BLOCK DIAGRAM THERMAL POWER (IMVP4) BANIAS 24.5W FAN PSB DDR TERMINATION LVDS MCHM MONTARA -GM 3.8W LCD 855GM/GME:266/ GM/GMV/GME:266/266/333

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1 ard Reader N L NeNe Le LOK GN LOK IGRM North ridge GM GM GM GM GMV ischarge circuit R UIO MP & MI RUS PMI PU eleron anias othan(00) eleron anias othan(00) eleron anias othan(00) eleron anias othan(00) othan() eleron anias othan(00) othan() Function Key 0 MINIPI & UG PORT 0 Screw Hole ' O M L RT LN LN & Modem Jack FN LVS RG PI US.0 THRML NIS.W 0 MHM MONTR -GM.W 0 US X 0 HU IH.W PS US X for & WLN 0 R K 0 I Ultra T00 LP R TRMINTION SONRY I PRIMRY I SIO PRINTR PORT POWR (IMVP) 0 UL R SOIMM GMGM: GMGMVGM: SIR SSISVI LN:00 M:0 ardus:0 :0 FIL LIST 0_LOK IGRM 0_POWR IGRM 0_PU-NIS(HOST) 0_PU-NIS(PWR) 0_THRML 0_N-MHM(R) 0_N-MHM(HOST) 0_N-MHM(VG) 0_N-MHM(PWR) 0_UL R SOIMM _R TRMINTION _LVS & KLIGHT _RT ONNTOR _IH-M(HU_PI) _IH-M(H_U_I_PM) _IH-M(PWR) _IH-M_PULLUP _LOK-IS0 _LN-RTL00L 0_MINIPI _-R() _-R() _PMI SOKT _I-H _I-O _K-M _SIO-IT0 _IR&LPT_PORT _ISHRG IRUIT 0_O-L0 _UIO MP _MI _M&RJ&RJ _US _FN&udio J _FUNTION KY _PWR & RST SQ _VOR _.V&.V 0_.V&.V&.V&.0V _SYSTM _LO SWITH _HRGR _PI _TLOWS# _SRW HOL & M STTING _RVISION() _Power Net Reference _RVISION() _RVISION() 0_RVISION() _LOK IGRM _LOK IGRM H _Part Reference _Part Reference SUSTek OMPUTR IN. N ustom NL ate: Monday, November, 00 Sheet of 0 LOK IGRM.

2 System work voltage dapter in :. ~. V attery in :. ~.V _T_SYS +V. PU_VRON MX SUS#. LT (Regulator) SUS# TPS0 +VO SUS# SUS# (V_ON) SUS# SUS# M (Regulator) +.VO +.VO +.VO +VOR L () () () +.0VO () +V.S () VR_VI0-VR_VI PM_STPPU#.,PM_PRSLPVR.,PI#.,MH_OK.,LK_N# () VRM_PWRG +VO +V.SUS() +V.S +V. +V.S +VP () +VO (0.) SUS# SUS# SUS# SUS# SUS# SWITH +VS +VS +V +V +VS +V +V.S _VIN T_S TS# Power Signal ircuit +V.S : JP, page +V. : JP page 0 +V.S : JP page 0 +VP : JP page 0 +VS : JP page +V : JP page +V.SUS : JP page +V. : JP, page +V.S : JP page +V : JP page +V.S : JP page 0 +V : JP page 0 +V. : JP or page +V.S : JP page +V. : JP page SHUT_OWN# T_IN#_O IN_O _PR_U SUS# +.VO MI0-. LO PI + TL (harge) +.VO T () +V. SUS# +V.S TS# SUS# _PR_U SM_T SM_T PI HG N# HG L_UP PWR L_UP T_LLOW FS FJKTP _VIN L0 (Regulator) +VO (0m) +VHG (00m) SWITH (F0JK) +VLM MIM (Regulator) +VLWYS_M +V. LM00IM (Regulator) +.VRF (00u) +V.SUS M (LO) +V.SUS +VO +VLWYS SUSTek OMPUTR IN. N POWR IGRM dams Lin ustom NL ate: Monday, November, 00 Sheet of.

3 R GROUP 0 -> L R GROUP -> L SP >= : STRO SP >=: GROUP SP >=: LNGTH: 0." -." (#00) H_#[:] H_ST#0 H_RQ#[:0] H_#[:] H_ST# PU Pin need to be enlarged(m) H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_RQ# H_RQ# H_RQ# H_RQ# H_RQ#0 H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# Y U Y Y W T W V R V U P U T P T P R F F F U []# []# []# []# []# []# [0]# []# []# []# []# []# []# []# ST[0]# RSS GROUP 0 RQ[]# RQ[]# RQ[]# RQ[]# RQ[0]# []# [0]# []# []# []# []# []# []# []# []# []# RSS GROUP [0]# []# []# []# ST[]# S# PRY# PRQ# ONTROL NR# PRI# R# N 0 0 L J FR# L RY# H SY# M R0# N H_PRY# H_PRQ# H_R0# H_IRR# IRR# 0."-" INIT# LOK# RST# RS[]# RS[]# RS[0]# TRY# J L K H M T0TPb <=0" <=0" <=" H_RS# H_RS# H_RS#0 R H_S# H_NR# H_PRI# H_FR# H_RY# H_SY# H_R0# Ohm H_INIT#, H_LOK# H_PURST# H_RS#[:0] H_TRY# OMMON LOK -> L WITH: mils SP >= : GROUP SP >=: LNGTH: " -."(OPT: "+-0.") reakout Length:<=00 mil (#00) +VP H_INV#0 H_STN#0 H_STP#0 H_INV# H_STN# H_STP# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# U []# []# []# []# []# [0]# []# 0 []# 0 []# []# []# []# []# []# []# [0]# INV[0]# STN[0]# STP[0]# T GROUP 0 K []# N [0]# H []# M []# N []# L []# J []# M []# J []# G []# F []# H [0]# M []# L []# G []# H []# J INV[]# K STN[]# L STP[]# T GROUP SOKTP T GROUP T GROUP []# []# []# []# []# []# []# [0]# []# []# []# []# []# []# []# []# INV[]# []# []# []# [0]# []# []# []# []# []# []# []# []# []# [0]# []# []# INV[]# Y Y V U V U R R R V U T Y T STN[]# W STP[]# W F F F F0 F 0 0 STN[]# STP[]# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_# H_# H_# H_# H_# H_# H_# H_#0 H_# H_# H_#[:0] T GROUP 0, -> L T GROUP, -> L SP >= : GROUP SP >=: LNGTH: 0." -." (#00) H_INV# H_STN# H_STP# H_INV# H_STN# H_STP# +V.S_PRO +V.S_V PU PLL IRUITS.V -.V(+- %) S0-SM: V.S_F 0.0UF0V +V.S_ 0.0UF0V +V.S_N 0 0.0UF0V +V.S_ 0.0UF0V H_PWR# 0UF.V 0UF.V 00 0UF.V 0 0UF.V 0 "-." T TPb _LK_PU_LK T TPb _LK_PU_LK# _LK_PU_LK _LK_PU_LK# H_0M# H_FRR# H_IGNN#, H_PSLP# H_PUSLP# H_INTR H_NMI H_SMI# H_STPLK# H_PWRG 0 H_THRM H_THRM H_THRMTRIP_S# PM_PSI# Frequency V[:] V[0] U switch to PWR# SOKTP U "-" LK[0] "-" T TPb LK[] T TPb ITP_LK[0] ITP_LK[] <=0" 0M# 0."-" FRR# <=0" IGNN# <=0" PSLP# <=0" SLP# <=0" LINT0 <=0" LINT <=0" SMI# <=0" STPLK# <=0" PWRGOO H_VI H H_VI VI[] G H_VI VI[] G H_VI VI[] F H_VI VI[] F H_VI0 VI[] VI[0] +V.S_ +V.S_N +V.S_ +V.S_F HIT# HITM# N F eleron anias othan othan (00) () V.V.V N.V.V.V.V Pin, SOKTP HOSTLK LGY PU THRM THRM H_PROHOT# THRMTRIP# PROHOT# T TPb T TPb F K K V[] V[] V[] V[0] RSV RSV RSV RSV RSV RSV0 MIS OMP[] OMP[] OMP[] OMP[0] PM[]# PM[]# PM[]# PM[0]# GTLRF[] GTLRF[] GTLRF[] GTLRF[0] TST TST TK TI TO TMS TRST# VSNS VSSSNS H_VI H_VI H_VI H_VI H_VI H_VI0 P P G F F Pin, H_HIT# H_HITM# PU_OMP PU_OMP PU_OMP PU_OMP0 H_PM# H_PM# H_PM# H_PM#0 H_GTLRF0 H_TK H_TI H_TO H_TMS H_TRST# T TPb T TPb VR_VI VR_VI VR_VI VR_VI VR_VI VR_VI0 T0TPb T0 TPb T0TPb T0TPb +VP TOPOLOGY : R-PU-IH Y-FORK PU-IH: 0." - " R - PU <= " R Ohm (#00) H_PWRG TOPOLOGY : MH-PU-IH MH-PU:0."-." PU-IH:0."-" (#00) H_PSLP# TOPOLOGY : PU-IH-R-LS-FWH PU-IH:0." - " R - LS <= " LS-FWH:0."-"(#00) H_INIT# lose to Pin of PU Width= mils Length <= " lose to Pin of PU TOPOLOGY : PU-IH-R PU-IH: 0." - " IH-R <= " (#00) H_FRR# TOPOLOGY : PU-R-LS-IH PU-R: 0." - " R - LS<= " LS-IH:0."-" TOPOLOGY : PU-IH-R PU-IH: 0." - " IH-R <= " (#00) H_PROHOT# PU UG PORT +VP H_PRQ# R 00Ohm H_PRY# R0 Ohm H_TMS H_TO H_TI H_TK H_TRST# H_THRMTRIP_S# PU JTG +VP R0 Ohm R Ohm R 0Ohm R.Ohm R 0Ohm R Ohm R Ohm R Ohm +VP +VP +VP H_GTLRF0 LNGTH <=0." WITH = mils SP >= mils X PS(#000) PU_OMP : Length <= 0." Width = 0 mils(ll) Space>= mils X PS(#000) R.Ohm PU_OMP Pin, of NIS PU_OMP : Length <= 0." Width = mils Space>= mils X PS(#000) R Ohm PU_OMP Pin, of NIS SUSTek OMPUTR IN. N ustom +VP lose to Pin of PU R KOhm Same Side w PU PU_OMP0 : Length <= 0." Width = 0 mils(ll) Space>= mils X PS(#000) R.Ohm PU_OMP0 PU_OMP : Length <= 0." Width = mils Space>= mils X PS(#000) R Ohm PU_OMP NL H_GTLRF0 R KOhm PU-NIS(HOST) ate: Monday, November, 00 Sheet of.

4 Mid Frequency ecoupling (Place around Processor) HFM(.GHz-.GHz):.V LFM( 00MHz): 0.V 0.V -.V(+-.%) 0: :. : 0. PU VOR ecoupling apacitor.0v -.V(+- %) S0-SM:. (PU,MH,IH) +VP (PU) ecoupling apacitor (Place near PU) High Frequency ecoupling (Place underneath Processor) using 0uF.V XR +VOR ulk ecoupling MN : Four 00 uf are located in IMVP N : elete 0uF.V from pcs to pcs Vref=.V 0 For NNL: Load R For L: Load,, Q, R, R, R00, R0, R0, U ustom Monday, November, 00 SUSTek OMPUTR IN. N PU-NIS(PWR). NL ate: Sheet of +VOR +VOR +VP +VP +VP +V.S +V.S_PRO +V.S_PRO +V.S +V.S 0UF.V 0.uF0V 0UF.V 0.uF0V 0UF.V R 0KOhm 0.uF0V 0UF.V 0.uF0V 0UF.V 0 0UF.V 0.uF0V 0UF.V V U SOKTP Y Y W W V V U K J J H H G G F F0 F F F 0 F F0 F F F F 0 F0 F F F K L L M M N N P P R R T T U W P 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 V V V V V V V0 V V VP VP VP VP VP VP VP VP VP VP0 VP VP VP VP VP VP VP VP VP VP0 VP VP VP VP VP VQ[] VQ[0] 0UF.V 0.uF0V U MIM VIN N PG J VOUT U SOKTP F F F F F F F F F F F F G G G F F F F F F F F F F Y Y Y Y W W W W W V V V V V U U U U T T T T T R R R R R P P P N N N N N M M M M M L L L L K K K G G H H H H J J J J J K K P VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS0 VSS0 VSS0 VSS0 VSS0 VSS0 VSS0 VSS0 VSS0 VSS00 VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS R00.KOhm 0UF.V 0UF.V 0.uF0V 0UF.V R0 0Ohm 0UF.V 0UF.V 0.uF0V 0.uF0V 0.uF0V + 0U.0V 0UF.V R0 0KOhm 0UF.V Q UMKN.U 0UF.V.U R.KOhm 0 0.uF0V R 0Ohm 0 0.uF0V Q UMKN 0UF.V FRQ_SL,

5 Route H_THRM and H_THRM on the same layer OTHR SIGNLS mils =============== 0 mils =========H_THRM(0 mils) 0 mils =========H_THRM(0 mils) 0 mils ========= mils OTHR SIGNLS void PS,Power +V.S 0,, SL_S 0,, S_S, PM_THRM# PM_THRM#(Pull-Up 0K in Page ) R 00Ohm SL_S S_S +V.S_THM Standby Mode: u(max. 0u) Full ctive: 0. m(max. m) +V.S_THM 0.uF0V U lose to Pin & of PU V SMLK OVRT SMT XP LRT# XN MX OS#_O H_THRM H_THRM OS#_O(Pull-Up 0K in Page ) OS#_O "-" H_THRM 00P "-" H_THRM SUSTek OMPUTR IN. N THRML ustom. NL ate: Monday, November, 00 Sheet of

6 0 _R_T0 _R_T _R_T _R_T _R_QS0 _R_M0 _R_T _R_T _R_T _R_T _R_T _R_T _R_T _R_T _R_QS _R_M _R_T0 _R_T _R_T _R_T _R_T _R_T0 _R_T _R_T _R_QS _R_M _R_T _R_T _R_T _R_T _R_T _R_T _R_T _R_T _R_QS _R_M _R_T _R_T0 _R_T _R_T 0Ohm RN 0Ohm RN 0Ohm RN 0Ohm RN 0Ohm RN 0Ohm RNF 0Ohm RN 0Ohm 0 RNG R_T0 R_T R_T R_T R_QS0 R_M0 R_T R_T 0Ohm RNH R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm RNF R_T 0Ohm RN R_T 0Ohm 0 RNG R_QS 0Ohm RNH R_M 0Ohm RN R_T0 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm RNF R_T0 0Ohm 0 RNG R_T 0Ohm RNH R_T 0Ohm RN R_QS 0Ohm RN R_M 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm RNF R_T 0Ohm 0 RNG R_T 0Ohm RN R_T 0Ohm RNH R_T 0Ohm RN R_T 0Ohm RN R_QS 0Ohm RN R_M 0Ohm RNF R_T 0Ohm 0 RNG R_T0 0Ohm RNH R_T 0Ohm RN R_T _R_T _R_T _R_T _R_T _R_QS _R_M _R_T _R_T _R_T _R_T _R_T0 _R_T _R_T _R_T _R_QS _R_M _R_T _R_T _R_T _R_T _R_T _R_T _R_T _R_T _R_QS _R_M _R_T0 _R_T _R_T _R_T _R_T _R_T0 _R_T _R_T _R_QS _R_M _R_T _R_T _R_T _R_T Intel suggested that R_VRF should be turned off in S-S. ut measure the leakage because there is no +V.S. 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_QS 0Ohm RNF R_M 0Ohm 0 RNG R_T 0Ohm RNH R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm RNF R_T0 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm 0 RNG R_QS 0Ohm RNH R_M 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_T 0Ohm 0 RNG R_T 0Ohm RNF R_T 0Ohm RNH R_T 0Ohm RN0 R_QS 0Ohm RN0 R_M 0Ohm RN0 R_T0 0Ohm RN0 R_T 0Ohm RN0 R_T 0Ohm RN0F R_T 0Ohm 0 RN0G R_T 0Ohm RN0H R_T0 0Ohm RN R_T 0Ohm RN R_T 0Ohm RN R_QS 0Ohm RN R_M 0Ohm 0 RNG R_T 0Ohm RN R_T 0Ohm RNH R_T 0Ohm RNF R_T R_T0 R_T R_T R_T R_T R_T R_T R_T R_T R_T R_T0 R_T R_T R_T R_T R_T R_T R_T R_T R_T R_T0 R_T R_T R_T R_T R_T R_T R_T R_T R_T R_T0 R_T R_T R_T R_T R_T R_T R_T R_T R_T R_T0 R_T R_T R_T R_T R_T R_T R_T R_T R_T R_T0 R_T R_T R_T R_T R_T R_T R_T R_T R_T R_T0 R_T R_T R_T R_VRF Thermal Power: ~.W 0L.W LxWxH=.x.x. R_0 R_ R_ R_ R_ R_ R_ R_ R_ R_ R_0 R_ R_ R_ R_ R_ R_ SM_MLK0 LK_R0 0 SM_MLK#0 LK_R0# 0 SM_MLK LK_R 0 SM_MLK# LK_R# 0 SM_MLK LK_R 0 SM_MLK# LK_R# 0 SM_MLK LK_R 0 SM_MLK# LK_R# 0 SM_MLK LK_R 0 SM_MLK# LK_R# 0 SM_MLK LK_R 0 SM_MLK# LK_R# 0 R_M0 SM_M0 R_M SM_M R_M SM_M H R_M SM_M R_M SM_M R_M SM_M R_M SM_M H R_M SM_M H TTPb SM_M R_RVNOUT# T0TPb SM_RVNOUT# R_RVNIN# T0TPb SM_RVNIN# SMROMP R_SMROMP J R_SMVSWINGL SMVSWINGL J R_SMVSWINGH SMVSWINGH.V-.V S0-SM:Max. 0 m S: 0 m +V +V. +V._GMH_SM +V._GMH_SM +V._GMH_SM 0.uF0V F F H G H G G F H F H F G H G0 H F0 H0 H G F G F H H G F 0 H G H0 G0 F H F0 H H G H H G F F G H G F G F G G H F F J U SM_SQ0 SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ0 SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ0 SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ0 SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ0 SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ0 SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ0 SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ SM_SQ0 SM_SQ SM_VRF RGGM R SYSTM MMORY R_QS0 SM_SQS0 G R_QS SM_SQS H R_QS SM_SQS H R_QS SM_SQS H R_QS SM_SQS R_QS SM_SQS H R_QS SM_SQS H R_QS SM_SQS SM_SQS TTPb SM_0 SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_ SM_0 SM_ SM_ SM_ SM_ SM_ SM_ SM_K0 SM_K SM_K SM_K SM_S#0 SM_S# SM_S# SM_S# SM_0 SM_ SM_RS# SM_S# SM_W# F R_K0 0, R_K 0, R_K 0, R_K 0, R_S0# 0, R_S# 0, R_S# 0, R_S# 0, R_S0# 0, R_S# 0, R_RS# 0, R_S# 0, R_W# 0, R_[:0] 0, R_[:] 0, R_[:] 0, _R_T[:0] 0, _R_M[:0] 0, _R_QS[:0] 0, MH-M MH-M MH-M (MH-Sighting0) M-GM system memory interface generates single pulse K events which may cause Intermittent hangs and display corruptions when using Micron and Infineon S0-IMMs. 0 OHM SO-IMM0 SO-IMM Route for OMMN. R_[:],R_,R_0. R_W#. R_RS#. R_S#. R_S0#,R_S# Route for P. R_[:],R_[:] SO-IMM0 SO-IMM Route for P. R_[:],R_[:] Route for ONTROL. R_K[:0],R_S[:0]# SO-IMM0 SO-IMM Route for ONTROL. R_K[:],R_S[:]# Route for LOK. LK_R[:0],LK_R[:0]# TRMINTION TRMINTION TRMINTION 0.uF0V R 0KOhm R0 0KOhm U R_VRF V+ + - V- LMV 0.uF0V TP TPb.V-.V S0-SM:0 m(max. 0 m).v-.v S0-SM:Max. 0 m S: 0 m R_SMROMP R 0.Ohm 0 R 0.Ohm 0.uF0V 0. VSM +- % R_SMVSWINGL 0 lose to Pin J 0.uF0V R 0Ohm R 0Ohm 0. VSM +- % R_SMVSWINGH 00 lose to Pin J 0.uF0V R 0Ohm R0 0Ohm MH-M SUSTek OMPUTR IN. N SO-IMM0 SO-IMM Route for LOK. LK_R[:],LK_R[:]# N-MHM(R) ustom NL ate: Monday, November, 00 Sheet of.

7 MH_HLZOMP : Length <= 0." Width = 0 mils(ll) Space>= mils X PS(#000) MH_HYROMP : Length <= 0." Width = 0 mils(ll) Space>= mils X PS(#000) MH_HYROMP MH_HXROMP : Length <= 0." Width = 0 mils(ll) Space>= mils X PS(#000) MH_HXROMP MH_HYSWING : Length <= 0." Width = mils Space>= mils X PS(#000) (+VP) +- % MH_HYSWING lose to Pin H MH_HXSWING : Length <= 0." Width = mils Space>= mils X PS(#000) (+VP) +- % MH_HXSWING 0.uF0V lose to Pin 0 MH_HLZOMP 0.uF0V R.Ohm R +VP.Ohm +VP R0 0Ohm R 0Ohm R 0Ohm R 0Ohm HU_P[0:0] +V.S_GMH_HI +VP R.Ohm R Ohm H_PURST# H_#[:] H_RQ#[:0] _LK_MH_LK# _LK_MH_LK H_PURST# HU_P0 <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P0 <=" HU_PSTR HU_PSTR HU_PSTR# HU_PSTR# MH_HLZOMP V +- % H_ST#0 H_ST# H_STN#0 H_STN# H_STN# H_STN# H_STP#0 H_STP# H_STP# H_STP# H_INV#0 H_INV# H_INV# H_INV# 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_RQ#0 H_RQ# H_RQ# H_RQ# H_RQ# MH_HYROMP MH_HYSWING MH_HXROMP MH_HXSWING MH_HVRF MH_HVRF MH_HVRF +V.S_GMH_HI R.Ohm R 00Ohm HU_VSWING_MH 0L LxWxH=.x.x. 0.uF0V 0.V- 0.V(Typ. 0.V) HU_VRF_MH R 0.0UF0V P T T R U U R U V U T V U V Y V V W Y W W W Y W Y H K 0 J K J G F K J J Y Y U U U V W W V W T V V W V U 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# R H_RQ#0 P H_RQ# R H_RQ# R H_RQ# T H_RQ# T H_ST0# H_ST# HLK# HLK HYROMP HYSWING HXROMP HXSWING HSTN#0 HSTN# HSTN# HSTN# HSTP#0 HSTP# HSTP# HSTP# INV#0 INV# INV# INV# H_PURST# HVRF0 HVRF HVRF HVRF HVRF HU_P0 HU_P HU_P HU_P HU_P HU_P HU_P HU_P HU_P HU_P HU_P0 HU_PSTR HU_PSTR# T HLZOMP U PSWING W HU_LVRF RGGM HU IF HOST 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# K H K L J G L L L J H K G K J H F F H G F G G G G G0 F F 0 G 0 G 0 F F G 0.uF0V 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_S# L H_TRY# M H_RY# N H_FR# M H_HITM# N H_HIT# N H_LOK# P H_RQ0# M H_NR# N H_PRI# P H_SY# M N H_RS#0 H_RS#0 P H_RS# H_RS# M H_RS# H_RS# R 00Ohm H_S# H_TRY# H_RY# H_FR# H_HITM# H_HIT# H_LOK# H_R0# H_NR# H_PRI# H_SY# +V.S_GMH_HI 0Ohm 0 H_#[:0] H_RS#[:0] MH_HVRF: Length <= 0." Width = 0 mils Space>= mils X PS(#000) MH_HVRF: Length <= 0." Width = 0 mils Space>= mils X PS(#000) MH_HVRF: Length <= 0." Width = 0 mils Space>= mils X PS(#000) MH_HVRF 0.uF0V MH_HVRF MH_HVRF 0.uF0V (+VP) +- % 0.uF0V (+VP) +- % 0.uF0V uf.v (+VP) +- % 0.uF0V uf.v uf.v +VP +VP +VP R.Ohm R 00Ohm R0.Ohm R 00Ohm R.Ohm R 00Ohm R:.ohm (0-000) for GMGM.ohm (0-000) for GM.ohm (0-000) for GMGMV R:.ohm (0-000) for GMGM.ohm (0-000) for GM.ohm (0-000) for GMGMV R: 0ohm (0-000) for GMGM ohm (0-00) for GM ohm (0-00) for GMGMV SUSTek OMPUTR IN. N ustom NL N-MHM(HOST) ate: Monday, November, 00 Sheet of.

8 G L U R G J G K N T W U Y Y G G J M R J H K P T V Y L N R U W G 0 J0 0 0 F H J J G F H N R U J P T H N R U G F J P U VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS RGGM VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS J T L J0 J J J0 W, FRQ_SL Q UMKN VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS00 VSS0 VSS0 VSS0 VSS0 VSS0 VSS0 VSS0 VSS0 VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS0 VSS VSS VSS VSS VSS VSS VSS VSS 0L +V.S T H N R U F J G H F0 J0 0 0 H M P T V Y G F J L N R U W J F H K M P T V G G J L N R U W F G J G J L N U RN KOhm +V.S_GMH_VO Q UMKN PM_SUSLK _LK_MH +V.S_GMH_VO 0 RN KOhm R0 GST KOhm +V.S_GMH_VO xt PU xt PU G S 0 xt P 0. VVO +- % lose to Pin F xt P xt P +V.S_GMH_VO R 00KOhm R.KOhm RN.KOhm RN.KOhm RN.KOhm RN.KOhm R0.KOhm R KOhm R 00KOhm Q N00 P xt P when using VO R KOhm TT LK_PMS, GP_USY# R0 KOhm R0 KOhm GST[:0] are internal pulled-low. When no using VO VO_VRF RN 00KOHM 00KOHM RN T0TPb VO_VRF MH_GROMP GST GST GST0 R R R R P P N P N N M M P P T T L M G M K K K K J J H H H H H G J J K L L H K N N M P T F G F G F L F F Y F F L +V.S_GMH_VO 0.uF0V R KOhm R KOhm U VO0 VO VO VO VO VO VO VO VO VO VO0 VO VOLK VOLK# VOHSYN VOVSYN VOLNK# VOFLSTL VOINTR VOLKINT VO0 VO VO VO VO VO VO VO VO VO VO0 VO VOLK VOLK# VOHSYN VOVSYN VOLNK# VOFLSTL MILK MIT MVILK MVIT MLK MT I0 I I I I I I I TT PMS GVRF GPUSY# GROMP IN RVS0 RVS RVS RVS RVS RVS RVS RVS RVS RVS RVS0 RVS RGGM VO Width= 0 mils Space>=0 mils MH_GROMP LVS LKS MIS N LU LU# GRN GRN# R R# HSYN VSYN RFST LK T IYM0 IYM IYM IYM IYP0 IYP IYP IYP IYM0 IYM IYM IYM IYP0 IYP IYP IYP ILKM ILKP ILKM ILKP PLK PT PNLKLTTL PNLKLTN PNLVN LVRFH LVRFL LVG LIG RFLK RFSSLK LLKTL LLKTL PWR# PSLP# RSTIN# PWROK XTTS0 MHTTVSS R 0.Ohm % N0 N N N N N N N N N N0 N 0L H0 J +V.S G G F H G G G0 0 F0 G F F 0 H Y J J H J J H J J <=." LVS_ LVS_ LVS_K_J TPb T LVS_K_N LVS_V_N TPb T TPb T0 TPb T R.KOhm R 0KOhm TPb T M_LLKTL M_LLKTL RT_LU RT_GRN RT_R RT_HSYN RT_VSYN RT_RFST R0 Ohm RT_ RT_ LVS_Y0M LVS_YM LVS_YM LVS_Y0P LVS_YP LVS_YP LVS_Y0M LVS_YM LVS_YM LVS_Y0P LVS_YP LVS_YP LVS_LKM LVS_LKP LVS_LKM LVS_LKP H_PWR# H_PSLP#, PI_RST#,, ustom +V.S_GMH_GPIO RN.KOhm P IMVP_PWRG, RN.KOhm TT Supprt I +V.S_GMH_VO P SUSTek OMPUTR IN. N R KOhm R KOhm NL _LK_MH_RF _LK_MH_RFSS +V.S_GMH_GPIO R 0KOhm N-MHM(VG) ate: Monday, November, 00 Sheet of.

9 +V.S 0U.0V.V -.V(+- %) S0-SM:Max.. 0uF0V 0.uF0V 0.uF0V 0.uF0V +V.S_GMH_OR 0.uF0V (MH-Sighting0) The core supply (.V) should be powered up a minimum of ms before the VO and GPIO IO (.V and.v) voltage rails..v -.V(+- %) S0-SM: 0..V -.V(+- %) S0-SM: 0. +V.S_GMH_OR 0U.0V +V.S_GMH_OR L aution: L be placed between Pin U ans U + +V.S_GMH_PLL +V.S_GMH_PLL.V -.V(+- %) aution: There is no vias between Pin and,00 (It means,00 must be in same layer with MHM).V -.V(+- %) S0-S: Max. 0 m L 0Ohm00MHz 0Ohm00MHz 0U.0V + 0.uF0V + 0.uF0V +V.S_GMH_OR +V..V -.V(+- %) S0-SM:Max. 0 m.v -.V(+- %) +V.S_GMH_OR S0-SM: 0..V -.V(+- %) +V.S_GMH_HI S0-SM: 0. 0.uF0V +V.S 0 0.uF0V 0uF0V.V -.V(+- %) S0-SM: Max. 0 m 0U.0V +V.S.V -.V(+- %) S0-SM: Max. 0 m 0.uF0V.V -.V(+- %) S0-SM: Max. 0 m L 0Ohm00MHz uf.v +V.S 0.uF0V uF0V 0 0.uF0V + 0uF0V 0.0UF0V 0.uF0V +V.S_GMH_ 0 +V.S +V.S uf.v 0.uF0V + 0.uF0V +V.S_GMH_HI +V.S_GMH_VO 0 0.uF0V +V.S_GMH_LVS 0.0UF0V 0 +V.S_GMH_LVS 0.uF0V +V._GMH_TXLVS 0.uF0V +V.S_GMH_GPIO J P T N R U P T N R U P T W H V Y W U U W V V Y J N J M H J L M N R K M P G J F 0 0 U V0 V V V V V V V V V V0 V V V V V V V VHL0 VHL VHL VHL VHL VHL VHL VHL VHPLL VGPLL VPLL VPLL VVO_0 VVO_ VVO_ VVO_ VVO_ VVO_ VVO_ VVO_ VVO_ VVO_ VVO_0 VVO_ VVO_ VVO_ VVO_ VVO_ V0 V VSS VLVS VSSLVS VLVS0 VLVS VLVS VLVS VTXLVS0 VTXLVS VTXLVS VTXLVS VGPIO_0 VGPIO_ RGGM 0L LxWxH=.x.x. POWR aution: There is no vias between Pin and 0,0 (It means 0, 0 must be in same layer with MHM) VTTLF0 VTTLF VTTLF VTTLF VTTLF VTTLF VTTLF VTTLF VTTLF VTTLF VTTLF0 VTTLF VTTLF VTTLF VTTLF VTTLF VTTLF VTTLF VTTLF VTTLF VTTLF0 VTTHF0 VTTHF VTTHF VTTHF VTTHF VSM0 VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM0 VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM0 VSM VSM VSM VSM VSM VSM VSM VSM VSM VSM0 VSM VSM VSM VSM VSM VSM VQSM0 VQSM VSM0 VSM G H H J H0 L N R U H M P T V Y K F 0 H M V G F Y J F Y Y F J 0 F J F J F 0 F J F J F F G.0V -.V(+- %) S0-SM:. (PU,MH,IH) S0-SM: Max. 0. M_PWR_VTTF0 M_PWR_VTTF M_PWR_VTTF M_PWR_VTTF M_PWR_VTTF 0.uF0V +V._GMH_SM + 0U.0V 0 0.uF0V 0.uF0V +V._GMHQSM 0 0.uF0V R Ohm +V.S_GMH_SM + J J F 0.uF0V 0.uF0V 0.uF0V 0.uF0V 0 0.uF0V 0.uF0V 0.uF0V 00UF 0.uF0V +V. 0 0.uF0V 0 0.uF0V 0 0.uF0V.U L 0Ohm00MHz 0.uF0V.V -.V(+- %) S0-SM: Max..0 S: Max. m 0.uF0V +V._GMH_SM +V.S_GMH_HI.V -.V(+- %) S0-SM: 0. +VP + 0 0U.0V 0 0.uF0V 0.uF0V.V -.V(+- %) 0 0uF0V 0.uF0V 0 N V,VSM,VHL,VGPLL,VPLL,VPLL: GMGM:.V GM:.V GMGMV:.V SUSTek OMPUTR IN. N N-MHM(PWR) ustom NL ate: Monday, November, 00 Sheet of.

10 , _R_T[:0] +V. +V. FOR +V. OUPLING R_VRF ON R_VRF VRF0 VRF _R_T0 VSS0 VSS _R_T _R_T Q0 Q _R_T Q Q V0 V 0, _R_QS0 _R_T QS0 M0 _R_T _R_M0, Q Q _R_T VSS VSS _R_T _R_T Q Q 0 _R_T Q Q _R_T V V _R_T Q Q, _R_QS QS M _R_M, _R_T0 VSS VSS 0 _R_T _R_T Q0 Q _R_T Q Q V V LK_R0 :K0 V LK_R0# :K0# VSS 0 _R_T VSS VSS _R_T0 _R_T Q Q0 _R_T Q Q V V, _R_QS _R_T QS M 0 _R_T _R_M, Q Q _R_T VSS VSS0 _R_T _R_T Q Q _R_T Q Q _R_T V V0 0 _R_T Q Q, _R_QS QS M _R_M, _R_T VSS VSS _R_T0 _R_T Q Q0 _R_T Q Q V V 0 +V. +V. + 0U.0V + 0U.0V R_VRF.V -.V(+- %) S0-S:. + 0U.0V + 0U.0V +V. +V. N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U 0 U_0 URST# VSS VSS LK_R :K VSS 0 LK_R# :K# V V V, R_K :K :K0 R_K0, R_ :U U R_, R_ R_ : : 00 R_ R_,, R_ 0 : : 0 R_, 0 0 R_ VSS VSS R_, R_ 0 : : 0 R_,, R_ 0 R_ : : 0 R_,, R_ 0 : : 0 R_0 R_,, R_ : :0 R_0, R_0 V V R_S#, R_0 R_S0# :0P : R_RS# R_S#,, R_S0# R_W# :0 :RS# 0 R_S# R_RS#,, R_W# :W# :S# R_S#,, R_S0# :S0# :S# R_S#, U_ U R_T VSS VSS _R_T _R_T Q Q 0 _R_T Q Q V V, _R_QS _R_T QS M _R_T _R_M, Q Q _R_T VSS0 VSS 0 _R_T _R_T0 Q Q _R_T Q0 Q _R_T V0 V _R_T Q Q, _R_QS QS M _R_M, 0 _R_T VSS VSS _R_T _R_T Q Q _R_T Q Q V V V :K# LK_R# VSS :K 0 LK_R _R_T VSS VSS _R_T _R_T Q Q _R_T Q Q V V, _R_QS 0 _R_T0 QS M _R_T _R_M, Q0 Q _R_T VSS VSS _R_T _R_T Q Q _R_T0 Q Q0 0 _R_T V V _R_T Q Q, _R_QS QS M _R_M, _R_T VSS VSS0 _R_T _R_T Q Q 0 _R_T Q Q V V0,, S_S S :S0,, SL_S SL :S +V.S VSP :S VI U_ 00 0.uF0V ual_r_soimm_p 0.uF0V LK_R LK_R# LK_R LK_R#, R_K, R_, R_, R_, R_, R_, R_, R_0, R_S0#, R_W#, R_S# 0 MI : lose to R socket power plane of +V. R_ R_ R_ R_ R_ R_ R_0 R_S0# R_W# 0.uF0V ON :K0 :K0# :K :K# :K :U : : : : : : :0P :0 :W# :S0# N0 N N N :K0 : 00 : 0 : 0 : 0 : 0 :0 : :RS# :S# 0 :S# :K# :K 0 :S0 :S :S NP_N NP_N NP_N NP_N ual_r_soimm_p R R_ R_ R_ R_ R_ R_0 R_S# R_RS# R_S# 0KOhm UL R SOIMM SUSTek OMPUTR IN. N ustom. NL R_K, R_, R_, R_, R_, R_, R_0, R_S#, R_RS#, R_S#, R_S#, LK_R# LK_R +V.S ate: Monday, November, 00 Sheet 0 of

11 ,0 _R_T[:0],0 _R_M[:0],0 _R_QS[:0],0 R_[:0],0 R_[:],0 R_[:] R TRMINTION +V.S +V.S _R_T0 _R_T _R_T _R_T _R_QS0 _R_M0 _R_T _R_T Ohm Ohm RNF RNH R_ R_ Ohm Ohm RN RNH Ohm RN R_ Ohm RN Ohm 0 RNG R_0 Ohm RN Ohm RN R_0 Ohm RN Ohm RN R_S# Ohm RNG,0 R_S# 0 Ohm RNH R_S0# Ohm RN,0 R_S0# Ohm RN R_RS# Ohm RNF,0 R_RS# FOR +V.S OUPLING +V.S +V.S,0 R_K,0 R_K,0 R_K0,0 R_K _R_T _R_T _R_T _R_T _R_T _R_T _R_QS _R_M _R_T0 _R_T _R_T _R_T _R_T _R_T0 _R_T _R_T _R_QS _R_M _R_T _R_T _R_T _R_T _R_T _R_T _R_T _R_T _R_QS _R_M _R_T _R_T0 _R_T _R_T R_K R_K R_K0 R_K R_ R_ R_ R_ Ohm RN Ohm 0 RNG Ohm RNF Ohm RN Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNF Ohm RNH Ohm RN Ohm 0 RNG Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNH Ohm 0 RNG Ohm RN Ohm RNF Ohm RN Ohm RN Ohm RN Ohm RNH Ohm RN Ohm 0 RNG Ohm Ohm RNF RN Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNF Ohm RN Ohm RNF Ohm RN Ohm RNH Ohm RN Ohm 0 RNG Ohm RN,0 R_W#,0 R_S#,0 R_S0#,0 R_S#,0 R_S#,0 R_S# R_W# R_S# R_S0# R_S# R_S# R_S# _R_T _R_T _R_T _R_T _R_QS _R_M _R_T _R_T _R_T _R_T _R_T0 _R_T _R_T _R_T _R_QS _R_M _R_T _R_T _R_T _R_T _R_T _R_T _R_T _R_T _R_QS _R_M _R_T0 _R_T _R_T _R_T _R_T _R_T0 _R_T _R_T Ohm RN Ohm RN Ohm RNF Ohm RNH Ohm RN Ohm RN Ohm RNH Ohm RN Ohm 0 RNG Ohm RN Ohm RNF Ohm RN Ohm RN Ohm RN Ohm RN Ohm RN Ohm RNF Ohm 0 RNG Ohm RN Ohm RNH Ohm RN Ohm RN Ohm RN Ohm RN Ohm RN0H Ohm 0 RN0G Ohm RN0F Ohm RN0 Ohm RN0 Ohm RN0 Ohm RN0 Ohm RN0 Ohm RN0H Ohm RN0F Ohm 0 RN0G Ohm RN0 Ohm RN0 Ohm RN0 Ohm RN0 Ohm RN0 N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N0 0.U N0 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N0 0.U N0 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U N 0.U R_ R_ R_ R_ R_ R_ R_ R_ Ohm RN Ohm 0 RNG Ohm RN Ohm RN Ohm 0 RNG Ohm RN Ohm RN Ohm RNH _R_QS _R_M _R_T _R_T _R_T _R_T Ohm RNF Ohm RN Ohm RN Ohm RN Ohm RN Ohm RN Ohm 0 RNG Ohm RNH SUSTek OMPUTR IN. N R TRMINTION ustom NL ate: Monday, November, 00 Sheet of.

12 IOS K_OFF#:When user push "Fn+F" button, IOS active this pin to turn off back light. L 0Ohm00MHz WTO_ON_0P 0 L 0Ohm00MHz 0.00uF0V UF0V 0.uF0V US IOS K_J: K output signal ( adjust voltage level) to adjust ack light. _MI 0 L 0Ohm00MHz INTMI ON INTMI ON +V.S _T_SYS L L I: PI PI PI PI0. XG. XG 0 +V. US_P- R L0 L RV_0 0KOhm 0Ohm00MHz 0Ohm00MHz L K_OFF# 0Ohm00MHz US LVS_K_N US_PP US_P+ LI_SW# L 0 RF 0.U 0.U 0Ohm00MHz ON US_MI US_MI 0 _INV US_WLN_ON#OFF +V_US L 0Ohm00MHz US_P- 0 0 US_P+ 0 US PORT for MR L US_P- US_P+ K_J +V_US Pin : dd a US.0 Shielding 0Ohm00MHz U cable to US module. INTMI_ 0.00uF0V 0.00uF0V 0.uF0V 0.00uF0V N use R:.0 Inverter oard RN RN. SXG+ 0 0KOhm 0KOhm SI: US$0. RN,: page 0 SI SI +V + 00UF.V US +V. US_PN US_PN US_PP 0 US_P- US_P+ US_MI +V 0.U 0 US PORT for WLN L Power +V_US L0 0Ohm00MHz US 0.U US_MI 0.U US US ON LVS_LKP LVS_LKM LVS_YP LVS_YM LVS_YP LVS_YM PI_ PI_ LVS_LKP LVS_LKN LVS_YP LVS_YN LVS_YP LVS_YN SI LVS_LKP LVS_LKM LVS_YP LVS_YM LVS_YP LVS_YM I0 I I I +V.S US_WLN_ON#OFF LVS_Y0P LVS_Y0P LVS_Y0P LVS_Y0N LVS_Y0M LVS_Y0P LVS_Y0M LVS_Y0M +V.S +VS +V.S +V.S_L I0 I +V.S_L I I +V.S_L_ -.V R R SIV Q S0-SM:0 m(00 m Max.) WTO_XP 0KOhm MOhm T 0.UFV TPb S G +V.S_L L Q UMKN 0Ohm00MHz SI LVS_LKP LVS_LKM LVS_YP LVS_YM LVS_YP LVS_YM,0 WLN_ON# PI_0 PI_ RN 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm Q UMKN LVS_V_N Q UMKN Q UMKN R KOhm NW- 0 pf0v aution: Must tune R & 0 to meet Panel Spec SUSTek OMPUTR IN. N ustom R 00Ohm 0 0.uF0V NL 0.uF0V UF0V 0uF0V LVS & KLIGHT ate: Monday, November, 00 Sheet of.

13 Guarded by (Space>= 0mils). ohm Place Pi-Filter close to RT (<= 00 mils) 0 +V.S_GMH_ 0 0 RN V PF0V PF0V Length Matching (+- 00 mils) Ohm RN Ohm +V.S_GMH_ RT_Q_R Guarded by (Space>= 0mils) RT_Q_GRN. ohm Length Matching (+- 00 mils) +V.S_GMH_ Guarded by (Space>= 0mils) RT_Q_LU. ohm Length Matching (+- 00 mils) ohm ohm ohm +V.SUS +VS V V RN 00KOHM RT_R RT_GRN RT_LU RT_HSYN Q UMKN RN Ohm RN Ohm RT_Q_HSYN L 0Ohm00Mhz PF0V 0 0 L 0Ohm00Mhz PF0V L 0Ohm00Mhz R Ohm RT_L_R 0 PF0V 0 PF0V ohm RT_L_GRN ohm RT_L_LU ohm RT_L_HSYN ON R GRN LU RT HSYN V PIN N N RN 0 00KOHM PF0V,,0,,, UF_PI_RST# Q UMKN Q UMKN +VS RT_VSYN RT_ RN.KOhm Q UMKN Q UMKN RT_Q_VSYN L RT_Q_ R Ohm Ohm00MHz 0 0 PF0V 0 0 P RT_L_VSYN RT_L_ VSYN T RT_ +VS L RT_Q_ Q Ohm00MHz UMKN 0 RN P S_GT.KOhm RT_L_ LK 0 SI_G SI_G 0 0 SUSTek OMPUTR IN. N ustom NL RT ONNTOR ate: Monday, November, 00 Sheet of.

14 Strap Option +V.S_IH PI_RQ# & MINIPI LN ISL & MINIPI LN PI_RQ#? PI_RQ#0 PI_RQ# PI_RQ# PI_? PI_ PI_0 PI_ Use aisy-hain Topology,0,, PI_[:0],0, PI_#0,0, PI_#,0, PI_#,0, PI_#, PI_RQ#0 +V.S,0 PI_RQ#, PI_RQ# PI_RQ# PI_RQ# RN 0KOhm RN 0KOhm PI_GNT#0 0 PI_GNT# PI_GNT# T TPb T TPb T TPb T0 TPb IH pin PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ HU_P0 <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P <=" HU_P0 <=" HU_P "-." efault: Pull-own Pull-High for Hub Interface. uffer Mode LxWxH=xx. IH US R-IH <= 0." H J H K G J H J K G L G L H L F F N N N M P P R P J K M N U # # # # FW0M HI0 HI HI HI HI HI HI HI HI HI HI0 HI HI_ST#HI_STF HI_STHI_STS HIOMP HI_VSWING _S _IN _OUT _SHLK L0FWH0 LFWH LFWH LFWH LFRM#FWH LRQ# LRQ0# RQ0# RQ# RQ# RQ# RQ# RQ#RQ#GPIO RQ#GPIO0 GNT0# GNT# GNT# GNT# GNT# GNT#GNT#GPIO GNT#GPIO VSL# FRM# IRY# TRY# STOP# PR PRR# SRR# PM# PLOK# PIRST# PILK LKRUN#GPIO L L0 M M P R T0 R0 P L N K N0 P R R 0 T R T U T U U M F L F F G L K W M U P HU_ROMP_IH HU_VSWING_IH PM_S# R Ohm T HU_P[0:0] HU_PSTR# HU_PSTR LP_0 0,, LP_ 0,, LP_ 0,, LP_ 0,, LP_FRM# 0,, TPb LP_RQ#0 PI_VSL#,,0, PI_FRM#,,0, PI_IRY#,,0, PI_TRY#,,0, PI_STOP#,,0, PI_PR,0, PI_PRR#,,0, PI_SRR#,,0, PI_LOK# PI_RST#,, PM_LKRUN# 0,, P _LK_IHPI 0.V +- % aution: The VRF of HU interface is 0.V The VSWING of HU interace is 0.V ut in Intel R, their naming convention will make people confused. IH(R)<=" 0 HU_ROMP_IH HU_VSWING_IH 0.0UF0V 0.uF0V +V.S_IH 0 R 0Ohm R 0Ohm Strap Option +V. efault: Pull-High 0K Pull-own for IOS TOP-LOK SWP +V.S +V. R0.Ohm RN0 0KOhm RN0 0KOhm PI_RST# RN0 0KOhm U V +V. 0.uF0V 0,, PI_PM# RN0 0KOhm PM_S# Q PMS0 PM_S# pull up to VccSus_ by internal pull-up resistor Y NSZ0PX UF_PI_RST#,,0,,, Meet LP reset >= 0 us (dd uffer) SUSTek OMPUTR IN. N IH-M(HUPI) ustom NL ate: Monday, November, 00 Sheet of.

15 USRIS: WS: mils Length: <= 0." 0 RN 0KOhm US SIGNLS X lock Signals US+ - US- <= 0 mils Pair WidthSpace: 0 mils Impedence: 0 ohm(differential) Other Signals Space: >= 0 mils lock Signals Sapce:>= 0 mils 0 US_PN0 US_PP0 US_PN US_PP US_PN US_PP US_PN US_PP US_PN US_PP US_PN US_PP R.Ohm PM_PRSLPVR PM_PWRTN#, IH_PWROK PM_RI# PM_RSMRST#,,, PM_SLP_S#,, PM_SLP_S# PM_STPPI#, PM_STPPU# US_O#0 US_O# US_O# US_O#, GP_USY# PM_SUSLK PM_SYSRST#, PM_THRM# H_THRMTRIP_S# PM_VGT USRIS <=0." T0 TPb TTPb SLP_S# TTPb 0 0 R T Y0 V0 Y Y W Y Y Y W J T TPb Y V <=" W0 R Ohm V LxWxH=xx. U0 USP0N USP0P USPN USPP USPN USPP USPN USPP USPN USPP USPN USPP USRIS USRIS# O0# O# O# O# O# O# GPUSY#GPIO _STT#GPIO PUPRF#GPIO PRSLPVR LN_RST# PWRTN# PWROK RI# RSMRST# SLP_S#GPIO SLP_S# SLP_S# SLP_S# STP_PI#GPIO STP_PU#GPIO0 SSMUXSLGPIO SUSLK SUS_STT#LPP# SYS_RST# THRM# THRMTRIP# VGTVRMPWRG FW0M GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO0 GPIO GPIO GPIO 0GT 0M# PUPWRG PUSLP# PSLP# FRR# IGNN# INIT# INTR NMI SMI# STPLK# RIN# R V V W V W W J0 G F0 G0 F H0 F H G H F V V W V U +V.S_IH RN 0KOhm _S# +V.SUS_IH RN 0KOhm RN 0KOhm Y Y U U W R Ohm XTSMI#_ KSI_ SIO_SMI# H0GT H_0M# H_PWRG H_PUSLP# H_PSLP#, H_FRR# H_IGNN# H_INIT#, H_INTR H_NMI H_SMI# H_STPLK# KPURST GPIO[:] default: Output High IH S R:.0 page , 0.0. I_P[:0] 0 I IF: Width: mils Space: mils Length<= " Match: <= 00 mils _S# WLN_ON#,0 0_L_N# PI_0_IH K_OFF# I_P0 PI IH I_P G_FS0 0 I_P G_FS G_FS0 G_FS G_FS I_PS# G_FS G_FS I_PS# G_FS G_FS PI IH G_FS I_PIORY PI IH I_PIOW# 0 I_PIOR# PUFN_SP_ I_PK# FWH_WP# I_PRQ I_P0 I_P I_P I_P I_P I_P I_P I_P I_P I_P I_P0 I_P I_P I_P I_P I_P,0,,, INT_SRIRQ, PI_INT#, PI_INT#,,0 PI_INT#,0, PI_INT# IH_GPI IH_GPI IH_GPI IH_GPI, INT_IRQ, INT_IRQ RN 0KOhm RN 0KOhm RT_X RT_X Y0 0 Y Y W 0 W0 W Y W J J H K0 LxWxH=xx. U0 P0 P P P P P P P P P P0 P P P P P P0 P P Y PS# PS# PIORY W PIOW# PIOR# Y PK# PRQ LN_LK LN_RX0 LN_RX LN_RX LN_TX0 LN_TX LN_TX LN_RSTSYN SRIRQ PIRQ# PIRQ# PIRQ# PIRQ# PIRQ#GPIO PIRQF#GPIO PIRQG#GPIO PIRQH#GPIO IRQ IRQ PILK PI0 PI RTX RTX FW0M S0 S S S S S S S S S S0 S S S S S S0 S S W W W W Y Y Y Y 0 0 SS# SS# SIORY SIOW# SIOR# Y SK# SRQ _RST# _SYN _IT_LK _SOUT _SIN0 _SIN _SIN INTRUR# SMLINK0 SMLINK LK LK LK RTRST# SPKR TLOW#TP[0] SMLRT#GPIO SMLK SMT W T F J W H I_S0 I_S I_S I_S I_S I_S I_S I_S I_S I_S I_S0 I_S I_S I_S I_S I_S _SYN _SOUT RT_RST# I_S[:0] I IF: Width: mils Space: mils Length<= " Match: <= 00 mils I_S0 I_S I_S I_SS# I_SS# I_SIORY I_SIOW# I_SIOR# I_SK# I_SRQ _RST# 0, _LK_IH 0 _SIN0 0 _SIN SM_INTRUR# SM_LINK0 SM_LINK IH_SPKR 0 PM_TLOW# LI_IH#_ SL_ S_ P M P _SIN0 _SIN P _LK_IH _LK_IH _LK_IH T0 TPb T TT RT IRUITRY G: u RT ircuits: RT_RST#, RT_VIS, RT_X, RT_X Width= mils Length<=" Need Guard Measure duty-cycle of SUSLK (Pin ) must be in 0-0% RT_T. P uses "xtal_p_x0" footprint, but the SMT recommended st source part uses "xtal_p_x0" footprint. R KOhm T00 TPb P X 0 P SI +V UF0V 0.KHZ +-0ppm.PF RF PI_0_IH PI IH PI IH PI IH +V_RT R time delay should be 0-0 ms RT_RST# R 0KOhm RT_VIS UF0V R0 0MOhm RT_X Vpeak-peak of RT_X < V R 0MOhm RN.KOhm RN.KOhm RN.KOhm RN.KOhm 0.uF0V RT_VIS RT_X INTL RQUST PM_SLP_S# SLP_S# PI_0 PI_ PI_ PI_ SIN IH U V Y NSZ0PX Outer Layer: mils WS= : IH-R: 0."-." -R: 0."-0." Strap Option +V. +V.S_IH R (#00) _SIN0 _SIN 0.uF0V M PM_SLP_S#, SOUT & SYN IH T R R M Outer Layer: mils WS= : IH-(T): "- " R-(T): 0."- 0." -R: <=." R-(T): 0."- 0." M-R: 0."-." to inches 0. to to. inches inches T type routing, place R at branch point. +V.S_IH efault: Pull-own 0K Pull-High for Not Supported PM_PRSLPVR _SYN _SOUT USTOMR R Ohm R Ohm USTOMR R Ohm R Ohm _SOUT Strap Option efault: Pull-own 0K Pull-High for PU SF_MO IH-M(H_U_I_PM) SUSTek OMPUTR IN. N ustom. NL _SYN_M _SYN_O 0 _SOUT_M _SOUT_O 0 ate: Monday, November, 00 Sheet of

16 LxWxH=xx. U0 VSS_ VSS_ VSS_ 0 VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_0 VSS_ 0 VSS_ VSS_ VSS_ 0 VSS_ 0 0 F G VSS_ VSS_ VSS_ VSS_ VSS_0 VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_0 VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_0 VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_0 VSS_ FW0M VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_0 VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_0 VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_0 VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_0 VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_ VSS_00 VSS_0 VSS_0 G G G H J K K K K K L0 L L L L L M M M M M0 M N0 N N N N N N N N P P P0 P P R R R T T T U0 V V V W W W Y Y +V.S_IH +V.S 0.uF0V +V.S 0.uF0V.V -.V(+- %) S0-SM:0. 0.uF0V.V -.V(+- %) S0-SM: 0. 0.uF0V 0.uF0V.V -.V(+- %) S0-SM:0. +V.S_IH +V.S_IH +V._IHHU T0 TPb 0.uF0V +V.S_IH VRF SQUN +VRF_IH (00m max.) NW- 0 +VS 0.uF0V R KOhm 0.uF0V H H J J K M0 P P U V0 V V K0 K K K P0 T U V L M P T V LxWxH=xx. U0 V V V V V V V V V V 0 V V V V V V V V V V V V V V VHI_ VHI_ VHI_ VHI_ VRF_ VRF_ VSUS VSUS VSUS VSUS VSUS VSUS VSUS VSUS VSUS VSUS 0 VSUS VSUS VSUS VSUS VSUS VSUS VSUS VSUS FW0M VRF_SUS VRT VPLL VIS HIRF V_PU_IO_ V_PU_IO_ V_PU_IO_0 VLN_VSUS VLN_VSUS VLN_VSUS VLN_VSUS F0 F F F F K V V V 0 F G R T U Y M U P F F F +V.SUS_IH +V.SUS_IH +VRF_SUS_IH +V_RT.V -.V(+- %) S0-S: m.v -.V(+- %) S0-SM: m +V.S_IHPLL RT_VIS RT_VIS HU_VRF_IH +VP.0V -.V(+- %) S0-SM:. (PU,MH,IH) +V.S +V.S 0.uF0V.V -.V(+- %) S0-SM:m 0.uF0V 0.uF0V +V.S +V.SUS 0.uF0V 0 0.0UF0V 0 +V.SUS +V.S.V -.V(+- %) S0-SM:0m +V_RT 0 +V.S_IH +V.SUS_IH +VSUS 0.V- 0.V(Typ. 0.V) HU_VRF_IH mils0 mils +VRF_SUS_IH +VRF_SUS_IH T0 TPb VRFSUS SQUN 0.uF0V 0.0UF0V 0.uF0V 0 0.uF0V 0.uF0V 0.uF0V UF0V 0.uF0V R Ohm NW- R KOhm 0.uF0V 0.uF0V R 0Ohm 0.uF0V aution: The VRF of HU interface is 0.V The VSWING of HU interace is 0.V ut in Intel R, their naming convention will make people confused. SUSTek OMPUTR IN. N IH-M(PWR) ustom NL ate: Monday, November, 00 Sheet of.

17 ,,0, PI_FRM#,,0, PI_IRY#,,0, PI_TRY#,,0, PI_STOP#,,0, PI_SRR#,,0, PI_VSL# PI_LOK#,,0, PI_PRR# RP.KOhm 0 RP.KOhm 0 RP.KOhm 0 RP.KOhm 0 RP.KOhm 0 RPF.KOhm 0 RPG.KOhm 0 RPH.KOhm 0 +V.S_IH US Over-urrent Pull-Up +V.SUS_IH US_O# RN 0KOhm US_O# RN 0KOhm R PM_SYSRST# 00KOhm,0, SL_S IH SMLink & SMbus must be tied together +V.S_IH +V.S_IH RN KOhm 0 0 +VS Q UMKN +V.SUS_IH RN KOhm +V.SUS_IH 0 0 SL_ SM_LINK0 RN KOhm +VS RN KOhm an Swap, INT_IRQ, INT_IRQ, PI_RQ#0,0 PI_RQ#, PI_RQ# PI_RQ# PI_RQ#,0,,, INT_SRIRQ RP.KOhm 0 RP.KOhm 0 RP.KOhm 0 RP.KOhm 0 RP.KOhm 0 RPF.KOhm 0 RPG.KOhm 0 RPH.KOhm 0 +V.S SM_INTRUR# +V_RT R 00KOhm,0, S_S Q UMKN TTRY LOW SM_LINK S_ +V.SUS_IH IH_GPI IH_GPI IH_GPI IH_GPI,0, PI_INT#, PI_INT#,,0 PI_INT#, PI_INT# RP.KOhm 0 RP.KOhm 0 RP.KOhm 0 RP.KOhm 0 RP.KOhm 0 RPF.KOhm 0 RPG.KOhm 0 RPH.KOhm 0, GP_USY# +V.S RN 0KOhm IH PM_TLOW# RN 0KOhm SUSTek OMPUTR IN. N IH-M(PULLUP) ustom NL ate: Monday, November, 00 Sheet of.

18 0 +V.S +V.S R0 0Ohm R0 0KOhm +V.S +V.S_V +V.S_V U SWITH_P (H): FS Freq=MHz & V[0]=.V (L): FS Freq=00MHz & V[0]=.V : othan() PU : eleronanias othan(00) PU U switch to,pin & open U switch to,pin & short 0 LK GROUP: In L or L reakout: WS: mils(<=0.") Group Space >= mils Length Match: same as LK LK GROUP: In L or L reakout: WS: mils(<=0.") Group Space >= mils Length Match: mils FRQ_SL, R0 KOhm 0 LK_N# is O for MX 0 For L: Load R0, R0, U For NNL: Load R0, R 0 _LK_IHPI _LK_PI 0 _LK_MINIPI _LK_SIOPI _LK_KPI _LK_FWHPI _LK_LNPI _LK_IH _LK_MH +V.S_LK LK_N# R 0KOhm R KOhm "-." "-." 0 "-." "-." "-." "-." "-." "-." "-." FS FS FUNTION MHz 0 MHz () 0 00MHz MHz R.Ohm 0P R0.Ohm 0 0P R.Ohm 0P R.Ohm 0P R.Ohm 0P R.Ohm 0P R.Ohm 0P R.Ohm LK_IHPI <=0." LK_IH <=0." PF0V LK_X <=0." U Vtt_PWRG# 0 VI VI VI VI VI VI0 FSPILK_F0 FSPILK_F SLPILK_F X LK_PI 0 MULTSL0PILK0 <=0." LK_MINIPI MOPILK <=0." LK_SIOPI PILK <=0." LK_KPI PILK <=0." LK_FWHPI PILK <=0." LK_LNPI PILK <=0." V_0 0P R.Ohm LK_MH <=0." V_ 0P V_ R 0PF0PPM X LK_X <=0.".Mhz PF0V X VRF VPI VPI VV VPU 0 VPU V V PULKT0(FS) PULK0(FS) RF0 0 <=0." I address: H.V+-% SM: 0 m S0: 0 m +V.S_LK +V.S_LK +V.S_LK LK_MH_LK PULKT <=0." LK_MH_LK# PULK <=0." LK_PU_LK PULKT <=0." LK_PU_LK# PULK <=0." MHz_ LK_IH <=0." +V.S_LK 0 +V.S_LK +V.S_LK 0.uF0V R.Ohm LK_MH_RF "-" R.Ohm R Ohm R KOhm R 0KOhm "-" R.Ohm S_S,0, SL_S,0, PM_STPPU#, PM_STPPI# PM_SLP_S#, FS FS0 FUNTION 0 0 MHz 0 00MHz 0 00MHz MHz 0.0UF0V L 0Ohm00MHz UF0V R.Ohm R0.Ohm "-." 0P "-" R.Ohm 0P 0.0UF0V +V.S_LK <=0." <=0." <=0." <=0." 0.uF0V <=0." <=0." +V.S_LK "- " "- " R.Ohm 0 0.uF0V 0 0.uF0V R.Ohm "- " <=0." R.Ohm "- " <=0." R.Ohm UF0V L0 0Ohm00MHz 0uF0V +V.S MI +V.S LK_PU_LK# must be low in HOST_LK GROUP In L or L Pair WidthSpace: mils Group Space:>= mils Length Match: +- 0 mils LK_MH_RFSS V_MHz_ <=0." R.Ohm IS0 SUSTek OMPUTR IN. N LOK-IS0 MHz_0 LK_M <=0." ST 0 SLK PU_STOP# PI_STOP# P# IRF FS FS R 0KOhm G_FS G_FS R.Ohm R.Ohm G_FS G_FS 0P 0 0P _LK_IH _LK_MH_RF _LK_SIO_M 0.uF0V _LK_IH 0.uF0V L 0Ohm00MHz _LK_MH_LK _LK_MH_LK# _LK_PU_LK _LK_PU_LK# _LK_MH_RFSS 0P FS0 R 0KOhm G_FS0 ustom NL ate: Monday, November, 00 Sheet of.

19 *ll termination resistors should be near chip 0 mil 0 mil 0 mil 0 mil ustom Monday, November, 00 SUSTek OMPUTR IN. N LN-RTL00L. NL ate: Sheet of IUX XTL PI_ SK SK PI_ PI_ PI_ PI_ PI_ PI_ L_RP PI_ S PI_0 PI_ S TRL PI_ V PI_ PI_ PI_ IUX L_RN O L_TP TRL PI_0 PI_ PI_ XTL PI_ PI_ PI_0 PI_ PI_ ISOLT L_TN PI_ PI_ PI_ O PI_ PI_0 PI_ LN_ISL PI_ PI_ PI_ PI_ PI_ LN_RST XTL XTL +V.SUS_LN VL +V.SUS_LN V VL +V.SUS V +V.SUS_LN +V.SUS +V.SUS_LN +V.SUS_LN +V.SUS_LN 0.0UF0V TP TPb 0.uF0V 0.uF0V 0.uF0V Q0 HM 0.uF0V 0 0uF0V R Ohm 0.uF0V R.KOhm % 0 0.uF0V 0P L 0Ohm00Mhz 0.uF0V R.Ohm 0.uF0V R.Ohm P 0.uF0V R0.KOhm 0.uF0V P R.Ohm 0 0.uF0V 0.uF0V R.Ohm 0.0UF0V 0uF0V X MHZ R PF0PPM U RTL00L TX+ TX- V_0 0 RX+ RX- V_ TRL N0 N N V N N N N N N V_ N ISOLT N0 INT V_0 PIRST PILK GNT RQ PM V_0 0 V_ N ISL N 0 V_ V_ FRM N IRY N V_ V_ 0 0 N 0 V_ V_ PR SRR N N N V_ PRR STOP VSL TRY LKRUN 0 LNWK S V_ O UXI N SK N0 N L L N L0 N N XTL XTL N N RST 0.uF0V U T S SK I O ORG V PI_[:0],0,, L_RN L_RP L_TP L_TN PI_PRR#,,0, PI_FRM#,,0, PI_RQ#, PI_STOP#,,0, PI_TRY#,,0, PI_PR,0, PI_#,0, PI_VSL#,,0, PI_INT#,,0 PM_S# PI_#,0, PI_#,0, PI_GNT# _LK_LNPI UF_PI_RST#,,0,,, PI_#0,0, PI_IRY#,,0, PI_SRR#,,0, PM_SLP_S#,,,

20 ,,, PI_[:0] 0 +V.S_MPI +V.S _LK_MINIPI 0P +V.S_MPI MINI_PI ON +V.S_MPI TIP RING LN_RSRV LN_RSRV,, LP_0 LN_RSRV LN_RSRV,, LP_ LN_RSRV LN_RSRV LP_,, 0_LINKL LN_RSRV LN_RSRV0 0 LP_,, MPI_WLN_ONOFF# LN_RSRV LN_RSRV 0_TL LN_RSRV LN_RSRV LN_RSRV LN_RSRV LP_FRM#,,,, PI_INT# INT# V_ +VS_MPI.V_ INT# 0 PI_INT#,, RSRV RSRV IS_SYSIOS GROUN.VUX +V._MPI "-" LK RST# UF_PI_RST#,,,,, GROUN.V_, PI_RQ# RQ# GNT# 0 PI_GNT# PI_.V_ GROUN PI_ [] PM# PI_PM#,, [] RSRV PI_0 PI_ GROUN [0] PI_ [].V_ 0 PI_ [] [] PI_ RSRV [] PI_,, PI_# PI_ []# [] PI_0 [] ISL 0 R 00Ohm PI_ GROUN GROUN PI_ PI_ [] [] PI_0 [] [0] PI_ GROUN PR PI_ PI_PR,, [] [] 0 PI_,, PI_# []# [],,, PI_IRY# IRY# GROUN0.V_ FRM# PI_FRM#,,,,, PM_LKRUN# LKRUN# TRY# PI_TRY#,,,,,, PI_SRR# SRR# STOP# PI_STOP#,,, GROUN.V_ 0,,, PI_PRR# PRR# VSL# PI_VSL#,,,,, PI_# PI_ []# GROUN PI_ [] [] PI_ PI_ GROUN [] 0 PI_ PI_0 [] [] [0] GROUN PI_ PI_ GROUN [0] PI_ [0] [0]# PI_#0,, [0].V_ 0 PI_ PI_.V_ [0] PI_ [0] [0] PI_ PI_ RSRV [0] PI_0 [0] [00] +VS_MPI PI_ V_ RSRV [0] RSRV 00 INT_SRIRQ,,,, 0 GROUN GROUN 0 0 _SYN MN 0 0 _ST_IN _ST_OUT 0 0 _IT_LK _O_I0# 0 0 _O_I# _RST# 0 MO_UIO_MON RSRV UIO_ GROUN S_UIO_OUT S_UIO_IN S_UIO_O S_UIO_I UIO_ UIO_ 0 RSRV MPIT# V.VUX +V._MPI 0.uF0V +VS_MPI +V._MPI 0.uF0V +VS +V. 0 0.uF0V 0.uF0V +V.SUS_IH 0.uF0V +V._MPI G S Intel alexico(0.a+0.b) 0.b 0.a Tx: 00- m Tx: - m Rx: 0- m Rx:0- m Sleep: 0 m Sleep: 0 m Q N00 MPI_WLN_ONOFF# SI SI POST POST, WLN_ON# RN 0KOhm RN 0KOhm SUSTek OMPUTR IN. N MINIPI ustom NL ate: Monday, November, 00 Sheet 0 of.

21 "-." 0 0 P_VI[:0]=000 for R:. P_VI[:0]=00 for R:. P_VI[:0]=00 for R:. P_VI[:0]=00 for R:. 0 ustom Monday, November, 00 SUSTek OMPUTR IN. N -R(). NL <Variant Name> ate: Sheet of _SUSPN# _GRST# _SL _S _SL _S _ISL P_VI0 _ISL _GRST# _SUSPN# _SL _RI#_O _RI#_O _S P_VI P_VI P_VI0 P_VI P_VI +V. +V. +V. +V.S +V. +V. +V. +V._ +V.SUS_IH +V +V. +V. +V. 0.uF0V 0.uF0V U T0N 0 V WP SL S RN 0KOhm 0 P R0 0KOhm RN 0KOhm 0.uF0V 0.uF0V 0.uF0V R 0KOhm 0 0uF0V R 0KOhm 0.0UF0V 0uF0V NW- T TPb R 0KOhm R 00KOhm 0uF0V T0 TPb 0.uF0V 0uF0V RS U R H M H M P P P0 P J J K K F0 P 0 J K L H J K L M H0 J0 K0 L0 M0 H J K L M J K L F F H M R G H M H J F G M N T H N U F G J N P N P P R R T W R T V W W T0 V0 W0 R T V W R V R0 T T N P P F F F F F F N U H T U U V V W V W T V M N N N V_ORV_ V_ORV_ V_ORV_ V_ORV_ V_PIV_ V_PIV_ V_PIV_ V_PIV_ V_V_ V_V_ V_V_ V_V_ V_V_ V_V_ V_PHYV_ V_PHYV_ V_PHYV_ V_PHYV_ RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV0 RSV RSV RSV RSV RSV RSV RSV RSV RSV RSV0 RSV RSV RSV MVN# SPKROUT RI_OUT# HWSPN# PM# GRST# LKRUN# PIRST# PILK GNT# RQ# ISL FRM# IRY# TRY# VSL# STOP# PRR# SRR# PR # # # 0# N N N N N N N N N N0 N N N N N IRQ IRQ IRQ IRQ IRQSRIRQ# IRQ0 IRQ IRQ IRQ IRQ VPPN VPPN0 VN# VN# R 00KOhm R 00Ohm RN 0KOhm R 0KOhm 0.uF0V G S Q0 N00 R 0KOhm T TPb RN 0KOhm NW- L Ohm00MHz Irat=00m R 0KOhm PI_#,,0 PI_#,,0 PI_#0,,0 PI_PR,,0 PI_VSL#,,,0 PI_IRY#,,,0 PI_SRR#,,,0 PI_STOP#,,,0 _LK_PI UF_PI_RST#,,,0,, PM_LKRUN#,0, PI_GNT#0 PI_PM#,0, SPKR 0 VPPN0 VPPN MVN# PM_RI# PI_,,0, _S# PM_SLP_S#,,, INT_SRIRQ,,0,, VN# PI_#,,0 PI_PRR#,,,0 VN# PI_TRY#,,,0 PI_RQ#0, PI_FRM#,,,0

22 RXTVRFFIL0 To implement as close as possible to R To apply shield Not Support FUNSL0 Memory Stick Memory ard etect FUNSL 0 0 M_# : Memory ard etect 0 SmartMedia Turn-on voltage 0. V MMS ustom Monday, November, 00 SUSTek OMPUTR IN. N -R(). NL ate: Sheet of PI_ PI_ PI_ PI_0 VRF_ PI_ PI_0 PI_ PI_0 PI_ RXT_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_0 PI_ PS_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ PI_ FIL0_ TP0-_ TP0+_ TP0+_ TP0-_ TPIS0 M_# FUN0_S_# FUN_SM_# TPIS0 FUN0_S_# FUN_SM_# M_# S_ S_0 MS_S MS_SIO SMS_LK S_M M_WP# TP0+_ TP0+ TP0-_ TP0- TP0- TP0-_ TP0+_ S_ S_ TP0-_ TP0+_ TP0-_ TP0+_ XOUT_ XIN_ MS_# FUN0_S_# M_# S_ SMS_LK S_ FUN0_S_# M_WP# S_M MS_# MS_S S_ MS_SIO SMS_LK S_0 SM SM0 SM0 SM TP0+ R_LK_ +V._M_V +V._ +V. +V. +V._M_V +V._M_V +V._M_V RN0 0KOhm ON S_R_P M M M M M M M M M M0 S S S S S S S S S SWP S MS_VSS MS_S MS_V MS_SIO MS_RSRV MS_INS MS_RSRV MS_SLK MS_V MS_VSS S_T S_T0 S_VSS S_LK S_V S_VSS S_M S_T S_T NP_N NP_N S_WP_PROTT S TT 0.0UF0V R Ohm 0.0UF0V R 0KOhm JP I_ 0.0UF0V RS U R P R T V W P R T R T V W R T V W V W P R T V W R V W T V W V W V G G G F F F F G G H H H J J K K M L L M L L K H J M F K L H M F J W W V V P R R T T R R P P P N M M L K L L L L K K K J J G G R R R R R R0 R R R R R R R R R R0 R R R R R R R R R R0 T T T T T T0 T T T T T T T T T T0 IOR# IOWR# O# W# # # RG# RST WIT# WPIOIS# RYIRQ# V V VS# VS# # # INPK# INT# INT# INT# TST SM SM SM SM MSSSM MSSIOSM SM SM0 SMLV SMWP# SMR# SMR# SMW# ST ST ST ST0 SML SM SLKMSLK M# MWP# SML SM# FUNSL0 FUNSL XI XO FIL0 PS VRF RXT TPN TPN0 TPP TPP0 TPN TPN0 TPP TPP0 TPIS TPIS0 X.Mhz 0 P G S Q0 SI0S 0.uF0V R Ohm R 0KOhm % 0 0.U 0 0.uF0V R.KOhm RN0 0KOhm ommon hoke L R Ohm RN0 0KOhm P 0PF0V R Ohm RF S G Q SI0S RN0 0KOhm P PI_[:0],,0, PI_INT#, PI_INT#, LOK# FRM# RFU VSL# TRY# STOP#0 0 0 # IRY# PRR# # 0 PR 0 RFU 0 0 RFU 0 IOR# RST#RST IOWR# O# GNT#W# SRR#WIT# 0## #RG# 0# # # INT#IRQ# STSHGSTSHG#V VS VS RQ#INPK# UIOSPKR_IN#V LKRUN#IOIS# MVN# PI_INT#,,0 LK_

23 SOKT -OUN S0-S: (Max.. ) S0-S: (Max. ) S0-S: (Max. 0. ) POWR SWITH S0-S: (Max. ) 0 Use PMI debug card : change R to 0K, delete R ustom Monday, November, 00 SUSTek OMPUTR IN. N PMI SOKT. NL <Variant Name> ate: Sheet of +VPP +V +V +V. +V +V. +V +V +VPP +VPP +V U G 0 V0 V.V_.V_ V_ V_ O V VPP V_ V_ V_ VPP VPP0 SHN P 0.uF0V 0.UFV 0 0.0uFV 0 0uF0V 0.UFV ON PMI_ON_P IOR# IOWR# O# W# # # RG# RST WIT# WP RY V V VS# VS# # # INPK# V V VPP VPP _POWR _POWR _POWR _POWR _POWR _POWR _POWR _POWR _POWR _POWR0 _POWR _POWR _POWR _POWR _POWR _POWR NP_N NP_N P_ P_ P_ P_ 0.UFV 0 0PF0V 0 0.UFV 0PF0V R KOhm 0 0.uF0V 0uF0V 0 0uF0V 0.0UF0V 0 0uF0V 0 0.uF0V 0 0.uF0V # VN# VN# # #RG# RFU PRR# VS # IOR# 0 0 RFU LOK# IOWR# 0 # LKRUN#IOIS# RFU 0## 0 IRY# VSL# FRM# STOP#0 0# VS O# 0 PR 0 TRY# 0 LK_ GNT#W# RST#RST SRR#WIT# INT#IRQ# UIOSPKR_IN#V STSHGSTSHG#V # # RQ#INPK# VPPN0 VPPN

24 ON +VS_I I_RST# NP_N I_P NP_N I_P I_P R I_P KOhm I_P I_P0 I_P I_PSL I_P 0 0 I_P I_P I_P +V.S I_P R I_P I_P 0Ohm I_P0 I_P RN 0 0 0KOhm I_PRQ I_PIOW# I_PIOR# I_PIORY I_PSL I_PK# 0 0, INT_IRQ I_PIOS# I_P I_PPIG# +V.S I_P0 I_P I_PS# I_PS# RN +VS +VS_I I_PSP# 0KOhm RN I_PIOS# I_PSP# 0KOhm 0 RN I_PPIG# 0 0KOhm 0 NP_N + NP_N UF.V H_ON_P 0 +VS_I +VS_I RN 0KOhm RN 0KOhm I_RST# Q UMKN Q,, PI_RST# UMKN SUSTek OMPUTR IN. N ustom NL H onnector ate: Monday, November, 00 Sheet of.

25 0 R KOhm ON NP_N NP_N cd_rom_0p P_ +V.S I_SSL 0 _L R_ I_RST# I_S I_S I_S 0 R I_S I_S0 0Ohm I_S I_S RN 0 I_S I_S I_S I_S 0KOhm I_S I_S I_SIORY I_S 0 I_S I_S0 I_SRQ I_SIOR# I_SIOW# 0 I_SIOS# I_SK# SUS&P O : Reverse type -- Pull high ( Master ), INT_IRQ I_SPIG# I_S HT O : Normal type -- Pull low ( Master ) I_S0 I_S I_SS# I_SSP# I_SS# +VS_I 0 +VS_I + +V.S I_SSL 0 UF.V RN I_SSP# 0KOhm RN I_SIOS# 0KOhm RN I_SPIG# 0KOhm P_ +VS_I SUSTek OMPUTR IN. N ustom NL O onnector ate: Monday, November, 00 Sheet of.

26 0 _LK_KPI P HG_FULL_O K_TLOW# T_LLOW#_O 0, T_SL SM_T SM_T +V. RN 0KOhm +VOR +V.,,0,, INT_SRIRQ _LK_KPI,,,0,, UF_PI_RST#,0, LP_FRM#,0, LP_,0, LP_,0, LP_,0, LP_0 RN 0KOhm K_P KPURST_Q K_G0 KSI_Q K_TLOW# KYTT KYTT SL_T S_T T_SL#: Hi : ell Low: ell T_SL# Q UMKN ell battery mode:.anias PU run 00MHz.eleron PU throttling 0% +V Q0 UMKN +V Q0 UMKN T_LRN KRSM WTHOG OP_S#,0, PM_LKRUN# T_IN#_O FN_ K_J IN_O ISTP# MRTHON# INTRNT# MIL# LR_J# J_L# SWJ_N# INTLK_Q INTT_Q SL_T S_T T_SL# U PSRIRQ PLLK PLRST# PLFRM# PL PL PL P0L0 P P P P0 M S0-S: (. m Typ, m Max.) LxWxH=xx. PINT0 PINT* PRX PTX PSLK PSRY#LKRUN# P0INT* PINT0 PINT0-WIR PINT0-WIR PNTR0* PNTR* PPWM0 PPWM PN PN PN PN PN PN PN P0N0 KLK_S MOUSLK_S PINT INTLK_Q PINT KT_S PINT MOUST_S P INTT_Q P P0 PSL PS P: Power button overwrite disable. Only can be pulled down as default value than can be used as a input. 0 +V. +V. +V. +V. +V.S_IH P,P,P,P0 are wake-up event inputs when K in standby mode +VS K_X PF P,P,P,P0 are wake-up event inputs when K in standby mode R MOhm K_X SROLLOK# NUM_L# P_L# KSO KSO KSO KSO KSO KSO0 KSO KSO KSO KSO KSO KSO KSO KSO KSO KSO0 KSI KSI KSI KSI KSI KSI KSI KSI0 K_X K_X T_IN#_O RN 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm RN 0KOhm V VRF P P P P PKSO PKOS PKSO PKSO PKSO PKSO0 PKSO P0KSO P0KSO P0KSO P0KSO P0KSO P0KSO P0KSO P0KSO P00KSO0 PKSI PKSI PKSI PKSI PKSI PKSI PPWM0KSI P0PWM00KSI0 X MHZ XIN XOUT P0XOUT PXIN RST# NVSS VSS VSS PF IN_O KRSM K_TLOW# PM_LKRUN# K_XTSMI 0.uF0V 0.uF0V udio J pin depends on Keyboard Matrix. N follow MN Keyboard Matrix RN 0KOhm ST_PIRSTNS# KSO KSI KSI KSI KSI MIL_L# PI_RSTNS# +V. Follow MN +V. +V. RN RN RN RN RN RN RN KSI_Q +V.SUS_IH 0KOhm 0KOhm 0KOhm 0KOhm 0KOhm 0KOhm 0KOhm ON SI SI ZIF_ON_P K_XTSMI +V RN 0KOhm KPURST_Q MIL_L# K_XTSMI SROLLOK# NUM_L# P_L# ST_PIRSTNS# KSI KSI KSI KSO0 KSO KSO KSI KSO KSO KSO KSO KSO KSO KSI KSO KSI KSI KSO0 KSI0 KSO KSO KSO KSO KSO Q UMKN KYTT KYTT +V.SUS_IH RN 0KOhm Q0 UMKN I_PSP# +V.S_IH RN 0KOhm K US UK JP KYTT H L L KYTT H H L KSI_ XTSMI#_ I RN 0KOhm R 0Ohm + L YLLOW&GRN K_G0 KPURST_Q NUM_L# RN 0KOhm + L NUM +V. R 0Ohm +V.S YLLOW&GRN KSI0 KSI KSI KSI KSI KSI KSI KSI P_L# +VS Q UMKN +VS Q0 UMKN + L P R 0Ohm RP KOhm 0 RP KOhm 0 RP KOhm 0 RP KOhm 0 RP KOhm 0 RPF KOhm 0 RPG KOhm 0 RPH KOhm 0 YLLOW&GRN SROLLOK# + L SR +V. H0GT KPURST R 0Ohm YLLOW&GRN +V.S +V. RN.KOhm RN.KOhm RN.KOhm RN.KOhm SL_T S_T INTLK_Q INTT_Q RN.KOhm RN.KOhm RN.KOhm RN.KOhm KLK_S MOUSLK_S KT_S MOUST_S RN RN 0KOhm 0KOhm T_LRN K_P K-M SUSTek OMPUTR IN. N ustom. NL ate: Monday, November, 00 Sheet of

27 PULL IH LOS TO IT0 "-." P: dd FHW ROM PN: LOS TO IT0 LPT +VSUS Super IO 0 ustom Monday, November, 00 SUSTek OMPUTR IN. N SIO-IT0. NL <Variant Name> ate: Sheet of SLT_USY LPT_P LPT_P SLT_F# SLT_ST# IRTX FWHHINIT# LPT_P SLT_P LPT_P LPT_P0 LPT_SLT SLT_SLIN# SLT_K# SIOSMI# FWHHINIT# LPT_P LPT_P SLT_RROR# SIOSMI# LPT_P SLT_INIT# IRRX _SIO +V.S +VRF_SIO +V.S _SIO _SIO +VS +VOR +VS +VS +V. +V.S +V. +VRF_SIO +V +V +V.S 0.uF0V P 0.uF0V RN 0KOhm 0uF0V U WHU RST# VPP TL# 0 Q0 Q Q Q Q Q Q V R#LK 0 I V V INIT#O# W# RYY# Q R0.KOhm Q PMS0 RN 0KOhm RN.KOhm RN.KOhm UF0V U ITIT0F TR#JP RTS#JP SR# V0 SOUTJP SIN F0GP0 FGP FGP FGP FIRQIN0GP FIRQINGP FIRQINGP FIRQINGP 0 F0VI_I0GP0 FVI_IGP FVI_IGP FVI_IGP FVI_IGP FVI_O0GP FVI_OGP FVI_OGP FVI_OGP0 FVI_OGP F0GP FGP FGP FGP FGP FGP FGP0 FGP FR#GP V LRQ# SRIRQ L0 L L L PILK LKIN LRST# LFRM# FS#GPSIO FW#GP JSXGP0 JSYGP JSGP JSGP JSXGP JSYGP JSGP JSGP NSL# MTR# MTR#SRST RV# RV#SLK WT# IR# STP# USY P SLT V VIN0 VIN VIN VIN VIN VIN VIN VIN VRF TMPIN TMPIN TMPIN IRRXMII_INGP IRTXMII_OUTGP IRRXGP IRTXGP PM#GPSPRS# FN_TLGPSPFT# FN_TLGP FN_TLGP0 VH VT FN_TFGP FN_TGP FN_TGP SKHG# WPT# INX# TRK0# RT# WGT# HSL# TS# RI# # SIN SOUTJP SR# RTS#JP TR#JP TS# RI# # P P P P P P P P0 ST# F# RR# INIT# SLIN# K# 0P RN.KOhm Q PMS0 0P 0.uF0V RN.KOhm 0.uF0V JP SHORTPIN LP_,0, LP_FRM#,0, IS_SYSIOS 0 IRTX SLT_F# LPT_P H_INIT#, UF_PI_RST#,,,0,, LPT_P SLT_USY LPT_P0 SLT_INIT# LP_,0, SLT_RROR# SLT_ST# LP_0,0, LP_,0, _LK_FWHPI LPT_P LPT_P FWH_WP# UF_PI_RST#,,,0,, LP_RQ#0 LP_FRM#,0, PI_PM#,0, INT_SRIRQ,,0,, LPT_P _LK_SIO_M SLT_P SIO_SMI# LPT_SLT LP_,0, SLT_SLIN# SLT_K# IRRX LPT_P LP_,0, LP_0,0, LPT_P _LK_SIOPI LP_,0,