Kendo-3 Workstation Block Diagram

Transcription

1 Feb. ' 0 RT Port Thermal ensor M 0 I / M us us witch I M us Keyboard Light.'' WUX+/ WX+ L RT LTION P connector isplay port to ocking UIO OMO Jack ual Link LV T H T O R RT isplay Port isplay Port et ombo N et U.0 mart ard IF Touch creen olor ensor U.0 onn H9 RJ onn NVII NP-Q/Q,,,,9,0 R R VRM bx VRM Port Port bx 0 T ONN 9 H UIO O X0-Z,,,,, RJ onn T ONN 0 OKIN ONN 0 T Port H H H H M 9 HI# U.0 PIe X en Finger Print luetooth (L onn) amera T Port 0 T Port T Port ' 9 LINK I/O U OR ONN 00 H0 H H HI# U.0 H9 Kendo- Workstation lock iagram U.0 ep port Intel PU andyridge (Q) R MHz,,,,,,9 Intel ougar Point U.0 ( ports) 9./zalia Interface PI.0 LP I/F PI Rev. INT. RT MI x erial T 0M/s PI xpress,,,,,,9, PI PI FLH 9 -ensor hannel R /0 hannel R /0 U.0 H PI xpress Thinker U.0 H PI xpress T Port U.0 H PI xpress PI xpress PI xpress PI xpress LP us / MHz K H/RF, XP onn. UNUFFR R OIMM Normal ocket Primary 0-PIN R OIMM UNUFFR R OIMM Normal ocket Primary Mini PI- WLN ard Mini PI- WWN MT xpress ard Intel LN LWIVILL 0 Int. K Track point IV U.0 up Mediaard Reader RU0-QFN LP ebug oard onn 9 Project ode: 9.K0.00 P(Raw ard): 0- TPM UNUFFR R OIMM Reverse ocket econdary 0 UNUFFR R OIMM Normal ocket econdary 0 witch PIL00ZFX U.0 ONN 0 -in- lot IM lot OM VR TP90RVR VR_VTT VR0LN VT/VT VINT0 VM L9:ignal Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. lock iagram P Layer tackup INPUT ize ocument Number Rev ustom Kendo- W L0:OTTOM M-T-PWR -T-PWR FXOR_ ILHRTZ VINT0 VR_VTT VR0LN Tuesday, ecember 0, 00 ate: heet of 0 9 VR/R_RF V0R TPRR VM VM VM L: L:ignal ystem / TPRTV VINT0 L:TOP L:ignal L:ignal L:V L: L: attery harger/elector QRHR OK_PWR0_F VINT0 OUTPUT VM VM PU / VTMFQX/VTFX VPUOR VFXOR VRVIO MX9T VM V0R VR VRVIO R_VRF VR 9

2 RITOR ymbol name 0KR Value 0K Ohm Tolerance (J: %, F: %, : 0.%, : 0. %) If no letter, it means J: % Rating 00=> /W, V 00 => /W, V 00 => /0W, 00V /W, V ize =>00, =>00, =>00, =>0, 0=>0 00 HITORY tage ate No. Page Note V R. Ohm If no letter, it means J: % /0W, 00V 00 KRF K Ohm F: % /W, V 00 The naming rule is value + R + size + tolerance For the value, it can be read by the number before R. (R means resistor) For the tolerance, it can be read from the last letter. For the rating, we don't show on the symbol name. For the size, R=>00, R=>00, R=>00,... PITOR ymbol name Value Tolerance Rating ize (M: +/-0, K: +/-0, Z: +0/-0) =>00, =>00, =>00, =>0, 0=>0 U0VMX- 0.uF M/XR 0V 00 0UVMX 0uF M/XR.V 00 UVZY.uF Z/YV V 00 The naming rule is apacitor type + value + rating + size + tolerance + material U0VMX- => MT eremic, T=> PO cap or P cap U => 0.uF 0V => the voltage rating is 0V => 00, =>00, =>00 M=>tolerance M, K, Z X=> XR/XR, Y=> YV - => symbol version, nonsense to characteristic PLNR_I[..0] PH PIOn 9 PLNR_In V Planar I Version Planar P Version PI TL VI MINIPI LOT RU R U UHI U.0 HI MI-to-PI/ 9 Modem/ 9 udio IL IT OM LP ridge I 0 0 VT - Wistron orporation T F,, ec., Hsin Tai Wu Rd., Hsichih, Mus Taipei Hsien, Taiwan, R.O.. 0 V V FVT PI xpress IRQ (efault) F, RIRQ,, H,,, RQ# / NT# RQ# / NT# RQ#0 / NT#0 HITORY ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet of 0

3 VR0_VTT_PU KT OF 9 P_OMP R 9RF-L-P P_IOMPI J From ougar Point MI_TXN[..0] N MI_TXN0 P_IOMPO J MI_TXN MI_RX#0 P_ROMPO H MI_TXN MI_RX# MI_TXN MI_RX# PI_FX_RXN[..0] PI_FX_RXN MI_RX# P_RX#0 K PI_FX_RXN MI_TXP[..0] MI_TXP0 P_RX# M PI_FX_RXN MI_TXP MI_RX0 P_RX# L PI_FX_RXN MI_TXP MI_RX P_RX# J PI_FX_RXN MI_TXP MI_RX P_RX# J PI_FX_RXN0 MI_RX P_RX# H PI_FX_RXN9 MI_RXN[..0] MI_RXN0 P_RX# H PI_FX_RXN To ougar Point MI_RXN MI_TX#0 P_RX# PI_FX_RXN MI_RXN MI_TX# P_RX# 0 F PI_FX_RXN MI_RXN MI_TX# P_RX#9 F PI_FX_RXN MI_TX# P_RX#0 PI_FX_RXN MI_RXP[..0] MI_RXP0 P_RX# PI_FX_RXN MI_RXP MI_TX0 P_RX# PI_FX_RXN MI_RXP MI_TX P_RX# F0 PI_FX_RXN MI_RXP MI_TX P_RX# PI_FX_RXN0 MI_TX P_RX# PI_FX_RXP[..0] PI_FX_RXP P_RX0 J PI_FX_RXP P_RX L PI_FX_RXP To ougar Point FI_TXN[..0] FI_TXN0 P_RX K PI_FX_RXP FI_TXN FI0_TX#0 P_RX H H9 PI_FX_RXP FI_TXN FI0_TX# P_RX H 9 PI_FX_RXP0 FI_TXN FI0_TX# P_RX F PI_FX_RXP9 FI_TXN FI0_TX# P_RX PI_FX_RXP FI_TXN FI_TX#0 P_RX F PI_FX_RXP These P interface is left as N, 0 FI_TXN FI_TX# P_RX F0 PI_FX_RXP FI_TXN FI_TX# P_RX9 PI_FX_RXP if external FX is not mounted.. FI_TX# P_RX0 PI_FX_RXP P_RX F PI_FX_RXP FI_TXP[..0] FI_TXP0 P_RX PI_FX_RXP FI_TXP FI0_TX0 P_RX 9 PI_FX_RXP FI_TXP FI0_TX P_RX 0 PI_FX_RXP0 FI_TXP FI0_TX P_RX FI_TXP FI0_TX PI_FX_U_TXN PI_FX_TXN PI_FX_TXN[..0] 0 UVKX-P FI_TXP FI_TX0 P_TX#0 M9 9 PI_FX_U_TXN PI_FX_TXN FI_TXP FI_TX P_TX# M UVKX-P 9 PI_FX_U_TXN PI_FX_TXN FI_TXP FI_TX P_TX# M UVKX-P F PI_FX_U_TXN PI_FX_TXN FI_TX P_TX# L UVKX-P PI_FX_U_TXN PI_FX_TXN P_TX# L9 UVKX-P PI_FX_U_TXN0 PI_FX_TXN0 From ougar Point FI_FYN0 J FI0_FYN P_TX# K UVKX-P PI_FX_U_TXN9 PI_FX_TXN9 FI_FYN J FI_FYN P_TX# K UVKX-P PI_FX_U_TXN PI_FX_TXN P_TX# J0 UVKX-P PI_FX_U_TXN 9 PI_FX_TXN FI_INT H0 UVKX-P FI_INT P_TX# J PI_FX_U_TXN 0 UVKX-P PI_FX_TXN P_TX#9 H9 PI_FX_U_TXN PI_FX_TXN FI_LYN0 J9 UVKX-P FI0_LYN P_TX#0 PI_FX_U_TXN PI_FX_TXN FI_LYN H UVKX-P FI_LYN P_TX# 9 PI_FX_U_TXN UVKX-P PI_FX_TXN P_TX# F PI_FX_U_TXN UVKX-P PI_FX_TXN VR0_VTT_PU P_TX# PI_FX_U_TXN UVKX-P PI_FX_TXN P_TX# F PI_FX_U_TXN0 UVKX-P PI_FX_TXN0 P_OMP P_TX# R9 9RF-L-P P_OMPIO PI_FX_U_TXP PI_FX_TXP PI_FX_TXP[..0] UVKX-P R P_HP_PU P_IOMPO P_TX0 M PI_FX_U_TXP UVKX-P PI_FX_TXP P_HP P_TX M PI_FX_U_TXP 9 PI_FX_TXP UVKX-P P_TX M0 PI_FX_U_TXP 0 UVKX-P PI_FX_TXP P_TX L PI_FX_U_TXP UVKX-P PI_FX_TXP P_UX P_TX L PI_FX_U_TXP0 UVKX-P PI_FX_TXP0 P_UX# P_TX K0 PI_FX_U_TXP9 UVKX-P PI_FX_TXP9 P_TX K PI_FX_U_TXP UVKX-P PI_FX_TXP P_TX J9 PI_FX_U_TXP UVKX-P PI_FX_TXP P_TX0 P_TX J F PI_FX_U_TXP UVKX-P PI_FX_TXP P_TX P_TX9 H PI_FX_U_TXP UVKX-P PI_FX_TXP P_TX P_TX0 PI_FX_U_TXP UVKX-P PI_FX_TXP P_TX P_TX PI_FX_U_TXP 9 UVKX-P PI_FX_TXP P_TX F PI_FX_U_TXP 0 UVKX-P PI_FX_TXP P_TX#0 P_TX PI_FX_U_TXP UVKX-P PI_FX_TXP P_TX# P_TX PI_FX_U_TXP0 UVKX-P PI_FX_TXP0 P_TX# P_TX F P_TX# N MI Intel(R) FI ep PI XPR* - RPHI OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. PU(/):MI/P/FI ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet of 0

4 Need to refer Intel esign uide to place PU and route wire. TP VR0_VTT_PU TP VR0_VTT,0,,9, -THRM -PROHOT -THRMTRIP R9 To power shutdown circuits Open rain Output 0.9V~.V operation device VR0_VTT_PU,,0 PI -TRR Need to connect to R RJ--P TP0 R TP atastrophic error output N_IV# is used for contol of TacomaPass L. N L N L N KT N_IV# KTO# TRR# PI PROHOT# THRMTRIP# KTO# pin is tied down by PU, when PU is inserted at socket. N MI THRML LOK R MI OF 9 LK LK# PLL_RF_LK PLL_RF_LK# M_RMRT# M_ROMP0 M_ROMP M_ROMP R K PLL_RF_LK- PLL_RF_LK+ R R9 R0 R R 0RF-P RF-P 00RF-L-P KRJ--P KRJ--P VR0_VTT_PU PU_LK_00M -PU_LK_00M VR0_VTT_PU V,0 RMPWR VR0_VTT_PU VR_VQ Place near PU R9 RJ--P This test point is used at P process.,,0 PUPWR -PU_RT -PM_YN TP M P V R PM_YN UNORPWROO M_RMPWROK RT# N PWR MNMNT JT & PM PR# PRQ# TK TM TRT# TI TO R# PM#0 PM# PM# PM# PM# PM# PM# PM# P9 P R R P0 R P L T R9 R0 T0 P R T R -XP_PR,0 -XP_PRQ,0 -XP_TRT,0 XP_TO,0 -XP_R,,0 R0 KRJ--P FOR XP K--P VR_IMM R9 RJ--P XP_TK,0 XP_TM,0 XP_TI,0 R KRJ--P R0 RJ-P Place near PU RMPWR VR0_VTT_PU V OUT_Y U9 N# IN_ VTT_PWR RMRT_T_ON VTT_PWR,,0 Q0 TF-P -RMRT,,0,0,,,0,,0,0 -PLTRT_FR This change is to Wake up issue based on Intal White paper Place near IMM connector U9 R RJ-P R 00KRJ--P R TP R 0KRJ--P R RJ--P R0 RJ--P Q K--P 0 R KRJ--P R Q K--P KRJ--P Need to find chmitt with Open drain output OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. PU (/):LK/MI/JT ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

5 KT OF 9 KT OF 9,0 M Q[..0] _LK0 M RLK0_M N M Q0 _LK#0 -M RLK0_M 9 R9 M Q _Q0 _K0 M K0,0 M Q[..0] _LK0 M RLK0_M M Q _Q 0 M Q0 _LK#0 -M RLK0_M M Q _Q V9 M Q _Q0 _K0 M K0 M Q _Q 9 M Q _Q M Q _Q _LK M RLK_M M Q _Q M Q _Q _LK# -M RLK_M 9 R0 M Q _Q M Q _Q _K M K M Q _Q _LK M RLK_M M Q _Q M Q _Q _LK# -M RLK_M M Q9 _Q V0 F M Q _Q _K M K M Q0 _Q9 F M Q _Q M Q _Q0 _LK M RLK_M 0 F0 M Q9 _Q M Q _Q _LK# -M RLK_M 0 F T9 M Q0 _Q9 M Q _Q _K M K 0 0 F M Q _Q0 _LK M RLK_M 0 M Q _Q 9 F M Q _Q _LK# -M RLK_M 0 M Q _Q F9 W9 M Q _Q _K M K 0 M Q _Q for IMMs F J M Q _Q M Q _Q _LK M RLK_M 0 for IMMs J M Q _Q M Q _Q _LK# -M RLK_M 0 K0 T0 M Q _Q M Q9 _Q _K M K 0 K K9 M Q _Q _LK M RLK_M 0 M Q0 _Q9 K J9 M Q _Q _LK# -M RLK_M 0 M Q _Q0 K W0 J0 M Q9 _Q _K M K 0 M Q _Q J K M Q0 _Q9 M Q _Q _#0 -M 0 J K M Q _Q0 M Q _Q _# -M J M M Q _Q M Q _Q _# -M 0 J K N M Q _Q _#0 -M 0 M Q _Q _# -M 0 for IMMs K L N M Q _Q _# -M M Q _Q M M Q -M 0 for IMMs N _Q _# M Q _Q N0 H M M Q _Q _# -M 0 M Q9 _Q N N M Q _Q M Q0 _Q9 _OT0 M OT0 N M M Q _Q M Q _Q0 _OT M OT M0 M M Q9 _Q M Q _Q _OT M OT 0 M9 H M M Q0 _Q9 _OT0 M OT0 M Q _Q _OT M OT 0 for IMMs N9 M M Q _Q0 _OT M OT M Q _Q M R M Q _Q _OT M OT 0 M Q _Q H M Q M OT 0 for IMMs P _Q _OT -M Q[..0],0 M Q _Q N M Q _Q M Q _Q K N -M Q0 M Q _Q -M Q[..0],0 M Q _Q _Q#0 K N F -M Q M Q _Q M Q9 _Q _Q# H P K -M Q M Q _Q -M Q0 M Q0 _Q9 _Q# H P N -M Q M Q _Q _Q#0 -M Q M Q _Q0 _Q# J N9 N -M Q M Q9 _Q _Q# -M Q M Q _Q _Q# J J T P9 -M Q M Q0 _Q9 _Q# -M Q M Q _Q _Q# J M T K -M Q M Q _Q0 _Q# -M Q M Q _Q _Q# K L P P -M Q M Q _Q _Q# -M Q M Q _Q _Q# J9 M N M Q _Q _Q# -M Q M Q _Q K9 R R M Q _Q _Q# -M Q M Q _Q H M R M Q[..0],0 M Q _Q _Q# M Q _Q H9 R9 M Q _Q M Q9 _Q L9 J M Q0 M Q _Q M Q0 _Q9 _Q0 L M Q M Q[..0],0 T M Q _Q M Q _Q0 _Q P T9 J M Q M Q9 _Q M Q0 M Q _Q _Q N H M M Q M Q0 _Q9 _Q0 M Q M Q _Q _Q L F R N M Q M Q _Q0 _Q M Q M Q _Q _Q M K J P M Q M Q _Q _Q M Q M Q _Q _Q M N H K M Q M Q _Q _Q M Q M Q _Q _Q L L T P M Q M Q _Q _Q M Q M Q _Q _Q P M9 N M Q _Q _Q M Q M Q _Q N R R M Q _Q _Q M Q M Q9 _Q J M T M Q _Q _Q M Q0 _Q9 M [..0],0 H T M Q _Q M Q _Q0 L N M 0 M Q9 _Q M Q _Q _M0 K R T M M Q0 _Q9 M [..0],0 M Q _Q _M L T R M M Q _Q0 M 0 _Q _M K 0 T M M Q _Q _M0 M M J W T M M Q _Q _M M M H W T M Q _M M M W T M M M M V 9 R M M M,0 M 0 _0 _M V T M M M,0 M _M W R R M 9 _M M,0 M _M9 0 W M 0,0 M 0 _0 _M M M0 F0 V R M,0 M _M M 9 _M V W T M,0 M _M9 M 0 _M 0 0 M M0 M,0 -M # _M V R M M M,0 -M R _R# _M W 9 R M M M,0 -M W _W# _M F,0 -M # _M 9 V M,0 -M R _R# _M F9 V M,0 -M W _W# _M R YTM MMORY N R YTM MMORY N N OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. PU(/): R H-/H- ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

6 KT OF 9 F0 F F F F F K K9 L L K L9 L0 M M M0 M M N N N M K N9 F0 F F F F F F F F F9 F0 F F F F F F F N RV#L RV# RV# RV#K RV#W RV#T RV#M RV#J RV#T RV#J RV#H RV# L K W T M J T J H VX_N RV#R R J X_N RV#J RV#T T H V_N RV#H RV#T T J _N RV#J RV#P P H RV#H RV#R R hould be add pulldown K based on configration specification. When P Lane reversible function is used, F should have pull down. ep Function is used, F port should be tie own. If not, this port can be left as floating. F RV#F TP When PIe Port ifurcation function is used, F RV#F F F & should have pull down. RV#F RV# RV#J J Low/Low : x, x and x RV# RV#K K Low/High : Reserved RV# RV# High/Low : x and x RV# 0 High/High : x VFXOR_I VPUOR RV#0 RV#H H RV# 0 RV#0 When P efer training function is used, 9 RV#9 0 F should have pull down. RV#0 RV#N N RV# RV#M M 0 RV#0 9 RV#9 R F R F R F F R0 R0 K0RF--P F X_N R 99RF-P _N R 99RF-P R VX_N R V_N R_VRF M R R_VRF_Q_M R TP PU_VTT_PWR_T# J RV# RV# J0 RV#J0 RV# 9 RV#9 J RV#J RV#J N RRV RV# RV# RV# RV# RV# RV#T T RV#T T RV#R R OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. PU(/): F/RV ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet of 0

7 KTF VPUOR POWR OF 9 N VR0_VTT_PU V V VIO H V VIO H0 V VIO 0 V VIO 0 0 V VIO Y0 9 V VIO U0 9 0 T T V VIO P0 V VIO L0 V VIO J F V VIO J F V VIO J F V VIO J F V VIO H F V VIO H F0 V VIO H F9 V VIO F V VIO F V VIO F V VIO F V VIO F V VIO F V VIO F VR0_VTT VR0_VTT_PU V VIO V VIO 0 R V 9 V VIO 00RF--P V VIO V VIO V VIO V VIO This jumper is placed to monitor current. VR0_VTT_PU V VIO V VIO V VIO V VIO 0 V VIO 9 V VIO V VIO V VIO V VIO V VIO VR0_VTT_PU V V VIO J V V 0 V 9 V V V V Y V Y R R0 V Y V Y V Y V Y0 V Y9 V Y V Y V Y R9 V V RJ-P V V J9 V VILRT# -VI_LRT 9 V V VILK J0 VI_LK 9 V J V VIOUT VI_T 9 V V V0 V V9 V V V V V V V U V U V U V U V U V U0 V U9 VR0_VTT V U VPUOR V U V U V R V R V R V R R R V R V 00RF-L-P-U 00RF-L-P-U R0 V R9 R0 V R 0RJ--P V R V V_N J VN 9 R V _N J R0 N 9 P V P 0RJ--P V P V P V VIO_N 0 V_N_VTT P V IO_N 0 _N_VTT P0 R V P9 V 00RF-L-P-U P V P V P V R9 00RF-L-P-U OR UPPLY N LIN VI P N R UVMX-P 0UVMX-P UVMX-P 0UVMX-P 0UVMX-P 0UVMX-P 0UVMX-P RJ--P 0UVMX-P 0RF--P 0UVMX-P Take care PullUp/Pullown resistor placement.[hould be minimized stub.] N OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. PU(/): PWR ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

8 VFXOR_I KT POWR OF 9 VFXOR_I R 00RJ--P T R0 0RJ--P VX VX_N VFX_N_I 9 aps on Page. are not K T VX X_N K FX_N_I 9 T R 0RJ--P required. It's enough on VX N T0 VX When Ifx is disabled, Page.. T R VX T these lines can be left floating. VX 00RJ--P R VX R VX R VX R0 R_VRF_PU VX R R_VRF_PU VX R R_VRF VX P VX M_VRF L P VX P R VX P0 VX P VX P VX N VX N VX N VX N0 VR_VQ Q VX N K--P VX N VX M VX VQ F M VX VQ F M VX VQ F M0 VX VQ M VX VQ M VX VQ L 9 0 VX VQ Y L VM VX VQ Y L VX VQ Y L0 VX VQ U L VX VQ U L VX VQ U K VX VQ P K VX VQ P K VX VQ P K0 Q9 VX K VX K V VX J VX J VX J VX J0 VX J V_FX_I VX J VX H R Q9 VX H 0RL0F-P VR VX H VX V M H0,9,,,9 _ON R VX V M H VX V L H VX V J TT-P V J V V J R90 V H 0RL0F-L-P V H VR0_VTT_PU UVMX-P UVMX-P V_N 90 R9 F_ V_L 90 V_VI 0RJ--P OM N R R 0KRJ--P 0KRJ--P Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. UVMX-P VPLL VPLL VPLL RPHI.V RIL N LIN RIL R -.V RIL VRF MI V_N H R 0RJ--P UVMX-P UVMX-P R 00RJ--P UVMX-P 0UVMX-P U0VKX-P 0UVMX-P U0VKX-P R0 U0VKX-P U0VKX-P U0VKX-P R R PT-P R MRJ--P R 00KRF-L-P PU(/): FX/PWR ize ocument Number Rev ustom Kendo- W ate: Tuesday, ecember 0, 00 heet of 0

9 KTH OF 9 KTI 9 OF 9 T J T J9 T9 J T N F T T J F9 T J0 T 0 T J T T9 J T T T0 T N J J T9 T0 J T T H T T H T 0 T H P9 9 R H0 P R H9 P R9 H P R H P R H P R0 H N R H9 N R H N R H N P H N P 9 N0 9 P N9 P N 0 P F N P9 F N P F M P F L P0 L0 P L P L9 P L 0 N0 L N 0 L N L 9 N 9 L N9 L N L N 9 K N0 K 9 N 9 K9 N K M9 J M J M H M9 H0 M H M H 9 M0 H M H M H 0 M 0 H M 9 R H0 M 0RJ--P H9 L H L H L Y9 H L Y H L H Y L9 Y H 90 _N L Y H L Y H L0 W L W L W 9 L W K W R K0 W0 0 00RJ--P K W9 K W K W F K9 W F K U9 F9 K U K0 U K U K U J U N N OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. PU(/): ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet 9 of 0

10 LNK OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. LNK ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet 0 of 0

11 INL RF NL IL V VR0_VTT_PU TO TRT# RT# RT# F0 PWR PWR INL TO R R R R9 R R R N0 RF R0 R M M M M M M M M NL 0 00 NO_M M M NO_M NO_M NO_M NO_M NO_M LOI IL NO_M NO_M,0 -XP_PRQ,0 -XP_PR,,0 PUPWR F0,,,0,,,9,9,0 PWR,0 XP_LK_00M,0 -XP_LK_00M,,,0,,0,0 -PLTRT_FR,,0 -XP_R,0 XP_TO,0 -XP_TRT,0 XP_TI,0 XP_TM,0 XP_TK R R R R9 R KRJ--P RJ--P R N0 PU XP FF pin IF Pin OFN_0 (PRQ#, I/O) Pin OFN_ (PR#, I/O) Pin Pin OT_0 (Open, I/O) Pin OT_ (Open, I/O) Pin Pin OT_ (Open, I/O) Pin OT_ (Open, I/O) Pin 9 Pin 0 HOOK0 (PWR, In) Pin HOOK (P_PWR_RT#, Out) Pin HOOK (F0, Out) Pin HOOK (vr_ry_pwrok,out) Pin HOOK (LK, In) Pin HOOK (LK#, In) Pin VO_ (VP Voltage of PU, In) Pin HOOK (RT#, Out) Pin HOOK (R#, Out) Pin 9 Pin 0 TO, In Pin TRT#, Out Pin TI, Out Pin TM, Out Pin TK (Open) Pin Pin TK0,Out TM R R 0 00 NO_M NO_M TI TK MPWR R R R0 R R N 0 00 M M M NO_M NO_M NO_M NO_M NO_M LOI,,,,,9,0 MPWR,,0 -XP_R,0 PH_TO,0 PH_TI,0 PH_TM,0 PH_TK In production, ll of parts should be not moounted except of pulldown ohm on TK. VM R R R0 R R R R RJ--P R R R0 VM N OM U Interface for PH. PH XP FF pin IF Pin OFN_0 (Open), I/O) Pin OFN_ (Open, I/O) Pin Pin OT_0 (Open, I/O) Pin OT_ (Open, I/O) Pin Pin OT_ (Open, I/O) Pin OT_ (Open, I/O) Pin 9 Pin 0 HOOK0 (RMRT#, In) Pin HOOK (P_PWR_RT#, Out) Pin HOOK (Open) Pin HOOK (Open) Pin HOOK (Open) Pin HOOK (Open) Pin VO_ (.VU, In) Pin HOOK (RMRT#, Out) Pin HOOK (R#, Out) Pin 9 Pin 0 TO (JT, In) Pin TRT# (Open) Pin TI (JT, Out) Pin TM (JT, Out) Pin TK (Open) Pin Pin TK0 (JT, Out) Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. XP ONNTOR ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet of 0

12 VR_IMM VR M,0 M [..0] M 0 9 NP VR_IMM M 0 NP 9 NP R M NP 9 0RL0F-P M 9 0 M R# -M R,0 9 M W# -M W,0 9 M # -M,0 90 M M 0# -M 0 9 VR_IMM M 9 # -M M M 0/P K0 M K0 9 0 M K M K M 9 0 M K0 M RLK0_M 0 0 -M RLK0_M U0VKX-P U0VKX-P M K0#,0 M 9 0 / K M RLK_M 0 K# -M RLK_M,0 M ,0 M 0 M0,0 M Q[..0] M Q0 M M Q Q0 M M Q Q M R_VRF M Q Q M M Q Q M 0 M Q Q M M Q Q M M Q Q M_T_,,0,0 U0VKX-P M Q Q 00 UVKX-P 0 M Q9 Q L M_LK_,,0,0 M Q0 Q9 9 V M Q Q0 VNT# V0R M Q Q Place caps close to pin as possible M Q Q VP 99 M Q Q 9 M Q Q 0 0 M Q Q 9 M Q Q V M Q Q N# M Q9 Q N# VR_IMM M Q0 Q9 N#/TT 0 M Q Q0 M Q Q V 0 U0VKX-P U0VKX-P M Q Q V M Q Q V M Q Q V 9 M Q Q V M Q Q V 9 9 Place caps close to pin99 as possible M Q Q V 9 M Q9 Q V 99 M Q0 Q9 V9 00 M Q Q0 V0 0 0 M Q Q V 9 0 M Q Q V M Q Q V M Q Q V M Q Q V 0 M Q Q V M Q Q V 0 M Q9 Q V M Q0 Q9 M Q Q0 9 M Q Q M Q Q 9 M Q Q 9 M Q Q M Q Q M Q Q 9 0 M Q Q 0 M Q9 Q M Q0 Q9 R_VRF R_VRF_ M Q Q0 M Q Q M Q Q M Q Q M Q Q M Q Q R0 0RJ--P M Q Q M Q Q 9 9 M Q9 Q 9 M Q0 Q9 0 R_VRF M M Q Q0 0 M Q Q 9 M Q Q 9 Q,0 -M Q[..0] -M Q0 0 R0 -M Q Q0# -M Q Q# -M Q Q# -M Q Q# -M Q Q# -M Q Q# 9 -M Q Q# 9 Q#,0 M Q[..0] M Q0 M Q Q0 0 9 R_VRF R_VRF_Q M Q Q M Q Q M Q Q M Q Q M Q Q M Q Q R09 0RJ--P Q R_VRF_Q R_VRF_ M OT0 OT0 M OT 0 OT R_VRF_Q_M 9 VRF_ VRF_Q 9 R0 V0R,,0,0 -RMRT 0 RT# VTT 0 0 VTT 0 UVKX-P U0VKX-P R-0P-9-P-U U0VKX-P UVKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. P ddress : 0h This connector should be placed on far side from PU. R OIMM_H-_Primary ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

13 VR_IMM 9 U0VKX-P 9 U0VKX-P,0 M Q[..0],0 -M Q[..0] R_VRF,0 M Q[..0] 9 9 UVKX-P U0VKX-P,0 M [..0] R_VRF_Q VR_IMM M 0 NP VR_IMM Place caps close to pin as possible V M Q0 M Q 9 9 M Q M Q U0VKX-P U0VKX-P M Q0 M Q0 M Q M Q M Q Place caps close to pin99 as possible 9 M Q M Q 0 M Q9 M Q VR_IMM M Q -M Q M Q 9 0 M Q0 -RMRT,,0,0 M Q M Q M Q M Q 9 M Q 0 M Q0 M Q -M Q M Q 9 M Q 0 M Q M Q9 M Q M Q M Q M Q 9 M Q9 0 -M Q M Q M Q M Q 9 M Q0 0 M Q UVKX-P U0VKX-P M K0 V0R M K M,0 M 9 0 M M M 9 M M M 9 M 9 90 M 9 9 M M M 9 9 M 99 9 M 0 M RLK0_M M RLK0_M 0 0 M RLK_M 0 0 M 0 -M RLK_M 0 0,0 M M,0 0 -M R,0,0 -M W,0 -M -M 0 M M OT0 9 -M 0 M OT R_VRF_ M Q 9 M Q 0 M Q M Q -M Q M Q 9 M Q 0 M Q M Q M Q9 M Q0 M Q M Q 9 M Q 0 -M Q M Q M Q M Q 9 M Q 0 M Q M Q M Q9 M Q M Q -M Q 9 M Q 0 M Q0 M Q M Q M Q V 9 M Q 0 M Q0 M Q M Q -M Q 9 M Q V0R R M Q KRJ--P M Q9 9 9 M Q 9 9 M Q M_T_,,0,0 0 0 M_LK_,,0,0 0 0 V0R NP R-0P-9-P-U U0VKX-P UVKX-P U0VKX-P UVKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P OM P ddress : h This connector should be placed on far side from PU. Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. R OIMM_H-_Primary ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

14 ecap for IMM lot 0 ecap for IMM lot V0R VR_IMM V0R ecap for IMM lot V0R VR_VQ V0R VR_VQ ecap for IMM lot OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. P For IMMs ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet of 0 UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P 9 UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P 0 UVKX-P UVKX-P UVKX-P

15 VR0VIO TL KNO NVII NP-Q U V I: 0x0F NP-Q V I: 0x0 U0VKX-P XR U0VKX-P XR UVKX-P UVKX-P UVKX-P 0UVKX-P 0 Missed x uf. U OF.0V +/- % PU on -PU_RT will be removed K PX_IOV,00m K from FVT planar if no problem. PX_IOV K PX_IOV (ee NV ) K PX_IOV XR, Under PU. VR0VIO VVIO K PX_IOV PX_IOVQ PX_IOVQ PX_IOVQ R R0 PX_IOVQ PX_IOVQ PX_IOVQ PX_IOVQ PX_IOVQ PX_IOVQ -PU_RT M PX_RT# PX_IOVQ -LKRQ_FX R PX_LKRQ# PX_IOVQ PX_IOVQ PX_IOVQ PI_FX_RXP[..0] PX_IOVQ PX_IOVQ PX_IOVQ PX_IOVQ PX_IOVQ PI_FX_RXN[..0] R9 PX_IOVQ J PX_TTLK_OUT PX_IOVQ J PX_TTLK_OUT# PX_IOVQ PX_IOVQ FX_LK_00M R PX_RFLK PX_IOVQ PI_FX_TXP[..0] -FX_LK_00M R PX_RFLK# PX_IOVQ PI_FX_RXP0 UVKX-P PI_FX_U_RXP0 PX_IOVQ L PI_FX_RXN0 UVKX-P PI_FX_U_RXN0 PX_TX0 M PX_TX0# 0KRJ--P PI_FX_TXP0 PI_FX_TXN[..0] P PI_FX_TXN0 PX_RX0 N 9 PX_RX0# PX_V_V F PI_FX_RXP UVKX-P PI_FX_U_RXP PX_V_V_N M PI_FX_RXN UVKX-P PI_FX_U_RXN PX_TX M9 PX_TX# PI_FX_TXP N# XR N9 PI_FX_TXN PX_RX N# P9 99 PX_RX# N# PI_FX_RXP 9 UVKX-P PI_FX_U_RXP N# L9 PI_FX_RXN UVKX-P PI_FX_U_RXN PX_TX N# K9 PX_TX# N# PI_FX_TXP N# R9 F PI_FX_TXN PX_RX N#F R0 H PX_RX# N#H PI_FX_RXP UVKX-P PI_FX_U_RXP N# L0 H PI_FX_RXN PI_FX_U_RXN XR, Under PU..V +/- % UVKX-P PX_TX N#H M0 H PX_TX# N#H H 0m PI_FX_TXP N#H P0 J PI_FX_TXN PX_RX N#J N0 K PX_RX# N#K (ee NV ) L PI_FX_RXP 0 UVKX-P PI_FX_U_RXP N#L M VVIO PI_FX_RXN PI_FX_U_RXN PX_TX N# UVKX-P M H0 PX_TX# N#H0 H PI_FX_TXP N#H N H PI_FX_TXN PX_RX N#H P H PX_RX# N#H H PI_FX_RXP UVKX-P PI_FX_U_RXP N#H L H PI_FX_RXN 9 UVKX-P PI_FX_U_RXN PX_TX N#H K H PX_TX# N#H H PI_FX_TXP N#H R H XR XR PI_FX_TXN PX_RX N#H XR R L PX_RX# N#L P PI_FX_RXP UVKX-P PI_FX_U_RXP N#P L U PI_FX_RXN UVKX-P PI_FX_U_RXN PX_TX N#U M R PX_TX# N#R V,9 R0VIO_ON R9 KRJ--P R0VIO_PLL_ON PI_FX_TXP N#V P Y PI_FX_TXN PX_RX N#Y N PX_RX# 9 PI_FX_RXP UVKX-P PI_FX_U_RXP M R900 KRJ--P K U0VKX-P PI_FX_RXN UVKX-P PI_FX_U_RXN PX_TX M PX_TX# XR J0 00-P PI_FX_TXP V N J XR, Under PU. PI_FX_TXN PX_RX V P J PX_RX# V J PI_FX_RXP 9 UVKX-P PI_FX_U_RXP V L J9 PI_FX_RXN PI_FX_U_RXN PX_TX V UVKX-P K PX_TX# VFXOR_ PI_FX_TXP R PI_FX_TXN PX_RX R PX_RX# PI_FX_RXP9 0 UVKX-P PI_FX_U_RXP9 L PI_FX_RXN9 UVKX-P PI_FX_U_RXN9 PX_TX9 V_N# M PX_TX9# V_N#P PI_FX_TXP9 V_N#0 P PI_FX_TXN9 PX_RX9 _N#9 N PX_RX9# _N#R PI_FX_RXP0 UVKX-P PI_FX_U_RXP0 _N# M PI_FX_RXN0 UVKX-P PI_FX_U_RXN0 PX_TX0 M PX_TX0# PI_FX_TXP0 N PI_FX_TXN0 PX_RX0 P PX_RX0# PI_FX_RXP 9 UVKX-P PI_FX_U_RXP L PI_FX_RXN 9 UVKX-P PI_FX_U_RXN PX_TX K PX_TX# PI_FX_TXP PX_PLLV R PI_FX_TXN PX_RX PX_PLLV R9 PX_RX# PI_FX_RXP UVKX-P PI_FX_U_RXP K9 PI_FX_RXN 9 UVKX-P PI_FX_U_RXN PX_TX L9 PX_TX# PI_FX_TXP P9 PI_FX_TXN PX_RX N9 PX_RX# PI_FX_RXP UVKX-P PI_FX_U_RXP M9 PI_FX_RXN 9 UVKX-P PI_FX_U_RXN PX_TX M0 PX_TX# PI_FX_TXP N PI_FX_TXN PX_RX P PX_RX# XR XR 9 Missed x uf. J J J9 J J XR, Under PU. J J J K.V +/- % K0 K 0m K L (ee NV ) VVIO FXOR_V_N_ P FXOR_V_N_ 0 FXOR_V_N_ 9 FXOR N_ R VM FXOR N_ FXOR N_.0V +/- % 0m R (ee NV ). VR VR0VIO_PLL VR0VIO_PLL L VR0VIO_PX_PLLV H LM-P XR HIP LMN R0VIO_PLL_ON U0VKX-P U0VKX-P U0VKX-P U0VKX-P R UVKX-P XR, Under PU. U0VKX-P U0VKX-P U0VKX-P UVKX-P U0VKX-P U0VKX-P UVKX-P U0VKX-P 0UVKX-P UVKX-P UVMX-P PI_FX_RXP 0 UVKX-P PI_FX_U_RXP M PI_FX_RXN PI_FX_U_RXN UVKX-P PX_TX M PX_TX# XR PI_FX_TXP R 0 9 PI_FX_TXN PX_RX PX_PLL_HV_N R R PX_RX# XR R9 K9RF-P KRF-P XR PI_FX_RXP UVKX-P PI_FX_U_RXP PX_TRMP# N H PI_FX_RXN 9 PI_FX_U_RXN PX_TX PX_TRMP#H UVKX-P P PX_TX# U0VKX-P U0VKX-P U0VKX-P U HFN_T_ V T F HFN_NR_ VIN NR VO N FIN 9 HFN-P PI_FX_TXP R PI_FX_TXN PX_RX P P R 0KRJ--P HFN_F_ PX_RX# TTMO U0VKX-P 00PVKX-P R9 NP-Q--P R K9RF-P OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. NP-Q/Q (/): P I/F ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

16 IFP_PLLV_PWR UH OF UL OF IFP_RT_K K IFP_RT N IFP_UX_IW_# YTM_P_UXN.0V +/- % XR P YTM_P_UXP R9 IFP_UX_IW_L L IFP_TX0# TXOUT_L0N_ M 9 KRF--P Place near P onn 0m IFP_TX0 TXOUT_L0P_ R N 0 UVKX-P IFP_L# YTM_PN P (ee NV ) P 0 UVKX-P IFP_IOV_PWR IFP_L YTM_PP VR0VIO_PLL M9 IFP_TX# TXOUT_LN_ M0 TXOUT_LP_ M N 0 UVKX-P IFP_TX IFP_L# YTM_PN P 0 UVKX-P L M IFP_L YTM_PP ual Mode P Link K9 L0 TXOUT_LN_ M N 0 UVKX-P IFP_PLLV IFP_TX# IFP_L# YTM_PN K0 TXOUT_LP_ L P 0 UVKX-P YTM_PP LM-P R9 IFP_TX IFP_L J J HIP LMN IFP_RT IFP_IOV M 0N 0 UVKX-P IFP_L0# YTM_P0N L M 0P 0 UVKX-P IFP_TX# IFP_L0 YTM_P0P K requires XR for 0 IFP_TX Missed x 0.uF XR, Under PU. uf and.uf as well. M IFP_TX# TXLK_LN_ IFP_TX M TXLK_LP_.V +/- % 0m (ee NV ) VVIO requires XR for uf and.uf as well. 0ohm@00MHz R=0. L LMPN-P UVKX-P UVKX-P U0VKX-P UVKX-P U0VKX-P Missed x 0.uF XR H0 9 H 0 IFP_IOV IFP_IOV IFP_IOV IFP_IOV IFP_TX# IFP_TX IFP_TX# IFP_TX IFP_TX# IFP_TX IFP_TX# IFP_TX IFP_TX# IFP_TX P N N0 P0 R0 R P N N P TXOUT_U0N_ TXOUT_U0P_ TXOUT_UN_ TXOUT_UP_ TXOUT_UN_ TXOUT_UP_ TXLK_UN_ TXLK_UP_ U0VKX-P IFP_PLLV_PWR J9 IFP_PLLV NP-Q--P U OF IFP_RT XR N IFP_UX_IX_# OK_IFP_PUXN P OK_IFP_PUXP 9 IFP_UX_IX_L U0VKX-P R9 NP-Q--P KRF--P R IFP_L# IFP_PN R IFP_L IFP_PP.0V +/- % m (ee NV ) VR0VIO_PLL XR, Under PU. IFP_IOV_PWR.0V +/- % m (ee NV ) VR0VIO_PLL IFP_IOV_PWR Under PU. K IFP_PLLV IFP_IOV IFP_L# IFP_L IFP_L# IFP_L IFP_L0# IFP_L0 P N N P R R IFP_PN IFP_PP IFP_PN IFP_PP IFP_P0N IFP_P0P ual Mode P Link 0ohm@00MHz R=0.0 L MPZ0T-P UVKX-P U0VKX-P U0VKX-P XR IFP_IOV_PWR U0VKX-P XR 0 U0VKX-P XR U0VKX-P XR 0ohm@00MHz R=0.0 U0VKX-P UVKX-P L MPZ0T-P NP-Q--P XR, Under PU. XR, Under PU. UI 9 OF.V +/- % 0m (0m each, max links) (ee NV ) VVIO 00ohm@00MHz R=0. L0 MPZ0-P requires XR for uf and.uf as well. UVKX-P 9 U0VKX-P IFP_PLLV_PWR IFP_IOV_PWR U0VKX-P XR 90 U0VKX-P XR XR, Under PU. 0ohm@00MHz R=0.0 U0VKX-P 9 UVKX-P 9 L9 MPZ0T-P.0V +/- % m (ee NV ) VR0VIO_PLL IFP_IOV_PWR IFP_IOV_PWR IFP_PLLV_PWR U0VKX-P Under PU. XR IFPF_RT_L R9 KRF--P J L IFPF_PLLV IFPF_RT IFP_IOV IFPF_IOV IFP_UX_IY_# IFP_UX_IY_L IFP_L# IFP_L IFP_L# IFP_L IFP_L# IFP_L IFP_L0# IFP_L0 IFPF_UX_IZ_# IFPF_UX_IZ_L IFPF_L# IFPF_L IFPF_L# IFPF_L IFPF_L# IFPF_L IFPF_L0# IFPF_L0 F F H H H F F H H H J J J L L OK_IFP_PUXN OK_IFP_PUXP Place near P onn IFP_PN IFP_PP IFP_PN IFP_PP IFP_PN IFP_PP IFP_P0N IFP_P0P ual Mode P Link NP-Q--P OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. NP-Q/Q (/): IITL OUT ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

17 P 0 VRVIO U OF tolerance +/- mv tolerance +/- 0mV < 00MHz VRVIO U OF F_[..0] 0 F_[..0] F_0 F_ F_0 FVQ N F_0 L F_ F_ F_0 FVQ J F_ FVQ P N F_ F_ F_ FVQ J F_ FVQ R L F_ F_ F_ FVQ J9 F_ FVQ XR XR XR XR XR XR XR XR XR XR T N F_ F_ F_ FVQ F_ FVQ U N 90 F_ F_ F_ FVQ 9 90 F_ FVQ U9 9 0 P F_ F_ F_ FVQ F_ FVQ V P F_ F_ F_ FVQ F_ FVQ V9 P F_9 F_ F_ FVQ 9 F_ FVQ V K F_0 F_9 F_ FVQ F_9 FVQ W K F_ F_0 F_9 FVQ F_0 FVQ Y K F_ F_ F_0 FVQ F_ 0 H F_ F_ F_ FVQ J F_ F_ F_ F_ FVQ F_ F_ F_ F_ FVQ F_ XR, Under PU. XR, Near PU. F_ F_ F_ FVQ F_ F_ F_ F_ FVQ F_ F F_ F_ F_ FVQ F_ F0 F0 F_9 F_ F_ FVQ F_ F9 0 F_0 F_9 F_ FVQ 9 F_9 F F_ F_0 F_9 FVQ H9 F_0 K0 F_ F_ F_0 FVQ J F_ K F_ F_ F_ FVQ J F_ H0 F_ F_ F_ FVQ J F_ K F_ F_ F_ FVQ J F_ L F_ F_ F_ FVQ J0 F_ F L0 F_ F_ F_ FVQ J F_ F M F_ F_ F_ FVQ J F_ F F_9 F_ N0 F_ F_ F_0 F_9 M0 F F_9 F_ F_ F_0 P F F_0 F_9 F_ F_ R 9 F_ F_0 F_ F_ R0 F F_ F_ F_ F_ 0 F F_ F_ F_ F_ F_ F_ F_ F_ H F_ F_ F_ F_ F F F_ F_ F_ F_ F0 F_ F_ F_9 F_ 0 F_ F_ F_0 F_9 F_9 F_ F_ F_0 0 F F_0 F_9 F_ F_ N F_ F_0 F_ F_ L F_ F_ F_ F_ M F_ F_ F_ F_ L F9 F_ F_ F_ F_ K0 0 F_ F_ F_ F_ K 9 F_ F_ J0 F_ F_ 9 F_ F_ H0 F_9 F_ F_ F_ H F_0 F_9 9 F_9 F_ H F_ F_0 F_0 F_9 H F_ F_ F F_ F_0 F_ F_ F_M0 -F_0 0 H 9 F_ F_ J F_ F_ F_M U0 F_ F_ F_M0 -F_0 F_ F_ F_M F_OT0 0 L V0 F_ F_ F_M F_ F_ F_M F_K0 0 M U 9 F9 F_ F_ F_M F_OT0 M F_ F_ F_M V 9 F_ F_ F_M F_K0 F_ F_ F_M F_RT 0 F T F_ F_ F_M F_9 F_ F_M F_9 0 U 0 F_ F_ F_M F_RT F_0 F_9 F_M F_ 0 F W 9 F_9 F_ F_M F_9 F_ F_0 F_M F_ 0 W 0 F_0 F_9 F_M F_ F_ F_ F_M9 F_0 0 W 9 F_ F_0 F_M F_ F_ F_ F_M0 F_ 0 W 9 F_ F_ F_M9 F_0 F_ F_M F_ 0 U 0 F_ F_ F_M0 F_ F_M F_0 0 U F0 F_ F_M F_ 0 F_QM[..0] F_QM0 F_M -F_W 0 U 0 F_M F_0 T F_QM F_QM0 F_M 0 F_QM[..0] F_QM0 F_M -F_W F_QM F_QM F_M -F_ 0 P T F F F_QM F_QM0 F_M F_QM F_QM F_M -F_ 0 H W0 F F_QM F_QM F_M -F_ J0 0 F_QM F_QM F_M F F_QM F_QM F_M -F_ F_QM F_QM F_M F_OT 0 P0 0 F_QM F_QM F_M F_QM F_QM F_M9 F_K 0 F F_QM F_QM F_M F_OT F_QM F_QM F_M0 F_ 0 L F F_QM F_QM F_M9 F_K F_QM F_M F_ 0 L F_QM F_QM F_M0 F_ F_M F_ 0 F Y F_QM F_M F_ 0 F_Q_WP[..0] F_Q_WP0 F_M F_ 0 Y F_M F_ F_Q_WP F_Q_WP0 F_M F_ 0 0 F_Q_WP[..0] F_Q_WP0 F_M F_ F_Q_WP F_Q_WP F_M F_ 0 L 0 F_Q_WP F_Q_WP0 F_M F_ F_Q_WP F_Q_WP F_M F_ 0 H Y F_Q_WP F_Q_WP F_M F_ F_Q_WP F_Q_WP F_M F_ 0 J W F_Q_WP F_Q_WP F_M F_ F_Q_WP F_Q_WP F_M F_ 0 N Y F_Q_WP F_Q_WP F_M F_ F_Q_WP F_Q_WP F_M9 F_0 0 Y 0 F_Q_WP F_Q_WP F_M F_ F_Q_WP F_Q_WP F_M0 -F_R 0 J Y0 0 F_Q_WP F_Q_WP F_M9 F_0 F_Q_WP F_M J W9 F_Q_WP F_Q_WP F_M0 -F_R Y9 F_Q_WP F_M 0 F_Q_RN[..0] F_Q_RN0 T F_Q_RN F_Q_RN0 0 F_Q_RN[..0] F_Q_RN0 F_LK0 F_LK0, L T F_Q_RN F_Q_RN 9 F_Q_RN F_Q_RN0 F_LK0# -F_LK0, F_Q_RN F_Q_RN F_LK0 F_LK0,0 F_Q_RN F_Q_RN F_LK F_LK, F_Q_RN F_Q_RN F_LK0# -F_LK0,0 H 0 F F_Q_RN F_Q_RN F_LK# -F_LK, F_Q_RN F_Q_RN F_LK F_LK,0 N F_Q_RN F_Q_RN F_Q_RN F_Q_RN F_LK# -F_LK,0 F_Q_RN F_Q_RN J F_Q_RN F_Q_RN F_Q_RN F_Q_RN F_Q_RN J F_Q_RN F_Q_RN F_Q_RN P9 F_WK0 R9 F_WK0# L9 F_WK F_U0 M9 F_WK# F_U 9 F_WK H9 F_WK# 9 F_WK 9 F_WK# F_LLV F_LLV F_PLLV F_PLLV J F_VRF_N NP-Q--P U0VKX-P T0 T9 F F_PLLV_mil F U0VKX-P U0VKX-P XR U0VKX-P U0VKX-P XR XR, Under PU. U0VKX-P UVKX-P U0VKX-P 0UVMX-P U0VKX-P 09 0 U0VKX-P L ( U0VKX-P UVKX-P UVKX-P UVKX-P UVKX-P F_WK0 F_U0 F_WK0# F_U.0V +/- % F_WK F_WK# 00m F_WK F_WK# (ee NV ) F_WK F_WK# VR0VIO_PLL F_LLV F_PLLV ( LMK00TN-P HIP LMK00TN MURT 9 VRVIO J9 F_PLLV_mil J R0 F_L_P_VQ K F_L_P_VQ K L F_L_PU_ L F_L_PU_ M 0RF-P F_L_TRM_ M F_L_TRM_ NP-Q--P 0RF-P 0RF-P R R F_K0 F_K F_RT F_OT0 F_OT F_K0 F_K F_RT F_OT0 F_OT 0KRJ--P R0 0KRJ--P R0 0KRJ--P R0 0KRJ--P R9 0KRJ--P R9 0KRJ--P R9 0KRJ--P R99 0KRJ--P R90 0KRJ--P R9 0KRJ--P R9 OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. NP-Q/Q (/): VRM I/F ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

18 R=0.ohm L VVIO V_MIL.V +/- % 0m (ee NV ) VVIO.0V +/- % 0m (ee NV ) VR0VIO_PLL PLLV_PWR U0VKX-P XR 0 Missed x 0.uF U0VKX-P XR, Under PU. UVKX-P MMZ00TH0-P L ( KRJ--P LMK00TN-P HIP LMK00TN MURT XR VVIO KRJ--P PLLV 9 R R PLLV UF OF VI_PLLV 9 VI_PLLV F9 P_PLLV J _V I_L LK_ F XR, Under PU. P_PLLV T VRF_K I_ K _VRF _RT_K K M _RT _HYN HYN_ L VIO_LK_XTL VYN VYN_ XTL_IN XTL_OUTUFF ( U0VKX-P U0VKX-P XR 9 U0VKX-P XR 9 U0VKX-P XR 9 0UVMX-P 9 U OF U0VKX-P RF-U-P 99 R0 R0 NP-Q--P M _R _RN M L _LU 0RF--P 0RF--P R0 R00 0RF--P R_ RN_ LU_ R99 R 0KRJ--P XTL_IN XTL_OUT NP-Q--P 0PF % 0V +/-0.PF 00 R X MHZ_IN MHZ_OUT R 00RJ--P R 0KRJ--P XTL-MHZ-9-P 0 P0VJN-P 0 P0VJN-P VVIO VVIO upplier Vendo P/N WITRON P/N 0 THRML_FX_N_0mil UJ THRMN 0 OF I_L I_ 0KRJ--P 0KRJ--P R0 R0 R0 I_L_ R KRJ--P R R I R KRJ--P KRJ--P KRJ--P HRMORY MHz P 0PPM HX0 XTL M PF0PPM HRMONY HX0 M XTL MHZ PF0PPM TX *. M THRML_FX_P_0mil THRMP I_L I_ F N#F N# N# N# PW_I_LK_ PW_I_T_ VVIO K PM_VI U OF PIO0 K PIO IFP_PHP TP K PNL_KLT_TRL V_ I_L_ R KRJ--P PIO _V I_L H PNL_POWR_ON_ I R KRJ--P PIO I_ H V_LON_ K PIO _VRF H PIO PM_VI H PM_VI H M R0 PIO _RT _HYN H PM_VI M PIO NP_PIO_H 0 R9 _VYN H PIO -VIO_THRM_OVRT NP_PIO_JT_TK P J NP_PIO9_J 0 -VIO_THRM_LRT TP JT_TK PIO9 R K K TP JT_TM PIO0 _R N K TP JT_TI PIO N H JT_TO PIO _RN L NP_PIO_JT_TRT P J JT_TRT# PIO J J R PIO _LU L IFP_PHP 0KRJ--P PIO L PIO L PIO M PIO L NP-Q--P PIO9 IFP_PHP L PIO0 I=>RT, I=>LV. K PIO L PIO M PIO M PIO NP-Q--P 0KRJ--P 0KRJ--P R 0KRJ--P R9 0KRJ--P R0 VVIO UK OF R R R J IN_N ROM_# J IP_N ROM_I_ ROM_I ROM_O_ ROM_O ROM_LK_ ROM_LK R 0KRF-P R 0KRF-P VVIO R 0KRJ--P _ TRP_RF0 N9 TRP_RF M9 R N9 M9 M N# N# N# N# N# N# N# MULTI_TRP_RF0_#R MULTI_TRP_RF0_#N9 MULTI_TRP_RF_#M9 MULTI_TRP_RF_#M NP-Q--P IH_L IH_ PIF_N UFRT# POO_OUT#_N FU_R H_FU_R#K H_FU_R#K9 F K K K9 IH_L_F IH KRF--P R 0KRF--P R9 R R KRF-P R0 KRJ--P KRJ--P VVIO TL KNO VIO MMORY RO M_IP R HYNIX Mx 00.Kohm..L LOI MUN Mx 0.Kohm..L OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. NP-Q/Q (/): PIO ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

19 VFXOR_ VFXOR_ Under PU P 0 (TP W) V V P V V P V V XR XR XR XR XR XR XR XR P V V R V V R V V R V V R V V R V V R V V R V V R V V R9 V V R0 V V R V V Under PU R V V R 9 V V R 0 V V R V V T V V T V V XR XR XR XR XR XR XR XR XR T V V T 9 0 V V T0 V V T V V T V V V V V V V V V V V V L V V V9 L V V V L V V L NR PU V V V V L V V W L V V W L V V W L V V W L9 V V XR W L0 V V W L V V W L V V W L V V W9 L V V W0 L V V W M V V W M V V W M V V W M V V W M0 V V Y M V V Y M V V Y P V V Y P V V Y0 P V V Y P V V Y P9 V 0UVKX-P 0UVKX-P 0UVKX-P 0U0VKX-P 0UVKX-P 0U0VKX-P 0UVKX-P 0U0VKX-P 0UVKX-P U0VKX-P UVKX-P 0UVKX-P U0VKX-P 0UVMX-P 0UVKX-P U0VKX-P 0UVKX-P 0UVKX-P U0VKX-P UVMX-P 0UVKX-P U0VKX-P 0UVKX-P UVKX-P UVMX--P UN NP-Q--P OF OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. NP-Q/Q (/): POWR ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet 9 of 0

20 UM OF UP OF MIO_VQ_N#9 MIO_0_N Y 9 F MIO_VQ_N#9 MIO N Y W9 9 F MIO_VQ_N#W9 MIO N Y Y9 VVIO F MIO_VQ_N#Y9 MIO N 0 F MIO N J MIO N J MIO N J MIO N J MIO N L9 MIO_9_N M MIO_0_N R9 R9 M MIO_L_P_VQ_N MIO N KRF-L-P KRF-P M MIO N U R00 M MIO_L_PU N MIO N W TRP0 M9 MIO N Y TRP M TRP0 W 0 TRP M TRP W F M MIO_VRF_N TRP V M 9 M R R M R KRF--P M N N MIO_TL_N W N MIO_HYN_N W N MIO_VYN_N W N MIO N Y N N N N9 MIO_LKOUT_N V N0 MIO_LKOUT#_N W N MIO_LKIN_N N N NP-Q--P N N P P 9 P 0 P P0 P UO OF P R P9 R MIO_VQ_N#P9 MIO_0_N N R9 R MIO_VQ_N#R9 MIO N P T9 R MIO_VQ_N#T9 MIO N P U9 T MIO_VQ_N#U9 MIO N P T MIO N P K T MIO N T K T MIO N T K T9 MIO N T K T MIO N U L T MIO_9_N U L T MIO_0_N U U L U MIO_L_P_VQ_N MIO N U L U MIO N R T L U MIO_L_PU N MIO N T L U MIO N N L0 U L U N L9 U MIO_VRF_N N U N U9 P U0 P U P U P U MIO_TL_N P P U MIO_HYN_N N P U MIO_VYN_N L P V MIO N N P0 V P V P V P9 V MIO_LKOUT_N R V0 MIO_LKOUT#_N T V MIO_LKIN_N N V V NP-Q--P V V9 0 Y Y Y 9 Y Y9 Y Y Y OM NP-Q--P NP-Q/Q (/): Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet 0 of 0

21 VRVIO VRVIO VRVIO U0 U U K F_9 K F_ K V QL0 V QL0 V QL0 F_ K F F_0 K F F_ K F V QL V QL V QL F_0 N F F_ N F F_ N F V QL V QL V QL F_ R9 F F_ R9 F F_0 R9 F V QL V QL V QL F_9 H F_ H F_ H V QL V QL V QL F_ 9 H F_ 9 H F_ 9 H V QL V QL V QL F_ F_ F_ V QL V QL V QL F_ R H F_ R H F_ R H V QL V QL V QL F_ N9 N9 N9 V V V F_9 F_ QU0 QU0 QU0 F_ F_ F_9 VQ QU VQ QU VQ QU F_9 F_0 F_ VQ QU VQ QU VQ QU F_ F_ F_0 F_ VQ QU VQ QU VQ QU 9 F_ 9 F_ 9 VQ QU VQ QU VQ QU F_ F_ F_ VQ QU VQ QU VQ QU F_ 9 F_ 9 F_ 9 VQ QU VQ QU VQ QU F_ F F_ F F_ F VQ QU VQ QU VQ QU F_ H9 H9 H9 VQ VQ H F_Q_WP F_Q_WP H VQ QU VQ H VQ QU VQ QU F_Q_WP F_Q_RN F_Q_RN QU# QU# QU# F_Q_RN F_VRF_0 H F_VRF_0 H F_VRF_ H VRFQ VRFQ VRFQ M F VRM_H ZQ_ F_Q_WP M F VRM_H ZQ_ F_Q_WP0 M F VRF QL VRF QL VRM_H ZQ_ VRF QL F_Q_WP L F_Q_RN L F_Q_RN0 L ZQ QL# ZQ QL# ZQ QL# F_Q_RN K F_OT0 K F_OT0 K OT OT OT F_OT F_0 N F_0 N F_0 N R 0 0 F_ P R 0 F_ P F_ P RF-P F_ P L RF-P -F_0 F_ P L R90 -F_0 F_ P L # # # -F_ F_ N T F_RT F_ N T RF-P F_RT F_ N T RT# RT# RT# F_RT F_ P F_ P F_ P F_ P F_ P F_ P F_ R T F_ R T F_ R T N#T N#T N#T F_ R L9 F_ R L9 F_ R L9 N#L9 N#L9 N#L9 F_ T L F_ T L F_ T L N#L N#L N#L F_9 R J9 F_9 R J9 F_9 R J9 9 N#J9 9 N#J9 9 N#J9 F_0 L J F_0 L J F_0 L J 0/P N#J 0/P N#J 0/P N#J F_ R F_ R F_ R F_ N F_ N F_ N /# /# F_ F_ F_ T J /# T T J M M N#M M J M N#M M M9 N#M M M9 J M9 J F_0 F_0 F_0 M P9 J M M 0 0 P9 F_ F_ F_ N 0 P9 N N F_ F_ F_ M M M T T 9 T 9, F_LK0, F_LK0, F_LK J T9 9 J J K K T9, -F_LK0, -F_LK0, -F_LK K K T9 K K K# K# P K# P P F_K0 K9 F_K0 K9 F_K K9 K K Q K Q Q F9 Q Q F9 F_QM F_QM F_QM MU Q Q F9 MU Q F_QM F_QM0 F_QM ML Q MU Q ML Q Q ML Q Q Q Q Q -F_W L -F_W -F_W L W# Q 9 Q L W# Q 9 -F_ K -F_ -F_ K # Q W# Q 9 K # Q -F_R J -F_R -F_R J R# Q 9 # Q J R# Q 9 R# Q 9 HTQFR--P HTQFR--P HTQFR--P F M mapping Mode -Nx FOR U0 VRVIO K V QL0 F_ VRVIO K F F_ V QL N F V QL F_ R9 F V QL F_ H V QL F_ 9 H V QL F_0 V QL F_ R H V QL F_9 N9 V VRVIO QU0 F_ F_ LO TO TH MMORY VQ QU VQ QU F_ VQ QU F_ 9 VQ QU F_ F_ LO TO TH MMORY VQ QU 9 VQ QU F_ F VQ QU F_0 H VQ H VQ QU F_Q_WP FOR U QU# F_Q_RN F_VRF_ H VRFQ M F VRM_H ZQ_ VRF QL F_Q_WP L ZQ QL# F_Q_RN K OT F_OT F_0 N 0 F_ P R F_ P L RF-P # -F_ F_ N T RT# F_RT F_ P F_ P F_ R T N#T F_ R L9 N#L9 VRVIO F_ T L TL N#L F_9 R J9 9 N#J9 F_0 L J 0/P N#J R VIO MMORY FOR NP-Q N NP-Q F_ R F_ N /# F_ T HYNIX IT MUN IT J M N#M (MX) (MX) FOR U M M9 VRVIO 9 0 J F_0 M 0 P9 F_ N U0 U F_ M U U T HTQFR- KW-H 9, F_LK J K T9 U U, -F_LK K K# VRVIO U U LO TO TH MMORY P F_K K9 K Q Q F9 F_QM MU Q F_QM ML Q LO TO TH MMORY Q Q -F_W L W# Q 9 OM -F_ K # Q -F_R J R# Q 9 FOR U UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P UVKX-P requires x0.uf and x.0uf per VRM chip 0UVMX-P 0UVMX-P VRVIO U HTQFR--P Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. VRM HNNL- ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

22 VRVIO VRVIO F_VRF_0 F_VRF_ 0U0VKX-P VRVIO VRVIO 0 F_VRF_0 0 F_VRF_,0 F_LK,0 F_LK0, F_LK, F_LK0 9 0U0VKX-P R RF-P R RF-P R9 KRF-P R9 KRF-P 0 0U0VKX-P R9 KRF-P R0 RF-P R09 RF-P R KRF-P R KRF-P R KRF-P R KRF-P R99 KRF-P 0 0U0VKX-P,0 -F_LK,0 -F_LK0, -F_LK, -F_LK0 FLK Termination OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. NMI MMORY TRMINTION ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet of 0

23 FTP R90 KRJ--P K H0-0PT-P VW RTV H0-0PT-P K U0VKX-P 0 R 0KRJ-L-P TP -RT_RT 0 U0VKX-P RT_V N TP MP-ON--P-U R9 0KRJ-L-P -RT_RT 0 U0VKX-P FTP9 0 P0VN-P VM RTV VW When On die VR function for.v is required, No need xternal device.(integrayed pull down is enabled.) When On die VR for.v is required, Need to add external pull up. LP_TPM_[..0],9,, LRQ[:0]#/PIO has a weak[0k] internal pull up. 0 FWH[:0]/L[:0] has a weak[0k] internal pull up. U OF 0 V T0: To H ay P0VN-P 0 LP_0 R0 RJ--P LP_TPM_0 T: To O ay PKR pin has internal pull down P0VJN-P RTX ougar FWH0/L0 LP_ R9 RJ--P LP_TPM_ FWH/L T: To Miniard to disable "No reboot mode". 0 LP_ R0 RJ--P LP_TPM_ RTX Point FWH/L LP_ R LP_TPM_ T: To et ombo onnector To disable TO reboot feature For RF RJ--P V -RT_RT FWH/L 0 this pin should be high. RTRT# T: To ocking onnector R RJ--P R9 -RT_RT FWH/LFRM# -LP_FRM_TPM,9,, ampling will be performed KRJ--P T: Reserved at PLTRY# deassertion. R 9RF-L-P RTRT# 9 Z_LK_M LRQ0# -LP_RQ0,9 K K Note: T and T support Multiplier R R9 9RF-L-P INTRUR# LRQ#/PIO Z_LK_I INTVRMN RIRQ V IRQR,9,, R9 RJ--P 9 Z_YN_M PH_PKR 9 Z_YN_I -Z_RT_M -Z_RT_I T_RXN_ Z_IN0 H_IN0 TRXN 0UVKX-P T_RXN T_RXP_ TRXP 0UVKX-P T_TXN_ T_RXP 9 Z_IN 0UVKX-P VM H_IN TTXN H T_TXP_ T_TXN 0UVKX-P TTXP H T_TXP Place Near N R R9 H_IN TP T_RXN_ 0UVKX-P T_RXP_ T_RXN KRJ--P TRXN 0UVKX-P T_TXN_ T_RXP R90 RJ--P H_IN TRXP 0 9 Z_OUT_M TTXN F 9 0UVKX-P T_TXP_ T_TXN 0UVKX-P TTXP F R0 T_TXP RJ--P Z_OUT_I H_O TRXN Y T_RXN 0 TP TRXP Y T_TXN_ T_RXP 0 0UVKX-P T_OK_TT H_OK_N#/PIO TTXN T_TXP_ T_TXN 0 TTXP 0UVKX-P T_TXP 0 -_WK N H_OK_RT#/PIO TRXN Y TRXP Y TTXN,0 PH_TK J JT_TK TTXP INTVRMM pin should have pull up resister to enable integrated.0v VRM. H_YN has a weak[0k] internal pull down. The pin is low,.v is provided by on die PLL VR. The pin is high,.v is provided by on die PLL VR. H_LK has a weak(0k) internal pull down. H_RT# has a weak(0k) internal pull down. H_IN[:0]has a weak(0k) internal pull down. P0VJN-P For RF X XTL-KHZ--P R99 R R0 Flash escriptor ecurity trap This pin has internal pull down. ssering High at H_O on rising of power OK, M feature will be disabled. RJ--P RJ--P RJ--P R9 0MRJ-L-P,0,0, PH_TM PH_TI PH_TO PI_LK -PI_0 PI_MOI KRJ--P R 0KRJ-L-P R9 R9 MRJ--P H_LK T0_RXN_ T0_RXP_ T0_TXN_ T0_TXP_ T_RXN_ T_RXP_ T_TXN_ T_TXP_ -IRT FX_PRN 9 PI_MIO U P PI_MIO TP/PIO9 T_Y_TT PI_MOI => High : itpm nable OUR-P-U-NF PI_MOI has a weak[0k] internal pull down. N L T0 K H K H T Y T V H_YN PKR H_RT# JT_TM JT_TI JT_TO PI_LK PI_0# PI_# PI_MOI RT IH JT PI T LP T trap Option on PIO/PIO9 is determing oot IO destination. High/High means PI IO selection. Pull high at P. T0RXN T0RXP T0TXN T0TXP TRXN TRXP TTXN TTXP TIOMPO TIOMPI TROMPO TOMPI TRI TL# T0P/PIO M M P P M0 M P P0 Y Y0 H P V R R0 R 0RF-P RF-P 99RF-P R0 00KRJ--P VR0 V 0UVKX-P 0UVKX-P 0UVKX-P 0UVKX-P 0UVKX-P 0UVKX-P 0UVKX-P 0UVKX-P R0 00KRJ--P Length < 0." -PH T_L# has a weak[0k] internal pull up. T0_RXN 9 T0_RXP 9 T0_TXN 9 T0_TXP 9 T_RXN 0 T_RXP 0 T_TXN 0 T_TXP 0 PKR has weak[0k] internal pull down.. If external pull up is applied, PH will disable TO timer system reboot function. OM H_O has a weak[0k] internal pull up. Low : the Flash escriptor ecurity will be overridden. High : The security measures defined in the Flash descriptor will be in effect. Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. PH (/):H/JT/T ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

24 VM V VM 0KRJ--P R0 0KRJ--P R09 0KRJ--P R0 0KRJ--P R 0KRJ--P R 0KRJ--P R To Wireless LN Miniard lot To xpress ard lot To Mediaard Reader PI_WLN_RXN PI_WLN_RXP PI_WLN_TXN PI_WLN_TXP PI_X_RXN PI_X_RXP PI_X_TXN PI_X_TXP PI_M_RXN PI_M_RXP PI_M_TXN PI_M_TXP 0 PI RXN J PRN This pin is output. 0 PI RXP To igabit thernet 0 PTN PRP U0VKX-P U M 0 PI TXN PTP L_LK_WLN ontroller U0VKX-P PTN L_LK V 0 PI TXP PTP 0 PI_U0_RXN 0 T PRN L_T L_T_WLN To Intel Wireless LN (MT option) 0 PI_U0_RXP J0 U0VKX-P PTN PRP Y0 VM To U.0 ontroller 0 PI_U0_TXN PTP PTN U0VKX-P 0 P0 0 PI_U0_TXP PTP L_RT# -L_RT_WLN To Wireless LN Miniard lot To xpress ard lot To Mediaard Reader To igabit thernet ontroller,0 -PI_LK_WLN PI_LK_WLN -LKRQ_WLN_TR -PI_LK_X PI_LK_X -LKRQ_X -PI_LK_M PI_LK_M -LKRQ_M_TR PTN PTP PTN PTP 0 -PI_LK_ V R 0KRJ--P LKOUT_PIN RFLKIN K 0 PI_LK_ V LKOUT_PIP From PH To U.0 ontroller 0 0 -LKRQ TR -PI_LK_U0 PI_LK_U0 -LKRQ_U0_TR PTN PTP efault output.mhz upplier Vendo P/N WITRON P/N Q9 V Q V efault output "0" XTL M P0PPM -LKRQ_WLN_TR HRMONY.000. R -LKRQ_U0_TR LKOUTFLX[:0]/PIO[:] has a weak internal pull down. HX M -LKRQ_WLN R XTL M P0PPM 0 -LKRQ_U0 HOONI HX- M.000. TT-P TT-P XTL M P0PPM TX P M.000. V,0,0 R0 -XP_LK_00M XP_LK_00M 0KRJ--P VM fter Power rail for LKRQ# interface is confirmed, these Transisters will be removed. Q 9 0 R R U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P U0VKX-P 0KRJ--P 0KRJ--P Q J V U F Y J V U F Y H Y W Y Y0 Y9 J 9 M V0 Y Y Y Y L L 0 V0 V T V V K K K U VLN PRN PRP PTN PTP PRN PRP PTN PTP PRN PRP PTN PTP PRN PRP PTN PTP PRN PRP PTN PTP PRN PRP PTN PTP LKOUT_PI0N LKOUT_PI0P PILKRQ0#/PIO LKOUT_PIN LKOUT_PIP PILKRQ#/PIO LKOUT_PIN LKOUT_PIP PILKRQ#/PIO0 LKOUT_PIN LKOUT_PIP PILKRQ#/PIO LKOUT_PIN LKOUT_PIP PILKRQ#/PIO PILKRQ#/PIO LKOUT_P N LKOUT_P P P LKRQ#/PIO LKOUT_PIN LKOUT_PIP PILKRQ#/PIO LKOUT_PIN LKOUT_PIP PILKRQ#/PIO LKOUT_ITPXP_N LKOUT_ITPXP_P OUR-P-U-NF ougar Point PI-* LOK MU ontroller P LKRQ#/PIO efault Output "0" MLRT#/PIO MLK MT ML0LRT#/PIO0 ML0LK ML0T MLLRT#/PHHOT#/PIO Link FLX LOK OF 0 MLLK/PIO MLT/PIO LKOUT_P N LKOUT_P P LKOUT_MI_N LKOUT_MI_P LKOUT_P_N LKOUT_P_P LKIN_MI_N LKIN_MI_P LKIN N LKIN P LKIN_OT_9N LKIN_OT_9P LKIN_T_N LKIN_T_P LKIN_PILOOPK XTL_IN XTL_OUT XLK_ROMP LKOUTFLX0/PIO LKOUTFLX/PIO LKOUTFLX/PIO LKOUTFLX/PIO efault Output nonfunctional H 9 M M0 V U M M F J0 0 K K H V V9 Y K F H K9 0KRJ--P R 0KRJ--P R -FX_LK_00M FX_LK_00M -PU_LK_00M PU_LK_00M To PU [These are used as LK/MI clock source.] M/MHz lock MHz lock MHz(/non) lock.mhz lock KRJ--P R L_LK has a weak internal pull up. L_T has a weak internal pull up. R R0 R R To external FX Take care routing and length R KRJ--P R R9 0KRJ--P 909RF--P R 0KRJ--P 0RJ--P KRJ--P 0KRJ--P 0KRJ--P 0KRJ--P R9 VR0 KRJ--P 00KRF-L-P R0 R R909, PILK_F_M,0 R MRJ--P -LKRQ_FX FX_PWR M_LK M_T ML0_LK 0 ML0_T 0 _L,0 _,0 X XTL-MHZ--P K M P 0PPM X To sset I/ LKN/ IMM0/IMM/IMM/IMM To Hanksville To H and Thermal ensor No need to connect/place on ifx mode R P0VJN-P P0VJN-P R 0RJ--P R Q 00-P K K 9 Q09 K--P 0KRJ--P 00-P R -LKRQ_M_TR -LKRQ_M R TT-P 0 -LKRQ_ -LKRQ TR R TT-P OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. PH(/):PI/MU/LK ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

25 VM VR0 MI_RXN[..0] MI_RXN0 MI_RXN MI_RXN MI_RXN MI_RXP0 MI_RXP MI_RXP MI_RXP MI_TXN0 MI_TXN MI_TXN MI_TXN MI_TXP0 MI_TXP MI_TXP MI_TXP 0 MI_IROMP FI_FYN FI_FYN R 0RF-P H V VM V MIRI FI_LYN0 FI_LYN0 9,0,,0 -XP_R PUOR_PWR,,,0,,,9,9,0,0,,,,,9,0 RMPWR MPWR W_PWR UPWRNK,0 9,0 R0 PWR PHPWR MPWR -PWRW_ 0RJ--P To PU R0 0KRJ--P R KRJ--P MI_RXP[..0] MI_TXN[..0] MI_TXP[..0] R R R90 R R 99RF-P 0KRJ--P 0RJ--P 0RJ--P 0RJ--P J J0 W W0 V Y Y0 Y U J PWRTN# has a weak[0k] internal pull up. 0 K P L L0 K U MI0RXN MIRXN MIRXN MIRXN MI0RXP MIRXP MIRXP MIRXP MI0TXN MITXN MITXN MITXN MI0TXP MITXP MITXP MITXP MI_ZOMP UK# Y_RT# Y_PWROK PWROK PWROK RMPWROK RMRT# PWRTN# ougar Point MI ystem Power Management FI UWRN#/UPWRNK/PIO0 OF 0 FI_RXN0 FI_RXN FI_RXN FI_RXN FI_RXN FI_RXN FI_RXN FI_RXN FI_RXP0 FI_RXP FI_RXP FI_RXP FI_RXP FI_RXP FI_RXP FI_RXP FI_INT FI_FYN0 FI_LYN WVRMN PWROK WK# LKRUN#/PIO U_TT#/PIO ULK/PIO LP_#/PIO LP_# LP_# LP_# J Y H J 0 9 F J0 H9 W V 0 9 N N 0 H F 0 FI_TXN0 FI_TXN FI_TXN FI_TXN FI_TXN FI_TXN FI_TXN FI_TXN FI_TXP0 FI_TXP FI_TXP FI_TXP FI_TXP FI_TXP FI_TXP FI_TXP FI_INT FI_FYN0 FI_LYN R 0RJ--P -PH_LP_W FI_TXN[..0] FI_TXP[..0] MPWR,,,,,9,0 R 0RJ--P R R9 KRJ--P If strap is sampled high, Integrated eep leep / well On-die VR function is enabled. RTV R9 KRJ--P R 0KRJ-L-P R -PI_WK,,,0,0 -LKRUN 9,,,0 -U_TT 9, ULK_K,,0 -PH_LP_,,0 -PH_LP_,0 -PH_LP_,,,,0 -PH_LP_M _PRNT -TLOW H0 TLOW#/PIO0 has a weak[0k] internal pull up. 0 PRNT/PIO TLOW#/PIO LP_U# PMYNH P TP0 -PM_YN 0 RI# LP_LN#/PIO9 K -PH_LP_LN OUR-P-U-NF OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. PH (/):MI/FI/PM ize ocument Number Rev ustom Kendo- W Tuesday, ecember 0, 00 ate: heet of 0

26 L T has a weak[0k] internal pull down. V When This pin is High at PLTRT# deassertion, LV interface isdetected. R9 KRJ--P R90 KRJ--P VO_TRLT has internal pull down. When the high is detected at PLTRT# deasserton, Port is detected. To use Port, need to add external pull up. P_TRLT has internal pull down. When the high is detected at PLTRT# deasserton, Port is detected. To use Port, need to add external pull up. U V_LON_I J L_KLTN PNL_POWR_ON_I M L_V_N PNL_KLT_TRL_I P L_KLTTL VO_TLLN M VO_TLLP M0 PW_I_LK_I T0 L LK PW_I_T_I K L T VO_INTN P9 VO_INTP P0 T L_TRL_LK P9 R9 L_TRL_T F LV_I VO_TRLLK P F KRF-P LV_V VO_TRLT M9 LV_VRFH LV_VRFL P_UXN T9 P_UXP T P_HP T0 TXLK_LN_I K9 LV_LK# TXLK_LP_I K0 LV_LK P_0N V P_0P V0 TXOUT_L0N_I N LV_T#0 P_N V TXOUT_LN_I M LV_T# P_P V TXOUT_LN_I K LV_T# P_N U J LV_T# P_P U P_N V TXOUT_L0P_I N LV_T0 P_P V9 TXOUT_LP_I M9 LV_T TXOUT_LP_I K9 LV_T J LV_T P_TRLLK P P_TRLT P R0 00KRJ--P R0 00KRJ--P TXLK_UN_I F0 LV_LK# TXLK_UP_I F9 LV_LK P_UXN P P_UXP P9 TXOUT_U0N_I H LV_T#0 P_HP T TXOUT_UN_I H LV_T# TXOUT_UN_I F9 LV_T# P_0N Y F LV_T# P_0P Y9 P_N Y TXOUT_U0P_I H LV_T0 P_P Y TXOUT_UP_I H9 LV_T P_N TXOUT_UP_I F LV_T P_P F LV_T P_N P_P 9 R0 KRJ--P N RT_LU P9 RT_RN T9 RT_R T9 RT LK M0 RT T ougar Point LV RT M RT_HYN M9 RT_VYN T _IRF T RT_IRTN OUR-P-U-NF igital isplay Interface OF 0 VO_TVLKINN P VO_TVLKINP P P_TRLLK M P_TRLT M P_UXN T P_UXP T P_HP H P_0N P_0P P_N F P_P P_N F P_P P_N J P_P P_TRLT has internal pull down. When the high is detected at PLTRT# deasserton, Port is detected. To use Port, need to add external pull up. OM Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. PH (/):LV/RT/I ize ocument Number Rev Kendo- W ate: Tuesday, ecember 0, 00 heet of 0

27 ecause PI IF is not used, x./x and NTx are left as N. NT0# has a weak[0k] internal pull up. NT#/PIO has a weak[0k] internal pull up. To use PI IF flash IO, NT#/PIO and NT0# should not place external pull down. NT#/PIO has a weak[0k] internal pull up. This pin should not have external pull down. NT#/PIO has a weak[0k] internal pull up. If external pull down is applied, PH will be "topblock swap" mode. RV T V U0 : To ystem U Port (UM/is model) TP RV Y 0 TP RV U : To ystem onboard U port(et combo) TP J TP RV T U : To WiMX/WLN Mini ard lot TP9 RV F 0 TP0 U[:0][P,N] has internal pull down. U : To WWN Mini ard lot F TP UP0- U : To martard TP UP0N UP0+ TP0 V UP0P TP Port # has U debug U : To xpress ard lot UPN TP TP UP- U TP UPP port capability. UP+ Y0 U : Reserved TP UPN UP- U TP UPP UP+ Y U : To Touch Panel TP UPN K UP- V TP9 UPP H UP+ U : To olor ensor W0 TP0 UPN UP- UPP UP+ U9 : To ystem ubcard U port UPN UP- UPP UP- UP+ U0: To FPR UPN 9 UP+ TP UPP 9 U:To luetooth K0 VM PIRQ# UPN N TP9 UP- K U:To ocking PIRQ# UPP M UP+ H PIRQ# UPN L0 UP- U:To amera PIRQ# UPP K0 UP+ UP9N 0 Port #9 has U UP9-00,0 -_TT RQ#/PIO0 UP9P 0 debug port capability. UP9+ 00 OPTIMU_NL RQ#/PIO UP0N 0 UP0-,0 -_PRN 0 RQ#/PIO UP0P 0 UP0+ UPN L UP- NT#/PIO UPP K UP+ 0P0VJN-P NT#/PIO UPN UP- 0 F NT#/PIO UPP UP+ 0 PIO is not multiplex with NT# on mobile PH. UPN UP- 0 OKI[..0] UPP UP+ -L_PRN OKI0 PIRQ#/PIO 0 Page. OKI PIRQF#/PIO R RF-L-P OKI PIRQ#/PIO URI# PIRQH#/PIO URI K0 PM# LPLK_RYPT_M,9 LPLK_U_M LPLK M,0 PILK_F_M For RF P0VJN-P P0VJN-P P0VJN-P KRJ--P R9 KRJ--P R0 KRJ--P R KRJ--P R R PM# has internal pullup[0k]. LKOUT_PI[:0] has a internal pull down. VM R R R00 R R trap Option on PIO/PIO9 is determing oot IO destination. High/High means PI IO selection. R KRJ--P R RJ--P RJ--P RJ--P U KRJ--P R KRJ--P R KRJ--P R KRJ--P R KRJ--P R9 KRJ--P R0 J H J H H K K N0 H H M M Y K L M0 Y H9 H J K H0 U TP TP TP TP TP TP TP TP TP9 TP0 TP TP TP TP TP TP TP TP TP9 TP0 TP TP TP TP PLTRT# LKOUT_PI0 LKOUT_PI LKOUT_PI LKOUT_PI LKOUT_PI ougar Point RV OUR-P-U-NF PI NVRM U OF 0 RV RV RV RV RV RV RV RV RV RV RV RV RV RV RV RV RV RV RV RV RV RV RV F_TV RV O0#/PIO9 O#/PIO0 O#/PIO O#/PIO O#/PIO O#/PIO9 O#/PIO0 O#/PIO Y V U T0 U T T T Y T V V F V Y V0 K0 L VR F_TV has internal pull down with soft strap. When the pin is high, VIO termination function is enabled. 0KRJ--P R KRJ--P R 0KRJ--P R 0KRJ--P R 0KRJ--P R 0KRJ--P R 0KRJ--P R 0KRJ--P R9 0KRJ--P R0 -U_PORT_O -M_KILL 9 M N -U_PORT9_O 00 RMRT_T_ON,,9,,,,0 -PLTRT_NR,,,0,,0,0 -PLTRT_FR R RJ--P R9 RJ--P V N# IN_ OUT_Y TF-P 00P0VJN-P 00P0VJN-P UP 0 LFT UL ONN U_ON -U_PORT0_O0 UP LFT OMO ONN U_ON -U_PORT_O OM UP LFT UL ONN U_ON -U_PORT_O Wistron orporation F,, ec., Hsin Tai Wu Rd., Hsichih, Taipei Hsien, Taiwan, R.O.. UP 9 RIHT U R U_ON -U_PORT9_O PH (/):PI/U/NVM ize ocument Number Rev Kendo- W Tuesday, ecember 0, 00 ate: heet of 0