VULCAIN Discrete. SI Build INVENTEC VV Discrete DATE DRAWER DESIGN CHECK RESPONSIBLE TITLE VER : A3 CS 1310A MTR SIZE = REV A01

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1 VULCAIN iscrete I Build 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 A C 0A9-0-MTR HEET OF REV A0

2 TABLE OF CONTENT PAE - C& BATTERY CHARER - ELECT & BATTERY CONN - YTEM POWER(V/V) 8- YTEM POWER(+V.8/+V.) 9- RAPHIC POWER(+VFX_CORE) 0- YTEM POWER(/+V.) - CPU POWER(VCC_CORE) - R TERMINATION VOLTAE - POWER(LEEP) - POWER(EQUEE) PAE - CLOCK_ENERATOR - PENRYN- - PENRYN- 8- PENRYN- 9- THERMAL&FAN CONTROLLER 0- Crestline- - Crestline- - Crestline- - Crestline- - Crestline- - Crestline- - R-IMM0 - R-IMM 8- R-AMPIN 9- VA CONN 0- LCM CONN - ICH8- - ICH8- - ICH8- - ICH8- - ICH8- PAE - YTEM BIO&O Extend/B - H&O CONN 8- UB CONN 9- KBC 0- KB&TP CONN - AUIO COEC - MC CONN & AUIO JACK - NIC 0/00- CONTROLLER - NIC 0/00- RJ CONN - MINICAR CONN & BLUETOOTH - NEW CAR & /MMC - LE & BUTTON 8- CREW 9- ATI M9-0- ATI M9- - ATI M9- - ATI M9- - VIEO RAM- - VIEO RAM- 0-Nov-008 IZE COE OC. NUMBER A C 0A9-0-MTR HEET OF REV A0

3 Penryn (8 ufcpa) P. V-RAM R P. FB LCM VA P.0 P.9 LV CRT ATI M9 P.9 PCI_EXPRE Crestline 9PM (99 PCBA) P.0 R R R II _OIMM0 P. R II _OIMM P. Clock enerator IC9LPR P. FIXE O YTEM BIO PI MI ATA H P. P. P. ATA MAIN BATT ystem Charger & C/C ystem power /MMC CNTR P. BLUETOOTH CNTR P. UB0 CNTR P.8 UB CNTR P.8 UB CNTR P.8 CAR REAER ALCOR AU (UB) P. UB.0 Web CAM CNTR (UB) P.0 ICH8-M BA HA LPC P. PCI_EXPRE LAN MINI CAR New Card NIC 0/00 CONN CONN MARVEL (UB) P. 88E80 (WLAN) P. RJ P. P. MC V. CONNECTOR AUIO COEC A_98A KBC MC KBC00 P. P. P.9 RJ P. Mic IN P. Headphone P. peaker P. Keyboard P.0 TouchPad P.0 0-Nov-008 IZE COE OC. NUMBER A C 0A9-0-MTR HEET OF REV A0

4 LIMIT_INAL OCP AP_EN OCP_OC# AP_P0 AP_P +VA +V Adapter (90W) Charger (BQ0) CHCTRL_ AP_PRE AP_PRE KBC_PW_ON /.V (TP0) +VA +VAL +VAL +V AC_AN_CH +VBC BATELB AC_AN_CH CHCTRL_ +VBATA elector (iscrete) +VBATR BATCON Main Battery LP_#_R LP_#_R LP_# +V.8 V.8_P IO POWER (TP) +V. LR (99) LR (APL9) LP_# LR +V0.9 M_VREF +V. V._P V._P VCCP_P LP_# LP_#_R ATI PU POWER (TP) +V_CORE +VPCIE VA_P IMVP VI +VCC_CORE PWR_OO_ PM_PRLPVR PI# H_PRTP# (AP08) VR_PWR_CK0 -ep-008 IZE COE OC. NUMBER A C 0A9-0-MTR HEET OF REV A0

5 R0 K_% R0 8.K_% R.K_% R 00K_% +VBC R 00K_% 8 0.uF_v + OUT - ON_LM9R_OP_8P U00-A R0 M_% C0 - CHCTRL_ R 00K_% R.K_% K_% R P0_A_0V Q 8 FAIR_FMCBZ_8P AC_AN_CH R M_% +VAL IN+ IN- V+ AP_PRE C 0.uF_v R 0K_% R.K_% ALARM R9 00K_% R 9K_% C 0.uF_v OUT U V- MICREL_LMC0BIM_OT_P +VAP - -,-,8-,9-,-,-,9-,0-,9-,8- VREF -,- FAIR_LMAM_OP_P FAIR_LMAM_OP_P -,-,-,-,9-,9-,-,-,-,0-,-,8- FAIR_LMAM_OP_P +V R U0- + R R FAIR_LMAM_OP_P + U0-A 00K_% 0K_% + K_% OUT C JACK + + U0-B U0-C - OUT INA_C I0_P - + R BAT_0V_0.A - +VAP OUT R 0 JACK00 L0 R OUT 8.A_0mil 00K_% - -.K_% BATC_0V_0.A -,- NFM0R0T R.A_0mil 0K_% VAPTR R C0 C _% Q C0 8K_% uf_v 00pF_0V R8 Q E C C C C C B 80.K_% C8 E R9 B uf_0v C 0.uF_v 0pF_0V 0.uF_v C 0pF_0V MMBT90 R.K_% 0.uF_v MMBT90 800pF_v R9 9.K_% 0_% -,-,9-,- 0VREF Kevin sense R 00_% R8 0K_% R 0_% +VAP - R 0K_% N8 00 U0 ANOE ANPEC_APLLBAC_OT_P R 0_% R8 0.00_%_W R 00_% C uf_.v CATHOE REF +VBATR C uf_.v R99.K_% R90 00K_% - R0 0.08_%_W R 0.K_% C.uF_.v R.K_% -,- +VAL -,- 8 + OUT - ON_LM9R_OP_8P C0 U00-B Q8 0.0uF_v UMKN +VAP R9 K_% Kevin sense R 00_% U 8 ACN 9 ACP ACET ENABLE 8 ACEL 9 ALARM RET ACET ACPRE IBAT VREF COMP R9 0_% C9 C.uF_.v 0pF_0v C.uF_v ACRV# VCC PWM# RP RN BATP BATRV# V 8 VHP 0 BATET BATEP N 0 THERMAL 9 TI_BQ0_QFN_8P +VBATR 0 MMZ8B C uf_v R K_% R K_% Q R8 K_% R88 N00W 0K_% C99C99C99.uF_v.uF_v.uF_v CHENMKO_BAT_P R9 K_% R 0K_% C8 80pF_0v Q08 R MK00F.8K_% C 00_OPEN Q FAIR_FMCBZ_8P 8 R 0_% R0 00K_0.% R K_0.% - R 8.8K_% R8 K_% R9.K_% H_TPCLK R0 K_% R 80.K_% BRU0P OCP_OC# Kevin sense 0-ec-008 Place near L9 0K_% R89 Q B E L00 PLFC0R_0uH K_% R MK00F C Q0 MMBT90 R0 0.0_% C 0.0uF_v R90 K_% Q UMKN R M_% K_% R Note: high power trace CELLEL#=,Vcharger=.V CELLEL#=0,Vcharger=.8V C &BATTERY CHARER IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF - R90 0K_% C9C9C9C9.uF_v.uF_v.uF_v.uF_v - CELLEL# +V - MAX_LX +VBC -,- -,-,-,-,9-,9-,-,-,-,0-,-,8- - -,9- +VAP -,- R0 0K_% +VAL -,- -,- -,-,8-,9-,-,-,9-,0-,9-,8- R98 +VAL 0K_% -,-,-,-,9-,0-,- H_TPCLK

6 - R 0K_% R K_% 0 MMZ8B Q0 8 AM8P_AP PA00 POWERPA_A R08 0K_% MAIN BATT 9-9- R9 0_% R9 0_% CN0 8 8 YN_000MR0000ZU_P 00 PEV0UBB 00 PEV0UBB C pf_0v C0 0.uF_v -,-,-,-,-,9-,0-,- C R8 0.0uF_0v 0K_% R9 C 00K_% +VAL 000pF_0v R -,-,-,-,-,9-,0-,- -,9- U0 K_% 9- THM_MAIN# TCF R 0K_% Q MK00F - R0 0K_% Q MK00F R 0K_% R90 0_% 0 PEV0UBB +VAP - +VBC +VBATA +VAL -,-,-,-,-,9-,0-,- +VAP - R0 0K_% - CELLEL# A_MAIN CL_MAIN R 00_% +VAL -,-,-,-,-,9-,0-,- +VAL CHCTRL_ 0 CHENKO_LL8_P AC_AN_CH 9- BATCON AP_PRE -,-,9-,- 0-ec-008 ELECT & BATTERY CONN IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

7 +VAL -,- AP_PRE KBC_PW_ON Q0 -,-,9-,- 9- N00W R98 0K_% Q0 N00W R98 9.8K_% R988 8K_% +VBATP - +VBATR -,8-,9-,-,-,9-,0-,9-,8- PA00 POWERPA_A R980.9K_% R98 0K_% N R980 0K_% R98 K_% N N +VBATP R98 0_% VREF - 8-,9-,0-,-,-,-,-,0-,-,8-,8- C90 C9.uF_v.uF_v 8 0_%_OPEN R98 +VA C9 0.uF_v -,-,-,0-,-,-,-,-,-,-,- Q0 R98 PA00 L8 IN._% PCMC0T_RMN 8 POWERPA 00 Q0 +VAL C99 -,-,-,-,9-,0-,- 0uF_.V IN -,- R98 0_% C9 PA00 POWERPAxm uf_.v TML VO 8 VRE 9 VBT 0 RVH LL RVL ENTRIP VFB TONEL VREF VFB ENTRIP EN0 KIPEL N VIN VRE VCLK 8 U0 VO POO VBT RVH 0 LL RVL 9 N -,9- TI_TP_QFN_P +VAL -,-._% C9 RMRT# R989 0.uF_v - 8 MAX_LX 8 Q0 IN C90 C98 C99.uF_v.uF_v.uF_v Q0 IN +VBATP - L9 PCMC0T_RMN C9 0uF_.V PA00 POWERPA 00 +VA C9.uF_.V C9.uF_v C9.uF_.V -ep-008 YTEM POWER(V/V/V) IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

8 R R R8 R.K_% 0K_% 0K_% 0K_% N N +VBATR V.8_P -,- LP_#_R 9-,0-,-,-,-,-,9-,-,- R LP_#_R +VBATR 0_%_OPEN -,-,8-,9-,-,-,9-,0-,9-,8- C C U.uF_v.uF_v 8 C8 C8 8 N.uF_v POO -.uf_v +V.8 POO Q V._P IN 8 EN 9-,0-,-,-,0-,-,-,-,- C9 EN Q 0.uF_v R9 C8 9 VBT VBT R IN._%._% 0 RVH PA0 0.uF_v RVH L TI_TPRER_QFN_P LL 0 L0 LL PCMC0T_R0MN PCMC0T_RMN POWERPA 00 RVL 9 RVL 8 8 C +VA 90uF_.V -,9-,0-,-,-,-,-,0-,-,8-,8- Q9 Q9 F90A FA -,-,8-,9-,-,-,9-,0-,9-,8- - VO PN VFB TRIP TONEL N VFILT VIN VFB TRIP VO 8 PN PA0 POWERPA 00 C 0uF_.V +V. 0-,0-,-,- C R9 0_% C R 9.09K_% R0.K_% uf_0v.uf_.v PA008 POWERPAxm N 0-ec-008 YTEM POWER(+V.8/+V.) IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET 8 OF

9 POW_W POW_W0 +V_CORE 0 0 V 0 0.9V 0 0.9V +VPCIE 0-,- +V.8 8-,0-,-,-,0-,-,-,-,- +VBATR -,-,8-,-,-,9-,0-,9-,8- +V_CORE POW_W0 C98 C90 uf_.v uf_0v PA009 POWERPAxm VAP_AN R98 9.K_% R98 0K_% R989 0K_% C9 00_OPEN C9 0uF_.v U0 VLO VLOFB N OOFF O 8 COMP 9 VOW TML-PA VLOIN 0 VWFB 0 VBT ENLO 9 RVH LL 8 RVL PN C VIN POO ENW R980 0K_% TI_TP_RHL_0P C9 R98 0.uF_v 0_% Q08 IRFH0TRPbF R98 0K_% +VA C99.uF_.v C9 C9.uF_v.uF_v Q0 FM80 C9.uF_v L0 PCMC0T_R0MN C9 00_OPEN R K_% R98 0K_% R98.K_% C9 000pF_0V Q09 MKFU PA00 POWERPA_A C9 C9 uf_.v POW_W 0uF_v_9mR_Panasonic R98 9- K_% C98 000pF_0V 9- -,8-,0-,-,-,-,-,0-,-,8-,8- - ATE R R98 0_% - - VA_P VAP_AN VAP_AN LP_#_R R98 8-,0-,-,-,-,-,9-,-,- 00_OPEN C9 C9 0.uF_v 0.uF_v_OPEN -ep-008 RAPHIC POWER (+VFX_CORE) IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET 9 OF

10 +VA -,8-,9-,0-,-,-,-,-,0-,-,8-,8- +V.8 8-,9-,-,-,0-,-,-,-,- C89 0.uF_v +VA VCCP_P - +V. C.uF_.v R 00_OPEN MT_98_AJTBUf_OT_P VCC N P U RV AJ EN R 00_OPEN C88 00_OPEN Q AM0N 8 R 00_OPEN R8 _% C90 0.0uF_v R0 _% PA0 POWERPA 00 C C 0uF_.v 0uF_.v R9 00_% 8-,9-,0-,-,-,-,-,9-,-,- R99 0_% 0-,-,-,-,-,8-,9-,-,-,-,-,- LP_#_R 0_%_OPEN C9 uf_0v U POK VCNTL VIN VOUT VOUT 8 EN FB VIN N 9 ANPEC_APL90KAI_TRL_OP_8P 0-,-,-,-,-,8-,9-,-,-,-,-,- R99 8-,0-,-,- - C8 uf_.v V._P C0 uf_.v C uf_0v C99 9pF_0V POWERPA 00 R.K_% PA R 0K_% +V. -,8-,9-,0-,-,-,-,-,0-,-,8-,8- -,8-,-,-,-,- 8-,9-,0-,-,-,-,-,9-,-,- LP_#_R R9 R R8 R 98 0 ohm OPEN OPEN 0 ohm C9 OPEN 0 ohm 0 ohm OPEN 0-ec-008 YTEM POWER(/+V.) IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET 0 OF

11 -,-,-,0-,-,-,-,-,-,-,- +VA +V -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- VR_PWR_CK0# - R K_% R9898 0K_% Q0 -,- VR_PWR +VBATR -,-,8-,9-,-,9-,0-,9-,8- MK00F PA00 C99 pf_0v 0-,- C90 pf_0v - CN AN_VCORE - C9 pf_0v -,0- +V -,-,-,9-,9-,-,-,-,0-,-,8- CP CN CP C9 pf_0v VENE VCCENE -,8-,9-,0-,-,-,-,0-,-,8-, R98 _% C9 pf_0v R98 _% R98 _% C9 pf_0v AN_VCORE R988 C9 _% AN_VCORE 00_OPEN R989 0_% C9 R980 00_OPEN PM_PRLPVR VR_PWR_CK0# PWR_OO_ R98 0_%_OPEN C9 0.uF_.v R98 0_% 0_% C98 00_OPEN H_PRTP# PI# H_VI AN_VCORE H_VI H_VI H_VI H_VI H_VI H_VI0 AN_VCORE AN_VCORE R98 0K_% - -,0-, R98.K_% R98 00_OPEN -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- +VA 8-8- C99 pf_0v 8- R9880 K_% PA00.uF_.v POWERPAxm R98 0_% R98 99_% R988 0_% R989 0_% C90 R988 _% TP PwPd VFILT 0 9 ILEW 8 OREL TONEL TRIPEL PWRMON VR_ON CLK_EN# PRLPVR POO VR_TT# PRTP# PI# VI VI VI VI 8 VI R988 00_OPEN R988 00_OPEN 0 ROOP RVH 9 VREF VBT N LL 8 CP RVL CN U0 VIN TI_TP0RHAR_QFN_0P CN PN CP RVL 8 NN LL 9 VN VBT 0 THERM RVH 9 VI 0 VI0 +V - R988._% R988._% C9 0.uF_V C9 0.uF_V - 0-,-,-,-,8-,9-,-,-,-,-,- C9.uF_v C9 0.uF_V_OPEN POWERPA 00 C9 C98 C9 8uF_V C980 C9 C99 C98 C98 8.uF_v.uF_v.uF_v0.uF_V_OPEN TPCA800_H Q0 C98.uF_v.uF_v.uF_v.uF_v 8 TPCA8A0_H Q0 8 TPCA800_H Q0 8 TPCA8A0_H Q00 CN CP R _OPEN 00_OPEN - -.9K_% R9888 C98 00_OPEN R _OPEN C98 R9889.9K_% CP CN 00_OPEN 0K_% 8.K_% 0-,-,9- PM_PWROK Oct-008 R989 0_% C98 0.0uF_0v R9890 R989 L L R989 0K_% C98 R989 R989 CYNTEC_PCMC0T_RMN_P CYNTEC_PCMC0T_RMN_P - - 0_% R989 8.K_% R989 00_OPEN 0.0uF_0v +VCC_CORE CPU POWER(VCC_CORE) IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

12 LP_#_R 8-,9-,0-,-,-,-,9-,-,- 8-,- LP_#_R -,8-,9-,0-,-,-,-,0-,-,8-,8- +VA 8-,9-,0-,-,0-,-,-,-,- +V.8 C8 C uf_0v 0-,-,- M_VREF 0uF_.v +V0.9 C8.uF_.v U MT_99FU_MOP0_0P TML VQN 0 VIN VLOIN 9 VTT 8 N PN VTTN VTTREF 8- C9 0.uF_v C8 0uF_.v NOTE: R REULATOR -ep-008 R TERMINATION VOLTAE IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

13 +VA +V -,-,-,-,0-,-,-,-,-,-,-,- -,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- Added for VA +VA +V +V.8 +V.8 -,-,-,9-,9-,-,-,-,0-,-,8-8-,9-,0-,-,0-,-,-,-,- -,8-,9-,0-,-,-,-,0-,-,8-,8-8-,9-,0-,-,-,-,- ATE R ATE_ 9-,- R0 0K_% - ATE_ - C08 0.0uF_v Q9 FCBN R _% C89 0uF_.v R 0K_% Q C09 FCBN 0.0uF_v R 00_% ATE R ATE_ C90 0uF_.v R9 9-,- 0_% R - 00_OPEN C8 00_OPEN Q 8 FMC888 R 00_% C9 0uF_.v R0 00_% +V. 0-,8-,-,-,-,- Q MK00F Q MK00F Q0 MK00F Q0 MK00F +VBATR +VBATR -,-,8-,9-,-,-,9-,0-,9-,8- -,-,8-,9-,-,-,9-,0-,9-,8- C 0.0uF_v R K_% R.K_% B Q MMBT90 E C LP_#_R 8-,9-,0-,-,-,-,-,9-,-,- -,-,-,-,0-,-,-,-,-,-,-,- +VA B C E Q MMBT90 R 0K_% MMZ8B R 0_% R 0_% R 0_% - ATE_ - R 0_% ATE_ R 00K_% R K_% Q LP_#_R 8-,9-,0-,-,-,-,-,9-,-,- Q MK00F MK00F -Nov-008 POWER(LEEP) IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

14 +VA +V -,-,-,-,0-,-,-,-,-,-,-,- -,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- Added for VA +VA +V +V.8 +V.8 -,-,-,9-,9-,-,-,-,0-,-,8-8-,9-,0-,-,0-,-,-,-,- -,8-,9-,0-,-,-,-,0-,-,8-,8-8-,9-,0-,-,-,-,- ATE R ATE_ 9-,- R0 0K_% - ATE_ - C08 0.0uF_v Q9 FCBN R _% C89 0uF_.v R 0K_% Q C09 FCBN 0.0uF_v R 00_% ATE R ATE_ C90 0uF_.v R9 9-,- 0_% R - 00_OPEN C8 00_OPEN Q 8 FMC888 R 00_% C9 0uF_.v R0 00_% +V. 0-,8-,-,-,-,- Q MK00F Q MK00F Q0 MK00F Q0 MK00F +VBATR +VBATR -,-,8-,9-,-,-,9-,0-,9-,8- -,-,8-,9-,-,-,9-,0-,9-,8- C 0.0uF_v R K_% R.K_% B Q MMBT90 E C LP_#_R 8-,9-,0-,-,-,-,-,9-,-,- B -,-,-,-,0-,-,-,-,-,-,-,- +VA C E Q MMBT90 R 0K_% MMZ8B R 0_% R 0_% R 0_% - ATE_ - R 0_% ATE_ R 00K_% R K_% Q LP_#_R 8-,9-,0-,-,-,-,-,9-,-,- Q MK00F MK00F -Nov-008 POWER(LEEP) IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

15 +VAL -,-,-,-,-,9-,0-,- R 00K_% +VAL C 0.uF_v PHP_LVC_OT_P U 9- R 00K_% VCC_POR#_ CHENKO_LL8_P -,-,-,-,-,9-,0-,- C 0.uF_v +VA R0 -,-,-,0-,-,-,-,-,-,-,- M_% +VA R 0K_% -,8-,9-,0-,-,-,-,-,0-,-,8-,8- LP_#_R U-A 8 R0 -,-,0- R PWR_OO_ + 0K_% 0K_% OUT - C R0 8-,9-,0-,-,-,-,9-,-,- 00_OPEN ON_LM9R_OP_8P R98 K_% 0.uF_v AP0K C80 0.uF_v 9- R0 VA_P VREF +V K_% 8- R -,- V._P 0K_% 0- R9 R0 V._P R9 0K_% 00K_% 0K_% 8- R9 R9 V.8_P 0K_% M_% -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- 0- R9 +V VCCP_P +VA 0K_% -,8-,9-,0-,-,-,-,-,0-,-,8-,8-8 R99 R9 + U-B 8.K_% 0K_% OUT -,-,-,9-,9-,-,-,-,0-,-,8- - ON_LM9R_OP_8P +V C C R00 R0 9.9K_% 000pF_0v 0.uF_v 0K_% -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- 9- -,-,0- PWR_OO_KBC PWR_OO_ -Nov-008 POWER(EQUEE) IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

16 -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- +V -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- Layout note: All decoupling 0.uF disperse closed to pin L BLM8AN C 0uF_.v C 0.uF_v C 0.uF_v C9 0.uF_v C 0.uF_v C8 0.uF_v C 0.uF_v +V -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- Layout note: All decoupling 0.uF disperse closed to pin L8 BLM8AN C9 C9 C C C C0 C C 0uF_.v 0uF_.v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- +V R 0K_%_OPEN R0 0K_%_OPEN R 0K_% R8 0K_% CPU_BEL CPU_BEL CLK REF FA 0 FB CLKREQ_R_ATA# CLKREQ_R_MCH# FC 0 0 Byte: bit =0(PW) FB CLOCK FREQUEY 800 0K_% R *CLKREQ# pin controls RC Table. 0K_% R VR_PWR CLK_PWR -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- +V -,- -,- R89 - R 0K_% +V R _% R9899 0_% R9900 0_%_OPEN HOT CLOCK FREQUEY 00 Byte: bit = 0K_% C CLK_R_ICH8 pf_0v CLK_R_EBU CPU_BEL0 CLKREQ_R_ATA# ICH MCLK ICH MATA CLK_R_CR8 C pf_0v Please place close to CLKEN within 00mils Byte: bit =0(PW) -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- C 00_OPEN 0-,-,-,-,-,8-,9-,-,-,-,-, X0.88MHZ 0PPM R.K_% R 00_OPEN R0 R98 R88 CLK_R_MINICAR R 0K_%_OPEN _% R _% +V R0 C pf_0v _% _% Byte: bit = CLK ICH8 CLKREQ_ATA# CLKREQ_MCH# CLK EBU CLK MINICAR CR#_E Byte: bit=0, disable CR#_E;,enable CR#_E RC ITP_EN =0 RC8/RC8# ITP_EN = ITP/ITP# R9 R R9 R9 R 0K_% R8 00_OPEN - - R 0K_% K_% - R _% CLK_R_XP 9- CLK_R_XP# - CLK_R_REQH# - CLK_R_REQ# CLK_R_PCIE_NEWCAR CLK_R_PCIE_NEWCAR# C9 R 0K_%_OPEN 00_OPEN -,0- - -,0-9-,-,-,-,0-9-,-,-,-,0- U 8 VRC_IO VRC_IO 8 VRC_IO PCI_TOP# V9_IO CPU_TOP# 9 VRC CLK_R_MCHBCLK VREF CPUT_F 0 VPLL_IO CPUC_F 0 CLK_R_MCHBCLK# 9 VCPU_IO CPUT0 CLK_R_CPUBCLK CLK_R_CPUBCLK# CPUC0 9 CLK_R_XP V8 CPUT_ITP_RCT8 VPCI CPUC_ITP_RCC8 CLK_R_XP# VCPU V RCT_CR#_H CLK_REQH# _% CLK_REQ# _% RCC_CR#_ CLK_R_PCIE_NEWCAR RCT0 0 UB_8MHZ_FLA RCC0 CLK_R_PCIE_NEWCAR# FLB_TET_MOE RCT9 0 CLK_R_PCIE_MINI REF0_FLC_TET_EL CLK_R_PCIE_MINI# RCC9 PCI0_CR#_A PCI_CR#_B RCT_CR#_F PCI_TME RCC_CR#_E PCI RCT CLK_R_REF 0 CLK_R_REF# CK_PWR_P# RCC CLK KBPCI _% CLK PCI elect TAT PCI_F_ITP_EN CLK ICHPCI _% 0 X RCT CLK_R_PE_MCH 8 CLK_R_PE_MCH# RCC 9 X CLK_R_PCIE_ICH RCT_CR#_C 8 RCC_CR#_ CLK_R_PCIE_ICH# NPCI N8 RCT_ATAT CLK_R_ATA N 9 CLK_R_ATA# N RCC_ATAC NRC 9 NRC MHz_Non_RCT_E 8 NRC MHz RCC_E 8 NREF NCPU RCC0_OTT_9 RCT0_OTC_9 IC_IC9LPRBLFT_TOP_P -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- +V -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-, ,-,-,-,-,8-,9-,-,-,-,-,- 0-00_OPEN R8 CLK_R_MCHBCLK CLK_R_MCHBCLK# CLK_R_CPUBCLK CLK_R_CPUBCLK# -,- -,0- +V PCITOP#_ CPUTOP#_ CLK_R_PCIE_MINI CLK_R_PCIE_MINI# CLK_PCIE_LAN CLK_PCIE_LAN# CLK_R_REF CLK_R_REF# CLK_R_KBPCI CLK_R_ICHPCI CLK_R_PE_MCH CLK_R_PE_MCH# CLK_R_PCIE_ICH CLK_R_PCIE_ICH# CLK_R_ATA CLK_R_ATA# _elet =0 LC_T 00MHZ _elet = MHZ non-spread clock CR#_A RC0 RC Byte: bit=0, disable CR#_A;,enable CR#_A CR#_B RC RC Byte: bit=0, disable CR#_B;,enable CR#_B CR#_F Byte: bit=0, disable CR#_F;,enable CR#_F RC8 CLK REF - R _% R _% 9- - CLK_R_KBC CLK_R_ICH CR#_C Byte: bit =0(PW) Byte: bit = RC0 RC Byte: bit=0, disable CR#_C;,enable CR#_C CR#_ Byte: bit0 =0(PW) Byte: bit0 = RC RC Byte: bit=0, disable CR#_;,enable CR#_ CR#_ CR#_H Byte: bit=0, disable CR#_;,enable CR#_ RC9 Byte: bit=0, disable CR#_H;,enable CR#_H RC0 LAYOUT NOTE : THE R8, R8, R8 CLOE TO U -Nov-008 CLOCK_ENERATOR IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

17 - H_A#(:) - H_ATB# H_A0M# H_FERR# H_INNE# ,9- - H_REQ#(0) H_REQ#() H_REQ#() H_REQ#() H_REQ#() H_ATB#0 - CN0- J A# L A# L A# K A# M A# N A8# 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 A8# R A9# W A0# U A# Y A# U A# R A# T A# T A# W A# W A8# 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# BNR# E BPRI# EFER# H F RY# E BY# BR0# F 0 IERR# INIT# B H LOCK# REET# C F R0# R# F R# TRY# HIT# HITM# E A BPM0# BPM# A BPM# A AC BPM# AC PRY# PREQ# AC TCK AC AA TI AB TO TM AB TRT# AB C0 BR# THERMAL PROCHOT# A THERMA THERMC B C THERMTRIP# 0mils/0mils ,9- -,9-9- H_A#() H_A#() H_A#() H_A#() H_A#() H_A#(8) 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#(8) H_A#(9) H_A#(0) H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#(8) H_A#(9) H_A#(0) H_A#() H_A#() H_A#() H_A#() H_A#() ,- - 9-,- -, ,-,-,-,-,8-,9-,-,-,-,-,- R _% ,- H_A# H_BNR# H_BPRI# H_EFER# H_RY# H_BY# H_BREQ#0 H_INIT# H_LOCK# R0 H_CPURT# _% H_TRY# H_HIT# H_HITM# H_BPM0_XP# H_BPM_XP# H_BPM_XP# H_BPM_XP# H_BPM_PRY# H_BPM_PREQ# H_TCK TI_FLEX H_TO H_TM XP_BREET# H_THERMA THERM_MINU PM_THRMTRIP# CLOE TO CPU - - ohm +/-% pull-up to 0-,-,-,-,-,8-,9-,-,-,-,-,- (VCCP) if ITP is implemented H_R#(0) H_R#() H_R#() ,-,-,-,-,8-,9-,-,-,-,-,- R _% H_R#(:0) R _% - 9- H_TRT# H_TPCLK# H_INTR H_NMI H_MI# TPCLK# C LINT0 B LINT A MI# H CLK BCLK0 A A BCLK - CLK_R_CPUBCLK CLK_R_CPUBCLK# M RV0 N REERVE RV0 T RV0 V RV0 B RV0 C RV0 RV0 RV08 RV09 F RV00 FOX_PZ8K_M 8P MCH CPU ICH8 0-,-,-,-,-,8-,9-,-,-,-,-,- R0 _% R _% R _% R9 _% -,9- -,9- -,9- -,9- H_BPM_PREQ# TI_FLEX H_TM H_TCK PM_THRMTRIP# should be T at CPU -Nov-008 MEROM- IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

18 H_#(:0) H_TBN#0 H_TBP#0 H_INV#0 -, H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() CN0- E 0# F # E # # F # # E # E # K 8# 9# J 0# J # H # F # K # H # J TBN0# H TBP0# H INV0# ATA RP 0 ATA RP Y # # AB # V V # V # # T 8# U U 9# Y 0# # W # Y W # W # # AA AA # # AB Y TBN# TBP# AA U INV# H_#() H_#() H_#() H_#() H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() -, H_#(:0) H_TBN# H_TBP# H_INV# R K_% R K_% H_#(:0) TLREF -,- Layout note: Zo= ohm, 0." max for TLREF. H_TBN# H_TBP# H_INV# CPU_BEL0 CPU_BEL CPU_BEL ,0- -,0- -,0- H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() C9 R R 00_OPEN 00_OPEN 0.uF_v_OPEN N AE # 8# K A # 9# P AA 8# 0# R 9# # AB L # AB 0# M AC # # L A0 # # M # AE # P # AF # P AC # # P AE # 8# T 9# A # R 0# AC 8# L A 9# # T # AF 0# N AC # # L TBN# TBN# AE M AF TBP# TBP# N INV# INV# AC0 A R TLREF COMP0 COMP U C AA TET COMP TET COMP Y C TET MIC AF E TET PRTP# AF TET PLP# B A TET PWR# PWROO B LP# BEL0 B AE BEL PI# C BEL FOX_PZ8K_M 8P ATA RP ATA RP R8 00_OPEN -,- H_#(:0) H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() - H_TBN# - H_TBP# - H_INV# R._% R.9_% R._% R.9_% CLOE TO CPU H_PRTP# - H_PLP# - H_PWR# - H_PWR - H_CPULP# - PI# R9 9- H_PWR_XP K_% Place series resistor (R = K ohm) on H_PWR_XP without stub 0-,-,-,-,-,8-,9-,-,-,-,-,- 0-,-,-,-,-,8-,9-,-,-,-,-,- -,0-,- Place C9(0.uF_V) close to the TET pin. Make sure TET routing is reference to N and away from other noisy signals. -Nov-008 MEROM- IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

19 +VCC_CORE +VCC_CORE -,8- -,8- PLACE THEE INIE OCKET C C C9 C C CAVITY ON L8 (NORTH IE 0uF_.v 0uF_.v 0uF_.v 0uF_.v 0uF_.v ECONARY) C80 C C C0 C8 0uF_.v 0uF_.v 0uF_.v 0uF_.v 0uF_.v C C C9 C8 C PLACE THEE INIE OCKET 0uF_.v 0uF_.v 0uF_.v 0uF_.v 0uF_.v CAVITY ON L8 (OUTH IE ECONARY) C C C C8 C9 0uF_.v 0uF_.v 0uF_.v 0uF_.v 0uF_.v PLACE THEE INIE OCKET C C C C C C CAVITY ON L (NORTH IE PRIMARY) 0uF_.v 0uF_.v 0uF_.v 0uF_.v 0uF_.v 0uF_.v PLACE THEE INIE OCKET C08 C0 C0 C0 C C09 CAVITY ON L (OUTH IE PRIMARY) 0uF_.v 0uF_.v 0uF_.v 0uF_.v 0uF_.v 0uF_.v OUTH IE ECONARY C C8 0uF_v_mR 0uF_v_mR CN0- A VCC08 AB0 VCC00 A9 AB VCC00 VCC09 A0 AC VCC00 VCC00 A VCC0 AC9 VCC00 A AC VCC00 VCC0 A VCC00 VCC0 AC A VCC00 VCC0 AC A8 AC VCC008 VCC0 A0 AC8 VCC009 VCC0 B VCC00 VCC0 A B9 A9 VCC0 VCC08 B0 VCC09 A0 VCC0 B VCC080 A VCC0 B A VCC0 VCC08 B VCC0 VCC08 A B A VCC0 VCC08 B8 A8 VCC0 VCC08 B0 VCC08 VCC08 AE9 C9 VCC09 VCC08 AE0 C0 AE VCC00 VCC08 C VCC088 AE VCC0 C AE VCC0 VCC089 C AE VCC0 VCC090 C VCC09 AE8 VCC0 C8 AE0 VCC0 VCC09 9 VCC0 VCC09 AF9 0 VCC0 VCC09 AF0 AF VCC08 VCC09 AF VCC09 VCC09 VCC00 VCC09 AF VCC0 VCC098 AF 8 VCC099 AF8 VCC0 E AF0 VCC0 VCC000 E9 VCC0 E0 VCC0 VCCP0 E V VCC0 VCCP0 E J VCC0 VCCP0 E VCC08 VCCP0 K E VCC09 VCCP0 M E8 J VCC00 VCCP0 E0 K VCC0 VCCP0 F M VCC0 VCCP08 F9 VCC0 VCCP09 N F0 VCCP0 N VCC0 F VCCP R VCC0 F R VCC0 VCCP F T VCC0 VCCP F T VCC08 VCCP F8 VCCP V VCC09 F0 W VCC00 VCCP AA VCC0 AA9 VCCA0 B VCC0 AA0 C VCC0 VCCA0 AA VCC0 AA A VCC0 VI0 AA VI AF VCC0 AA AE VCC0 VI AA8 VCC08 VI AF AA0 AE VCC09 VI AB9 VI AF VCC00 AC0 AE VCC0 VI AB0 VCC0 AB VCC0 AB AF VCC0 VCCENE AB VCC0 AB VCC0 AB8 VCC0 VENE AE FOX_PZ8K_M 8P PLACE THEE INIE OCKET CAVITY ON L8 (NORTH IE 0-,-,-,-,-,8-,9-,-,-,-,-,- ECONARY) 0-,-,-,-,-,8-,9-,-,-,-,-, H_VI0 H_VI H_VI H_VI H_VI H_VI H_VI C 0uF_.v - - VCCENE VENE +VCC_CORE -,8- R9 00_% - C C0 C9 C9 C8 C 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0.uF_v 0-,-,-,-,-,- C 0.0uF_v LAYOUT NOTE: PLACE C NEAR PIN B +V. C 0uF_.v NORTH IE ECONARY C0 C8 0uF_v_mR 0uF_v_mR R00 00_% LAYOUT NOTE: ROUTE VCCENE AN VENE TRACE AT. OHM WITH 0 MIL PACEIN PLACE PU AN P WITHIN I IH OF CPU -Nov-008 MEROM- IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET 8 OF

20 CN0- A P V00 V08 A8 V08 P V00 A V08 P V00 A R V00 V08 A R V00 V08 A9 V08 R V00 A V088 R V00 AF T V008 V089 B T V009 V090 B8 V09 T V00 B V09 T V0 B U V0 V09 B U V0 V09 B9 V09 U V0 B V0 V09 U B V V0 V09 C V V0 V098 C8 V099 V V08 C V00 V V09 C W V00 V0 C W V0 V0 C9 V0 W V0 C V0 W V0 C Y V0 V0 C Y V0 V0 V0 V0 Y V08 Y V0 8 AA V08 V09 AA V09 V0 AA8 V00 V V AA V0 9 AA V0 V AA V0 V V AA9 V0 E V AA V0 E AA V0 V E8 AB V0 V8 E V9 AB V08 E V0 AB8 V09 E AB V00 V E9 AB V0 V E V AB V0 E V AB9 V0 F AB V0 V F8 AB V0 V F V AC V0 F V0 V8 AC F AC8 V08 V9 F9 AC V09 V0 F V AC V00 F V AC V0 F AC9 V0 V AC V0 V V AC V0 V A V0 A V0 V H A8 V0 V8 H V08 V9 A H V0 A V09 H A V00 V J A9 V0 V J A V0 V J V A V0 J AE V0 V K AE V0 V K V AE8 V0 K V8 AE V0 K AE V08 V9 L AE V09 V0 L V AE9 V00 L V AE V0 L AE V0 V M A V0 V M V AF V0 M V AF8 V0 M AF V0 V N AF V0 V8 N V9 AF V08 N V09 V0 AF9 N AF V080 V P V A V08 AF V FOX_PZ8K_M 8P -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- H_THERMA THERM_MINU THERM WARN# - C 000pF_0V R9.K_% +V C00 0.uF_v U00 V P N THERM AMTEC_BH_00_0_L A_TR_0P_OPEN XP CONNECTOR MCLK 8 MATA ALERT N MC_EMC0 ACZL_MOP_8P -,-,-,-,9-,-,-,-,0-,-,8- PWM FAN# THERM WARN# -,-,0-9- CN N N0 0-,-,-,-,-,8-,9-,-,-,-,-,- H_BPM_PREQ# - OBFN_A0 OBFN_C0 H_BPM_PRY# - OBFN_A OBFN_C 8 N N 9 OBATA_A0 OBATA_C0 0 R H_BPM_XP# - K_% H_BPM_XP# - OBATA_A OBATA_C R.9_% N N H_BPM_XP# - OBATA_C OBATA_A H_BPM0_XP# - OBATA_C 8 OBATA_A 0-,-,-,-,-,8-,9-,-,-,-,-,- 9 0 N N OBFN_B0 OBFN_0 OBFN_ OBFN_B N8 N9 8 OBATA_B0 OBATA_0 C ,-,-,-,-,8-,9-,-,-,-,-,- OBATA_B OBATA_ N0 N OBATA_ OBATA_B 0.uF_v OBATA_B OBATA_ 8 N N H_PWR_XP PWROO_HOOK0 ITPCLK_HOOK CLK_R_XP HOOK ITPCLK#_HOOK - CLK_R_XP# VCC_OB_AB VCC_OB_C K_% R R0 -,- HOOK REET#_HOOK H_CPURT# C9.9_% HOOK BR#_HOOK 8 -,- XP_BREET# 9 0 N N - TO 0.uF_v A H_TO - CL TRTn H_TRT# - TCK TI TI_FLEX H_TCK - TM 8 - TCK0 H_TM 9 0 N N V AO09 U0 R0.K_% TCET08F +V -,-,-,-,9-,-,-,-,0-,-,8- Q0 9- -,-,-,-,0- -,-,-,-,0- +V -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- ICH MCLK ICH MATA THERM_CI# C0 0.0uF_v CN0 ENTERY_80_B0_0E_P FAN CONN -Nov-008 THERMAL&FAN IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET 9 OF

21 MCH_CF() MCH_CF(:) XOR/ALLZ NOTE: CF[:0] TRP : 00b : MT/ 0b : MT/ MCH_CF(8) VCC ELECT LOW=MIx HIH=MIx -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- +V.8 8-,9-,0-,-,-,0-,-,-,-,- R0 0_% R 0_% 00=PARTIAL CLOCK ATIN IABLE 0=XOR MOE ENABLE 0=ALL-Z MOE ENABLE =NORMAL OPERATION Note: R,R For Calero : 80. ohm For Crestline : 0 ohm LOW=.0V HIH=.V MCH_CF() (CPU trap) R R 00_OPEN 00_OPEN MCH_CF(0) LOW=ONLY VO OR PCIE X I (PCIE BACKWAR OPERATIONAL INTERPOERABILITY HIH=VO AN PCIE X ARE OPERATIN IMULTANEOULY MOE VIA THE PE PORT - CLK_R_PE_MCH - CLK_R_PE_MCH# - MI_TXN(:0) MI_TXN(0) MI_TXN() MI_TXN() MI_TXN() - MI_TXP(:0) MI_TXP(0) MI_TXP() MI_TXP() MI_TXP() - MI_RXN(:0) MI_RXN(0) MI_RXN() MI_RXN() MI_RXN() - MI_RXP(:0) MI_RXP(0) MI_RXP() MI_RXP() MI_RXP() -,0-,-,9- LOW=RV HIH=Mobile CPU MCH_CF() (FB ynamic OT) MCH_CF(9) LOW=NORMAL (MI LANE REVERAL) HIH=LANE REVERE MCH_CF(9) LOW=Reverse Lane PCIE raphics Lane HIH=Normal operation LOW=ynamic OT isable HIH=ynamic OT Enable ,- - -,-,- 0-,- MCH_CF() PB X CLK ENABLE 0- +V CPU_BEL0 -,- -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- CPU_BEL -,- -,0- CLKREQ_R_MCH# R0 0K_% 0-,- PM_EXTT#0 R 0K_% R0 0-,- K_% PM_EXTT# R8 0K_% MCH_CF(8) MCH_CF(9) MCH_CF(0) - -,0-,-, R0 00_OPEN - 0- PM_PWROK M_RCOMP M_RCOMP# +V CPU_BEL MCH_CF(:) -,0- - MCH_CF(8) MCH_CF(9) MCH_CF(0) BM_BUY# H_PRTP# PM_EXTT#0 PM_EXTT# PLT_RT# PM_THRMTRIP# PM_PRLPVR 8-,9-,0-,-,-,0-,-,-,-,- 0-,- -,- -,- -,- R MA_A() MB_A() NOTE : UE K-OHM REITOR WHEN INTALLIN PULL-UP/PULL-OWN REITOR ON ANY MCH-CF CONNECTION/PIN. LOW=CALITOA HIH=REERVE R K_% MCH_CF() MCH_CF() MCH_CF() MCH_CF() MCH_CF() MCH_CF(8) MCH_CF(9) MCH_CF(0) MCH_CF() MCH_CF() MCH_CF() MCH_CF() MCH_CF() MCH_CF() MCH_CF() - - -,8-0- -,8-00_% U0- P RV P RV R RV N RV AR RV AR RV AM RV AN RV8 J RV9 AR RV0 AM RV AL RV AM RV 0 RV H0 B BJ0 BK BF9 BH0 BK8 BJ8 BF B BC B BJ9 BE BH9 AW0 BK0 C8 B C A B B B C P N N C C F N J0 C0 R L J E E0 K M0 M L N L L9 L J AW9 AV0 N0 BJ BK BK0 BL0 BL9 BL BL BK BJ E A C B0 A0 A9 BK RV0 RV RV RV RV RV RV RV RV8 RV9 RV0 RV RV RV RV RV RV RV RV8 RV9 RV0 RV RV RV RV RV CF_0 CF_ CF_ CF_ CF_ CF_ CF_ CF_ CF_8 CF_9 CF_0 CF_ CF_ CF_ CF_ CF_ CF_ CF_ CF_8 CF_9 CF_0 RTIN# THRMTRIP# PRLPVR RV CF PM_BM_BUY# PM_PRTP# PM_EXT_T#_0 PM_EXT_T#_ PWROK PM R MUXIN CLK MI RAPHIC VI ME M_OT_ M_RCOMP M_RCOMP# M_RCOMP_VOH M_RCOMP_VOL M_VREF_0 M_VREF_ MIC M_CK_0 M_CK_ M_CK_ M_CK_ M_CK#_0 M_CK#_ M_CK#_ M_CK#_ M_CKE_0 M_CKE_ M_CKE_ M_CKE_ M_C#_0 M_C#_ M_C#_ M_C#_ M_OT_0 M_OT_ M_OT_ PLL_REF_CLK PLLREF_CLK# PLL_REF_CLK PLL_REF_CLK# PE_CLK PE_CLK# MI_RXN_0 MI_RXN_ MI_RXN_ MI_RXN_ MI_RXP_0 MI_RXP_ MI_RXP_ MI_RXP_ MI_TXN_0 MI_TXN_ MI_TXN_ MI_TXN_ MI_TXP_0 MI_TXP_ MI_TXP_ MI_TXP_ FX_VI_0 FX_VI_ FX_VI_ FX_VI_ FT_VR_EN CL_CLK CL_ATA CL_PWROK CL_RT# CL_VREF VO_CTRL_CLK VO_CTRL_ATA CLK_REQ# ICH_Y# TET_ TET_ ITL_CRETLINE_I_FCBA_99P AV9 BB BA AV AW0 BA AW AW BE9 AY B9 B B0 BK B BE BH8 BJ BJ BE BL BK BK BL AR9 AW B C H8 H K K AN AJ8 AN AN AM AJ9 AN AN AJ AJ AM0 AM AJ AJ AM9 AM E A9 C8 B9 E AM9 AK0 AT AN9 AM0 H K 9 0 A R TP9 TP0 TP TP TP R 0K_% MCH_CF() MCH_CF(9) MCH_CF() MCH_CF() -,8- -, ,8- -,8- -,8-0- -,8- -,8- -,8- -,8- -,8- -,8- R0 0_% ,8-0- CL_CLK0 CL_ATA0 PM_PWROK CL_RT#0 M_CLK_R0 M_CLK_R M_CLK_R M_CLK_R M_CLK_R0# M_CLK_R# M_CLK_R# M_CLK_R# M_CKE0 M_CKE M_CKE M_CKE M_C0# M_C# M_C# M_C# M_OT0 M_OT M_OT M_OT M_RCOMP M_RCOMP# M_RCOMP_VOH M_RCOMP_VOL CLKREQ_R_MCH# MCH_ICH_Y# R0 00_OPEN +V.8 R K_% R K_% C 0.uF_v R K_% R0 00_OPEN C88 0.uF_v -Nov ,-,- R0 R0 00_OPEN 00_OPEN R 9_% C8 C 0.0uF_v.uF_V C9 C 0.0uF_v.uF_V +V ,0-,-,- R K_% M_VREF CRETLINE- M_RCOMP_VOH M_RCOMP_VOL IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET 0 OF

22 MCH_HCOMP - R8.9_% 0-,-,-,-,-,8-,9-,-,-,-,-,- R99 MCH_HRCOMP C 00_% 0.uF_v.9_% -.9_% MCH_HWIN 0.uF_v - C 0.uF_v PE_TXP 0- PE_C_TXP - C 0.uF_v PE_TXP 0- PE_C_TXP - C8 0.uF_v PE_TXP 0- PE_C_TXP - C 0.uF_v PE_TXP 0- PE_C_TXP - C 0.uF_v PE_TXP 0- PE_C_TXP - R9 MCH_HCOMP# - R8 R0 K_% C8 R98 _% - 0-,-,-,-,-,8-,9-,-,-,-,-,- R0 K_% ITL_CRETLINE_I_FCBA_99P Layout notes: Trace need be 0 mils wide with 0 mils B9 H_AVREF A9 H_VREF 0- PE_C_RXN0 PE_TXN0 - C 0.uF_v 0- PE_C_TXN PE_C_RXN - C 0.uF_v 0- PE_C_RXN PE_TXN PE_C_TXN 0-0- PE_C_RXN - C 0.uF_v 0- PE_C_RXN PE_TXN PE_C_TXN 0-0- PE_C_RXN - C 0.uF_v PE_C_RXN PE_TXN 0- PE_C_TXN 0-0- PE_C_RXN - C 0.uF_v 0- PE_C_RXN8 PE_TXN PE_C_TXN 0- PE_C_RXN C 0.uF_v 0- PE_C_RXN0 PE_TXN PE_C_TXN 0- PE_C_RXN 0- - C9 0.uF_v 0- PE_C_RXN PE_TXN PE_C_TXN 0- PE_C_RXN 0- - C0 0.uF_v 0- PE_C_RXN PE_TXN PE_C_TXN 0- PE_C_RXN C 0.uF_v PE_TXN8-0- PE_C_TXN8 0- PE_C_RXP C8 0.uF_v 0- PE_C_RXP PE_TXN9 PE_C_TXN9 0- PE_C_RXP 0- - C 0.uF_v PE_C_RXP PE_TXN0 0- PE_C_TXN PE_C_RXP - C 0.uF_v 0- PE_C_RXP PE_TXN PE_C_TXN 0- PE_C_RXP 0- - C9 0.uF_v PE_C_RXP PE_TXN 0- PE_C_TXN 0- PE_C_RXP C 0.uF_v PE_C_RXP9 PE_TXN 0- PE_C_TXN 0- PE_C_RXP C 0.uF_v 0- PE_C_RXP PE_TXN PE_C_TXN 0- PE_C_RXP 0- - C 0.uF_v PE_C_RXP PE_TXN 0- PE_C_TXN 0- PE_C_RXP 0- PE_C_RXP 0-,-,-,-,-,8-,9-,-,-,-,-,- E H_R#_0 H_R#_ 8 H_R#_ H_CPURT# H_CPULP# B H_CPURT# E H_CPULP# ITL_CRETLINE_I_FCBA_99P MCH_HCOMP MCH_HCOMP# - - W H_COMP W H_COMP# H_REQ#_0 M H_REQ#_ E A H_REQ#_ H H_REQ#_ H_REQ#_ B PE_TX_ A9 AE0 PE_TX_ AH PE_TX_ B H_WIN C H_RCOMP C CRT_TVO_IREF E CRT_VY PE_TX_ L H_TBP#_0 K H_TBP#_ H_TBP#_ AC H_TBP#_ AJ0 F CRT_HY PE_TX_0 A AC0 PE_TX_ A K CRT_C_CLK CRT_C_ATA PE_TX_9 AC8 PE_TX_ Y Y9 PE_TX_8 0-,-,-,-,-,8-,9-,-,-,-,-, , AJ H_#_8 AJ H_#_9 AE H_#_0 AJ H_#_ AH H_#_ AH H_#_ H_TBN#_0 M H_TBN#_ K A H_TBN#_ AH H_TBN#_ PE_TX_ W PE_TX_ H CRT_BLUE CRT_BLUE# K9 CRT_REEN J9 CRT_REEN# F9 CRT_RE E9 CRT_RE# VA PE_TX_ R U - - T PE_TX_ PE_TX_ N0 H_TRY# B TV AE H_#_ AH H_#_ AJ H_#_ AH H_#_ AJ H_#_ AE H_#_ K H_INV#_0 L H_INV#_ H_INV#_ A AE H_INV#_ PE_TX_0 M T8 PE_TX_ PE_TXP0 PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP8 PE_TXP9 PE_TXP0 PE_TXP PE_TXP PE_TXP PE_TXP PE_TXP MCH_HWIN MCH_HRCOMP AJ H_#_0 AE9 H_#_ PE_TX#_ PE_TX#_ AH PE_TX#_ AC AH9 PE_TX#_ AE A H_#_8 AC H_#_9 AB H_#_0 A H_#_ AB H_#_ Y H_#_ AC H_#_ AE H_#_ AC H_#_ A H_#_ AJ9 H_#_8 AH8 H_#_9 H_HITM# 0 H_LOCK# M TV_CONEL0 P TV_CONEL PE_TX#_0 PE_TX#_ AC H_HIT# E C H_PWR# H8 K H_RY# F TVA_RTN J TVB_RTN L TVC_RTN PE_TX#_ R0 PE_TX#_ T PE_TX#_ PE_TX#_ Y W PE_TX#_ PE_TX#_8 W8 A9 PE_TX#_9 AC HPLL_CLK AM AM HPLL_CLK# H_BREQ# F H_EFER# C0 H_BY# E TVA_AC TVB_AC K TVC_AC PCI-EXPRE RAPHIC PE_TX#_ U N C 0.uF_v PE_TXP0-0- PE_C_TXP0 C 0.uF_v PE_TXP - 0- PE_C_TXP - C0 0.uF_v PE_TXP 0- PE_C_TXP - C 0.uF_v PE_TXP 0- PE_C_TXP C 0.uF_v PE_TXP - 0- PE_C_TXP - C8 0.uF_v PE_TXP 0- PE_C_TXP - C8 0.uF_v PE_TXP 0- PE_C_TXP - C8 0.uF_v PE_TXP 0- PE_C_TXP - C 0.uF_v PE_TXP8 0- PE_C_TXP8 - C8 0.uF_v PE_TXP9 0- PE_C_TXP9 - C 0.uF_v PE_TXP0 0- PE_C_TXP0 HOT LV E H_#_0 H_#_ H_#_ M H_#_ H H_#_ H H_#_ H_#_ F H_#_ N8 H_#_8 H H_#_9 M0 H_#_0 N H_#_ N9 H_#_ H H_#_ P H_#_ K9 H_#_ M H_#_ W0 H_#_ Y8 H_#_8 V H_#_9 M H_#_0 J H_#_ N H_#_ N H_#_ W H_#_ W9 H_#_ N H_#_ Y H_#_ Y9 H_#_8 P H_#_9 W H_#_0 N H_#_ A H_#_ AE H_#_ A9 H_#_ AC9 H_#_ AC H_#_ AC H_#_ H_BNR# C8 H_BPRI# E8 N PE_TX#_0 PE_TX#_ U9 PE_TXN0 PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN8 PE_TXN9 PE_TXN0 PE_TXN PE_TXN PE_TXN PE_TXN PE_TXN H_ATB#_0 H 0 H_ATB#_ H_A# E LVB_ATA_0 A LVB_ATA_ A LVB_ATA_ PE_RX_ A9 AH PE_RX_ A PE_RX_ PE_RX_ PE_RX_0 AC AC PE_RX_ AH LVB_ATA#_0 B LVB_ATA#_ B LVB_ATA#_ PE_RX_9 Y8 PE_RX_ W AB0 PE_RX_8 PE_RX_ W PE_RX_ 0 LVA_ATA_0 E0 LVA_ATA_ F8 LVA_ATA_ PE_RX_ T9 T H_A#_ M H_A#_ N H_A#_ H_A#_ J9 H_A#_ B8 E9 H_A#_8 B H_A#_9 H_A#_0 B H_A#_ E C8 H_A#_ H_A#_ A9 B9 H_A#_ H_A#_ N9 M PE_RX_ PE_RX_ U PE_RX_0 J0 L0 PE_RX_ H_A#_ L9 LVA_ATA#_0 E LVA_ATA#_ F9 LVA_ATA#_ H_A#_9 B H_A#_0 H_A#_ H0 PE_RX#_ PE_RX#_ A H_A#_8 P R PE_RX#_ A AH9 PE_RX#_ A L LV_IB L LV_VB N LV_VREFH N0 LV_VREFL LVA_CLK# C LVA_CLK E LVB_CLK# LVB_CLK PE_RX#_0 PE_RX#_ A0 L H_A#_ J H_A#_ B H_A#_ H_A#_ K9 U0 PE_RX#_ PE_RX#_ Y Y0 PE_RX#_ PE_RX#_8 AB W9 PE_RX#_9 A H_#() H_#() H_#() H_#() H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() H_#() H_#() H_#() H_#() H_#(8) H_#(9) H_#(0) H_#() H_#() H_#() H_A#_0 C H_A#_ H_A#_ K H_A#_ B PE_RX#_ T0 PE_RX#_ H_A#_ H_A#_8 F H_A#_9 L C L_C_CLK L_C_ATA K0 L_V_EN PE_RX#_ N T H_A#_ C M H_A#_ C U0- J0 L_BKLT_CTRL H9 L_BKLT_EN E9 L_CTRL_CLK E0 L_CTRL_ATA J PE_RX#_0 PE_RX#_ L H_#(0) H_#() J H_A#_ H_A#_ B PE_COMPO PE_COMPI N M U0- R.9_% Close to NB H_#(:0) - +VCC_PE H_A#() H_A#() H_A#() H_A#() H_A#() H_A#(8) H_A#(9) H_A#(0) H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#(8) H_A#(9) H_A#(0) H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#() H_A#(8) H_A#(9) H_A#(0) H_A#() H_A#() H_A#() H_A#() H_A#() Nov H_A#(:) H_A# H_ATB#0 H_ATB# H_BNR# H_BPRI# H_BREQ#0 H_EFER# H_BY# CLK_R_MCHBCLK CLK_R_MCHBCLK# H_PWR# H_RY# H_HIT# H_HITM# H_LOCK# H_TRY# H_INV#0 H_INV# H_INV# H_INV# H_TBN#0 H_TBN# H_TBN# H_TBN# H_TBP#0 H_TBP# H_TBP# H_TBP# - H_REQ#(:0) H_REQ#(0) H_REQ#() H_REQ#() H_REQ#() H_REQ#() - H_R#(:0) H_R#(0) H_R#() H_R#() Crestline- IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

23 MA_ATA(:0) - ITL_CRETLINE_I_FCBA_99P AR A_Q AR8 A_Q AR9 A_Q AN A_Q AM8 A_Q8 AN0 A_Q9 AT9 A_Q0 AN9 A_Q AM9 A_Q AN A_Q BE0 A_Q0 B0 A_Q B8 A_Q AY9 A_Q B0 A_Q AW9 A_Q B A_Q BB9 A_Q BB A_Q8 AY A_Q9 AT A_Q0 AT A_Q AY A_Q BB A_Q A_WE# BA9 A_RA# BE8 A_RCVEN# AY0 A_MA_0 BE8 A_MA_ A_MA_ B0 A_MA_ BJ A_MA_9 BA8 BC9 BA A_Q8 BA A_Q9 AW A_Q AV A_Q AU A_Q AT A_Q R YTEM MEMORY A A_MA_ BK BH8 A_MA_ BL A_MA_ BK8 A_MA_ A_MA_ BJ A_MA_ BJ A_MA_8 BL8 BH9 A_Q BE A_Q AW A_Q BE A_Q B A_Q8 BE0 A_Q9 BF A_Q0 BH A_Q B0 A_Q BF0 A_Q AR0 A_Q AW0 A_Q AT9 A_Q AW A_Q AW A_Q8 AY A_Q9 AV8 A_Q0 AT8 A_Q AV A_Q AT A_Q BJ9 A_MA_0 A_MA_ B0 A_Q#_ A_Q#_ BH BC A_Q#_ AP A_Q_ BB A_Q_ BH A_Q_ A_Q_ BB A_Q_ AP AT A_Q#_0 B A_Q#_ BC A_Q#_ A_Q#_ BA A_Q#_ BA A_Q_ BB BC A_Q_0 AT A_Q_ BE8 U0- AR A_Q0 AW A_Q BA A_Q AY A_Q AR A_Q AR A_Q AT A_Q AW A_Q BB A_Q8 BF8 A_Q9 B A_Q0 BJ A_Q BB A_Q B0 A_Q A_M_ B8 AY A_M_ AN A_M_ A_M_ AW AT A_M_0 B A_M_ B A_M_ A_M_ AW8 A_CA# BL BB9 A_B_0 A_B_ BK9 A_B_ BF9 TP8 MA_M(0) MA_M() MA_M() MA_M() MA_M() MA_M() MA_M() MA_M() 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#() MA_A(0) MA_A() MA_A() MA_A() MA_A() MA_A() MA_A() MA_A() MA_A(8) MA_A(9) MA_A(0) MA_A() MA_A() MA_A() -,8- -,8- -,8- -,8- -,8- -,8- MB_ATA(:0) -,8- - MA_B0# MA_B# MA_B# MA_CA# - MA_M(:0) - MA_Q(:0) - MA_Q#(:0) MA_A(:0) MA_RA# MA_WE# ITL_CRETLINE_I_FCBA_99P AY B_Q0 AY B_Q AU B_Q AT B_Q AR B_Q8 AT B_Q9 BA B_Q BB B_Q B B_Q BJ B_Q BJ BF B_Q8 BH B_Q9 B B_Q0 BC B_Q BK B_Q BE B_Q B_WE# BC B_Q B_Q AV B_RA# B_RCVEN# AY8 BK9 BK0 B_Q BJ8 U0- AP9 B_Q0 AR B_Q AW0 B_Q AW B_Q AN B_Q AN0 B_Q AV0 B_Q AV9 B_Q BA0 B_Q8 BB0 B_Q9 BA9 B_Q0 BE0 B_Q BA B_Q AY9 B_Q BF0 B_Q BF9 B_Q BJ0 B_Q BJ B_Q BJ B_Q8 BL B_Q9 BK B_Q0 BK9 B_Q BK B_Q BK B_Q BJ B_Q BL B_Q BJ B_Q BJ B_Q BK B_Q8 BJ0 B_Q9 BL B_Q0 BK B_Q BK B_Q BE B_Q BK B_Q BC B_Q BC B_Q BE B_Q BC B_Q8 B B_Q9 BJ0 B_Q0 BL9 B_Q BK B_Q BL B_Q B_Q R YTEM MEMORY B BC8 B_MA_0 B_MA_ B8 B_MA_ B B_MA_ AW BF B_MA_ BE B_MA_ B_MA_ BA9 B_MA_ BC8 B_MA_8 AY8 B B_MA_9 B B_MA_0 BE B_MA_ B_MA_ BA9 B_MA_ B B_Q#_ AV B_Q#_ B_Q#_ BK BF B0 B_Q_ BK BK9 B_Q_ BJ B_Q_ BL B_Q_ B_Q_ BE B_Q_ AV AU0 B_Q#_0 BC0 B_Q#_ BL B_Q#_ B_Q#_ BK8 B_Q#_ BK B_Q_0 AT0 B_Q_ B_M_ AW B_M_ B_M_ BJ BF B_M_ BH AR0 B_M_0 B9 B_M_ BK B_M_ B_M_ BL9 B_CA# BE AY B_B_0 B_B_ B8 B_B_ B TP9 -Nov ,8- - -,8- -,8- MB_B0# MB_B# MB_B# MB_Q(:0) -,8- MB_CA# - MB_M(:0) MB_Q#(:0) MB_A(0) MB_A() MB_A() MB_A() MB_A() MB_A() MB_A() MB_A() MB_A(8) MB_A(9) MB_A(0) MB_A() MB_A() MB_A() -,8- MB_A(:0) -,8- -,8- MB_RA# MB_WE# CRETLINE- IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

24 POWER POWER the Edge HEET CRETLINE- C A 0A9-0-MTR A0 Cavity Capacitors COE REV OC. NUMBER PLACE THE EE 08 mils from OF Cavity Capacitors IZE C09 -Nov uF_v C8 0.uF_.v C 0.uF_v C9 uf_.v C0 0uF_.v 0-,-,-,-,-,8-,9-,-,-,-,-,- C80 0.uF_v V_TF_ V V_TF_ AA9 V_TF_8 AB V_TF_9 AB V_CB A V_CB B V_CB C V_CB BL V_CB BL A V_CB AM V_TF_ AM V_TF_ AP V_TF_8 AP8 V_TF_9 AR V_TF_ T V_TF_0 AR9 V_TF_ AR8 V_TF_ U V_TF_ U8 V_TF_ V VCC_TF_0 VCC_TF_ AC A VCC_TF_ A VCC_TF_8 VCC_TF_9 AF V_TF_ T V_TF_0 A9 V_TF_ A V_TF_ AF V_TF_ AF V_TF_ AK V_TF_ U9 VCC_TF_ U VCC_TF_ VCC_TF_ U U VCC_TF_ VCC_TF_ U VCC_TF_ U V VCC_TF_ V VCC_TF_8 VCC_TF_9 V VCC_TF_ AC V AR VCC_TF_ AR Y VCC_TF_ VCC_TF_ Y Y VCC_TF_ Y VCC_TF_ VCC_TF_ Y VCC_TF_8 T0 T VCC_TF_9 AC VCC_TF_ VCC_TF_0 T VCC_TF_ AJ VCC_TF_ VCC_TF_ AM AL VCC_TF_ VCC_TF_ AL VCC_TF_ AA AA VCC_TF_ AA VCC_TF_8 VCC_TF_9 AP VCC_TF_ AB AP VCC_TF_0 VCC_TF_ VCC_TF_ AH AH VCC_TF_ VCC_TF_ AH AJ VCC_TF_ AJ VCC_TF_ VCC_TF_ AK VCC_TF_8 AK AK VCC_TF_9 AB VCC_TF_ VCC_TF_0 AK A AL AL8 VCC_AXM_TF_ AM VCC_AXM_TF_ VCC_AXM_TF_ AM8 AM9 VCC_AXM_TF_ VCC_AXM_TF_ AM AM VCC_AXM_TF_8 AM VCC_AXM_TF_9 AB VCC_TF_ AF VCC_TF_0 VCC_TF_ AH AL VCC_AXM_TF_0 AP9 VCC_AXM_TF_ AP AP VCC_AXM_TF_ VCC_AXM_TF_ AP AL9 VCC_AXM_TF_ AL VCC_AXM_TF_ VCC_AXM_TF_ AL VCC_AXM_TF_ AR VCC_AXM_TF_8 AR AR VCC_AXM_TF_9 VCC_AXM_TF_ AT VCC_AXM_ AT VCC_AXM_ AK9 VCC_AXM_ AK VCC_AXM_ AK VCC_AXM_ VCC_AXM_ AJ AJ VCC_AXM_ VCC_AXM_TF_ U0- ITL_CRETLINE_I_FCBA_99P 0.uF_v C 8-,9-,0-,-,-,0-,-,-,-,- 0.uF_0v C9 8-,9-,0-,-,-,0-,-,-,-,- uf_.v C C9 0.uF_0v 0-,-,-,-,-,8-,9-,-,-,-,-,- C 0.uF_0v C0 0uF_.v 0-,-,-,-,-,8-,9-,-,-,-,-,- C uf_.v 0-,-,-,-,-,8-,9-,-,-,-,-,- 0.uF_v C C 0.uF_0v uf_.v C9 uf_0v C C0 0.uF_v C 0.uF_.v C08 0.uF_0v B AW8 VCC_M_LF VCC_M_LF AT C 0.uF_v VCC_M_ AV VCC_M_ VCC_M_ AW VCC_M_ AW AY VCC_M_ BA VCC_M_8 VCC_M_9 BA VCC_M_LF AW BC9 VCC_M_LF BE9 VCC_M_LF VCC_M_LF B VCC_M_LF BH VCC_M_ BJ VCC_M_8 VCC_M_9 BJ VCC_M_ AU VCC_M_0 BJ BK VCC_M_ BK VCC_M_ VCC_M_ BK VCC_M_ BK BL VCC_M_ AU0 BE VCC_M_8 BE BE VCC_M_9 AU VCC_M_ BF VCC_M_0 VCC_M_ BF VCC_M_ B B VCC_M_ B VCC_M_ VCC_M_ BH VCC_M_ BH VCC_AX_TF_8 VCC_AX_TF_8 Y U VCC_AX_TF_9 AU VCC_M_ BA VCC_M_0 VCC_M_ BB VCC_M_ BC BC VCC_M_ VCC_M_ BC B VCC_M_ B VCC_M_ VCC_M_ AP VCC_AX_TF_ AP VCC_AX_TF_ AR0 VCC_AX_TF_ AR VCC_AX_TF_ AR VCC_AX_TF_ AR VCC_AX_TF_8 VCC_AX_TF_9 AR U VCC_AX_TF_8 VCC_AX_TF_80 V V8 VCC_AX_TF_8 V9 AM9 VCC_AX_TF_ AM0 VCC_AX_TF_ AM VCC_AX_TF_ AM VCC_AX_TF_ AP VCC_AX_TF_ AP VCC_AX_TF_8 AP VCC_AX_TF_9 T VCC_AX_TF_ AP9 VCC_AX_TF_0 AP0 VCC_AX_TF_ AP VCC_AX_TF_ VCC_AX_TF_ AK9 VCC_AX_TF_ AL VCC_AX_TF_ AL VCC_AX_TF_ AL9 VCC_AX_TF_ AL0 VCC_AX_TF_8 AL VCC_AX_TF_9 T VCC_AX_TF_ AL VCC_AX_TF_0 AM VCC_AX_TF_ AM VCC_AX_TF_ VCC_AX_TF_ AF VCC_AX_TF_ AF9 VCC_AX_TF_ AH VCC_AX_TF_ AH VCC_AX_TF_8 AH VCC_AX_TF_9 AH9 T VCC_AX_TF_ VCC_AX_TF_0 AJ VCC_AX_TF_ AJ VCC_AX_TF_ AJ9 AK AA VCC_AX_TF_ AA VCC_AX_TF_ AB VCC_AX_TF_ AB9 VCC_AX_TF_8 AC VCC_AX_TF_9 AC T VCC_AX_TF_ VCC_AX_TF_0 AC9 VCC_AX_TF_ A VCC_AX_TF_ A VCC_AX_TF_ A VCC_AX_TF_ Y VCC_AX_TF_ Y9 VCC_AX_TF_ VCC_AX_TF_ Y0 VCC_AX_TF_8 Y VCC_AX_TF_9 Y T9 VCC_AX_TF_ VCC_AX_TF_0 Y VCC_AX_TF_ Y VCC_AX_TF_ Y8 VCC_AX_TF_ Y9 VCC_AX_TF_ U VCC_AX_TF_ V VCC_AX_TF_ V VCC_AX_TF_ V9 VCC_AX_TF_8 V0 VCC_AX_TF_9 T8 VCC_AX_TF_ V VCC_AX_TF_0 V VCC_AX_TF_ V VCC_AX_TF_ Y VCC_AX_TF_ Y VCC_AX_ AA0 VCC_AX_ VCC_AX_ AA VCC_AX_8 AA AA8 VCC_AX_9 T VCC_AX_TF_ U VCC_AX_TF_0 U9 VCC_AX_TF_ U0 VCC_AX_TF_ U VCC_AX_TF_ U VCC_AX_TF_ VCC_AX_ VCC_AX_ AH0 VCC_AX_8 AH AH VCC_AX_9 W VCC_AX_ AH VCC_AX_0 AH VCC_AX_ A VCC_AX_ VCC_AX_ AJ0 VCC_AX_ AN VCC_AX_ W Y AC VCC_AX_ AC8 VCC_AX_8 VCC_AX_9 AC9 VCC_AX_ T VCC_AX_0 A0 A VCC_AX_ A VCC_AX_ VCC_AX_ A8 VCC_AX_ AF AF VCC_AX_ AA AJ VCC_8 AJ8 AH VCC_9 VCC_AX_ R0 VCC_AX_0 AB AB VCC_AX_ AB9 VCC_AX_ VCC_AX_ AC0 AC VCC_AX_ VCC_AX_ AC VCC_AX_ AC VCC_ AT VCC_0 AH AH9 VCC_ AF VCC_ VCC_ R0 VCC_ AT AH8 VCC_ VCC_ AC AC VCC_ AK VCC_ VCC_ uf_0v ITL_CRETLINE_I_FCBA_99P U0- C +V.8 +V.8

25 POWER IZE COE Place on the Edge OC. NUMBER REV -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- -Nov-008 A0 0A9-0-MTR A C Cresline- OF HEET 8-,0-,0-,-,- 0-,-,-,-,-,8-,9-,-,-,-,-,- C8 0.uF_v C8 0.uF_v C 0uF_.v 0.uF_v C - C 0.uF_.v 0uF_.v C0 0.uF_.v C 8-,0-,0-,-,- 0-,-,-,-,-,8-,9-,-,-,-,-,- uf_.v C9 0.uF_v C0 0-,-,8-,-,-,- - 0-,-,-,-,-,8-,9-,-,-,-,-,- uf_.v C8 C uf_0v C9 uf_.v R 0_%_OPEN C8 uf_.v 0.uF_v C 0.uF_.v C uf_.v C9 0.uF_.v C8 0.0uF_v C C.uF_.v 8-,0-,0-,-,- C 8-,0-,0-,-,- 0uF_.v 8-,0-,0-,-,- 0uF_.v C C uf_.v 0.uF_v C8 C.uF_.v 0_% R - C uf_.v C9 uf_.v U L BLMA U VTT_ R VTT_0 VTT_ R R VTT_ VTT_ U U9 VTT_ VTT_ U8 U VTT_ VTT_ U U VTT_8 VTT_9 U VTT_0 U T VTT_ VTT_ T T0 VTT_ VTT_ T9 T VTT_ VTT_ T T VTT_ VTT_8 T T VTT_9 VCC_M_CK_ VCC_M_CK_ BK BJ VCC_M_CK_ VCC_M_CK_ BJ A VCC_TX_LV VA_AC_B B B VA_LV VA_PE_B K9 A VTTLF VTTLF F AH VTTLF VTT_ VCC_MI AJ0 VCC_HV_ C0 B0 VCC_HV_ A VCC_PE_ VCC_PE_ W0 VCC_PE_ W V9 VCC_PE_ VCC_PE_ V0 VCC_RXR_MI_ AH0 AH VCC_RXR_MI_ BK VCCY AT VCC_AX_ VCC_AX_ AU8 VCC_AX_ AU AT9 VCC_AX_ VCC_AX_ AT AT0 VCC_AX_ VCC_AX_TF AR9 B VCC_AXF_ VCC_AXF_ B A VCC_AXF_ C B VCCA_TVB_AC_ B8 VCCA_TVC_AC_ VCCA_TVC_AC_ A8 VCC_CRT M AN VCC_HPLL J VCC_LV_ VCC_LV_ H VCC_PE_PLL U8 VCC_QAC N8 L9 VCC_TVAC J VCCA_M_ AU AT VCCA_M_ VCCA_M_8 AT VCCA_M_9 AT9 BC9 VCCA_M_CK_ VCCA_M_CK_ BB9 AR VCCA_M_TF_ VCCA_M_TF_ AR C VCCA_TVA_AC_ VCCA_TVA_AC_ B VCCA_TVB_AC_ VCCA_HPLL VCCA_LV A VCCA_MPLL AM K0 VCCA_PE_B U VCCA_PE_PLL VCCA_M_ AW8 AT8 VCCA_M_0 VCCA_M_ AT AV9 VCCA_M_ AU9 VCCA_M_ VCCA_M_ AU8 VCCA_CRT_AC_ A B VCCA_CRT_AC_ A0 VCCA_AC_B B9 VCCA_PLLA VCCA_PLLB H9 AL C U0-8 ITL_CRETLINE_I_FCBA_99P 8-,0-,0-,-,- 0uF_.v 0uF_.v C.uF_V C0 0_% R L BLM8PN 0.uF_v C uf_0v C9 -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- BLMA L09 0.uF_v C8 0.uF_v C uf_.v C8 8-,0-,0-,-,- 8-,9-,0-,-,-,0-,-,-,- 8-,0-,0-,-,- uf_.v C 0.uF_v C0 C8 0.uF_v uf_.v C C uf_.v CHENMKO_BAT_P +V +VCC_PE +V.8 +V. +V. +V. +V. +V. +V. +V._PEPLL +V. +V. +V +V._PEPLL +V.

26 V V OF REV IZE OC. NUMBER COE H0 V_ -Nov-008 A0 0A9-0-MTR A C CRETLINE- HEET V_0 T V_0 V_0 T V_0 R8 AA V_0 AB V_0 V_08 A AF8 V_09 V_0 AF9 V_ AT AV V_ V_9 V_9 W V_9 Y Y V_9 Y V_9 V_9 Y Y9 V_9 V_98 Y V_99 Y0 Y V_00 V_0 P9 T9 V_8 T U V_8 V_8 U U0 V_8 V V_8 V_8 V V_8 W W9 V_88 W V_89 V_90 W W V_0 N9 V_ V_ N P9 V_ V_ P V_ P P V_ P0 V_ V_8 R9 T9 V_9 V_80 T V_9 V_0 M V_ M0 M9 V_ V_ N N V_ N V_ V_ N9 V_ N N V_8 V_9 N9 N V_9 L L0 V_0 L V_ V_ L8 L V_ V_ L V_ L9 M8 V_ M V_ V_8 M M9 V_ V_8 J J V_9 V_0 J8 V_ J J V_ V_ J9 K V_ V_ K V_ K8 L V_8 9 V_ V_8 V_9 8 V_0 8 V_ V_ H H8 V_ V_ H V_ H J V_ J F V_ F V_ V_8 F0 F0 V_9 V_0 V_ V_ V_ 9 V_ 8 V_ V_ V_0 V_0 9 V_0 9 V_08 V_09 E0 E V_0 E V_ V_ E8 E V_ V_ E V_ F9 C V_99 V_00 C0 V_0 C V_0 V_0 V_0 AU V_9 AU V_9 V_9 AU9 AU V_9 V_9 AV9 V_9 AV8 V_9 AW AW V_98 AW V_99 ITL_CRETLINE_I_FCBA_99P U0-0 AR V_8 AR AR V_8 V_8 AT0 AT V_8 AT V_8 V_8 AT9 V_88 AU AU V_89 AB V_9 V_90 AU9 V_ AN V_ V_ AN AN V_ V_ AP V_ AP8 AP0 V_ AR V_8 V_9 AR V_8 AB0 AR9 V_80 V_8 V_ AL AM V_ V_ AM AM V_ AM V_ V_ AM V_8 AM AN V_9 V_ AA9 V_0 AN8 AN9 V_ V_ AJ AJ V_ V_ AJ9 V_ AK0 AK V_ AK V_8 V_9 AK8 AA V_ AK V_0 V_ AK AH AH0 V_ V_ AH AH V_ AH9 V_ V_ AJ V_8 AJ AJ V_9 AA V_ V_0 AJ AJ9 V_ AJ V_ AF0 AF V_ V_ AF V_ AF A V_ A8 V_8 V_9 A V_ A A V_0 V_ A0 V_ V_ V_ A A V_ A9 V_ V_ A V_8 A0 A8 V_9 A V_ V_0 AE0 AE V_ AE V_ C C9 V_9 V_9 C8 C9 V_9 V_9 C V_9 C C V_98 V_ A A V_0 V_ A V_ A9 A V_8 BK V_8 BK8 BL V_8 BL V_8 V_8 BL9 V_88 BL BL V_89 V_9 A V_90 BL C V_9 V_9 V_ V_ BJ V_ BJ BK V_ BK V_ V_8 BK BK9 V_9 AC V_8 V_80 BK BK0 V_8 BK V_8 B B V_ BH V_ V_ BH0 V_ BH BH V_8 BH8 V_9 AC V_ V_0 BJ V_ BJ BJ8 V_ BJ V_ BF V_ BF BF V_ V_ B9 B V_8 B V_9 V_ AC9 V_0 B9 B9 V_ V_ B8 V_ V_ B8 V_ V_ B BE V_ V_8 BE9 V_9 BE V_ AC BE0 V_0 V_ BE BE V_ BE8 V_ BB8 V_ BC BC V_ V_ BC BC V_8 BC0 V_9 AC V_ V_0 BC B V_ V_ B V_ B8 B BA V_ V_ BA8 BA V_ V_8 BA V_9 BB V_ AC0 BB V_0 V_ BB0 BB V_ BB9 V_ V_ B B9 V_ V_ B0 B V_8 B8 V_9 AB V_ V_0 B B V_ V_ B V_ B8 BA V_ V_0 V_0 AY AY V_0 V_08 AY V_09 AY AB8 V_ AY V_0 V_ AY AY0 V_ B0 V_ V_ B0 V_ V_ A V_0 AB V_00 AW AW9 V_0 V_0 AW V_0 AW AW V_0 AY0 ITL_CRETLINE_I_FCBA_99P U0-9

27 O IMM0_9.mm REV OF IZE Layout notes: Place these Caps closed o-imm0 COE HEET -Nov-008 A0 0A9-0-MTR A C R-IMM-0 OC. NUMBER C.uF_V -,9-,-,-,0- -,8-0-.uF_V C C0.uF_V 0-,8-0- -,8-8 8 V8 V9 0K_% R V V0 9 9 V V 8 V 0 V V 8 V 0 V V 8 V V V0 V V V V 8 V V V V8 V9 8 V0 V V V V 8 8 V V 90 9 V V8 V9 V0 V 9 V V 0 V V V 9 V V8 8 V9 V V0 V V 9 V V 9 8 V 8 V V V8 V9 V V 9 V 9 V V 8 V 8 8 V8 8 V9 VP 99 VREF V N TET V V0 0 V 88 0 V V C.uF_V TYCO_9 00P CN0- N0.uF_V C 0.uF_v -,8-0- -,0-,- -,8- C 0-,8- C 0.uF_v 9 OT 08 RA# 0# 0 # A A 9 CL A 9 09 WE# Q# 8 Q# Q0 Q Q Q 0 Q 8 Q 9 Q Q 88 OT0 9 Q Q 9 Q Q8 Q9 Q#0 Q# 9 Q# 9 8 Q# 9 Q# Q# Q Q 0 Q Q 9 Q Q 8 89 Q8 9 Q9 Q Q Q Q Q 0 Q Q Q Q8 9 Q9 Q Q0 Q 8 Q Q Q Q Q Q8 Q9 Q Q0 Q Q Q Q Q Q Q Q8 Q9 Q 9 Q0 Q Q Q 8 Q Q Q Q8 Q9 Q Q0 Q Q 8 M 0 M M M 0 8 M Q0 Q Q0 Q 0 Q Q 0 CA# 0 CK0 CK0# CK CK# CKE0 9 CKE 80 0 M0 M M 8 8 A_BA 00 A A A 9 A 9 A A 9 A8 9 9 A9 0 BA0 BA CN0- TYCO_9 00P A0 0 0 A 0 A0_AP A 90 A 89 A 8 A A - -,8- -,9-,-,-,0- R 0-,8- -,-,-,-,9-,0-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- 0K_% 0-,8- C 0.uF_v 0-,8-00uF_.v_OPEN C08.uF_V C9 0-0-,8-0.uF_v - C -,8-.uF_V C - C0 0.uF_v 0- C09 0.uF_v 0-,8-8-,9-,0-,-,-,0-,-,-,- -,8- - M_VREF +V +V.8 PM_EXTT#0 MA_B# MA_A() MA_B# MA_B0# M_CKE M_CKE0 M_CLK_R# M_CLK_R M_CLK_R0# M_CLK_R0 MA_CA# ICH MATA ICH MCLK M_C# M_C0# MA_RA# M_OT M_OT0 MA_WE# MA_Q#(:0) MA_M(:0) MA_Q(:0) MA_ATA(:0) MA_A(:0)

28 MB_A(:0) -, ,8- MB_B0# MB_B# -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- M_C# M_C# M_CLK_R +V M_CLK_R# M_CLK_R M_CLK_R# R M_CKE 0K_% M_CKE MB_CA# MB_RA# MB_WE# MB_Q#(:0) MB_Q(:0) MB_A() MB_B# ,8-0-,8- -,8- -,8-0-,8-0-,8- -,9-,-,-,0- -,9-,-,-,0- -,8- -,8- -,8-0- M_OT M_OT CN0-0 A0 0 A 00 A 99 A 98 A 9 A 9 A 9 A 9 A8 9 A9 0 A0_AP 90 A 89 A A 8 A 8 A 8 A_BA 0 BA0 0 BA 0 0# # 0 CK0 CK0# CK CK# 9 CKE0 80 CKE CA# 08 RA# 09 WE# 98 A0 00 A 9 CL 9 A OT0 9 OT 0 M0 M M M 0 M M 0 M 8 M Q0 Q Q 0 Q Q 8 Q 9 Q 88 Q Q#0 9 Q# 9 Q# 8 Q# 9 Q# Q# Q# 8 Q# Q0 Q Q 9 Q Q Q Q Q Q8 Q9 Q0 Q 0 Q Q Q 8 Q Q Q Q8 Q9 Q0 Q Q Q 8 Q Q Q Q Q8 Q9 Q0 Q Q Q Q Q Q Q Q8 Q9 Q0 Q Q Q 0 Q Q Q Q Q8 Q9 9 Q0 Q Q 8 0 Q Q Q Q 9 8 Q 89 Q8 Q Q0 Q 8 Q 9 9 Q FOX_A0AX_NRX_RV_.mm_00P O IMM.mm +V.8 0-,8-0-,8- -, ,9-,0-,-,-,0-,-,-,-,- Layout note: Place these Caps closed o-imm C 0.uF_v C8 0.uF_v C 0.uF_v C8 0.uF_v C.uF_V C.uF_V C0.uF_V C.uF_V C.uF_V C 0.uF_v MB_ATA(:0) 0.uF_V C8 +V -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- C0.uF_V 0.uF_V C 0.uF_v C 0.uF_V +V.8 C ICH MCLK ICH MATA R MB_M(:0) - 0K_% M_VREF -,0-,- C0.uF_V 8-,9-,0-,-,-,0-,-,-,-,- 0.uF_V C0 0.uF_V C9 0.uF_V C9 PM_EXTT# C08 00uF_.v_OPEN - CN0- V V V 9 V 9 V 8 V 8 V 8 V8 8 V9 0 V0 88 V 0 V 99 VP TET VREF N0 N V V 8 V V V 8 V 8 V 8 V8 V9 V0 V V 9 V 9 V 8 V 8 V V V8 V9 V0 V 9 V V V 0 V V V 9 8 V8 V9 V0 V V V V 8 8 V V 90 9 V V8 V9 V0 V V V V V 8 V V V8 V9 9 V0 9 V V 8 V 0 V V 8 V 0 V FOX_A0AX_NRX_RV_.mm_00P FOR EMI TET 8-Nov-008 R-IMM IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET OF

29 +V0.9 -,8- C0 C C9 C9 C C8 C C0 C C C C 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 C C C C0 C C C C C C0 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 +V0.9 LAYOUT NOTE : PLACE ONE CAP CLOE TO EVERY PULL UP REITOR TERMINATE TO +V0.9 -,8- R _% R9 _% R9 _% R8 _% 0-,- 0-,- 0-,- 0-,- M_CKE0 M_CKE M_CKE M_CKE R8 _% R90 _% R90 _% R0 _% R908 _% R909 _% R _% R _% R _% R0 _% 0-,- 0-,- 0-,- 0-,- -,- -,- -,- -,- -,- -,- M_OT0 M_OT M_OT M_OT MA_B0# MA_B# MA_B# MA_WE# MA_CA# MA_RA# +V0.9 -,- -,- -,- -,- -,- -,- -,8- R0 _% R8 _% R8 _% R09 R08 R9 _% _% _% MB_B0# MB_B# MB_B# MB_WE# MB_CA# MB_RA# R9 R R R0 _% _% _% _% 0-,- 0-,- 0-,- 0-,- M_C0# M_C# M_C# M_C# R9 _% R _% R80 _% R _% MB_A(0) MB_A() MB_A() MB_A() -,- MB_A(:0) R8 _% MB_A() R90 _% MA_A(0) -,- MA_A(:0) R R8 _% _% MB_A() MB_A() R _% MA_A() R8 _% MB_A() R9 _% MA_A() R _% MB_A(8) R8 _% MA_A() R _% MB_A(9) R _% MA_A() R _% MB_A(0) R9 _% MA_A() R8 _% MB_A() R _% MA_A() R _% MB_A() R _% MA_A() R _% MB_A() R0 R _% _% MA_A(8) MA_A(9) R8 _% 0-,- MB_A() R R _% _% R _% R _% R8 _% MA_A(0) MA_A() MA_A() MA_A() 0-,- MA_A() -ep-00 R-AMPIN IZE COE OC. NUMBER REV A C 0A9-0-MTRA0 HEET 8 OF

30 CLOE TO CRETLINE CRT_R CRT_ CRT_B L9 FBMA 0808_80T FBMA 0808_80T L FBMA 0808_80T L CRT_L_R CRT_L_ CRT_L_B R9 0_% R98 0_% R99 0_% CRT_L_R CRT_L_ CRT_L_B C99 pf_0v_open C99 pf_0v_open C99 pf_0v_open +V +V -,-,-,-,9-,9-,-,-,-,0-,-,8- -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,-U +V Y_OUT VCC-Y VCC-VIEO Y_IN -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- VIEO_ Y_OUT VIEO_ Y_IN VIEO_ C_OUT N C_IN VCC-CC C_IN BYP C_OUT NXP_IPCZ_OP_P C9 C9 C9 0.uF_v 0.uF_v 0.uF_v VA_N VA_N VA_N VA_N C9 0.uF_V_OPEN VA_N R 0K_% 9- CRT_VY 9- CRT_HY R 0K_% VA_N R _% R9 _% R09.K_% C80 C8 C8 pf_0v pf_0v pf_0v VA_N R0.K_% YN_00FR09ZR_P CN V VA_N -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- CRT_CATA 0- R08.K_% R.K_% R9 0_% R9 0_% VA_N VA_N R98 0_% CRT_CCLK 0- R99 0_% R90 0_% VA_N -ec-008 VA CONN IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET 9 OF

31 +VA -,8-,9-,0-,-,-,-,-,0-,-,8-,8- +VA R00 K_% -,-,-,-,0-,-,-,-,-,-,-,- Place closed to connector +V LV_V_EN 9-00pF_0v Q0 MK00F C0 -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- R0 K_% C00 0.0uF_v Q PMVXP Q MK00F R9 00_% C 0uF_.v C 0.uF_v +V -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- R R.K_%.K_% C 0.uF_v LI_W#_ LCM_BKLTEN 9- -,- U00 Z08M R99 0_%_OPEN R00 00_% INV_PWM_ 9- C9 000pF_0v LV_C_CLK LV_C_ATA LVA_CLK# LVA_CLK LVA_ATA# LVA_ATA LVA_ATA# LVA_ATA LVA_ATA#0 LVA_ATA0 LVB_CLK# LVB_CLK LVB_ATA#0 LVB_ATA0 LVB_ATA# LVB_ATA LVB_ATA# LVB_ATA VBATR (0/) -,-,8-,9-,-,-,9-,9-,8- CN ACE_8_00_0P C 0.uF_V +VA CAM_IABLE# -,-,-,-,0-,-,-,-,-,-,-,- R989 0K_% - +VA C0 uf_0v Q08 MK00F -,8-,9-,0-,-,-,-,-,0-,-,8-,8- R98 0K_% R988 K_% Q0 CN00 UB_P- - PMVXP UB_P+ - C0 ACE_8_000_P 0.uF_V 0 PEV0UBB 0 PEV0UBB 0-Nov-008 LCM CONN IZE COE OC. NUMBER REV A C 0A9-0-MTR A0 HEET 0 OF

32 IE CPU LPC RTC LAN / LAN IHA ATA IZE CLOE TO ICH8 OC. NUMBER REV CLOE TO ICH8 COE OF Close to ICH8 HEET - - ICH8- C A 0A9-0-MTR A0 -Nov R _% 9-,- K_% R0 - _% R8 - R0 00_OPEN 9-,- R0 -, ,- -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- K_% - BATC CN LOTE_AAA_BAT_0_K0_A_P K_% R98 00pF_0v C09-0-,-,-,-,-,8-,9-,-,-,-,-, ,- 00_OPEN R8 -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- C80 00pF_0v - R.9_% pf_0v C pF_0v 9- -,-,9- C00 -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-, R M_% 00pF_0v C9 _% R K_% R _% R 0M_% R98 R0 _% _% R80 R9 _% -,0-0_%_OPEN R9 0-,-,-,-,-,8-,9-,-,-,-,-,- - -,-,0- -,-,9- - C0 uf_.v pf_0v C8 - - _% R - - -,-,-,-,9-,0-,- - C uf_.v - TP 9-,- -.9_% R0 R08 00_OPEN _% R R _%.8KHZ X - - R0 0K_% R K_%.K_% R98 -,-,-,-,9-,0-,-,-,-,9-,0-,-,-,-,-,9-,-,-,-,-,-,-,8-,0-,- -.9_% R9 AE AF0 ATALE# ATARBIA A A ATARBIA# AB ATA_CLKN ATA_CLKP AC A8 MI# TPCLK# AA AE THRMTRIP# AA TP8 AF AF ATA0RXP ATA0TXN AH AH ATA0TXP A ATARXN ATARXP A AJ ATATXN ATATXP AJ AF ATARXN ATARXP AF AE ATATXN ATATXP LAN_TX0 LAN_TX E0 C0 LAN_TX LRQ0# 9 E LRQ#_PIO NMI A RCIN# AH AF RTCRT# A RXTC RXTC AF ATA0RXN INNE# INIT# AE AC0 INTR INTRUER# A AF INTVRMEN IORY Y LAN00_LP A LAN_RTY LAN_RX0 C B LAN_RX LAN_RX C AJ AE0 HA_OCK_EN#_PIO HA_OCK_RT#_PIO A HA_RT# AE HA_IN0 AJ AH HA_IN HA_IN AH A HA_IN HA_OUT AE AJ HA_Y Y IEIRQ AF A FERR# E FWH0_LA0 FWH_LA F FWH_LA 8 F FWH_LA C FWH_LFRAME# B LAN_CLK LAN_COMPI LAN_COMPO C LAN_OCK#_PIO AH HA_BIT_CLK T AB T T 8 9 R Y ACK# W REQ W IOR# IOW# W AF PRTP# PLP# AE 0 U 0 T V V U V U V T V A0ATE AF A0M# A CPUPWR_PIO9 A9 AA A0 AA A A AB C# Y Y C# V H_NMI PM KBCCPURT# H_MI# H_TPCLK# ITL_ICH8_M_BA_P U9- H_FERR# LPC A(0) LPC A() LPC A() LPC A() LPC FRAME# H_INNE# H_INIT# H_INTR EC A0ATE H_A0M# H_PWR H_PRTP# H_PLP# ATA_TXN ATA_C_RXN ATA_C_RXP ATA_C_TXN ATA_C_TXP ATA_TXP +V +V RTCBAT MC OUT MC IN +V_RTC AZ BITCLK MC Y MC BITCLK MC RT# ATA_C_RXP0 ATA_TXN0 ATA_TXP0 +V +V._PCIE_ICH +V_RTC CLK_R_ATA +V AZ RT# AZ OUT AZ Y +VAL ATA_C_RXN0 AZ IN0 PM_THRMTRIP# ATA_C_TXN0 ATA_C_TXP0 CLK_R_ATA#