT =MER 00=REEN ual LE pin definition RIHT TIVE =YELLOW () TLE# () LILE# / modify _ FOR KENI. R X_0-00 X_000p-00 X_000p-00 R 0-00 MX- MX MX- MX- MX MX MX0- MX0 F 0L-00 R X_000p-00 R _ X_0-00 U 0 0 X_0p-00 Ux--K reen mber N-0F u u-00 R R R R.RT.RT.RT.RT FOR KENI/KINNERETH-R R/R. ohm FOR KENI. TUFF 0. ohm FOR Kinnereth-R 0 FOR KENI 000p p p-00 R L () X_KINN_TRL_ R.K-00 Q Philips P- only. X_KINN_TRL_ PNP-P--OT R0 K-00 Q X_-00 X_-00 R R0 R0 ohm-0 0 R.u-00 ohm-0 R0 X_.K-00.u-00 E Q X_N0 0 L. 0.0u-00 E INTLL POWER TRNITOR Q & Q0 N UPPORT OMPONENT ONLY WHEN UIN KENI ONTROLLER _ LN rystal THI EVIE HOUL E PLE LOE POILE TO THE RYTL INPUT PIN OF THE ETHERNET ONTROLLER UE. KEEP TRE HORT POILE. X M-pf-H- p-00 p-00 X_KENI () X_KENI () (,) VN THEE THREE PITOR RO THE HI N TO N PLIT, RE LOTE OVE THE MNETI MOULE. PLE LOE POILE TO THE MNETI MOULE. 000p-00 0u-0 000p-00 F0 X_0_00 () TRL_ <Orgddr> R.K-00.u-00.u-00 Q0 L. PNP-P--OT MIRO-TR INT'L O., LT. LN ONTROLLER 0.0u-00 ize ocument Number Rev M-. ate: Thursday, November, 00 heet of

27 TX ONNETOR POWER UTTON V _ (,) LP_# U V X_NWZ0_0- TX R N0 R -V p-00 R0 K-00.K-00 X_K-00 R Q p p-00 -V X_K-00 R X_K-00 0.V.V -V.V N N PON V N N N V N N -V POK V V V V POWER p p-00 0 R0 K-00 0 p-00 p-00 (_) 0 X_u-00 p-00 PWR_OK () V V (,,) FP_RT# (,,) REET# (,,) POV_Y_RT# REET# POV_Y_RT# R p-00 HLE HLE# JFP H PLE H- PLE N PWW REET PWW- NL x-:-k PLE PLE PWRW PLE () PLE () R () T_RIT_# U V X_NWZ0_0- R X_.K-00 _ POWER UTTON _ R.K-00 PWRW R 0K-00 PWRTN# PWRTN# () PEKER X_ 0 u-00 R0-00 N/ (,) PKR R0.K-00 E R00-00 Q N0 PK PEKER UZZER () P_LE N/ () _LE N/ HLE# MIRO-TR INT'L O.,LT. TX Power onn. & V onn. ize ocument Number Rev M-. ate: Thursday, November, 00 heet of

28 Front panel port Near Pin NER EH POWER PIN -EEPROM 0 IEEE- INTE# MOVE TO HIP ET IE MI M-. IEEE NE up MIRO-TR INT'L O.,LT. ustom Thursday, November, 00 ize ocument Number Rev ate: heet of PTP0 PTP0- PTP- PTP- PTP0 TP0 PTP0- PTP0- PTP0- U_PWR PTP0 PTP0 PTP PTP TP [0..] /E#[0..] U_PWR PTP- PTP PTP- PTP U_PWR TP /E# EEK TP- EEI TRY# EVEL# IRY# ERR# TP0 TPI0 EEI FRME# TP- TP0 TP- EEK TP0- TP- TP /E#0 INTE# TP0- TP0 TP0- TP- TP0 PR PIRT# PREQ# TP TP0- PERR# TP0- TPI /E# TP- TP TPI0 0 TOP# TPI TP0- /E# TP TP0 PNT# [0..] (,,) /E#[0..] (,,) INTE# (,) PREQ# (,) PNT# (,) PIRT# (,,,) EVEL# (,,) TOP# (,,) PERR# (,,) PR (,,) ERR# (,,) PME# (,,) IRY# (,,) FRME# (,,) TRY# (,,) PV PV _ V U_PWR PV _ R R X_0K-00 R0 X_K-00 R0 X_0-00 X_ U X_NE P TPP TPN RI RI0 P0 P P P_V P_V P_V P_V P_V P_V P_V P_V L_V L_V L_V L_V L_V L_V TP0N TPI TPP TPN P P_REET XI XO TPI0 TP0P TP0N TP0P PI_V PI_V PIN_EN RMRT UP R_ON E E REQ LKRUN PME N N N N N N I(N) ROM_ ROM_L ROM_EN E E0 FRME IRY TRY EVEL TOP PERR ERR PR PLK INT IEL NT PRT N N N N N N N N N N N N N N N N N L_V P_V X_ E X_0U/V/ 0 X_ X_ X_ X_ E X_0U/V/ X_ 0 X_ X_ X_ X_ R X_0K-00 R X_00K-00 X_0p-00 RN X_0-PR R X_.KRT J- X_x-WH- HL PWR TP TP - TP TP - N HL HL X_p-00 R0 X_.RT X_0p-00 R X_.RT R X_.RT 0 X_p-00 E X_u/ R X_.RT R X_.K-00 X_0p-00 Y X_.MHZ U X_OMM_HOK X_p-00 L X_0L-00 RN X_0-PR R X_.RT R X_.K-00 U X_0 L WP 0 N X_0p-00 X_R0--E0-0 R X_.K-00 R X_.RT X_p-00 R X_.RT R X_.KRT R X_.RT F X_-miniM00- X_ X_ X_ X_ J- X_ ONP HL TP TP- TP TP- HL U X_OMM_HOK P X_OPPER E X_0U/V/ R0 X_0-00 X_ X_ X_ X_

29 P OTHER OMPONENT _X _X _X _X _X J J X_PIN* X_PIN* PU P N MH MH MH MH N (,0,) ystem ecoupling apacitors V V High Freq. return current decoupling E 0U/V/ E 0U/V/ 000p-00 MF MF MF MF -V 000p-00 MF MF MF MF E 0U/V/ E0 0U/V/ 0 MF MF MF MF0 MF MF _ sponge arcode P 0 _P N OL IE _P HU LINK N & _P _P MEM_TR ponge arcode FM FM. FM FM FM FM FM FM FM 0 X_ P 0 X_ X_ X_ X_ X_ MIRO-TR INT'L O.,LT. t solder side P EOUPLIN PITOR ize ocument Number Rev M-. ate: Thursday, November, 00 heet of

30 IH FWH IO PIN NME POWER WELL PI0 PI ORE PI ORE PI ORE PI ORE PI ORE PI ORE PI ORE PI REUME PI REUME PI REUME PI REUME PO ORE PO ORE PO ORE PO ORE PO0 ORE PO ORE PO ORE PO ORE PO REUME PO REUME PO REUME PO REUME PI ORE PI ORE PI ORE PI ORE PI ORE PI ORE PI ORE PI ORE PI0 ORE PIO ORE PIO ORE PIO ORE RI* REUME THERM* ORE PI0 PI PI PI PI P0 P P0 P P P P P ORE UE P_ET _ET INTE# INTF# INT# INTH# POV_I0# POV_I# IO_PME# LM_THERM_N NONE NONE UNUE UNUE UNUE UNUE _LK_REET# _LK_ET# NONE NONE PI ENET_I POV_LK_RT# PI PI NONE NONE OM_ET# PI PI PI PI PI0 UNUE UNUE UNUE RIN# THRM# PER0 PER PER PER PER URIN REET HIH HIH HIH HIH HIH HIH HIH-Z LOW LOW HIH HIH HIH HIH HIH HIH HIH HIH HIH HIH HIH HIH HIH HIH HIH / / EFINE EFINE EFINE EFINE NOTE IO_LOK_ET# IO_MI# PU_FN Y_FN PWM_PU INPUT INPUT INPUT INPUT OUTPUT EFINE EFINE EFINE EFINE EFINE ONNET TO IO R ONTROL LTH UE FOR IO_MI# FUNTION,ONNET TO YTEM MI INL UE FOR FN TH FUNTION,ONNET TO PU FN TH UE FOR FN TH FUNTION,ONNET TO RER FN TH UE FOR FN PWM FUNTION,ONNET TO FN ONTROL PWM_Y OUTPUT EFINE UE FOR FN PWM FUNTION,ONNET TO FN ONTROL IO_PME# R_LOK_I INPUT INPUT INPUT INPUT INPUT INPUT INPUT EFINE EFINE EFINE EFINE EFINE EFINE EFINE ETET LE TYPE TTHE TO PRIMRY IE ONNETOR ETET LE TYPE TTHE TO EONRY IE ONNETOR FOR POV connector POV_I0# FOR POV connector POV_I# FROM IO FROM LM PULLOWN WITH 0K OHM REITOR PULLUP ONNET TO FLH WRITE-PROTET LTH ONNET TO FLH WRITE-PROTET LTH ONNET TO ONE EN OF NOPOPE REITOR ONNET TO ONE EN OF NOPOPE REITOR For HMI#, econd signal for IO HRWRE ONTROL OF 0/00 OR be EVIE FOR POV connector POV_LK_REET# Power LE from M, The PIO pull up. TTHTO PIN OF -PIN HEER N PULL UP. PIN I N / LER_MO# NO ONNET NO ONNET LOW(ERTE) IF N ERIL PORT LE I INTLLE PULLUP PULLUP PULLUP PULLUP PULLUP FOR OM PORT RIN WLK UP Jedda - Pull-own Jedda - PULLUP Jedda - Pull-own Jedda - Pull-own Pull-Up if 0/00 ethernet,pulldown if gigabit ethernet. UE FOR IO_PME# FUNTION,ONNET TO IH PI UE FOR R FUNTION,ONNET TO R LTH PI EVIE ROUTIN TLE EVIE INT pin REQ/NT IEL V PI LOT PI # INT# INT# INT# INT# INT# INTE# LN INT# PI RIER EVIE INT pin REQ/NT PI # INT# INT# 0 INT# INT# INT# INT# INT# INT# MIRO-TR INT'L O.,LT. PIO ETTIN IEL ize ocument Number Rev ustom M-. ate: Thursday, November, 00 heet 0 of 0