QUANTA COMPUTER INC.

QUNT OMPUTER IN. PGE ontent PGE ontent 0 0 0 T PGE OVER T LOK IGRM NW/PS (HOST US) NW/PS (POWER/N) MH (Host bus) MH (GP bus & HU I/F) GMH (PWR & GN) GMH R- & R- IH-M(PU,PI,IE) IH-M (US,HU,LP) IH-M(POWER&GN) LOK GENERTOR GP SLOT RT,L LI,LON & FN ONTROL IMM & IMM R_TERMINSION US,LE/,PS,PW & RST ONN PI ONN & S-VIEO LN ontroller(mm), RJ IE (H & ROM) & LPT IEEE (TS ) EMI P & OM & RT SIO P, F UIO OE(L0) UIO MPLIFIER(LM & ) PU NSL UIO J (0Z) TTERY ONN & POWER JK POWER VTT_N SYSTEM POWER 0 0 0 POWER - R &.V POWER ISHRGE POWER ORE POWER V_H Size ocument Number Rev ustom OVER PGE ate: Friday, February, 00 Sheet of PROJET : T Quanta omputer Inc.

PI EVIES ISEL # REQ/GNT # IRQ GP LN ard bus L Panel N/ L I S PNEL_I " SXG " XG 0 N/ 0 L I S PNEL_I, MINI-PI E,F L I0 S PNEL_I0 LVS RG Graphic hip Ti or nvii GP onnector PGE Y/ LVS Panel GP oard Y/ RG GP X US S-Video PGE 0 RT PGE GP X US Y/ RG T INTEL P PU Northwood/ Prescott (FPG ) PGE : 0,0 Host us (00//00MHz) NORTH RIGE Intel G (GMH) (F-G ) PGE : 0,0,0,0 //00MHz R SRM L O N G - I M M PGE L O N G - I M M PGE *PU/PU- *SRM *V *PIF *PI *REF *MHz *SR/SR# VRT V V Main LOK GEN. IS PGE : Power RT PGE : TTERY & IN PGE : US PGE US PGE US PGE US PGE LE oard onnector PGE Keyboard onnector PGE H PGE 0 ROM PGE 0 US PGE US PGE KEY MTRIX PS PRIMRY IE SEONRY IE US IOS PGE E NS/P ( Pin LQFP) PGE HU I/F M/s,.V SOUTH RIGE Intel 0E (IH) (mg 0) PGE :,0, LP PI PI LP PI US 0, PI oard onnector PGE GbE LN MPHY roadcom/mm PGE PI oard PHY TI/TS PGE udio J O/ OZ PGE udio odec Realtek/L0 PGE Headphone udio mp PGE NS/LMMTE PGE Speaker udio mp NS/LML PGE RJ PGE PGE MI-IN PGE PGE PGE udio J oard onnector PGE Sub-woofer PGE V_H V_H V._M.VSUS R_VTT.V VPU V_ VSUS VSUS V V-S V.V V_ORE VVI VTT_N V_H & V_H PGE :.VSUS&R_VTT PGE : SYSTEM POWER PGE : 0 POWER ISHRGE PGE : POWER ORE PGE : POWER VTT_N PGE : Touchpad oard onnector PGE K/MS PGE OM PGE LPT PGE 0 Super IO NS/P (00 Pins TQFP) PGE FN PGE FN PGE F PGE PI PI US/M US0 ard us ENE/0 ard Reader onnector PMI Slot Mini-PI Slot M Slot RJ PGE Size ocument Number Rev ustom LOK IGRM ate: Friday, February, 00 Sheet of PROJET : T Quanta omputer Inc.

lose to PU lose to PU NW/Northwood lose to ITP POWER: Vcore : VVI : 0m 0/0:change footprint from UMX to UMX-P NORTHWOO OOTSEL HIGH LOW PRESOOT PU NW/PS (HOST US) ustom Friday, February, 00 Size ocument Number Rev ate: Sheet of INTR HSTP# H# H_PROHOT# PU_SLP# HSTP# H# HREQ# H# HSTP0# H# HREQ# SY# H# H# SKTO# H# H# H# H# H_IERR# H#0 HSTN0# PM# H# RY# R# H# H# H# H# H# H# THRMP H# H# H# NMI H# H#0 TRST# H# H# PM# HREQ# IGNNE# HIT# H# TK PM0# HTRY# PUINIT# TMS TK H# H# H# HST0# SMI# HSTP# H#0 SKTO# TI H# H# TO H# H# HITM# H# H# TO H# H# H# RS# OMPT# H# H# H# H# H# HREQ0# PWRG_PU PM# H#0 H# RS#0 HSTN# H# THERMTRIP# H# H# H# TMS H#0 PM0# H# HI# ITP_LK# TI H# HREQ#0 MT HI# H# H# PM# MRST# H# H# H# PM# OOTSELET PURST# H# H# H# HLOK# H# H# PM# H# ITP_LK H# H# H# H# TRST# H# H# H# OMPT# HI0# H# MLK H#[0..] H# H#[..] HST# H# PURST# HLK_PU H_IERR# H# RS# H# H# HREQ0# NR# HLK_PU# S# H# 0M# HREQ# H# PM# THERMTRIP H# EFER# PM# R# H# H#0 FERR# HSTN# HSTN# H# PM# H# STPLK# H# H#0 H_PROHOT# H#0 PRI# H#0 PWRG_PU H# H# PM# H#0 H# H# FERR# THRMN HI# STPLK STPLK MLK MT PU_V IH_THRM# PU_OVT# THRMP PU_OVT# THRMN V_ORE V V_ORE V V_ORE V_ORE V V V R0-00 T T R -00 T T R 00-00 T T T R *-00 R 0-00 T R 0/F-00 T *0P-00 Q TEU T R *0-00 R0 00-00 R -00.U-00 T T U MX Vdd - THERM# GN LERT# ST SLK *0P-00 R 0-00 00P-00 R 0-00 R 0-00 R 00 R -00 R -00 R -00 T0 R -00 R -00 R0-00 R 0K-00 Quanta omputer Inc. PROJET : T T T0 R0 0K-00 R *0-00 R *0-00 R *0-00 T R -00 R -00 T R 0-00 NW/PRESOTT R T ONTROL ITP HOST LK LEGY PU THERML MIS OF U PRESOTT K K L K L M L M M N M N N N T R P P R T U P U T V R W T U V W Y L R J K J J H G V H G J K K L H E H F E W G V F G F J G H J H E G F F E F L G H M L J K H M N P M N M N N R P R R T T T T U U U V U V V W Y W Y Y Y E G P V E K R W F J P W F F E Y Y F E E E F H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# ST0# ST# REQ0# REQ# REQ# REQ# REQ# S# P0# P# INIT# IERR# R0# NR# P0# P# P# P# PRI# SY# EFER# RY# HIT# HITM# INIT# LOK# MERR# RESET# RS0# RS# RS# RSP# TRY# 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # # # # # # # 0# # # # I0# I# I# I# STN0# STN# STN# STN# STP0# STP# STP# STP# LK0 LK ITP_LK0 ITP_LK 0M# FERR# IGNNE# LINT0 LINT SMI# STPLK# PM0# PM# PM# PM# PM# PM# TO TI TK TMS TRST# R# THRM THRM THERMTRIP# PROHOT# PWRGOO SLP# N_KEY_ OPTIMIZE/OMPT# SKTO# OOTSELET R /F-00 R *0-00 0.U-00 EFER# [] RS# [] HI# [] HSTP0# [] RS#0 [] S# [] RS# [] HI# [] MT [,] MLK [,] PWRG_PU [0] IGNNE# [] NR# [] HSTN# [] NMI [] H_PROHOT# [] HREQ# [] PUINIT# [] PRI# [] HI0# [] HREQ#0 [] HREQ0# [] HTRY# [] RY# [] HLK_PU [] HREQ# [] HITM# [] STPLK# [] HSTP# [] SY# [] R# [0] HLK_PU# [] HSTP# [] HREQ# [] H#[0..] [] MRST# [] SMI# [] HSTN# [] FERR# [] HLOK# [] 0M# [] HSTN# [] HSTN0# [] INTR [] HI# [] HSTP# [] PU_SLP# [] H#[..] [] HIT# [] HREQ# [] PURST# [] HST0# [] HST# [] THERMTRIP# [0,] THRMP-E [] THRMN-E [] IH_THRM# [0] OOTSELET [,]

mils 0m NW/Northwood W/S->mils/mils w/s->/ mils(min) mils mils 0m 0/:Mount, for Vcore transsion NW/PS (POWER/N) ustom Friday, February, 00 Size ocument Number Rev ate: Sheet of TESTHI TESTHI TESTHI TESTHI H_ VI VI0 VI VI H_V VI VVIOK VI0 VI VI VI VI VI TESTHI TESTHI TESTHI0 TESTHI TESTHI TESTHI0 TESTHI H_GTLREF H_OMP0 VI H_OMP TESTHI H_VIOPLL HSEL0 HSEL TESTHI VVIOK V_ORE V_ORE V_ORE V V_ORE V_ORE V_ORE V_ORE V_ORE V_ORE V_ORE V_ORE V_ORE V_ORE V_ORE VVI VVI.U-00.U/0V 0U/.V-00.U-00.U-00.U/0V 0U/.V-00 R K-00 0 0U/.V-00.U/0V.U-00 U/0V- 0U/.V-00 R 0-00.U/0V *0U/.V- 0 0U/.V-00 R K-00 R -00.U-00 0U/.V-00.U-00 R *K-00 0U/.V-00 R K-00 0U/.V-00 0U/.V-00.U/0V T.U/0V L 0UH-00 R -00 0U/.V-00 0.U/0V 0U/.V-00 0U/.V-00 T0.U/0V.U-00 0U/.V-00 Quanta omputer Inc. PROJET : T R 0-00.U-00 L0 0UH-00 0.U-00 *0U/.V- 0U/.V-00.U/0V 0.U/0V.U/0V 0.U/0V 00.U/0V 0.U/0V R -00 0U/.V-00 0U/.V-00 0P-00 0U/.V-.U/0V R -00.U-00.U/0V 0U/.V-00 R.K-00 0.U/0V 0.U/0V R K-00 R -00 0 0U/.V-00 0 0U/.V-00 *0U/.V- T 0U/.V-00 0.U/0V.U/0V T R K-00 0.U-00 0U/.V-00.U/0V 0U/.V-00.U/0V.U/0V T 0U/.V-00 0 0U/.V-00.U/0V.U/0V.U/0V 0U/.V-00 R0-00 NW/PRESOTT POWER VI MIS OF U PRESOTT E E E E E F E F 0 F0 F 0 0 L P E F F F E E E E E0 E E E0 0 E E E0 E E0 F F F F F F 0 0 0 E E F F F F F F F F F 0 0 Y W U VI0 VI VI VI VI VI VVI VSENSE SENSE V VVIL VIOPLL VIPWRG GTLREF0 GTLREF GTLREF GTLREF TESTHI0 TESTHI TESTHI TESTHI TESTHI TESTHI TESTHI TESTHI TESTHI TESTHI OMP0 OMP SEL0 SEL RSV0 RSV RSV RSV RSV V0 V V V V V V V V V V0 V V V V V V V V V V0 V V V V V V V V V V0 V V V V V V V V V V0 V V V V V V V V V V0 V V V V V V V V V V0 V V V V V V V V V V0 V V V V V V V V V V0 V V V V TESTHI0 TESTHI TESTHI T 0U/.V-00 R 00/F-00 R./F OF GROUN NW/PRESOTT U PRESOTT W Y Y Y Y N N N N P P P P R R R R T T T T U U U U V G H H H H J J J J K K K K L L L L M M M M E E E E E E E E F F F F F0 F F F F F G G G 0 0 E E E 0 0 F F F F F0 F F F F0 E E E E 0 E E E E E 0 0 V V V W W W 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.U-00 0U/.V-00.U/0V 0.U/0V 0U/.V-00 R./F.U-00 0U/.V-00.U/0V.U/0V R /F R 0-00 0U/.V-00 T 0 0U/.V-00 R -00 0U/.V-00 R -00 0U/.V-00 0U/.V-00 U/0V- T 0.U/0V 0.U/0V 0U/.V- HSEL [,] H_VREF [] HSEL0 [,] VI [] VI [] _SENSE [] VI [] VI [] VI [] VI0 [] VVIOK [,] VOER_SENSE []

MH (Host bus) VTT_N R 0/F-00 0/F-00 R 0mils H_SWING H_SWING VOLTGE "0MIL TRE, MIL SPE" H_SWING S/ /*VTT_N /- % VTT_N */F-00 R.0U-00 R 00/F-00 mils.u-00 [] H_VREF.U-00 00 H#[0..] P FOR GTLREF INPUTS @GMH USE 0MIL TRE, ISOLTE W/ MIL SPE P SHOUL E PLE NER GMH PIN [] H_PROHOT# H#[0..] H_VREF [] 0/F-00 R 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_ROMP H_SWING H_VREF E 0 0 E E0 E G0 F E F J L G G F F E E J G E K J L J F F E K G G0 L E K J H0 G E E 0 E0 0 E F U SPRINGLE H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# HROMP HSWING HVREF H_PROHOT# R H_PROHOT L0 PROHOT# 0-00 SPRINGLE OF PS H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# H# H# H# H# H# H# H# H# H0# H# HREQ0# HREQ# HREQ# HREQ# HREQ# HST0# HST# HSTP0# HSTN0# INV0# HSTP# HSTN# INV# HSTP# HSTN# INV# HSTP# HSTN# INV# S# HTRY# RY# EFER# HITM# HIT# HLOK# REQ0# NR# PRI# SY# RS0# RS# RS# PURST# PWROK HLKP HLKN SEL0 SEL 0 L E K 0 J E0 J F F J G F E H K E F G0 J G J L J 0 L K L G F L E F G L E K E E G E E L L 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# HREQ#0 HREQ# HREQ# HREQ# HREQ# HST0# HST# HSTP0# HSTN0# HI0# HSTP# HSTN# HI# HSTP# HSTN# HI# HSTP# HSTN# HI# S# HTRY# RY# EFER# HITM# HIT# HLOK# HREQ0# NR# PRI# SY# RS#0 RS# RS# PURST# PWROK HLK_MH HLK_MH# H#[..] R R HREQ#0 [] HREQ# [] HREQ# [] HREQ# [] HREQ# [] HST0# [] HST# [] HSTP0# [] HSTN0# [] HI0# [] HSTP# [] HSTN# [] HI# [] HSTP# [] HSTN# [] HI# [] HSTP# [] HSTN# [] HI# [] S# [] HTRY# [] RY# [] EFER# [] HITM# [] HIT# [] HLOK# [] HREQ0# [] NR# [] PRI# [] SY# [] RS#0 [] RS# [] RS# [] PURST# [] PWROK [0,] HLK_MH [] HLK_MH# [] K/F-00 K/F-00 H#[..] [] HSEL0 HSEL HSEL0 [,] HSEL [,].K/F-00 R.K/F-00 R POWER:.V :..V/.V :..V :..V : 0. Size ocument Number Rev ustom MH (Host bus) ate: Friday, February, 00 Sheet of PROJET : T Quanta omputer Inc.

MH (GP bus).v [] G[0..] G[0..] G0 E G G G E G 0 G G G G G G0 G W0 G G W G W G V G G Y G Y G W G0 Y G V G W G U G T G T G T G R G P G P G0 P G M U SPRINGLE G0 G G G G G G G G G G0 G G G G G G G G G G0 G G G G G G G G G G0 G SPRINGLE OF GP INTERFE HU S HI0 HI HI HI HI HI HI HI HI HI HI0 HISTRF HISTRS HI_ROMP HI_SWING HI_VREF I0 I I I I I I I I I I0 ISTRF ISTRS F G K G K L L L J H J H H E E HI0 HI HI HI HI HI HI HI HI HI HI0 HIST HIST# K WI0 H WI WI F WI WI 0 WI F WI G WI E WI H WI G WI0 J WIST J WIST# HIROMP_MH HISWING_MH HIVREF_MH T0 T T T T0 T T0 T T T T T0 T0 R HI[0..0] HIST [0] HIST# [0]./F HI[0..0] [0].V.V R /F-00.V R00 /F-00 0mils trace/ mils space HISWING_MH.U-00.0U-00 R00 /F-00 HIVREF_MH R0 /F.U-00.0U-00 0.*V (.V) /- % 0.*V (.V) /- % 0mils trace/ mils space WISWING_SPG 0.*V (.V) /- % LK_MH *0P [] ST[0..].V [] GST0 [] GST [] GST0# [] GST# [] GSST [] GSST# [] S[0..] [] GFRME# [] LK_MH [] GEVSEL# [] GIRY# [] GTRY# [] GSTOP# [] GPR [] GREQ# [] GGNT# [] [] [] [] [] [] [] [] [] GRF# GWF# GI_HI GI_LO ST[0..] R0 GVREF GE0# GE# GE# GE# GST0 GST GST0# GST# GSST GSST# S[0..] GFRME# LK_MH GEVSEL# GIRY# GTRY# GSTOP# GPR GREQ# GGNT# GRF# GWF# GI_HI GI_LO ST0 ST ST./F-00 GSWING GVREF GE0# Y GE# W GE# GE# U S0 S S S S S S S GROMP V V U T R P R R U U0 U T U H V W N M R0 R M M N N N GE0# GE# GE# GE# GSTF0 GSTF GSTS0 GSTS GSSTF GSSTS GS0# GS# GS# GS# GS# GS# GS# GS# GFRME GLKIN GEVSEL GIRY GTRY GSTOP GPR/_ETET GREQ GGNT GRF GWF I_HI I_LO GST0 GST GST GROMP GSWING GVREF VG RESERVER & N I_ROMP I_SWING I_VREF REFLK EXTTS# IH_SYN# RSTIN# _T _LK RE RE# GREEN GREEN# LUE LUE# HSYN VSYN REFSET RESERVE0 RESERVE RESERVE RESERVE RESERVE N00 N0 N0 N0 N0 N0 N0 N0 N0 N0 N0 N N N N N N N N N G F F G P J K H F F E H G H G G E G0 G N P R F F J N P R R R E M R HIROMP_MH# WISWING_SPG WIVREF_SPG LK_OT EXTTS# IH_SYN# P_PIRST# S_ S_K S_RE S_RE# S_GREEN S_GREEN# S_LUE S_LUE# S_HS S_VS GMH_REFSET W:S=0/0 R0./F LK_OT [] S_ [] S_K [] 0P S_RE [] S_HS [] S_VS [] R /F-00.V IH_SYN# [0] R 0-00 S_GREEN [] S_LUE [] PIRST# PPROX OHM TRE FROM RESISTOR TO REFSET LL S_RE# S_GREEN# S_LUE# R0.K-00 T R 0-00 PIRST# [,,,,,,,].U-00 R /F-00 WIVREF_SPG R /F.V.U-00 R0 R remove : X R mount : X R./F-00 0./F-00 N these parts when use VO 0.*V (.V) /- % R./F 00/F-00 R.0U-00 GSWING = 0.V /- % GSWING.U-00 PROJET : T Quanta omputer Inc. Size ocument Number Rev ustom MH (GP bus & HU I/F) Friday, February, 00 ate: Sheet of

<. <. NER G,G MH (POWER) 0/0:Reverse for test.if VTT_N can use V_ORE,we can remove VTT_N power ckt 0m 0m 000m 0m mils(min) 0mils(min) 0mils(min) 0mils(min) 0mils(min) 0mils(min) 0mils(min) 0mils(min) MH (POWER) ustom Friday, February, 00 Size ocument Number Rev ate: Sheet of VP_P VP_P V_P_V_SM VTT_P VTT_P V_SMYROMPVO V_P_V_FS V_P_ VORE_P V_GP VORE_P VP_P VP_P V_PLL VTT_P._NOUT.V V.VSUS.V.V VTT_N.V.VSUS V V_ORE.V.V_NOUT.V.V.V.V.V VTT_N.V.V.VSUS VTT_N V_ORE.U-00.U-00 U/0V-.U-00.U-00.U-00.U-00 R0 0.U-00.U-00.U-00 0.U-00.U-00 0U/.V-00 0.U-00.U-00.U-00 0U/.V-00.U-00 0.U-00.U-00.U-00.U-00.U-00 0.U-00 0.U-00.U-00.U-00.U-00.U-00 0.U-00.U/0V.U-00.U/0V.U-00 0 U/0V-.U-00 POWER OF SPRINGLE UE SPRINGLE E E F L L M M M M M M M N N N N N N P P P P P R R R R R R E R G G G Y L J J J J K K K K L0 L L L L M0 M M M N0 N N P0 P R T T T T T0 U U U0 V V V0 W W W0 Y Y Y Y Y0 J J J J J K K K K L L L L L Y VTT0 VTT VTT VTT VTT VTT VTT VTT VTT VTT VTT0 VTT VTT VTT VTT V_R0 V_R V_R V_R V_R V_R V_R V_R V_R V_R V_R0 V_R V_R V_R V_R V_R V_R V_R V_R V_R V_R0 V_R V_R V_R V_R V_R V_R V_R V_R V_0 V_ V_GP0 V_GP V_FS0 V_FS V_R V_PLL V_ V_R0 V_R V_R V0 V V V V V V V V V V0 V V V V V V V V V V0 V V V V V V V V V V0 V V V V V V V V V V0 V V_GP0 V_GP V_GP V_GP V_GP V_GP V_GP V_GP V_GP V_GP V_GP0 V_GP V_GP V_GP V_GP _.U-00 R 0.U-00.U-00.U-00.U-00.U-00 0.U-00.U-00.U-00 0.U-00.U-00.U-00 0.U-00.U/0V.U-00.U-00 L *HI00R00R-00 L 0 T.U-00 0.U-00 0.U-00.U-00.U-00.U-00 GROUN OF SPRINGLE UF SPRINGLE 0 0 0 0 0 E E0 E E E E E E E E F F F F F0 F F F F F0 F F F G G G G0 G G G G G G G G H0 H H H H H0 H H H H0 H H J J J J J K0 K K K K K0 K K K K K K L L M M M M M M M M M M M M N0 N N N N N0 N N N N N0 N R R R R0 R R R R R R 0 0 E E F F0 F F F F F0 F F F F F F G G G H H H H H H0 H N P P P P P0 P P P P R R R T T0 T T T T T0 T T T T T U U U U V0 V V V V V V V0 V V V V W W W W Y0 H H H0 H H H H J0 J J J J J0 J J J J K K K K K K0 K K K K K L L L L L M M M M M0 M M N N N Y Y Y Y Y0 Y Y Y Y Y 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.U-00 0.U-00.U-00 0.U-00 0U/.V-00 0.U-00 0.U-00.U-00 0.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00 0.U/0V.U-00.U-00.U-00.U-00 00.U-00.U-00 00.U-00.U-00.U-00.U-00 0U/.V-00.U-00.U-00.U-00.U-00.U-00 0.U-00.U-00 L 0-00.U-00 0.U-00.U-00.U/0V.U-00.U-00.U-00 Quanta omputer Inc. PROJET : T.U-00.U-00.U-00.U-00 0.U-00 0.U-00.U-00.U-00.U-00.U-00.U-00 V_ORE [,,,,] VTT_N [,] V [,,,0,,,,,,,,,,,,,,,0,,,].VSUS [,,,].V [,0,,,]

mils MILS mils Place resistors within inch of IMMS mils.k/f mils MH (R & R ) mils.v mils mils 0.V mils.k/f VTERM_min = SMVREF. 0 mv VTERM_max = SMVREF 0 mv MH (R & R ) ustom Friday, February, 00 Size ocument Number Rev ate: Sheet of SM_S_# M_ SM_QS_ M_0 M_ M 0 M_ M_[0..] M_0 M_ KE_0 SM_M_ M_ M_ M_ M_ M_ M_ M_0 M_ LK_SRM_ M_ M_ M_ M_ M_ M_ M_ M_ SMXROMPVOL M_ SM_QS_ M_ M_ M_ SM_M_ M SMVREF_ M_0 M_0 M_ M_ M_ SM_QS_ M_ M_ KE_ SM_M_0 SM_S_0# M_ M_ M_0 M_ SM_M_0 M_ M_ SM_M_ M_ M_0 M_ M_ M_ LK_SRM_# M_ SM_S_# SM_S_# M_0 M_ SMVREF_ M_[0..] M_ M 0 LK_SRM_# LK_SRM_0 M_ M_ M_ M_ SMVREF_ LK_SRM_ M_0 LK_SRM_0# M_ M_ M_ M_0 _ M_ M_ M_0 M_0 M_ M_ M_ SM_WE_# M_ M_ M_ M_ M_ SM_S_# SM_RS_# SM_M_ SM_M_ M_ SM_RS_# SMYROMP M_ M_ M_ M_ SM_M_ SM_QS_ M_ SMXROMPVOH M_ LK_SRM_0# KE_0 M_ M_ M_ M_ LK_SRM_ M_ SMYROMPVOL SM_QS_ M_ M_ LK_SRM_0 SMYROMPVOH M_ SM_QS_ M_ M_ M_0 M_ M_ M_ M_ M_ SMYROMP SMXROMP M_ M_0 M_ SM_M_ M_ M_ SMXROMPVOH M_ M_0 SM_M_[0..] SM_M_ M_ M_ SM_WE_# M_ M_ KE_ M_ M_ M_ M_ M_ SM_QS_ M_ M_ SM_M_ SM_M_ SM_QS_0 M_ M_ M_ M_ M_ LK_SRM_ M_ M_ SMXROMP SM_QS_ M_ M_ M_ M_ M_ M_ M_0 M_ SM_QS_ SM_QS_ SM_M_ LK_SRM_# SM_QS_ SM_QS_ M_ M_[0..] M_[0..] M_ M_ SM_QS_[0..] M_ SM_M_ M_ M_ M_0 M_ SM_QS_ M_ LK_SRM_# M_ M_ SM_QS_0 M_ M_0 SM_S_0# SM_QS_[0..] SM_M_ M_ M_ M_ M_ M_ M_ M_ SM_M_ M_ M_ M_ M_ SM_QS_ SM_M_[0..] M_ M_ SMYROMPVOH SMYROMPVOL SMXROMPVOL.VSUS.VSUS.VSUS.VSUS.VSUS.VSUS.VSUS R OF SPRINGLE U SPRINGLE J0 E L E L F K G E L K L K J J J E E0 G K L K J E K H G F J J F E0 0 Y E 0 W0 U T V U R P R0 K L0 R R P L K0 H F G N M J G P R R F G G H U0 L J0 G G E J U M J G J E K G L F L J F L J0 E L L E W W W Y U T V W K F G E G G0 F G N N J0 H K L N N0 SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SMVREF_ SMYROMP SMYROMPVOH SMYROMPVOL SQS_0 SQS_ SQS_ SQS_ SQS_ SQS_ SQS_ SQS_ SM_0 SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_0 SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_0 SM_ SM_ SM_ SM_ SM_ SM_ SM_ SWE_# SS_# SRS_# S_0 S_ SS_0# SS_# SS_# SS_# SKE_0 SKE_ SKE_ SKE_ SMLK_0 SMLK_0# SMLK_ SMLK_# SMLK_ SMLK_# SMLK_ SMLK_# SMLK_ SMLK_# SMLK_ SMLK_# T T0 R OF SPRINGLE U SPRINGLE P0 P M N M0 L0 L P P M L P L N P M P M L N P L P P P P P M M N M N H G F H G E V V U U T T K K T P L L J H E F K J G F N P P M0 F V M H P P M P0 F W M H J L K N L0 L L N P P J N N L M P P M Y E H Y Y W L0 N M0 P0 K K P N N N K K M L P P E K N L SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_ SQ_0 SQ_ SQ_ SQ_ SQS_0 SQS_ SQS_ SQS_ SQS_ SQS_ SQS_ SQS_ SM_0 SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_0 SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_0 SM_ SM_ SM_ SM_ SM_ SM_ SM_ SWE_# SS_# SRS_# S_0 S_ SS_0# SS_# SS_# SS_# SKE_0 SKE_ SKE_ SKE_ SMLK_0 SMLK_0# SMLK_ SMLK_# SMLK_ SMLK_# SMLK_ SMLK_# SMLK_ SMLK_# SMLK_ SMLK_# SMVREF_ SMXROMP SMXROMPVOH SMXROMPVOL.U/V-00 T.0U-00 T T.U/V-00 T0 T.U/V-00 R0 0.K/F 0.0U-00 T.U/V-00.0U-00.U-00 T T R 0K/F-00 T T 0 U.U/V-00 R 0/F-00.0U-00 T Quanta omputer Inc. PROJET : T T0 T.0U-00 T U R0 0K/F-00 R./F.U-00 T T R 0K/F-00 R0./F.U/V-00 R0./F T R 0K/F-00 0.U/V-00 T R./F.0U-00 0 U R 0.K/F T0 T R 0/F-00 R0 0.K/F T T T U.U/V-00 T T0 T T T R0 0.K/F SM_RS_# [] _ [] KE_ [] LK_SRM_0# [] SM_RS_# [] SM_S_# [] LK_SRM_ [] _ [] SM_S_# [] SM_WE_# [] KE_ [] SM_S_# [] LK_SRM_# [] M_[0..] [] SM_S_0# [] SM_M_[0..] [] _0 [] M_[0..] [] SM_QS_[0..] [] LK_SRM_0# [] SM_S_0# [] SM_M_[0..] [] M_[0..] [] M_[0..] [] LK_SRM_# [] LK_SRM_# [] LK_SRM_# [] SM_QS_[0..] [] LK_SRM_0 [] SM_S_# [] KE_0 [] LK_SRM_ [] SM_WE_# [] LK_SRM_ [] KE_0 [] _0 [] LK_SRM_0 [] LK_SRM_ []

IH (PU/PI/IE) V V [] FERR# GRESET PIORY SIORY 0/0:dd for SIORY V FERR# R R 0K-00 R IERST# Q TEU 0-00 R.K-00.K-00 V V R R R 0-00 Q0 MMT0 Q MMT0 0/0: dd for EMI PLK_IH /F-00 PRST# /F-00 SRST# *0P 0/0-0:hange Q from MMT0 to TEU R 0/F-00 [] PLK_IH [,,,] IH_PME# PRST# [0] SRST# [0] [] KG0 [] 0M# [] PU_SLP# [] [] [] [,,] [0..] PLK_IH PIRST# R 0-00 R_PIRST# IH_PME# IGNNE# PUINIT# INTR [0] [0] [0] [0] [0] [0] [0] [0] [0] [0] [0] [0] [0] [0] [0] [0] P0 P P P P P P P P P P0 P P P P P [0] PIOW# [0] PK# [0] PREQ [0] PIOR# [0] PIORY [0] P0 [0] P [0] P [0] PS# [0] PS# [0] IRQ [,,,,,,,] PIRST# 0 0 0 0 P0 P P0 Y P P Y P P P P P P P P P P P P P P Y P0 P P P0 P P P P Y P P P P P PIOW# PK# PIOW# PREQ PK# PIOR# PREQ PIORY PIOR# P0 PIORY P P0 P P PS# P PS# PS# Y IRQ PS# Y IRQ PIRST# PIRST# J J G K H H J J K F M H L G K G G L P H N N E P N F P F P N V V U KG0 T 0M# 0GTE V PU_SLP# 0M# P IH_FERR# PU_SLP# U IGNNE# FERR# R PUINIT# IGNNE# R INTR INIT# U INTR 0 *P 0 0 0 0 PU IH PI IE /E0# /E# /E# /E# FRME# IRY# TRY# EVSEL# STOP# PR PERR# PLOK# SERR# REQ0# REQ# REQ# REQ# GNT0# GNT# GNT# GNT# PIRQ# PIRQ# PIRQ# PIRQ# PIRQE# PIRQF# PIRQG# PIRQH# REQ# REQ# REQ# GNT# FPK# SWPLNK /0:hange U0 pin from VSUS to V_(prevent PIRST# low can't pull low = 0.V) V_ U0 W V Y Y GN Y NMI NMI R RIN# RIN# P SERIRQ SERIRQ F V SMI# SMI# T STPLK# STPLK# P0 PM_PRSLPVR (PRSLPVR) R PSLP# (PSLP#) /E0# /E# /E# /E# FRME# IRY# TRY# EVSEL# STOP# PR E J N M M E L E F PERR# K PLOK# L SERR# L REQ0# REQ# REQ# REQ# GNT0# GNT# GNT# GNT# PIRQ# PIRQ# PIRQ# PIRQ# GPIO/PIRQE# GPIO/PIRQF# GPIO/PIRQG# GPIO/PIRQH# GPI0/REQ# PILK GPIO0/REQ# PIRST# REQ#/GPI/REQ# PME# GPO/GNT# GPIO/GNT# GNT#/GPO/GNT# E E E E S0 S0 S S S S S S S S S S S S 0 S S 0 Y S S S S S0 S0 0 S S S S S S S S S S SIOW# SIOW# Y SK# SK# W0 SREQ SREQ Y0 SIOR# SIOR# Y SIORY SIORY Y W S0 S0 W S S W S S V SS# SS# V0 SS# SS# Y IRQ IRQ 00.U-00 FRME# [,,] IRY# [,,] TRY# [,,] EVSEL# [,,] STOP# [,,] PR [,,] PERR# [,] PLOK# [] SERR# [,,] REQ0# [] REQ0 : LN REQ : PMI REQ# [] REQ# [] REQ : REQ# [] REQ : MINI No need pull up No need pull up GNT0 : LN GNT : PMI GNT : GNT : MINI PIRQ# : VG PIRQ# : LN PIRQ# : PMI PIRQ# : PIRQE# : MINI PI PIRQF# : MINI PI /0:hange U0 GRESET# from pin to pin,rename to GRESET GRESET 0 *P NMI [] RIN# [] SERIRQ [,,,] SMI# [] STPLK# [] T T /E0# [,,] /E# [,,] /E# [,,] /E# [,,] GNT0# [] GNT# [] GNT# [] GNT# [] PIRQ# [] PIRQ# [] PIRQ# [,] PIRQ# [] PIRQE# [] PIRQF# [] T T T S0 [0] S [0] S [0] S [0] S [0] S [0] S [0] S [0] S [0] S [0] S0 [0] S [0] S [0] S [0] S [0] S [0] SIOW# [0] SK# [0] SREQ [0] SIOR# [0] SIORY [0] S0 [0] S [0] S [0] SS# [0] SS# [0] IRQ [0] PI Pullups IRQ V 0 PERR# SERIRQ EVSEL# IRQ PLOK# IRY# SERR# RP.K-0PR REQ# V 0 REQ# REQ# STOP# REQ# REQ0# TRY# REQ# RP.K-0PR PIRQ# V 0 PIRQ# PIRQ# REQ# PIRQ# FRME# RP.K-0PR PIRQE# PIRQF# PIRQG# PIRQH# RIN# KG0 R0 R R R V.K/F-00.K/F-00.K/F-00.K/F-00 R 0K-00 V R 0K-00 V POWER Vcore :.m.v : 0. VSUS : 0. VSUS : 0u V : 0u.V : 0. RT : u Size ocument Number Rev ustom IH (PU/PI/IE) ate: Friday, February, 00 Sheet of V V V PROJET : T Quanta omputer Inc.

IH (US/HU/LP/) *0K-00 *0K-00 US 0 to ard Reader V US to M /0:PSPK(functional strap) US,,, to SYSTEM IH_THRM# R.K-00 H:No Reboot Mode US, to Reverse 0MIL TRE/ MIL SPE PSPK R *K-00 L:Normal Mode U R SYSUSP0 USP /F-00 HISWING_IH [] SYSUSP0 _SOUT /:_SOUT(functional strap) SYSUSP0- USP0P USPP USP [] R *.K-00 USP- [] SYSUSP0- SYSUSP USP0N USPN USP- [] USP H:Safe Mode [] SYSUSP 0.*V (.V) /- % S_LON SYSUSP- USPP USPP USP [] R 0K-00 USP- L:Normal Mode [] SYSUSP- SYSUSP USPN USPN USP- [] USP [] SYSUSP VR_PWRGOO SYSUSP- USPP US USPP USP [] R.K-00 USP- 0 0.0U-00 [] SYSUSP- SYSUSP USPN USPN USP- [] 0 USP R.U-00 [] SYSUSP GPIO SYSUSP- USPP USPP USP [] R 0K-00 USP- /F-00 [] SYSUSP- 0 USPN USPN USP- [] HIVREF_IH V_S USO0# O# [] USO0# O0# GPI/O# T O# 0.*V (.V) /- % USO# O# GPI0/O# O# [] O# [] USO# SUS# R *0K-00 O# GPI/O# T0 O# TLOW# O# GPI/O# TLOW# [] SS SUS# R *0K-00 R 0 0 /F.U-00.0U-00 SLP_S# R0 *0K-00 LK_US IH USRIS F R./F-00 [] LK_US /:dd R0 for SLP_S# pull high HI[0..0] LK USRIS# V_S [] HI[0..0] HI0 H0 HIST 0/0:dd for EMI RESISTOR IVIER PLUS HI HI0 HI_STF K HIST# HIST [] H LK_IH RI# HI HI HI_STS J HIST# [] R.K-00 J0 P PLE T MIPOINT R 0K-00 KSMI# HI HI H R./F OF US. TWO OTHER PS HI HI HIROMP N.V M R 0K-00 PM_PME# HI HI M L0 HISWING_IH PLE E T MH N R 0K-00 PLK_SM HI HI HI_VSWING N *0P PT_SM HI HIVREF_IH IH USE 0MIL TRE, R 0K-00 HI M0 HU LINK HI HI HIREF L L ISOLTE W/ MIL SPE HI HI J LK_IH HI0 HI HI_LK N LK_IH [] K R *0K-00 NSWON# R./F HI HI0 G R 0K-00 SMLINK0 HI 0/0:hange,0 value from R0 0K-00 SMLINK L0 LFRME# LINKLERT# [,,] L0 T 0P to P(for Xtal precision) 0/:hange R,R from -00 to L L0 LFRME# T R U LP_RQ0# LFRME# [,,] R 0K-00 SYS_RESET# [,,] L L L LRQ0# LP_RQ0# [] R 0K-00 LP_RQ# LK_KX USO0# 0-00(for Transition time) [,,] L R R R *0K-00 L L U LP GPI/LRQ# LP_RQ# [] USO# [,,] L R *0K-00 L LK_KX R0 0K-00 O# _SYN R 0-00_SYN_ LK_KX O# [,] _SYN R0 0K-00 _RESET# _SYN RTX LK_KX Y O# [,] _RESET# R0 0K-00 _SOUT R 0-00_SOUT RST# RTX RTRST#.KHZ/0PPM-M-0 O# [,] _SOUT _SIN0 _SOUT RTRST# RTRST# [] R0 0K-00 E R [,] _SIN0 VRT _SIN _SIN0 &RT VRT [] _SIN _SIN _SIN 0 0M/F _SIN _ITLK R0-00_ITLK SIN.U-00 _ITLK [,,] _ITLK _IT_LK U/0V 0 _SIN PLK_SM R F-ET- P P [,] PLK_SM _SIN PT_SM SMLK GPI/(GPUSY#) F-ET- [] U RT_SENSE# R 0K-00 [,] PT_SM SMLINK0 SMT GPI RT_SENSE# [,] V_S Y KSMI# R 0K-00 _SIN0 SMLINK SMLINK0(K) GPI KSMI# [,] PM_PME# LINKLERT# SMLINK() GPI/SMLERT# V W SWI#_ -SWI IH_PWROK LINKLERT# GPI -SWI [] W SI#_ SS -SI PSPK PWROK GPI -SI [] E U THERM_EEP SS [] PSPK RI# SPKR MIS GPO/(STP_PI#) S_LON T T0 R *0-00 [,] RI# NSWON# RI# GPO/(SLP_S#) S_LON [,] Y U RNOM-LE- R R R R [] NSWON# SUSLK PWRTN# GPO0/(STP_PU#) RNOM-LE- [] Y R GPO T SUSLK GPO/(_STT#) T R 0K-00 GPO V_S U0 R 0K-00 SUS_STT# TP0/(TLOW#) GPO/(PUPERF#) V F GPO [,] SUS_STT# SUS# SUS_STT#/LPP# GPO/(SSMUXSEL) T W GPIO [] SUS# SLP_S# GPIO/(LKRUN#) /:dd R(S0000J0) U W GPIO T R 0-00 [] SUS# SLP_S# R0 0-00 SLP_S# GPIO V GET-MIL- T SYS_RESET# SLP_S# GPIO GET-MIL- [] R 0-00 U W SPKOFF# [] R# VR_PWRGOO SYS_RESET# GPIO R0 T PNEL_I0 T [] VR_PWRGOO PWRG_PU VRMPWRG/(VGTE) GPIO P G PNEL_I PNEL_I0 [] [] PWRG_PU THERMTRIP PUPWRG/GPO GPIO T F PNEL_I PNEL_I [] R 0-00 [,] THERMTRIP# IH_THRM# THRMTRIP# GPIO PNEL_I [] [] IH_THRM# T RSMRST# THRM# 0 INTVRMEN R 0K/F M_IH RSMRST# INTVRMEN INTRUER# VRT F0 Y R M-00 [] M_IH LK INTRUER# VRT N ST0TXP 0 STTXP T ST0TXN ST0TXP STTXP 0 STTXN T T0 ST0RXN ST0TXN STTXN STRXN T T ST0RXP ST0RXN STRXN STRXP T T ST0RXP ST STRXP T HLK_IH Y STRIS R./F [] HLK_IH HLK_IH# LK00P STRISP [] HLK_IH# LK00N STRISN Y 0 IH_LN_RST T IH_LN_RX0 LN_RSTSYN 0 E0 IH_LN_LK T IH_LN_RX LN_RX0 LN_LK T IH_LN_RST# R 0-00 RSMRST# T IH_LN_RX LN_RX LN_RST# T IH_LN_TX0 LN_RX IH_EES T IH_LN_TX LN_TX0 LN & EEPROM EE_S 0 T E IH_EESK T0 IH_LN_TX LN_TX EE_SHLK T IH_EEO T /0:hange to R LN_TX EE_OUT T IH_EEIN EE_IN T V_S V_S R V GPIO R *0-00 LKRUN# LKRUN# [,,,,,].U-00 U *.U-00 W 00K-00 V R U Y Y -RSMRST S_ON *SH0 S_ON [,0] SS R0 *0-00 GN Y IH_PWROK V IH_SYN# [] RSMRST# O PWROK G PWROK [,] *0K-00 *0K-00 0K-00.V /:hange R from 00k to 0k 0K-00 R.U-00 R 0-00 *0K-00 R /:dd R for IH_PWROK Size ocument Number Rev ustom IH (US/HU/LP/) ate: Friday, February, 00 Sheet 0 of PROJET : T Quanta omputer Inc.

< 0. < < 0m IH POWER < 0. (mils) (mils) IH POWER ustom Friday, February, 00 Size ocument Number Rev ate: Sheet of VREF_RUN VREF_SUS.V.V V V_S V.V V V_S V_S.V V_ORE VSUS V VPU RV R K/F-00 0.U-00 RV.U-00 U/0V.U-00.U-00.U-00.U-00.U-00 0.U-00.U-00.U-00.U-00.U-00 0U/.V-00.U-00.U-00.U-00.U-00.U-00.U-00 0.0U-00 GN U IH 0 0 0 0 E E E0 E E F F G0 G H H J J J K K K0 K K L0 L L L L L L L M M M M M M M N N N N N0 P0 P P P P P P R R T T T U V V W W Y0 Y Y Y Y 000 00 00 00 00 00 00 00 00 00 00 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 00 0.U-00.U-00.U-00 U/0V.U-00.U-00 POWER U IH F G H K L M0 N0 P R V W W W 0 G G E E F0 F E E U V F F F K W E K0 K K L P R0 R H J K M N N E F F W R W W0 W W W W E F Y F F R R T G K M H P V 00 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V V V V V V V VSUS 00 VSUS 0 VSUS 0 VSUS 0 VSUS 0 VSUS 0 VSUS 0 VSUS 0 VSUS 0 VSUS 0 VSUS 0 VSUS VSUS VREF_0 VREF_ VREF_SUS V 00 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V V V V V V V V V V 0 V V V VSTPLL_0 VSTPLL_ VUSPLL V VSUS 0 VSUS VSUS VSUS VSUS VSUS V_PU_IO_0 V_PU_IO_ V_PU_IO RSV _FILT FILT FILT FILT FILT FILT FILT FILT FILT FILT_0 _FILT FILT FILT FILT FILT FILT_.U-00.U-00 0.U-00.U-00 R0 *K/F-00 0.U-00.0U-00 0 0U/.V-00.U-00.U-00.U-00.U-00 0U/.V-00 0.U-00 0.U-00.U-00 R K/F-00 0.U-00 RV U/0V.U-00.U-00.U-00 Quanta omputer Inc. PROJET : T.U-00 0 0U/.V-00.U-00 0U/.V-00.U-00.U-00.U-00.U-00 0.U-00 0.U-00 0.U-00.U-00.U-00.U-00.U-00 0.U-00.U-00.U-00.U-00 0.U-00 0U/.V-00 0 0U/.V-00 0U/.V-00 0.U-00 0.0U-00.U-00

lock Generator 0/:Operating Supply urrent Max:0m FS 0 FS 0 MHZ HOST LOK 0 K-00 V R0 R *K-00 0 PU 00MHZ HOST LOK MHZ HOST LOK 00MHZ HOST LOK K-00 R0 R *K-00 HSEL0 HSEL FS_ FS_ V L 0/0:hange, value from P to P(for Xtal precision) P-00 XIN V LK_V making the IREF.m R /F-00 IREF R0 0.U/0V-00 R 0 0 (mils) LK_V K_PWN# STP_PI# STP_PU# PM_VGTE# PLK_SM PT_SM HSEL0 HSEL LK_V LK_V.U-00.U-00.U-00.U-00.U-00 0U/.V-00.U-00.U-00.U-00 *M/F-00 PY00T-00Y-S P-00 R [0,] PLK_SM [0,] PT_SM [,] HSEL0 [,] HSEL.U-00 0 0 U IS XTL_IN Y.MHZ-SX0G XOUT XTL_OUT SLK ST FS_ FS_ V_REF V_PI_ V_PI_ V_SR V_V V_PU_ V_PU_ IREF LK_MV V_ V_ PWRWN# PI_STOP# 0 PU_STOP# VTT_PWRG# 0 (mils) V_KG K-0 _.U-00 SR _IREF PY00T-00Y-S L 0U/.V-00 REF_ REF_0 PU PU# PU PU# PU0 PU0# 0 SR SR# V_0 V_ V_ V_ VH/V_ PIF_0 PIF_ PIF_ PI_0 PI_ PI_ PI_ PI_ PI_ PI_ OT_MHZ US_MHZ 0 M_REF_ M_REF_0 R_HLK_PU R_HLK_PU# R_HLK_MH R_HLK_MH# R_HLK_IH R_HLK_IH# R_LK_MH R_LK_IH R_LK_GP R_PLK_IH R_PLK_SIO R_PLK_MINI R_PLK_ R_PLK_PM R_PLK_LN R_PLK_ R_PLK_J R_LK_OT R_LK_US V R./F-00 R0./F-00 R0./F-00 R0./F-00 R0./F-00 R0./F-00 R /F-00 R /F-00 R /F-00 R /F-00 R /F-00 R /F-00 R R R R0 R R R R R R R R R R R /F-00 /F-00 /F-00 /F-00 /F-00 /F-00 /F-00 /F-00 /F-00 /F-00 /F-00 /F-00 /F-00 /F-00 /F-00 LK_MH LK_IH LK_GP PLK_IH PLK_SIO PLK_MINI PLK_ PLK_PM PLK_LN PLK_ PLK_J 0/:hange R from /F-00 to /F-00(skew issue) M_REF_ R0 M_SIO M_IH HLK_PU HLK_PU# HLK_MH HLK_MH# HLK_IH HLK_IH# LK_OT LK_US /F-00 M_SIO [] M_IH [0] HLK_PU [] HLK_PU# [] HLK_MH [] HLK_MH# [] HLK_IH [0] HLK_IH# [0] PLK_IH [] PLK_SIO [] PLK_MINI [] PLK_ [] PLK_PM [] PLK_LN [] PLK_ [] PLK_J [] L0_XI [] LK_MH [] LK_IH [0] LK_GP [] LK_OT [] LK_US [0] LK_V R K-00 R0 K-00 R K-00 K_PWN# STP_PI# STP_PU# LK_V 0K-00 R0 PM_VGTE# [,] VVIOK VVIOK 0-00 R Q MMT0 L0_XI M_SIO M_IH HLK_PU HLK_PU# HLK_MH HLK_MH# HLK_IH HLK_IH# *0p-00 *0p-00 *0p-00 *0p-00 *0p-00 0 *0p-00 *0p-00 *0p-00 *0p-00 PLK_PM PLK_ PLK_SIO PLK_LN PLK_MINI PLK_ PLK_IH PLK_J *0p-00 *0p-00 *0p-00 0 *0p-00 *0p-00 *0p-00 *0p-00 *0p-00 LK_GP LK_IH LK_MH LK_US LK_OT *0p-00 *0p-00 0 *0p-00 *0p-00 *0p-00 Size ocument Number Rev ustom lock Generator ate: Friday, February, 00 Sheet of PROJET : T Quanta omputer Inc.

/: dd R pull GP_PERR# to GN GP_ST0_R GP_ST0#_R [] GST0 0 R 0-00GP ST0 _ST0# 0 GST0# [] GP_ R 0-00 GP_ GP_ GP_ GP_ GP_ GP_0 PLE LOSE TO ONNETOR R_VREF_X_OUT 0 GVREF VREFG VREFG GVREF [].V EXT_R R GN GN G EXT_G [] EXT_R EXT_ R G EXT_G [] HSYN EXT_HSYN [] EXT_ EXT_VSYN VSYN Hsync EXT_HSYN [] T EXT_T [] EXT_VSYN EXT_LK LK Vsync RTT EXT_T [] Y EXT_Y [] EXT_LK 0 EXT_ RTLK Y/Green 0 EXT_Y [] VS EXT_VS 0/0:hnage from L_ON to.v [] EXT_ /Red omposite/lue EXT_VS.V PNEL_I0 L_ON LJ VJ [] 0P-00 [0] PNEL_I0 PNEL_I LI0 LON LON [] PNEL_I R 0/0:hange from SUSON to V [0] PNEL_I LI WLLE# PNEL_I [0] V SUSON GN R /F-00 [,,0,,] MINON MINON GP [] GP_PG HWPG /F-00 VSUS/00m R_VREF_X_OUT # VSUS/00m T 0 # 0 0/0:hange from GPET- to TP NV: R GP(QT0-) V.V /F-00 R.V Q /F-00 L Panel VORE(.V) 0.U-00 SI00.U-00 0P-00 PNEL_I R 0K-00 PNEL_I0 EXT_R L 0-00 R R 0K-00 EXT_ L 0-00 V PNEL_I EXT_VSYN L 0-00 VSYN R 0K-00 EXT_LK L 0-00 LK 000P-00 EXT_G L 0-00 G EXT_ R 0-00 PROJET : T EXT_HSYN L 0-00 HSYN 000P-00 EXT_T L 0-00 T Quanta omputer Inc. EXT_Y R 0-00 Y 0 000P-00 EXT_VS R 0-00 VS Size ocument Number Rev ustom 0/ VSUS HNGE TO V GP X OUT INTERFE GP_PLUG: HI: USE INTERNL GRPHI LO: USE EXTERNL GRPHI 00.0U-00 GPET- : HI use V board (.V) R0 GPET- : LO use VG board (.V) ON 0K-00 GPET- V OVRNT# TYPEET# GPET- [] RT_SENSE# GN GN [0,] RT_SENSE# GP_INT# Reserved G_GPX_ET# V PIRQ# LK_GP INT# INT# PIRQ# [] PIRST# [] LK_GP GREQ# LK RST# PIRST# [,,,,,,,] GGNT# [] GREQ# GP_ST0 REQ# GNT# GGNT# [] GP_ST GP_ST ST0 ST GRF# ST M_GPX_ET# PIPE- V GI_HI [] GRF# RF# PIPE# 0 0 R *0-00 GI_HI GN GN GWF# [] GI_HI GP_S0 Reserved WF# GWF# [] GP_S GP_S S0 S GP_S GP_SST_R S S GP_SST#_R [] GSST R 0-00GP_S S_ST S_ST# GSST# [] GP_S R 0-00 GP_S S S GP_S S S <" (") GP_ GN GN GP_0 :0 (/-/ <) GP_ 0 GP_ STROE GP_ 0 0 GP_ ::0:: GP_ GP_ 0/0: dd for EMI GP_ST_R GP_ST#_R [] GST R0 0-00GP ST _ST# GST# [] GP_E# R 0-00 /E# LK_GP " SXG " XG L I S PNEL_I 0 L I S PNEL_I L I0 S PNEL_I0 GIRY# GEVSEL# GI_LO GP_PERR# GP_SERR# GP_E# GP_ GP_ GP_0 GP_ GP_ST[0..] GP_S[0..] GP_[0..] GP_E#0 GP_E# GP_E# GP_E#.U-00 GFRME# GTRY# GSTOP# PI_PME#_R GPR GP_ GP_ GP_ GP_ GP_E#0 V 0/0:hange R value from -00 to 0-00 [0,,] MINON_ /: dd switch for GP card /: GPET- used for GET- (GP X) GP_ GP_ GP_ GP_0 GP_ GP_ GP_E# GP_ 0 *0P [] GIRY# [] GEVSEL# [] GI_LO R0 0K-00.V R.K-00 [] [] ST[0..] S[0..] [] G[0..] [] GE0# [] GE# [] GE# [] GE# 0 /E# GN IRY# EVSEL# Reserved PERR# SERR# GN0 /E# 0.U-00 0.U-00 0 GN FRME# TRY# STOP# PME# PR GN /E#0 0 P R 0-00 GFRME# [] GTRY# [] GSTOP# [] IH_PME# [,,,] GPR [] [,] PIRQ# ate: Friday, February, 00 Sheet of E E /: hange R to /F-00, R to /F-00 for GP X = 0.V GP SLOT R 0-00 GP_INT#

0 mil [] VFN / Output MUX_HSYN MUX_T RT_MUX_R RT_MUX_G RT_MUX_ /: dd RT level shift MUX_VSYN R.K-00 V R MUX_LK R0.K-00 V R.K-00.K-00 Q N00E V Q N00E V FN ontrol V W:S=./0 RT 0 mil [] FNON R 00K-00 VFN 0 mil PWM Output R -00 Q N00E Q N00E R -00 R 00K-00 R -00 VFN.u-00 0 0P-00 0 mil /:hange L,L,L value from K0LL0 to K0LL for EMI solution.u/v 0 MIL 0 MIL V_RT V_RT V_RT R00 L FMJ0HS0NT F MINI_PS W:S=/ L LM0SN L LM0SN RT_R /:dd L,L0,L,0,0,0 for RT filter /:L place 0 degrees difference with L,L 0/:hange R,R,R,R from S0J00 to S00J00(Meet different L specs) R K-00 R K-00 R K-00 R K-00.u-00 0 0P-00 0 0P-00 L0 L RTVSYN RTHSYN V RTLK V RTT LM0SN LM0SN P-00 0 mil 0 mil R VFN_TL U LM 0 mil 0 mil R 00K-00 V mil RT PORT /:dd ON,ON,R,R,R,R,R,R for prevent RT flicker *.u-00 P-00 RT_MUX_ R 0-00 RT_MUX_G R 0-00 RT_MUX_R R 0-00 ON RT_MUX_ RT_MUX_G RT_MUX_R *RT-ON(-00) /:Place near RT ON ig FN for PU VFN_TL=VFN(R/R) VFN R K/F L L P-00 - R [] K V FNSIG LM0SN LM0SN 0P-00 0P-00 MUX MUX_G_ MUX_R_ RT_G RT_ 0P-00 TP R 0-00 R 0-00 MUX_ MUX_G MUX_R mil Q 0u/0V-00 TEU mil FN_T *RT-ON(-00) /:Place near multiplex(u) 0 Q SIV R 0-00 V Small FN for Power VFN_TL=VFN(R/R0) FN PWR ON RT(SUYIN-S-GT) MUX_ W:S=./0 MUX_G W:S=./0 MUX_R W:S=./0 ON *0P-00 R0 *0P-00 VFN V R 0K *0P-00 *.u-00 K/F V RTHSYN RTVSYN RTLK *0P-00 - R 0K RT_SENSE# H0H-0 RTT [] GPET- [] GPET- [] EXT_R [] S_RE [] EXT_G [] S_GREEN [] EXT_LK [] S_K [] EXT_T [] S_ U LM R K V FNSIG 0 mil VFN_TL R 0 dd multiplexer for RT and TV swap U MUX_R MUX_G MUX_LK MUX_T 0u/0V-00 000p-00 RT_SENSE# [0,] S V 0 E# 0 Y 0 Y 0 Y 0 GN PIQ S=0: Y=Ix0 S=: Y=Ix EXTERNL INTERNL Video N RT MUXE SIGNLS U0 S V 0 E# 0 Y 0 Y 0 Y 0 GN Y PIQ V mil Q SIV mil Q TEU FN PWR mil mil R 00K-00 FN_T Y V MUX_ V MUX_HSYN MUX_VSYN.0U-00.0U-00 000P-00 000P-00.0U-00 000P-00 EXT_ [] S_LUE [] V V EXT_HSYN [] S_HS [] EXT_VSYN [] S_VS [] L-LI (mils) R 0K-00 VSUS [,] LI# LI# R00 R00 S_LON [0,] LI SWITH SIGNL LON [] /: hange two pin slots to one pin slot ( for big fan, for small fan) FN_T FN PWR FN_T FN PWR ON FN(MLX--00) PROJET : T Quanta omputer Inc. Size ocument Number Rev ustom RT,L LI,LON & FN ONTROL ate: Friday, February, 00 Sheet of

addr = 00000b addr = 0000b RVREF GEN. & EOUPLING LOK 0,, KE_0,KE_ SMbus address 0 LOK,, SMbus address KE_0,KE_ R HNNEL IMM 0 R HNNEL IMM 0 0/:Reverse for debug 0/:Reverse for debug 0/:Reverse for debug 0/:Reverse for debug POWER:.VSUS : SMR_VTERM :. 0/:,0 no mount 0/:hange 0, P/N to HKMJ R SRM IMM & IMM ustom Friday, February, 00 Size ocument Number Rev ate: Sheet of SM_QS_[0..] WP M_ SM_QS_[0..] SM_QS_0 SM_M_ WP M_ SM_S_# LK_SRM_ M_[0..] M_ SM_QS_ SM_M_ RVREF M_ M_ LK_SRM_ PT_SM M_0 M_ SM_QS_ SM_M_ SM_RS_# M_0 SM_M_ SM_QS_ SM_M_0 SM_M_[0..] LK_SRM_# _ SM_M_ M_ SM_M_ M_ GN SM_QS_ LK_SRM_0 M_ SM_QS 0 LK_SRM_0# M_ SM_QS_ SM_M_ PLK_SM LK_SRM_# M_ SM_QS_ SM_WE_# M_ M_ SM_M_ KE_ M_ M_ M_ M_ M 0 M_ SM_QS_ M_ M_ M_ SM_S_# M_ M_0 SM_QS_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ SM_M_ M_ M_ SM_M_ M_ M_0 M_0 M_ SM_QS_ M_ M SM_QS_ M_ M_ M_ M_ M_ M_ SM_M_ SM_WE_# M_ M_ SM_M_ M_ M_0 M_ M_ M_ M_ M_ SM_M_ SM_RS_# SM_S_# M_ M_ M_ M_ M_ M_ SM_M_0 SM_M_ M_ M_ M_ M_ SM_S_0# M_ M_ M_0 M_ M_ SM_QS_ M_ M_0 M_ M_0 KE_0 M_ M_ M_ M_ M_0 M_ M_ SM_QS_0 SM_QS_ M_ SM_QS_ M_ M_ M_ M_ LK_SRM_# LK_SRM_# _ KE_ SM_S_# KE_0 M_[0..] SM_WE_# LK_SRM_0 LK_SRM_ SM_M_[0..] _0 LK_SRM_0# SM_RS_# SM_QS_[0..] SM_S_0# LK_SRM_ SM_S_# SM_RS_# SM_QS_[0..] _0 SM_S_# M_[0..] PLK_SM KE_ M_[0..] PT_SM SM_S_0# KE_0 LK_SRM_0# SM_M_[0..] LK_SRM_ LK_SRM_ SM_S_# LK_SRM_0 LK_SRM_# LK_SRM_# _ SM_WE_# M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_[0..] M_ M_0 M_ M_ M_ M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_[0..] SM_M_[0..] M_[0..] SM_M_0 M_ SM_M_ M_ M_ SM_QS_ M_ M_ M_ M_ M SM_QS_ M_ M_0 KE_ M_ M_ M_ M_ SM_S_# M_ M_0 SM_M_ M_ M_ SM_M_ M_ M_0 M_ SM_M_ M_ M_ M_ M_0 M_ M_ SM_QS_0 M_ M_0 M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ SM_QS_ M_ M 0 M_ SM_RS_# SM_QS_ M_ M_[0..] M_ M_ M_ M_ M_ M_ SM_M_ KE_0 M_ SM_WE_# M_ SM_QS_ M_ M_ M_ M_0 M_ M_0 SM_QS_ M_ M_ M_ M_ M_ M_ M_ SM_QS_ SM_M_ M_ M_0 M_ M_ M_ SM_S_# M_ M_ M_ M_ M_ SM_M_ M_ SM_S_0# M_ M_ M_ M_ M_ SM_QS_ SM_QS_ M_ M_ M_ M_ M_ KE_ M_ M_ M_ M_ M_0 SM_WE_# M_0 M_ M_ SM_M_ SM_M_ M_ M_ M_ M_ M_ M_ M_ PLK_SM SM_M_0 M_ M_ M_ M_ LK_SRM_# SM_QS_ KE_0 LK_SRM_0 M_0 M_ M_ M_ M_ SM_M_ M_ M_0 LK_SRM_ LK_SRM_# M_ PT_SM SM_QS_0 M_ M_ M_ M_ M_0 WP SM_QS_ M_ M_ M_ M_ M_ M_ M_ SM_M_ LK_SRM_0# M_ M_ M_ M_ M_ M_ M_ RVREF LK_SRM_ SM_QS_ M_ M_0 M_ M_ M_0 M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ SM_QS_ M SM_M_ M_ M_ M_0 M_0 M_ M 0 SM_M_ SM_S_# M_ SM_QS_ RVREF SM_RS_# SM_M_ SM_S_# SM_S_0# SM_S_0#_R SM_S_#_R SM_S_0# SM_S_0#_R KE_ KE_0 SM_S_#_R SM_S_#.VSUS.VSUS.VSUS SMR_VTERM.VSUS.VSUS.VSUS.VSUS.VSUS.VSUS.VSUS.VSUS.VSUS SMR_VTERM V.VSUS.U-00 RN X- RN X- 0.U-00.U-00.U-00.U-00 RN X- RN X-.U-00 ON R IMM(-000) 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ V V V V V V V V V VREF VI Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q WE# S# RS# K0 K0# KE0 KE S0# S# M0 M M M M M M M M 0 0 0 S0 S S 0 QS0 QS QS QS QS QS QS QS QS N(RESET#) S SL VSP WP N N(S#) N N N(S#) N(FETEN) N K K# K K# RN X- RN X- RN X-.0U-00 0.0U-00 RN X-.U-00 R 0K-00 RN X-.0U-00.U-00.0U-00 RN X- RN X- RN X-.0U-00 R 0-00 0.U-00.U-00.U-00.U-00 RN X-.U-00.U-00.U-00 0.U-00 RN X-.U-00 0.U-00.0U-00 RN X-.U-00.0U-00 RN0 X-.U-00 0.U-00 RN0 X-.U-00 R 0-00.U-00 0.0U-00.0U-00.0U-00 RN X-.0U-00 RN X- RN X-.U-00.U-00.0U-00.U-00.U-00.0U-00 R 0-00 RN X- RN X-.0U-00 RN X- RN X-.U-00.U-00.U-00 0.U-00.0U-00 0.U-00 RN X-.U-00.U-00.0U-00.U-00.0U-00 0 *00U/0V- R 0-00 RN X-.U-00 RN X- R /F-00 RN X-.0U-00.U-00 R /F-00.U-00 *00U/0V- 0.U-00 RN X- RN X- RN X- R 0-00 RN X- RN X-.U-00 R 0-00 RN X-.U-00 0U/V-.U-00 00.U-00 0.U-00 RN X- RN X-.U-00.U-00.U-00 RN X- R.K-00.0U-00 RN X- RN X- RN X- R 0-00 RN X- RN X-.U-00.U-00.U-00 Quanta omputer Inc. PROJET : T RN0 X- RN0 X- RN0 X- 0 0U/V- RN X- RN X-.U-00 RN X-.U-00 R 0-00 ON R IMM(-000) 0 0 0 0 0 0 0 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ V V V V V V V V V VREF VI Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q Q Q Q Q Q Q Q0 Q Q Q WE# S# RS# K0 K0# KE0 KE S0# S# M0 M M M M M M M M 0 0 0 S0 S S 0 QS0 QS QS QS QS QS QS QS QS N(RESET#) S SL VSP WP N N(S#) N N N(S#) N(FETEN) N K K# K K# RN X- RN X-.0U-00.U-00.U-00 R 0-00 RN X-.U-00.U-00 RN X- SM_S_# [] KE_0 [] _0 [] SM_RS_# [] LK_SRM_0# [] LK_SRM_ [] LK_SRM_ [] SM_WE_# [] _ [] LK_SRM_# [] SM_QS_[0..] [] SM_S_# [] SM_S_0# [] SM_S_# [] SM_M_[0..] [] LK_SRM_# [] LK_SRM_0 [] KE_ [] M_[0..] [] LK_SRM_# [] LK_SRM_0# [] LK_SRM_# [] _ [] PT_SM [0,] LK_SRM_ [] SM_S_0# [] SM_S_# [] M_[0..] [] LK_SRM_ [] PLK_SM [0,] _0 [] SM_RS_# [] KE_0 [] SM_QS_[0..] [] KE_ [] LK_SRM_0 [] SM_M_[0..] [] SM_WE_# [] SM_S_# [] M_[0..] [] M_[0..] [] SM_RS_# []

R & Resister terminator R HNNEL & RESISTOR TERMINTION SSTL- TERMINTION RESISTORS ustom Friday, February, 00 Size ocument Number Rev ate: Sheet of SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM SMR_VTERM.U-00.U-00.U-00.U-00 0.U-00 0.U-00.U-00.U-00 0.U-00.U-00.U-00.U-00.U-00.U-00 0.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00 0.U-00.U-00.U-00.U-00.U-00 0.U-00 0.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00 0.U-00.U-00.U-00.U-00 0.U-00.U-00.U-00.U-00.U-00.U-00 0.U-00.U-00 0.U-00 0.U-00.U-00.U-00 0.U-00.U-00 0.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00 Quanta omputer Inc. PROJET : T.U-00.U-00.U-00.U-00.U-00 0.U-00.U-00.U-00 0.U-00.U-00.U-00.U-00.U-00.U-00.U-00 0.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00.U-00 R_VTT [,,]

US PORT /: Remove common mode choke (ML, ML) to short VSUS [0] USO0# /: elete R & change R from 0 to 0K-00 [0] USP- [0] USP [0] USP- [0] USP 0P-00 0P-00 0P-00 USP- USP USP- USP ON_USP- ON_USP R0 *0 R0 *0 0/0:M choke co-layout with resister USP0- USP0 SYSUSP SYSUSP- GN GN GN GN PORT-V PORT-- PORT- PORT-GN US(SUYIN) -0GXT-P-V ML *PLWS00SQ US US- 0 US0- US0 [0] SYSUSP- [0] SYSUSP USP- USP ML RFMF0MT ON_USP- ON_USP ML RFMF0MT ML *PLWS00SQ ML0 RFMF0MT /: hange F, F from fuse VSUS_IN VSUS_OUT /: hange, from VSUS_IN VSUS_OUT VSUS L K0HS00 F POLY SWITH-. (0) L K0HS00 F POLY SWITH-. (0) to poly switch (SM0P0TS) TU/.V to 00U_V (SM0P0TS) U U 00U_V 0 MIL [0] USO# 0 mils 0/:hange footprint from -0GXT-P-V R 0K-00 0 00U_V R 0K-00 to -0GXT-P-H(drill with pad issue) R 0K/F /: elete R & change R R0 0K/F ON ON 0 000P-00 from 0 to 0K-00 000P-00 0 MIL 0 mils USP- R *0 ON_USP- PORT-V USP- R *0 ON_USP- PORT-V USP ON_USP PORT-- [0] SYSUSP- R *0 USP R *0 ON_USP PORT-- PORT- [0] SYSUSP PORT- PORT-GN 0P-00 PORT-GN 0/0:M choke co-layout 0P-00 0/0:M choke co-layout with resister with resister ON_USP- ON_USP USP- USP 0P-00 0 0P-00 0 0P-00 ON_USP- ON_USP ML RFMF0MT ON_USP- ON_USP USP- USP 0/0:M choke co-layout with resister R *0 R *0 GN GN GN GN ON_USP- PORT-V ON_USP PORT-- PORT- PORT-GN US(SUYIN) -0GXT-P-H 0 /:Mount,,,,0,0,,,,,0,0 for EMI solution(us) [0] SYSUSP- [0] SYSUSP USP- USP 0 0P-00 0 0P-00 R 0 R 0 0/0:M choke co-layout with resister US- US US- [] US [] /: for M [0] [0] USP- USP *0P-00 *0P-00 ON_USP- ON_USP USP- USP R *0 R *0 T T 0P-00 0P-00 USP0- R 0 USP0 R 0 0/0:M choke co-layout with resister US0- US0 US0- [] US0 [] /: for card reader [0] [0] [0] SYSUSP0- [0] SYSUSP0 USP- USP *0P-00 *0P-00 USP- USP R *0 R0 *0 ON_USP- ON_USP T T LE/ ONNETOR ON 0 0 LE(-0) -NSWON RF_ON# HLE- PSLE# SROLE# NUMLE# QSW_MIL QSW_IE QSW_P QSW_P ONNET TO LE/ TLE0 TLE RFLE T_LE GET-MIL- LI# V_ SUS_LE VSUS V -NSWON RF_ON# QSW_P QSW_P QSW_IE QSW_MIL RESET- HLE- PSLE# SROLE# NUMLE# NER ON TLE0 [] TLE [] 0 *.U-00 0P-00 0P-00 0P-00 0P-00 0P-00 0P-00 0P-00 0P-00 0P-00 0/0:dd T_LE for LE board pin 0/:change footprint from 0-0-p-R to 0-0 TP/ ONNETOR TP-T TP-LK V 0.U-00 V_ 0.U-00 VSUS *.U-00 TLE0 *.U-00 TLE *.U-00 RFLE 0P-00 GET-MIL- 0P-00 LI# 0 0P-00 SUS_LE 0P-00 T_LE 0P-00 0/:dd L L TPT K00HM TPLK K00HM RFLE V R *0 T_LE [] R 0 RF_ENLE [,] T0 GET-MIL- [0] ON LI# [,] /:dd R,R for WLN LE select.mount TP-LK V_ R(WLN ard).mount R(E control) T TP-T V SUS_LE [] V GN VSUS V TP/-ON(0-0).U-00 -NSWON [] RF_ON# [] QSW_P [] RF_ON# = QSW_WLN/QSW_T QSW_P [] QSW_IE [] QSW_MIL [] /: hange TP/ power from VSUS to V T HLE- [0] PSLE# [] SROLE# [] NUMLE# [] TPT [] TPLK [] PS/.U-00 K-T M-T GN V K-LK M-LK RF_LE [] ON S-0T PS(SUYIN-S-0T-FK) V [,0] THERMTRIP# POWER SW [] -NSWON RESET SW [] MST [] KT [] MSLK [] KLK MT KT MLK KLK V_ R K-00 0 L L L L Q0 MMT0 -NSWON U SW USP- USP PU-TRIP- R K-00 PU-THERMTRIP- R 00K-00 RESET- Q MMT0 SW K00HM M-T K00HM K-T K00HM M-LK K00HM K-LK POWER SWITH RESET SWITH Size ocument Number Rev ustom US,LE/,PS,PW & RST ONN ate: Friday, February, 00 Sheet of P-00 P-00 P-00 0 P-00 PROJET : T Quanta omputer Inc. RESET- [0]

PI-ONN ST_OUTSPI_MISO ST_IN SPI_S ITLK SI_LK PHONE IN SPI_MOSI 0 RESET# T-LK SYN T-T US T_LE US- ETH REVERSE T_ON# WKEUP 0 V- REVERSE V- V- VSUS- V- VSUS- V- V- 00 V- V- [,,] [,,] [,,] [,,] [,,] [,,] 0 [,,] [,,] [,,] /E# [,,] SERR# [0,,,,,] LKRUN# [,,] IRY# [,,] /E# [,,] [,,] [,,] [,,] [,,] /E# [,,] [,,] [,,] [,,] [] REQ# [] REQ# [] PLK_MINI [] PIRQE# [,] RF_ENLE [] RF_LE [0,] _SOUT [0,,] _ITLK [] PHONE_IN [0,] _RESET# [0,] _SYN [] US [] US- [,,,] SERIRQ 0/:US/- For M 0 /E# T SERR# LKRUN# IRY# /E# /E# REQ# REQ# PLK_MINI PIRQE# RF_ENLE RF_LE VSUS V ON GN GN 0 0 GN GN -E0 0 0 GN GN E# PERR# EVSEL# SERR# STOP# 0 LKRUN# TRY# GN GN IRY# FRME# E# 0 PR GN0 GN 0 E# ISEL 0 GN GN 0 0 REQ0# PME# REQ# GNT0# PILK# GNT# INT# PIRST# RF_EN INT# 0 WLLE# GN T N PI PI-ON(HRS-FX-00P-SV) PLOK# 0 /E0# EVSEL# STOP# TRY# FRME# PR 0 PLK_PM 0 PME# GNT# GNT# PIRST# PIRQ# _SOUT SSIN _ITLK PHONE_IN _RESET# _SYN US US- SERIRQ PI-EEP US0 US0- T_ON- T_LE 0/:hange pin from T_wakeup to T_LE PI EVIES ISEL # REQ/GNT # IRQ ard bus MINI-PI VSUS V V 0 MIL 0 MIL PI-EEP [] RI# [0,] 0/0:Pin change from N to PME# US0 [] US0- [] /: for card reader T_ON- [] T_LE [] O# [0] 0/0:Over current for ardus VSUS PLOK# [] 0 [,,] [,,] [,,] [,,] /E0# [,,] [,,] [,,] [,,] [,,] EVSEL# [,,] STOP# [,,] TRY# [,,] FRME# [,,] [,,] [,,] PR [,,] 0 [,,] [,,] PLK_PM [] [,,] [,,] PME# [,,] 0 [,,] GNT# [] 0/0:Pin change from PME# to TP GNT# [] PIRST# [,,,,,,,] PIRQ# [,] PIRQF# [] E,F Q TEU R 0K-00 IH_PME# IH_PME# [,,,] 0/:For M _SIN SSIN [0] _SIN R -00 R0 0K-00 0/0: dd for EMI 0/0: dd for EMI PLK_MINI PLK_PM V VSUS.U-00.U/0V-00.U/V *0P *0P V.U/0V-00.U/V S-VIEO(TV OUT) [] EXT_Y MUX_Y R -00 P-00 L TVGN.UH-00 P-00 YOUT YOUT OUT ON S-VIEO-ON *0U 0 *0U MUX_ MUX_Y TVGN R 0 :0 [] EXT_ MUX_ L.UH-00 OUT R -00 P-00 TVGN P-00 TVGN V PSOT0L PROJET : T Quanta omputer Inc. Size ocument Number Rev ustom PI ONN & S-VIEO ate: Friday, February, 00 Sheet of

Pair LN (oardcom MM) I Select : Interrupt Pin : PIRQ# Request indicates : REQ0# Grant indicates : GNT0# 0 mil LN_V Via : (/) R 0/F R 0-00 R 0-00 LNV 0 mil V Via : (/) 0/:If use LKRUN#,mount R If not use LKRUN#,mount R [0,,,,,] mil.v_.v_ln LKRUN# V_.V_LN L ISELLN V.U-00.U-00 R.U-00.K/F-00 R K-00 R *0-00 LNV T000 0 mil VUXPRSNT mil mil PLK_LN_X.U-00 0U/0V-00 P [,,] 0 mil 0/:hange L from T00G0 to T000(Stock issue) [0..] PLK_LN ISELLN LN_PME# 0 mil 0 0 0 0 R 0K-00 LN_LKRUN# *.K-00 M_SMLK *.K-00 M_SMT R0 0-00 LN_PLLV LN_V.U-00.0U.0U.0U.U-00 [0..] [,,] [,,] [,,] [,,] [] REQ0# [] GNT0# [,,] FRME# [,,] IRY# R [,,] EVSEL# *K/F-00 [,,] STOP# [,,] TRY# [,,] PR [,] PERR# [,,] SERR# [] PIRQ# [,,,,,,,] PIRST# [] PLK_LN [] LN_PME# R R Y MHz 00 R /E0# /E# /E# /E#.U/0V-00 LK_LN_X R_LK_LN_X T0 N M P P N M P N P N N M M M L L K E M L F J J F F H H G J J H H 0 M F J N N0 P H L M N LN_V Plane E E G K L N P XTLV XTLI XTLO N N N VIO_PI VIO_PI VIO_PI VIO_PI VIO_PI VIO_PI VIO_PI VIO_PI VIO_PI VIO_PI 0 0 0 0 E_0# E_# E_# E_# VUXPRSNT REQ# GNT# FRME# IRY# EVSEL# STOP# TRY# PR PERR# SERR# INT# PI_RST# PI_LK ISEL PME# STSHG LKRUN# SM_LK SM_T LOW_PWR MEN N/PLLV PLLV R *0-00 MM LNV mm x mm G M0 is for 0/00(.) M0 is for giga M0M is for giga cost-down() Plane.V_.V_LN Plane E H H H H J J J J J J0 K K K K K K0 L L0 M N P P P P V V V V V V V V V V V V V V V V V V V V V V V V V ISV VIO VIO VIO VIO VES VES VES N/VP N/VP VP N/V N/V EPHY_V/VL EPHY_V/VL N/TR[]- N/TR[] N/TR[]- N/TR[] RN/TR[]- RP/TR[] TN/TR[0]- TP/TR[0] LINK_LE0#/LINKLE LINK_LE00#/SP00LE OL_LE#/SP000LE T_LE#/TRFFILE R GPIO0 GPIO GPIO SPROM_LK/EELK SPROM_S/EET SPROMOUT/N SPROMIN/N TRST# TI TK TMS TO REGIN/REGSUP N/REGTL OUT/REGSEN N/REGSUP N/REGTL REGOUT/REGSEN N N N N N N N /N /N N/S# EELK_PXE/SLK EET_PXE/SI N/SO N/ E E E E E E F F F F F F0 G G G G G G G0 H K L L M M M N/ N N N U F K L P G K L P F F F E E VES ISV mil 0 mil 0 mil LNV V_.V_LN 0 mil R 0-00 LN_V 0/:hange L from T00G0 to T000(Stock issue) 0 mil T000 L.V_.V_LN.V_.V_LN." WY FROM HIP Use Philips P-, hfe=~ 0 mil V_.V_LN 0/:hange L from T00G0 to T000(Stock issue) V_.V_LN mil G LN_00LE# 0:0:0 H G LN_000LE# G LN_TLE# 0/:(0)For R, use.k % for 0,.K % for M0.K/F-00 mil 0 LN_R R LNV H T G K EEWP# R K/F-00 J T 0/00 G M0EELK.K-00 U LNV U P0 EET R R *T 0 mil T-0TI-..K-00 EET S V EEWP# V 0 M_I SK N N EELK WP# P M_O I ORG EET SL O GN *.U-00 SGN 0/:hange to.0k K-00 M_TRST# R0 0mils mil T LNV R *.K-00 T Q T PT 0 0.0U-00 0U/0V-00 G 0mils mil.v@m 0.W 0 V_.V_LN Q PT 00 0 R G 0U/0V-00.0U.0U.0U 0-00 L K K J J H0 M L L H E E0 G 0U/0V-00.U-00 0.U-00.U-00 0.U-00.0U 0.0U.0U.0U 0 R *0-00.U-00 T000 L E E R *K/F-00./F-00./F-00 R R./F-00 R VES./F-00 R 0mils 0U/0V-00.0U.U.0U./F-00 R0.0U 0/:0/00 Mbps Yellow LE 000Mbps Green LE R R mil V_.V_LN 0U/0V-00./F-00 R TXN_RR TXP_RR TXN_RR TXP_RR TXN_RR TXP_RR TX0N_RR TX0P_RR.V@m 0.0W.V_.V_LN.0U LN_000LE# LN_00LE# ON RJ-P(MOLEX--00 ) 0.U-00 L_TEL_RING L_TEL_TIP TEL_RING TEL_TIP 0/:hange U P/N from KENKE0 to KENK0(T-0TI-.) 0/0:hange ON footprint from LNV jfmx-0w-p to jfmx-0w-p 0/:hange P/N to FTJ0FR0 000P-00 V ON RJ-LN-JFM-0W 000P-00 0 mil.u-00.u-00 0 mil TX0P_RR TX0N_RR TXP_RR TXN_RR 0 V_.V_LN mil V_.V_LN TXP_RR.0U TXN_RR TXP_RR TXN_RR 0 LN_TLE# R 0-00 G LNV 0 mil G R0 0 R 0-00.U-00 R 0-00 L L0 FMHM0-00 FMHM0-00 000P/KV-0 000P/KV-0 ON G G RJ-ON(FOX-JM-L00) LNV mil GN_LN_HSIS.U-00./F-00./F-00.U-00 000P-00 LN_PME# Q TEU R IH_PME# 0K-00 IH_PME# [,,,] PROJET : T Quanta omputer Inc. Size ocument Number Rev ustom LN (oardcom MM) & RJ,RJ Friday, February, 00 ate: Sheet of

H,-ROM ONNETOR H POWER ONNETOR [] [] [] [] [] [] [] [] [] [] [] [] [] [] [] [] [] PRST# P P P P P P0 P P P P P P P P P P0 Primary ON 0 0 0 0 PSEL R 0-00 N LI H-LE PREQ [] PIOW# [] PIOR# [] PIORY [] PK# [] IRQ [] T P [] P0 [] P [] PS# [] PS# [] HLE- R00 V V_H.U-00 V_H 00U_V HI00R00R-00 0/0:dd V_H for test 0 MIL L *HI00R00R-00 L0 HLE- [] H Power ON H-POWER(FOX-HF00) V_H.U-00.U-00 IE_X0(FOX-HL00) LI R 0K-00 -ROM connector LPT ONN. P V V V [] SIOW# [] SIORY [] IRQ [] S [] S0 [] SS# HLE- ROMLE- 0 R00 0/0 ROM LE SIGNL /: SM R for master mode & change placement position JEE spec: pull low: Master mode open: /S mode RSEL R0 0-00 Secondary ON [] _LINL _LINR [] [] _GN [] SRST# S [] [] S S [] [] S S0 [] [] S S [] [] S S [] [] S S [] [] S S [] [] S S [] [] S0 SREQ [] SIOR# [] 0 0 0 0 0 ROM(-00) 0/0:hange from LI to TP T S [] SS# [] V V SK# [] -STROE P0 P P P P P P P -K USY PE SLT /:ut LPT ONN pin, with GN.It is PLTE HOLE. -STROE -K USY PE SLT -UTOF -ERROR -PINIT -SLTIN 0 ON LPT(FOX--WH) 0 -UTOF -ERROR -PINIT -SLTIN 00P-00 00P-00 00P-00 00P-00 00P-00 0 00P-00 00P-00 00P-00 00P-00 [] -UTOF [] P0 [] -ERROR [] P [] -PINIT [] P [] -SLTIN [] P [] P [] P [] P [] P [] -K [] USY [] PE [] SLT [] -STROE P0 P P P P P P P -UTOF P0 -ERROR P -PINIT P -SLTIN P P P P P -K USY PE SLT -STROE R.K-00 00P-00 00P-00 00P-00 00P-00 00P-00 00P-00 0 00P-00 00P-00 R00 0 MIL Size ocument Number Rev ustom IE (H & ROM) & LPT ate: Friday, February, 00 Sheet 0 of RN.K-PR RN.K-PR RN.K-PR RN.K-PR LPTV PROJET : T Quanta omputer Inc.

(TS ) _V I Select : Interrupt Pin : PIRQ# Request indicates : REQ# Grant indicates : GNT# R 00-00 ISEL.U.U.0U.0U 000P Used for vccp (Pin0,,,,) _V _V 0-ohms @ 00MHz L K0HS00 0 mil PLLV _V _V 000P 0U-0 _V.U.U.U.0U.0U 000P 000P 000P Used for vcc (Pin,,,,,,,00) _V.U.U.0U 000P 000P Used for V (Pin,,0,0,0) 0/:Must be place between _V and V _V 0 mil Via : V (/) R 0-00 R 0-00 _V mil 0 mil Via : (/) 0/:Must be place between GN_ and GN GN_ 000P-00 0 000P-00 000P-00 R 0-00 R 0-00 R 0K-00 PME# [,,] [0..] _V 0 mil R Q TEU *.U-00 IH_PME# [,,] /E0# [,,] /E# [,,] /E# [,,] /E# [] PLK_ [] GNT# [] REQ# [,,] FRME# [,,] IRY# [,,] TRY# [,,] EVSEL# [,,] STOP# [,] PERR# [,,] SERR# [,,] PR [] PIRQ# [0,,,,,] LKRUN# [,,,,,,,] PIRST# 0 0 0 0 ISEL PME#.U.0U U TS 0 0 0 0 0 0 0 0 0 _GN R *0-00 0 PI INTERFE E0-0 E- E- E- PI_LK GNT- REQ- ISEL FRME- IRY- TRY- EVSEL- STOP- PERR- SERR- PR PI_PME- INT- LKRUN- RST- *00K-00 R 0-00 G_RST- R0 0-00 R0 0-00 IH_PME# [,,,] GPIO GPIO VP VP VP VP VP GN GN GN 0 _GN_ R00 *0-00.U.0U 00 V V V V V V V GN GN GN GN GN GN GN GN GN V V V PHY PORT 0 IS URRENT RYSTL FILTER EEPROM US PHY PORT POWER LSS 0 0 0 0 0 0 V V V GN GN GN GN GN GN GN PLLV TEST TEST TEST YLEIN YLEOUT PS ST SLK P0 P P TEST TEST TEST TEST TEST TEST0 PLLGN PLLGN GN_ 0 0 R0 R X0 X F0 F TPIS0 TP0 TP0- TP0 TP0- TPIS TP TP- TP TP- _V Pullup U# (YLEOUT) with R.K-00 0K to V:dd R R.K-00 R.K-00 0:TEST Pull up V R0.K-00 R 0K-00./F-00 U R K-00 TPI0 _R0 R.K/F-00 _R X0 Y.MHz X 0 _F0.U _F _ST _SLK TPI R 0-00 R 0-00 0 R0 0-00 0 R 0-00 0 R 0-00 0 R 0-00 _V GN_ 0/0:hange,0 value from P to 0P(for Xtal precision) U R R./F-00./F-00 WP R R 0P 0P R R R0 R0.K-00.K-00 U _SLK _ST SL S T0 0 V GN R R./F-00 GN TP0 _TP0- _TP0 _TP0-./F-00./F-00 R.K/F R.K/F 0 MIL 0/:hange P/N from KEKS000 to KE000 TP GN_ K0HS00 POLY SWITH-. V V_R EP0F0 L F _V 0P-00.U 0P-00 0 U U 0/:hange footprint from UV-R-P-V to UV-R-P-H(drill with pad issue) 0/0:M choke co-layout with resister _TP0 _TP0- L_TP L_TP- ML *RFMF0MT _TP L_TP _TP- L_TP- _TP _TP- GN_ GN_ L 0 L 0 L 0 L 0 _TP _TP- _TP _TP-./F-00./F-00 TP -V - L_TP- L_TP L_TP- L_TP ML *RFMF0MT _TP0 L_TP0 _TP0- L_TP0- _TP0 _TP0- _TP0 _TP0- L_TP0 L_TP0- L_TP0 L_TP0- L_TP0 L_TP0- L_TP0- L_TP0- L_TP0 L_TP0 0/0:M choke co-layout with resister _TP L0 0 L_TP _TP- L 0 L_TP- _TP L 0 L_TP _TP- L 0 L_TP- P ML *RFMF0MT ML *RFMF0MT.U-00 ON0 -P(FOX-UFX-P) 0 0/0:ON pin, change from GN_ to GN(EMI Issue) ON L_TP0- L_TP0- L_TP0 L_TP0 L_TP L_TP- L_TP L_TP- -P(FOX-UV-R) *P *P *P 0/:hange footprint from UFX-H-P to ufx-h-p-h(drill with pad issue) Size ocument Number Rev ustom IEEE (TS ) ate: Friday, February, 00 Sheet of *P *P *P PROJET : T Quanta omputer Inc. 0 *P *P