Model Name: SOM-DB5800

Model Name: OM-00 0 OVER 0 Revision History 0 0 lock iagram OMe R.0 Type RW / 0 OMe R.0 Type RW / 0 0 lock uffer PI Express X lot 0 0 I lot PI Express X / X 0 LN / U.0 Port 0- U lient U.0 Port U.0 Port - RT onnecotor LV onnector IO WH P MINIIN Parallel Port OM - / IR T onnector 0 Mini PIE Express ard lot Express ard lot H udio odec L RT / FN FWH: IO LP to Port 0 / TPM Miscellaneous TX power / +V_UL IN / +V._UL 0 Power Map OVER OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

OM-00 0- P:0000, OM:0000E ate: /0/0. P version: 0- P/N:0000 OM-00 0- P:000, OM:0000E ate: //. P version: 0- P/N:000. P: It change the M_LT#, TLOW#, PM_WKE# and EXT_THRM# from pin header to push switch.. P: It change the part reference name to I. P: It change the default of V_V and V_H that through the buffer to V connector.. P: It change the default of LV_INVERTER_LT's jumper setting to +V. P: To remove the THRM# function because IO haven't the thermal input.. P: It change the part reference name to EPard. P: It change the part reference name to EPard. P: To change the capacitor's height to mm to slove mechanical issue 0. P: The dioade and resistor are reserved to meet PIM design guide.. P: To delete the double pull up resistor on IO_I0# and IO_I#. P: To change the LE display of WTOUT as high active. P, P: Q's gate connect to N_PON# to slove MOFET can't turn on when working on T mode.. P: It change the resistor to 0 ohm on R. P: dd the buffer to change the voltage level to.v on _PWROK.. P: It change the pin to LI# on LI_TN. P: dd T to prevent the floating issue for IN function. P: dd Q to prevent the leaking voltage when IN voltage under V. OM-00 0- P:000, OM:0000E ate: 00/0/. P version: 0- P/N:000. P: dd R- transmitters/receivers for OM and OM. P: Reserve the TTL OM function. P: It change the buffer from open drain output to schmitt trigger output. P: dd the level shift circuit to slove can't control MOFET(Q) issue. OM-00 0- P:000, OM:0000E ate: 00//0. P version: 0- P/N:000. P: 0- cut carrier board & module board TMP pp signal and add jump to set mould board TMP pp pin. P:LP_# add test point. P:_PWROK# add test point. P: hange pin from K_0TE to EP_HP#(OM-Express. addation EP_HP pin). P: Removr K_0TE signal in 00. P: change R to Jump(EOP-0). P: dd PI flash connector(reference 00). P: hange pin from K_RT# to RV(OM-Express. addation U lient pin) 0. P: E0_TREF dd bypass capacitor(eop-0). P: LEEP# add pull up resistor to.v(eop-0). P: LI# add pull up resistor to.v(eop-0). P: dd TYPE# to detect system Type function(eop-0). P: PU resistor change from k to 00k(checkist recommend)(eop-0). P: lock EN M_LOK & T add isolation circuit(eop-0). P: PIE slot pin add pu resistor and connect to pin (EOP-0). P: PIE slot pin add pu resistor.k (EOP-0). P: PIE lot Pin add 0R connect to N(EOP-0). P: PIE lot Pin P to gnd through 0R,pin & PU +V. through.k(eop-0) 0. P: PIE* slot pin add pu resistor and connect to pin (EOP-0). P: PIE* slot Pin add P resistor(eop-0). P: PIE* lot Pin change from PU to P & Pin add P resistor(eop-0). P0: add U_O#0 isolation circuit(eop-0). P0: 0- LN+U.0 connector change to LN+U.0 (EOP-0). P0: Polyswitch change from. to (EOP-0). P: remove U circuit(u.0 port &)(EOP-0). P:dd U client deltect pin connect to module(eop-0). P: add U_O# isolation circuit(eop-0). P: add U_O# isolation circuit(eop-0) 0. P: Remove U_ &U_ connector(eop-0). P: U.0 port and connect to U.0 port &. P: R &R change from to 0(EOP-0). P: V_H & V add R in sreies(eop-0). P:dd EP_HP# connect to LV(EOP-0). P: Remove K_0TE signal in 00(EOP-0). P: P connector change from0 to 00(0 phase out OM change only)(eop-0). P: T connector change from 00 to 00(00 phase out change OM(EOP-0). P0: hange Minpcie U from U to U port. P & :Express card & pin add PU resistor to +V._PIE & (EOP-0) 0. P & :Express card & pin add PU resistor to +V._UL_PIE & (EOP-0). P :change audio jack from 000 to 00(EOP-0). P: TPM LP data and signal add isolation W(by wide temperature)(eop-0). P: R change connect to +V._ULE(OP-0). P: dd Type detect circuit(type only)(eop-0). P: PWRTN# add test point. P: dd X TX power connector (referece PM specification)(eop-0) OM-00 0- P:000, OM:0000E ate: 0/0/0 EOP-0. P version: 0- P/N:000. Rename all jumper location name.. Page0 change Lan 00/000 LE pin out Revision History OM-00 ize ocument Number Rev Tuesday, pril 0, 0 ate: heet of 0

TX Power tandard xp urrent ense Resistor +V Power Rail V +VIN Power Rail (.-V) Phoenix onnector PU Fan Y Fan Invertor Test points selected by IP switch:. ould isolate PI control pins.. ould isolate LP us to IO. uper I/O WH OM R-, -ub V ~.V K/M P/ PIEx PIEx MPIEx udio Jack TPM OM R// ox Header xp x lot x lot Mini-PIE Line-in, Line-out, MI IO PL urrent ense Resistor PIF IR Wafer ox P Port 0 LP Port 0- Port Port Pin Header xp U.0 PORT LPT -U V -U P LV F LN RJ- (w/ U.0 x) U 0- L T 0- IO PI ocket PIO Pin Header 0P IO OM/ ox Header xp MU Wafer ox P I Wafer ox P EEPROM V 0, to LN +U.0,, to U.0 connector LV -it PIE x I/F I it LN U.0 H I/F T III I/F PI I/F LP I/F PIO/IO -WIRE OM M I/F I I/F R- PIO LP PI T H U LN PIEX LV RT OM Module OM-Express Type Mus I onnector Row, onnector Row, PIEX PIEX I U.0 Power/Reset/leep/LI utton, WTOUT LE, Thermal lerm LE, attery low LE, Power ood ignal. PIE x I/F U.0 PIE x U.0 PORT U.0 PORT Port U.0 PORT Port Port U.0 PORT PIE x I, MUX w/ VO Testability: INTEL Eaglemont for I eneral ard for VO U.0 x to LN +U.0, to U.0 connector U lient U Mini- MiniPIE ard Express ard Express ard lock iagram OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

() R_TX 0- Removr K_0TE signal in 00 +V. R0.K +V. R.K E0_TREF 0- E0_TREFdd bypass capacitor +V. R.K R0.K _Z_R_TX R R NL/0 _TPM_PP () 0 0- cut carrier board & module board TMP pp signal and add jump to set mould board TMP pp pin 0.uF V Q N00W--F 0./0V OT- Q N00W--F 0./0V OT- 0- LP_# add test point It change the TLOW# from pin header to push switch. 0- TLOW_ T- () IO_I0# () THERMTRIP# () () () +VT EX0_PRT# EX0_PPE# () () () LP_# PI0 PI PI _Y_R_RX TP TP LP_# LP_# LP_# TLOW# IO_I0# THERMTRIP# (,) () () (0) (0) (0) () () () () () () () () () () (0) (0) () () () () () () () () () T_T# H_YN H_RT# H_ITLK H_OUT () LV0_0+ () LV0_0- () LV0_+ _Y_R_RX K R () LV0_- % 00 () LV0_+ () R_RX () LV0_- +V. () LV_ENV 0- hange pin from K_0TE to () LV0_+ EP_HP#(OM-Express. addation EP_HP pin) 0- hange pin from K_RT# to RV(OM- () LV0_- Express. addation U lient pin) R () LV0_LK+.K () LV0_LK- () LV () LV () PI () U_LIENT () EP_HP# +V. () LK_PIE_REF+ Q () LK_PIE_REF- N00W--F 0./0V +V.M_PI OT- +V.M_PIPI_MIO R % PI_z_MIO R0 () PO0.K PI_LK R0 % PI_z_LK PI_MOI R % PI_z_MOI PP_TPM_ R 0 PP_TPM TP TYPE0# _Z_R_TX () R_TX _Z_R_RX R0.K J0(-X) _Z_R_TX _Z_R_TX 0- rename K R _Z_R_RX +V. % 00 K R _Z_LI# MINIJUMPER.mm % 00 +VIN J0 +V. +V. PH_xV_.mm R.K +VIN-->hape R R.K.K PP_TPM_ (0) LN_MI- (0) LN_MI+ (0) LN_LINK00# (0) LN_LINK000# (0) LN_MI- (0) LN_MI+ (0) LN_LINK# (0) LN_MI- (0) LN_MI+ LN_MI0- LN_MI0+ E0_TREF U_P- U_P+ U_O# U_P- U_P+ _Y_LI# E0_TREF TP Q N00W--F 0./0V OT- +V._UL +V.M_PI PI_HOL# R PI_LK PI_MOI EXT_THRM# +V_R PI_z_# _Z_FNPWM _Z_FNTH _Z_LEEP# R 00 +VIN +V. +VIN-->hape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mils 0K PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () PIEX0_RX+ () PIEX0_RX- () LV_0+ () LV_0- () LV_+ () LV_- () LV_+ () LV_- () LV_+ () LV_- () LV_LK+ () LV_LK- () V_R () V_ () V_ () V_H () V_V () V_LK () V_T () R 0 K % M_LT# U_TT# WTOUT IO_I# _Y_LEEP# PI_# Q N00W--F 0./0V OT- TP TP PWRTN# () M_LK (,,,0,,,) M_T (,,,0,,,) M_LT_ TP T- TP _PWROK () IN and IN let it N when not used PKR (,) 0- It change the M_LT# from pin header to push switch. 0- _PWROK# add test point 0- It change the EXT_THRM# from pin header to push switch. 0- rename IO_I# () PH_xV_.mm 0- change R to Jump +V. WTOUT () EXT_THRM_ T- PO () PO () PO () LV_KLT_EN# () LV_TRL () EX_PRT# () EX_PPE# () PM_EXTRT# () 0- RV pin add test point _Y_FNTH +V._UL V +V REET# PIE_WKE# (,,0,,) PM_WKE# () PM_WKE_ 0- It change the PM_WKE# from pin header to push switch. T- R 00 R.K K % J J(-) N MINIJUMPER.mm Q N00W--F 0./0V OT- NL/0.uF V R0 0 U NL/TI_NHVR OT-- J(-) +V_R-->0 mils Q N00W--F +V-->0 mils 0./0V OT- _Z_FNPWM R % MINIJUMPER.mm PLTRT# (,,,,,0,,,,) +V. R.K R0.K +V. R0.K FNPWM () () R_RX () LI# R0 +V..K 0- LI# add pull up resistor to.v placement lose to PI_IO +V.M_PI PI_N PI_# PI_LK PI_MIO PI_MOI.K R0 +V. LEEP# () 0- LEEP# add pull up resistor to.v FNTH () OMe R.0 Type RW / PH_xV_.mm 0- dd PI flash connector(reference 00) OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

0- PU resistor change from k to 00k(checkist recommend) +V. hange the part reference name to I 0- I I UX_EL I UX_EL I UX_EL H-0T ON: OFF: isplay port R 00K R 00K R (0) 00K (0) (0) (0) () () () () () () () () I_PIR+ I_PIR- U_RX0- U_RX0+ U_RX- U_RX+ U_RX- U_RX+ U_RX- U_RX+ PIEX_RX+ PIEX_RX- N N_FIXE_ N_ U_RX0- U_RX0+ N_ U_RX- U_RX+ N_ 0 U_RX- U_RX+ N_FIXE_ U_RX- U_RX+ N_ I_PIR+ I_PIR- RV RV 0 PIE_RX+ PIE_RX- N_FIXE_ N_ U_TX0- U_TX0+ N_ U_TX- U_TX+ N_ U_TX- 0 U_TX+ N_FIXE_ U_TX- U_TX+ N_ I_TRLLK_UX+ I_TRLT_UX- RV RV PIE_TX+ 0 PIE_TX- I_TRLLK_UX+ I_TRLT_UX- U_TX0- (0) U_TX0+ (0) U_TX- (0) U_TX+ (0) U_TX- () U_TX+ () U_TX- () U_TX+ () I_TRLLK_UX+ () I_TRLT_UX- () PIEX_TX+ () PIEX_TX- () TP TP () () I_HP I_HP I UX_EL I UX_EL () () () () () () () () () () () () PIEX_RX+ PIEX_RX- () () () () () () () () () () () () I_PIR+ I_PIR- I_TRLLK_UX+ I_TRLT_UX- I_TRLLK_UX+ I_TRLT_UX- I_PIR+ I_PIR- I_PIR+ I_PIR- I_PIR0+ I_PIR0- I_PIR+ I_PIR- I_PIR+ I_PIR- I_TRLLK_UX+ I_TRLT_UX- I_TRLLK_UX+ I_TRLT_UX- TP TP0 PIEX_RX0+ PIEX_RX0- PIEX_RX+ PIEX_RX- PIEX_RX+ PIEX_RX- TYPE0# TYPE# 0 0 0 0 N_FIXE_ PIE_RX+ PIE_RX- I_HP I_PIR+ I_PIR- RV RV I_PIR+ I_PIR- N_FIXE_ I_TRLLK_UX+ I_TRLT_UX- I UX_EL RV I_TRLLK_UX+ I_TRLT_UX- I UX_EL I_PIR0+ I_PIR0- N_FIXE_ I_PIR+ I_PIR- I_HP RV0 I_PIR+ I_PIR- RV I_PIR+ I_PIR- N_FIXE_0 PE_RX0+ PE_RX0- TYPE0# PE_RX+ PE_RX- TYPE# PE_RX+ PE_RX- N_FIXE_ N_FIXE_ PIE_TX+ PIE_TX- RV0 RV I_PIR0+ I_PIR0- RV I_PIR+ 0 I_PIR- N_FIXE_0 I_PIR+ I_PIR- I UX_EL RV I_PIR+ I_PIR- RV0 I_PIR0+ 0 I_PIR0- N_FIXE_ I_PIR+ I_PIR- I_HP RV I_PIR+ I_PIR- RV I_PIR+ 0 I_PIR- N_FIXE_ PE_TX0+ PE_TX0- PE_LNE_RV# PE_TX+ PE_TX- TYPE# PE_TX+ PE_TX- 0 N_FIXE_ TYPE# PIEX_TX+ () PIEX_TX- () I_PIR0+ () I_PIR0- () I_PIR+ () I_PIR- () I_PIR+ () I_PIR- () I_PIR+ () I_PIR- () I_PIR0+ () I_PIR0- () I_PIR+ () I_PIR- () I_PIR+ () I_PIR- () I_PIR+ () I_PIR- () PIEX_TX0+ () PIEX_TX0- () PIEX_TX+ () PIEX_TX- () TYPE# () PIEX_TX+ () PIEX_TX- () I UX_EL PE_LN_RV# TP TP TP I_HP () J PH_xV_.mm 0- rename J(-X) MINIJUMPER.mm R0 K TOFF POT_M.*.L NE H TRI_ETXE-P-TR0 R0 0 00 NH TOFF POT_M.*.L TOFF POT_M.*.L NF H TRI_ETXE-P-TR0 R 0 00 NI TOFF POT_M.*.L TOFF POT_M.*.L N H TRI_ETXE-P-TR0 R 0 00 NJ () () () () () () () () () () () () () () () () () () () () () () () () PIEX_RX+ PIEX_RX- PIEX_RX+ PIEX_RX- PIEX_RX+ PIEX_RX- PIEX_RX+ PIEX_RX- PIEX_RX0+ PIEX_RX0- PIEX_RX+ PIEX_RX- PIEX_RX+ PIEX_RX- PIEX_RX+ PIEX_RX- PIEX_RX+ PIEX_RX- PIEX_RX+ PIEX_RX- PIEX_RX+ PIEX_RX- PIEX_RX+ PIEX_RX- 0 0 0 00 PE_TX+ PE_TX- RV RV PE_TX+ PE_TX- N_ PE_TX+ PE_TX- 0 N_FIXE_ PE_TX+ PE_TX- N PE_TX+ PE_TX- N_ RV PE_TX+ PE_TX- 0 N_FIXE_ PE_TX+ PE_TX- RV N_0 PE_TX0+ PE_TX0- N_ PE_TX+ PE_TX- 0 N_FIXE_ PE_TX+ PE_TX- N_ PE_TX+ PE_TX- N_ RV PE_TX+ PE_TX- 00 N_FIXE_ PE_RX+ PE_RX- RV RV PE_RX+ PE_RX- RV PE_RX+ PE_RX- N_FIXE_ PE_RX+ PE_RX- N PE_RX+ PE_RX- N_ RV PE_RX+ PE_RX- N_FIXE_ PE_RX+ PE_RX- RV N_ PE_RX0+ PE_RX0- N_0 PE_RX+ PE_RX- N_FIXE_ PE_RX+ PE_RX- N_ PE_RX+ PE_RX- N_ RV PE_RX+ PE_RX- N_FIXE_ PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX0+ () PIEX_TX0- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PE_ENLE# PIEX_TX+ () PIEX_TX- () 0- dd TYPE# to detect system Type function TP TP TP 0- RV add test point TP 0- pin change to jump I_LK N I_T connect to the x slot and I port? 0- rename J PH_xV_.mm J(-) MINIJUMPER.mm 0- pin change to jump H TRI_ETXE-P-TR0 R 0 00 NK H TRI_ETXE-P-TR0 NL H TRI_ETXE-P-TR0 R 0 00 H TRI_ETXE-P-TR0 R0 0 00 H TRI_ETXE-P-TR0 R 0 00 () () PIEX_RX+ PIEX_RX- +VIN +VIN-->hape 0 0 0 0 0 0 0 0 0 0 PE_RX+ PE_RX- N_ V_V_ V_V_ V_V_ V_V_ V_V_ V_V_ N_FIXE_ 0 PE_TX+ 0 PE_TX- 0 N_ 0 V_V_ 0 V_V_0 0 V_V_ 0 V_V_ 0 V_V_ 0 V_V_ 0 N_FIXE_ +VIN +VIN-->hape PIEX_TX+ () PIEX_TX- () R K OM- OM- N X X N X X OM-Express Type etect TRI_ETXE-P-TR0 TYPE# TYPE# TYPE0# X X X Pin-out Type N N N Pin-out Type * N N N Pin-out Type (no IE) N N N Pin-out Type (no PI) N N N Pin-out Type (no IE, no PI) TRI_OME-P TRI_OME-P X X X X TRI_ETXE-P-TR0 TRI_ETXE-P-TR0 OMe R.0 Type RW / OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

+V. +V. PIE lock uffer () () N_LKREQ# N_LKREQ# Q N00 00m/0v +V. R K R0 K Q N00 00m/0v (0) MPIE_LKREQ# +V. +V.-->0mils +V. R K Q0 N00 00m/0v 00 0 00 0 m +V. 0_00MHz 0. 0.uF V LK_Z_MiniPIE+ R % IF_ LK_Z_MiniPIE- R % IF_ () LK_PIE_REF+ () LK_PIE_REF- V PLL M_K_LK M_K_T R K LK_OE_ MPIE_Z_LKREQ# N_Z_LKREQ# N_Z_LKREQ# R K LK_OE_0 R % +V._PIE_LK-->0mils 0_00MHz +V._PIE_LK 0. 0 0uF 0.uF 0.uF 0.uF 0.uF 0V V V V V 00 U R_IN R_IV# R_IN R_IV YP/PLL LK T P# R_TOP# P HIH_W# R_TOP HIH_W OE_ OE_ OE_ OE_ OE_ OE_ OE_ OE_0 LOK IREF V V_ V_ V_ V_ V_ I_I0FLF OP (,,,0,,,) M_LK IF_ IF_ IF_ IF_ 0 LK_Z_PIE_EP+ R % IF_ LK_Z_PIE_EP- R % IF_ 0 LK_Z_PIE_EP+ R % IF_ LK_Z_PIE_EP- R % IF_ LK_Z_PIEX+ R % IF_ LK_Z_PIEX- R % IF_ LK_Z_PIEX+ LK_Z_PIEX- LK_Z_PIEX+ R % IF_ LK_Z_PIEX- R % IF_ IF_0 IF_0 N 0 N_ N_ N_ N_ 0 N_ N_ Q +V. R % R % +V. R. % R R.. % % R.K M_K_LK R R.. % % R R.. % % R R.. % % R R.. % % R. % LK_MiniPIE+ (0) LK_MiniPIE- (0) LK_PIE_EP+ () LK_PIE_EP- () LK_PIE_EP+ () LK_PIE_EP- () LK_PIEX+ () LK_PIEX- () LK_PIEX+ () LK_PIEX- () LK_PIEX+ () LK_PIEX- () +V. R R 0K R_IV# R NL/K 0K HIH_W# R NL/K N00 00m/0v +V. +V. R R 0K R_TOP# R0 NL/K 0K PLL R0 NL/K (,,,0,,,) M_T Q N00 00m/0v R0.K M_K_T R0 0K R P# NL/K 0- lock EN M_LOK & T add isolation circuit PI lock uffer () () LKM_IO LKM_TPM 0pF 0V LKM_REF U +V. % LKOUT R0 NL/0 R LKM IO REF LKOUT LKM FWH R R LKM TPM LK LK % 0pF 0V % LK N I_I- V LK LKM PH_0 0.uF V R0 0 0pF 0V 0pF 0V LKM_LP () LKM_FWH () R % R NL/0pF % 0V LKM_PH () LKM_0 () lock uffer OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

0- PIE lot Pin add 0R connect to N R 0 +V PIE-X +V (,,,0,,,) M_LK (,,,0,,,) M_T (,,0,,) 0- PIE slot pin add pu resistor.k PIE_WKE# M_LK M_T +V. +V._UL R.K 0 V_ V_ V_ N_ MLK MT N_.V_ JT.VUX WKE# PRNT# V_ V_ N_ JT JT JT JT.V_.V_ PWR 0 0- PIE lot Pin P to gnd through 0R,pin & PU +V. through.k R.K R.K R.K +V. PLTRT# (,,,,,0,,,,) +V. () PIEX_TX0+ () PIEX_TX0- R 0K 0- PIE slot pin add pu resistor and connect to pin RV_ N_ HOP0 HON0 N_ PRNT#_ N_ KEY N_ REFLK+ REFLK- N_ HIP0 HIN0 N_ LK_PIEX+ () LK_PIEX- () PIEX_RX0+ () PIEX_RX0- () NL/00pF 0V () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- 0 0 HOP HON N_0 N_ HOP HON N_ N_ HOP HON N_ RV_ PRNT#_ N_ RV_ N_ HIP HIN N_ N_ HIP HIN N_ N_0 HIP HIN N_ RV_ 0 0 PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- 0 HOP HON N_ N_ HOP HON N_ N_ HOP HON N_ N_ HOP HON N_ PRNT#_ N_ RV_ N_0 HIP HIN N_ N_ HIP HIN N_ N_ HIP HIN N_ N_ HIP HIN N_ 0 PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () +V. () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX0+ () PIEX_TX0- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- 0 0 0 0 HOP HON N_ N_ HOP HON N_0 N_ HOP0 HON0 N_ N_ HOP HON N_ N_ HOP HON N_ N_ HOP HON N_ N_ HOP HON N_0 N_ HOP HON N_ PRNT#_ RV_ NPTH_ NPTH_ RV_ N_ HIP HIN N_ N_ HIP HIN N_ N_ HIP0 HIN0 N_ N_ HIP HIN N_0 N_ HIP HIN N_ N_ HIP HIN N_ N_ HIP HIN N_ N_ HIP HIN N_ 0 0 0 0 PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () PIEX_RX0+ () PIEX_RX0- () PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () +V 0.uF V 0.uF V 0 0.uF V 0uF V -φ*mm U 0.0 0 0.uF V 0 0.uF V 0 0uF.V OON-φ*mm U 0.0 H H PIEXPRE_V PI Express X lot OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

+V I I I +V (,) +V. +V._UL () I_PIR0+ () I_PIR0- I_TRLLK_UX+ R0 NL/0 _TRLLK 0 V_ V_ V_ N_ MLK MT N V_ JT _VUX WKE RV_ N_ HOP0 HON0 N_ PRNT_ N_ NPTH_ NPTH_ KEY PRNT V_ V_ N_ JT JT JT JT _V V_ PWR N_ REFLK+ REFLK- N_ HIP0 HIN0 N_ 0 +V. I_PIR+ () I_PIR- () PLTRT# (,,,,,0,,,,) VO_TVLKIN UX Pin efine reference to INTEL ELEMONT chematic (,) () () () () () () I_TRLT_UX- I_PIR+ I_PIR- I_PIR+ I_PIR- I_PIR+ I_PIR- R NL/0 _TRLT 0 0 HOP HON N_0 N_ HOP HON N_ N_ HOP HON N_ RV_ PRNT_ N_ RV_ N_ HIP HIN N_ N_ HIP HIN N_ N_0 HIP HIN N_ RV_ 0 0 I_PIR+ () I_PIR- () I_PIR+ () I_PIR- () VO_INT VO_TLL reference to Intel R I_HP () () () () () () () () () I_PIR0+ I_PIR0- I_PIR+ I_PIR- I_PIR+ I_PIR- I_PIR+ I_PIR- 0 HOP HON N_ N_ HOP HON N_ N_ HOP HON N_ N_ HOP HON N_ PRNT_ N_ RV_ N_0 HIP HIN N_ N_ HIP HIN N_ N_ HIP HIN N_ N_ HIP HIN N_ 0 I_TRLLK_UX+ (,) I_TRLT_UX- (,) I_TRLLK_UX+ () I_TRLT_UX- () I_HP () UX UX () () () () () () () () I_PIR0+ I_PIR0- I_PIR+ I_PIR- I_PIR+ I_PIR- I_PIR+ I_PIR- 0 HOP HON N_ N_ HOP HON N_0 N_ HOP0 0 HON0 N_ N_ HOP HON N_ N_ HOP HON N_ 0 N_ HOP HON N_ N_ HOP HON N_0 N_ HOP 0 HON N_ PRNT_ RV_ PIEXPRE_V RV_ N_ HIP HIN N_ N_ HIP HIN N_ N_ HIP0 HIN0 N_ N_ HIP HIN N_0 N_ HIP HIN N_ N_ HIP HIN N_ N_ HIP HIN N_ N_ HIP HIN N_ 0 0 0 0 +V. +V 0.uF V I_TRLLK_UX+ () I_TRLT_UX- () 0 0.uF V 0 0.uF V I_HP () 0 0.uF V U 0.0 UX 0uF.V OON-φ*mm 0.uF V 0uF V -φ*mm U 0.0 I lot OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

0- PIE* slot Pin add P resistor R 0 +V. (,,,0,,,) M_LK (,,,0,,,) M_T +V. +V._UL (,,,0,,) PIE_WKE# +V R0.K PIEX_JT R 0K 0- PIE* slot pin add pu resistor and connect to pin () PIEX0_TX+ () PIEX0_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- () PIEX_TX+ () PIEX_TX- PIE-X V_ V_ RV N_ MLK MT N_ pv_ 0 JT pvux WKE RV_ N_ HOP0 HON0 N_ PRNT_ N_ 0 HOP HON N_ N_ HOP HON N_ N_ HOP HON 0 N_0 RV_ PRNT_ N_ PIEXPRE_V KEY NPTH_ NPTH_ I I PRNT V_ V_ N_ JT JT JT JT pv_ pv_ PWR N_0 REFLK+ REFLK- N_ HIP0 HIN0 N_ RV_ N_ HIP HIN N_ N_ HIP HIN N_ N_ HIP HIN N_ RV_ 0 0 0 +V 0- Pin change from PU to P R.K PIEX_JT PIEX_JT R.K PIEX_JT R.K +V. LK_PIEX+ () LK_PIEX- () PIEX0_RX+ () PIEX0_RX- () PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () PIEX_RX+ () PIEX_RX- () +V. PLTRT# (,,,,,,0,,,,) 0- PIE* lot Pin change from PU to P 0- PIE* slot Pin add P resistor R 0 +V +V. +V._UL PIE_WKE# +V PIE-X +V R.K 0 0uF V -φ*mm U 0.0 0.uF V 0uF.V OON-φ*mm U 0.0 0 0.uF V 0.uF V 0.uF V (,,,0,,) +V. +V._UL PIE_WKE# M_LK M_T R.K PIEX_JT 0 V_ V_ RV N_ MLK MT N_.V_ JT.VUX WKE* PRNT* V_ V_ N_ JT JT JT JY.V_.V_ PWR 0 PIEX_JT PIEX_JT R PIEX_JT R0.K.K +V. +V. PLTRT# (,,,,,,0,,,,) RV N_ HOP0 HON0 N_ PRNT* N_ N_ N_ () PIEX_TX+ () PIEX_TX- +V. R 0K N_ REFLK+ REFLK- N_ HIP0 HIN0 N_ LK_PIEX+ () LK_PIEX- () PIEX_RX+ () PIEX_RX- () PIEXPRE_V I I +V +V. +V._UL 0uF V 0.uF V 0uF.V 0 0.uF V 0.uF V -φ*mm U 0.0 OON-φ*mm U 0.0 PI Express X / X OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

0- LN+U.0 connector change to LN+U.0 LN I/O Plan () LN_LINK00# 0- change LE pin out LN_U0 LN_LINK00# L O +V_UL R.K () LN_LINK000# () E0_TREF () LN_MI0+ () LN_MI0- () LN_MI+ () LN_MI- () LN_MI+ R 0 LINK_Z_000# L 00 R 0 E0_Z_TREF R 00 R 0- E0_TREF add 0.uF to ground check list recommend R R R R Q N00W--F 0./0V OT- R NL/0 U_z_O#0 U_O#0 () () LN_LINK# () LN_T# () () () LN_MI- LN_MI- LN_MI+ +V. +V._UL R 0 TT R0 00 00 L R NL/0 00 / L R 0 R0 0 00 R NL/0 00 R 0 00 LN_Z_LINK# LN_Z_T# R R R 0/00==> iga==>o kv 000pF HIEL N H H H H RJ+Ux_W/XFMR 0- add U_O#0 isolation circuit N_F +V_U-->0mils +V_U_0_-->0mils +V_UL U power consumption 00m max P +V_U 0_00MHz +V_U_0_ 00 MP00TFT R 0_00MHz 0K 00 0- Polyswitch change from. to % 0.uF 0uF 00 V.V U_z_O#0 P-.*.*.mm R NL/K 0.uF % V 00 R0 NL/0 N_F Rlamp0T.TT KV LP00P Near the U connector 0 U0_Z_P+ U0_Z_P- U_Z_P+ U_Z_P- U_Z_RX0- U_Z_RX0+ U_Z_TX0- U_Z_TX0+ N_F Rlamp0T.TT KV LP00P Near the U connector 0 () U0_P- () U0_P+ () U_RX0- () U_RX0+ () U_TX0-.0*.*.mm 0_00MHZ R0 NL/0 R NL/0 0_00MHz 0. R0 NL/0 R NL/0 +V_U_0_ +V_U_0_ U0_Z_P- U0_Z_P+ 0 NL/0pF NL/0pF 0pF 0V 0V 0V Near the N_F U connector LN_U0 U U.0 U0_Z_P- U VU_ U0_Z_P+ U -_ U +_ N_ U_Z_RX0- U U_Z_RX0+ U td_rx-_ U tda_rx+_ U_Z_TX0- U N_RIN_ U_Z_TX0+ U td_tx-_ td_tx+_ H H HIELN_ HIELN_ N_F Near the U connector 0pF 0V () U_TX0+ () U_P- () U_P+ () U_RX- LN_U0 +V_U_0_ U0 U.0 U_Z_P- U VU_ U_Z_P+ U -_ U +_ N_ U_Z_RX- U U_Z_RX+ U td_rx-_ U tda_rx+_ U_Z_TX- U N_RIN_ U_Z_TX+ U td_tx-_ td_tx+_ H H HIELN_ HIELN_ N_F 0_00MHz R0 0. NL/0 R0 NL/0 U_Z_P- U_Z_P+.0*.*.mm 0_00MHZ R0 NL/0 NL/0pF NL/0pF 0V 0V R NL/0 Near the U connector 0 U_Z_RX- N_F RJ+Ux_W/XFMR () U_RX+ U_Z_RX+ () U_TX- 0_00MHz 0. R NL/0 R NL/0 U_Z_TX- U_Z_RX- U_Z_RX+ U_Z_TX- U_Z_TX+ () U_TX+ 0_00MHz 0. R NL/0 U_Z_TX+ U.0 x Ports N_F RJ+Ux_W/XFMR Rlamp0T.TT KV LP00P Near the U connector 0 LN / U.0 Port 0- OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0 0

0- change U_LIENT connector from pin to pin J(-) +V_UL P U power consumption 00m max +V_U MP00TFT +V_U-->0mils 00 R0 0K % 00 U_z_O# 0_00MHz +V_Z_U-->0mils MINIJUMPER.mm J PH_xV_.mm 0- rename +V_Z_U 0.uF V 0uF.V P-.*.*.mm U_LIENT_T % K 00 R0 R0 U_LIENT_T-->0milsK 00 0.uF V U_LIENT () 0- dd U client deltect pin connect to module R0 NL/K % 00 0.uF V +V_U_-->0mils +V_UL () () U_P+.0*.*.mm 0_00MHZ +V_U_ U_Z_P+ U_Z_P- U_P- +V T- T+ N PTH_ PTH_ U U_V R.K Q N00W--F 0./0V OT- 0- remove U circuit(u.0 port &) R NL/0 U_O# () U_z_O# 0- add U_O# isolation circuit U lient OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

+V_UL 0- Polyswitch change from. to +V_UL P +V_U.0_Y_0-->0mils U.0 power consumption 00m max +V_U.0_Y_0 00 R0 0K 00 % 00 U_z_O# MP00TFT R NL/K % 00 0.uF V 0_00MHz 0_00MHz +V_U.0_Z_0 0.uF V 0uF.V P-.*.*.mm +V_U.0_Z_0-->0mils U_Z_RX+ U_Z_P- U_Z_RX- U_Z_TX- 0- U.0 port and connect to U.0 port & R NL/0.0*.*.mm 0_00MHZ () U_P- () () U_P+ U_RX- R NL/0 R NL/0 U_Z_P- U_Z_P+ R.K R Q N00W--F 0./0V OT- NL/0 U_z_O# U_O# () 0- add U_O# isolation circuit N_F N_F 0 Near the U.0 connector Near the U connector 0 U_Z_TX+ Rlamp0T.TT KV LP00P U_Z_RX+ U_Z_RX- U_Z_TX- U_Z_TX+ Rlamp0T.TT KV LP00P U_RX+ 0- U.0 port and connect to U.0 port & () () () () () U_TX- U_TX+ U_P- U_P+ 0_00MHz 0. R0 NL/0 R NL/0 0_00MHz 0. R NL/0 R NL/0.0*.*.mm 0_00MHZ R NL/0 U_Z_P- U_Z_P+ U_Z_RX- U_Z_RX+ U_Z_TX- U_Z_TX+ +V_U.0_Z_0 +V_U.0_Z_0 U_0 VU_ -_ +_ N_ td_rx-_ td_rx+_ N_RIN_ td_tx-_ td_tx+_ 0 VU_ -_ +_ N_ td_rx-_ td_rx+_ N_RIN_ td_tx-_ td_tx+_ 0 U TYPE U.0 Ux_H R 0 00 R 0 00 PTH_ PTH_ PTH_ PTH_ H H H H N_F U_Z_P+ U_Z_P- () U_RX- R NL/0 U_Z_RX- N_F 0- Remove U_ &U_ connector N_F 0 Near the U connector Ultra Low apacitance TV rrays (j = 0.pF for U.0 pplication) U_Z_P+ Rlamp0T.TT KV LP00P () () () U_RX+ U_TX- U_TX+ 0_00MHz 0. R NL/0 R NL/0 0 0_00MHz 0. R NL/0 U_Z_RX+ U_Z_TX- U_Z_TX+ 0- U _0 signal change from U.0 port 0 & to port and (reference PM specification) Note: Place close to U.0 onnector U.0 Port 0- OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

E () () () V_R V_ V_ V_R V_ V_ 00 00 00 _00MHz 0. _00MHz 0. _00MHz 0. V_Y_R V_Y_ V_Y_ 00 00 00 _00MHz 0. _00MHz 0. _00MHz 0. V_Z_R V_Z_ R R R 0 0 0 0 0pF 0pF 0pF pf pf pf 0pF 0pF 0pF % % % 0V 0V 0V 0V 0V 0V 0V 0V 0V V_Z_ V_Z_R V_Z_ V_Z_ N_F Z0-0.R. 0- +V. N_F 0.uF V placement near the RT connector V_Z_R +V +V +V. V_Z_ R NL/ % V_R_EN () V_Y_PWR V_H 00 0 00 0_00MHz 0. 0_00MHz 0. 0- V_H & V add R in sreies RT R 0K Q V V_Y_T V_T () N00 00m/0v V_EN V_Z_R 0- R &R change from to 0 NL/pF 0V Q V_Z_ V_Z_T R 0 V_Y_T N00 00m/0v V_Z_ V_Z_H R NL/0 V_Z_ P 0_00MHz V_Z_PWR +V 00 V_Z_V M0P00TF 0 R 0 V_Z_LK R 0 V_Y_LK NL/ +V +V. % 0.uF U_(F)H V EN V Q R N00 N_F.K 00m/0v +V V_Y_LK V_LK () V_Z_T V_Z_LK +V V_Z_H Z0-0.R R. R NL/0 NL/ N_F N_F N_F % 0- V EN Q N00 00m/0v R % 0.uF V U V V_Y_H R. % N TI_NHTVR OT-- V_Z_V placement near the RT connector NL/pF 0V It change the default of V_H that through the buffer to V connector 0- V_Z_H 0.uF V R.K NL/pF Q 0V N00 00m/0v R NL/ % +V It change the default of V_V that through the buffer to V connector U 0- V () V_V R % V_Y_V R. V_Z_V % N E TI_NHTVR OT-- R0 0.uF V NL/ % NL/pF 0V RT onnecotor OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

J(-) MINIJUMPER.mm 0- rename It change the default of jumper setting to +V 0- +V-0mils J PH_xV_.mm 0- rename +V J PH_xV_.mm +V +V. +V->0mils +V_ELET->0mils +V +V_ELET 0.uF V J(-) MINIJUMPER.mm +V.->0mils Q +V._LV_PNEL IY-T-E -./0V +V->0mils +V () LV_KLT_EN# () LV_TRL J PH_xV_.mm +V +V_Y_LV INVERTER P M0P00TF+V_Z_LV 0 R 0 00 LV_KLT_Z_EN# R0 0 LV_Z_VR 00 NL/uF 0V 00 +V +V->0mils P 0 +V->0mils M0P00TF+V_LV LV_INVERTER W_V_.0mm () LV_ENV R.K LV_Y_ENV R 0K LV_Z_ENV OI 0.uF V LV0_Z_0- LV0_Z_0+ R0 0 R0 0 NL/0_00MHZ.0*.*.mm LV0_0- LV0_0+ LV0_0- () LV0_0+ () LV_Z_0+ LV_Z_0- R 0 R 0 0 NL/0_00MHZ.0*.*.mm LV_0+ LV_0- LV_0+ () LV_0- () R 00K LV0_Z_- LV0_Z_+ R00 0 R 0 LV0_- LV0_+ LV0_- () LV0_+ () LV_Z_+ LV_Z_- R 0 R0 0 LV_+ LV_- LV_+ () LV_- () +V._LV_PNEL NL/0_00MHZ.0*.*.mm NL/0_00MHZ.0*.*.mm _0xV_.mm 0- rename LV +V. R NL/0K +V. R 0K R K LV0_- LV0_+ LV0_LK- LV0_LK+ LV0_- LV0_+ LV0_Z_- LV0_Z_+ LV0_Z_LK- LV0_Z_LK+ LV0_Z_- LV0_Z_+ R 0 R 0 NL/0_00MHZ.0*.*.mm R 0 R 0 NL/0_00MHZ.0*.*.mm R 0 R 0 LV0_- () LV0_+ () LV0_LK- () LV0_LK+ () LV0_- () LV0_+ () LV_Z_+ LV_Z_- LV_Z_LK+ LV_Z_LK- LV_Z_+ LV_Z_- R 0 R 0 NL/0_00MHZ.0*.*.mm R 0 R 0 NL/0_00MHZ.0*.*.mm R 0 R 0 LV_+ LV_- LV_LK+ LV_LK- LV_+ LV_- LV_+ () LV_- () LV_LK+ () LV_LK- () LV_+ () LV_- () EP_HP_ Q N00 00m/0v EP_HP# () NL/0_00MHZ.0*.*.mm NL/0_00MHZ.0*.*.mm Q MMT0LT 00m OT- 0 0uF 0V 00 +V._LV_PNEL +V._LV_PNEL 0.uF V +V._LV_PNEL LV0_Z_0- +V._LV_PNEL LV_Z_0- LV0_Z_0+ 0 LV_Z_0+ 0.uF V LV0_Z_- LV0_Z_+ LV_Z_- LV_Z_+ LV0_Z_- LV0_Z_+ 0 LV_Z_- LV_Z_+ LV0_Z_LK- LV_Z_LK- LV0_Z_LK+ LV_Z_LK+ 0 () LV LV LV EP_HP_ LV () LV0_Z_+ LV0_Z_- LV_Z_+ LV_Z_- 0 LV_TRL J(-) R.K MINIJUMPER.mm J PH_xV_.mm 0- dd EP_HP# connect to LV(need confim signal connect to LV conector pin) LV onnector OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

I/O Port: E LKIN: MHz () LKM_PH (,,,,,0,,,,) PLTRT# (,,,) LP_FRME# (,,,) LP_ (,,,) LP_ (,,) ERIRQ +V_UL (,,,) LP_0 (,,,) LP_ (,,,) LP_ (,,,) LP_ (,,,) LP_FRME# () LP_RQ#0 (,,) ERIRQ +V. () PM_WKE# 00 0_00MHz 0. Pin define reference to OM-00 W_LP_IO H-0T W_LP_IO () LP_PH YFN_IN 0 PH(F)_xV_.00mm IO_Y_LKM +V. R PLTRT# +V () LKM_IO R0 % LP_ (,,,) LP_0 (,,,) 0K IO_0 IO_ IO_ IO_ IO_FRME# IO_RQ#0 PLTRT# IO_ERIRQ IO_WKE# IO_Z_LKM YFN_Z_IN IO_PLE IO_WTO# IO_ULE +V. 0 H-0T 0pF 0V O +V._LKM V OUT R 0M N OE +VT EOPEN# 0.uF MHz_pF R K % V.V +V R 0K % V_ET N_IO R 0K %.V_ET R K % V_ET +V. R 0K% 00 +V N_IO R 0K % 0 0 0 0 0- To remove the THRM# function because IO haven't the thermal input. TP TP R0 00 TP TP 0.uF V near the pin, pin and pin near the pin near the pin U +V._UL L0 L L L LFRME 0 LRQ LREET ERIRQ PME PILK IOLK EEP/O +V. EOPEN VIN0 VIN VIN VIN PUVORE VREF UXTIN PUTIN YTIN OVT/MI VI0 VI VI VI VI VI VI VI UXFNIN0 I/UXFNIN UXFNOUT PUFNIN0 P/PUFNIN YFNIN YFNOUT 0 PUFNOUT0 P0/PUFNOUT FN_ET/PLE +V. +V._UL +VT LP I/F P/E P/K P0/PWROK P/VTE P/TXP P/FTPRT P/U 0 P0/EN_TL/WTO P/EN_PI/ULE 0 0 PEI PEI T 0 0 N PEI_REQ 0.uF V V_ V_ V_ 0.uF V V HRWRE MONITOR I/F ERIL PORT QFP 0.uF V +V WH-P P I/O V_ V_ 0 V 0 PU/N VT 0 VTT +VT RI/P0 /P URT_TX OUT/PENK/P IN/P URT_TR# TR/P URT_RT# RT/P 0 R/P T/P P0/RI P/ P/FN_ET/OUT/IRTX P/IN/IRRX P/TR P/RT 0 P/R P/T PRLLEL PORT PI 00 F I/F K P0/INEX P/TRK0 0 P/WP P/RT P/KH P P/MO P/ LT/WE PE/W UY/MO K/ ERR/HE LIN/TEP INIT/IR F/RVEN0 T 0.uF V F_INEX# F_TRK0# F_WP# F_RT# F_KH# IO_0TE 0M 0 IO_RT# KRT K_LK# KLK/P K_T# KT/P M_LK# MLK/P M_T# MT/P 0_00MHz 00 0.uF V RVEN0 INEX MO IR TEP W 0 WE TRK0 WP RT HE KH PIN/P POUT/P RMRT/P U/P PON/P PWROK/P RTOUT0 RTOUT 0 P/RTOUT/L P/RTOUT/ P/RTOUT IO_PIN# IO_PWRTN# IO_RMRT# IO_LP_# IO_PON# IO_PWROK PLT_RT0# PLT_RT# PLT_RT# PLT_RT# PLT_RT# NUVOTON_WH-P 0_00MHz 0. URT_RI# () URT_# () URT_TX () URT_RX () URT_TR# () URT_RT# () URT_R# () URT_T# () URT_RI# () URT_# () URT_TX () URT_RX () URT_TR# () URT_RT# () URT_R# () URT_T# () LPT_P0 () LPT_P () LPT_P () LPT_P () LPT_P () LPT_P () LPT_P () LPT_P () LPT_LT () LPT_PE () LPT_UY () LPT_K# () LPT_ERR# () LPT_LIN# () LPT_INIT# () LPT_F# () LPT_T# () K_LK# () K_T# () M_LK# () M_T# () H/W trapping URT0_RT# URT0_TR# URT0_TX +V. IO_WTO# IO_PLE IO_ULE URT_TX WH-P P/N: 00 0 E ILE PI K ILE TTL LEVEL PWMOUT 0% UX PI Function ILE PWMOUT 0% IO_RT# IO_PWROK 0- Remove K_0TE,K_RT# signal in 00 TP TP TP TP E ENLE PI K ENLE TL LEVEL PWMOUT00% UX PI FUNTION ENLE PWMOUT00% URT_TX IO_WTO# IO_PLE 0- IO_RT#(KRT#)add pull up resistor IO_PIN# R.K IO_PWRTN# R.K IO_RMRT# R.K F_INEX# R0 K IO_PON# PLT_RT0# PLT_RT# PLT_RT# PLT_RT# PLT_RT# IO_ULE IO_0TE R.K F_KH# F_RT# F_WP# F_TRK0# R URT_RT# R K URT_TR# R K R.K R.K RN NL/0K K PR R K R K R K R0.K R0.K R0.K R0.K R0.K +V. +V +V_UL +V. I/O ONFIURTION RE ENLE PI R NL/K R K K FUNTION ENLE VI LEVEL ELETION FOR PUFNOUT0 ONLY ENLE UX-PI Function (U#, FTPRT#, TXP, PWROK, VTE#) +V._UL FOR PUFNOUT ONLY +V. N_IO IO WH OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

+V_UL-->0mils +V_UL +V_K +V_K-->0mils +V_Z_K-->0mils P. MP0TF 00 0_00MHz +V_Z_K 0uF 0V 00 0.uF V N_F +V_K 0- R0.K R.K K/M P/ () () M_T# M_LK# () K_T# K_T# +V_K R.K M_T# M_LK# R.K 00 K_00MHz 0. 00 00 K_00MHz 0. K_00MHz 0. pf 0V N_F 0- K_Z_T# 0 pf 0V N_F M_Z_T# +V_Z_K M_Z_LK# +V_Z_K K T N 0 N V LK N T N N V LK N 0 MINIIN_xH PTH PTH PTH PTH PTH H H H H H N_F () K_LK# K_LK# 00 K_00MHz 0. K_Z_LK# 0- P connector change from0 to 00(0 phase out OM change only) pf 0V N_F pf 0V N_F 0- P MINIIN OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

E Printer Port +V +V->0mils T_a# LPT_F# U P0 LPT_LT 0 LPT_ERR# () LPT_LT LPT_PE P 0.uF P () LPT_PE LPT_K# P V LPT_INIT# () LPT_K# LPT_UY V 0 P P () LPT_UY P LPT_LIN# LPT_P P P () LPT_P LPT_P I Q P () LPT_P LPT_P I Q P P () LPT_P LPT_P I Q P () LPT_P LPT_P I Q P P () LPT_P LPT_P I Q P 0 () LPT_P LPT_P I Q P P () LPT_P LPT_P0 I Q P0 () LPT_P0 LPT_T# I Q T_a# P () LPT_T# I Q LPT_INIT# LPT_K# 0 N P LPT_INIT# () 0 LPT_ERR# P LPT_ERR# () LPT_F# LPT_UY P LPT_F# () LPT_LIN# P LPT_LIN# () LPT_PE T_T-0RL LPT_LT LPT U_(F)H UP R 0 00 R0 0 00 R 0 00 N_F N_F Parallel Port E OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

OM:R E V N OM 0 V N 0 INTERIL_HINEZ-T N_F 0 INTERIL_HINEZ-T OM:R// E +V OM R// Jumper setting 0- dd R- transmitters/receivers for OM and OM +V_IR OM: R OM_# 00_00MHz 0. OM_z_# +V OM_R# 00_00MHz 0. OM_z_R# OM_RX 00_00MHz 0. OM_z_RX +V OM_RT# 00_00MHz 0. OM_z_RT# 0 OM_TX 00_00MHz 0. OM_z_TX 0 0.uF OM_T# 0 00_00MHz 0. OM_z_T# 0.uF V OM_TR# 00_00MHz 0. OM_z_TR# V OM_RI# 00_00MHz 0. OM_z_RI# +V +V U U 0.uFOM_+ OM_V+ 0.uF 0.uFOM_+ OM_V+ 0.uF V OM_- + V+ V 0 V OM_- + V+ V OM_+ - OM_V- 0.uF U_(M)H N_F OM_+ - OM_V- 0.uF 0.uFOM_- + V- V 0pF 0pF 0.uFOM_- + V- V V - V V V - UP N-.*.mm TIN TOUT OM_RT# TIN TOUT OM_TX () URT_RT# TIN (,) R_TX 0 TOUT OM_TR# N-.*.mm 0 TIN TOUT OM_TX () URT_TR# TIN (,) R_TX TOUT OM_TX TIN TOUT () URT_TX TIN TOUT OM_RX OM_RX () URT_RX ROUT (,) R_RX RIN TIN TOUT OM_T# OM_RX () URT_T# ROUT (,) R_RX RIN ROUT RIN 0_00MHz OM_# () URT_# ROUT RIN ROUT RIN 00 0. OM_RI# () URT_RI# ROUT RIN 0_00MHz ROUT RIN OM_R# () URT_R# ROUT RIN 00 0. ROUT RIN (,,,,,,0,,,,) PLTRT# EN ROUT RIN R 0 R 0 R0 0 (,,,,,,0,,,,) PLTRT# EN R 0 0 0.uF V OM +V N#_TX- OM_R# U NRX_TX+ OM_RT# 0.uFOM_+ OM_V+ 0.uF NTX_RX+ OM_T# V OM_- + V+ V NTR#_RX- OM_RI# OM_+ - OM_V- 0.uF 0 0.uFOM_- + V- V 0- V - Reserve the TTL OM function OM: R 0pF H_xV_.mm 0pF OM TIN TOUT OM_RT# V V (,) URT_RT# 0 TIN TOUT OM_TR# N-.*.mm R NL/0 () URT_TR# (,) R_RX TIN TOUT OM_TX OM_RX (,) URT_TX RX_ TIN TOUT OM_RX N-.*.mm OM_TX ROUT RIN OM_T# () URT_T# ROUT (,) R_TX RIN R NL/0 OM_# () URT_# ROUT RIN 0 OM_RI# () URT_RI# ROUT RIN OM_R# 0pF 0pF () URT_R# R0 0 ROUT RIN R 0 0V 0V (,,,,,,0,,,,) PLTRT# EN H_xV_.mm OM_RX OM_TX OM :R// R NL/0 (,) R_TX 0 EL. JUMPER +V +V 0- jumper connector rename 0pF 0pF J 0V 0V H_xV_.mm URT_RX RX_ (,) URT_RX RX_ R +V-->0mils R 0K RX_.K 0.uF OM_# OM_RX U V N#_TX- 0 NRX_TX+ RX_ R TX-_ TX+_ RO V RX-_ OM_TX OM_TR# RE RX+_ % NTX_RX+ NTR#_RX- E RX+_ RX-_ IR +V I N 0 R 0K I_MJRZ NL/0pF NL/0pF +V PH_xV_.00mm OI 0V 0V J(-) J(-) PHxP-.00 +V 0_00MHz +V R R R IR 00 MINIJUMPER.0mm MINIJUMPER.0mm.K.K +V-->0mils R 0K 0 K_00MHz0. 00 URT_RX URT_RX (,) 0.uF J(-0) J(-) IR_ 0_00MHz 00 R R IRRX U0 V IRTX K_00MHz0. 00 URT_TX URT_TX (,) RX_ RO V R TX-_ RT RE W_V_.mm TX+_ E % (,) URT_TX I N MINIJUMPER.0mm MINIJUMPER.0mm R 0K I_MJRZ +V J(-) OI NL/0pF NL/0pF,) URT_RT# R K Q 0V 0V MMT0LT MINIJUMPER.0mm 00m OT- 0 V N INTERIL_HINEZ-T (,) R_RX R NL/0 OM OM - / IR OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

T () T0_TX+ () T0_TX- () T0_RX- () T0_RX+ T0_RX- T0_RX+ T0_TX+ T0_TX- T_V N TX+ TX- N RX- RX+ N 0- T connector change from 00 to 00(00 phase out and need TT) T () T_TX+ () T_TX- () T_RX- () T_RX+ T_TX+ T_TX- T_RX- T_RX+ T_V N TX+ TX- N RX- RX+ N T () T_TX+ () T_TX- () T_RX- () T_RX+ T_TX+ T_TX- T_RX- T_RX+ T_V N TX+ TX- N RX- RX+ N T () T_TX+ () T_TX- () T_RX- () T_RX+ T_TX+ T_TX- T_RX- T_RX+ T_V N TX+ TX- N RX- RX+ N T onnector OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

olay half type +V.->0mils PI Express Mini ard +V._UL +V._UL->0mils +V. MiniPIE +V._UL MiniPIE_ U_Z_P+ U_Z_P- 0- hange Minpcie U from U to U port () U_P+ () U_P- 0_00MHZ.0*.*.mm (,,,,,,,,,) PLTRT# +V._UL (,,,,,,) M_T (,,,,,,) M_LK R 0 R M_T M_LK MiniPIE_RT# 0K W_ILE# 0 0 0 0 0 FOXONN MINIPIEXPRE_H MPIE LKREQ# R 0 PIE_WKE# PIEX_TX+ () PIEX_TX- () PIEX_RX+ () PIEX_RX- () LK_MiniPIE+ () LK_MiniPIE- () MPIE_LKREQ# () PIE_WKE# (,,,,) MINIPIEXPRE LTH +V._UL +V._UL +V. 0uF 0V 00 0uF 0V 00 0uF 0V 00 0.uF V 0.uF V 0.uF V placement close to Mini PIE connector power pin +V.->0mils +V.->0mils +V. R 0 +V._IN 00 0.uF V Q VIN VOUT VOUT J M.V_J R +V._OUT R % R 0 00 0uF 0V 00 +V. R R. %.x (+R/R) Mini PIE OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet 0 of 0

0- Express card pin add PU resistor to +V._PIE Expressard +V._UL R R +V._N->0mils +V.->0mils +V._UL->0mils (,,,,,,0,,,) NL/00K NL/00K PU# +V._N PLTRT# EX0_PPE# +V. PU# PU# Expressard Power witch U.VIN_.VIN_.VIN_.VIN_ +V._UL UXIN EX0_R_PPE# PPE R PU HN TY YRT RLKEN TI_TPPWR TOP0 NL/0K.VOUT_.VOUT_.VOUT_.VOUT_ 0- hange Minpcie U from U to U port +V._PIE +V._PIE () PIEX_RX- () PIEX_RX+ U_P- UXOUT +V._UL_PIE U_Z_O# O 0 R 0 U_O# (,) EX0_R_RT# PERT N N 0 () () +V._PIE->0mils +V._PIE->0mils U_P+ +V._UL_PIE->0mils 0_00MHZ.0*.*.mm (,,,,0,,) M_LK (,,,,0,,) M_T +V._PIE (,,,0,) PIE_WKE# +V._UL_PIE () EX0_PRT# +V._PIE () PIEX_TX- () PIEX_TX+ U_NEW- U_NEW+ PU# R +V._PIE 00K () N_LKREQ# () EX0_PPE# () LK_PIE_EP- () LK_PIE_EP+ +V._UL_PIE 00 PE00-0 R N_LKREQ# R EX0_R_RT# R 0K N_LKREQ# 0- Express card pin add PU resistor to +V._UL_PIE EX0_R_PPE# hange the part reference name to EPard 0- EPard +V. +V._N +V._UL 0uF 0V 00 00 PE00-0 NL/0 NL/0 0uF 0V 00 0 0 0 ExpressardP Expressard_H 0 0uF 0V 00 N PETp0 PETn0 N PERp0 PERn0 N REFLK+ REFLK- PPE# LKREQ# +.V_ +.V_ PERT# +.VUX WKE# +.V_ +.V_ REERVE REERVE REERVE REERVE PU# U+ U- N +V._PIE +V._PIE +V._UL_PIE +V.->0mils +V. 0.uF V Q VIN NT:. VOUT VOUT J M +V.N->0mils +V._N 0uF 0V 00 0uF 0V 00 0uF 0V 00 0uF 0V 00.V_N_J R R % R R0. %.x (+R/R) Express ard lot OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

0- Express card pin add PU resistor to +V._PIE Expressard EPard hange the part reference name to EPard 0- +V._UL R R +V._N->0mils +V.->0mils PU# +V._N EX_PPE# +V. +V._UL +V._UL->0mils EX_R_PPE# (,,,,,,0,,,) NL/00K NL/00K PLTRT# PU# Exoressard Power witch U.VIN_.VIN_.VIN_.VIN_ R UXIN PPE PU HN TY YRT RLKEN NL/0K.VOUT_.VOUT_.VOUT_.VOUT_ PU# 0- hange Minpcie U from U to U port +V._PIE +V._PIE U_P+ 0 m. UXOUT +V._UL_PIE O 0 U_Y_O# R 0 PERT EX_R_RT# N N 0 () () +V._PIE->0mils +V._PIE->0mils () PIEX_RX- () PIEX_RX+ U_P- +V._UL_PIE->0mils (,,,,0,,) M_LK (,,,,0,,) M_T +V._PIE (,,,0,) PIE_WKE# +V._UL_PIE () EX_PRT# +V._PIE m U_O# (,) 0_00MHZ.0*.*.mm () PIEX_TX- () PIEX_TX+ U_NEW- U_NEW+ PU# R +V._PIE 00K () N_LKREQ# () EX_PPE# () LK_PIE_EP- () LK_PIE_EP+ +V._UL_PIE R0 0 00 PE00-0 N_LKREQ# R 0K R N_LKREQ# EX_R_RT# EX_R_PPE# 0- Express card pin add PU resistor to +V._UL_PIE 00 PE00-0 NL/0 NL/0 0 0 0 ExpressardP Expressard_H N PETp0 PETn0 N PERp0 PERn0 N REFLK+ REFLK- PPE# LKREQ# +.V_ +.V_ PERT# +.VUX WKE# +.V_ +.V_ REERVE REERVE REERVE REERVE PU# U+ U- N +V. +V._N +V._UL 0uF 0V 00 0uF 0V 00 0uF 0V 00 TI_TPPWR TOP0 +V._PIE +V._PIE +V._UL_PIE 0 0uF 0V 00 0uF 0V 00 0uF 0V 00 +V. Q +V._N 0.uF V VIN NT:. VOUT VOUT J M 0uF 0V 00.V_N_J R R0 % R R. %.x (+R/R) Express ard lot OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

NPTH NPTH PIF PIF_Z_OUT R 00 PIF_Y_OUT R 00pF 0 0V RP R_H 0.0uF V PIF_OUT TP N_U +V_U +V.-->0mils +V. +V._H-->0mils +V._H TP PIF_IN JREF R 0K % 0.uF V 0uF 0V 00 H_ITLK close to codec (,) 0.uF V 00 0_00MHz TP 0.uF V 0uF 0V 00 FRONT-OUT-R PIF-OUT V FRONT-R TP FRONT-OUT-L 0uF REREF PIO0/MI-LK/PIF-OUT FRONT-L ENE N_U 00 0V REREF ENE R NL/0K () H_OUT PIO/MI-T ENE % MI-VREFO-R () H_ITLK T-OUT VREFO-_ N ITLK VREFO-E 0 () H_IN0 R H_a_IN0 V VREFO-F +V_LOV % T-IN LOV MI-VREFO-L +V._H V-IO () H_YN 0 VREFO- pf 0V YN () H_RT# VREF REET V EEP V +V_U +V_LOV-->0mils 0uF R NL/K PKR_OE NL/uF PEEP 0.uF 0uF 0V PKR 0V V 0V 00 R 00 0uF NL/.K NL/0.uF 0V V 00 N_U N_U N_U +V._H PIF-OUT PIF-IN/EP IE-R IE-L LFE ENTER V URR-R 0 JREF URR-L V PIN-VREFO ENE LINE-L LINE-R MI-L MI-R -L -N -R MI-L MI-R LINE-L LINE-R 0 N_U U RELTEK_L-R LQFP uf.v max:0m _00MHz 00 0.uF V +V_UL-->0mils +V_UL 0uF 0V 00 0.uF V 0uF 0V 00 ENE LINE-R LINE-L MI-R MI-L Put the capacitor near the pin of U R.K FRONT-J % R 0K LINE-J % R 0K MI-J % lose to L TP TP-0X-HORT TP TP-0X-HORT TP0 TP-0X-HORT N_U N_F N_F N_F N_F Under udio ode. For EMI N_F H H H H UIO 0 lue Lime P Q P Q LINEL LINER LINE-J LINEOL LINEOR FRONT-J MIL LINEL LINER LINEOL LINEOR MIL MIR 00 00 00 00 00 00 K_00MHz 0. K_00MHz 0. K_00MHz 0. K_00MHz 0. K_00MHz 0. K_00MHz 0. LINEL_R LINER_R LINEOL_R LINEOR_R MIL_R MIR_R R K % R K % R % R % R K % R0 K % LINEL_ LINER_ LINEOL_ LINEOR_ MIL_ MIR_ 00 00 0 00 00.uF LINE-L 0V.uF LINE-R 0V 00uF FRONT-OUT-L To change the capacitor's height to mm to slove mechanical issue V E-φ.*mm 0-00uF FRONT-OUT-R V E-φ.*mm.uF MI-L 0V.uF MI-R 0V MIR P MI-J Q Pink JK_x N_U 0- change audio jack from 000 to 00 0 00pF 0V 00pF 0V 00pF 0V 00pF 0V 00pF 0V 00pF 0V R R K K N_U R.K R.K MI-VREFO-R MI-VREFO-L Under udio ode. N_F 0- H udio odec L OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

RT POWER J(-) 0- rename - lear MO - Normal Operation MINIJUMPER.mm J PH_xV_.mm Y_FN 0- change R from.k to K(VT power consumption issue) 0- remove +V +VT R0 KRT_N % NL/0uF.V 00 R K R NL/0 +VT_H H R0HOLER () YFN_IN +V +V-->0mils R0.K 0.uF V L 00m MINI-MELF Y_FN W_V_.mm T + Li attery V R0 R0 V_mH The dioade and R circuit are reserved to meet PIM design guide. 0- MRT FN +V. () FNTH FNTH R0. % FNTH_R R 0K % 0.uF V Q0 N00 00m/0v FNTH_R R 0K % +V WTP 0m 00 () FNPWM FNPWM R K % uf.v 00 +V U + V+ - V- R0.K % +V_FN_F R.K TI_TIVR R0.K % +V R 0K % E 0uF V 0 Q -Y -/-0V - +V_FN FNTH_R MRT_FN W_V_.mm RT / FN OM-00 ize ocument Number Rev Thursday, pril, 0 ate: heet of 0

() LKM_FWH R 0 (,,,,,,0,,,) PLTRT# R 00 R 0K R 0K R 0K FWH_LK FWH_RT FWH_PI FWH_PI FWH_PI FWH 0 +V.->0mils +V. 0.uF V 0uF 0V 00 +V. +V. R 0K R 0K R.K R.K FWH_PI FWH_PI0 FWH_WP# FWH_TL# 0 0 PL_ FWH_I R FWH_INIT# 0K R.K R NL/00 (,,) LP_0 (,,) LP_ (,,) LP_ (,,) LP_ (,,) LP_FRME# PLP J(-) 0- jumper connector renameto delete the double pull up resistor MINIJUMPER.mm 0- J IO_I0# IO_I0# () PH_xV_.mm R 00 J(-) MINIJUMPER.mm To delete the double pull up resistor 0-0- jumper connector rename J IO_I# IO_I# () PH_xV_.mm R 00 FWH: IO OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

LP to PORT 0 () LKM_0 TP (,,,) LP_0 (,,,) LP_ (,,,) LP_ (,,,) LP_ (,,,) LP_FRME#,0,,,,) PLTRT# REET_LE TPTP FRME_LE TP U LK/I LK0/I 0 0/OE0 0 V_ V_ VONK0 VONK 0 0 0 0 /OE +V.->0mils +V. H H H H HE HF H RUN_LE L L L L LE LF L TP TP +V. LOE THE HIP 0 0.uF V H H H H HE HF H 0 0.uF V 0.uF V R % H R H % R H % R H % R HE % R HF % R H % 0 0.uF V N H H H H HE HF H LEH N 0 OUT P E F K0-0 ommon athode L L L L LE LF L LEL E F N P OUT 0 K0-0 ommon athode 0 TI NNK TK NNK0 TM N_ TO N_ LTTIE_L0V-T with ebug odec P/N:000 L L L L LE LF L R L % R % L R L % R L % R LE % R0 LF % R L % TPM (,,,) LP_0 (,,,) LP_ (,,,) LP_ (,,,) LP_ () LKM_TPM (,,,) LP_FRME# (,,,,,,0,,,,) PLTRT# (,) ERIRQ 0- TPM LP data and signal add isolation W(by wide temperature) H-0T W_LP_TPM W_LP_TPM LP_0_ LP LP LP TPM_LK_ TPM_FRME_ TPM_RT#_ +V. TPM_ERIRQ_ H-0T : +V._UL LOW E/F High E/F +V. R % R % R0 % R0 % R 0 R % R0 % R0.K R % TPM_L0 TPM_L TPM_L TPM_L TPM_N U L0 0 L L L TPM_LK TPM_FRME LLK TPM_RT# LFRME TPM_P# LREET TPM_ERIRQ LPP ERIRQ R K TPM_ R00 NL/K TETI/ R0 0 TPM_LKRUN# LKRUN R 0 PIO PIO N_ 0 N_ N_ N_ V_ V_ N_ N_ N_ N_ V INFINEON_L TT. FW. +V. +V. m input PP XTLO XTLI/kIN TETI TPM_X TPM_X 0.uF V +V._UL TPM_X 0.uF V m +V._UL 0.uF V Y _TPM_PP.KHz_.pF XTL*.mm TPM_X +V._UL R K R NL/K check _TPM_PP () 0- R0 pf 0V 0M 0 pf 0V LP to Port 0 / TPM OM-00 ize ocument Number Rev Monday, pril, 0 ate: heet of 0

() UZZER M (,,,,0,,) (,,,,0,,) I R K UZZER_Y +V_UL M_LK M_T 0.uF V R NL/0 00 M_N_PWR M_LK M_T MINI-MELF UZZER_Z +V._UL UZZER NL/L 00m Q MMT0LT 00m OT- +V_UL->0mils +V +V._UL->0mils R 0 00 M W_V_.0mm +V->0mils <Package> R0 00 Z + - P-WT-0-P NL/0.0uF V (,) PI0 (,) PI (,) PI (,) PI PI0 PI PI PI PIO ONN IO IO PO (,) (,) PI WP PO (,) (,) PI T WP (,) PO T/T N M H V NPTH H +V._IO (,) PO0 V NPTH H N LK MFIX H MFIX (,) PI0 V (,) PI T0 T R_H 0- change card from 000 to 00(000 phase out) J(-) PO 0- rename MINIJUMPER.mm J PH_xV_.mm +V. IO_# PIO_IO_LT - IO - PIO PIO PH_xV_.mm +V. R00 K 0 Q N00 00m/0v PO0 PO PO PO PO0 (,) PO (,) PO (,) PO (,) LE () (,) () WTOUT 0- To change the LE display of WTOUT as high active Q N00 R 0 HMY-0 00m/0v +V. Y 00 0- THERMTRIP# T_T# H H HPI-N R 0 00 HPI-N R KP-0E 00 0 KP-0 00 THERMTRIP#_LE T_LE V LE R 0 % Y HMY-0 00.V_LE R 0 KP-0 00 V_LE R 0 % KP-0 00 V_LE R0 K KP-0 00 V_LE R.K KP-0 00 IO_LE R 0 KP-0 00 H HPI-N H R 0 00 HPI-N H0 H HPI-N R 0 00 HPI-N R 0 R 0 H +V. +V. +V +V. +V +V +V HPI-N H R 0 00 HPI-N +V._IO WTOUT LE THERMTRIP LE T LE +V LE +V. LE +V LE +V LE +V LE IO LE H R 0 00 H HPI-N HPI-N +V_UL->0mils +V_UL+V._UL +V._UL->0mils IO_#_ELY +V->0mils +V R 0 00 R 0 00 R 0 00 R 0 00 R 0 00 00 0uF 0V () I_LK () I_T R NL/0 00 I_N_PWR I_LK I_T R 0 00 I W_V_.0mm +V._UL U EEPROM_PWR 0 V R 0 00 WP I_LK L I_T V MIROHIP_L-I/N OI 0- R change connect to +V._UL V U REET# N MIROHIP_TM0VN OT- R.K % Reset threshold: type.v U.V_IO_POK POK.V_IO_EN EN N EP VNTL N uf.v VIN VOUT.V_IO_F F R PL0KI-TR Vout=0.(+(0/.))=.V R.K % 0uF 0V 00 % pf 0V +V._IO->0mils 0K +V._IO 0uF 0V 00 N_U FM FM FM FM P OM Express Miscellaneous Fiducial Fiducial Fiducial Fiducial OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

E J(-) PON Power etting +V +V. +V. - T Mode MINIJUMPER.mm - TX Mode TXV Type pin 0- N_PON# () Q's gate connect to N_PON# to slove MOFET can't turn on when working on T mode. ystem type POWER J 0- jumper connector rename TYPE0# TYPE# TYPE# TYPE0# PH_xV_.mm TYPE X X X N TX It change the resistor to 0 ohm on R 0- +V TYPE N N N N.V_.V_ -V not used PON_N R 0 +V._UL.V_ -V TYPE N N N N R +V._UL N_ N_.K R J(-X) N_PON# R 0 P_ON# TYPE0 N N N N V_ PON.K U N_ N_ Q V TYPE MINIJUMPER.mm 0.uF N00 0- rename V_ N_ LP_# () V 00m/0v TYPE_PON 0- dd Type detect circuit(type only) OT- N N_ N_ TI_NLV0 +V._UL PWR_OK POK N 0 OT-- J PH_xV_.mm R +V +V JFP - PWTN +V. +V +V -0 REET - PKER - H_LE - POWER_LE PWR_OK +V. U V 0.uF V N TI_NLVKR 0- R 0 V V_ V_.V 0uF.V OON-φ*mm NL/0 TX_xV_.mm 0.uF V +V It change the voltage level to.v to meet OM spec. 0- _PWROK () 0- It change the buffer from open drain output to schmitt trigger output +V V_ V_ V_ N_ 0uF.V OON-φ*mm 0.uF V 0uF V -φ*mm 0.uF V (,) PWRTN# +V R 0 PW-LE TYPE_PON () J(-) TYPE_.K Mount for Non-Jumper MINIJUMPER.mm PKR R NL/0 UZZER J 0- jumper connector rename +V PKR (,) JFP_PIN R 0 UZZER () 0 JFP_PIN R 0 +V. 0 PH_0xV_.mm Q N00 00m/0v OT- PM_EXTRT# (,) TYPE# () T_T# (,) 0 0uF For Probe Testing.V Q OON-φ*mm Probe O. OI +V R.K +V VUL_TE +V_UL 0uF.V OON-φ*mm 0 0uF.V OON-φ*mm (,) Power button PWRTN# TP 0- PWRTN# add test point (,) Reset button PM_EXTRT# uf 0V 00 uf 0V 00 () () LI button LI# leep button LEEP# uf 0V 00 It change the pin to LI# 0- Q0 N00 PWR_OKR.K 00m/0v +V OT- 0.uF V R.K Q N00 00m/0v OT- Q O0 -/-0V OI PWR_TN T- RT_TN T- 0 NL/uF 0V 00 LI_TN E0EZ LEEP_TN T- PH_xV_.0mm Probe PH_xV_.0mm Probe PH_xV_.0mm TX power / +V_UL E OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

+V_UL 0 0.uF V 0 uf.v 00 +V_UL->0mils JV_LT -: +V -: +V 0- jumper connector rename J J(-) MINIJUMPER.mm +V_MO V TER0.K +V_UL R 0K 0 uf.v N_.V.V_EN N_.V R.K % 0 0pF 0V U0 N EN.V_OMP OMP N_.V.V_F NPE_PWKI-TR OP VIN N PN LX_ LX_ F.V_LX R0 0 00 N_.V L.uH.*.*.0mm R.K % R 0 0K % pf 0V Vout=0.(+(0/.))=.V +V._UL->shape +V._UL 00 0uF.V PH_xV_.mm +V=.V~V +V TXV_ TX_xV_.mm +V Placement close IN 0- dd X TX power connector (referece PM specification) IN PLU.00mm +V MJ-T-W V V_TE Q - Q FMZ - POWERPK O +V_MO FMZ POWERPK O dd Q to prevent the leaking voltage when IN voltage under V. 0- +VIN_TE Q - FMZ +VIN_OUT R 0.00 /W +VIN IN_V_LT -: +V -: +V J(-) +V_MO 0- rename J V_a_LT MINIJUMPER.mm R.K V_LT Q FMZ - POWERPK O +V_MO () TYPE_PON Q FMZ - POWERPK O R 0K 0uF 0V 00 0- change from LP_ to TYPE_PON N PON# Q N00 00m/0v OT- TX and T mode select - T Mode - TX Mode PH_xV_.mm +V +VIN_TE 0- dd the level shift circuit to slove can't control MOFET(Q) issue. P-H MOFET FMZ R(on):.m Ohm @ Vgs=-0V R(on):m Ohm @ Vgs=-.V () N_PON# R 0K Q0 N00 00m/0v OT- Q N00 00m/0v OT- R 0K POWERPK O IN / +V._UL OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0

+V TX P +V +V +V +V EN MOFET PW +V_UL +V._UL +V. +V aseboard OMe Module Jumper name J J J J J J J J J0 J J J J J J J J J Jumper Function PIO_IO_ELET IO_ILE0 IO_ILE EP_HP LV_INVERTER_V_ELET LV_V_ELET INPUT_V_ELET INPUT_V_ELET TPM_ILE V PE_LN PE_ENLE PON_ELET TYPE_ETE JFP U_LIENT_ELET lear MO ELET OM ://_ELET MOFET +VIN +V N IN EN MOFET +VT +V. ~ +V Power Map OM-00 ize ocument Number Rev Friday, pril 0, 0 ate: heet of 0 0