F7F CPU CLOCK GEN ICS NORTH DDR2 SO-DIMM0 BRIDGE DDR2 SO-DIMM1 SOUTH BRIDGE TPM 1.2 INFINEON SLB9635 AZALIA CODEC EC ITE IT8510E MDC NEWCARD

Transcription

1 0_lock iagram 0_ystem etting 0_PU-YONH(HOT) 0_PU-YONH(PWR) 0_N-M(HOT) 0_N-M(MI & F) 0_N-M(RPHI) 0_N-M(R) _N-M(PWR) _N-M(PWR) _N-M() _-IHM() _-IHM() _-IHM() _-IHM(PWR) 0_R O-IMM0 _R O-IMM _R TERMINTION _MINI PI R _RT _LV & INVERTER ONNETOR _TV OUT _THER ENOR & FN _LOK EN-I0 _Power on & Reset Freq. _IHRE 0_LN-RTL _M & RJ+ _MINI R _R-R() _R-R() _ in R REER _NEWR _OE-L0 _UIO MP & JK _E-IT0E _Touch Pad & K _U ONN 0_I ROM _LE _ & T IN _ebug ONN. _H & O 0_REW HOLE _TPM _T _POWER_VORE _POWER_YTEM 0_POWER_IO_.V &.0V _POWER_IO_R & VTT _POWER_IO_+VO & +.V _POWER_HRER _POWER_ETET _POWER_PROTET _POWER_LO WITH _POWER_FLOWHRT _POWER_INL _History I ROM in ard Reader Internal K L RT TV-OUT ebug onn. TPM. INFINEON L E ITE IT0E Touch Pad Ricoh R YONH W PU MEROM W NORTH RIE Intel PM OUTH RIE IH-M LOK EN I 0 THERML ONTROL R O-IMM0 R O-IMM O H ZLI OE Realtek L0 M NEWR MINIR Realtek RTL U Port X luetooth UIO MP EXT MI INT MI MO amera UTek omputer IN. N lock iagram Frank Wang ustom,, 00 ate: heet of.0

2 E PIO ETTIN Pin Pin Name PWM0P0 PWMP PWMP PWMP PWMP PWMP 0 PWMP PWMP RXP0 TXP P MLK0P MT0P 0P KRT#P P LKOUTP0 MLKP 0 MTP P TMRI0WUIP P TMRIWUIP KKOUTP RI#WUI0P0 RI#WUIP 0 LPRT#WUIP EI#P P INTP TH0P THP PE0 PE PE 0 PE PWRWPE WUIPE LPP#WUIPE LKRUN#WUIPE 0 PLK0PF0 PT0PF PLKPF PTPF PLKPF PTPF PLKPF PTPF FP0 FP 0 FP 0 FP F0P FP LP0HLP LP0LLP ignal Name Type FN_PWM O H_LE_UP# O PWR_LE_UP# O L_KOFF# O NUM_LE O P_LE O RL_LE O M0_LK I0 M0_T I0 0TE O R_IN# O M_LK I0 M_T I0 IN_O# I O T_IN_O# I E_IE_RT# U# U# UF_PLT_RT# EXT_I# RF_ON_W# FN0_TH IN_MP#_K OLOREN# INTERNET# MRTHON# ITP_W# PWR_W# LI_E# T_ON# TP_LK TP_T INTNTON# F_WP F F THRM_PU# PMTHERM# _PR_U# O I I I O I I O I I I I I I O I0 I0 I O O O I O I Pin 0 Pin Name ignal Name PH0 VU_ON PH VU_# PH PUPWR_# PH PM_PWRTN# PH U_ON PH U_ON PH PU_VRON 0 PH PM_RMRT# PI0 IH_PWROK PI PI PI H_EN# PI PREH PI T_LL# PI T_LERN IH-M PIO ETTIN Pin Pin Name ignal Name PIO00M_UY# PM_MUY# PIO0REQ# PI_REQ# PIO0PIRQE# PI_INTE# F PIO0PIRQF# PI_INTF# F PIO0PIRQ# PI_INT# PIO0PIRQH# PI_INTH# PIO0 TLE_ON PIO0 WLN_LE_EN E PIO0 EXTMI# E0 PIO0 0 PIO0 WLN_ON# MLERT#PIO M_LERT# F PIO K_I# E PIO R PIO E PIO _# PIO PM_PRLPVR PIONT# PI_NT# 0 PIOTP_PI# TP_PI# H PIOTP TP_LEON F PIO0TP_PU# TP_PU# E PIOT0P PU_ELET PIOREQ# PI_REQ# LRQ#PIO R PIO 0 PIO PIOEL_RV PIOEL_TTE0 T_ET# E PIOEL_TTE PIOO# U_O# PIO0O# NEWR_O# PIOO# U_O# PIOLKRUN# PM_LKRUN# PIOZ_OK_EN# U PIOZ_OK_RT# PIO PNEL_I0 H PIOTP PNEL_I E PIOTP P_I0 0 PIO P_I E0 PIO P_I NT#PIO PI_NT# PIOPUPWR H_PWR Type O O O O O O O O O O O O O O Type I I I I I I O O I O I I O O O O O O O I I I I O I I I I I O O PI evice IEL# REQNT# Interrupts 000 RTL00L R R REER 0 R 0 R R REER R Mini PI ard,h M-us evice M-us ddress lock enerator 000x ( ) O-IMM x ( 0 ) O-IMM 0000x ( ) Thermal ensor 000x ( ) ystem etting Frank Wang UTek omputer IN. N ustom.0,, 00 ate: heet of

3 UTeK OMPUTER IN chematic page name Frank Wang ustom,, 00 ate: heet of.0

4 H_#[:] H_T#0 H_REQ#[:0] H_#[:] H_T# H_0M# H_FERR# H_INNE# H_TPLK# H_INTR H_NMI H_MI# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_REQ#0 H_REQ# H_REQ# H_REQ# H_REQ# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# U J []# L []# M []# K []# M []# N []# J []# N [0]# P []# P []# L []# P []# P []# R []# L T[0]# K REQ[0]# H REQ[]# K REQ[]# J REQ[]# L REQ[]# Y []# U []# R []# W [0]# U []# Y []# U []# R []# T []# T []# W []# W []# Y []# W [0]# Y []# V T[]# 0M# FERR# INNE# TPLK# LINT0 LINT MI# RV[] RV[] RV[] RV[] M RV[] N RV[] T RV[] V RV[] RV[] RV[0] RV[] OKETP # NR# PRI# EFER# RY# Y# R0# IERR# INIT# LOK# REET# R[0]# R[]# R[]# TRY# HIT# HITM# PM[0]# PM[]# PM[]# PM[]# PRY# PREQ# TK TI TO TM TRT# R# PROHOT# THERM THERM THERMTRIP# LK[0] LK[] RV[] RV[] RV[] RV[] RV[] RV[] RV[] RV[] RV[0] H E H F E F 0 H F F E 0 T F F H_IERR# TPT H_PREQ# H_TK H_TI H_TO H_TM H_TRT# TPT H_PROHOT TPT TPT H_PREQ# H_TO H_TM H_TI H_TK H_TRT# T H_# H_NR# H_PRI# H_EFER# H_RY# H_Y# H_R0# H_INIT# H_LOK# H_PURT# H_R#0 H_R# H_R# H_TRY# H_HIT# H_HITM# PU ebug Port T T H_THERM H_THERM PM_THRMTRIP#, LK_PU_LK LK_PU_LK# +VP_TL+ +VP_TL+ efault trapping When Not Used R R T Ohm Ohm RN Ohm RN Ohm RN Ohm RN Ohm R Ohm R Ohm +VP_TL+ TL+ IO Voltage Reference +VP_TL+ R KOhm % R KOhm % H_#[:0] H_TN#0 H_TP#0 H_INV#0 H_#[:] H_TN# H_TP# H_INV# R PU_EL0 PU_EL PU_EL H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# TL_REF PU_EL0 PU_EL PU_EL LK F ELELEL0 R KOhm L L.Ohm L H H H E F E H F E E K J J H F K H H J N K P R L L L M P P P T R L T N M N M U [0]# []# []# []# []# []# []# []# []# []# [0]# []# []# []# []# []# TN[0]# TP[0]# INV[0]# []# []# []# []# [0]# []# []# []# []# []# []# []# []# []# [0]# []# TN[]# TP[]# INV[]# TLREF TET TET EL[0] EL[] EL[] OKETP MI []# []# []# []# []# []# []# []# [0]# []# []# []# []# []# []# []# TN[]# TP[]# INV[]# []# []# [0]# []# []# []# []# []# []# []# []# []# [0]# []# []# []# TN[]# TP[]# INV[]# OMP[0] OMP[] OMP[] OMP[] PRTP# PLP# PWR# PWROO LP# PI# H_OMP0 V V W U U U W Y Y Y W Y V 0 E F E E F F F E 0 R U U V E E H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_OMP0 H_OMP H_OMP H_OMP H_OMP H_#[:] H_TN# H_TP# H_INV# H_#[:] H_TN# H_TP# H_INV# TL+ IO uffer ompensation H_PRTP#, H_PLP# H_PWR# H_PWR H_PULP#, PM_PI# TL+ IO uffer ompensation R %.Ohm R0 %.Ohm H_OMP R %.Ohm H_OMP R %.Ohm +VP_TL+ +VP T TPT JP HORT_PIN. UTeK OMPUTER IN. N PU-YONH(HOT) Frank Wang ustom,, 00 ate: heet of.0

5 PU +VORE Mid-Frequency apacitors 0UF.V PU +VORE ulk-ecoupling apacitors 0UF.V Place these upper side inside socket cavity on L 0 0UF.V 0UF.V 0UF.V 0UF.V Place these lower side inside socket cavity on L 0UF.V 0UF.V 0UF.V + E 0UF.V Place these upper side inside socket cavity on L 0 0UF.V 0UF.V 0UF.V Place these lower side inside socket cavity on L 0UFV 0UF.V 0UF.V 0UF.V +VORE U V[] V[] V[] V[] 0 V[] V[0] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] 0 V[] V[] V[0] V[] V[] V[] 0 V[] V[] V[] V[0] V[] V[] V[] V[] V[] V[] V[] V[] 0 V[] V[] V[] V[] 0 V[0] V[] V[] V[] V[] V[] V[] V[0] V[] V[] V[] V[] V[] V[] 0 V[] V[] V[] V[] V[] V[] V[0] V[] V[] V[] V[] V[] E V[] V[00] E V[] E0 V[] VP[] E V[] VP[] E V[] VP[] E V[] VP[] E V[] VP[] E V[0] VP[] E0 V[] VP[] F V[] VP[] F V[] VP[] F0 V[] VP[0] F V[] VP[] F V[] VP[] F V[] VP[] F V[] VP[] F V[] VP[] F0 V[0] VP[] V[] V[] V 0 V[] V[] V[] VI[0] V[] VI[] V[] VI[] V[] VI[] 0 V[] VI[] V[0] VI[] 0 V[] VI[] 0 V[] V[] V[] VENE V[] V[] V[] VENE OKETP 0 0 E E0 E E E E E E0 F F0 F F F F F F0 V J K M J K M N N R R T T V W F E F E F E F E +VORE +VP_TL+ +.V R R PU +VP ecoupling apacitors UF0V 0.UF0V +VORE 0.UF0V 0.UF0V VR_VI0 VR_VI VR_VI VR_VI VR_VI VR_VI VR_VI VENE VENE + E 00UF.V 0.0UFV PU +V ecoupling apacitors 0UF.V U V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[0] V[0] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] V[00] V[0] V[0] V[] V[0] V[] V[0] V[] V[0] V[] V[0] V[] V[0] V[] V[0] V[] V[0] V[] V[0] V[] V[0] V[0] V[] V[] V[] V[] V[] V[] V[] V[] V[] E V[] V[] E V[] V[] E V[] V[] E V[] V[] E V[] V[0] E V[0] V[] E V[] V[] E V[] V[] E V[] V[] F V[] V[] F V[] V[] F V[] V[] F V[] V[] F V[] V[] F V[] V[0] F V[0] V[] F V[] V[] F V[] V[] V[] V[] V[] V[] V[] V[] V[] V[] H V[] V[] H V[] V[] H V[] V[0] H V[0] V[] J V[] V[] J V[] V[] J V[] V[] J V[] V[] K V[] V[] K V[] V[] K V[] V[] K V[] V[] L V[] V[0] L V[0] V[] L V[] V[] L V[] V[] M V[] V[] M V[] V[] M V[] V[] M V[] V[] N V[] V[] N V[] V[] N V[] V[0] N V[0] V[] P V[] V[] OKETP P P P R R R R T T T T U U U U V V V V W W W W Y Y Y Y E E E E E E E E E F F F F F F F F F +VORE Mid-Frequency apacitor Intel: UF * RF: 0UF * +VP ecoupling apacitor Intel: 0UF *, 0.UF * RF: 0UF *, 0.UF * UTeK OMPUTER IN. N PU_YONH(PWR) ustom,, 00 ate: heet of.0

6 UTeK OMPUTER IN chematic page name ustom,, 00 ate: heet of.0

7 +VP_MH +VP. ROMP For alibrating the F IO uffer H_XROMP H_YROMP OMP For lew Rate ompenssation on the F +VP_TL+ +VP_TL+ H_XOMP H_YOMP Voltage wing For Providing a Reference Voltage to The F ROMP circuits +VP_TL+ +VP_TL+ H_#[:0] H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_VREF H_#[:] H_# H_T#0 H_T# H_NR# H_PRI# H_R0# H_PURT# H_Y# H_EFER# H_PWR# H_RY# H_INV#0 H_INV# H_INV# H_INV# H_TN#0 H_TN# H_TN# H_TN# H_TP#0 H_TP# H_TP# H_TP# H_HIT# H_HITM# H_LOK# TL+ IO Voltage Reference 0.UFV +VP_TL+ R 0 % R 0 % H_XWIN H_YWIN 0.UFV LK_MH_LK LK_MH_LK# H_XROMP H_XOMP H_XWIN H_YROMP H_YOMP H_YWIN H_REQ#0 H_REQ# H_REQ# H_REQ# H_REQ# H_REQ#[:0] H_R#0 H_R# H_R# H_PULP#, H_TRY# UTeK OMPUTER IN. N N-M(HOT) ustom,, 00 ate: heet of.0

8 MH trapping F : MI trap F[:] : MH Test Mode 0 = MI x 00= Partial LK ating isable = MI x () 0 = XOR Mode Enable 0 = ll Z Mode Enable MH_F_ R KOhm = Normal Operation () F : PU trap F : IH REET isable 0 = TTranspotable PU 0 = IH Reset isable = Mobile PU () = Normal Operation () MH_F_ MH_F_ R KOhm R KOhm F : PIE raphic Lane F : F ynamic OT 0 = Reverse Lane 0 = ynamic OT isable = Normal Operation () = ynamic OT Enable () MH_F_ MH_F_ R0 KOhm R KOhm F0 : HOT PLL VO elect F : V elect 0 = Reserved 0 =.0V () = Mobility () =.V +.V MH_F_0 MH_F_ R KOhm R KOhm F : P x LK Enable F : MI Lane Reversal 0 = x Enable 0 = Normal Operation () = x Enable () = Lanes Reversed +.V MH_F_ MH_F_ R KOhm R KOhm Note: F[:] have internal pull-up while F[0:] have internal pull-down.,,0,,,,, UF_PLT_RT# LK F ELELEL0 +V R R L L MH_EL0 MH_EL MH_EL PM_MUY# 0KOhm r00 0KOhm r00, PM_THRMTRIP#,, VRM_PWR R MH_IH_YN# L H 0 H H MH_F_ MH_F_ MH_F_ MH_F_0 MH_F_ MH_F_ MH_F_ MH_F_ MH_F_ T TPT PM_EXTT#_0 PM_EXTT#_ RT_IN_MH# T R F F F H J K0 J K K J F E F E E K H H J K J F H H H H H K H 0 Y Y W W 0 U RV_ RV_ RV_ RV_ RV_ RV_ RV_ RV_ TV_ONEL_0 TV_ONEL_ RV_ RV_ RV_ RV_ RV_ F_0 F_ F_ F_ F_ F_ F_ F_ F_ F_ F_0 F_ F_ F_ F_ F_ F_ F_ F_ F_ F_0 PM_MUY# PM_EXTT#_0 PM_EXTT#_ PM_THRMTRIP# PWROK RTIN# VO_TRLLK VO_TRLT IH_YN# LK_REQ# N0 N N N N N N N N N N0 N N N N N N N N M_K_0 M_K_ M_K_ M_K_ M_K#_0 M_K#_ M_K#_ M_K#_ M_KE_0 M_KE_ M_KE_ M_KE_ M_#_0 M_#_ M_#_ M_#_ M_OOMP_0 M_OOMP_ M_OT_0 M_OT_ M_OT_ M_OT_ M_ROMP# M_ROMP M_VREF_0 M_VREF LKIN# _LKIN _REFLKIN# _REFLKIN _REFLKIN# _REFLKIN 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_ Y R W W0 W T Y Y0 U0 T0 Y W W Y W L0 F0 Y0 U V T K K F 0 E F H E F E F H E F R 0.Ohm % R 0.Ohm % M_VREF_MH MI_TXN0 MI_TXN MI_TXN MI_TXN MI_TXP0 MI_TXP MI_TXP MI_TXP MI_RXN0 MI_RXN MI_RXN MI_RXN MI_RXP0 MI_RXP MI_RXP MI_RXP M_LK_R0 0 M_LK_R 0 M_LK_R M_LK_R M_LK_R#0 0 M_LK_R# 0 M_LK_R# M_LK_R# M_KE0 0, M_KE 0, M_KE, M_KE, M_#0 0, M_# 0, M_#, M_#, M_OT0 0, M_OT 0, M_OT, M_OT, M_VREF_MH 0,, LK_MH_PLL# LK_MH_PLL LK_REF# LK_REF LK_REF# LK_REF MI_TXN[:0] MI_TXP[0..] MI_RXN[0..] MI_RXP[0..] +.V LITO_Q M_VREF_MH 0.UFV UF0V UTeK OMPUTER IN. N N-M(MI & F) ustom,, 00 ate: heet of.0

9 +V L_KLTEN +.V_PIE 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm RN EI_LK EI_T L_V_EN R.KOhm % LV_LLKN LV_LLKP LV_ULKN LV_ULKP LV_L0N LV_LN LV_LN LV_L0P LV_LP LV_LP LV_U0N LV_UN LV_UN LV_U0P LV_UP LV_UP TV_V TV_Y TV_ R.KOhm % J0 H0 H F E E 0 0 F F0 F J0 U L_KLTTL L_KLTEN L_LK_TL L_T_TL L LK L T L_I L_V L_VEN L_VREFH L_VREFL L_LK# L_LK L_LK# L_LK L_T#_0 L_T#_ L_T#_ L_T_0 L_T_ L_T_ L_T#_0 L_T#_ L_T#_ L_T_0 L_T_ L_T_ TV OUT TV OUT TV OUT TV_IREF TV_IRTN TV_IRTN TV_IRTN EXP OMPI EXP OMPO EXP RXN_0 EXP RXN_ EXP RXN_ EXP RXN_ EXP RXN_ EXP RXN_ EXP RXN_ EXP RXN_ EXP RXN_ EXP RXN_ EXP RXN_0 EXP RXN_ EXP RXN_ EXP RXN_ EXP RXN_ EXP RXN_ EXP RXP_0 EXP RXP_ EXP RXP_ EXP RXP_ EXP RXP_ EXP RXP_ EXP RXP_ EXP RXP_ EXP RXP_ EXP RXP_ EXP RXP_0 EXP RXP_ EXP RXP_ EXP RXP_ EXP RXP_ EXP RXP_ EXP TXN_0 EXP TXN_ EXP TXN_ EXP TXN_ EXP TXN_ EXP TXN_ EXP TXN_ EXP TXN_ EXP TXN_ EXP TXN_ EXP TXN_0 EXP TXN_ EXP TXN_ EXP TXN_ EXP TXN_ EXP TXN_ 0 F H J L M N P R T V W Y F H J L M N P R T V W Y F 0 H J0 L M0 N P0 R T0 V W0 Y 0 0 R.Ohm % RT_LUE RT_REEN RT_RE RT LK RT T HYN VYN R Ohm R00 Ohm R Ohm % E RT_LUE RT_LUE# RT_REEN RT_REEN# RT_RE RT_RE# RT LK RT T RT_HYN J RT_IREF H RT_VYN LITO_Q EXP TXP_0 EXP TXP_ EXP TXP_ EXP TXP_ EXP TXP_ EXP TXP_ EXP TXP_ EXP TXP_ EXP TXP_ EXP TXP_ EXP TXP_0 EXP TXP_ EXP TXP_ EXP TXP_ EXP TXP_ EXP TXP_ F0 H0 J L0 M N0 P R0 T V0 W Y0 0 UTeK OMPUTER IN. N N_M(RPHI) ustom,, 00 ate: heet of.0

10 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q0 M Q0 M Q M Q M Q M Q0 M Q M Q M Q#0 M Q M Q# M Q# M M M M0 M M M M M M M M M M M Q# M M M M Q M Q M 0 M M M Q# M M M M M M M Q M Q M Q# M Q0 M Q# M Q# M 0 M Q M M M Q M M Q M Q M Q0 M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q0 M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q#0 M Q# M M Q# M Q M M M M Q M Q# M M M Q M 0 M M0 M M M M 0 M M M Q# M M M M M M M M M M M M Q# M M Q# M Q M Q0 M M Q# M M Q M Q M M Q[:0] 0 M 0, M # 0, M 0, M 0 0, M R# 0, M WE# 0, M M[:0] 0 M [:0] 0, M Q[:0] 0 M Q#[:0] 0 M Q[:0] M R#, M 0, M, M #, M WE#, M, M M[:0] M Q#[:0] M [:0], M Q[:0] ate: heet of ustom 0,, 00 UTeK OMPUTER IN. N N-M(R).0 ate: heet of ustom 0,, 00 UTeK OMPUTER IN. N N-M(R).0 ate: heet of ustom 0,, 00 UTeK OMPUTER IN. N N-M(R).0 _Q0 K _Q J _Q P _Q R _Q J _Q K _Q N _Q P _Q T0 _Q V _Q0 U _Q V _Q P _Q R0 _Q W _Q Y _Q _Q V _Q R _Q P _Q0 _Q U _Q P _Q P _Q Y _Q _Q T _Q U _Q U _Q W _Q0 V _Q W _Q M _Q L _Q P _Q N _Q N _Q M _Q P _Q L _Q0 J _Q H0 _Q J _Q N0 _Q K _Q H _Q K0 _Q J _Q 0 _Q W0 _Q0 _Q W _Q Y0 _Q Y _Q W _Q Y _Q V _Q R _Q K _Q K _Q0 T _Q K _Q J _Q J 0 T V Y _# R _M_0 K _M_ R _M_ T _M M_ L _M_ H _M M_ N _Q_0 M _Q_ T _Q_ U _Q_ R _Q_ R _Q_ R0 _Q_ R _Q_ N _Q#_0 M0 _Q#_ U _Q#_ T _Q#_ P _Q#_ P _Q#_ T0 _Q#_ T _Q#_ P _M_0 Y _M_ W _M_ Y _M_ R _M_ T _M_ T _M_ U _M_ V _M_ V _M_ W _M_0 V _M M_ Y _M_ R _R# U _RVENIN# K _RVENOUT# K _WE# R UE LITO_Q UE LITO_Q _Q0 J _Q J _Q M _Q M _Q J _Q K _Q J _Q H _Q N _Q P _Q0 R _Q P _Q N _Q M _Q M _Q N _Q K _Q L _Q M _Q N _Q0 K _Q L _Q M _Q P _Q P _Q L _Q P _Q N0 _Q L _Q P _Q0 P0 _Q T _Q R _Q R _Q P _Q P _Q T _Q T _Q L _Q L _Q0 K _Q N _Q K _Q K _Q P _Q N _Q T _Q L _Q Y _Q W _Q0 P _Q N _Q V _Q T _Q N _Q L _Q _Q F _Q _Q F _Q0 _Q H _Q F _Q F 0 U V 0 _# Y _M_0 J _M_ M _M_ L _M_ N _M_ M _M_ L _M_ R _M_ H _Q_0 K _Q_ T _Q_ N _Q_ M _Q_ N _Q_ N _Q_ P _Q Q#_0 K _Q#_ U _Q#_ N _Q#_ M _Q#_ M _Q#_ L _Q#_ N _Q#_ H _M_0 Y _M_ U _M_ W _M M M_ U _M_ V _M_ U _M_ W _M_ T _M_0 U _M_ T _M_ V0 _M_ V _R# W _RVENIN# K _RVENOUT# K _WE# Y U LITO_Q U LITO_Q

11 +.V +.V +VP_MH +VP_MH ate: heet of ustom,, 00 UTeK OMPUTER IN. N N-M(PWR).0 ate: heet of ustom,, 00 UTeK OMPUTER IN. N N-M(PWR).0 ate: heet of ustom,, 00 UTeK OMPUTER IN. N N-M(PWR).0 t Package Edge t Edge Pin Location In avity.0v~.v Max:..V~.V Max:.(R ) In avity 0UF0V 0UF0V 0.UFV 0.UFV UF0V UF0V UF0V UF0V UF0V UF0V 0UF.V 0UF.V + E 00UF.V + E 00UF.V UF0V UF0V 0UF.V 0UF.V 0UF.V 0UF.V + E 00UF.V + E 00UF.V 0UF.V 0UF.V UF0V UF0V 0UF.V 0UF.V 0UF.V 0UF.V V_NTF0 V_NTF V_NTF V_NTF V_NTF Y V_NTF W V_NTF V V_NTF U V_NTF T V_NTF R V_NTF0 V_NTF V_NTF V_NTF V_NTF Y V_NTF W V_NTF V V_NTF U V_NTF T V_NTF R V_NTF0 V_NTF V_NTF V_NTF V_NTF Y V_NTF W V_NTF V V_NTF U V_NTF T V_NTF R V_NTF0 V_NTF V_NTF V_NTF V_NTF Y V_NTF W V_NTF V V_NTF U V_NTF T V_NTF R V_NTF0 V_NTF V V_NTF U V_NTF T V_NTF R V_NTF V_NTF V V_NTF U V_NTF T V_NTF R V_NTF0 V_NTF V V_NTF U V_NTF T V_NTF R V_NTF 0 V_NTF V0 V_NTF U0 V_NTF T0 V_NTF R0 V_NTF0 V_NTF V V_NTF U V_NTF T V_NTF V_NTF V_NTF V_NTF V_NTF Y V_NTF W V_NTF0 V V_NTF U V_NTF T V_NTF0 E V_NTF E V_NTF E V_NTF E V_NTF E V_NTF E V_NTF E V_NTF E0 V_NTF E V_NTF E V_NTF0 V_NTF Y V_NTF U VUX_NTF0 VUX_NTF F VUX_NTF VUX_NTF F VUX_NTF VUX_NTF F VUX_NTF VUX_NTF F VUX_NTF VUX_NTF F VUX_NTF0 VUX_NTF F VUX_NTF VUX_NTF F VUX_NTF 0 VUX_NTF F0 VUX_NTF VUX_NTF F VUX_NTF R VUX_NTF VUX_NTF0 F VUX_NTF R VUX_NTF VUX_NTF F VUX_NTF E VUX_NTF VUX_NTF VUX_NTF VUX_NTF W VUX_NTF V VUX_NTF0 T VUX_NTF R VUX_NTF VUX_NTF F VUX_NTF E VUX_NTF VUX_NTF VUX_NTF VUX_NTF VUX_NTF Y VUX_NTF0 W VUX_NTF V VUX_NTF U VUX_NTF T VUX_NTF R VUX_NTF VUX_NTF F VUX_NTF E VUX_NTF VUX_NTF VUX_NTF0 VUX_NTF VUX_NTF Y VUX_NTF W VUX_NTF V VUX_NTF U VUX_NTF T VUX_NTF R U LITO_Q U LITO_Q V_0 V_ W V_ P V_ N V_ L V_ J V_ V_ Y V_ W V_ V V_0 P V_ N V_ M V_ L V_ J V_ V_ W V_ V V_ T V_ R V_0 P V_ N V_ M V_ 0 V_ Y0 V_ W0 V_ V0 V_ U0 V_ T0 V_ R0 V_0 P0 V_ N0 V_ M0 V_ L0 V_ V_ Y V_ W V_ V V_ U V_ R V_0 P V_ M V_ L V_ V_ V_ Y V_ V V_ U V_ T V_ R V_0 P V_ N V_ M V_ L V_ P V_ N V_ M V_ L V_ P V_ N V_0 L V_ N V_ M V_ L V_ P V_ N V_ M V_ V_ V_ Y V_0 P V_ N V_ M V_ L V_ V_ V_ Y V_ W V_ P V_ N V_0 M V_ L V_ V_ V_ W V_ N V_ M V_ L V_ 0 V_ 0 V_0 Y0 V_ W0 V_ P0 V_ N0 V_ M0 V_ L0 V_ V_ V_ Y V_ N V_00 M V_0 L V_0 N V_0 M V_0 L V_0 P V_0 N V_0 M V_0 N V_0 M V_0 L V_M_0 U V_M_ T V_M_ M V_M_ U0 V_M_ V_M_ Y V_M_ W V_M_ V V_M_ U V_M_ T V_M_0 R V_M_ 0 V_M_ Y0 V_M_ W0 V_M_ V0 V_M_ U0 V_M_ T0 V_M_ R0 V_M_ P0 V_M_ N0 V_M_0 M0 V_M_ M V_M_ L V_M_ K V_M_ J V_M_ H V_M_ J V_M_ H V_M_ J V_M_ H V_M_0 V_M_ Y V_M_ W V_M_ V V_M_ U V_M_ T V_M_ R V_M_ J V_M_ H V_M_ J V_M_0 H V_M_ J V_M_ H V_M_ V_M_ J V_M_ V_M_ Y V_M_ W V_M_ V V_M_ U V_M_0 T V_M_ R V_M_ P V_M_ K V_M_ J V_M_ K V_M_ K0 V_M_ V_M_ Y V_M_ W V_M_0 V V_M_ U V_M_ T V_M_ R V_M_ P V_M_ K V_M_ J V_M_ J V_M_ J V_M_ H V_M_0 J V_M_ H V_M_ V_M_ Y V_M_ W V_M_ V V_M_ U V_M_ T V_M_ R V_M_ J V_M_0 J V_M_ J V_M_ H V_M_ K V_M_ J V_M_ H V_M_ V_M_ K V_M_ V_M_ Y V_M_0 W V_M_ V V_M_ T V_M_ R V_M_ P V_M_ V_M_ Y V_M_ W V_M_ V V_M_ T V_M_00 R V_M_0 P V_M_0 N V_M_0 L V_M_0 K V_M_0 J V_M_0 V V_M_0 J UF LITO_Q UF LITO_Q 0UF0V 0UF0V 0 0UF0V 0 0UF0V + E0 00UF.V + E0 00UF.V UF0V UF0V 0.UFV 0.UFV 0UF0V 0UF0V 0 UF0V 0 UF0V 0.UFV 0.UFV

12 PLL_R_L VTTLF_P VTTLF_P VTTLF_P V J V EN +.V_PIE +.V +.V_PLL +.V_PLL +.V_PLL +.V_HPLL +.V +.V_MPLL +V_TV +V_TV +V_TV +.V +.V_TV +.V +.V +.V_PLL +.V_HPLL +.V_PLL +.V_MPLL +V +.V_QTV +V_TV +.V +.V_TV +.V_QTV +.V +V_TV +V_TV +V_TV +V_TV +.V +.V +.V_RT +.V +.V +.V +VP_TL+ +V +V_ +V +V_ +.V +V ate: heet of ustom,, 00 UTeK OMPUTER IN. N N-M(PWR).0 ate: heet of ustom,, 00 UTeK OMPUTER IN. N N-M(PWR).0 ate: heet of ustom,, 00 UTeK OMPUTER IN. N N-M(PWR).0 Top Layer.V~.V Max:. On the Edge In avity 0.V~.0V Max:..V~.V Max: 0m.V~.V Max: 0m.V~.V Max: m.v~.v Max: m.v~.v Max: 0m.~.V Max: m.v~.v Max: 0m.V~.V Max: 0m.V~.V Max: 0m.V~.V Max: 0m 0.UF0V 0.UF0V UFV UFV T T L 00Mhz L 00Mhz L uh L uh 0.0UFV 0.0UFV L 0NH L 0NH L0 00Mhz L0 00Mhz 0.0UFV 0.0UFV UFV UFV 0.UFV 0.UFV 0.UFV 0.UFV R R 0 0.UFV 0 0.UFV VYN H V_TXLV0 0 V_TXLV 0 V_TXLV 0 V0 J V V Y V V V R V N V L V_PLL V_ V_ H V_RT0 F V_RT E V_RT V_PLL V_PLL V_HPLL F V_LV V_LV V_MPLL F V_TV H0 V_TV 0 V_TV0 E V_TV F V_TV0 0 V_TV 0 V_TV0 E0 V_TV F0 V_HMPLL0 H V_HMPLL H V_LV0 V_LV V_LV V_TV V_HV0 V_HV V_HV V_QTV H VUX0 K VUX F VUX E VUX VUX L0 VUX K0 VUX J0 VUX H0 VUX 0 VUX F0 VUX0 E0 VUX 0 VUX 0 VUX VUX F VUX E VUX VUX VUX VUX F VUX0 E VUX H VUX J VUX H VUX J0 VUX H0 VUX H VUX P VUX P VUX H VUX0 P VUX H VUX VUX F VUX E VUX Y VUX F VUX E VUX F VUX E VUX0 VTT_0 VTT_ VTT_ W VTT_ V VTT_ T VTT_ R VTT_ P VTT_ N VTT_ M VTT_ L VTT_0 VTT_ VTT_ VTT_ VTT_ Y VTT_ W VTT_ V VTT_ U VTT_ T VTT_ R VTT_0 N VTT_ M VTT_ L VTT_ VTT_ VTT_ Y VTT_ W VTT_ V VTT_ U VTT_ T VTT_0 R VTT_ P VTT_ N VTT_ M VTT_ L VTT_ R VTT_ P VTT_ N VTT_ M VTT_ R0 VTT_0 P0 VTT_ N0 VTT_ M0 VTT_ P VTT_ N VTT_ M VTT_ R VTT_ P VTT_ N VTT_ M VTT_0 P VTT_ N VTT_ M VTT_ R VTT_ P VTT_ M VTT_ VTT_ R VTT_ P VTT_ N VTT_0 M VTT_ P VTT_ N VTT_ M VTT_ R VTT_ P VTT_ N VTT_ M VTT_ R VTT_ P VTT_0 M VTT_ VTT_ VTT_ R VTT_ P VTT_ N VTT_ M UH LITO_Q UH LITO_Q 0 0.UFV 0 0.UFV 0 0.0UFV 0 0.0UFV R.KOhm R.KOhm 0.UFV 0.UFV UFV UFV 0 0.UFV 0 0.UFV R 0.Ohm R 0.Ohm 0UF0V 0UF0V 0UF0V 0UF0V UFV UFV L 00Mhz L 00Mhz UFV UFV 0 0.UFV 0 0.UFV + E 00UF.V + E 00UF.V L 00Mhz L 00Mhz UF0V UF0V R 0KOhm R 0KOhm 0 0.UFV 0 0.UFV UFV UFV UF0V UF0V 0.UFV 0.UFV 0 0.0UFV 0 0.0UFV 0.0UFV 0.0UFV L 0UH L 0UH 0UF0V 0UF0V R0 R0 0 0.UFV 0 0.UFV UFV UFV + E 00UF.V + E 00UF.V T TPT T TPT UFV UFV 0.0UFV 0.0UFV 0 0.0UFV 0 0.0UFV UF0V UF0V 0.UF0V 0.UF0V 0.UF0V 0.UF0V L 0UH L 0UH 0.UFV 0.UFV 0 0UF0V 0 0UF0V 0.UFV 0.UFV 0UF0V 0UF0V VIN # F VOUT U IT U IT 0.UFV 0.UFV 0 0.UFV 0 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV L 00Mhz L 00Mhz 00 0.UF0V 00 0.UF0V 0 0.0UFV 0 0.0UFV 0UF0V 0UF0V

13 ate: heet of ustom,, 00 UTeK OMPUTER IN. N N-M().0 ate: heet of ustom,, 00 UTeK OMPUTER IN. N N-M().0 ate: heet of ustom,, 00 UTeK OMPUTER IN. N N-M().0 V_0 V_ V_ W V_ T V_ P V_ M V_ J V_ F V_ V0 V_ P0 V_0 N0 V_ K0 V_ J0 V_ H0 V_ 0 V_ F0 V_ E0 V_ 0 V_ Y V_ W V_0 V V_ R V_ N V_ J V_ V_ V_ V_ Y V_ W V_ V V_0 T V_ R V_ P V_ N V_ M V_ L V_ J V_ H V_ V_ F V_0 V_ T V_ M V_ H V_ V_ F V_ E V_ V_ K V_ H V_0 V_ V_ Y V_ W V_ V V_ T V_ R V_ P V_ N V_ M V_0 L V_ J V_ H V_ V_ F V_ V_ Y V_ W V_ N V_ H V_0 V_ F V_ E V_ V_ V_ V_ V_ V V_ R V_ H V_0 V_ V_ Y V_ W V_ V V_ T V_ R V_ P V_ N V_ M V_0 L V_ J V_ H V_ V_ F V_ V_ N V_ K V_ V_ F V_00 E V_0 V_0 V_0 W V_0 V V_0 R V_0 E V_0 V_0 Y V_0 V V_0 T V_ R V_ M V_ H V_ V_ F V_ V_ V_ H V_ V_0 F V_ E V_ V_ V_ V_ V_ Y V_ V V_ N V_ J V_0 V_ V_ Y V_ 0 V_ E0 V_ T V_ N V_ V_ T V_ N V_0 K V_ V_ E V_ V_ V_ V_ V_ W V_ U V_ P V_0 M V_ V_ V_ W V_ J V_ E V_ P V_ M V_ K V_ J V_0 V_ F V_ V_ V_ N V_ M V_ K V_ F V_ V_ K V_0 P V_ K V_ H V_ E V_ V_ V_ V_ U V_ L V_ W UI LITO_Q UI LITO_Q V_0 T V_ N V_ M V_ H V_ V_ W V_ K V_ J V_ F V_ V_0 V_ K V_ V_ F V_ E V_ V_ V_ V_ V V_ R V_00 N V_0 L V_0 V_0 Y V_0 P V_0 K V_0 J V_0 H V_0 V_0 W0 V_0 R0 V_ M0 V_ 0 V_ K0 V_ 0 V_ 0 V_ N V_ V_ W V_ K V_0 V_ V_ H V_ P V_ H V_ V_ V_ Y V_ R V_ P V_0 M V_ K V_ V V_ N V_ L V_ J V_ F V_ V_ N V_ M V_0 K V_ N V_ M V_ L V_ V_ V_ V_ T V_ K V_ V_0 V_ U V_ K V_ H V_ E V_ V V_ R V_ N V_ M V_ L V_0 V_ P V_ F V_ V_ V_ Y V_ V_ K V_ H V_ E V_0 V_ V_ Y V_ J V_ V_ V_ V0 V_ P0 V_ L0 V_ J0 V_0 0 V_ 0 V_ W0 V_ U0 V_ V_ W V_ R V_ H V_ V_ Y V_0 R V_ V_ E V_ V_ V_ V_ V_ U V_ K V_ V_00 V_0 V V_0 P V_0 L V_0 J V_0 H V_0 F V_0 V_0 R V_0 V_0 V_ V_ V_ V_ Y V_ U V_ N V_ K V_ H V_ V_0 V V_ F V_ V_ Y V_ R V_ P V_ L V_ J V_ Y V_ U V_0 R V_ J V_ F V_ V_ Y V_ W V_ V V_ L V_ H V_ V_0 F V_ V_ V_ V_ V_ T V_ R V_ P V_ K V_ J V_0 V_ V_ Y V_ U V_ T V_ N V_ J V_ H V_ F V_ V_0 L UJ LITO_Q UJ LITO_Q

14 UTeK OMPUTER IN chematic page name ustom,, 00 ate: heet of.0

15 +V +V_RT +RTT T0 TPT R T KOhm ON UF0V TT_HOLER T TPT PF0V X_RT T TPT X R 0MOhm +V_RT R Request of for MO clear function.khz PF0V X_RT U RTX RTX RTRT# L0 L L L Y LP_0,,, LP_,,, LP_,,, LP_,,, kohm R +V_RT RTRT# R R0 JRT delay should be UF0V L_JUMP ms~ms MOhm 0KOhm Y W W Y Y W INTRUER# INTVRMEN EE_ EE_HLK EE_OUT EE_IN LRQ0# LRQ#PIO LFRME# 0TE 0M# E H LP_RQ#0 LP_RQ# TPT T TPT T LP_FRME#,,, +VP_IH 0TE_IH H_0M# Z_IN0 Z_IN OE MOEM, Place Near the Open oor Z_LK_M Z_LK_OE Z_YN_OE Z_YN_M Z_RT#_OE Z_RT#_M Z_OUT_OE Z_OUT_M T_LE# T_RXN0 T_RXP0 T_TXN0 T_TXP0 R R0 R R R R0 R0 R Z_IN0 Z_IN LK_T_IH# LK_T_IH Z_LK Z_YN Z_RT# Z_OUT TRI# R.Ohm % IE_PIOR# IE_PIOW# IE_PK# INT_IRQ IE_PIORY IE_PREQ Ohm Ohm Ohm Ohm Ohm Ohm Ohm Ohm 000PF0V T 000PF0V T V U U V T U V V U R R T T T T F F E H F E H F E H0 0 F H F H E LN_LK LN_RTYN LN_RX0 LN_RX LN_RX LN_TX0 LN_TX LN_TX Z_LK Z_YN Z_RT# Z_IN0 Z_IN Z_IN Z_OUT TLE# T0RXN T0RXP T0TXN T0TXP TRXN TRXP TTXN TTXP T_LKN T_LKP TRIN TRIP IOR# IE IOW# K# IEIRQ IORY REQ PULP# TPPRTP# TPPLP# FERR# PIOPUPWR INNE# INIT_V# INIT# INTR RIN# NMI MI# TPLK# THERMTRIP# # # H_PULP#, R F H_PRTP#, H H_PLP# H_PWR H_INNE# TPT T0 F F H_INIT# H_INTR R_IN#_IH H H_NMI F H_MI# H H_TPLK# F R.Ohm % IE_P[:0] IE_P0 E IE_P IE_P F IE_P IE_P IE_P IE_P IE_P E IE_P F IE_P IE_P0 IE_P F IE_P H IE_P H IE_P IE_P H IE_P0 E IE_P F IE_P E IE_P# IE_P# R Ohm +VP_IH R Ohm H_FERR# PM_THRMTRIP#, IHM UTeK OMPUTER IN. N -IH-M() ustom,, 00 ate: heet of.0

16 +VU 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm RN U_ON_O# U_O# U_ON_O# U_ON_O0# PIE_RXN_LN PIE_RXP_LN PIE_TXN_LN PIE_TXP_LN PIE_RXN_MINIR PIE_RXP_MINIR PIE_TXN_MINIR PIE_TXP_MINIR PIE_RXN_NEWR PIE_RXP_NEWR PIE_TXN_NEWR PIE_TXP_NEWR PI_[:0] PI_INT# PI_INT# U_ON_O0# U_ON_O# U_ON_O# NEWR_O# T T T PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_INT# PI_INT# 0.UF0V 0.UF0V 0 0.UF0V 0.UF0V T T T T T0 T T TPT TPT TPT TPT TPT 0.UF0V 0.UF0V TPT TPT TPT TPT TPT U_O# U_O# E F E E E E 0 F F0 E E E H F F E E H H K K J J M M L L P P N N T T R R R P P P P E U 0 PI Interrupt PIRQ# PIRQ# PIRQ# PIRQ# RV_ RV_ RV_ RV_ RV_ IHM U PERn PERp PETn PETp PERn PERp PETn PETp PERn PERp PETn PETp PERn PERp PETn PETp PERn PERp PETn PETp PERn PERp PETn PETp PI_LK PI_# PI_R PI_MOI PI_MIO O0# O# O# O# O# O#PIO O#PIO0 O#PIO IHM MI IF REQ0# NT0# REQ# NT# REQ# NT# REQ# NT# REQ#PIO NT#PIO PIOREQ# PIONT# E0# E# E# E# IRY# PR PIRT# EVEL# PERR# PLOK# ERR# TOP# TRY# FRME# PLTRT# PILK PME# PIOPIRQE# PIOPIRQF# PIOPIRQ# PIOPIRQH# RV_ RV_ RV_ RV_ MH_YN# MI0RXN MI0RXP MI0TXN MI0TXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MI_LKN MI_LKP MI_ZOMP MI_IROMP UP0N UP0P UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP URI# URI V V U U Y Y W W E E F F H H J J K K L L M M N N E E F E0 E 0 F F F F F E H F H0 U 0 MI_OMP URI# PI_REQ# PI_NT# PI_REQ# PI_NT# PI_REQ# PI_NT# PI_REQ# PI_REQ# PI_LOK# PLT_RT# PI_INTE# PI_INTF# PI_INT# PI_INTH# TPT TPT TPT TPT U onn. T T T T MI_RXN0 MI_RXP0 MI_TXN0 MI_TXP0 MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP PI_REQ#0 PI_NT#0 T TPT T0 TPT T TPT PI_E#0 PI_E# PI_E# PI_E# PI_IRY# PI_PR PI_RT# PI_EVEL# PI_PERR# PI_ERR# PI_TOP# PI_TRY# PI_FRME# LK_IHPI MH_IH_YN# LK_PIE_IH# LK_PIE_IH.Ohm R % U_PN0 U_PP0 U_PN U_PP U_PN U_PP U_PN U_PP U_PN U_PP U_PN U_PP U_PN U_PP U_PN U_PP.Ohm R % PI_NT# PI_NT# +.V_PIE_IH R KOhm U Y NZ0PX LK_IHPI R KOhm V 0PF0V IH oot IO elect LP PI PI +V NT# NT# H H L R0.KOhm EN R. H L H uffer to Reduce Loading on PLT_RT# PI_INT# PI_EVEL# PI_REQ# PI_LOK# PI_INTE# PI_INTH# PI_ERR# PI_PERR# PI_INT# PI_INT# PI_INTF# PI_INT# PI_REQ# PI_REQ#0 PI_INT# PI_IRY# PI_FRME# PI_REQ# PI_REQ# PI_REQ# PI_TRY# PI_TOP# UF_PLT_RT#,,0,,,,, RP RP RP RP RPE RPF RP RPH RP RP RP RP RPE RPF RP RPH RP RP RP RP RPE RPF RP RPH.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0.KOHM 0 +V 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm RN U_O# NEWR_O# Y_RT# RIN# U U U U U U U U onn. U onn. U onn. luetooth U onn. Newcard MO amera UTeK OMPUTER IN. N -IHM() ustom,, 00 ate: heet of.0

17 RIN# M_LK M_T LINKLERT# M_LINK0 M_LINK U MLK MT LINKLERT# MLINK0 MLINK RI# PIOT0P PIOTP PIOTP PIOTP LK LK F H H E P_I0 PU_elect : PU is Pentem M => Low PU is eleron M => High PU_elect PNEL_I LK_IH LK_U _PKR PM_U_TT# Y_RT# PM_MUY# M_LERT# PKR U_TT# Y_RT# PIO0M_UY# MLERT#PIO ULK LP_# LP_# LP_# PWROK 0 F TPT T ULK U#,, U# IH_PWROK 0PF0V 0PF0V, LK_EN# Q N00K_T_E TP_PI#, TP_PU# T_ET#, PM_LKRUN# 0,, PIE_WKE#,, INT_ERIRQ PM_THERM# TLE_ON WLN_LE_EN EXTMI# T_ET# VRMPWR 0 PIOTPPI# PIOPRLPVR F PIO0TPPU# TP0TLOW# PIO PWRTN# PIO E PIO LN_RT# PIOLKRUN# RMRT# PIOZ_OK_EN# U PIOZ_OK_RT# PIO PIO0 F0 WKE# PIO H ERIRQ PIO F0 THRM# PIO PIO VRMPWR PIO PIO PIO PIO PIO PIO PIO E PIO PIO IHM Y E0 0 F E R E R 0 0 E0 T_ET#0 P_I P_I PM_PRLPVR T T_LL# TPT PM_PWRTN# Int P.U UF_PLT_RT#,,0,,,,, PM_RMRT# WLN_ON# K_I# _# PNEL_I0 T TPT R 0KOhm TP_LEON Q +VU +V M_LK N00K_T_E +V Q M_T M_LK_ 0,,,, M_T_ 0,,,, M_LK_ M_T_.KOhm RN.KOhm RN.KOhm RN.KOhm RN M_LK M_T +V TP_PI# R 0KOhm TP_PU# R 0KOhm TP_LEON R0 0KOhm +VU PIE_WKE# R KOhm N00K_T_E +VU +V P_I[:0] 000: R0 00: R. 00: R.0 0: R. & R. 00: R. (Vista) P_I P_I P_I0 R 0KOhm +V R 0KOhm R0 0KOhm M_LERT# M_LINK M_LINK0 LINKLERT# WLN_ON# T_ET# T_LL# _# K_I# EXTMI# T_ET#0 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm RN +VU 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm RN +VU 0KOhm RN0 0KOhm RN0 0KOhm RN0 0KOhm RN0 PM_LKRUN# INT_ERIRQ PM_THERM# VRMPWR IH_PWROK R PM_RMRT# R 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm 0KOhm R 0KOhm R 0KOhm R 0KOhm UTeK OMPUTER IN. N -IHM() ustom,, 00 ate: heet of.0

18 +V +V +VU +VU +VREF +VREF_U +.V +.V +.V +.V +VU +VU +V_RT +V +V +.V +V +V +.V +.V +.V_PIE_IH +V +V +.V +VU +VP +VP_IH +VP_IH ate: heet of ustom,, 00 UTeK OMPUTER IN. N -IHM(PWR).0 ate: heet of ustom,, 00 UTeK OMPUTER IN. N -IHM(PWR).0 ate: heet of ustom,, 00 UTeK OMPUTER IN. N -IHM(PWR).0 On Edge istribute in PI ection 0 0.UFV 0 0.UFV 0 0.UFV 0 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0 0.UFV 0 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0UF0V 0UF0V 0.UFV 0.UFV R Ohm R Ohm R R 0.UFV 0.UFV T TPT T TPT 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV R R 0.UFV 0.UFV T T T T L 00Mhz L 00Mhz L 00Mhz L 00Mhz 0.UFV 0.UFV 0.UFV 0.UFV T TPT T TPT Vss Vss Vss Vss Vss Vss Vss Vss 0 Vss Vss0 Vss Vss Vss Vss 0 Vss Vss Vss Vss Vss E Vss0 E Vss E Vss E Vss E Vss F Vss F Vss F Vss F Vss F Vss F Vss0 Vss Vss Vss Vss Vss Vss Vss Vss Vss Vss0 Vss H Vss H Vss H Vss H Vss H Vss H Vss J Vss J Vss J Vss0 J Vss J Vss J Vss K Vss K Vss K Vss L Vss L Vss L Vss L Vss0 L Vss M Vss M Vss M Vss M Vss M Vss M Vss M Vss M Vss M Vss0 M Vss M Vss M Vss N Vss N Vss N Vss N Vss N Vss N Vss N Vss0 N Vss N Vss N Vss N Vss N Vss N Vss N Vss N Vss P Vss P Vss0 P Vss P Vss P Vss P Vss P Vss P Vss P Vss P Vss P Vss R Vss00 R Vss0 R Vss0 R Vss0 R Vss0 R Vss0 R Vss0 R Vss0 R Vss0 T Vss0 T Vss0 T Vss T Vss T Vss T Vss T Vss U Vss U Vss U Vss U Vss U Vss0 U Vss U Vss U Vss U Vss U Vss V Vss V Vss V Vss V Vss V Vss0 V Vss W Vss W Vss W Vss W Vss Y Vss Y Vss Y Vss Y Vss Vss0 Vss Vss Vss Vss Vss Vss Vss Vss Vss Vss0 Vss Vss Vss Vss Vss Vss Vss Vss Vss Vss0 Vss Vss Vss Vss Vss Vss E Vss E Vss E Vss E Vss0 E Vss E Vss E Vss E Vss E Vss F Vss F Vss F Vss F Vss F Vss0 F Vss Vss Vss Vss Vss Vss Vss 0 Vss Vss H Vss0 H Vss H Vss H Vss H Vss H UE IHM UE IHM 0.UFV 0.UFV T TPT T TPT + E 00UF.V + E 00UF.V 0.UFV 0.UFV 0.UFV 0.UFV UFV UFV 0.UFV 0.UFV + E 00UF.V + E 00UF.V T0 TPT T0 TPT 0.UFV 0.UFV 0.0UFV 0.0UFV JP HORT_PIN JP HORT_PIN 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV 0.UFV VREF_ 0 VREF_ VREF_us F Vcc Vcc Vcc Vcc Vcc Vcc Vcc Vcc Vcc Vcc 0 Vcc Vcc Vcc Vcc Vcc E Vcc E Vcc E Vcc F Vcc F Vcc 0 Vcc Vcc H Vcc H Vcc J Vcc J Vcc K Vcc K Vcc L Vcc L Vcc 0 M Vcc M Vcc N Vcc N Vcc P Vcc P Vcc R Vcc R Vcc R Vcc R Vcc 0 R Vcc T Vcc T Vcc T Vcc T Vcc T Vcc U Vcc U Vcc V Vcc V Vcc 0 W Vcc W Vcc Y Vcc Y Vcc VccMIPLL Vcc Vcc Vcc Vcc Vcc E Vcc F Vcc Vcc H Vccus E VccUPLL Vccus_0VccLN_0_ Vccus_0VccLN_0_ Y Vcc_0_ L Vcc_0_ L Vcc_0_ L Vcc_0_ L Vcc_0_ L Vcc_0_ L Vcc_0_ M Vcc_0_ M Vcc_0_ P Vcc_0_0 P Vcc_0_ T Vcc_0_ T Vcc_0_ U Vcc_0_ U Vcc_0_ V Vcc_0_ V Vcc_0_ V Vcc_0_ V Vcc_0_ V Vcc_0_0 V Vccus_VccLN V Vccus_VccLN V Vccus_VccLN W Vccus_VccLN W Vcc_VccH U Vccus_VccusH R V_PU_IO E V_PU_IO E V_PU_IO H Vcc Vcc Vcc 0 Vcc Vcc Vcc Vcc Vcc 0 Vcc Vcc Vcc Vcc Vcc Vcc 0 Vcc Vcc F Vcc Vcc 0 Vcc VccRT W Vccus P Vccus Vccus Vccus Vccus Vccus Vccus K Vccus K Vccus K Vccus 0 K Vccus L Vccus L Vccus L Vccus L Vccus L Vccus M Vccus M Vccus N Vcc Vcc 0 Vcc T Vcc F Vcc Vcc Vcc Vccus_0_ K Vccus_0_ Vccus_0_ 0 Vcc Vcc H Vcc H Vcc J Vcc 0 J Vcc F VccTPLL Vcc H Vcc 0 0 Vcc Vcc 0 Vcc 0 Vcc E0 Vcc F0 Vcc F Vcc Vcc H VPUX UF IHM VPUX UF IHM T TPT T TPT

19 UTeK OMPUTER IN chematic page name ustom,, 00 ate: heet of.0

20 M Q M M M Q M Q M M M M Q M M Q M Q M Q0 M Q M Q M Q M M0 M Q M Q0 M Q M Q M Q M Q#0 M Q M M Q M Q0 M Q M Q M M M Q M Q M Q M Q M Q M Q M Q M M Q M Q M Q0 M Q M Q M Q M Q M M Q# M Q# M Q M Q0 M M Q M Q M Q M 0 M Q M Q M_LK_R#0 M Q M Q M Q# M Q M M M M M M M Q M Q M Q M Q M Q M M M_LK_R0 M Q M Q# M Q M 0 M Q# M Q M M M M Q M M Q0 M Q M_LK_R M Q M Q M M Q# M Q M Q M Q M_LK_R# M Q# M Q M M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q0 M_VREF_IMM0,, M_OT, M 0 0, M_LK_,,,, M Q[:0] 0 M_#, M M[:0] 0 M_KE, M_KE0, M_LK_R M 0, M R# 0, M Q[:0] 0 M_LK_R0 M_T_,,,, M_#0, M Q#[:0] 0 M 0, M # 0, M [:0] 0, M_OT0, M_LK_R#0 M WE# 0, M_LK_R# +V +.V ate: heet of ustom 0,, 00 UTeK OMPUTER IN. N R O-IMM0.0 ate: heet of ustom 0,, 00 UTeK OMPUTER IN. N R O-IMM0.0 ate: heet of ustom 0,, 00 UTeK OMPUTER IN. N R O-IMM0.0 REV Type 0PF0V 0PF0V 0UF0V 0UF0V N 0.UFV N 0.UFV 0PF0V 0PF0V UF0V UF0V 0.UFV 0.UFV 0.UFV 0.UFV N 0.UFV N 0.UFV N 0.UFV N 0.UFV N 0.UFV N 0.UFV P # 0 # K0 0 K0# K K# KE0 KE 0 # R# 0 WE# L OT0 OT M0 0 M M M M 0 M M 0 M Q0 Q Q Q 0 Q Q Q Q Q#0 Q# Q# Q# Q# Q# Q# Q# Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q 0 Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q 0 Q Q Q Q Q Q0 Q Q Q 0 Q Q Q Q Q Q Q0 0 Q Q _ Q ON R_IMM_00P ON R_IMM_00P V V V V V V V V V V0 0 V V 0 VP N N 0 N 0 N NTET VREF V V V V V V V V V V0 V V V V V V V V V V0 V V V V 0 V V V V V V0 V V V V V V 0 V V V V0 V V V V V V V V V V0 V V V V 0 V V 0 V NP_N 0 NP_N 0 ON R_IMM_00P ON R_IMM_00P

21 M Q M_LK_R# M Q M M0 M Q M Q M Q M Q# M Q# M Q M Q M Q M Q# M Q M Q M Q M Q M M M Q M M M M M Q M Q M Q# M Q0 M M Q M Q M M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M M M M M Q M Q M Q M Q0 M 0 M Q M Q M 0 M M Q M Q M M M Q0 M Q M Q M M M Q0 M Q M M Q# M Q M Q0 M Q M M_LK_R# M M Q M Q M Q M M M Q M Q M Q M Q#0 M Q M_LK_R M Q# M Q M M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M M M Q M Q0 M Q M M Q M Q M Q M Q M Q# M Q M_LK_R M Q M Q M_VREF_IMM,0, M_LK_R M_OT, M 0, M_#, M WE# 0, M_KE, M_LK_R M [:0] 0, M # 0, M_#, M_T_,0,,, M_LK_R# M R# 0, M Q[:0] 0 M 0 0, M 0, M_OT, M_LK_,0,,, M_LK_R# M Q#[:0] 0 M Q[:0] 0 M_KE, M M[:0] 0 +V +V +.V ate: heet of ustom,, 00 UTeK OMPUTER IN. N R O-IMM.0 ate: heet of ustom,, 00 UTeK OMPUTER IN. N R O-IMM.0 ate: heet of ustom,, 00 UTeK OMPUTER IN. N R O-IMM.0 T Type N 0.UFV N 0.UFV 0 0PF0V 0 0PF0V N 0.UFV N 0.UFV N 0.UFV N 0.UFV N 0.UFV N 0.UFV P # 0 # K0 0 K0# K K# KE0 KE 0 # R# 0 WE# L OT0 OT M0 0 M M M M 0 M M 0 M Q0 Q Q Q 0 Q Q Q Q Q#0 Q# Q# Q# Q# Q# Q# Q# Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q 0 Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q 0 Q Q Q Q Q Q0 Q Q Q 0 Q Q Q Q Q Q Q0 0 Q Q _ Q ON R_IMM_00P_R ON R_IMM_00P_R V V V V V V V V V V0 0 V V 0 VP N N 0 N 0 N NTET VREF V V V V V V V V V V0 V V V V V V V V V V0 V V V V 0 V V V V V V0 V V V V V V 0 V V V V0 V V V V V V V V V V0 V V V V 0 V V 0 V NP_N 0 NP_N 0 ON R_IMM_00P_R ON R_IMM_00P_R R 0KOhm R 0KOhm 0PF0V 0PF0V 0UF0V 0UF0V 0.UFV 0.UFV 0.UFV 0.UFV UF0V UF0V

22 0,0 M [:0] 0, M [:0].0 +VTTR L 00Mhz +.V 0 R 0.UF0V KOhm % L 00Mhz Use voltage-divider type: R,R,0,0,L: tuff L: No tuff Use power I integrated function: R,R,0,0,L: No tuff L: tuff M_VREF_MH,0, M_VREF_IMM0,0,,0 M_#0,0 M_#,0 M_OT 0,0 M R# 0,0 M WE# M M_#0 M_# M_OT M R# M WE# M 0 M Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNE Ohm RNF Ohm 0 RN Ohm RNH +0.V 0.UFV N 0.UFV N 0.UFV N 0.UFV N 0 0.UF0V R KOhm % M_VREF_IMM,0, 0,0 M 0,0 M 0,0 M_KE M M M 0 M 0 M M M M_KE Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNE Ohm RNF Ohm 0 RN Ohm RNH N 0.UFV N 0.UFV N 0.UFV N 0.UFV 0,0 M,0 M_KE0 M M M M M M M M_KE0 Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNE Ohm RNF Ohm 0 RN Ohm RNH N 0.UFV N 0.UFV N 0.UFV N 0.UFV For moat 0,0 M #,0 M_OT0 M # Ohm M_OT0 Ohm R R 0.UF0V +.V 00 0.UFV 0 0.UFV 0, M 0, M 0 M M M M M M 0 M 0 M Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNE Ohm RNF Ohm 0 RN Ohm RNH 0.UFV N 0.UFV N 0.UFV N 0.UFV N, M_KE 0, M, M_KE M_KE M M_KE M M M M M Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNE Ohm RNF Ohm 0 RN Ohm RNH 0.UFV N 0.UFV N 0.UFV N 0.UFV N, M_#, M_OT 0, M # 0, M WE# 0, M R# M 0 M M_# M_OT M # M WE# M R# M Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNE Ohm RNF Ohm 0 RN Ohm RNH N 0.UFV N 0.UFV N 0.UFV N 0.UFV, M_OT, M_# M_OT M_# Ohm Ohm R0 R 0.UFV UTeK OMPUTER IN. N R TERMINTION ustom,, 00 ate: heet of.0

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24 UTek OMPUTER IN ustom,, 00 ate: heet of.0

25 E UTek OMPUTER IN Title chematic : page name E ustom,, 00 ate: heet of.0

26 UTeK OMPUTER IN ustom,, 00 ate: heet of.0

27 UTek OMPUTER IN chematic page name,, 00 ate: heet of.0

28 RT_RE.Ohm <== ==> Ohm OR W= mil L RT_R_ON Ohm00Mhz RN Ohm PF0V c00 0PF0V c00 RT_REEN L RT ON RN Ohm Ohm00Mhz RN PF0V 0PF0V c00 c00 Ohm +.V V RT_RE RT_LUE L RT ON +.V RT_REEN +V 0.UF0V RT_VYN U R0 Ohm VYN_IH HYN HYN_IH VYN LVUR RT_HYN R0 Ohm Unidirectional buffers (high impedance buffers) are required on both HYN and VYN to prevent potential electrical overstress and illegal operation of the MH, since some display monitors may attempt to drive HYN and VYN signals back to MH. Ohm00Mhz RN PF0V 0PF0V c00 c00 Ohm L VYN_ON pf0v 00 L HYN_ON pf0v 00 ON RT_R_ON RT ON RT ON 0 _U_PR V +.V RT_LUE _T_ON V HYN_ON VYN_ON _LK_ON +V RT_HYN V +V RT_VYN V PLE E iodes near V port +V +V_RT_.KOHM RN.KOHM RN +V RT T _T Q R _T_V _T_ON +V 0 NW +V_RT_ N00K_T_E +V pf0v 00 RT LK _LK Q R _LK_V _LK_ON +V +V_RT_.KOHM RN.KOHM RN N00K_T_E 00 pf0v 00 UTeK OMPUTER IN RT ustom,, 00 ate: heet of.0

29 L acklight ontrol +V +V L Power R r UFV +V 0 0.0UFV able Requirement: Impedence: 00 ohm +- 0% Length Mismatch <= 0 mils Twisted Pair(Not Ribbon) Maximum Length <= " L LV Interface ON TO_ON_0P L_V_EN Q N00K_T_E R0 00KOhm r00 R 00KOhm r00 Q0 N00K_T_E R 0KOhm r00 NW 0 UFV 00 Q IV +VL L 00Mhz 0 0.UFV c00 0 0UF0V c00 0 UF0V 0 0.UFV c00 +V_L EI_LK EI_T +V_L L L LV_L0N LV_L0P LV_LN LV_LP LV_LN LV_LP LV_LLKN LV_LLKP 00Mhz 00Mhz L0 LV_UN LV_UP LV_U0N LV_U0P LV_UN LV_UP LV_ULKN LV_ULKP 00Mhz +V +V_L 0 0.UFV c PF0V 0 00PF0V INVERTER Interfacepeaker ONN. IO K_OFF#:When user push "Fn+F" button, IO active this pin to turn off back light. PNEL I = : WX+ 0x00 PNEL I = 0 : WX 0x00 PNEL I0 REERVE FOR VENOR U_PN U_PP +V L_ RN L 00Mhz L_EN RN 0OHM RN 0OHM LI_E# RN 0OHM RN 0OHM U_PN U_PP L_EN_ON L ON LI_E#_ON +V_ON 00PF0V 0.UFV c00 00PF0V 0.UFV c00 +V R 0KOhm r00 PNELI R +V R0 0KOhm r00 PNELI0 R PNEL_I PNEL_I0 _T_Y L 00Mhz +VIN_INV RN UFV c00_h ON WTO_ON_0P,, U# LI_E# L_KLTEN L_KOFF# 0 +V_L R 0KOhm r00 TW L_EN TW INTMI_P INTMI_N amera +VIN_INV LI_E#_ON L_EN_ON L ON +V_ON U_PN U_PP + 0.UFV c00 PNELI0 PNELI L +V 00Mhz E UF.V LV & INVERTER UTeK OMPUTER IN ustom.0,, 00 ate: heet of

30 UTeK OMPUTER IN chematic page name ustom,, 00 ate: heet of 0.0

31 TV OUT +V TV_V TV_V TV_V L 00Mhz ON V V V TV_Y TV_ TV_Y TV_ L0 L 00Mhz 00Mhz Y +V V TV_Y RN Ohm RN Ohm RN Ohm RN Ohm 00PF0V 00PF0V 00PF0V N 0 MINI_IN_P +V V TV_ 00 PLE E iodes near TV port UTeK OMPUTER IN TV OUT & V_IN ustom,, 00 ate: heet of.0

32 UTeK OMPUTER IN chematic page name ustom,, 00 ate: heet of.0

33 Thermal ensor M_LK +V M_T THRM_LERT# Q M_THRM N00K_T_E Q M_THRM N00K_T_E M_THRM M_THRM 00PF0V 00PF0V U LK LERT# MXM Max: m V XP XN OVERT# M_THRM M_THRM THRM_LERT# +V_THM R 0 0.UF0V +V 0KOhm RN0 0KOhm RN0 0KOhm RN0 0KOhm RN0 +V 0 H_THERM H_THERM H_THERM O#_O H_THERM O#_O H_THERM H_THERM 000PF0V Route H_THERM and H_THERM on the same layer OTHER INL mils =============== 0 mils =========H_THERM(0 mils) 0 mils =========H_THERM(0 mils) 0 mils ========= mils OTHER INL void F,Power +V +V_FN 0.0 +V +V + E UF.V NW 0.UF0V T R.KOhm +V_FN FN_PWM FN0_TH 0.0 ON IE IE 0.0 Wto_ 00PF0V 00PF0V UTeK OMPUTER IN. N THER ENOR & FN ustom,, 00 ate: heet of.0

34 UTeK OMPUTER IN chematic page name ustom,, 00 ate: heet of.0

35 XIN_LK X.Mhz XOUT_LK N00K_T_E Q N00K_T_E Q LK_U ITP_EN 0 = R Pair REQ_EL +V Latched Input elect ITP_ENPILK_F0 = PEREQ# PU_elect IN_O#, Layout Notice!! R,R,R,R,R0,R must near the lock en. less than 00mil,0,,,,0,,, +V +V LK_REF LK_REF# LK_EPI LK_PI LK_TPMPI LK_PI LK_PI LK_IHPI M_LK_ M_T_ ELPIE0_L# R ELL_# LK_PWRVE# FL FL +V_V LK_PI LK_EPI LK_PI LK_TPMPI LK_IHPI LK_PI 0 = L lock (MHz) ELL_#PILK_F ELPIE0_L#PI_LK = PU_ITP Pair = PI Express (00MHz) PI_LKREQ_EL 0 = PILK() +-0ppm0PF PF0V 0 0PF0V L 00Mhz R 0KOhm R 0 0UF0V 0KOhm 0PF0V PF0V 0PF0V 0PF0V 0.UFV R 0PF0V 0 = MHzMHz# Pair = L_LK Pair R 0.UFV 0.UFV R0 R0 Ohm 0PF0V 0 0.UFV 0.UFV 0KOhm 0.UFV R0 R 00PF0V 00PF0V 0.UFV Ohm R.KOhm R Ohm Ohm R Ohm R Ohm R0 Ohm 0KOhm R 0.UFV R R0 0PF0V +V_LK XIN_LK XOUT_LK LK_ LK_# _LK_M ELPIE0_L# _LK_PI _LK_TPMPI REQ_EL ELL_# ITP_EN R0 Ohm % In Intel K-0M R schematics: R, R use. Ohm and R uses Ohm. R 0KOhm PU_EL0 PU_EL PU_EL LK F ELEL EL0 0 U VPIEX VPIEX VPIEX PWRVE# VPU V X X FIXL_TPIEX0T L_PIEX0 FLU_MHz FLTET_MOE ELPIEX0_L#PILK PILK PILK PILKREQ_EL ELL_#PILK_F ITP_ENPILK_F0 LK T IREF I0LFT L L L H H H.V~.V Max: 00m Pin,,,, : Internal Pull-Up Pin : Internal Pull-own RN 0OHM RN 0OHM RN 0OHM RN 0OHM 0.UFV V VREF PIPIEX_TOP# PU_TOP# PULKT PULK PULKT0 PULK0 PULKT_ITPPIEXT PULK_ITPPIEX PEREQ#PIEXT PEREQ#PIEX PIEXT PIEX PIEXT PIEX PIEXT PIEX PIEXT PIEX PIEXT PIEX PIEXT PIEX OTT_MHz OT_MHz Vtt_Pwrd#P 0 +VP 0 0 TLKT TLK PEREQ# PEREQ# REFFLTET_EL REF V_VPI +V_V LK_PIE LK_PIE# LK_PIE LK_PIE# LK_PIE LK_PIE# LK_T LK_T# OT OT# PEREQ# PEREQ# REF REF0 Reserved for ebug & Expriment R KOhm 0.UFV R KOhm R KOhm +V_VREF FL FL FL +V TP_PI# TP_PU#, FL LK_MH_LK R0.Ohm % LK_MH_LK# R.Ohm % R 0.UFV LK_PU_LK R.Ohm % LK_PU_LK# R.Ohm % LK_PIE_NEWR LK_PIE_NEWR# LK_PIE_MINIR LK_PIE_MINIR# LK_MH_PLL R.Ohm % LK_MH R Ohm LK_MH_PLL# R.Ohm % LK_MH_LK LK_MH# R Ohm LK_MH_LK# LK_PIE_IH R.Ohm % LK_PU R Ohm LK_PIE_IH# R.Ohm % LK_PU_LK LK_PU# R Ohm LK_PU_LK# LK_REF R.Ohm % LK_PIE R Ohm LK_REF# R.Ohm % LK_PIE_NEWR LK_PIE# R Ohm LK_PIE_NEWR# LK_REF R.Ohm % PEREQ# R LK_REF# R0.Ohm % LK_MINIR_REQ# PEREQ# R LK_NEWR_REQ# LK_T_IH R.Ohm % LK_PIE R LK_T_IH# Ohm R.Ohm % LK_PIE_MINIR LK_PIE# R Ohm LK_PIE_MINIR# LK_PIE_LN R0.Ohm % TPT T LK_PIE_LN# R0.Ohm % TPT T0 R0 KOhm R R R R L 00Mhz R0 R0 R R0 R R R R +V 0.UFV Ohm Ohm Ohm Ohm Ohm Ohm Ohm Ohm Ohm Ohm.KOhm Ohm R0 0KOhm 0PF0V RN KOhm RN KOhm RN KOhm RN KOhm LK_PIE_LN 0 LK_PIE_LN# 0 LK_MH_PLL LK_MH_PLL# LK_PIE_IH LK_PIE_IH# LK_T_IH LK_T_IH# LK_REF LK_REF# LK_EN#, LK_IH R MH_EL0 MH_EL MH_EL +V_VPI 0 = PIEX0 Not ontrolled +V = PIEX0 ontrolled PEREQ# PEREQ# PEREQ# PEREQ# UTeK OMPUTER IN. N +V ustom PEREQ# PEREQ# 0 = PIEX Not ontrolled = PIEX ontrolled PEREQ# 0 = PIEX Not ontrolled = PIEX ontrolled () PEREQ# 0 = PIEX Not ontrolled = PIEX ontrolled () R.Ohm % R.Ohm % R.Ohm % R0.Ohm % R0 0KOhm R0 0KOhm R 0KOhm R 0KOhm LOK EN-I0,, 00 ate: heet of.0

36 UTeK OMPUTER IN chematic page name ustom,, 00 ate: heet of.0

37 T TPT PWRW# MRTHON# W W TT_WITH_P TT_WITH_P HUT_OWN# +V FORE_OFF#,,, R 00KOhm FORE_OFF# W MRTHON# PWRW# +V_E 0.UFV TP_WITH_P 0.UFV 0.UFV PWRW# R Ohm R 00KOhm T TPT PWR_W# 0 0.UFV UTeK OMPUTER IN Power on & Res Freq ustom,, 00 ate: heet of.0

38 +V +V +.V +V +V R R R R R0 00KOhm +V_IHR Q +V_IHR Q0 +.V_IHR Q +V_IHR Q Q N00K_T_E N00K_T_E N00K_T_E N00K_T_E, U_ON N00K_T_E +V +V +.V +.V +0.V +VP +V R R R R R R R 00KOhm +V_IHR +V_IHR +.V_IHR +.V_IHR +0.V_IHR Q Q Q Q Q0 +VP_IHR Q Q N00K_T_E N00K_T_E N00K_T_E N00K_T_E N00K_T_E N00K_T_E,, U_ON N00K_T_E UTeK OMPUTER IN. N IHRE & EMI P ustom,, 00 ate: heet of.0

39 UTeK OMPUTER IN chematic page name ustom,, 00 ate: heet of.0

40 XOUT_LN XIN_LN X R0 Mhz 0.UFV c00 0.UFV c00.kohm % PFV c00 PFV c00.v_tl +V_LN_ +.V_LN +.V_LN +V_LN MIP0 MIN0 MIP MIN MIP MIN MIP MIN.V_TL U0 VTRL V_ MIP0 MIN0 V_ MIP MIN V_ MIP 0 MIN V_ MIP MIN V_ V_ V_ EEK EEIUX V_ EEO EE V_ N V_ N 0 N V_ V_ IOLTE N N V_ R.KOhm r00 LN_EEK LN_EEI LN_EEO LN_EE R KOhm % R KOhm % U V K I OR O T +V +V_LN 0.UFV c00 RTL R +.V_LN_E _LN,, PIE_WKE# PIE_RXN_LN_ PIE_RXP_LN_ 0.UFV PIE_RXN_LN c00 0.UFV PIE_RXP_LN c00 LK_PIE_LN# LK_PIE_LN PIE_TXN_LN PIE_TXP_LN UF_PLT_RT#,,,,,,,.V_TL +VU +V L 00Mhz L 00Mhz +V_LN R.KOhm r UFV c00 Q 0UF0V c00 0.UFV c00 0.UFV c00 0.UFV c UFV c00 0.UFV c00.v~.v +.V_LN Typ: m Pin & : hare ap Pin & : hare ap 0.UFV Pin & & : hare ap c00 Pin & & : hare ap.v_tl R.KOhm r00 Q0 +.V_LN R.V~.V +.V_LN_E Typ: m 0UF0V c00 0.UFV c00 0.UFV c00 0.UFV c00 Pin : ap Pin : ap Pin & : hare ap Pin & : hare ap Pin & : hare ap.0v~.v +V_LN_ L Typ: 00Mhz 0m Pin & : hare ap 0UF0V c00 0.UFV c UFV c00 0.UFV c00 0.UFV c00 Pin & : hare ap UTeK OMPUTER IN. N LN-RTL ustom,, 00 ate: heet of 0.0

41 M ONN. Z_OUT_M Z_YN_M Z_IN Z_RT#_M R Ohm ON0 0 0 JP L_JUMP R +V +VU Z_LK_M +V 0.UFV c00 H LE_ H LE_ TO_ON_P PF0V hange to N0M0- LN ONN. +.V_LN R U 0 0 MIP0 MIN0 T+ TT T- MX+ MT MX- L_TRLP0 L_MT0 L_TRLM0 L_MT0 L_MT RN Ohm RN Ohm LN_ MIP MIN MIP R T+ TT T- T+ MX+ MT MX- MX+ 0 L_TRLP L_MT L_TRLM L_TRLP L_MT L_MT RN Ohm RN Ohm 00PF0V 0.UFV ML+-0% L_TRLP0 L_TRLM0 L_TRLP L_TRLM RN RN RN RN LTRLP0 LTRLM0 LTRLP LTRLM TT MT L_MT 0 0 MIN MIP T- T+ MX- MX+ L_TRLM L_TRLP _LN _LN L_TRLP L_TRLM L_TRLP L_TRLM RN RN RN RN LTRLP LTRLM LTRLP LTRLM 0 TT MT L_MT 0 MIN T- MX- L_TRLM ON 0.0UFV 0.0UFV 0.0UFV 0.0UFV M00 LTRLP0 LTRLM0 LTRLP LTRLP LTRLM LTRLM LTRLP LTRLM P_ NP_N R R R0 R R ON _LN IE IE RJ_TIP_ON L0 RJ_RIN_ON L KOhm00Mhz KOhm00Mhz RJ_TIP RJ_RIN 0 0 NP_N P_ WTO_ON_P 000PFKV 000PFKV MOULR_JK_P M & RJ+ UTeK OMPUTER IN. N ustom.0,, 00 ate: heet of

42 UTeK OMPUTER IN ustom,, 00 ate: heet of.0

43 +V +.00V~+.V Max= 0 m 0.UFV 0UF0V +.V +.V~+.V Max= m T_HT T_HLK LK_MINIR_REQ# LK_PIE_MINIR# LK_PIE_MINIR WLN_WKE# ON WKE# T_T T_HLK LKREQ# REFLK- REFLK+.V_.V_ Reserved Reserved Reserved Reserved Reserved 0 0.UFV 0UF0V +VUX_OLN 0.UFV +.00V~+.V Max= 0 m R R +V +VU Reserved R to +VU for Wake on WLN function! PIE_RXN_MINIR PIE_RXP_MINIR PIE_TXN_MINIR PIE_TXP_MINIR For N R R Reserved Reserved PERn0 PERp0 PETn0 PETp0 Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved0 W_ILE# PERT#.Vaux.V_ Reserved Reserved 0 Reserved Reserved N LE_WLN# N.V_.V_ R0 WLN_ON WLN_LE# UF_PLT_RT#,,,0,,,, M_LK_,0,,, M_T_,0,,, TPT T For NP_N NP_N MINI_R_LTH_P WLN_ON H H T T Q Q, RF_ON_W# N00K_T_E N00K_T_E WLN_ON# +VUX_OLN Q,0, PIE_WKE# WLN_WKE# N00K_T_E R UTeK OMPUTER IN. N MINIR ustom,, 00 ate: heet of.0

44 UTeK OMPUTER IN ustom,, 00 ate: heet of.0

45 +V 0 0UF0V 0.0UFV 0.0UFV 0.0UFV +V U +V 0UF0V 0.UFV 0 0 V_PIV_ V_PIV_ V_PIV_ V_PIV_ V_PIV_ V_PIV_ V_V 0.0UFV 0UF0V UF0V 0.0UFV 0 V_RIN V_ROUT V_ROUT V_ROUT V_ROUT V_ROUT V_M For PI U MOUT +V 0.UF0V PI_ R R 00KOhm +V IEL_ 0 +V --> _RT# ms < T < 00ms 0 UF0V _RET# Layout Notice!! R & R 00mil PI_[:0] PI_PR PI_E# PI_E# PI_E# PI_E#0 PI_REQ#0 PI_NT#0 PI_FRME# PI_IRY# PI_TRY# PI_EVEL# PI_TOP# PI_PERR# PI_ERR# PI_RT# PI_ PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 IEL RET# PR E# E# E# E0# IEL REQ# NT# FRME# IRY# TRY# EVEL# TOP# PERR# ERR# RT# PIRT# HWPN# MEN XEN UIO UIO UIO UIO UIO 0 UIO0RIRQ# INT# INT# +V R 0KOhm 0 _HWPN# T M_EN X_EN _L _ INT_ERIRQ,, PI_INT# PI_INT# _L _ M_EN X_EN _# +V Use EEPROM R 0KOhm +V 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm RN UFV V 0 WP L U T0N LK_PI, R PM_LKRUN# 0 PILK PME# LKRUN# TET 0 0PF0V R UTeK OMPUTER IN. N R-R() ustom,, 00 ate: heet of.0

46 +V U L 00Mhz V_PHYV_ V_PHYV_ V_PHYV_ V_PHYV_ UFV 0 0.UFV 0 UFV TPI UFV 0 PF0V 0 PF0V XIN_ X.Mhz +-0ppmPF XOUT_ XI XO TPN0 TPP0 0 0 R0 Ohm R Ohm 0 TP0- TP0+ 0.UFV L ommon hoke 0 LTP0- LTP0+ LTP0- LTP0+ ON TPN0 0 TP0- IEEE_ 0 _FILO 0.0UFV FIL0 TPP0 0 TP0+ IEEE _REXT R 0KOhm % 0 REXT.KOhm R R Ohm R Ohm RN RN RN RN 0OHM 0OHM 0OHM 0OHM _VREF 0.0UFV uard 00 VREF 0PF0V losed to R losed to onnector o-layout MIO x_t MIO x_t MIO x_t MIO x_t MIO 0 Mx_T MIO Mx_T MIO Mx_T MIO0 MMMx_T0 MIO0 MIO0 PWRx_WP# MMM_M_xWE# MIO x_le MIO x_le MIO0 x_e# MIO0 WP#xR# MIO00 0 MM#_x0# MIO0 M#x# MIO0 MMMLK_xRE# MIO0 MMMxPWR0 MIO0 TPT T RV MIO0 R UTeK OMPUTER IN. N R-R() ustom,, 00 ate: heet of.0

47 +V Q olve M uo daptor short problem R Mx_T x_t MMMxPWR0 0KOhm Q I0_T_E +M_V Q R 0.UFV 0.UFV 0KOhm N00K_T_E +V N00K_T_E Q Mx_T R N00K_T_E _ 0KOhm Q MM#_x0# N00K_T_E x_t +V R 0KOhm % M#x# 0PF0V +M_V +M_V 0 0.UF0V 0.UF0V MMM_M_xWE# Mx_T MMMx_T0 Mx_T M#x# Mx_T MMMLK_xRE# x_t Mx_T MMM_M_xWE# MMMLK_xRE# MMMx_T0 x_t MM#_x0# 0PF0V ON M_ X_ M_ X_ M_T X_R M_T0 X_RE M_T X_E M_IN X_LE M_T X_LE M_LK X_WE 0 M_V X_WP 0 M_ X T X_0 _T X M X X V X LK X X_ N X_ 0 _T0 X_V 0 _T N W _WP_W OM _WP_OM NP_N NP_N R_REER_P N0K MM#_x0# M#x# WP#xR# MMMLK_xRE# x_e# x_le x_le MMM_M_xWE# PWRx_WP# MMMx_T0 Mx_T Mx_T Mx_T x_t x_t +M_V x_t x_t WP#xR# UF0V 0PF0V UTeK OMPUTER IN in R REER ustom,, 00 ate: heet of.0

48 ,, U_ON, VU_ON U TY# 0 HN# PERT# O#.VOUT_.VOUT_ NEWR_O# +.V_PE R +V +.V R0 KOhm +VU,,,0,,,, UF_PLT_RT#.VIN_ UXOUT.VIN_.VIN_.VOUT_.VIN_.VOUT_ UXIN PPE# 0 PU# YRT# RLKEN N +VU_PE +V_PE PPE# PU# REFLK_EN U_PN U_PP R L 00Mhz R. U_P- U_P+ R. R00!! Expressard tandard.0: hange Pin from REERVE to MLK hange Pin from MLK to MT hange Pin from MT to +.V Neward Header ON R0 PERT# 0 00PF0V R0 0KOhm +V 0 T R0 00KOhm PE_EUEN# R0 KOHM Q0 PM0 E 0 R0 0.UF0V KOHM RN RN RN RN R R U0 OE# V Y LVV LP_FRME#,,, +V TPT R0 LK_PIE_NEWR# LK_PIE_NEWR T0 PF0V PF0V LP_FRME#_R PIE_RXN_NEWR PIE_RXP_NEWR PIE_TXN_NEWR PIE_TXP_NEWR +.V_PE +VU_PE +V_PE U_P- U_P+ PU# M_LK_ M_T_ PIE_WKE#_ PERT# LKREQ#_ PPE#_ NP_N NP_N EXPRE_R_P LK_PI,,, LP_,,, LP_0,,, LP_,,, LP_,0,,, M_LK_,0,,, M_T_ PPE# LK_NEWR_REQ# PIE_WKE#_I U PPE#_ LKREQ#_ PIE_WKE#_ M_LK_ M_T_ Neward Ejecter ON P_ P_ P_ P_ P_ PE_EUEN# E# X V +V R_EJETOR_P NTPWR 0 0.UF0V +VU +V +.V +VU_PE +VU_PE 0.UF0V 0.UF0V.0V~.V ve= 00m Max= m 0UF0V.0V~.V +V_PE ve= 000m Max= 00 m 0UF0V 0.UF0V 0.UF0V 0 UF0V 0.UF0V.V~.V +.V_PE ve= 00 m Max= 0 m 0UF0V 0.UF0V,0, PIE_WKE# Q N00K_T_E R PIE_WKE#_I REFLK_EN LK_NEWR_REQ# Q N00K_T_E LK_NEWR_REQ# UTeK OMPUTER IN. N NEWR ustom,, 00 ate: heet of.0

49 UTeK OMPUTER IN ustom,, 00 ate: heet of.0

50 +VP_MH +.V +V 0 0.UF0V 0.UF0V 0.UF0V 0.UF0V 0.UF0V 0.UF0V 0.UF0V 0.UF0V 0.UF0V +VP_MH 0.UF0V 0 0.UF0V +.V +VP_MH 0.UF0V 0.UF0V +V UTeK OMPUTER IN PMI OKET ustom,, 00 ate: heet of 0.0

51 UTeK OMPUTER IN FJ ustom,, 00 ate: heet of.0

52 EPOP# Z_LK_OE R 0KOhm _UIO PFV c00 L0 Ver _UIO UFV c00_h R R +.V 000PF0V.KOhm INTMI_P.KOhm MI_JK R.KOhm L0 For T00 INTMI_P _PKR NW 0.UFV c00 R0 KOhm 0.UFV c00 P_EEP R0 KOhm EPOP# RER_L RER_R 0 0.UFV 0.UFV R 0KOhm PIF_J R R R 0KOhm HP_J R0 0KOhm R.KOhm.KOhm.KOhm U0 0.UF0V 0.UF0V LINE_J R R _UIO _UIO 0 UFV c00_h _UIO 0.UFV c00 +V_UIO +V L +V_OE 00Mhz 0 0.UFV 0.UFV UFV c00 T00 L0 Ver R00 :R00 0KOhm change to 0K % ohm % _UIO _UIO _UIO ERPHONE_L ERPHONE_R EPOP# R PIFO +V_OE Z_OUT_OE Z_LK_OE +V_UIO 0 0PF0V 0 L0 Ver EPOP# N V URR-L(PORT--L) JREF URR-R(PORT--R) V ENTER(PORT--L) LFE(PORT--R) N N EP PIFO L0-V-R R LINE-R(PORT--R) LINE-L(PORT--L) MI-R(PORT--R) MI-L(PORT--L) -R 0 - -L MI-R(PORT-F-R) MI-L(PORT-F-L) LINE-R(PORT-E-R) LINE-L(PORT-E-L) ense EXTMI_J HP_J UFV INTMI_P INTMI_P UFV UFV 0VXR 00 UFV0VXR 00 MI_JK MI_JK UFV 0VXR 00 _R_ UFV 0VXR 00 UFV 0VXR 00 _L_ UF0V INTMI_P UF0V ERPHONE_R_0 ERPHONE_R_0 ERPHONE_L_0 L0 ERPHONE_L_0 R 0KOhm R.KOhm +V_UIO R.KOhm INTMI_N INTMI_N T00 L0 00Mhz VREF_OE UFV 0.UFV c00 _UIO _UIO Z_IN0 Z_YN_OE, Z_RT#_OE P_EEP R Ohm 0 000PF0V _UIO _UIO INTMI_P FI00_00E0NP_LF FI00_00E0NP_LF +V_UIO +V T TPT U Vout=.*(+(00KK)) MX L R HN# OUT R IN ET 000PF0V 000Mhz R c00 R R 00KOhm R MXTEUK R _UIO UFV 0.UFV R KOhm % UFV 0.UFV 0.UFV c00 0.UFV c00 _UIO _UIO _UIO _UIO OE-T00 UTeK OMPUTER IN. N ustom,, 00 ate: heet of.0