ACER_BAP31 MAIN BOARD INVENTEC ACER_JM31 CODE EE DATE POWER DATE DRAWER DESIGN CHECK RESPONSIBLE TITLE

Transcription

1 ER_P MIN OR 00.. Tuesday, March 0, 00 TE HNE NO. X0 REV EE TE POWER TE RWER EIN HEK REPONILE IZE= VER: FILE NME: XXXX-XXXXXX-XX P/N XXXXXXXXXXXX INVENTE ER_JM OE IZE O.NUMER REV --00-L X0 X0 HEET

2 . chematic Page escription : Montevina chematic Ver : X0. Title. chematic Page ER. lock iagram. nnotations. chematic Modify. Timing iagram. Power lock iagram. daptor in/harge. VL/V/V 0. V/V/.V (R)..0V/./.V/.V. Power Latch/.V/REW HOLE. PU ore Power. PU ore Power. Penryn Processor(/). Penryn Processor(/). PU Thermal. antiga Host(/). antiga MI/raph(/) 0. antiga RII(/). antiga Power(/). antiga Power(/). antiga round(/). lock enerator. R RM O-IMM0. R RM O-IMM. IHM PU/IE/T(/). IHM PI/PIE/MI/U(/). IHM PIO(/) 0. IHM Power/N(/). L NN/T//WLN. K ITEF. IO N HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF chematic Page IZE OE O.NUMER REV ustom --00-L X0 X0 HEET

3 . lock iagram : FN P. L P. RT P. PU Palmrest Thermal EM0 LV P. V oard Thermal R PU mmxmm Penryn - FF Penryn Pin MH P., F pin antiga - FF F.0V /00/0MHz R.V mmxmm 00/0MHz R.V 00/0MHz OIMM0 OIMM PLL ILPRKLFT TP P P. MHz+/- x (PU, N) 00MHz+/- x MHz x (IH, ) MHz x MHz x (IH, IO) MHz/MHz+/-x P.- P. MI x P. T H P. T 0 IH IHM-FF mmxmm PI-Express x.hz-----port PI-Express x.hz-----port PI-Express x.hz-----port Miniard # WLN Port# P. U0 Port P. U U Port Port P. P. H T 0 P. oard F pin PI-Express x.hz-----port PI-Express x.hz-----port PI-Express x.hz-----port EY oard be RTLP P. RJ P. EY oard udio oard U HUX EY oard U.0/. EHI# upport 0~ state H MHz M. P. RJ P. udio oard IntMic tereo P. nalog In P. IN IN udio odec LX-R P. Out Out IN Out PK P. nalog Out P. LP.V MHz U WLN P. U amera P. U luetooth P. U Finger Printer P. FP oard PMU&K ITE0F P. 0Port P. TPM oard TPM EY PORT R oard U U0 U K P. tick P. VI- HU UX HP-OUT/MI-IN LINE-IN/PIF RJ JK U RELTEK RT P.- PI Flash ROM P. TM (antiga) U Port (IHM) nalog Out (LX) V I LN (R) P/FP oard lide Pad P. HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF lock iagram IZE OE O.NUMER REV ustom X L X0 HEET

4 . Net name escription : Voltage Rails IN +VL +V +V +V +V +.V V_ORE +.0V +.V +.V +.V 0.VT_RIII Part Naming onventions N F L Q R RP U Y = = = = = = = = = = apacitor onnector iode Fuse Inductor Transistor Resistor Resistor Pack rbitrary Logic evice rystal and Osc Net Name uffix # = ctive Low signal P Layers Primary system power supply.0v always on power rail by LTH or IN.0V always on power rail by EPWON.V always on power rail by EPWON.0V switched power rail by LP_#_R.V switched power rail by LP_#_R.V switched power rail by LP_#_R ore Voltage for PU.0V power rail for TL+ termination/ore for MH by LP_#_R.V switched power rail by LP_#_R.V power rail for PU PLL/MI;PIE;RIII LLs for MH/ore;PIE for IHm by LP_#_R.V power rail for RII by LP_#_R 0.V RII Termination Voltage by LP_#_R. oard tack up escription Layer Layer Layer Layer Layer Layer Layer Layer Host lock PI-E lock R LK R trobe MI us PIE us VO T U LV Lan ohm +/- 0% omponent ide, Microstrip signal Layer round Plane tripline Layer Power Plane tripline Layer tripline Layer round Plane older ide,microstrip signal Layer ifferential Impedance for Microstrip ifferential Impedance for tripline ohm +/- 0% ohm +/- 0% ohm +/- 0% ohm +/- 0% ohm +/- 0% ohm +/- 0% 0 ohm +/- 0% ohm +/- 0% 0 ohm +/- 0% 0 ohm +/- 0% ohm +/- 0% ohm +/- 0% ohm +/- 0% ohm +/- 0% ohm +/- 0% ohm +/- 0% ohm +/- 0% 0 ohm +/- 0% ohm +/- 0% ohm +/- 0% ohm +/- 0% Power Rail estination V_ORE Penryn FF HFM: LFM:.V~.V~.V 0.V~0.V~0.V.0V Penryn FF : TL+ termination V~.0V~.0V. antiga : ore 0.V~.0V~.0V. antiga : PIE 0.V~.0V~.0V. antiga :ore+imel+hio 0.V~.0V~.0V. antiga :V_MH 0.V~.0V~.0V 0. antiga :V_M_K and NTF 0.V~.0V~.0V.m antiga :V_MI 0.V~.0V~.0V m antiga :V_M 0.V~.0V~.0V.m antiga :VTT 0.V~.0V~.0V m IHM:V_0 0.V~.0V~.0V. IHM:MI 0.V~.0V~.0V m IHM:PU_IO 0.V~.0V~.0V m.v Penryn FF PLL.V~.V~.V 0m antiga : Q.V~.V~.V 0.m antiga : LV.V~.V~.V 0.m antiga : TV.V~.V~.V m antiga : Various PLL analog supply.v~.v~.v m antiga : V_M_K.V~.V~.V.m antiga : V_M.V~.V~.V. IHM:PIE_IH.V~.V~.V m IHM:T_IH.V~.V~.V. IHM:V_LN.V~.V~.V 0m Mini ard: Express ard:.v~.v~.v 0m.V antiga : RIII ystem Memory.V~.V~.V.(00M).(0M) 0.VT_RIII:RIII Terminator: 0.V~0.V~0.V.0 V antiga : HV MO.V~.V~.V 0.m antiga : V_TV.V~.V~.V m IHM:V_.V~.V~.V 0m IHM:VLN_.V~.V~.V m Thermal ensor:.0v~.v~.v m Mini ard: UMT Express ard:.v~.v~.v. LK enerator: ILPRKLFT.V~.V~.V 00m Mini ard: WirelessLan luetooth: uper I/O: IT0E.0V~.V~.V zalia odec: L zalia M:.V HNE by Voltage TE Tuesday, March 0, 00 0 urrent V IHM: RT V~.V~.V u IHM:VU_.V~.V~.V m IHM:VL_.V~.V~.V m IHM:VLN_.V~.V~.V m L:.0V~.V~.V Lan:R.0V~.V~.V zalia M: Flash ROM: IO.0V~.V~.V V V VL VI ardreader: RT zalia odec: L H: T O: T udio MP: Inverter:.0V~.V~.V.0V~.V~.V.V~.0V~.V.V~.0V~.V Webam.V~.0V~.V U: x ports V U V. ontrol Power.0V~.V~.V 0m VL E: ITEE.0V~.V~.V 00m Max:. ; R/W: 0m ; TY: 0m Max:. ; R/W: 00m ; TY: m INVENTE P (Penryn+antiga+IHM)FF NNOTTION OE IZE O.NUMER REV ustom --00-L X0 X0 HEET

5 .chematic modify Item and History : U P for ocking, U P for Finger printer, Modify N -----P. Modify N0 to 0pin P. Move PWR_WIN# from N to N0. TPM module------p _U_EN, _RT_IN#-----P, hange power item: R0,R,T NN TH PIN HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF chematic Modify OE IZE O.NUMER REV ustom --00-L X0 X0 HEET

6 YTEM POWER ON/OFF EQUENE rawing : Wendy, Huang Power on/f sequence insert (without attery Pack) Power on sequence Power f sequence lways.v W OFF: RTV(.V) VL,VL E_VL Low IN#(I) E Latch E ON When Press Power witch E ON(O) W OFF: Power on/f sequence attery insert (without adapter) Power on sequence Power f sequence lways.v RTV(.V) VL,VL E_VL IN#(I) E Programming This Pin To E ON(O) Power on/f sequence insert(with charge over %) Power on sequence Power f sequence lways.v W OFF: RTV(.V) VL,VL E_VL Wake-Up E For attery harge IN#(I) E ON(O) W ON: PWR_WIN#(I) W ON: PWR_WIN#(I) W ON: PWR_WIN#(I) LTH_ON(O) LTH_ON(O) LTH_ON(O) V,V V,V V,V RMRT#(O) RMRT#(O) RMRT#(O) PWR_TN#(O) PWR_TN#(O) PWR_TN#(O) U#(I) U#(I) U#(I) U#(I) U#(I) U#(I).V_R.V_R.V_R MIN POWER MIN POWER MIN POWER.V_PWR(I).V_PWR(I).V_PWR(I).0V_PWR(I).0V_PWR(I).0V_PWR(I) LL_YPWR(O) LL_YPWR(O) LL_YPWR(O) VR_ON(O) VR_ON(O) VR_ON(O) VORE_(I) VORE_(I) VORE_(I) PM_IH_PWR(O) PM_IH_PWR(O) PM_IH_PWR(O) Power on/f sequence insert(without charge over %) W OFF: W ON: RTV(.V) VL,VL E_VL IN#(I) E ON(O) PWR_WIN#(I) LTH_ON(O) V,V RMRT#(O) PWR_TN#(O) U#(I) U#(I).V_R MIN POWER.V_PWR(I).0V_PWR(I) LL_YPWR(O) VR_ON(O) VORE_(I) PM_IH_PWR(O) Power on sequence lways.v ystem oot ystem oot E Latch This ignal Power f sequence Full attery apacity bout %~00% uspend nd Resume equence () uspend sequence Resume sequence lways.v W OFF: RTV(.V) VL,VL E_VL on't are This ignal IN#(I) E ON(O) W ON: PWR_WIN#(I) LTH_ON(O) V,V RMRT#(O) PWR_TN#(O) U#(I) U#(I).V_R MIN POWER.V_PWR(I).0V_PWR(I) LL_YPWR(O) VR_ON(O) VORE_(I) PM_IH_PWR(O) Power on/f sequence after windows shoutdown (WOL enable) uspend sequence Resume sequence W OFF: RTV(.V) VL,VL E_VL IN#(I) E ON(O) W ON: PWR_WIN#(I) LTH_ON(O) V,V RMRT#(O) PWR_TN#(O) U#(I) U#(I).V_R MIN POWER.V_PWR(I).0V_PWR(I) LL_YPWR(O) VR_ON(O) VORE_(I) PM_IH_PWR(O) lways.v Low E Keep E ON ignal To When WOL Enable E Keep LTH_ON ignal To When WOL Enable INVENTE P (Penryn+antiga+IHM)FF Time iagram IZE OE O.NUMER REV ustom X L X0 HNE by TE Tuesday, March 0, 00 HEET

7 Power lock iagram : PTER HRER MX MO TTERY IN TP TP V.V.V MO MO TP00 V.V 0.V MO.V PU ORE TP.0V TP0 PU ORE HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF Power lock iagram OE IZE O.NUMER REV --00-L X0 X0 HEET

8 N NPTH NPTH P WT -00 E 000 N NPTH NPTH P WT -00 E_NU 000_NU 0 0.uF 0V 0% 00 XR 0 0pF 0V 0.% 00 0H L0 NFEPTZEL Murata 0.uF 0V 0% 00 XR 0pF 0V 0.% 00 0H 0 00K-%-/W-00 R R0 00K-%-/W-00 Q MP 0V. O 0.uF 0V 0% 00 XR R 0K-%-/W-00. PIN + LuF V 0% 0.X. _ON For P For JM,JM For reen P PIN R 00K-%-/W-00 Q MK00FU 0V 00m -0 P R0 IN0. K IN,0,,,,, 0.0 % W P-E/ 0V TO H_EN R, IN# 0-%-/W-00 R VL IL VP R IL V. % /0W 00 R 0K-%-/W-00 0K-%-/W-00 R0 00K % /W 00 R uf 0V 0% XR uF V 0% 00 ON XR R 0-%-/W uF V % 00 XR RV-0 0V 0m UM R IN V 0-%-/W-00 PRN ET OP EN R 0-%-/W-00 IN 0 ILHZ QOP P INTERIL 000 ELL 00pF 0V 0% 00 XR IP IOMP R0.-%-/W-00 0.uF V 0% 00 XR VOMP IM VREF_ PHE VREF HLIM UTE HLIM R 0K-%-/W-00 OOT VJ U VP LTE PN N LIM uF V 0% 00 XR R0. % /0W 00 +/-00PPM/degree IL VP LIM K % /W 00 PMU_ITL R 0K-%-/W-00 RV-0 0V 0m UM 0.uF.V 0% 00 XR VREF_ R.K % /W 00 R R.K % /W 00 Q R0 0K % /W 00 K-%-/W-00 R Q R 0K-%-/W-00 Q RF request PMU_VTL. % /W 00_NU R 000pF 0V 0% 00 XR_NU Total power 0w MK00FU 0V 00m -0 P pf 0V % 00 NPO PMU_VTL 0UF V 0% 0 XR 0UF V 0% 0 XR 0 FM 0V 0 POWER P L 0uH 0% PM0T-00M Q I0N 0V POWERPK P R 0.0 % W pf 0V % 00 NPO 0UF V 0% 0 XR 0 K P-E/ 0V TO 0UF V 0% 0 XR VT 00K % /W 00 MK00FU 0V 00m -0 P 0.0uF V 0% 00 XR 0.0uF V 0% 00 XR R 0K % /W 00 R 00-%-/W-00 IP R HORT-00-PWR 0.uF V 0% 00 XR IP=.*0mR*Iin HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF daptor in / harge OE IZE O.NUMER REV ustom --00-L X0 X0 HEET

9 , VL _W Q MK00FU 0V 00m -0 P _W, LTH_ON R 00K % /W 00 Q MK00FU 0V 00m -0 P Q MK00FU 0V 00m -0 P N_ R 00K % /W 00 0.uF V 0% 00 XR 0,,,,,,,0,,,,, IN.V@ V P U_POWERP_ P U_POWERP_ 0+ T0uF.V m 0%.K-%-/0W-00 00PF 0V 0% XR 00 pf 0V % 00 NPO L 00PF 0V 0% XR 00.uH PM0T-RMN pf 0V % 00 NPO R R Q 0K-%-/W-00, N_ N_ VL 0uF 0V 0% 00 XR in-t-e 0V 0 POWERPK R 0-%-/W-00 0.uF V 0% 00 XR I0N 0V POWERPK P Q R0 0.K % /W 00 0 R VO VRE VT RVH LL RVL 0K % /W 00_NU ENTRIP EN0 VF TONEL N_ R0 R HORT-00-PWR, VL HORT-00-PWR,0,,,,, IN R HORT-00-PWR VREF VF TPRER QFN P TI 000 KIPEL N VIN VRE ENTRIP VLK U VO POO VT RVH LL RVL R 0 TP R HORT-00-PWR 0.K % /W 00 VL, N_ N_ R 0-%-/W-00 N_ 0K-%-/W-00 0.uF V 0% 00 XR L.uH PM0T-RMN pf 0V % 00 NPO R 0.K % /0W 00 0UF V 0% 0 XR Q FM 0V 0 POWER P Q0 I0N 0V POWERPK P R 00PF 0V 0% XR 00 R pf 0V % 00 NPO 00PF 0V 0% XR 00 0UF V 0% 0 XR + T0uF.V m 0% IN P U_POWERP_ P0 U_POWERP_ P U_POWERP_.V@ V 0,,,,,0,,, IN,0,,,,, 0UF V 0% 0 XR 0uF 0V 0% 00 XR N_ HORT-00-PWR For reen P, E_VL VT, VL R0 0-%-/0W-00 E_VL, TTERY_IN H: no battery L: battery insert 00pF 0V % 00 NPO_NU R 0K % /W 00 TH R HORT-00-MIL R 0K-%-/W-00_NU,0,,,,, IN 0 0V M Q FMZ 0V. POWER P R 00K % /W PT 0V 0. TT_T TT_LK IN0 NN N 0 TH ZV.V m 00mW OT P 00pF 0V % 00 NPO_NU 00pF 0V % 00 NPO_NU TH 000pF 0V 0% 00 XR N N P TT V-0-L 000 HNE by TE Tuesday, March 0, 00 IZE ustom INVENTE P (Penryn+antiga+IHM)FF VL/V/VL/V

10 P U_POWERP_.,,,,,, IN,,,,,,,0,,,,, M_PWR.K % /W 00 R V R 0K-%-/W-00 U TZ0F OT P Intel Item 0 0.uF 0V 0% 00 XR,,,,,,,,0,,,,, U#,.V_PWR U# R.K-%-/W-00 V R 00K-%-/W-00,,,,,0,,, N_.V R.K % /W 00 0.uF V 0% 00 XR_NU V R 0K-%-/W-00 0UF V 0% 0 XR uf.v 0% 00 XR R 00 % /0W 00 R 00K-%-/W-00 VFILT U TPRYR QFN P TI 0000 VREF=0.V uf.v 0% 00 XR FM 0V 0 POWER P N_.V Q 00PF 0V 0% XR 00 N_.V 0 00PF 0V 0% XR 00.V@ N_.V,,,,,.V,,,,,0,,, V,, M_VREF,,,,,.V,,,,, U# U#. PWR_IMM_VTT,,,,,,,0,,,,, V Q V,,,,,,,,,,,,,,0,,,,,,,,,,,0,,, V V,,,0,,,,,, Q TP0 0V. OT P + T0uF V m PNONI pf 0V % 00 NPO pf 0V % 00 NPO Q TP0 0V. OT P K-%-/0W-00 R MK00FU 0V 00m -0 P_NU,,,, U# TON TRIP N POO EN_PV TH VOUT VT RVH LL RVL VF PN VRV 0 R 0-%-/W-00 R 0.uF V 0% 00 XR 0 HORT-00-PWR pf 0V % 00 NPO Q I0N 0V POWERPK P uh PM0T-R0MN L R.K % /W 00 R.K % /W 00 pf 0V % 00 NPO,,,,,.V P U_POWERP_ P U_POWERP_ R 0-%-/W-00_NU R 0-%-/0W-00 R 00-%-/W-00_NU 0.uF 0V 0% 00 XR uf.v 0% 00 XR U 0 VIN VQN VLOIN VTT VTTREF VTTN N PN TML FU MOP0 0P MT 000 pf 0V % 00 NPO 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR.uF 0V 0% 00 XR R K-%-/0W-00 Q TP0 0V. OT P R K-%-/0W %-/0W-00_NU R 0.uF 0V 0% 00 XR Q TP0 0V. OT P K-%-/0W-00 R 00-%-/0W-00_NU R,,,, U# R 00K % /W 00 E Q0 NPN TEE EMT ROHM E Q Q MK00FU 0V 00m -0 P_NU NPN TEE EMT ROHM HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF V/V/.V (R) OE IZE O.NUMER REV ustom --00-L X0 X0 HEET 0

11 U,0,,,,,,0,,,,, V U VIN VOUT.V,0,,,,,,0,,,,, V VIN VOUT. V 0 N 0 0 N EN N R EN N 0-0TU.V OT- P MT 000 K-%-/W TU.V OT- P MT 000 0,,,, U# 0mils 0uF.V 0% 00 XR K-%-/W-00 R 0 pf 0V % 00 NPO 0 pf 0V % 00 NPO 0mils 0uF.V 0% 00 XR 0mils 0uF.V 0% 00 XR 0 pf 0V % 00 NPO pf 0V % 00 NPO 0mils 0uF.V 0% 00 XR LOE TO Q,,,,,,,,0.0V,,0,,,, IN,0,,,,0,,, V TRIP VT 0-%-/W-00 0.uF V 0% 00 XR R RVH 0,,,,,,,,,,,,,,0,,,,,, V Q VFILT change to 00 % R LL +.K % /W 00 RVL R uf.v 0% 00 XR N I0N 0V POWERPK P 0K-%-/W-00 VF POO VRV 0 0,,,, U# P U_POWERP_.0V_PWR.K-%-/W-00 R0 0.uF V 0% 00 XR 00PF 0V 0% XR 00 pf 0V % 00 NPO 0UF V 0% 0 XR.K % /W 00 R.K % /W 00 0UF V 0% 0 XR N_.0V R 00 % /0W 00 TON U0 TPRYR QFN P TI 0000 R 00K-%-/W-00 EN_PV TH VOUT N_.0V PN VREF=0.V R uf.v 0% 00 XR FM 0V 0 POWER P R N_.0V HORT-00-PWR Q. % /W 00_NU R 000pF 0V 0% 00 XR_NU RF request L uh PM0T-R0MN R0.K % /W 00 00PF 0V 0% XR 00 N_.0V T0uF V m PNONI LOE TO Q 0 pf 0V % 00 NPO HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF.0V/./.V/.V OE IZE O.NUMER REV ustom --00-L X0 X0

12 .V 0,,,,,.V Q,,,,0,,.V FNZ 0V. O P For reen P, E_VL R K-%-/W-00,,0,,,, IN Q N00 0V 0. OT R0 K-%-/0W-00 R 0 0.uF V 0% 00 XR K-%-/0W-00 R0 0K-%-/W-00 R0 00K-%-/0W-00 R0 0-%-/0W-00_NU, PWR_WIN# None reen P ---- NU RV-0 0V 0m UM 0.uF 0V 0% 00 XR PWR_WIN#_ 0,,,, U# E Q NPN TEE EMT ROHM, VL R % /W 00, VL 00pF 0V % 00 NPO_NU EMI ap 0,,,,,.V,0,,,,,,0,,,,, LN_ON 0.uF 0V 0% 00 XR_NU,0,,,,,,0,,,,, V V,0,,,,0,,,,0,,,,,,0,,,,,,,0,,,,,0,,,,0,,,,0,,,,0,,, 0.uF 0V 0% 00 XR V IN V V 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR_NU,,,,,0,,,,,, V V 0,,,0,,,,,, V 0.uF V -0%+0% 00 YV_NU V 0,,,,,,,,,,,,,,0,,,,,, 0,,,0,,,,,, V_LN 0.uF 0V 0% 00 XR_NU 0.uF 0V 0% 00 XR V 0,,,,,,,,,,,,,,0,,,,,, 0,,,0,,,,,, V 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR,0,,,,0,,, V 0.uF 0V 0% 00 XR_NU V 0,,,,,,,,,,,,,,0,,,,,, 0,, PWR_IMM_VTT 0.uF 0V 0% 00 XR_NU V 0,,,0,,,,,, 0,, PWR_IMM_VTT,,,,0,, 0.uF 0V 0% 00 XR_NU, VORE_PU V 0,,,,,,,,,,,,,,0,,,,,,,,,,0,, 0 0.uF 0V 0% 00 XR_NU,,,,,0,,,,,, V V 0,,,0,,,,,, 0.uF 0V 0% 00 XR 0 0.uF 0V 0% 00 XR 0.uF V -0%+0% 00 YV_NU,,0,,,, IN V,0,,,,0,,, 0.uF V -0%+0% 00 YV_NU,,0,,,, IN V,0,,,,0,,, 0.uF 0V 0% 00 XR 0.uF V -0%+0% 00 YV_NU,,0,,,, IN V,0,,,,,,0,,,,, 0.uF V -0%+0% 00 YV_NU,,0,,,, IN V,0,,,,,,0,,,,, 0 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR Q I0-T-E 0V. OT,,0,,,,,,0,,,,,,0,,,,,,0,,,, 0,,,,,,,,,,,,,,0,,,,,,,0,,,,,,0,,,,,, 0,,,,,,,,,,,,,,0,,,,,, 0,,,,,,,,,,,,,,0,,,,,, 0,,,,,,,,,,,,,,0,,,,,, R 00K-%-/W uF V 0% 00 XR E 0,,,0,,,,,,,0,,,,0,,,,0,,,,0,,,,,, 0mil R 0K-%-/W-00 Q NPN PTEU 0V 00m OT.V.V IN IN IN IN V V VFX_ORE.0V_PU.0V_PU V V V V V V V VORE_PU VORE_PU VFX_ORE uF V -0%+0% 00 YV 0.uF V -0%+0% 00 YV 0.uF V -0%+0% 00 YV 0.uF V -0%+0% 00 YV 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR E ON HOLE-P FIX FMK FIX FMK, FIX FMK FIX FMK R K-%-/W-00 HOLE-P_0_ R M-%-/W-00 PWR_WIN# 0 NUT-P_0_0 FIX FMK FIX FMK V_ FIX FMK FIX FMK R 00K-%-/W-00 NUT-P_0_0 R 0-%-/W-00 Q N00 0V m OT NUT-P_0_0 Q O 0V OT 00pF 0V % 00 NPO_NU NUT-P_0_0 Q R M % /W 00 O 0V OT R M-%-/W-00_NU HNE by REW-P 00pF 0V % 00 NPO_NU REW-P_0 O 0V OT Q RV-0 0V 0m UM R 0-%-/W-00 REW-P_0 REW-P_0 TE Tuesday, March 0, 00 R M-%-/W-00 REW-P REW-P_0 P N NN _ON PEVUT.V 0W OT REW-P_0 INVENTE P (Penryn+antiga+IHM)FF Power on latch OE IZE O.NUMER REV ustom --00-L X0 X0 HEET REW-P_0

13 R 0-%-/W-00_NU 0-%-/W-00_NU R 0 0pF V % 00 NPO R 0-%-/W-00 V,0,,,,,,0,,,,, R.K-%-/W-00 VR_ON V 0,,,,,,,,,,,,,,0,,,,,, R K % /0W 00 R 0-%-/W-00 R R0 R 0N uf.v 0% 00 XR VREF ROOP VFILT ILEW 0 OREL TONEL TRIPEL PWRMON VR_ON 0-%-/W-00 U LKEN# 0K-%-/W-00 0K-%-/W-00 R % /W 00 PM_PRLPVR, VORE_,, IN,,0,,,, 0N VENE VENE 0N uf.v 0% 00 XR N P pf 0V % 00 NPO R 0-%-/W-00 R pf 0V % 00 NPO 0-%-/W-00 R 0K-%-/W-00 pf 0V % 00 NPO 0N R0 H_PROHOT# N N P NN VN THERM VR_TT# PRTP# 0 VI TP0RH QFN P TI 000 VI VI VI VI VI VI0 PRLP POO VIN RVL 0 LL VT RVH TP R.-%-/W-00 V,0,,,,0,,, uf V 0% 00 XR.uF.V 0% XR 00 Q FM 0V Q FM0 0V 0N L R.K-%-/W-00.K % / 00 R 0.0uF V 0% 00 + T.uF V 00m NYO 0UF V 0% 0 XR, L 0.uH 0%.X0X R 0K % 00 NT VORE_PU pf 0V % 00 NPO OUT / INPUT?? 0-%-/W-00_NU R K % /0W 00,, H_PRTP# R 0-%-/W-00 P R pf 0V % 00 NPO 0-%-/W-00 H_VI H_VI H_VI H_VI H_VI H_VI H_VI0 R 0-%-/W-00 R0 0-%-/W-00 R 0-%-/W-00 R 0-%-/W-00 R 0-%-/W-00 R 0-%-/W-00 R 0-%-/W-00 R N pf 0V % 00 NPO 0-%-/W-00 R pf 0V % 00 NPO 0N 0N HORT-00-0MIL HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF PU ore Power IZE OE O.NUMER X L HEET

14 V,0,,,,0,,, 0,,,,,,,,,,,,,,0,,,,,, FT_VI_ FT_VI_ FT_VI_ FT_VI_ FT_VI_0 R 0K-%-/W-00_NU R 0K-%-/W-00_NU R 0K-%-/W-00_NU R 0K-%-/W-00_NU R 0K-%-/W-00_NU R 0K-%-/W-00_NU V R 0K-%-/W-00_NU R 0K-%-/W-00_NU R 0K-%-/W-00_NU R 0K-%-/W-00_NU 00pF 0V % 00 NPO Intel item 000pF 0V 0% 00 XR P00 P000 P00 P00 P00 P00 0K-%-/W-00 R0 00K % /W 00 R0 uf.v 0% 00 XR 00pF 0V % 00 NPO U VI VI VI VI VI0 HY 0-%-/W-00 P00 R P00 P00 P000 0,,,,,,,,,,,,,,0,,,,,, T N T 00K % /W 00 R P00 VREF P N P00 PP 0pF 0% 0V XR 00 P00 P00 T- 0V 00M OT 0.uF V 0% 00 XR P00 MLTRT MLP P 000 LET R 0K-%-/0W-00 RN VREF N 0 V ERROUT 0 R.0K-%-/0W-00 PMON P00 K-%-/W-00 R 00pF 0V % 00 NPO P EN RMP + F- - F+ P00 0.0uF V 0% 00 XR P00 P00 P00 P00 P000 P00 00pF 0V % 00 NPO N VREF N 000pF 0V 0% 00 XR 0K-%-/W-00 R0 R R 00pF 0V % 00 NPO N V U# 0,,,, 0-%-/W-00_NU VON 0-%-/W-00, Q0 FM 0V 0 POWER P 00pF 0V % 00 NPO 00pF 0V % 00 NPO VFX_ORE 000pF 0V 0% 00 XR R 0K-%-/W-00 pf 0V % 00 NPO R N 0-%-/W-00 P IN,,0,,,, U_POWERP_ 0UF V 0% 0 XR 0UF V 0% 0 XR uh PM0T-R0MN R00 K-%-/0W-00 R P00.K % /0W 00 P00 R 0.0uF 0V 0% XR 00 Intel item L Q I0N 0V POWERPK P R R R0 0 0-%-/W-00 R 00-%-/W-00 R0.K-%-/W-00 0-%-/W-00_NU 0-%-/W-00_NU K % /0W 00 R0 00-%-/W-00 + T0uF V m PNONI 00PF 0V 0% XR 00 0.uF 0V 0% 00 XR pf 0V % 00 NPO P U_POWERP_ P U_POWERP_ VFX_ORE, N R0 0 % /W 00 HORT-00-0MIL R0 V_X_ENE V_X_ENE N R 0 % /W 00 HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF PU ORE OE IZE O.NUMER REV ustom --00-L X0 X0 HEET

15 E U UE M U V[00] V[0] V_ V_0 F R H_# V[00] V[0] V_ V_ P M H_# U Y0 H_# []# # V[00] V[0] V_ V_ V J H_NR# V J 0 H_# []# NR# V[00] V[0] V_ V_ W L H_# H_PRI# F W J H []# PRI# V[00] V[0] V_ V_ T H W J E H_# []# V[00] V[0] V_ V_ N H_# H_EFER# K Y L []# EFER# V[00] V[0] V_0 V_ F H_# H_RY# M T L J []# RY# V[00] V[0] V_ V_ T J H_Y# P V L H0 H_#0 []# Y# V[00] V[00] V_ V_ T N M H_# [0]# V[00] V[0] V_ V_ M H_REQ#0 V N L H_# []# R0# V[0] V[0] V_ V_0 Y N N H_# []# H_IERR# V[0] V[0] V_ V_ 0 R -%-/W-00.0V,,,,,,,,0 R R H_# []# IERR# V[0] V[0] V_ V_ E H_INIT# R M0 H_# []# INIT# V[0] V[0] V_ V_ F R T H_#[..] H_# []# V[0] V[0] V_ V_ H_#[..] N H_L# H U V []# L# V[0] V[0] V_ V_ H_T#0 Y K E U W T[0]# R HORT-00-MIL V[0] V[0] V_0 V_ H_REQ#0 H_PURT# M E U W REET# V[0] V[0] V_ V_ R K H_REQ# H_R#0 P W Y REQ[0]# R[0]# V[0] V[00] V_ V_ R H H_REQ# H_R# Y W U REQ[]# R[]# V[00] V[0] V_ V_ U K H_REQ# H_R# V E W W REQ[]# R[]# V[0] V[0] V_ V_00 P L H_REQ#[..0] H_REQ# H_TRY# T T0 REQ[]# TRY# V[0] V[0] V_ V_0 H_REQ#[..0] W V J REQ[]# V[0] V[0] V_ V_0 H H_# H_HIT# Y J HIT# V[0] V[0] V_ V_0 N F H_# H_HITM# L []# HITM# V[0] V[0] V_ V_0 K L H_# []# V[0] V[0] V_ V_0 Y N H_#0 []# PM[0]# V[0] V[0] V_0 V_0 T E N E H_# [0]# PM[]# V[0] V[0] V_ V_0 K J E H_# []# PM[]# V[0] V[0] V_ V_0 T Y H L E H_# []# PM[]# V[00] V[] V_ V_0 H V0 J N E H_# []# PRY# XP_PM# V[0] V[] V_ V_0 F V L R F H_# []# PREQ# XP_TK V[0] V[] V_ V_ J M R H_# []# TK V XP_TI V[0] V[] V_ V_ H W N U J H H_# []# TI XP_TO V[0] V[] V_ V_ M R U J K H_# []# TO U XP_TM V[0] V[] V_ V_ P T R J K H_# []# TM W XP_TRT# V[0] V[] V_ V_ R V.0V,,,,,,,,0 U U L M H_#0 []# TRT# XP_REET# V[0] V[] V_00 V_ J J W W L M H_# [0]# R# R V[0] V[] V_0 V_ L Y W L P H_# []# -%-/W-00 V[0] V[0] V_0 V_ M W N P H_# []# V[00] V[] V_0 V_ U N T H_# []# THERML V[0] V[] V_0 V_0 P N T H_#[..] H_# []# V[0] V[] V_0 V_ H_#[..] R H_PROHOT# E R V []# PROHOT# V[0] V[] V_0 V_ H_T# N H_THERM R V T[]# THERM V[0] V[] V_0 V_ H_THERM H R U THERM V[0] V[] V_0 V_ H_0M# J U Y 0M# V[0] V[] V_0 V_ H_FERR# 0 PM_THRMTRIP#,, L E U Y FERR# THERMTRIP# V[0] V[] V_0 V_ H_INNE# F0 M E U INNE# V[0] V[] V_ V_ N W V[0] V[0] V_ V_ H_TPLK# F R W TPLK# hould be connect to IH and antiga without T-ing(no stub) V[00] V[] V_ V_ H_INTR R J W LINT0 H LK V[0] V[] V_ V_0 H_NMI LK_PU_LK T J F LINT LK[0] V[0] V[] V_ V_ H_MI# E LK_PU_LK# U E F MI# LK[] V[0] V[] V_ V_ U H V[0] V[] V_ V_ V W J H RV0 V[0] V[] V_ V_ Y W L K RV0 V[0] V[] V_ V_ L K RV0 V[0] V[] V_0 V_ L N M RV0 V[0] V[] V_ V_ J 0 N M No stub on H_TPLK test point RV0 V[0] V[0] V_ V_ F L E P RV0 V[00] V[] V_ V_ H N E P RV0 XP P/U & P/ V[0] V[] V_ V_0 H R T V[0] V[] V_ V_ R T V[0] V[] V_ V_ K R J U XP_REET# R0 K-%-/W-00 V[0] V[] V_ V_ V 0,,,,,,,,,,,,,,0,,,,,, M U J V V[0] V[] V_ V_ M U L U XP_TO R.-%-/W-00_NU V[0] V[] V_ V_ XP_TM.0V,,,,,,,,0 P W L W PU Penryn_FF F P INTEL R.-%-/W-00 V[0] V[] V_0 V_ T W N Y 0000 XP_TI R0.-%-/W-00 V[0] V[] V_ V_ V U N XP_PM# R.-%-/W-00 V[0] V[0] V_ V_ T W R Rout to TP via and place gnd via w/in 00mils V[00] V[] V_ V_ Y R XP_TRT# R0 -%-/W-00 V[0] V[] V_ V_0 U XP_TK R.-%-/W-00 V[0] V[] V_ V_ U V[0] V[] V_ V_ Y W V[0] V[] V_ V_ W E V[0] V[] V_ V_ F V[0] V[] V_ V_ H J V[0] V[] V_0 V_ H L V[0] V[] V_ V_ K N V[0] V[0] V_ V_ M E E R #[-], PM#[0-]:Leave escape routing on for future functionality V[00] V[] V_ V_ P E E U V[0] V[] V_ V_0 E W V[] V_ V_ V_ V_ J PU Penryn_FF F P INTEL V_ V_ J E 0000 V_ V_ L H_#[..0] U H_#[..0] V_ V_ H_#[..0] H_#0 H_# H_#[..0] L J V_0 V_ F0 P N L H_# [0]# []# R H_# V_ V_ N N H_# []# []# E H0 H_# V_ V_ R R H_# []# []# J F0 H_# V_ V_ R U H_# []# []# H0 J H_# V_ V_0 U W H_# []# []# H H_# V_ V_ U H_# []# []# F H_# V_ V_ W H_# []# []# H_# V_ V_ E H W H_# []# []# L M H_#0 V_ V_ E H_# []# [0]# K N H_# V_ V_ H_#0 []# []# N M0 H_# V_0 V_ W H_# [0]# []# T0 K0 H_# V_ V_ H_# []# []# M0 H_# V_ V_ H_# []# []# P0 H_# V_ V_ H_# []# []# M N H_# V_ V_0 E H_# []# []# L L H_# V_ V_ []# []# V_ V_ H_TN#0 K0 K TN[0]# TN[]# H_TN# H0 V_ V_ H_TP#0 J L TP[0]# TP[]# H_TP# M V_ V_ H_INV#0 P0 J INV[0]# INV[]# H_INV# J V_ V_ L H_#[..0] H_#[..0] V_0 V_ H_#[..0] H_# H_# H_#[..0] N V_ V_ P V M0 H_# []# []# V0 T H_# V_ V_ T H_# []# []# V V0 H_#0 V_ V_ R H_# []# [0]# U H_# V_ V_0 U H_#0 []# []# R W H_# V_ V_ W H_# [0]# []# W R H_# V_ V_ T0 H_# []# []# N H_# V_ V_ Y H_# []# []# U H_# V_ V_ H_# []# []# Y H_# V_ V_,,,,,,,,0.0V H_# []# []# 0 T0 H_# H_# []# []# 0 H_# PU Penryn_FF F P INTEL H_# []# []# H_# 0000 H_# []# []# H_#0 H_# []# [0]# Y0 0 H_# H_#0 []# []# Y H_# H_# [0]# []# T U H_# R0 []# []# H_TN# U Y0 TN[]# TN[]# H_TN# K-%-/W-00 H_TP# W Y TP[]# TP[]# H_TP# H_INV# R INV[]# INV[]# H_INV# K-%-/W-00_NU TLREF W E OMP0 R.-%-/W-00 R H_TET TLREF OMP[0] E MI OMP R.-%-/W-00 R H_TET TET OMP[] 0 E OMP R.-%-/W-00 R K-%-/W-00_NU TET OMP[] F OMP R.-%-/W-00 K-%-/W-00 TET OMP[] E 0.uF 0V 0% 00 XR TET Y0 TET PRTP# H_PRTP#,, TET PLP# H_PLP# PWR# H_PWR# LK_EL0 EL[0] PWROO E H_PWR LK_EL 0 EL[] LP# H_PULP# LK_EL 0 EL[] PI# Zo=ohm, 0." max for TLREF, pace any other switch signals away from TLREF with a minimum mils. on't allow the TLREF routing to create splits or discontinuities in the reference planes the F signals R ROUP 0 R ROUP IH ONTROL XP/ITP INL T ROUP 0 T ROUP REERVE T ROUP T ROUP PU Penryn_FF F P INTEL 0000 H_PWR rise time : Max : ns omp0, connect with Zo=.ohm, make trace length shorter than 0." and width is mils. omp, connect with Zo=ohm, make trace length shorter than 0." and width is mils HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF Penryn Processor(/) OE IZE O.NUMER REV ustom --00-L X0 X0 HEET E

16 E.0V_PU UF L V_0 VP_0 N V_0 VP_0 P V_0 VP_0 V_0 VP_0 P V_0 VP_0 Place these inside socket cavity on L Place these inside socket cavity on U_POWERP_ V_0 VP_0 E V_0 VP_0 (North side secondary) L (outh side secondary) F E.0V_PU V_0 VP_0 F F V_0 VP_0 H V_0 VP_00, VORE_PU H F V_ VP_0 K H V_ VP_0 K J U P 0mil V_ VP_0 M L U_POWERP_ V_ VP_0 F M N V[00] V[0] V_ VP_0 0 P K V[00] V[0] V_ VP_0 H.0V,,,,,,,,0 P R V[00] V[00] V_ VP_0 J Y T U V[00] V[0] V_ VP_0 K T P V[00] V[0] V_ VP_0 L V V V[00] V[0] + Intel item V_0 VP_00 M F0 V W V[00] V[0] T0uF.V 0% m V_ VP_0 N F Y V[00] V[0] V_ VP_0 P H0 Y V[00] V[0] V_ VP_0 R H V[00] V[0] V_ VP_0 T F E V[0] V[0] V_ VP_0 U H V[0] V[0] V_ VP_0 V K0 J V[0] V[00] V_ VP_0 W K F F V[0] V[0] V_ VP_0 Y M0 F L V[0] V[0] V_ VP_0 M H N V[0] V[0] V_0 VP_00 P0 H K V[0] V[0] V_ VP_0 P K P V[0] V[0] Place these inside socket cavity on L V_ VP_0 K K Place these inside socket cavity on L Place these inside socket cavity on L V[0] V[0] V_ VP_0 E M V[00] (North side secondary) M V[0] V_ VP_0 (North side Primary) (outh side Primary) F P M V[0] V[0] V_ VP_0 T0 P V[0] V[0] V_ VP_0 H T P V[0] V[00] V_ VP_0 J V0 T E V[0] V[0] V_ VP_0 K V T F V[0] V[0] V_ VP_0 L Y0 V F V[0] V[0] V_0 VP_00 M Y V V[0] V[0] V_ VP_0 N T Y H V[0] V[0] V_ VP_0 P V Y H V[0] V[0] V_ VP_0 R Y J V[00] V[0] V_ VP_0 T 0 K V[0] V[0] V_ VP_0 T K V[0] V[0] V_ VP_0 U 0 L V[0] V[00] V_ VP_0 V L V[0] Y R0 HORT-00-PWR V_ VP_0 J M V[0] VP_00 R0 HORT-00-PWR V_ VP_0 E 0 N V[0] VP_00 R0 HORT-00-PWR V_0 VP_00 N V[0] VP_00 V_ VP_0 J K0 V[0] VP_00 V_ VP_0 0 K F P V[0] VP_00 V_ VP_0 L F P V[00] VP_00 V_ VP_0 N H R V[0] VP_00 V_ VP_0 0 P H R V[0] VP_00 V_ VP_0 F0 R 0 T V[0] VP_00 V_ VP_0 F U F0 U V[0] VP_00 V_ VP_0 H0 V H0 U V[0] VP_0 V_ VP_0 H W K V V[0] VP_0,,,,0,,.V V_0 VP_00 North side secondary outh side secondary V[0] VP_0 lose to PU K V V_ VP_0 F M W V[0] VP_0 V_ VP_0 H V[0] VP_0 pin M W V_ VP_0 K0 E K0 P0 V[00] VP_0 K 0mil V_ VP_0 M0 V0 V[0] M0 R V_ VP_0 P Y V[0] V[0] V_ M 0.0 % W 0 VP_0 P V[0] V[0] + K V_ VP_0 + T V[0] V_ M VP_0 V[0] VI[0] H_VI0 T P0 0.0uF V 0% 00 XR 0uF.V 0% 00 XR V_ VP_0 V[0] VI[] H_VI V V_0 VP_00 P 0 V[0] VI[] H_VI V V_ VP_0 T0 V[0] VI[] H_VI P0 V_ VP_0 T V[0] VI[] H_VI T0 V_ VP_0 V0 V[00] VI[] H_VI V0 0 V_ VP_0 V Y V[0] VI[] H_VI Y E P Impedance Ohm, W:= : V_ VP_0 Y E V[0] V_ VP_0 T F V[0] V V[0] VENE V_ VP_0 F Y0, VORE_PU V_ VP_0 V[0] V_ VP_0 Y V[0] 0 V[0] VENE V_0 VP_00 Y0 H V_ VP_0 0 J PU Penryn_FF F P INTEL V_ VP_0 0 J R0 V_ VP_0 F F0 00-%-/W-00 V_ VP_0 F K V_ VP_0 H K V_ VP_0 H L V_ VP_0 VENE F0 L V_ VP_0 H0 N Mismatch mil V_ VP_0 VENE K N V_0 VP_0 K P V_ VP_ M R R0 mil V_ VP_ M R 00-%-/W-00 V_ VP_ P K0 mil space V_ VP_ P P0 V_ VP_ K0 U mil space with other V_ VP_ M0 U V_ VP_ P0 L V_ VP_ T L V_ VP_ T N V_00 VP_0 V N Route VENE and VENE traces V_0 VP_ V R V_0 VP_ at. ohms. Place PU and P within Y R V_0 VP_ Y U V_0 VP_ inch PU T0 U V_0 VP_ V0 W V_0 VP_ Y0 W V_0 VP_ V_0 VP_ V_0 VP_ V_0 VP_0 V_ VP_ 0 E V_ VP_ 0 E V_ VP_ M V_ VP_ P V_ VP_ T J.0V_PU V_ VP_ V J V_ VP_ Y L V_ VP_ L V_ VP_ N V_0 VP_0 N VP_ F R VP_0 VP_ R VP_0 VP_ J VP_0 VP_ K VP_00 VP_ pf 0V % 00 NPO 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0 0uF.V 0% 00 XR 0 0uF.V 0% 00 XR 0uF.V 0% 00 XR uf.v 0% 00 XR uf.v 0% 00 XR 0 uf.v 0% 00 XR uf.v 0% 00 XR uf.v 0% 00 XR 0 uf.v 0% 00 XR uf.v 0% 00 XR uf.v 0% 00 XR 0 uf.v 0% 00 XR uf.v 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR T0uF V m PNONI 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR T0uF V m PNONI 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0 uf.v 0% 00 XR 00 uf.v 0% 00 XR 0 uf.v 0% 00 XR uf.v 0% 00 XR uf.v 0% 00 XR 0 uf.v 0% 00 XR uf.v 0% 00 XR uf.v 0% 00 XR uf.v 0% 00 XR uf.v 0% 00 XR uf.v 0% 00 XR uf.v 0% 00 XR 0 uf.v 0% 00 XR uf.v 0% 00 XR uf.v 0% 00 XR 0 uf.v 0% 00 XR, VORE_PU 0 pf 0V % 00 NPO PU Penryn_FF F P INTEL 0000 HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF Penryn Processor(/) OE IZE O.NUMER REV ustom --00-L X0 X0 HEET E

17 THERML ENOR V 0,,,,,,,,,,,,,,0,,,,,, 0,,,,,,,,,,,,,,0,,,,,, V LTH_ON, 0mil H_THERM H_THERM H_THERM H_THERM R R 00-%-/W %-/W-00 0.uF 0V 0% 00 XR U V MLK 0_+ + MT 00pF 0V % 00 NPO 0_- - LERT THERM# THERM N THRMK THRM THRMK, THRM, 0mil R PM_THRM#, 0-%-/W-00_NU THERM# R, PM_IH_PWR THERM# 00K-%-/W-00 R 0K-%-/W-00 MK00FU 0V 00m -0 P Q Q R K-%-/W-00 0 uf.v 0% 00 XR MK00FU 0V 00m -0 P Q EM0--ZL-TR MOP P 000,, PM_THRMTRIP# R 0-%-/W-00 E MK00FU 0V 00m -0 P Q LMT0LT 0V 00m OT- N M_THERM M_THERM N 0 mil 0 mil 0 mil 0 mil Fan control 0,,,0,,,,,, V 0uF 0V 0% 00 XR Q0 I0-T-E 0V. OT 0.0uF V 0% 00 XR R K-%-/W-00 R 0-%-/W-00 0mil V_FN 00pF 0V 0% 00 XR_NU FNTL 0mil From E pin FN_TH 00pF 0V 0% 00 XR_NU From E pin N P FP E 0000 From E pin0(new) FN_ON E Q NPN PTEU 0V 00m OT HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF PU Thermal OE IZE O.NUMER REV ustom --00-L X0 X0 HEET

18 0 H H F E H_ROMP R0.-%-/W-00 H_#[..0],,,,,,,,0.0V 0mil R -%-/W-00 0mil H_WIN 0.uF 0V 0% 00 XR R 00-%-/W-00 Trace should be 0-mil wide with 0-mil spacing H_PURT#,,,,,,,,0.0V H_PULP# R K-%-/W-00 0mil H_#[..0] H_WIN H_ROMP 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_VREF J H L J H K0 K L M0 M N L K M K P W V V P0 W N P U V U W V0 U W U Y Y0 0 Y 0 E E E K F J H F H J E J L K U H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_#_ H_#_0 H_#_ H_#_ H_#_ H_#_ H_#_ H_# H_#_ H_T#_0 H_#_ H_T#_ H_#_ H_NR# H_#_ H_PRI# H_#_ H_REQ# H_#_ H_EFER# H_#_0 H_Y# H_#_ HPLL_LK H_#_ HPLL_LK# H_#_ H_PWR# H_#_ H_RY# H_#_ H_HIT# H_#_ H_HITM# H_#_ H_L# H_#_ H_TRY# H_#_ H_#_0 H_#_ H_#_ H_#_ H_INV#_0 H_#_ H_INV#_ H_#_ H_INV#_ H_#_ H_INV#_ H_#_ H_#_ H_TN#_0 H_#_ H_TN#_ H_#_0 H_TN#_ H_#_ H_TN#_ H_#_ H_#_ H_TP#_0 H_TP#_ H_TP#_ H_WIN H_TP#_ H_ROMP H_REQ#_0 H_REQ#_ H_REQ#_ H_REQ#_ H_PURT# H_REQ#_ H_PULP# H_R#_0 H_R#_ H_R#_ H_VREF H_VREF HOT M0_antiga FF F P INTEL 000 L F J K F J J J L L 0 K F K0 F0 F 0 F0 E H0 J H F L N K N F L M Y F J L F F 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_REQ#0 H_REQ# H_REQ# H_REQ# H_REQ# H_#[..] H_REQ#[..0] H_#[..] H_# H_T#0 H_T# H_NR# H_PRI# H_REQ#0 H_EFER# H_Y# LK_MH_LK LK_MH_LK# H_PWR# H_RY# H_HIT# H_HITM# H_L# H_TRY# H_INV#0 H_INV# H_INV# H_INV# H_TN#0 H_TN# H_TN# H_TN# H_TP#0 H_TP# H_TP# H_TP# H_REQ#[..0] H_R#0 H_R# H_R# F E R K-%-/W-00 0.uF 0V 0% 00 XR HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF antiga Host(/) IZE OE O.NUMER REV ustom --00-L X0 X0 HEET

19 0 U H F MH_EL0 MH_EL MH_EL E PM_YN#,, H_PRTP#, T#_IMM0_,, VORE_ PLT_RT#,, PM_THRMTRIP#, PM_PRLPVR R R0 HORT-00-MIL R R R0,,,,, V 0K-%-/W-00 R 0K-%-/W-00 TP0 MH_TK TP MH_TI TP MH_TO TP MH_TM HORT-00-MIL HORT-00-MIL PM_EXTT#0 RPM_EXTT# R HORT-00-MIL 00-%-/W-00 HORT-00-MIL PM_EXTT#0 T#_IMM0_ J L J L N M0 K0 L F 0 J W 0 E F0 F N P T N K J L L F J K L L K K J F J L Y K K E H K K L L L L L L K K H E RV RV RV RV RV RV RV RV RV RV RV RV RV0 RV RV RV RV ME_JT_TK ME_JT_TI ME_JT_TO ME_JT_TM F_0 F_ F_ F_ F_ F_ F_ F_ F_ F_ F_0 F_ F_ F_ F_ F_ F_ F_ F_ F_ F_0 PM_YN# PM_PRTP# PM_EXT_T#_0 PM_EXT_T#_ PWR RTIN# THERMTRIP# PRLPVR N_ N_ N_ N_ N_ N_ N_ N_ N_ N_0 N_ N_ N_ N_ N_ N_ N_ N_ N_ N_0 N_ N_ RV F PM N MH_F antiga trapping: MH_F(iTPM Host I/F) MH_F(TL confidentiality) MH_F (PIE raphic Lane) MH_F0 (PIE loopback) MH_F (F ynamic OT) MH_F (MI Lane Reversal) MH_F0 R LK/ ONTROL/OMPENTION LK MI RPHI VI ME MI H M0_antiga FF F P INTEL 000 _K_0 _K K_0 _K K#_0 _K# K#_0 _K# KE_0 _KE KE_0 _KE #_0 _# #_0 _# OT_0 _OT OT_0 _OT_ M_ROMP M_ROMP# M_ROMP_VOH M_ROMP_VOL M_VREF M_PWR M_REXT M_RMRT# PLL_REF_LK PLL_REF_LK# PLL_REF_LK PLL_REF_LK# PE_LK PE_LK# MI_RXN_0 MI_RXN_ MI_RXN_ MI_RXN_ MI_RXP_0 MI_RXP_ MI_RXP_ MI_RXP_ MI_TXN_0 MI_TXN_ MI_TXN_ MI_TXN_ MI_TXP_0 MI_TXP_ MI_TXP_ MI_TXP_ FX_VI_0 FX_VI_ FX_VI_ FX_VI_ FX_VI_ FX_VR_EN L_LK L_T L_PWR L_RT# L_VREF P_TRLLK P_TRLT VO_TRLLK VO_TRLT LKREQ# IH_YN# TTN# H_LK H_RT# H_I H_O H_YN E E K K E J J E L K K L Y H0 0 0 R P0 L H L K0 H L J J F0 H0 J F F K K W0 L L F F K 0 0 M_ROMP M_ROMP# M_ROMP_VOH M_ROMP_VOL N_M_VREF M_REXT R % /W 00 MI_TXN0 MI_TXN MI_TXN MI_TXN MI_TXP0 MI_TXP MI_TXP MI_TXP MI_RXN0 MI_RXN MI_RXN MI_RXN MI_RXP0 MI_RXP MI_RXP MI_RXP MH_LVREF Low MIx Enable With Reverse Lane Enable ynamic OT isable Normal Only VO or PIE x is operation M_LK_R0 M_LK_R M_LK_R M_LK_R M_LK_R#0 M_LK_R# M_LK_R# M_LK_R# M_KE0 M_KE M_KE M_KE M_#0 M_# M_# M_# M_OT0 M_OT M_OT M_OT REFLK REFLK# REFLK REFLK# Intel iterm 0-%-/W-00 R R LK_PIE_PLL LK_PIE_PLL# MI_TXN[..0] MI_TXP[..0] M_PWR 0 MI_RXN[..0] MI_RXP[..0].-%-/W-00 MH_ITLK MH_RT# MH_IN MH_OUT MH_YN N_M_VREF R_RMRT#, FT_VI_0 FT_VI_ FT_VI_ FT_VI_ FT_VI_ VON MI_TXN[..0] MI_TXP[..0] MI_RXN[..0] MI_RXP[..0] L_LK0 L_T0 LL_YPWR, L_RT#0 VO_TRL_LK VO_TRL_T LKREQ#_MH MH_IH_YN# MIx isable(default) Lanes Reversed,,.0V,,,,,,,,0 With no(default) Normal Operation isable(default) MH_F (LLZ) Enable isable(default) MH_F(XOR) Enable isable(default) R 00K-%-/W-00 ynamic OT Enable Only VO or PIE x with PE port 0,,,,,,,,,,,,,,0,,,,,, Route M_OMOP 0& as short as possible 0mil 0mil 0 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR M_VREF 0,, 0,,,,, LV_TXLK_LN LV_TXLK_LP LV_TXOUT_L0N LV_TXOUT_LN LV_TXOUT_LN LV_TXOUT_L0P LV_TXOUT_LP LV_TXOUT_LP RT_LUE RT_REEN RT LK RT T RT_HYN RT_VYN RT_RE MH_LVREF.V R R R R R R INV_PWM LV_VEN LV_TXLK_LN LV_TXLK_LP LV_TXOUT_L0N LV_TXOUT_LN LV_TXOUT_LN LV_TXOUT_L0P LV_TXOUT_LP LV_TXOUT_LP RT_LUE RT_REEN RT_RE L_EN LV_PLK LV_PT Place 0ohm termination resistor close to MH 0mil 0.uF 0V 0% 00 XR pf 0V % 00 NPO R R M_ROMP M_ROMP# V.K-%-/W-00 TP -%-/W-00 -%-/W-00 -%-/W-00 0-%-/W-00 0-%-/W-00 0-%-/W-00 RL_V.0V,,,,,,,,0 R 0.-%-/0W %-/0W-00 R 0-%-/W-00 R 0.-0.%-/W-00 R % /W 00 R 0K-%-/W %-/W-00 R K-%-/W-00 R R 0K-%-/W-00.0K % / 00 0mil R.K-%-/W-00 R.K-%-/W-00 REFET 0 K L J L F0 H P K F F F0 0 F 0 J E F J F0 E J pf 0V % 00 NPO s close as possible to MH and Minimum spacing 0 mils away from any toggle signals.v 0,,,,, 0.0uF V 0% 00 XR M_ROMP_VOH M_ROMP_VOL HNE by TE PE_OMP HMII_HP# When the display is completely white, the R voltage is between mv to 0mV by VE pec If meet, RT_IREF resistor value is optimal R K-%-/W-00 R.0K % / 00 R K-%-/W-00 U L_KLT_TRL L_KLT_EN L_TRL_LK L_TRL_T L LK L T L_V_EN LV_I LV_V LV_VREFH LV_VREFL LV_LK# LV_LK LV_LK# LV_LK LV_T#_0 LV_T#_ LV_T#_ LV_T#_ LV_T_0 LV_T_ LV_T_ LV_T_ LV_T#_0 LV_T#_ LV_T#_ LV_T#_ LV_T_0 LV_T_ LV_T_ LV_T_ TV_ TV_ TV_ TV_RTN TV_ONEL_0 TV_ONEL_ RT_LUE RT_REEN RT_RE RT_IRTN RT LK RT T RT_HYN RT_TVO_IREF RT_VYN LV TV V 0.0uF V 0% 00 XR PI-EXPRE RPHI M0_antiga FF F P INTEL uF.V 0% XR 00.uF.V 0% XR 00 PE_OMPI PE_OMPO PE_RX#_0 PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_0 PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX#_ PE_RX_0 PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_0 PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_RX_ PE_TX#_0 PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_0 PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX#_ PE_TX_0 PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_0 PE_TX_ PE_TX_ PE_TX_ PE_TX_ PE_TX_ U T K H0 M N P V Y0 V W E F E F J J M M0 P U V V0 0 F L TM_TXN0 F TM_TXN P TM_TXN H TM_TXN L T R U T Y W Y F J TM_TXP0 F TM_TXP N TM_TXP H TM_TXP L R R T0 T W W Y 0 E R0.-%-/W-00 TM_TXN0 TM_TXP0 TM_TXN TM_TXP TM_TXN TM_TXP TM_TXN TM_TXP Tuesday, March 0, 00.0V,,,,,,,,0 HMI_HP# INTEL PE : nf ~ 00nF 0 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR TM_TXN0 TM_TXP0 TM_TXN TM_TXP TM_TXN TM_TXP TM_LKN TM_LKP INVENTE P (Penryn+antiga+IHM)FF antiga MI/raph/) IZE OE O.NUMER REV ustom X L X0 HEET H F E

20 0 H H F E M Q[..0] M Q[..0] M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q U P _Q_0 U _Q_ T _Q_ U _Q_ R _Q_ N _Q_ V0 _Q_ P0 _Q_ W _Q_ 0 _Q_ W _Q_0 _Q Q_ V _Q Q_ Y0 _Q_ F _Q Q_ F0 _Q_ F _Q Q_0 E _Q Q_ E _Q_ F _Q Q_ F _Q_ F0 _Q_ 0 _Q_ E _Q_ F _Q_0 E _Q Q_ E _Q_ E _Q_ F _Q Q Q_ E _Q_ F _Q_ F0 _Q_0 _Q_ F _Q Q Q Q Q_ F _Q_ V _Q Q_ W _Q_0 Y _Q_ T0 _Q_ W _Q_ U _Q_ W _Q_ R _Q_ T _Q_ P _Q_ L _Q_ R _Q_0 T _Q_ M _Q_ U _Q_ R YTEM MEMORY M0_antiga FF F P INTEL J J H _R# K0 _# L _WE# T0 _M_0 0 _M M_ E _M M_ E _M_ V0 _M_ R _M_ R _Q_0 _Q_ E _Q Q Q_ 0 _Q Q_ N _Q_ R _Q#_0 W _Q# Q# Q# Q# Q# Q#_ N _Q# M_0 F _M_ E _M M_ H _M_ J _M M_ H _M M_ F _M M_0 _M_ H _M_ H _M_ E _M_ M M0 M M M M M M M M M M M M M M M Q0 M Q M Q M Q M Q M Q M Q M Q M Q#0 M Q# M Q# M Q# M Q# M Q# M Q# M Q# M 0 M M M M M M M M M M 0 M M M M M M[..0] M Q[..0] M Q#[..0] M [..0] M 0 M M M R# M # M WE# M M[..0] M Q[..0] M Q#[..0] M [..0] M Q[..0] M Q[..0] M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q M Q M Q M Q M Q M Q M Q M Q0 M Q M Q M Q UE P _Q_0 M _Q_ R _Q_ V _Q_ M _Q_ N _Q_ T _Q_ U _Q_ W _Q_ Y _Q Q_0 _Q_ V _Q_ W _Q Q Q_ F _Q_ E _Q_ H _Q_ K _Q_ E _Q_0 H _Q_ K _Q_ J _Q_ L _Q_ J _Q_ L _Q_ H _Q_ H _Q_ K _Q_ K0 _Q_0 J _Q_ K0 _Q_ H0 _Q_ K _Q_ H _Q_ J _Q_ L _Q Q_ J _Q Q_0 F _Q Q Q_ E _Q_ F _Q Q_ Y _Q Q_ P _Q_ U _Q_0 T _Q_ T _Q_ V _Q_ U _Q_ R _Q_ N _Q_ P _Q_ L _Q_ J _Q_ K _Q_0 M _Q_ H _Q_ K _Q_ R YTEM MEMORY M0_antiga FF F P INTEL 000 J 0 K K E _R# H _# K _WE# P _M_0 Y _M_ J _M_ J _M_ H _M M_ Y _M_ J _M_ R _Q_0 _Q_ H0 _Q_ K _Q_ H _Q Q_ V _Q_ M _Q_ T _Q#_0 _Q#_ J _Q#_ H _Q#_ K _Q# Q#_ W _Q#_ N _Q#_ J _M_0 J _M_ H _M M_ F _M_ H _M_ F _M_ K _M_ J _M_ H0 _M_ H _M_0 K _M_ H _M_ J _M_ L _M_ M M0 M M M M M M M M M M M M M M M Q0 M Q M Q M Q M Q M Q M Q M Q M Q#0 M Q# M Q# M Q# M Q# M Q# M Q# M Q# M 0 M M M M M M M M M M 0 M M M M M M[..0] M Q[..0] M Q#[..0] M [..0] M 0 M M M R# M # M WE# M M[..0] M Q[..0] M Q#[..0] M [..0] F E HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF antiga R(/) OE IZE O.NUMER REV ustom --00-L X0 X0 HEET 0

21 0 0,,,,,.V UF H H F E 0.uF 0V 0% 00 XR 0 T00uF.V m 0% _NU + 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR PLE ON THE EE 0.uF 0V 0% 00 XR 0 0.uF 0V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR, V_X_ENE V_X_ENE 0.uF 0V 0% 00 XR 0 pf 0V % 00 NPO VFX_ORE V_X_ENE V_X_ENE E W W K0 H0 F0 0 0 W0 L J E Y K H F L J E Y W F L W E Y W H E Y W H E H E Y W H W J H E Y W M L J H E M L J H Y W M L E U V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_0 V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_0 V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_0 V_M_ V_M_ V_M_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_0 V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_0 V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_0 V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_0 V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_0 V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_0 V_X_ V_X_ENE V_X_ENE POWER V M V FX V FX NTF V FX V M LF, V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_0 V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_0 V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_0 V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_0 V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_NTF_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_0 V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_ V_X_0 V_M_LF V_M_LF V_M_LF V_M_LF V_M_LF V_M_LF V_M_LF T U T R U T R U U T R U T R U U T R U T R M L H E W U M L J H E Y W U T R J H U T R M L J H E Y W U T U F E U L VFX_ORE 0.uF 0V 0% 00 XR pf 0V % 00 NPO 0.uF 0V 0% 00 XR avity apacitors 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF V 0% 00 XR 0 0.uF V 0% 00 XR uf.v 0% 00 XR 0uF.V 0% 00 XR uf.v 0% 00 XR 0 0uF.V 0% 00 XR 0mils from the Edge uf.v 0% 00 XR + 0 T0uF.V 0% m Intel iterm,,,,,,,,0.0v pf 0V % 00 NPO Intel iterm 0 mils from the Edge + T0uF.V 0% m 0uF.V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR avity apacitors 0.uF 0V 0% 00 XR R HORT-00-MIL T V_ R V_ N V_ J V_ H V_ V_ V_ Y V_ W V_ T0 V_0 M0 V_ L0 V_ J0 H0 0 E Y0 N M J H W M L J H E Y W M L J H E M L J H M L M L J M L M L J M N V_ V_ V_ V_ V_ V_ V_ V_0,,,,,,,,0.0V V_ V_ V_ V_ V_ V_ V_ V_ V_ V_0 V_ V_ V_ V_ V_NTF_ T V_ V_NTF_ R V_ V_NTF_ N V_NTF_ M V_ V_NTF_ L V_ V_NTF_ V_ V_NTF_ E V_0 V_NTF_ V_ V_NTF_ Y V_ V_NTF_0 W V_ V_NTF_ U V_ V_NTF_ T V_ V_NTF_ R V_ V_NTF_ T V_ V_NTF_ R V_ V_NTF_ N V_ V_NTF_ M V_0 V_NTF_ L V_ V_NTF_ J V_ V_NTF_0 H V_ V_NTF_ V_ V_NTF_ E V_ V_NTF_ V_ V_NTF_ V_ V_NTF_ V_ V_NTF_ Y V_ V_NTF_ W V_0 V_NTF_ U V_ V_NTF_ T V_NTF_0 R V_NTF_ T V_NTF_ R V_NTF_ U V_NTF_ T V_NTF_ R V_NTF_ U V_NTF_ T V_NTF_ R M0_antiga FF F P INTEL 000 V ORE POWER V NTF F E M0_antiga FF F P INTEL 000 HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF antiga Power(/) OE IZE O.NUMER REV ustom --00-L X0 X0 HEET

22 0 H F E,,,,,,,,0 0mil,,,,0,, Vout N R F R.0V.V 00 % /0W 00 R Vout=Vref(+R/R)+Iadj*R R=R(Vout/Vref-) Vref=.0V,Iadj=u 0.uf caps in.vm_xpll need to be located as edge caps within 00mils L 00ohm % 0.ohm 00 L0 00ohm % 0.ohm 00 L 00ohm % 0.ohm 00 L 00ohm % 0.ohm 00.uF.V 0% 00 XR L 00ohm % 0.ohm 00 0uF.V 0% 00 XR 0uF.V 0% 00 XR (m) (0m) (0m) 0.uF 0V 0% 00 XR (m) (m) 0.uF 0V 0% 00 XR 0ohm %. 00(FM--00-T) L V 0,,,,,,,,,,,,,,0,,,,,, 0-%-/0W-00 R 0uF.V 0% 00 XR 0uF.V 0% 00 XR 0.uF 0V 0% 00 XR 0 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR (0m) 0mil 0mil 0mil 0mil 0mil 0 0.0uF V 0% 00 XR 0.uF 0V 0% 00 XR.0V_PLL.0V_PLL.0V_HPLL.0V_MPLL 0,,,,,,,,,,,,,,0,,,,,,.0V_PEPLL 0mil 0mil 0.0uF V 0% 00 XR aps used in.vm_tv and.vm_qtv should be within 0mils edge.v_tv.v_q 0mil 0.0uF V 0% 00 XR V_TV VM_TV should be within 0mils edge V L,,,,0,,.V,,,,,,,,0,,,,,,,,0,,,,,,,,0 0ohm %. 00(FM--00-T).0V.0V.V_TXLV.0V 0.0uF V 0% 00 XR 0.0uF V 0% 00 XR.V 0mil 0mil.0V_PLL.0V_PLL.0V_HPLL.0V_MPLL 0 000pF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0uF.V 0% 00 XR 0uF.V 0% 00 XR.uF.V 0% 00 XR 0.uF 0V 0% 00 XR.0V_PEPLL 0uF.V 0% 00 XR 0.uF 0V 0% 00 XR.0V_PEPLL 0.uF 0V 0% 00 XR J 0.uF 0V 0% 00 XR.uF.V 0% 00 XR 0 0 uf.v 0% 00 XR 0.uF 0V 0% 00 XR L M J L F0 E U U V J W U W U U W0 U W U W U T R U T R W T R T R T R T R T R U U U U T R T R T R T R H E M L UH V_RT_ V V V_PLL V_PLL V_HPLL V_MPLL V_LV V_LV V_LV V_PE_ V_PE_PLL V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_0 V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_ V_M_NTF_ V_M_NTF_ V_M_NTF_ V_M_NTF_ V_M_NTF_ V_M_NTF_ V_M_NTF_ V_M_NTF_ V_M_NTF_ V_M_NTF_0 V_HPLL V_PE_PLL V_LV_ V_LV_ uf.v 0% 00 XR RT PLL LV PE POWER M V_M_K_ V_M_K_ V_M_K_ V_M_K_ V_M_K_NTF_ V_M_K_NTF_ V_M_K_NTF_ V_M_K_NTF_ V_M_K_NTF_ V_M_K_NTF_ V_M_K_NTF_ V_M_K_NTF_ LV M0_antiga FF F P INTEL 000 TV H TV/RT XF M K MI HV PE VTT V_TV_ VTTLF VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_ VTT_0 VTT_ VTT_ VTT_ V_H V_Q V_TV V_XF_ V_XF_ V_XF_ V_M_K_ V_M_K_ V_M_K_ V_M_K_ V_TX_LV V_HV_ V_HV_ V_PE_ V_PE_ V_PE_ V_PE_ V_MI_ V_MI_ V_MI_ VTTLF VTTLF VTTLF HNE by.v_q.v_tv VTTLF_P VTTLF_P VTTLF_P V 0,,,,,,,,,,,,,,0,,,,,, R0 0-%-/0W-00 R PT 0V 0. HORT-00-MIL 0mil R T R T0 R T R T R T R T R K0 N N M N M K L J K T Y M N L K Y P 0mil 0mil.uF.V 0% 00 XR 0mil 0mil.0V,,,,,,,,0 V_HV V_HV TE 0mil uf.v 0% 00 XR 0.uF.V 0% 00 XR 000pF 0V 0% 00 XR PLE ON THE EE 0.uF V 0% 00 XR.uF.V 0% XR 00 0.uF 0V 0% 00 XR 0 0.uF 0V 0% 00 XR 0uF.V 0% 00 XR.V_TXLV L 0mil Tuesday, March 0, 00,,,,,,,,0 L T00uF.V m 0% _NU uf.v 0% 00 XR_NU + T00uF.V m 0% _NU 0.uF V 0% 00 XR 0.uF V 0% 00 XR 0 0.uF 0V 0% 00 XR 0uF.V 0% 00 XR_NU 00 0uF.V 0% 00 XR 0.uF V 0% 00 XR 0uF.V 0% 00 XR + V_TV 00ohm % 0.ohm 00.0V.V,,,,0,,.0V,,,,,,,,0.V 0,,,,, 0ohm % 00m 00(LM) 0 0.uF 0V 0% 00 XR.V.0V,,,,,,,,0 INVENTE P (Penryn+antiga+IHM)FF antiga Power(/) IZE OE O.NUMER REV ustom --00-L X0 X0 HEET H F E

23 MI Routing uideline PIE Routing uideline UI V_ U V_ N V_ J V_ E V_ V_ U V_ N V_ V_ V_0 J V_ E V_ V_ U V_ N V_ J V_ V_ E V_ K V_ V_0 V_ W V_ U V_ R V_ N V_ L V_ J V_ V_ E V_ V_0 V_ W V_ U V_ R V_ N V_ L V_ J V_ V_ V_ K0 V_0 M0 V_ K0 V_ V_ E V_ V_ V_ V_ Y V_ V V_ T V_0 P V_ M V_ K V_ H V_ F V_ V_ V_ Y V_ V V_ T V_0 P V_ M V_ K V_ H V_ L V_ V_ E V_ V_ V_ V_0 Y V_ M V_ K V_ H V_ V_ E V_ V_ V_ W V_ R V_0 N V_ E V_ V_ V_ V V_ K V_ H V_ F V_ V_ K V_0 H V_ L V_ V_ Y V_ R V_ W V_ R V_ M V_ E V_ V M0_antiga FF F P INTEL I_M0_antiga FF.pdf V_00 V_0 V_0 H V_0 V_0 Y V_0 U V_0 M V_0 L V_0 V_0 E V_0 V_ R V_ M V_ E V_ 0 V_ U0 V_ R0 V_ N0 V_ W0 V_ U0 V_0 T0 V_ R0 V_ K0 V_ H0 V_ L V_ V_ V_ E V_ V_ V_0 V_ U V_ H V_ V_ U V_ M V_ E V_ V_ W V_ H V_0 L V_ V_ Y V_ U V_ L V_ V_ E V_ V_ Y V_ M V_0 E V_ V_ V_ U V_ N V_ H V_ L V_ V_ Y V_ E V_0 V_ U V_ N V_ V_ V_ Y V_ H V_ V_ J V_ V_0 Y V_ N V_ M V_ E V_ N0 V_ H0 V_ N V_ J V_ M V_ V_0 W V_ N V_ V_ V_ Y V_ W V_ H V_ F V_ N V_ J V_0 M V_ F V_ V_ N V_ H V_ J V_ Y V_ U V_ UJ N V_ V_00 E V_0 V_0 Y V_0 E V_0 V_0 V_0 N V_0 L V_0 H V_0 V_0 Y V_ E V_ V_ V_ N V_ Y V_ W V_ H V_ L V_ V_0 Y V_ N V_ V_ E V_ M V_ E V_ V_ 0 V_ H0 V_ V_0 Y V_ M V_ E V_ V_ N V_ H V_ L V_ V_ Y V_ M V_0 E V_ V_ V_ N V_ V_ E V_ Y V_ W V_ N V_ H V_0 V_ Y V_ N V_ V_ V_ R V_ M V_ E V_ V_ H V_0 L V_ V_ Y V_ U V_ R V_ J V_ V_ V_ W V_ U V_0 M V_ E V_ V_ V_ V V_ P V_ M V_ K V_ V_ V V_0 P V_ H V_ V_ V_ E V_ 0 V_ Y0 V_ P0 V_ H0 V_ L V_0 V_ E V_ V_ V_ V_ Y V_ V V_ T V_ P V_ V V NTF V M0_antiga FF F P INTEL 000 M V_00 K V_0 H V_0 F V_0 V_0 V_0 Y V_0 V V_0 P V_0 M V_0 K V_0 H V_ J V_ E V_ F V_ V_ V_ W V_ U V_ R V_ N V_0 L V_ J V_ V_ E V_ V_ V_ W V_ U V_ N V_ L V_0 J V_ V_ V_ H V_ E V_ U V_ E V_ V_ W V_ R V_0 L V_ V_ V_ W V_ N V_ J V_ U V_ V_ W V_ V_0 L V_ N V_ N V_ N0 V_ N V_ L V_ 0 V_ N R V_ N R V_ N0 R V_0 N R V_ M R V_ J V_NTF_ H V_NTF_ V_NTF_ V_NTF_ T V_NTF_ R V_NTF_ T V_NTF_ R V_NTF_ U V_NTF_ R V_NTF_0 T V_NTF_ R V_NTF_ T V_NTF_ R V_NTF_ T V_NTF_ R V_NTF_ N V_NTF_ J V_NTF_ V_NTF_ Y V_NTF_0 T V_NTF_ R V_NTF_ N V_NTF_ L V L V V V V V V HORT-00-MIL HORT-00-MIL HORT-00-MIL HORT-00-MIL HORT-00-MIL MH Tx Rx reakout/in L/LZ Microstrip Microstrip Microstrip Microstrip tripline tripline tripline tripline Parameter L LZ Uncoupled ingle End Impedance Nominal Trace Width Nominal idderential Pair-Pitch Pair-to-Pair Pitch us-to-us Pitch Reference Plane plits/voids L LZ Main Route L/LY Trace Length-L (MH reakout) L Trace Length-L (MH reakout to Via) Trace Length-L (Via to Via) Trace Length-L (Via to IHm reakout) Trace Length-LE (IHm reakout) Trace Length-L (L+L+L+L+LE) Trace Length-LV ( IHm reakout) Trace Length-LW (IHm reakout to Via) Trace Length-LX (Via to Via) ame Routing layer as L/LZ ame Routing layer as L/LZ ame Routing layer as L/LZ ame Routing layer as L/LZ ame Routing layer as L/LZ ame Routing layer as L/LZ ame Routing layer as L/LZ ame Routing layer as L/LZ Trace Length-LY (Via to MH reakout) Trace Length-LZ (MH reakout) Trace Length-L (LV+LW+LX+LY+LZ) X L L LE LY LX LW LV ame Routing layer as LE/LV ame Routing layer as LE/LV ame Routing layer as LE/LV ame Routing layer as LE/LV ame Routing layer as LE/LV ame Routing layer as LE/LV ame Routing layer as LE/LV ame Routing layer as LE/LV Main Route uideline +/- % Inner Layer : mils Outer Layer : mils Inner Layer : mils Outer Layer : mils Inner Layer : mils Outer Layer : mils Inner Layer : mils Outer Layer : 0 mils round No routing over plane splits No routing over voids Max = 0 mils Max = 00 mils Max = 00 mils Max = 00 mils Max = 00 mils Max = 000 mils Max = 00 mils Max = 00 mils Max = 00 mils Max = 00 mils Max = 00 mils Max = 000 mils IHm Rx Tx reakout uideline +/- % Inner Layer : mils Outer Layer : mils Inner Layer : mils Outer Layer : mils Inner Layer : mils Outer Layer : mils round O reakout/in LE/LV Microstrip tripline Microstrip tripline tripline Microstrip tripline Microstrip *** When routing near the edge their reference plane, trace should maintain at least 0 mils space to the edge the plane *** Match the trace lengths the complementary signals within each differential pair to +/- mils MH Tx reakout/in L/LZ tripline Rx Parameter Uncoupled ingle End Impedance Nominal Trace Width Pair-to-Pair Pitch us-to-us Pitch L LZ Main Route L/L/LY Microstrip Nominal ifferential Trace pace Reference Plane plits/voids Trace Length-L (IHm reakout) Trace Length-L (IHm reakout to cap) Trace Length-L ( cap to PIe N) Trace Length-L (L+L+L) Trace Length-LY (PIe N to IHm reakout) Trace Length-LZ (IHm reakout) Trace Length-L (LY+LZ) L LY Main Route L/LW ame Routing layer as LE/LV Main Route uideline +/- % Inner Layer : mils Outer Layer : mils Inner Layer : mils Outer Layer : mils Inner Layer : mils Outer Layer : mils Inner Layer : 0 mils Outer Layer : 0 mils round Max = 00 mils Max = 00 mils Max = 00 mils Max = 000 mils Max = 0 mils Max = 00 mils L No routing over plane splits No routing over voids Max = 000 mils Express/Mini ard Rx Tx reakout/in LE/LV Microstrip reakout uideline +/- % Inner Layer : mils Outer Layer : mils Inner Layer : mils Outer Layer : mils Inner Layer : mils Outer Layer : mils round *** When routing near the edge their reference plane, trace should maintain at least 0 mils space to the edge the plane *** Match the trace lengths the complementary signals within each differential pair to +/- mils X O >W < = pacing = Trace Width >W < = pacing = Trace Width HNE by TE Tuesday, March 0, 00 INVENTE P (Penryn+antiga+IHM)FF antiga round(/) OE IZE O.NUMER REV ustom --00-L X0 X0 HEET

24 blmas 00ohm % 0.ohm 00 00ohm % 0.ohm 00 L L,,,,,,,,0.0V V 0,,,,,,,,,,,,,,0,,,,,, LK_EL0 LK_EL LK_EL LK_M_IH,,,,,, R.K-%-/W-00 R M_T M_LK PF 0V % 00 NPO LK_PWR PM_TPPI# PM_TPPU# -%-/W-00 LK_M_IH 0K-%-/W-00 R 0uF.V 0% 00 XR PF 0V % 00 NPO 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR pf 0V 0% 00 NPO 0.uF 0V 0% 00 XR R R R R 0mil pf 0V % 00 NPO 0-%-/W-00 0-%-/W-00 0-%-/W-00 -%-/W-00 LK_U LK_M_REF X.0MHZ-(M x)-0ppm-0pf-tx pf 0V 0% 00 NPO U VR_IO VR_IO VR_IO V_IO VPLL_IO VPU_IO VREF VR V VPI VPU VPLL PUT_F PU_F 0 PUT0 PU0 T L PUT_ITP / RT PU_ITP / R K_PWR / P# RT / R#_H PI_TOP#/RTR / R#_ PU_TOP#/R RT0 R0 U_MHZ / FL 0 FL / TET_MOE RT REF0 / FL/TET_EL R XTL_IN XTL_OUT RT / R#_F R / R#_E RT R 0 PI / _elect PI_F / ITP_EN RT R RT/ R#_ R / R#_ NPI RT / TT N R / T N N MHz_Non/RT_E NR MHz_/R_E NR NR RT0 / OTT_ NREF R0 / OT_ N_PU PI0/R#_ REET# PI/R#_ PI/TME R-_EN/PI _ELET ITP_EN TME R#_H R#_ R#_F R#_ R#_ 0 pf 0V % 00 NPO 0mil pf 0V % 00 NPO R R R R R R R R R R R 0uF.V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR 0.uF 0V 0% 00 XR -%-/W-00 -%-/W-00 -%-/W-00 -%-/W-00 -%-/W-00 0-%-/W-00 0-%-/W-00 0.uF 0V 0% 00 XR -%-/W-00 -%-/W-00 -%-/W-00 -%-/W-00 0mil TPM_LK LK_PIF_IH LK E LK_PI_MINIPI LK_MH_LK LK_MH_LK# LK_PU_LK LK_PU_LK# LK_PIE_MINIR LK_PIE_MINIR# LKREQ#_MINI LKREQ#_LN LK_PIE_MINIR LK_PIE_MINIR# LK_PIE_LN LK_PIE_LN# LKREQ#_MINI LK_PIE_IH LK_PIE_IH# TPM_LK LK_PIF_IH LK_PIE_PLL LK_PIE_PLL# LK_PIE_T LK_PIE_T# REFLK REFLK# REFLK REFLK# LKREQ#_T LKREQ#_MH LK E LK_PI_MINIPI RTMT-0-V-RT TOP P RELTEK 000 pf 0V % 00 NPO_NU pf 0V % 00 NPO_NU pf 0V % 00 NPO_NU pf 0V % 00 NPO_NU pf 0V % 00 NPO_NU pf 0V % 00 NPO_NU 0,,,,,,,,,,,,,,0,,,,,, V R R0 R0 R R0 0K-%-/W-00 0K-%-/W-00 0K-%-/W-00 0K-%-/W-00 0K-%-/W-00 R#_ R#_ R#_F R#_ R#_H,,,,,,,,0.0V R#_: yte bit =0--->R0 bit =--->R R#_: yte bit =0--->R0 bit =--->R IT = (Enable) IT = (Enable) R K-%-/W-00_NU R K-%-/W-00_NU LK_U LK_M_REF pf 0V 0.% 00 0_NU pf 0V 0.% 00 0_NU R#_: yte bit =0--->R bit =--->R R#_: yte bit 0=0--->R bit 0=--->R IT = (Enable) IT = (Enable) LK_EL LK_EL LK_EL0 R0 K-%-/W-00_NU R R R R K-%-/W-00_NU K-%-/W-00 K-%-/W-00 K-%-/W-00 MH_EL MH_EL MH_EL0 y Tony R#_E: R (yte ) R#_F: R (yte ) IT = (Enable) IT = (Enable) R#_: R (yte ) IT = (Enable) F F F F L FREQUENY HOT L FREQUENY * ITP_EN ITP_EN =0 R/R# ITP_EN = ITP/ITP# R 0K-%-/W-00 0,,,,,,,,,,,,,,0,,,,,, V _ELET R 0K-%-/W-00 _ELET =0 TME ot/ L_ /E _ELET = R0/ MHz R0 0K-%-/W-00 R 0K-%-/W-00_NU HNE by R#_H: R0 (yte ) TE Tuesday, March 0, 00 IT = (Enable) INVENTE P (Penryn+antiga+IHM)FF lock enerator OE IZE O.NUMER REV ustom --00-L X0 X0 HEET