HANGZHOU 1.0 MV_BUILD

Transcription

1 HANZHOU.0 MV_BUIL RAWER EIN CHECK REPONIBLE EE ATE POWER ATE ATE CHANE NO. REV IZE = FILE NAME : XXXX-XXXXXX-XX P/N XXXXXXXXXXXX VER : IZE COE OC. NUMBER C 0A HEET OF REV A0

2 TABLE OF CONTENT PAE - C& BATTERY CHARER - ELECT & BATTERY CONN - YTEM POWER(V/V) - YTEM POWER(+V./) 9- RAPHIC POWER(+VFX_CORE) 0- YTEM POWER(/+V.) - CPU POWER(VCC_CORE) - R TERMINATION VOLTAE - POWER(LEEP) - POWER(EQUENCE) PAE - CLOCK_ENERATOR - PENRYN- - PENRYN- - PENRYN- 9- PENRYN- 0- THERMAL&FAN CONTROLLER - CANTIA- - CANTIA- - CANTIA--HOT - CANTIA--R - CANTIA--POWER - CANTIA--POWER - CANTIA--POWER - R-IMM0 9- R-IMM 0- R-AMPIN - CRT& HMI CONN - LC CONN - ICH9- - ICH9- - ICH9- - ICH9- - ICH9- PAE - H CONN 9- O CONN 0- UB - FINER PRINT&BlueTooth - PI/H PROTECTION - KBC 09 - INT.KBC/POINT EVICE - COEC(9A) - MIC JACK - MC/Audio AMP - LAN INTERFACE 9- LAN RJ CONN 0- MINI CAR(WLAN) - NEW CAR & CAR - HMI LEVEL HIFT - Button&witch&LE - CREW & CRACK - LE board - Finger Print board -May-00 IZE COE OC. NUMBER REV C 0A A0 HEET OF

3 Penryn (ufcpa) P~9 IC9LPR9 Clock generator P HMI LCM P P HMI LEVEL HIFT P LV HMI FB /00 CANTIA M &ML P~ R Interface R Interface R II _OIMM0 / P R II _OIMM / P9 CRT P RB P BIO PI MI ATA0 ATA H P FIX O P9 Pin ebug port (LPC, PI, erial debug) P UB.0 PCI_EXPRE P0 UB CONN C P0 UB0 CONN A MBU ICH9-M P~ PCIE PCIE PCIE P UB Bluetooth UB(FOR AN) FINER PRINT P P0 P UB CONN B UB NEW CAR ACCELEROMETER TMicro LI0L HA LPC MARVELL 0/00/000 E0 P MINI CAR (WLAN) P0 NEWCAR P UB0(FOR KV) P WEBCAM P UB CAR RJ P9 P~ BATTERY MC_./Modem P Module K A_9A P MC KBC09 P ystem Charger & C/C ystem power P~ P RJ -May-00 IZE COE OC. NUMBER REV C 0A A0 HEET OF

4 +VAL IO POWER LIMIT_INAL CHCTRL_ +VBATB (APL9) (TP) +V0.9 V._P +VBATR AP_P OF V._P (AP0) +VAL +V. HEET M_VREF LR (W) +V. +VA LP_# PM_PRLPVR KBC_PW_ON CHCTRL_ +VBATA +VCC_CORE (TP0) VR_PWR_CK0 PI# VCCP OCP LP_# Main Battery LP_#_R PWR_OO_ AP_PRE Adapter Charger LP_#_R IMVP VI +VA +VBC PU POWER AP_P0 LP_# +V (AP09) VFX_P IZE AP_EN (BQ0) COE AC_AN_CH +V AP_PRE OC. NUMBER BATELB AC_AN_CH H_PRTP# C 0A A0 -May-00 LP_# (iscrete) +VFX_CORE OCP_OC# (99) elector /.V LR REV

5 Q +VAPBL R K_% Q0 AMP_AP R9 0K_% R 00K_% R0.K_% R 00K_% R.K_% C 0.uF_v +VBC R0.K_% R 00K_% +VAPBL R K_% C 0.uF_v R 0K_% R 0K_% C 0pF_0v C9 0.uF_v Q AMP_AP R0 0K_% + U-B OUT - ON_LM9R_OP_P + - Q C00 0.uF_v R09 M_% U-A OUT IN+ N -,- IN- - ON_LM9R_OP_P Vcc+ BATCAL# +VAL +VAL OUT +VAP C 0.uF_v M_A0V AC_AN_CH R 0K_% R M_% C00 uf_v_ R9 K_% R MK00F 00K_% AP_EN# - CHENKO_LL_P - -,- VREF -,-,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- AP_PRE -,-,- R K_% MK00F U TI_LMVIBVR_OT_P Q - VCTRL_ Q MK00F R0 00K_% +VBATR -,-,9-,-,-,-,- LIMIT_INAL -,- -,-,-,-,-,-,-,-,0-,-,- C JACK IC 9 FOX_JPE_NB0_F_9P - JACK000 BQREF C 0.uF_v 9 C9 uf_.v L NFM0R0T +VAL C 0pF_0v +VA APRV# R0 K_% R0 K_% R0 M_% +VBAT - C9 uf_v R 0_% R9 0K_% R C00 uf_.v R0 0.0_%_W 0K_% - C uf_.v uf_v RET 0 EXTPWR VREF PMET 0 CELL CHEN VAC VAJ C0 ACET 9 AN ACET IALP LPM IAAPT R K_% HIRV PH REN LORV PN RP PowerPad BTT 9 RN BAT LPREF IYNET TI_BQ0_QFN_P 9 R.K_% - -,-,- - -,- -,-,9-,-,-,-,-,-,-,-,-,- R0 LP_#_R 0K_% R0 9K_% CHCTRL_ -,- - C9 00pF_0v C99 0.uF_v R 00_% 0.uF_v C9 00 uf_0v CHENMKO_BAT_P R K_% CHENKO_LL_P Q B_P - LIMIT_INAL -,- - C C9 0.uF_v R9.9K_% R9 00K_% C0 900pF_v R0.K_% C U9 C C0 C C uf_v 0.uF_v.uF_v.uF_v.uF_v - APRV# ACN PVCC ACP CELL BQREF R9 00K_% - IC VBIA B C Q E Q _MMT FAIR_FM90_MLP_P Q OCP_OC - OCP_OC# -,-,-,-,-,-,-,-,0-,-,- MK00F L000 PCMB00T_RM 9-May-00 Q C00 C009.uF_v.uF_v CHENKO_LL_P +VBCR R0 0.0_%_W R R0 0_% 0_% C9 0.0uF_v Kevin sense -,- +VAL -,-,- +VAL -,-,- - -,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- +V +V -,-,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- R +V ON_LM9R_OP_P 0K_% U R R IN+ Vcc+ R K_% R0 0K_% 0K_% C00 N R 0.uF_0v 00K_% 0K_% U-A IN- OUT U-B + + OUT R - K_% OUT ON_LM9R_OP_P - TI_LMVIBVR_OT_P R R C9 0K_%.9K_% R 0.K_% CHENKO_LL_P 0.0uF_0v -,9-,-,-,-,-,-,-,-,0-,-,- -,-,- PWR_OO_ C9 C9 uf_v uf_v OCP -,- C &BATTERY CHARER IZE COE OC. NUMBER REV C 0A A0 HEET OF +VBC C00.uF_v C00.uF_v

6 +VAL +VAL -,-,-,-,-,-,-,-,0-,-,- -,-,-,-,-,-,-,-,0-,-,- +VAPBL +VBAT +VBC R K_% +VAL RLZC Q -,-,-,-,-,-,-,-,0-,-,- AMP_AP R0 0K_% A_MAIN - CL_MAIN - +VAL -,-,-,-,-,-,-,-,0-,-,- 00 CHENMKO_BAV99 R00 0K_% 9 R0 00_% CHENMKO_BAV99 CHENMKO_BAV99 R0 00_% R 00K_% R0 00_% C pf_0v MAIN BATT CN00 AMP_0_P C00 0.uF_v C00 0.0uF_0v R0 0K_% CHCTRL_ -,- C 000pF_0v R K_% U0 HCV R09 0K_% THM_MAIN# - R0 0K_% 0 CHENKO_LL_P R 0K_% Q MK00F Q000 MK00F - AC_AN_CH# AC_AN_CH - AP_PRE -,-,- -May-00 ELECT & BATTERY CONN IZE COE OC. NUMBER REV C 0A A0 HEET OF

7 +VAL -,-,- KBC_PW_ON - R 0K_% +VBATR -,-,9-,-,-,-,- PA POWERPA_A +VBATP - VCC_POR#_ -,- Q MK00F Q MK00F R0.K_% Q MK00F R0.K_% -,-,- VREF C0 000pF_0v R0 0_%.K_% 0K_% R0 R0 0N 0N 0N +VBATP - -,9-,-,-,-,-,-,-,-,0-,-,- +VA C0 uf_0v C C.uF_v.uF_v L CYNTEC_PCMC0_R C 0uF_.v _ Q F900A +VBATP RMRT# -,-,9-,-,-,-,-,-,-,-,-,- R0 - -,-,- LP_#_R R0 U 0_% 0_% C0 VREF C -,-,- 9 TI_TP0_QFN_P.uF_v.uF_v EN 0 EN KIPEL C9 POO TONEL 0.uF_v R09._% EN POO 0 R0 VBT EN 9 C0._% Q0 RVH VBT IN LL RVH L 0.uF_v RVL LL RVL CYNTEC_PCMC0_R R00 0_% -,-,- RMRT# C0 Q9 0uF_.v F90A VO COMP VFB N VREF VFB COMP VO PN C 9 VRE VFILT 0 VRE VIN C PN -,9-,0-,-,-,-,-,-,-,0-,- +VA C0 uf_0v +VAL R9 K_% R.K_% C -,-,-,-,-,-,-,0-,-,-.uF_v C.uF_.v +VAL -,-,- R 0_% C C.uF_.v 0.uF_v C uf_0v 0N 9-May-00 YTEM POWER(V/V/V) IZE COE OC. NUMBER REV C 0A A0 HEET OF

8 R R9 R0 R.K_% 0K_% 0K_%.K_% C0 N N C0 +VBATR -,-,-,9-,-,-,-,- V._P - R K_% LP_#_R -,-,9-,-,-,-,-,-,-,-,-,- +VBATR -,-,-,9-,-,-,-,- +V. -,0-,-,-,-,-,-,9- For EMI C 0.uF_v C9 0.uF_v C0 0.uF_v C C0 C00.uF_v.uF_v Q IN L9 PCMC0T_RMN 0uF_v_mR_Panasonic Q FA - -,- LP_#_R C0 0.uF_v R 0_% R._% R POO 9 VBT VO PN VFB TRIP TONEL N VFILT VIN VFB TRIP VO N POO VBT 0 RVH RVH LL TI_TPRER_QFN_P LL EN RVL PN U0 EN 0 RVL 9 C 0.uF_0v R C._% 0.uF_v -,9-,0-,-,-,-,-,-,-,0-,- +VA VCCP_P Q0 IN Q9 FA C C.uF_v.uF_v L PCMC0T_RMN C 0uF_v_mR_Panasonic -,-,-,-,-,-,-,-,-,-,- R 0_% C0 C0 -,0-,-,-,-,-,-,9- +V. -,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- +V R.0K_% R.K_% uf_0v.uf_.v C0 0.uF_v C0 R 0_% 0.uF_v -,0-,-,-,-,-,-,9- +V. C0 -,-,-,9-,-,-,-,- +VBATR For EMI N 0.uF_v -,0-,-,-,-,-,-,9- +V. -,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- +V C0 0.uF_v 9-May-00 YTEM POWER(+V.V&) IZE COE OC. NUMBER REV C 0A A0 HEET OF

9 0K_%_ R0 FT_VR_EN +V R K_% +VA FT_VI_ FT_VI_ FT_VI_ FT_VI_0 R0 0K_%_ R00 0_%_ C0 uf_.v - -,-,-,-,-,-,-,-,-,-,-,- LP_#_R - -,-,-,-,-,-,-,-,-,0-,-, ,-,0-,-,-,-,-,-,-,0-,- - R0 0_% R0 0_% R0 0_% R0 0_% R09 0_% VFX_P C0 0.uF_0v_ -,-,-,9-,-,-,-,- - R0 0_%_ R0 0_%_ R0 0_%_ R0 0_%_ R0 0_%_ +V R 0_% C.uF_.v -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- FT_VI_ -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- +VA +VBATR C0 0pF_0v R K_% R.K_% C9 R9 0pF_0v 0K_% AP09AN C0 pf_0v C 0.0uF_v AP09AN AP09AN AP09AN C 0pF_0v R9 00K_% AP09AN 9 LLINE PLY FBRTN FB COMP T PMON PMONF CLIM PWR 0 EN 9 VI0 VI VI VI VI 0 CCOMP CREF CLIM RAMP VRPM RPM RT U VCC BT RVH W 0 PVCC RVL 9 PN N TML C9 0.0uF_v AP09AN CHENMKO_BAT_P R._% R0 K_% C uf_v AP09AN AI_AP09_LFCP_P R0 K_% C uf_0v Q I00Y Q FA C C.uF_v.uF_v L PCMC0T_R0MN R0 K_% +VFX_CORE - AP09AN AP09AN C C +VBATR -,-,-,9-,-,-,-,- R0 K_% R0 K_% 0pF_v 0pF_0v R00 0K_% R99 0_% AP09AN C0 00pF_0v AP09AN AP09AN C0 000pF_0v R 0_% - VCC_AX_ENE C0 R 0_% - V_AX_ENE 000pF_0v AP09AN -Jun-00 RAPHIC POWER (+VFX_CORE) IZE COE OC. NUMBER REV C 0A A0 HEET 9 OF

10 +VA -,-,9-,-,-,-,-,-,-,0-,- +V. C9 C9 uf_.v +V. -,-,-,-,-,-,0-,- uf_0v PA C C POWERPA 00 U uf_.v uf_0v -,-,9-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- +V R 0_% POK VCNTL VIN VOUT VOUT EN FB VIN N 9 ANPEC_APL9_KAC_TRL_OP_P C 9pF_0v R0.K_% R 0K_% -,-,-,-,-,-,9- - V._P -May-00 YTEM POWER(+V.) IZE COE OC. NUMBER REV C 0A A0 HEET 0 OF

11 +VA -,-,9-,0-,-,-,-,-,-,0-,- +VBATR -,-,-,9-,-,-,-,- PWR_OO_ PM_PWROK VR_PWR_CK0# C 0pF_0v - -,-,- R.K_% C0 0.0uF_v +V PI# H_PRTP# PM_PRLPVR R _%_ - - -,- R9 0_% C9 0pF_v R VCOREN.K_% C 0pF_0v C pf_0v R 0_% R 99_% VCOREN H_VI H_VI H_VI H_VI H_VI H_VI H_VI ,-,- -,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- - TML 9 PMON PRLP PRTP CLIM PI PMONF LLINE VI0 VI CCOMP CFEF 9 CUM VI 0 VI RAMP 0 VRPM VI VI 9 RPM RT P N VCC C 00pF_v EN BT PWR RVH PELAY W PVCC CLKEN FBRTN RVL PN FB PN 0 COMP U 9 AI_AP0_LFCP_P RVL 9 T PVCC 0 VARFREQ W VRTT RVH TTEN BT R 0K_% VCOREN R 00K_% R 0K_% R 0K_% C 0.0uF_v R K_% R9 0_% C.uF_.v C.uF_.v 9 BATA VCOREN VCOREN R0._% R._% C 000pF_0v uf_v R9 00_% C C uf_v +VBATR -,-,-,9-,-,-,-,- C.uF_.v C0 00uF_v C C C C0.uF_v.uF_v X C0 C C.uF_v X C.uF_v Q IP_T_E Q0 R FM0 9 C9 Q00 IP_T_E Q00 FM0 R C0 L00 ETQPLRWFC_PANAONIC CREF - L00 R09 0_% R0 0_% ETQPLRWFC_PANAONIC +VCC_CORE -,-,- VCOREN CREF - R 0K_% - VCCENE C9 000pF_0v R0 0K_% R - VENE K_% C 000pF_0v R 0_% VCOREN VCOREN C C0 000pF_0v 0pF_0v R.K_% R 0K_% NTC thermistor, place near L00 -Jun-00 CPU POWER(VCC_CORE) IZE COE OC. NUMBER REV C 0A A0 HEET OF

12 LP_#_R -,-,-,9-,-,-,-,-,-,-,-,- -,- LP_#_R -,-,9-,0-,-,-,-,-,-,0-,- +VA -,0-,-,-,-,-,9- +V. C C uf_0v -,-,9- M_VREF 0uF_.v C 0.uF_v +V0.9 C.uF_.v U9 MT_99FU_MOP0_0P TML VQN 0 VIN VLOIN 9 VTT N PN VTTN VTTREF 0- C 0uF_.v NOTE: R REULATOR -May-00 R TERMINATION VOLTAE IZE COE OC. NUMBER REV C 0A A0 HEET OF

13 +VA +V -,-,9-,0-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- -,-,9-,-,-,-,-,-,-,-,0-,-,- +VA +V -,-,9-,0-,-,-,-,-,-,0-,- -,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- ATE_ CHENMKO_BAT_P - - R 0K_% Q FCBN C 0.0uF_v R _% C 0uF_.v ATE_ R 0K_% Q FCBN C0 0.0uF_v R 00_% C 0uF_.v +V. R9 00_% 0-,-,-,-,-,-,0-,- Q MK00F Q MK00F Q MK00F +VBATR -,-,-,9-,-,-,- -,-,-,9-,-,-,- +VBATR C9 R K_% R.K_% Q9 MMBT90 B E C LP_#_R -,-,-,9-,-,-,-,-,-,-,-,-,- -,-,9-,-,-,-,-,-,-,-,0-,-,- +VA C B E Q MMBT90 R 0K_% RLZC R9 0_% R99 0_% - ATE_ R9 0_% R00 0_% - ATE_ R9 00K_% Q R9 K_% Q -,-,-,9-,-,-,-,-,-,-,-,-,- LP_#_R MK00F MK00F -May-00 POWER(LEEP) IZE COE OC. NUMBER REV C 0A A0 HEET OF

14 9- VFX_P - V._P - VCCP_P AN0K R -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- +VAL 0K_% +V -,-,-,-,-,-,-,-,0-,-,- R R.K_% R K_% 0K_% R 0K_% R 0K_% -,-,- -,-,-,9-,-,-,-,-,-,-,-,-,- 0 LP_#_R R9 +V K_% CHENKO_LL_P R R0 0K_% R 9.9K_% R 0K_% C0 000pF_0v R 00K_% VREF C0 0.uF_v R M_% +VAL -,-,- -,-,- + U-A OUT - ON_LM9R_OP_P R 0K_% -,-,- +VAP -,- R _% PWR_OO_ C 00pF_0v R.K_% R0.K_% +VAL C99 0.uF_v R9.K_% R 00K_% + - R9 M_%.K_% -,-,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- +V -,-,- Q MK00F +VAL R M_% U-B OUT ON_LM9R_OP_P VREF -,-,-,-,-,-,-,-,0-,-,- 0- V._P -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- -,-,- +VAL -,-,-,-,-,-,-,-,0-,-,- -,- R K_% R 0K_% R 00K_% _NTC +VAL VCC_POR#_ LIMIT_INAL - - VBIA +VAL R0 K_% +VAP -,- R00.K_% R0 0K_% ON_LM9R_OP_P U-A + OUT - R00 0K_% - AP_I +VAP -,- -,-,-,-,-,-,-,-,0-,-,- C uf_v -,-,-,9-,-,-,-,-,-,-,-,-,- LP_#_R - BATCAL# +V R.K_% -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- OCP_OC C0 C0 uf_.v 0.uF_v - R R9 K_% 0K_% -,-,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- +V R M_% R 0K_% R0 0K_% R00 M_% +VAP -,- R00 9.K_% R00 0K_% R00 M_% U-B + OUT - ON_LM9R_OP_P R009 K_% CHENKO_LL_P R0 0K_% R00 0K_% R00 K_% R 00K_% Q MK00F B C Q E_MMT90 - AP_EN R9 K_% R9.K_% R0 0K_% R90 K_% U- + 0 OUT - ON_LM9R_OP_P R9 M_% 9 U-C + - OUT AP_P - ON_LM9R_OP_P - R 0K_% AP_P0 - AP_EN# -May-00 POWER(EQUENCE) IZE COE OC. NUMBER REV C 0A A0 HEET OF

15 -,-,-,-,-,-,-,-,-,-,-,- Layout note: All decoupling 0.uF disperse closed to pin L BLMAN +V -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- Layout note: All decoupling 0.uF disperse closed to pin +V C 0uF_.v C 0.uF_v C9 0.uF_v C 0.uF_v C 0.uF_v -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- +V C 0.uF_v C9 0.uF_v L BLMAN C 0uF_.v C 0.uF_v C9 0.uF_v C 0.uF_v C0 0.uF_v C 0.uF_v C 0.uF_v R 0K_% R 0K_% CPU_BEL CPU_BEL CLK REF FA FB FC ,- C FB CLOCK FREQUENCY 0 *CLKREQ# pin controls RC Table. Byte: bit =0(PW) CLKREQ_R_MCH# CLKREQ_R_NEWCAR# CLKREQ_R_MINI# CLKREQ_R_ATA#.pF_0v 00 R0 0K_% R 0K_% HOT CLOCK FREQUENCY 00 Byte: bit = 0K_% -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- -,0- R00 0K_% 0K_% R0 0K_% CLK_R_ICH CLK_R_EBU C pf_0v C C.pF_0v - CLK_PWR ICH MCLK ICH MATA 0PPM Please place close to CLKEN within 00mils Byte: bit =0(PW) R0 _% R 0K_%_ R _% R 0_%_ ,-,9-,-,- 0-,-,9-,-,- X.MHZ CPU_BEL0 CLK_R_ICH CLK_R_CAR C9 pf_0v -,-,-,-,-,-,-,-,-,-,-,- -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- - +V R.K_% R 0K_% CLK EBU Byte: bit = R0 CLK_R_MINICAR 0K_% CLKREQ_R_ATA# CLKREQ_R_LAN# CLKREQ_R_MINI# CLK ICH 0 UB_MHZ_FLA FLB_TET_MOE R0 FLC_TET_EL_REF0 REF _% PCI PCI_TME 0- PCI R0 _% CLK MINICAR CR#_ Byte: bit =0(PW) IABLE_RC U0 VRC_IO VRC_IO VRC_IO V9_IO VRC VREF VPLL_IO VCPU_IO 9 V VPCI VCPU VPLL CK_PWR_P# 0 CLK 9 ATA X X PCI_TOP# CPU_TOP# CPUT_LPR_F CPUC_LPR_F RCT_LPR RCC_LPF RCT0_LPR 0 CLK_R_PCIE_NEWCAR CLK_R_PCIE_NEWCAR# RCC0_LPR RCT9_LPR RCC9_LPR RCT_LPR 0 RCC_LPR RCT_LPR RCC_LPR PCI elect PCI_F_ITP_EN 9 RCT_LPR RCC_LPR 0 Byte: bit = ENABLE_RC CPUT0_LPR_F CPUC0_LPR_F 0 CPUC_ITP_LPR_RCC_LPR CPUT_ITP_LPR_RCT_LPR CLK_R_MCHBCLK CLK_R_MCHBCLK# CLK_R_CPUBCLK CLK_R_CPUBCLK# CLK_R_PCIE_ICH CLK_R_PCIE_ICH# CLK_R_PE_MCH CLK_R_PE_MCH# CLK KBPCI CLK ICHPCI CLK_R_PCIE_MINI CLK_R_PCIE_MINI# _% R _% R9 RCT_LPR CLK_R_PCIE_LAN NPCI CLK_R_PCIE_LAN# N RCC_LPR N CLK_R_ATA 0 N RCT_LPR_ATAT_LPR RCC_LPR_ATAC_LPR CLK_R_ATA# NRC 9 NRC 9 NCPU MHz_Non_RCT_LPR_E CLK_R_REF 9 CLK_R_REF# NREF MHz RCC_LPR_E NRC CLK_R_REF RCT0_LPR_OTT_9_LPR NC RCC0_LPR_OTC_9_LPR CLK_R_REF# CR# CLKREQ_R_ATA# CR#A CR#9 CLKREQ_R_LAN# CR# CR# CLKREQ_R_MINI# 9 CLKREQ_R_NEWCAR# -,- CR# CR#0 CLKREQ_R_NEWCAR# -,- TML-PA CR# CLKREQ_R_MCH# CLKREQ_R_MCH# TML-PA TML-PA -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- TML-PA +V IC_IC9LPR9_MLF_P R0 R ,- -,- R99 -,-,-,-,-,-,-,-,-,-,-,- 0K_%_ C R pf_0v_ -,- - -, ,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- +V -,- R 0K_% -, ,- R PCITOP#_ CPUTOP#_ CLK_R_MCHBCLK CLK_R_MCHBCLK# CLK_R_CPUBCLK CLK_R_CPUBCLK# CLK_R_PCIE_NEWCAR CLK_R_PCIE_NEWCAR# CLK_R_PCIE_ICH CLK_R_PCIE_ICH# CLK_R_PE_MCH CLK_R_PE_MCH# CLK_R_KBPCI CLK_R_ICHPCI CLK_R_PCIE_MINI CLK_R_PCIE_MINI# CLK_R_PCIE_LAN CLK_R_PCIE_LAN# CLK_R_ATA CLK_R_ATA# CLK_R_REF CLK_R_REF# CLK_R_REF CLK_R_REF# - - R0 _elet =0 LC_T 00MHZ R _elet = 0K_% MHZ non-spread clock CR#_A CR#_ ENABLE_RC0 Byte: bit =0(PW) IABLE_RC ENABLE_RC Byte: bit = ENABLE_RC CR#_ CR#_ IABLE_RC Byte: bit =0(PW) IABLE_RC ENABLE_RC Byte: bit = ENABLE_RC CR#_9 CR#_0 CR#_ Byte: bit =0(PW) IABLE_RC9 Byte: bit0 =0(PW) IABLE_RC0 Byte: bit =0(PW) IABLE_RC Byte: bit = ENABLE_RC9 Byte: bit0 = ENABLE_RC0 Byte: bit = ENABLE_RC CLK REF - R09 - CLK_R_KBC _% CLOCK_ENERATOR IZE COE OC. NUMBER REV C 0A A0 -May-00 HEET OF

16 - H_A#(:) H_ATB# H_A0M# H_FERR# H_INNE# H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#(9) H_A#(0) H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_REQ#(:0) H_A#() H_A#() H_A#(9) H_A#(0) H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#(9) H_A#(0) H_A#() H_A#() H_A#() H_A#() H_A#() H_REQ#(0) H_REQ#() H_REQ#() H_REQ#() H_REQ#() H_ATB#0 - CN00- J A# L A# L A# K A# M A# N A# J A9# N A0# P A# P A# L A# P A# P A# R A# M ATB0# K REQ0# H REQ# K REQ# J REQ# L REQ# Y A# U A# R A9# W A0# U A# Y A# U A# R A# T A# T A# W A# W A# Y A9# U A0# V A# W A# AA A# AB A# AA A# V ATB# A A0M# A FERR# C INNE# AR ROUP 0 AR ROUP ICH XP/ITP INAL CONTROL H A# E BNR# BPRI# H EFER# RY# F BY# E F BR0# IERR# 0 B INIT# LOCK# H C REET# R0# F F R# R# TRY# HIT# E HITM# A BPM0# A BPM# A BPM# BPM# AC PRY# AC AC PREQ# AC TCK AA TI TO AB AB TM AB TRT# BR# C0 THERMAL PROCHOT# THERMA A B THERMC THERMTRIP# C R TP0 TP0 TP0 TP0 TP0 _% TP00 TP0 - - H_BPM_PREQ# H_TCK TI_FLEX H_TM 0mils/0mils , ,-,-,-,-,-,-,-,-,-,-, H_A# H_BNR# H_BPRI# H_EFER# H_RY# H_BY# H_BREQ#0 H_INIT# H_LOCK# H_HIT# H_HITM# R H_CPURT# 0_%_ H_R#(0) H_R#() H_R#() H_TRY# XP_BREET# H_THERMA THERM_MINU PM_THRMTRIP# - - -,-,-,-,-,-,-,-,-,-,-,- R _% CLOE TO CPU - ohm +/-% pull-up to -,-,-,-,-,-,-,-,-,-,-,- (VCCP) if ITP is implemented H_R#(:0) H_TPCLK# H_INTR H_NMI H_MI# TPCLK# C LINT0 B LINT A MI# H CLK A BCLK0 BCLK A - - CLK_R_CPUBCLK CLK_R_CPUBCLK# M RV0 N RV0 REERVE T RV0 V RV0 B RV0 C RV0 RV0 RV0 RV09 F RV00 -,-,-,-,-,-,-,-,-,-,-,- R.9_% - H_BPM_PREQ# FOX_PZK_M P R -.9_% TI_FLEX MCH CPU ICH R.9_% - H_TM PM_THRMTRIP# should be T at CPU R - H_TCK.9_% -May-00 PENRYN IZE COE OC. NUMBER REV C 0A A0 HEET OF

17 H_#(:0) H_TBN#0 H_TBP#0 H_INV# , H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() R C CN00- E 0# F # E # # F # # E # E # H_#(:0) -,- -,- H_#() N AE # # H_#() H_#() K A # 9# H_#(9) H_#() P 0# AA # H_#(0) H_#(9) R AB 9# # H_#() H_#(0) L AB 0# # H_#() H_#() M # AC # H_#() H_#() L # A0 # H_#() H_#() M AE # # H_#() H_#() P AF # # H_#() H_#() P # AC # H_#() H_#() P # AE # H_#() H_#() T A # 9# H_#(9) H_#() R AC # 0# H_#(0) H_#(9) L # A 9# H_#() -,-,-,-,-,-,-,-,-,-,-,- H_#(0) T AF 0# # H_#() H_#() N # AC # H_#() R - L AE TBN# TBN# K_% H_TBN# - H_TBN# - M H_TBP# TBP# TBP# AF - H_TBP# - N AC0 H_INV# - INV# INV# H_INV# TLREF A TLREF COMP0 R R._% U R9.9_% R0 COMP C TET COMP K_% AA R._% Y R.9_% Layout note: Zo= ohm, TET COMP C TET MIC 0." max for TLREF. AF CLOE TO CPU TET PRTP# E AF B -,-,- H_PRTP# - TET PLP# H_PLP# A TET PWR# - H_PWR# PWROO - H_PWR CPU_BEL0 -,- B - BEL0 LP# H_CPULP# CPU_BEL -,- B PI# AE - BEL PI# CPU_BEL -,- C BEL FOX_PZK_M P R0 R ATA RP 0 K # 9# J 0# J # H # F # K # H # J TBN0# H TBP0# H INV0# ATA RP Place C(0.uF_V) close to the TET pin. Make sure TET routing is reference to N and away from other noisy signals. ATA RP ATA RP # Y AB # V # # V # V T # U # U 9# 0# Y W # Y # # W # W AA # # AA AB # TBN# Y AA TBP# INV# U H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() -,- Place series resistor (R9 = K ohm) on H_PWR_XP without stub -,-,-,-,-,-,-,-,-,-,-,- H_#(:0) H_TBN# H_TBP# H_INV# H_#(:0) -May-00 PENRYN IZE COE OC. NUMBER REV C 0A A0 HEET OF

18 +VCC_CORE -,- +VCC_CORE -,- C09 C0 C0 C0 C0 uf_.v_ uf_.v_ uf_.v uf_.v uf_.v C0 uf_.v 00uF_.v C CN00- A AB0 VCC00 VCC0 A9 VCC00 VCC09 AB A0 VCC00 AC VCC00 A AC9 VCC00 VCC0 A VCC00 VCC0 AC A AC VCC00 VCC0 A AC VCC00 VCC0 A VCC00 VCC0 AC A0 AC VCC009 VCC0 B A VCC00 VCC0 B9 VCC0 A9 VCC0 B0 A0 VCC0 VCC09 B A VCC0 VCC00 B VCC0 A VCC0 B A VCC0 VCC0 B VCC0 VCC0 A B VCC0 VCC0 A B0 AE9 VCC0 VCC0 C9 AE0 VCC09 VCC0 C0 VCC00 VCC0 AE C AE VCC0 VCC0 C VCC09 AE VCC0 C VCC090 AE VCC0 C AE VCC0 VCC09 C VCC0 VCC09 AE0 9 AF9 VCC0 VCC09 0 AF0 VCC0 VCC09 VCC0 VCC09 AF VCC09 VCC09 AF AF VCC00 VCC09 AF VCC0 VCC09 AF VCC0 VCC099 E VCC0 VCC000 AF0 E9 VCC0 E0 VCCP0 VCC0 E VCC0 VCCP0 V E J VCC0 VCCP0 E K VCC0 VCCP0 E M VCC09 VCCP0 E VCC00 VCCP0 J E0 K VCC0 VCCP0 F VCCP0 M VCC0 F9 N VCC0 VCCP09 F0 N VCC0 VCCP0 F R VCC0 VCCP F VCCP R VCC0 F VCCP T VCC0 F VCC0 VCCP T F V VCC09 VCCP F0 VCCP W VCC00 AA VCC0 AA9 B VCC0 VCCA0 AA0 VCC0 VCCA0 C AA VCC0 AA VI0 A VCC0 AA AF VCC0 VI AA VCC0 VI AE AA AF VCC0 VI AA0 VI AE VCC09 AB9 AF VCC00 VI AC0 VCC0 VI AE AB0 VCC0 AB VCC0 AB VCCENE AF VCC0 AB VCC0 AB VCC0 AB AE VCC0 VENE FOX_PZK_M P PLACE THEE INIE OCKET CAVITY ON L (NORTH IE -,-,-,-,-,-,-,-,-,-,-,- ECONARY) - - R 00_% ,-,-,-,-,-,-,-,-,-,-,- H_VI0 H_VI H_VI H_VI H_VI H_VI H_VI C 0uF_.v +VCC_CORE - VCCENE VENE -, C0 C9 C C C C 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0-,-,-,-,-,-,0-,- C 0.0uF_v LAYOUT NOTE: PLACE C NEAR PIN B +V. C0 0uF_.v R9 00_% LAYOUT NOTE: ROUTE VCCENE AN VENE TRACE AT. OHM WITH 0 MIL PACEIN PLACE PU AN P WITHIN I INCH OF CPU -May-00 PENRYN IZE COE OC. NUMBER REV C 0A A0 HEET OF

19 IZE HEET PENRYN OC. NUMBER OF REV AF9 AF V V A AF V C 9 0A A0 -May-00 COE V9 AE V0 V AE9 V AE AE V A V V AF V AF AF V AF V V9 AF V0 V9 A V0 A A V A9 V V A V A AE V AE V V AE V AE AE AC AC V9 AC V0 V AC V AC AC9 V AC V V AC V A A V A V V AB V V9 AB V0 AB AB V AB V V AB V AB9 AB V AB V V AC V V0 Y V0 Y AA V09 AA V0 V AA V AA AA V AA V V AA9 V AA AA U V V09 V V09 V099 V V00 V W V0 W V0 V0 W V0 W Y V0 Y V0 V0 R V0 V0 R V0 R T V09 T V090 V09 T V09 T U V09 U V09 V09 U V09 M V0 V0 M V0 N N V0 N V09 V00 N P V0 P V0 V0 P V0 P R J V0 K K V0 K V0 V0 K V09 L L V00 L V0 V0 L V0 M M V0 V0 V0 V0 V0 H H V0 H V09 V00 H V0 J J V0 J V0 V0 E V0 V0 F V0 F F V0 F V0 V0 F V09 F9 F V00 F V0 V0 F V0 9 V0 V0 E V0 V0 E V0 E E V0 E V09 V00 E V0 E9 E V0 C C9 V0 C V0 V0 C V0 C V0 V0 V0 V09 V00 V0 V0 B V0 V0 B V0 B B9 V0 B V0 V0 B V0 C C V0 C V09 V00 C V0 V00 A A V00 A V00 V00 A V00 A A9 V00 A V00 V00 AF V009 B B V00 FOX_PZK_M P CN00-

20 +V -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- -,-,-,-,-,-,-,-,-,-,9-,-,-,-,-,- C09 0.0uF_v C0 0.0uF_v ACE 000N_P PWM FAN# THERM WARN# - 0- U TCZ00F FAN_F CN +V C 0.uF_v H_THERMA THERM_MINU THERM WARN# C 000pF_0v U V P N THERM MCLK MATA ALERT N MC_EMC0 ACZL_MOP_P -,-,9-,-,- -,-,9-,-,- -,- ICH MCLK ICH MATA THERM_CI# -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- +V LAYOUT NOTE: PUT THE THERMAL ENOR CLOE TO CPU R.K_% -May-00 THERMAL&FAN CONTROLLER IZE COE OC. NUMBER REV C 0A A0 HEET 0 OF

21 MCH_CF() LOW=MIx HIH=MIx MCH_CF() (CPU trap) LOW=RV HIH=Mobile CPU MCH_CF(9) LOW=Reverse Lane PCIE raphics Lane HIH=Normal operation NOTE : UE K-OHM REITOR WHEN INTALLIN PULL-UP/PULL-OWN REITOR ON ANY MCH-CF CONNECTION/PIN. MCH_CF() MCH_CF(9) MCH_CF() MCH_CF() MCH_CF(:) 00=PARTIAL CLOCK ATIN IABLE MCH_CF() LOW=ynamic OT isable (FB ynamic U00-0=XOR MOE ENABLE M XOR/ALLZ 0=ALL-Z MOE ENABLE HIH=ynamic OT RV OT) N AP Enable RV A_CK_0 - M_CLK_R0 =NORMAL OPERATION R AT RV A_CK_ - M_CLK_R T AV RV 9- B_CK_0 M_CLK_R AH9 AU0 RV B_CK_ 9- M_CLK_R NOTE: CF[:0] TRP : 00b : 00 MT/ AH0 RV AH 0b : MT/ RV A_CK#_0 AR - M_CLK_R0# AH AR RV A_CK#_ - M_CLK_R# K AU RV9 9- B_CK#_0 M_CLK_R# AL RV0 B_CK#_ AV0 9- M_CLK_R# AK RV AN BC +V RV A_CKE_0 -,0- M_CKE0 AM AY RV A_CKE_ -,0- M_CKE -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- T RV AY 9-,0- B_CKE_0 M_CKE BB B_CKE_ 9-,0- M_CKE B RV AJ BA RV A_C#_0 -,0- M_C0# M AY RV A_C#_ -,0- M_C# AV 9-,0- R R B_C#_0 M_C# AR B_C#_ 9-,0- M_C# AY RV0 B -,0- A_OT_0 M_OT0 -,- AY CPU_BEL0 -,0- A_OT_ M_OT A BF RV B_OT_0 9-,0- M_OT B AY CPU_BEL -,- RV B_OT_ 9-,0- M_OT BF RV BH MCH_CF(9) - CPU_BEL -,- RV M_RCOMP B - M_RCOMP BF RV BH - M_RCOMP# M_RCOMP# MCH_CF(0) - R0 R0 M_RCOMP_VOH BF - K_% K_% M_RCOMP_VOH BH - M_RCOMP_VOL M_RCOMP_VOL T CF_0 R0 R AV -,-,9- CF_ M_VREF P AR R0 0K_% MCH_CF(:) - K_% CF_ M_PWROK MCH_CF() P0 CF_ BF R09 99_% M_REXT MCH_CF() P CF_ BC M_RAMRT# TP0 C MCH_CF() C CF_ MCH_CF() N B CF_ PLL_REF_CLK - CLK_R_REF MCH_CF() M A CF_ PLL_REF_CLK# - CLK_R_REF# 0.uF_v E E CF_ PLL_REF_CLK - +V MCH_CF() CLK_R_REF MCH_CF(9) C F CF_9 PLL_REF_CLK# - CLK_R_REF# -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- MCH_CF(0) C CF_0 MCH_CF() N F CF_ PE_CLK - CLK_R_PE_MCH MCH_CF() P CF_ PE_CLK# E - CLK_R_PE_MCH# MCH_CF() T - CF_ MI_TXN(:0) -,- R0 AE PM_EXTT#0 MCH_CF() CF_ MI_RXN_0 MI_TXN(0) R09 0K_% MCH_CF() M0 CF_ MI_RXN_ AE MI_TXN() -,9- L AE PM_EXTT# MCH_CF() CF_ MI_RXN_ MI_TXN() R09 0K_% MCH_CF() H AH9 CF_ MI_RXN_ MI_TXN() P9 CF_ - MI_TXP(:0) R AE0 MCH_CF(9) - CF_9 MI_RXP_0 MI_TXP(0) - T AE MCH_CF(0) CF_0 MI_RXP_ MI_TXP() AE MI_RXP_ MI_TXP() AH0 MI_RXP_ MI_TXP() - - R 0_% MI_RXN(:0) R9 AE PM_YNC# PM_YNC# MI_TXN_0 MI_RXN(0) -,-,- R0 0_% B AE H_PRTP# PM_PRTP# MI_TXN_ MI_RXN() -,- R09 0_% N AE PM_EXTT#0 PM_EXT_T#_0 MI_TXN_ MI_RXN() -,9- R09 0_% P AH PM_EXTT# PM_EXT_T#_ MI_TXN_ MI_RXN() -,-,-,- AT0 PM_PWROK PWROK - MI_RXP(:0) -,- R9 00_% AT A R PLT_RT# RTIN# MI_TXP_0 MI_RXP(0) -,- R 0_% T0 AE 0_% PM_THRMTRIP# THERMTRIP# MI_TXP_ MI_RXP() +V. -,- R AF PM_PRLPVR PRLPVR MI_TXP_ MI_RXP() -,0-,-,-,-,-,-,9- MI_TXP_ AH MI_RXP() R09 M_VREF R 0._% R0 0._% R0 +V. -,0-,-,-,-,-,-, R0 R M_RCOMP M_RCOMP# R K_% R K_% R K_% C09 0.0uF_v C09 0.0uF_v C09.uF_.v MCH_CF(0) LOW=ONLY IITAL IPLAY PORT IITAL IPLAY (VO/P/iHMI)OR PCIEI OPERATIONAL HIH= IITAL IPLAY PORT PORT(VO/P/iHMI) (VO/P/iHMI)AN PCIE ARE OPERATIN CONCURRENT WITH PCIE VIA THE PE PORT - - C09.uF_.v M_RCOMP_VOH M_RCOMP_VOL MCH_CF(9) (MI LANE REVERAL) LOW=NORMAL HIH=LANE REVERE B BF B BC BH B BE BH BF B BH BH BH BH B BH BF BH B BE B BF B BC F NC_ NC_ NC_ NC_ NC_ NC_ NC_ NC_ NC_9 NC_0 NC_ NC_ NC_ NC_ NC_ NC_ NC_ NC_ NC_9 NC_0 NC_ NC_ NC_ NC_ NC_ FX_VI_0 FX_VI_ FX_VI_ FX_VI_ FX_VI_ FX_VR_EN CL_CLK CL_ATA CL_PWROK CL_RT# CL_VREF PC_CTRLCLK PC_CTRLATA VO_CTRLCLK VO_CTRLATA CLKREQ# ICH_YNC# TATN HA_BCLK HA_RT# HA_I HA_O HA_YNC ITL_CANTIA_FCBA_9P B B F E C AH AH AN AJ AH N M E K H B B B0 B9 C9 A R0 0_% R9 TP0 TP ,-,-,- - -,-,-,-,-,-,-,-,-,-,-,- - - _% C R0 99_% HMI_C_CLK -,-,-,-,-,-,-,-,-,-,-,- 0.uF_v HMI_C_ATA CLKREQ_R_MCH# R0 MCH_ICH_YNC# _% FT_VI_0 FT_VI_ FT_VI_ FT_VI_ FT_VI_ FT_VR_EN CL_CLK0 CL_ATA0 PM_PWROK CL_RT# H BITCLK H RT# H IN H OUT H YNC R0 K_% -Jun-00 CANTIA- IZE COE OC. NUMBER REV C 0A A0 HEET OF

22 OC. NUMBER IZE CANTIA- COE OF C 0A A0 -May-00 HEET REV - - R 00K_%.K_% R0 0K_% R9 - - R09 _% _% R0 C TV_CONEL_ E TV_RTN H R _% Y PE_TX_ AA PE_TX_ AA9 PE_TX_ A PE_TX_ A PE_TX_ M PE_TX_ M9 PE_TX_ M PE_TX_ R PE_TX_ N PE_TX_ T9 PE_TX_ U PE_TX_9 U9 TVA_AC F TVB_AC H TVC_AC K TV_CONEL_0 AA PE_TX#_ AA PE_TX#_ AA0 PE_TX#_ A PE_TX#_ AC PE_TX#_ M PE_TX#_ M0 PE_TX#_ M PE_TX#_ R PE_TX#_ N PE_TX#_ T0 PE_TX#_ U PE_TX#_9 U0 PE_TX_0 J PE_TX_ L PE_TX_0 Y9 PE_TX_ Y PE_RX_ AA PE_RX_ A PE_RX_ AC PE_RX_ A0 PE_RX_ L PE_RX_ L PE_RX_ N0 PE_RX_ P PE_RX_ N PE_RX_ T PE_RX_ U PE_RX_9 Y PE_TX#_0 J PE_TX#_ M PE_TX#_0 Y0 PE_TX#_ Y PE_RX#_ AA PE_RX#_ A PE_RX#_ AC PE_RX#_ A9 PE_RX#_ L PE_RX#_ L0 PE_RX#_ N PE_RX#_ P PE_RX#_ N PE_RX#_ T PE_RX#_ U PE_RX#_9 Y PE_RX_0 H PE_RX_ J PE_RX_0 W PE_RX_ LV_VB B LV_VREFH E LV_VREFL E L_BKLT_CTRL L L_BKLT_EN L_CTRL_CLK M L_CTRL_ATA M L_C_CLK K L_C_ATA J L_V_EN M9 PE_COMPI T PE_COMPO T PE_RX#_0 H PE_RX#_ J PE_RX#_0 Y PE_RX#_ LVA_ATA#_ A0 LVA_ATA_0 H LVA_ATA_ LVA_ATA_ F0 LVA_ATA_ B0 LVB_CLK A LVB_CLK# B LVB_ATA#_0 A LVB_ATA#_ H LVB_ATA#_ LVB_ATA#_ J LVB_ATA_0 B LVB_ATA_ LVB_ATA_ F LVB_ATA_ K LV_IB C U00- ITL_CANTIA_FCBA_9P CRT_BLUE E CRT_C_CLK H CRT_C_ATA J CRT_REEN CRT_HYNC J9 CRT_IRTN 9 CRT_RE J CRT_TVO_IREF E9 CRT_VYNC L9 LVA_CLK C0 LVA_CLK# C LVA_ATA#_0 H LVA_ATA#_ E LVA_ATA#_ 0 R.0K_0.% - - -,-,-,-,-,-,-,-,-,-, , K_% R _% R - -,-,9-,0-,-,-,-,0-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- - 00K_% R CRT_R CRT_ CRT_B LVA_ATA#0 L_BKLT_EN +V LV_V_EN LVA_CLK# LVA_CLK HMI_C_REEN# HMI_C_BLUE# HMI_C_CLK# HMI_C_RE HMI_C_REEN HMI_C_BLUE HMI_C_CLK LVA_ATA LVA_ATA LVA_ATA0 LVA_ATA# LVA_ATA# CRT_CCLK CRT_CATA INV_PWM_ LV_C_CLK LV_C_ATA CRT_VYNC CRT_HYNC HMI_C_HP# HMI_C_RE#

23 OC. NUMBER Layout notes: REV CANTIA--HOT COE A0 0A C -May-00 Trace need be 0 mils wide with 0 mils OF IZE HEET ,-,-,-,-,-,-,-,-,-,-, R0 K_% - R0 K_% -,-,-,-,-,-,-,-,-,-,-, uF_v C0 00_% R0 - - C H_WIN C9 H_TRY# R0 _% M H_TBP#_ AA H_TBP#_ AE H_TBP#_ B H_VREF H9 H_HIT# E H_HITM# H H_LOCK# E H_RCOMP B H_REQ#_0 K H_REQ#_ F H_REQ#_ B H_REQ#_ B H_REQ#_ B H_R#_0 F H_R#_ C H_R#_ F H_#_ H_#_ H H_#_9 B0 H_BY# E9 H_EFER# J H_INV#_0 L H_INV#_ Y H_INV#_ Y H_INV#_ J H_PWR# F9 H_RY# L0 H_TBN#_0 M H_TBN#_ AA H_TBN#_ AE H_TBN#_ L9 H_TBP#_0 H H_#_ AA H_#_0 A H_#_ AA H_#_ A H_#_ A H_#_ AE H_#_ AF H_#_ AC H_#_ AE H_#_ AC H_#_9 H H_#_ AE H_#_0 AE H_#_ A H_#_ A H_#_ Y0 H_#_ Y H_#_ Y H_#_ Y H_#_ W H_#_9 H_#_ AA H_#_0 Y9 H_#_ AA H_#_ AA9 H_#_ AA H_#_ A H_#_ A0 H_#_ A H_#_ AE H_#_ AE9 H_#_9 L H_#_0 M H_#_ J H_#_ N H_#_ R H_#_ N H_#_ N H_#_ P H_#_ N H_#_ L H_#_9 E H_#_ N0 H_#_0 M H_#_ Y H_#_ A H_#_ Y H_#_ H_BREQ# C H_CPURT# E H_CPULP# F H_#_0 H_#_ M9 H_#_0 M H_#_ J H_#_ J H_#_ N H_#_ J H_#_ P H_#_ L H_#_ R H_#_ N9 H_#_9 F H_#_ B0 H_A#_ F H_A#_ K H_A#_ L0 H_A#_ C H_A#_ F H_A#_ H H_A#_ C H_A#_ M H_A#_ J H_A#_9 H H_A# B H_ATB#_0 H_ATB#_ A H_AVREF A9 H_BNR# F H_BPRI# 0 H_A#_ B9 H_A#_ J H_A#_9 E0 H_A#_0 H H_A#_ J0 H_A#_ L H_A#_ A H_A#_ B H_A#_ L H_A#_ C H_A#_ J H_A#_ H0 H_A#_9 A H_A#_ B H_A#_0 K H_A#_ ITL_CANTIA_FCBA_9P U00- AH HPLL_CLK AH HPLL_CLK# P H_A#_0 R H_A#_ N H_A#_ M H_A#_ E H_A#_ P H_A#_ F H_A#_ C0 0.uF_v.9_% R H_#(9) H_#(0) H_#() H_#() H_#() H_CPULP# H_CPURT# - - H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(9) H_#(0) H_A#() H_A#() H_A#() H_A#(0) CLK_R_MCHBCLK# CLK_R_MCHBCLK H_#(0) H_#() H_A#() H_A#(0) H_A#(9) H_A#() H_A#() H_A#() H_A#() H_A#() H_A#(9) H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#(0) H_A#() H_BPRI# H_BNR# H_ATB# H_ATB#0 H_A# H_A#(9) H_A#() H_A#() H_A#() H_TBN#0 H_RY# H_PWR# H_INV# H_INV# H_INV# H_INV#0 H_EFER# H_BY# H_BREQ#0 H_HIT# H_TBP# H_TBP# H_TBP# H_TBP#0 H_TBN# H_TBN# H_TBN# H_R#(0) H_REQ#() H_REQ#() H_REQ#() H_REQ#() H_REQ#(0) MCH_HRCOMP H_LOCK# H_HITM# MCH_HRCOMP MCH_HWIN H_#(:0) H_A#(:) H_R#(:0) H_REQ#(:0) H_TRY# MCH_HWIN H_R#() H_R#()

24 C -May-00 CANTIA--R HEET IZE OF COE OC. NUMBER REV 9-,0- -,0- -,0- A0 0A ,0- AW A_RA# BB0 A_WE# AY0 9- AN A_Q_9 AN A_MA_0 BA A_MA_ BC A_MA_0 BC A_MA_ B A_MA_ BH A_MA_ BH A_MA_ AY B A_MA_ A_MA_ BH A_MA_ B A_MA_ BA A_MA_ B A_MA_ B A_MA_ BF A_MA_9 AT9 A_Q_ AN A_Q_ AU A_Q_ AU A_Q_ AT A_Q_ AN0 A_Q_ AM A_Q_ AM A_Q_ AJ9 A_Q_9 AJ A_Q_ AM A_Q_0 AN A_Q_ AM A_Q_ AJ A_Q_ AJ A_Q_ AM A_Q_ AU A_Q_ AV A_Q_ B A_Q_9 BC A_Q_ AJ A_Q_0 BB9 A_Q_ BA9 A_Q_ AU0 A_Q_ AV9 A_Q_ BA A_Q_ B9 A_Q_ AY A_Q_ BA A_Q_ AV A_Q_9 AV A_Q_ AJ0 A_Q_0 AY A_Q_ BB A_Q_ BC0 A_Q_ AY A_Q_ B A_Q_ AV A_Q_ AT A_Q_ AY A_Q_9 BB A_Q_ AM A_Q_0 AV A_Q_ AW A_Q_ B A_Q_ AU A_Q_ BC A_Q_ BA A_Q_ AU A_Q_ AM A_Q_0 AJ A_Q_ AJ A_Q_0 AU0 A_Q_ AT A_Q_ AN A_Q_ AN9 A_Q_ AU A_Q_ AU A_Q_ AV9 A_Q_ AY A_Q_ BA0 A_Q_9 B A_Q_ AN A_Q_0 AV A_Q_ AT A_M_ AJ A_Q#_0 AJ A_Q#_ AT A_Q#_ BA A_Q#_ B A_Q#_ AY A_Q#_ B A_Q#_ AU9 A_Q#_ AM A_Q_0 AJ A_Q_ AT A_Q_ BA A_Q_ BC A_Q_ AW A_Q_ BC A_Q_ U00- ITL_CANTIA_FCBA_9P A_B_0 B A_B_ B AT A_B_ A_CA# B0 A_M_0 AM A_M_ AT A_M_ AY A_M_ AU9 A_M_ BB A_M_ AY A_M_ 9- - B_MA_ AU B_MA_ AW B_MA_ AT B_MA_9 B B_RA# AU B_WE# BF 9-,0- B_Q_ AH B_Q_ AJ B_Q_ AP B_Q_ AU B_Q_9 AU B_MA_0 AV B_MA_ BA B_MA_0 BB B_MA_ AW B_MA_ AY B_MA_ BH B_MA_ AU B_MA_ BC B_MA_ AU B_MA_ AW B_MA_ BB B_Q_ AV B_Q_9 AU B_Q_ AJ B_Q_0 AR B_Q_ AN B_Q_ AY B_Q_ AV B_Q_ AP B_Q_ AR B_Q_ AL B_Q_ AL B_Q_ AJ B_Q_9 AH B_Q_ AM B_Q_0 AM B_Q_ AM B_Q_ B B_Q_ BH B_Q_ B B_Q_ BH B_Q_ BF B_Q_ BF B_Q_9 B B_Q_ AJ B_Q_0 BC B_Q_ BC B_Q_ AY B_Q_ AY B_Q_ BF B_Q_ BF B_Q_ BA B_Q_ B B_Q_9 BF B_Q_ AP B_Q_0 BE B_Q_ BC B_Q_ BF0 B_Q_ BF B_Q_ B B_Q_ BF B_Q_ BH B_Q_ B B_Q_ BH0 B_Q_9 B9 B_Q_ AP B_Q_0 B B_Q_ BH B_Q_ BH B_Q_ B B_Q_ BH9 B_Q_ BB B_Q_ AU B_Q_ AN B_Q_0 AK B_Q_ AH B_Q_0 BA B_Q_ AY B_Q_ AT B_Q_ AR B_Q_ BA B_Q_ BC B_Q_ BC B_Q_ BC B_Q_ B B_M_ BF B_M_ B B_M_ BA B_M_ AP B_M_ AK B_Q#_0 AL B_Q#_ AV B_Q#_ BH B_Q#_ BH B_Q#_ B9 B_Q#_ BC B_Q#_ AT B_Q#_ AN B_Q_0 AL B_Q_ AV B_Q_ B U00- ITL_CANTIA_FCBA_9P B_B_0 BC B_B_ BB B_B_ BB B_CA# B B_M_0 AM B_M_ AY B_M_ B0-9-,0- -,0-9-,0-9- -,0- -,0-9- -,0-9-,0- -,0-9-,0- - MA_Q#() MA_Q#() MA_Q#() MA_Q#() MA_Q#(0) MA_M(:0) MA_Q#(:0) MA_Q(:0) MA_A(:0) MB_A() MB_A(:0) MB_RA# MA_M() MA_M() MA_M() MA_M(0) MA_M() MA_Q() MA_A() MA_A(0) MA_Q() MA_Q#() MA_A() MA_A() MA_M() MA_Q() MA_Q() MA_Q() MA_Q() MA_Q() MA_Q(0) MA_M() MA_M() MA_Q#() MA_A() MA_A() MA_A() MA_A(0) MA_A(9) MA_A() MA_A() MA_A() MA_A() MA_A() MB_Q() MB_M(0) MB_M() MB_M() MB_M() MB_M() MB_Q#() MB_Q() MA_A() MA_Q#() MB_M() MB_CA# MB_M(:0) MB_Q(0) MB_Q() MB_Q() MB_Q() MB_Q() MB_M() MB_M() MB_A() MB_WE# MB_A() MB_A() MB_A() MB_A() MB_A() MB_A(0) MB_B# MB_B# MB_B0# MB_Q#(:0) MB_Q(:0) MA_CA# MB_Q#() MB_Q#() MB_Q#(0) MB_Q() MB_A() MB_A() MB_A(0) MB_A(9) MB_A() MB_A() MB_A() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(0) MA_ATA(:0) MB_Q#() MB_Q#() MB_Q#() MB_Q#() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(0) MA_ATA(9) MA_ATA() MA_ATA() MA_ATA(0) MA_ATA(9) MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(0) MA_ATA() MA_ATA() MA_ATA() MA_ATA(0) MA_ATA(9) MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(0) MA_ATA(9) MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(9) MA_ATA() MA_ATA() MA_ATA(0) MA_ATA() MA_ATA() MA_ATA() MB_ATA(9) MB_ATA(:0) MA_B0# MA_B# MA_B# MA_RA# MA_WE# MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(9) MB_ATA() MB_ATA() MB_ATA(9) MB_ATA() MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(9) MB_ATA() MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(9) MB_ATA() MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(9) MB_ATA() MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(9) MB_ATA() MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(0) MB_ATA() MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA()

25 HEET the Edge Cavity Capacitors 0 mils from the Edge COE OC. NUMBER C -May-00 0 mils from REV IZE CANTIA--POWER Cavity Capacitors OF C uf_.v A0 0A uF_v_mR_Panasonic C0 0.uF_v C C0 uf_.v 0.uF_0v C AM0 VCC_M_LF BB VCC_M_LF AH V_AX_ENE uf_.v C90 B VCC_M NC BB VCC_M_9_NC B VCC_M_ AW VCC_M_0_NC AW VCC_M NC AT VCC_M NC BF VCC_M_ B VCC_M_ BC VCC_M_ BB VCC_M_ BA VCC_M_9 AV VCC_M_LF BA VCC_M_LF AM0 VCC_M_LF AV VCC_M_LF AY VCC_M_LF B9 VCC_M_ BF9 VCC_M_ B9 VCC_M_ BC9 VCC_M_ BB9 VCC_M_ BA9 VCC_M_ AY9 VCC_M_9 BH VCC_M_ AW9 VCC_M_0 AV9 VCC_M_ AU9 VCC_M_ AT9 VCC_M_ AR9 VCC_M_ AP9 VCC_M_ BA VCC_M NC BB VCC_M NC AJ VCC_AX_ENE AP VCC_M_ AY VCC_M_0 AW VCC_M_ AV VCC_M_ AU VCC_M_ AT VCC_M_ AR VCC_M_ AP VCC_M_ AN VCC_M_ BH VCC_M_ B VCC_M_9 AN VCC_M_ BF VCC_M_0 B0 VCC_M_ BH9 VCC_M_ W VCC_AX_NCTF_ AH VCC_AX_NCTF_0 A VCC_AX_NCTF_ AF VCC_AX_NCTF_ AE VCC_AX_NCTF_ AC VCC_AX_NCTF_ AB VCC_AX_NCTF_ AA VCC_AX_NCTF_ Y VCC_AX_NCTF_ W VCC_AX_NCTF_ V VCC_AX_NCTF_9 V VCC_AX_NCTF_ U VCC_AX_NCTF_0 W VCC_AX_NCTF_ V VCC_AX_NCTF_ W VCC_AX_NCTF_9 AM VCC_AX_NCTF_ AK VCC_AX_NCTF_ AH VCC_AX_NCTF_ A VCC_AX_NCTF_ AF VCC_AX_NCTF_9 V VCC_AX_NCTF_ AE VCC_AX_NCTF_0 AC VCC_AX_NCTF_ AB VCC_AX_NCTF_ Y VCC_AX_NCTF_ W VCC_AX_NCTF_ V VCC_AX_NCTF_ AM VCC_AX_NCTF_ AL VCC_AX_NCTF_ AK VCC_AX_NCTF_ AJ VCC_AX_NCTF_9 U0 VCC_AX_NCTF_0 AM9 VCC_AX_NCTF_ AL9 VCC_AX_NCTF_ AK9 VCC_AX_NCTF_ AJ9 VCC_AX_NCTF_ AH9 VCC_AX_NCTF_ A9 VCC_AX_NCTF_ AF9 VCC_AX_NCTF_ AE9 VCC_AX_NCTF_ AB9 VCC_AX_NCTF_9 W VCC_AX_NCTF_ AA9 VCC_AX_NCTF_0 Y9 VCC_AX_NCTF_ W9 VCC_AX_NCTF_ V9 VCC_AX_NCTF_ U9 VCC_AX_NCTF_ AC VCC_AX_ AA VCC_AX_ Y VCC_AX_ AE VCC_AX_9 W VCC_AX_NCTF_ V VCC_AX_NCTF_0 AM VCC_AX_NCTF_ AL VCC_AX_NCTF_ AK VCC_AX_NCTF_ W VCC_AX_NCTF_ V VCC_AX_NCTF_ U VCC_AX_NCTF_ AM0 VCC_AX_NCTF_ AK0 VCC_AX_NCTF_ W0 VCC_AX_NCTF_9 V VCC_AX_NCTF_ AB VCC_AX_ AJ VCC_AX_0 AH VCC_AX_ A VCC_AX_ AF VCC_AX_ AB VCC_AX_ AA VCC_AX_ Y VCC_AX_ V VCC_AX_ U VCC_AX_ AN VCC_AX_9 AA VCC_AX_ AM VCC_AX_0 U VCC_AX_ T VCC_AX_ AE VCC_AX_ AE VCC_AX_ AC VCC_AX_ AA VCC_AX_ Y VCC_AX_ AH0 VCC_AX_9 AE VCC_AX_ AF0 VCC_AX_0 AE0 VCC_AX_ AC0 VCC_AX_ AB0 VCC_AX_ AA0 VCC_AX_ T VCC_AX_ T VCC_AX_ AM VCC_AX_ AL VCC_AX_ AE VCC_AX_9 ITL_CANTIA_FCBA_9P U00- Y VCC_AX_ AC VCC_AX_0 AB VCC_AX_ AA VCC_AX_ AJ VCC_AX_ A VCC_AX_ C9 0.uF_v -,0-,-,-,-,-,-,9-9-,- 0_% 9-,- V9 VCC_NCTF_ AL VCC_NCTF_ AK VCC_NCTF_9 AJ VCC_NCTF_ AL VCC_NCTF_0 AK VCC_NCTF_ AK VCC_NCTF_ AK VCC_NCTF_ AK VCC_NCTF_ AH VCC_NCTF_ VCC_NCTF_ A AE VCC_NCTF_ AC VCC_NCTF_ AA VCC_NCTF_9 R09 AA0 VCC_NCTF_ Y0 VCC_NCTF_ W0 VCC_NCTF_ V0 VCC_NCTF_ U0 VCC_NCTF_ AL9 VCC_NCTF_ AK9 VCC_NCTF_ AJ9 VCC_NCTF_9 AK VCC_NCTF_ AH9 VCC_NCTF_0 VCC_NCTF_ A9 AE9 VCC_NCTF_ AC9 VCC_NCTF_ AA9 VCC_NCTF_ Y9 VCC_NCTF_ W9 VCC_NCTF_ AM VCC_ AK VCC_9 AM VCC_NCTF_ Y VCC_NCTF_0 W VCC_NCTF_ U VCC_NCTF_ AM0 VCC_NCTF_ AL0 VCC_NCTF_ AK0 VCC_NCTF_ AH0 VCC_NCTF_ VCC_NCTF_ A0 AF0 VCC_NCTF_ AE0 VCC_NCTF_9 AL VCC_NCTF_ AC0 VCC_NCTF_0 AB0 VCC_NCTF_ A VCC_ AE VCC_ AC VCC_ AH VCC_ A VCC_9 AB VCC_ AF VCC_0 A VCC_ AJ VCC_ AH VCC_ VCC_ AF T VCC_ AA VCC_ Y VCC_ V VCC_ U VCC_ AJ VCC_0 A VCC_ AF VCC_ AE VCC_ AC VCC_ AA VCC_ Y VCC_ W VCC_ V VCC_ U VCC_9 VCC_ AC AH VCC_0 AF VCC_ AC VCC_ AA VCC_ AJ VCC_ ITL_CANTIA_FCBA_9P U00- A VCC_ C 0.uF_.v 0.uF_0v C9 C0 0uF_v_mR_Panasonic C 0.uF_v 0_% R0 C uf_.v 0.uF_v C0 C 0.uF_0v -,-,-,-,-,-,-,-,-,-,-,- C uf_0v 9-,- -,-,-,-,-,-,-,-,-,-,-,- 0uF_.v C9 C 0.uF_v 0.uF_0v C C 0.uF_.v -,0-,-,-,-,-,-,9- uf_0v C9 C0 0uF_.v 9-9- C uf_0v 9-,- 0.uF_v C9 +VFX_CORE +VFX_CORE +V. VCC_AX_ENE V_AX_ENE +V. +VFX_CORE +VFX_CORE

26 HEET CANTIA--POWER OF COE IZE Place on the Edge REV OC. NUMBER -May-00 A0 0A C R0 C0 0.0uF_v -,-,9-,0-,-,-,-,0-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- -,0-,-,-,-,-,-,9-0_% C0 0.0uF_v C09 0.uF_v 0-,-,-,-,-,-,-,0-,- C00 0.uF_v C.uF_.v 00uF_.v C -,-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,- C -,-,-,-,-,-,-,-,-,-,-,-.uf_.v C uf_0v C0 uf_.v C0 000pF_0v -,-,-,-,-,-,-,-,-,-,-,- C0 000pF_0v -,-,-,-,-,-,-,-,-,-,-,- 0.uF_v C0 C.uF_.v 0.uF_.v C C0 uf_.v -,0-,-,-,-,-,-,9- -,-,-,-,-,-,-,-,-,-,-,- C09 0uF_.v 0.uF_v C0-0.uF_v C0 0.uF_.v C0 uf_.v C0 C uf_.v 0.uF_v C C 0uF_.v -,-,-,-,-,-,-,-,-,-,-,- uf_.v C -,-,-,-,-,-,-,-,-,-,-,- L00 BLMPN 0.0uF_v C0 C09 0.uF_v L009 BLMA 0.uF_v C C0 0.uF_v.uF_.v L00 BLMPNJ -,-,-,-,-,-,-,-,-,-,-,- C BLMPNJ L - - C 0.uF_v N HN# VIN VOUT uf_0v C0 ANPEC_APL0_BC_TRL_OT_P U9 BP uf_v C CHENMKO_BAT_P BLMA L00 0.uF_v C0 C 0.uF_v - C0 0uF_.v L BLMP00 -,-,-,-,-,-,-,-,-,-,-,- 0-,-,-,-,-,-,-,0-,- -,-,-,-,-,-,-,-,-,-,-,- uf_.v C 0.uF_v C0 0.uF_v C09 BLMPNJ L00 C00 0.uF_v 0.uF_v C0 0-,-,-,-,-,-,-,0-,- - 0.uF_v C0-0.0uF_v C9 C 0uF_.v VTT_9 V VTT_ T VTT_0 U VTT_ V VTT_ U VTT_ T VTT_ V VTT_ U VTT_ U VTT_ T VTT_ U VTT_ T VTT_ U0 VTT_ T0 VTT_9 U9 VCC_TX_LV K VA_AC_B B VA_LV J VTTLF A VTTLF L VTTLF AB VTT_ U VTT_0 T9 VTT_ U VTT_ T VTT_ U VTT_ T VTT_ U VTT_ T VTT_ U VTT_ T VCC_MI_ AF VCC_MI_ AH VCC_MI_ A VCC_HA A VCC_HV_ C VCC_HV_ B VCC_HV_ A VCC_PE_ V VCC_PE_ U VCC_PE_ V VCC_PE_ U VCC_PE_ U VCC_M_CK_ BF VCC_M_CK_ BH0 VCC_M_CK_ B0 VCC_M_CK_ BF0 VCCA_M_CK_NCTF_ AM VCCA_M_CK_NCTF_ AL VCCA_M_CK_NCTF_ AM VCCA_M_CK_NCTF_ AL VCCA_TV_AC_ B VCCA_TV_AC_ A VCC_HPLL AF VCC_LV_ M VCC_LV_ L VCC_PE_PLL AA VCC_QAC L VCC_TVAC M VCC_AXF_ B VCC_AXF_ B VCC_AXF_ A VCC_MI_ AH VCCA_M_ AN0 VCCA_M_ AR VCCA_M_ AP VCCA_M_ AN VCCA_M_ AT VCCA_M_ AR VCCA_M_9 AP VCCA_M_CK_ AP VCCA_M_CK_ AN VCCA_M_CK_ AP VCCA_M_CK_ AN VCCA_M_CK_ AN VCCA_M_CK_NCTF_ AM VCCA_M_CK_NCTF_ AM VCCA_M_CK_NCTF_ AM VCCA_M_CK_NCTF_ AL U00- ITL_CANTIA_FCBA_9P VCCA_CRT_AC_ B VCCA_CRT_AC_ A VCCA_AC_B A VCCA_PLLA F VCCA_PLLB L VCCA_HPLL A VCCA_LV J VCCA_MPLL AE VCCA_PE_B A VCCA_PE_PLL AA VCCA_M_ AR0 VCCA_M_ AP0 -,0-,-,-,-,-,-,9- C09 0.uF_.v C99 0uF_.v 0.uF_.v C0 C 0.uF_v C0 0.uF_v - +V_TV_CRT +V_TV_CRT +V_TV_CRT -,0-,-,-,-,-,-,9-0.uF_v C00 +V. +VCCA_TVAC +V. +V +V. +V. +V. +V.0_PEPLL +V. +V. +V +VCCA_TVAC +V.0_PEPLL

27 HEET OF REV -May-00 A0 0A C IZE OC. NUMBER COE CANTIA--POWER F V_ C V_ BF V_9 BB V_9 A V_90 AW V_9 AT V_9 AN V_9 AJ V_9 H V_9 C V_9 B V_9 B V_9 AK V_99 AU AE9 V_ N9 V_ L9 V_ B9 V_ BH V_ BC V_ BA V_ AU V_9 AH V_ AF V_0 A V_ AA V_ Y V_ U V_ T V_ J V_ V_ T V_9 M V_ AN V_0 V_ B V_ B0 V_ BB0 V_ AV0 V_ AN0 V_ H0 V_ E0 V_ AT9 V_9 AM9 V_ AJ V_0 AJ9 V_ V_ AY V_ AT V_ AN V_ AJ V_ AE V_ N V_9 L V_ AW V_0 B V_ AU V_ AM V_ AH V_ A V_ AA V_ Y V_ U V_9 A V_ AL V_0 AA V_ Y V_ U V_ T V_ M V_ F V_ BC V_ AV V_ AU V_9 AM V_ BB V_0 J V_ C V_ B V_9 E V_9 BH V_9 A V_9 Y V_9 B V_9 A V_ AR V_0 AR V_ AM V_ V V_ R V_ P V_ H V_ F V_ BF V_ AH V_9 BF V_ AY V_0 A V_ AY V_ AT V_ AJ V_ AH V_ AF V_ AB V_ R V_ L V_9 K V_9 AV V_90 J V_9 V_9 F V_ C V_ B V_ BH V_ B V_ BB V_9 AV V_ BA V_0 AR V_ AJ V_ AC V_ Y V_ N V_ L V_ J V_ V_ E V_ V_0 A V_ AE V_ AB V_ Y V_ P V_ K V_ H V_ F V_ C V_9 BF V_ B V_0 AH V_ AF V_ AB V_ AA V_ A V_ AN9 V_ T9 V_ N9 V_9 K9 V_ L V_0 H9 V_ F9 V_ A9 V_ B V_ B V_ BA V_ AV V_ AT V_ AR V_9 AJ V_0 B V_ BC V_ BA V_ AV V_ AR V_ AL V_ AH V_ AB V_ P V_9 L V_ N V_0 H V_ N V_ K V_ F V_ C V_0 B V_0 AH V_0 AA V_09 Y V_ Y V_0 U V_ T V_ BF V_ AM V_ AJ V_ AF V_ AE V_ W V_ B V_9 A V_ T U00-9 ITL_CANTIA_FCBA_9P V_ AU V_0 AB V_00 AM V_0 AE V_0 P V_0 L V_0 J V_0 F U V_NCTF_ AB V_NCTF_ V V_NCTF_ AJ0 V_NCTF_ AM9 V_NCTF_ AF9 V_NCTF_ AB9 V_NCTF_ U V_NCTF_9 U V_CB_ BH V_CB_ BH V_CB_ A V_CB_ C V_CB_ B V_CB_ A K V_ AM V_ AA V_9 P V_0 H V_ U V_ U V_ U V_ U9 V_NCTF_ AF V_NCTF_0 AL0 V_NCTF_ V0 V_NCTF_ AC9 V_NCTF_ AL V_NCTF_ AJ V_NCTF_ AA V_NCTF_ R V_ P V_ F V_ BA V_ AW V_ AU V_ AR V_ AP V_ AJ V_9 AH V_0 AF V_ AE V_ A V_ AC V_ Y V_ M V_ AT V_ AM V_ M V_ C V_ BA V_ AH V_9 A V_0 Y V_ L V_ J V_ H V_ F V_ BE V_ BC V_ AV V_9 AL V_0 AH V_9 Y V_99 L V_00 E V_0 B V_0 AY V_0 AU V_0 AN V_0 AJ V_0 AE V_0 AA V_0 N V_09 J V_0 B V_ B V_ AV V_ AT0 V_ AJ0 V_ AE0 V_ AA0 V_ M0 V_ BF9 V_ BC9 V_ AN9 V_9 AM9 V_90 A9 V_9 9 V_9 B9 V_9 BH V_9 BB V_9 AV V_9 AT V_9 AT V_ AM V_ AA V_ J V_ A V_9 B V_0 BB V_ AY V_ AN V_ AH V_ Y V_ N V_ V_ C V_9 B0 V_0 AV0 V_ A V_ B V_ AA V_9 C V_0 B V_ BC V_ BA V_ AN V_ AJ V_ AE V_ N V_9 L V_0 V_ E V_ BF V_ AV V_ AW V_9 AT V_0 R V_ M V_ H V_ C V_ BA V_ AU V_ AN V_9 N V_0 K V_ V_ E V_ B V_ AC V_ W V_ BC0 V_ BA0 V_ AW0 V_ AT0 V_ AJ0 V_ A0 V_ Y0 V_9 N0 V_0 K0 V_ F0 V_ C0 V_ A0 V_ B9 V_ A V_ B V_ BC V_ E NC_ C NC_ B V_99 B V_00 L V_0 AW V_0 AU V_0 AP V_0 AN V_0 AH V_0 AF V_0 AB V_0 R V_09 M V_0 J V_ V_ NC_ E NC_ NC_ C NC_9 B NC_0 A NC_ A NC_ A NC_ A NC_ B NC_ C NC_ NC_ B NC_ A NC_9 F NC_0 MCHN MCHN MCHN MCHN U00-0 ITL_CANTIA_FCBA_9P

28 R 0K_% MA_A(:0) R MA_M(:0) 0K_% MA_Q#(:0) MA_Q(:0) MA_A() MA_A(0) MA_A() MA_A() MA_A() MA_A() MA_A() MA_A() MA_A() MA_A() MA_A(9) MA_A(0) MA_A() MA_A() MA_A() MA_B# MA_B0# MA_B# M_C0# M_C# M_CLK_R0 M_CLK_R0# M_CLK_R M_CLK_R# M_CKE0 M_CKE MA_CA# MA_RA# MA_WE# ICH MCLK ICH MATA MA_Q#(0) MA_Q#() MA_Q#() MA_Q#() MA_Q#() MA_Q#() MA_Q#() MA_Q#() MA_Q(0) MA_Q() MA_Q() MA_Q() MA_Q() MA_Q() MA_Q() MA_Q() M_OT0 M_OT MA_M(0) MA_M() MA_M() MA_M() MA_M() MA_M() MA_M() MA_M() -,0- - -,0- -,0- -,0- -,0- CN A0 0 A 00 A 99 A 9 A 9 A 9 A 9 A 9 A 9 A9 0 A0_AP 90 A 9 A A A A A_BA 0 BA0 0 BA 0 0# # 0 CK0 CK0# CK CK# 9 CKE0 0 CKE CA# 0 RA# 09 WE# 9 A0 00 A 9 CL 9 A OT0 9 OT 0 M0 M M M 0 M M 0 M M Q0 Q Q 0 Q Q Q 9 Q Q Q#0 9 Q# 9 Q# Q# 9 Q# Q# Q# Q# Q0 Q Q 9 Q Q Q Q Q Q Q9 Q0 Q 0 Q Q Q Q Q Q Q Q9 Q0 Q Q Q Q Q Q Q Q Q9 Q0 Q Q Q Q Q Q Q Q Q9 Q0 Q Q Q 0 Q Q Q Q Q 9 Q9 Q0 Q Q 0 Q Q Q Q 9 Q 9 Q Q9 9 0 Q0 Q Q 9 9 Q FOX_A0A_NRN_F_00P MA_ATA(0) MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(9) MA_ATA(0) MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(9) MA_ATA(0) MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(9) MA_ATA(0) MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(9) MA_ATA(0) MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(9) MA_ATA(0) MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA() MA_ATA(9) MA_ATA(0) MA_ATA() MA_ATA() MA_ATA() O IMM0_mm +V ,0- -,0- -,0- -,0- - -,0- -,0- -,0- -,0-,9-,-,- -,0-,9-,-,- -,0- -,0- - -,-,9- -,0-,-,-,-,-,9- MA_ATA(:0) Layout notes: Place these Caps closed o-imm0 C 0.uF_v C 0.uF_v C 0.uF_v C0 0.uF_v C.uF_v C.uF_v C.uF_v C.uF_v C.uF_v C 0.uF_v +V -,-,9-,0-,-,-,-,0-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- C.uF_v C9 0.uF_v For EMI solution M_VREF - C0.uF_v PM_EXTT#0 - - CN0-00 V V V 9 V 9 V V V V V9 0 V0 V 0 V 99 VP NC 0 NC 0 NC 9 NC NCTET VREF N0 N V V V V V V V V V9 V0 V V 9 V 9 V V V V V V9 V0 V V 9 V 0 V V V 9 V V V9 V0 V V V V V 90 V V 9 V V9 V0 V V V V V V V V V9 9 V0 V 9 V V V 0 V 0 V V FOX_A0A_NRN_F_00P -May-00 R-IMM-0 IZE COE OC. NUMBER REV C 0A A0 HEET OF

29 MB_A(:0) R MB_M(:0) 0K_% MB_Q#(:0) MB_Q(:0) MB_A() MB_Q#(0) MB_Q#() MB_Q#() MB_Q#() MB_Q#() MB_Q#() MB_Q#() MB_Q#() MB_A(0) MB_A() MB_A() MB_A() MB_A() MB_A() MB_A() MB_A() MB_A() MB_A(9) MB_A(0) MB_A() MB_A() MB_A() MB_Q(0) MB_Q() MB_Q() MB_Q() MB_Q() MB_Q() MB_Q() MB_Q() MB_B# ICH MCLK ICH MATA M_OT M_OT MB_M(0) MB_M() MB_M() MB_M() MB_M() MB_M() MB_M() MB_M() - -,0- -,0- -,0- -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- -,0-,-,-,- -,0-,-,-,- CN A0 0 A 00 A 99 A 9 A 9 A 9 A 9 A 9 A 9 A9 0 A0_AP 90 A 9 A A A A A_BA 0 BA0 0 BA 0 0# # 0 CK0 CK0# CK CK# 9 CKE0 0 CKE CA# 0 RA# 09 WE# 9 A0 00 A 9 CL 9 A OT0 9 OT 0 M0 M M M 0 M M 0 M M Q0 Q Q 0 Q Q Q 9 Q Q Q#0 9 Q# 9 Q# Q# 9 Q# Q# Q# Q# Q0 Q Q 9 Q Q Q Q Q Q Q9 Q0 Q 0 Q Q Q Q Q Q Q Q9 Q0 Q Q Q Q Q Q Q Q Q9 Q0 Q Q Q Q Q Q Q Q Q9 Q0 Q Q Q 0 Q Q Q Q Q Q9 9 Q0 Q Q 0 Q Q Q Q 9 Q 9 Q Q9 9 0 Q0 Q Q 9 9 Q MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(9) MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(9) MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(9) MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(9) MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(9) MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() MB_ATA() MB_ATA(9) MB_ATA(0) MB_ATA() MB_ATA() MB_ATA() +V. -,0- -,0- -,0- - -,0- -,0- -,0- -, ,0- -,0-,-,-,-,-,- Layout note: Place these Caps closed o-imm C 0.uF_v C 0.uF_v C 0.uF_v C0 0.uF_v C.uF_v C09 0.uF_v MB_ATA(:0) +V C.uF_v C0 0.uF_v C.uF_v C.uF_v C.uF_v C9.uF_v - -,0- -,0- -,0- M_VREF -,-,- C.uF_v PM_EXTT# MB_B0# MB_B# M_C# -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- M_C# M_CLK_R +V M_CLK_R# M_CLK_R M_CLK_R# R9 M_CKE 0K_% M_CKE MB_CA# MB_RA# MB_WE# 00 CN0- V V V 9 V 9 V V V V V9 0 V0 V 0 V 99 VP NC 0 NC 0 NC 9 NC NCTET VREF N0 N V V V V V V V V V9 V0 V V 9 V 9 V V V V V V9 V0 V 9 V V V 0 V V V 9 V V9 V0 V V V V V 90 V 9 V V V9 V0 V V V V V V V V V9 V0 9 9 V V V 0 V V V 0 V FOX_A0A_NRN_F_REV_00P FOX_A0A_NRN_F_REV_00P O IMM mm -May-00 R-IMM IZE COE OC. NUMBER REV C 0A A0 HEET 9 OF

30 +V0.9 -,0- C C C C C C C C C9 C C C9 C 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v C 0.uF_v C 0.uF_v C 0.uF_v C 0.uF_v C 0.uF_v C 0.uF_v C 0.uF_v C0 0.uF_v C 0.uF_v C 0.uF_v C 0.uF_v C0 0.uF_v C 0.uF_v +V0.9 LAYOUT NOTE : PLACE ONE CAP CLOE TO EVERY PULL UP REITOR TERMINATE TO +V0.9 -,0- R _% R9 R R _% _% _% -,- -,- -,9- -,9- M_CKE0 M_CKE M_CKE M_CKE R _% R _% R _% R _% R _% R _% R0 _% R _% R _% R _% -,- -,- -,9- -,9- -,- -,- -,- -,- -,- -,- M_OT0 M_OT M_OT M_OT MA_B0# MA_B# MA_B# MA_WE# MA_CA# MA_RA# -,9- -,9- -,9- -,9- -,9- -,9- +V0.9 -,0- R _% R9 _% R _% R _% R _% R _% MB_B0# MB_B# MB_B# MB_WE# MB_CA# MB_RA# R9 _% R _% R _% R _% -,- -,- -,9- -,9- M_C0# M_C# M_C# M_C# R R R9 R0 _% _% _% _% MB_A(0) MB_A() MB_A() MB_A() -,9- MB_A(:0) R _% MB_A() R0 _% R _% MA_A(0) MA_A() -,- MA_A(:0) R0 R9 R _% _% _% MB_A() MB_A() MB_A() R _% MA_A() R _% MB_A() R _% MA_A() R _% MB_A(9) R _% MA_A() R _% MB_A(0) R0 _% MA_A() R _% MB_A() R _% MA_A() R _% MB_A() R _% MA_A() R _% MB_A() R _% R _% MA_A() MA_A(9) R _% -,9- MB_A() R9 _% MA_A(0) R _% MA_A() R _% MA_A() R _% MA_A() R _% -,- MA_A() -ep-00 R-AMPIN IZE COE OC. NUMBER REV C 0A A0 HEET 0 OF

31 9 CRT_R_C CRT C CRT_B_C R 0_% R 0_% CLOE TO CRETLINE - CRT_CATA CRT_CCLK R CRT_R_L R 0_% 0_% - +V R.K_% C C9 C pf_0v pf_0v pf_0v R09.K_% CRT L R.K_% CRT_B_L MKFU R9 Q Q +V C uf_0v 0_% -,-,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- R9 0_% CRT_HYNC pf_0v_ C0 CRT_R_R CRT R CRT_B_R - 0K_% R CHENMKO_BAV99 U000 OE A Y N Vcc OE Y A TB_TCWFK_OP_P - CHENMKO_BAV99 0K_% CLOE TO VA CONN +V R9 -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-, ,-,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- CRT_VYNC CHENMKO_BAV99 +V_CRT R0 _% R0 _% 00 +V C A CHENMKO_CHPZV_P - -,-,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- C09 0.uF_v R9.K_% C R9.K_% C0 pf_0v ALLTOP_K_C0_P C0 pf_0v CN MKFU CHENMKO_CHPZV_P C A C +VA - -,-,9-,0-,-,-,-,-,-,0-,- CRT_R CRT_ CRT_B _% _% _% - L - BLMBA0N - L BLMBA0N L9 - BLMBA0N R R90 R9 - - CRT_R_C CRT C CRT_B_C -,-,-,9-,-,-,-,-,-,-,-,- LP_#_R Q00 K_% R0 MK00F +V -,-,-,-,-,0-,-,-,-,-,-,9-,-,-,-,-,- +V_CRT Q00 - PMVXP C9 0.uF_v R 0K_% R 0K_% HMI_TXC- HMI_TX+ HMI_TX- HMI_TX+ HMI_TX- HMI_TX0+ HMI_TX0- HMI_TXC+ HMI_CLK HMI_ATA CN0 N N N N HMICONN HMI_HP - R K_% 9 9 ALLTOP_C_9A_L_9P 9-May-00 CRT&HMI CON IZE COE OC. NUMBER REV C 0A A0 HEET OF

32 +VA -,-,9-,0-,-,-,-,-,-,0-,- LV_V_EN - R K_% Q MK00F R K_% (0/) C 0.0uF_v PMVXP +VA Q -,-,9-,-,-,-,-,-,-,0-,-,- Place closed to connector (0/) R 00_% C 0uF_.v C 0.uF_v +V -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- MK00F Q R0 R0.K_%.K_% C000 0.uF_v (0/) INV_PWM_ - C 000pF_0v +VBATR LV_C_CLK LV_C_ATA LVA_ATA#0 LVA_ATA0 LVA_ATA# LVA_ATA LVA_ATA# LVA_ATA LVA_CLK# LVA_CLK -,-,-,9-,-,-, CN ACE 00_P L_BKLT_EN -,- C9 0.uF_v -May-00 LC CONN IZE COE OC. NUMBER REV C 0A A0 HEET OF

33 +VAL -,-,-,-,-,-,-,0-,-,- +V_RTC -,- 00 BATC R K_% C9 uf_0v C9 uf_.v R 0_%_ C0 pf_0v CN0 - + LOTE_AAA_BAT_0_K0_A_P LE ATA# +V RTCBAT R 0K_% R0 K_% H YNC H BITCLK MC YNC MC BITCLK AZ BITCLK AZ YNC H RT# AZ RT# MC RT# AZ IN0 MC IN H IN AZ OUT MC OUT H OUT ATA_C_RXN0 ATA_C_RXP0 ATA_C_TXN0 ATA_C_TXP0 ATA_C_RXN ATA_C_RXP ATA_C_TXN ATA_C_TXP R00 0K_% R9 M_% C0 uf_0v R0 K_% C00 0pF_0v_ - CLOE TO ICH9 CLOE TO ICH9 C0 pf_0v R9 _% R9 _% R9 _% R9 _% R90 _% R _% R9 _% R _% R _% R _% R _% R9 _% C0 0.0uF_v C09 X.KHZ +V._PCIE_ICH 0.0uF_v C0 0.0uF_v C00 0.0uF_v ATA_TXN0 ATA_TXP0 ATA_TXN ATA_TXP R 0M_% U- C RXTC C RXTC A F0 C B A E C F E B0 B B AF AH AE AF A AH AE A A AE A AJ AH AF A AH AJ A AF RTCRT# RTCRT# INTRUER# INTVRMEN LAN00_LP LAN_CLK LAN_RTYNC LAN_RX0 LAN_RX LAN_RX LAN_TX0 LAN_TX LAN_TX LAN_COMPI LAN_COMPO HA_YNC HA_RT# HA_IN0 HA_IN HA_IN HA_IN HA_OUT ATALE# ATA0RXN ATA0RXP ATA0TXN ATA0TXP ATARXN ATARXP ATATXN ATATXP RTC LAN / LAN LAN_OCK#_PIO HA_BIT_CLK IHA HA_OCK_EN#_PIO HA_OCK_RT#_PIO ATA LPC LRQ0# LRQ#_PIO CPU FWH0_LA0 FWH_LA FWH_LA FWH_LA FWH_LFRAME# A0ATE A0M# PRTP# PLP# FERR# CPUPWR INNE# INIT# INTR RCIN# NMI MI# TPCLK# THRMTRIP# TP ATARXN ATARXP ATATXN ATATXP ATARXN ATARXP ATATXN ATATXP ATA_CLKN ATA_CLKP ATARBIA# ATARBIA ITL_ICH9M_FCBA_P K K L K K J J N AJ AJ AE AJ A AF AE A L AF AF AH A A AH AJ A AF AH9 AJ9 AE0 AF0 AH AJ AJ AH EC A0ATE H_A0M# - H_PLP# R 0_% -,0- - -,0- - H_PWR H_INNE# H_INIT# H_INTR H_NMI H_MI# H_TPCLK# ,-,- R9 LPC A(0) LPC A() LPC A() LPC A() LPC FRAME# _% Close to ICH9 R 0K_% R9.9_% H_PRTP# +V PM KBCCPURT# R.9_% +V R9 -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-, R9 _% -,- R0.9_% -,0- -,0- -,0- -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,- -,-,-,-,-,-,-,-,-,-,-,- - -,-,9-,0-,-,-,-,0-,-,-,-,-,9-,-,-,-,-,-,-,-,-,-,-,-,-,-,-,-, ,-,-,-,-,-,-,-,-,-,-,- R9 _% CLK_R_ATA# CLK_R_ATA H_FERR# 9- -,- PM_THRMTRIP# ICH9- IZE COE OC. NUMBER REV C 0A A0 -May-00 HEET OF