Tài liệu Mainboard ESC Model C51PVGM docx

IDE_IORDY_S EGS Elitegroup Computer Systems IDE_SDD7 CEBLE DET S.

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Page Index

01-COVER PAGE 02-BLOCK DIAGRAM

03-CPU M2-1 HyperTransport

04-CPU M2-1 DDR2

05-CPU M2-3 Miscellany 06-CPU M2-4 Power and Ground 07-First Logic DDR2 DIMM

O08-DDR2 Termination 09-C51PVG HT CPU 10-C51PVG HT MCP51G 11-C51PVG PCI-E 12-C51PVG DAC/VGA CONN

13-C51PVG P/G

14-MCP51G 15-MCP51G 16-MCP51G 17-MCP 51G

HT C51PVG PCI

SATA/IDE/CONN AUDIO/USB/MISC 18-MCP51G GMTT

19-MCP51G P/G 20-PCT-E*16 21-PCT 1&2 22-PCT-E*1&CNR 23-LPC SIO-ITE8716F/FDD 24-LPT / COM / PS2 25-USB

26-PWR CONN / ENT PNL 27-CPU VCORE

28-DC-DC 29-ALC888 30-ALC888 CONN

31-RTL8100C 32-1394 VT6308

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MIl / Broadcom AC131

Trang 3

CPUA

^ H HYPERTRANSPORT Ả ac OUT Ht SERINE Np Lo_CLKIN_H(1) Lo_CLKOUT_H(1)¢ AOS ear Qe LO_GLKOUT_H1 9

LOT B L0 0LKIN H0 nề PL0 CLKIN (1) L0 CLKOUT_ L(1JAP4+——PTðLKOUT Ti0Q2 LŨ GLKOUT L1 9

v L0 0LKIN T0 — N2 PL0 CLKIN H(0) L0_CLKOUT_H(0j4-ADT—T-ELKOUT-T0ce L0 GLKOUT H0 9

———— LO_CLKIN_L(0) LO CLKOUT_L(0) —— LOSS LO_CLKOUT_LO 9

Utes SE STONY Lo_CTLIN_H(1) L0_CTLOUT Híi) LÝ ——FƑETEDÙTLĩ SIP2 GPUE

a Ne Ut) Lo CTLIN rH 3 Lo_GTLOUT H(0) -W2 8 SPOT TO ŸTLOUT Ho 9 INTERNAL MISC E

+ YY =“——— ——VTL | tọ CTLIN L(0) L0 CTLOUT L(o) | W3—————— L0 GTLOUT L0 9 125 Ì RSVD1 Rsvp17 [E20

LŨ GADIN Live | L0 CADIN: H(15) L0 CADOUT H15) [Ý2——TEADOUT LIŠ ~L3LÍ RSVD3

LŨ GADIN R1 xe | L0 CADIN L(15) L0 CADOUT L(15) [XÂ——TGADOUT H4 L3 Ì RSVD4 Rsvp1s FALL

LŨ GADIN LIZ— Tế | L0 CADIN H(14) L0 CADOUT_H(14) [ARB—PGADOUT T14 RSvD2o K4

Tờ GADIN R15— He | L0 CADIN L(14) L0 CADOUT L(14) [A38—TEADOUT TT >2 Ì RSVD5 RSvpz21 | AK3~

LŨ GADIN Liš — Tế | L0 CADIN H13) L0 CADOUT_H(13) [AE5—TGADOUT T1à >25_Ì RSVD6

Lỡ GADIN H1Z— ng | L0 CADIN L(13) L0 CADOUT L(13) LAB4+—TTEADOUT HT ›AF27 Ì RSVD7

LŨ GADIN LI2— be | L0 CADIN H12) L0 CADOUT_H(12) [ADS—TGADOUT T12 124 Ì RSVD8 Rsvp2a E2—~

Tờ GADIN HíT— r | L0 CADIN L(12) L0 CADOUT L(12) [AEB—PEADOUT HT 24 Ì RSVD9 RSvpa2a F3—~

LŨ GADIN LIT— Me | L0 CADIN H11) L0 CADOUT_H(11) FAEB— T0 GADOUT TT ›AF28 Ì RSVD10

Lỡ GADIN H10 0a] L0 CADIN L(11) L0 CADOUT Lị11) [AES—PEADOUT-TH0 Rsvpz24 | Ê4—~

LŨ GADIN L10— ae | L0 CADIN H(10) L0 CADOUT_H(10) [AE2—T0GADOUT T10 ~<Y3TÍ RSVD11 RSvD2s | Ñ3—~

LŨ GADIN R6 — zi | L0 CADIN L(10) L0 CADOUT L(10) [AF2——L0DADOUTT aca RSVD12 Rsvp26 FES T0 CAD Ká | L0 CADIN H(9) L0 CADOUT H(9) [ABB—PDDADOUTTL RSVD13

T0 EADINT SS Lo CADIN L(9) L0 CADOUT: L(9) FAOB—PDTEADOUT Tỉ 3L RSVD14 Rsvp2z | ẬDZ5‹

FD-EnE 18 Lo_CADIN_H(8) L0 CADOUT_ H(8) A5—FEADÒUT >XW3T Í RSVD15 RSVD28 | AE24

—— - L0 CADIN L(8) L0 CADOUT_L(8) —— - >AF31 Í RSVD16 RSVD29 ẬF23

L0-EADIN-L/— tá | L0 GADIN Hữ) L0 CADOUT H(?) RÝ——TTEADOUT T7 'APa- KEY1 RSVD31 | ÂJZ0~

T0 CAD BS Lo CADIN H(5) L0 CADOUT H(6) 481 —$ sss >—H3 | kEY5 RSVD35 | 25

LŨ GADIN TRE N | L0 CADIN L(5) Lo_CADOUT_L(5) | 441 — sao tis >—H4_ | kEY6 RSvD36 | 25

LŨ GADIN L£— HỰ | L0 CADIN H/4) L0 CADOUT_H(4) FAEC—TCADOUT Tả H20 | kEY7 RSVD37 | 23 T0 EADINT PLY Lo CADIN Lia) Lo_CADOUT_L(4) FAE3—PDDADOUT-TI H21 | kEys RSVD38 Ƒ_W30-

L0 DADIN Tà — Mứ | L0 CADIN H(3) L0 CADOUT_H(3) AET—TCADOUT Tả `———

C 0 CADIN L2 T3] L0 CADIN H/2) L0 CADOUT_H(2) LAET——TEADOUT T2

Lỡ CADIN HT 1c | L0 CADIN L(2) L0 CADOUT L2) AE1—TDEADOUT-Tii

Lỡ CADIN TT X | L0 CADIN H(1) L0 CADOUT_H-1) LAG —T0CADOUT Tĩ

Lỡ CADIN H24] L0 €ADIN L1) Lo_CADOUT_L(1) }-AG8— EADOUT Hồ

Lỡ CADINTñ— 1z] L0 CADIN_H(0) L0 CADOUT_H(0) AE GADOUT Tủ

—— - (L0 CADIN Lí) L0 CADOUT L(0))

L0 CLKIN Hí 9 L0 CLKINLi 9 L0 CLKIN H0 9 L0 CLKIN L0 9

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( MEMORY INTER FACEA ` - MEMORY INTERFACE B ` - NA SG 2.0) A0 GLK H2 AQG21 AE14 A63 L<K H2_ AJ19 AH13 A63 7,8 MA0 CLK HỊ2 0] AG T2—Aocao PMA0_CLK_H(2) MA_DATA(63) F1 TAGĐ T2—AKio PMB0_CLK_H(2) MB_DATA(63) [A12 SATAGD

C A_DA C B_DA = ( A DA C ( B DA = MAO_CLK_L(2} MA_DATA(62) — = MBO_CLK_L(2} MB_DATA(62) ——— MAQ_CLK_L[2 0 A0 CLK H— G18 AGI6_ MA DATA6I GLK HÌ_ A18 ALis MB DATA6I D 78 MA0 GLK LỊ2.0) GẰ=———==5_ OCCULT n1a PMA0 CLK H1) MA_DATA(1) AB†2—-MA-DATAS ELK-LT— Aia £ME0 CLK HỮ) MB_DATA(G1) LẠ 2—-MD- DATAS MA Lịt.01(@—UA9,G5,LÚ1,0) A0 GLK HQ — LJ2z MAO_CLI 1 (4) MA DATA(60) AD12_ MA DAIA59 ÔLK Hồ — ƯAi MBG_ CLK L ) MB ĐATA(S0) A415—MB-DATAs9 7,8 MAO_GS_L[I 0] MAO ODTO A0 CLK L0 — U26 PMAO CLK H(O) MA0_CLK_L(0) MA_DATA(58) _DATA(59) [FAE13_— [AS1s— MA DAIA58 MA DATAšS7 CLK L0 — Uạo MB0_CLK_L(0) PMBO CLK H(O) MB DATA(S8) _DATA(59) [FAS†a_ [AL1a_— MB DAIA58 MB DATA57 78 MÁO O0T%G MAC CS LT _AC25q wag cs L(t MAO ©S_LÔ——AA24C| MAO có L0) MA DATA(S6) Ag16 MÀ DATA lao) | AG17— MA DATASS MÃ DATA55 —MBO MB0 GS L0 CS LT _AES0q MBo cs L(1) —AC31Q MB0- Có Lio MB- DATA(S6) AK16 ME DATAIse) | AL18—MB_DATA55 MB_DATASS MA DATA(54) Agia MA DATAS4 SLO) MB- DATA(54) AL17 MB DATAS4 ——— €3 | MAO OOTO MA0_ODT(0) MA_DATA(53) |-AB21 MA_DATASS s DAT —MBO_ODTO _Ap29 | M0 OĐT0 MB0_ODT(0) MB_DATA(63) | AK2L—ME_ĐATA5Š — B_DAT, MA_DATA(52) }-AG22 MA_DATASE — DATA5 MB_DATAIs2) [ AL2L—MB_DATA52 — B TAS ›4E20 bMA1 CLK H(2) MA_DATA\(51) FAEIZ MA DATA yALL2 4 B1_CLK_H(2) MBDATA(S1) -AHIS —MB_DATASt ›AE18 MA1 CLK L(2) MA_DATA(50) | AE17— MA ĐÀIA59 ALTE ĐMB1 GLK L(2) MB DATA(50) | A16 — PMA1 CLK H(1) MA_DATA(49) -AE21 MA DATASS C124 81 CLK H(1) MB_DATA(49) -AH19 _MB_DATAdS r<G214 mar CLK _L(1) MA_DATA(4g) -AE21_ MA _DATAGS ~<D19 PMB1 CLK L(1) MB_DATA(48) AL20 _MB_DATA4S 78 MA GAS L—HVỆT ~27 EMA1 CLK H(0) MA_DATA(47) LAE24 —Mà-DATAe >2 PMB1 CLK H(0) MB DATA(47) [A22 — NB-BATATE 78 _ MA WE LSS—MARASL W2 PMA1 CLK L(0) MA_ DATA(46) [AP25—MADATA4ö M28 PMB1 CLK L(0) MB_DATA(46) À2 ~——MB-DATA4ö 78 MA RAS L— ——— MA_DATA(45) AG26 A_DATA44 — MB_DATA(45) AK25 SORE B_DATA44 MA BANKI2.0 M28 MA1_CS_L(1) MA_DATA(44) | 4G28 Ta “ana MB1_CS_L(1) MB_DATA(44) [AC MB DATA2 78 MA BANKI2.0) G——=< MA1_CS_L(0) MA_DATA(43) |-4E22 ra MB1_CS_L(0) MB_DATA(4S) [i {MB DATA ›4G27 Ì MA1 ODT(0 MACDATA(aT) -AH25 MA DATA: ›âD31 | MB1_ODT(0) MB-DATA(4I) | AHZ4—VB DATA: 78 — MA OKEO «MA CKEO — CKEO ~ODT(0) MA_DATAI40) AE25_ MA DATA40 - MB DATA(40) | ÀJ24 B_DATA4O - Mã ADDHS.0L đcCMê.AD015.0L_ MA GAS L— AB2SU MA_DATA(39) LA2g—MA-DATA3 DAT —MB_CAS | MB OAS L AO29Q MB_DATA(SS) LAv27—MB-DATASS - - 7,8 MA_ADD[15 0] <€ ME WET MA_CAS_L MA DATA(38) AE2o MA DATA37 ME WET MB_CAS | MB_DATA(38) Aut MB DATA37 MA_DQS HỊ8.0 MA_RAS_L € MA_WE L MA_DATA(37) [FAE2g6_ MA DATA36 MB RAS L €Ì MB WE | _DATA(S7) [Agao MB DATA36 7 MA DQS HỊ8.0) ((GẰ————=—-*_ ee ARR MA RAS L MADATA(GE) AT DATARS ee AB 289 WB RAS L MB DATA) ADS0 TE DATA35 MA DQS LỊ8 0| MA_BANK2 = AH27_ MA DATA34 MB_BANK2 _ AL28_ MB DATA34 7 MA DQS LỊ8.0| <€ ERAN NY] MA_BANK(2) MA_DATA(34) | 4H22 ass —MB-BANKE tH MB_BANK(2) MB_ DATA(34) LẠI20—-MD- DATA33 C 7 MA DM8.0 G——=.— MA_DMI8 0 MA_BANKO eee —ÀA27 Ì MA BANK(0) MA_BANK(1) MÃA_DATA(33) [FAE27— MADATA(G2) MA _DATA32 TET See MB_BANKO ÀA28 | MB BANK(0) _BANK() MB-DATA(S2 ats _DATA(S3) [A21 MB DATA32 DATES MA_DATA[63 0) = E28 _ MA DAIA30 ~ E30 B_DATA30 7 MA DATA|63.0] <« MA GKEo_ “M2 | MA GKE() MA_DATA(30) | 25—MA-DATAS9 MB co “MSTÌMB GKE() MB_DATA(30) [E20 —MB-DATAS9 MA CHECKI7 0 ——==——^25 ÏÌ MA_CKE(0) MA_DATA(29) | 222 — ase ee 8) IB CKE(O) MB_DATA(29) | HAZ DATES 7 MA GHECKI7.0) ((Í———===_„ ADDIS V27 | MA ADD(15 MA-DATA(27) - S26 MA DATAZ7 BADR N28 ip ADD 15 MB-DATA(27) [£22 MS DATA27 A_ADD14 Noa_| MA_ADD(15) _DATA(22) [ E2; A_DATA26 B_ADD14 Nao | MB_ADD(I5) _DATA(2?) [ Ea B DATA26 MB0_GLK HỊ2.0 Fan NBL MA_ADD(14) MA_DATA(26) E2 —MA-DATA2S EADD nhac | MB ADD(14) MB _DATA(26) [St SATE 78 MB0 GLK HỊ2.0) (GẰ— ———=ˆ<_ ^-ADDiä G26 MA_ADD(13) MA_DATA(25) |-G28 — rasa BADDT2 Eat MB_ADD(13) MB_DATA(25) [422 SATE Meo CLK LI2.0 Fan N26 MA_ADD(12) MA_DATA(24) | £22 — aa EADD NO MB_ADD(12) MB_DATA(24) [428 DATE 78 MB0 GLK LỊ2.0) GÍẰ==———<~_ FABIO P25 MA_ADD(11) MA_DATA(28) FE2—MA-DATAZ) BADD IO Anaa | MB ADD(11) MB_DATA(23) A25 SATS: Meo CS Lito EDD M25) MA_ADD(10) MA_DATA(22) £28 — "ara EADD An | MB_ADD(10) MB_DATA(22) LÀZ2—Mb-DATA 78 MB0 Gs LỊI.0JG=—=—=——===_ EDD, N27] MA_ADD(9) MA_DATA(21) | £28 — rang EADD Eat MB_ADD(9) MB_DATA(21) |-G22 BDATA20 MB0_ODT0 ^-ADD Ha | MA_ADD(8) MA_DATA(20) | 228 — rao EADD B22) MB_ADD(8) MB _DATA(20) [PT DATE 7,8 MBO_ODTKK MSU GOT) ^-ADD: E27 MA_ADD(7) MA_DATA(19) | 528 — ras EADD B26 MB_ADD(7) MB_DATA(19) [228 BDATATS a RODE =': 8 B25 MA_ADD(6) MA_DATA(18) FC22—MA-DATAIZ Peat BADD- '=.': 8 Bi | MB ADD(6) MB_DATA(18) | 228 EDATAZ Ạ ADD T25 | MA ADD(S) MA DATA(15) | E22— MA DATAI: B_ADD T28 | MB ADD(3) MB- DATA(15) | B21 B_DATAIS A ADD: 25 | Ma-ADDIY MA DATA(14) | E21 — Mã DATAI: BADD: U29 | Me-ADDIY MBDATAt14 [-A20—MB_DATAIZ AAD T27 Ì MA-ADD() MA DATA(13) | E17 ADATA B_ADD uz | MB ADDU) MB- DATA(13) | C18 B_DATA A_ADDO woa_| MA_ADD(1} ma“ := _DATAH3) [ƑG17—MA DATAI: B_ADDO AAao | MB_ADDW) ẽ .:= _DATAH3) [Hs B DATA1: A DQS H7 ADI5 — E21 Á_DATA10 B DQS H7 AK13 — A21 B DAIA10 co cas HS EL REAR TƯỜNG cm FER tue cosh tap 78 CAS MB_WE_L A DOS Hồ_ AGi8 PA ĐQS Lí) (8ì [ E17 — MÃ DATA B DOS Hồ_ AKiZ ME DQS (7) _DATA() [Aig B_DATA\ 78 MB WELS©—MB-RARL RA DOŠ Tế AeiD-PMA_DQS H(6) MA_DATA(8) LET——HADATA b DO T6 ArdzPMB DQS H(6) MB_DATA(8) [A1ô DATE 7,8 MB_RAS L&€——— A DQS H AG24 MA_DQS L(6) MA_DATA(7} E15 A DATA B DOS H AK23 MB_DQS_L(@) MB_DATA(7) Ai4 B DATA {—LB„BANKI2.0) A DOS L5_ AG25 PA DQOS H6) MÀ DATAIS) [G13 — MÃ DẠTAS B DQS L5 AL23 ME Dos Lier ME Darac) HEIs B_DATAS 7,8 MB_BANK(2 0] A DOS Ha AsazPMA DQS L5) MA_DATA(5) [G8 — aaa B DO TM ot P MB_DQS L(5) DATA(S) [E18 DAT A DOS La AoE PMA_DOS_Hi4) MA_DATA(4) [H18— aaa SOS Ta Eb MB_DOS H(4) MB_DATA(4) [E18 — "eae B mB cKEo < MB_CKE0 A DQS H D29 HÀ DQS L4) MA DATAI2) TT A DATA2 BDQSH Dai Me poe MB_DATA(3} RE BH DATA: 78 _CKE0 MB _ADDI15.0 A DOS L3 — G28 PA DQS H5) A DOS HD cac PMA DQS L(3) MA_DATA(1) LE14—MA-DATA0 _DATA(2)[ Ela — MA DAIA B DOS L3 — Cai MP DQŠ H5) 5 DO TT cái PMB DQS L3) MB _DATA(1) LÀ12—MbDATA0 _DATA(2) [ A1a B DATA 78 MB ADD|tS.0] G—=—=—==_ RA DOS LẺ PMA_DOS._H(2) MA_DATA(0) b DO T2 da+PMB DQS H2) MB_DATA(0) MB DQS HỊ8.0 k MA_DQS L(2) B_DQS Hi MB_DQS _L(2) MB_DQ§_H 7 MB DQS H8.0| (GÍ———————— ADö LÍ — Ea PMA_DQS Hứ) MA_DQS_H(s)¢#28 MiB GS 3 SS MB_DOS_H(1) MB_DQS_H(s)¢#81—_NE_BGS He MB_DQS_L[8 0 A DQS HD — Ei5 PA DQS LẤ) MA_DQS L(8)4 BDQS H0 — c1l4 PMB DQS Lặ) MB _DQS L(@)4 7 MB_0QS H8.01€ế MB _DMI8 0 A DoS Gis MA-DaS-Li0} _DQS MA_DM(g) #28 MA DMS = BDOS LO C13 MB-Das Loy _DQS | MB_DM(g) -#22—MB_DMS I 7 MB_DMI8 0] el EOS Oe A DM7 A CHECK? B DMZ ¬ U D K29 2 7 MB _DATAI63.0 5 AEIS MA_DM(7) MA_CHECK(7) [28 —7o-= <5 TH MB_DM(7) MB_CHECK(7) [St 5 7 MB_DATA(63 0] ((Í===—^S%._ MB CHECKI7 0 ae DME Tnan-| MA_DM(5) Apa | MA DM(6) MA_CHECK(6) MA_CHECK(5) | G28 — Toa AG 5 B DME SOM 23 MB_DM(5) Alaa | MB DM(6) MB_CHECK(6) F aay MB_CHECK(5) |-30— B Te 5 - 7 MB_CHECK(7 0] SS AD Bao | MA_DM(4) MA_CHECK(4) [Ty AG BD Cao | MB_DM(4) MB_CHECK(4) "55 B HH hn Gren atte Be iat ts ou he Cre Tht eee A_D E18 — — H29 AC B_D B17 | ~ H31 B ^-DM0 E18 MA _DM(1) MA_CHECK(I) [29—JJA-EHECKD DMO B17 MB DM(1) MB_CHECK(1) [H21 5 9 | MA_DM(0) MA_CHECK(0) (MB_DM(0) MB_CHECK(0) Socket_M2 Socket_M2 EEGs Elitegroup Computer Systems

[Title

C51PVGM-M

° CPU M2-2 DDR2 1.1

Date: Thursday, October 05, 2006 Eheet 4 of 32

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8

D

C

B

we R93

+

+2.5V_VDDA for CPU PLL

+12V VGG3

Q21 2N7002-S

2

AZ324M-AS +2.5V_VDDA † +2.5V_VDDA8105mA EC24 100u-16V-LF i oo) p+} s T#Ln, Move 74LV07

CPU_CLK 9 CPU_CLK “GPU CL 9 -CPU_CLK V_DIMM VOC_CORE 0120 G201 R196 10u-10V-085 16.9-1 .1u-16V 26©PU_M VREE G199 ~ 1u-16 | G198 G200 R195 1000P 1000P 16.9-1 ——ˆˆ_—‹:°3vniốoi 2;

+2.5V VDDA

Width:50mil and Long:500mil CEUD V_DIMM

C190 C194 C195 A2

4.7u-16V-08] 3300P 22u-25VY_CLKIN_L B8 PHAN

P

= 9 GPU ALL PWROK XD RTOEE PWROK vip(ø) LD2_— 6PU Vips GPU VIDS TP2

= 9 CPU_LDTSTOP- SpA BESET - LDTSTOP_L Vib(a) Fat — ean D1 CPU_VID4

VID(2) - GPU_PRESENTL CPU_PRESENT_L VID(1} ee — 7 —

VID(0) ORY SIG GPU_SIC AlG | PSIC THERMTRIP_L pal - ——————

SID PROCHOT L Ð

"- TP13 —— CPU [RST L ALLO tp Adio, TDO | AK10—9PUTEĐ _) stre STP8 CPU Bi TỌK AH10 TRST L

STP? CPU TMS alg | LCK

Tps GPU_DBREQ L DBREO L DBRDY GPU_DBRDY TPạ

27 CPU_CORE_FB* VDD FBL VDDIO FB L TP14 1pis Q_——ĐPU VTT §ENSE_ E12 | ver genge psi L pet CPU_PSLL Orrs VLDT_B V_DIMM

GPU M VREFE_ E2 CPU HTREFi Ri66 44.2-1

Ri91 39.2-1 CPU_M_ZN NÀNG HTHErg CPU_HTREFO R153 44.2-1

= GPU TEST25_H A10 [TEsTas H TEST29 H LOI PU TEST29 H R197

CPU_TEST25_L B10 | TEST2g-L TEorag 4| Dị† — ©PU-TESI29.L

AJZ TEST18 shorter than 1.5 inches

TP7 GPU_BES GPU_BP2 D6 Ì TEST17 EZ TEST2a4 | AK8_—€EU_ SE! AH8 CPU TEST23 TP10

STPS CPU_BPO Op C5 TEST15 TEST22 ALB _ CPU SCAN EN 5 STP4 R185, 300 TP4 CPU SSEN TT Ada | TEST14 TesT21 [Ala — a -ee5 W771

~—F* | TEsT; TEST28_H [19 V DIMM

pe TEST6 TEST28_L [E3 -

23 GPU THERMDG AGS TESTS TEST27 | AKax GPU TEST26_ R178 300

23 GPU THERMDA TEST4 TEST26

H7 Ì TEST3 TEST10 | Ñ—x A46 Í TEsTa TEST8 |_D4—

Socket_M2

GLKIN_H CLKIN L

1.NB to R180,R181 trace length <0.5"

2.R160 to (R180,R181) <100mil VGO3

4.C211,C218 to CPU <1250mi1 R172 510 CPU_TEST25_H

>>CPU_THERMTRIP* 14

SMBT3904-S

R186, 510 CPU TEST25 L -CPU_THERMTRIP_R173 1K B Q23

Title

CPU M2-3 Miscellany 1.1

Date: Thursday, October 05, 2006 Eheet 5 of 32

Trang 6

AF2 U12 VDD47 AF3 U14 VDD48 AF8 U16 VDD49

VTT9 | ÂL12 AB24

A520-| VDDIO2 vssi K4 ABZE vDDIO3 vss2 126 ADn0 | VDDIO4 vsss | 428

AE VDDIOS vss T'S ADE | VDDIO6 VSS6 [rễ

Tp | VDDIO7 vsse [+2 Ads | VDDIO8 (3 10 vss7 (+ atte 9 M26 ypDIoO11 vss1o LL1Z VLDT_B M28 vopiot2 vss1i U8

M20 | VDDIO13 VSs12 LLT E24 vppio14 vssi3 (2 E26 vppio15 VSS14 [MA Gi66

ni vee ities che

XE Yag-| VDDIO28 VDDIO27 VSS25 Pha VSS26 Place near Socket M2

.22u-25VY 22u-25VY 10P-X &7u-161-08)X &7u-161-08)X 4 UX x| 8P [Title

.22u-23VY 01u-X 4_ 22u-6.3V-08LX 4_ 4.7u-16V-08‡X 4_ 4.7u-16V-08‡X 4_.01u-X C51 PVGM- M

Date: Thursday, October 05, 2006 Eheet 6 of

Trang 8

RN42 47-8P4R-04

RN41 47-8P4R-04

Trang 9

11,12,13 1P2VPLL_PWR 3>

R526, 47K-06

Q68 2N3904

-HTCPU STOP

Q71 2N3904

BGA

y»L0„GADOUT, HỊ5, 0] SEC 1 OF 6 L0 CADIN HỊ15.0] 3

ú L0_CADOUL HỌ v22 HT CPU _RXD0 P HT CPU TXD0_P G23 _ L0 CADIN Họ — 7|

N10 CADOUT HỊ— W24 HT_CPU_RXD1_P HT_CPU_TXD1_PI D23 L0_CADIN_ H1 ⁄ 5 CPU ALL PWROK CPU_ALL_PWROK

NLO_CADOUT_H4 R94 HT_CPU_RXD4_P HT_CPU_TXD4_P H22 LỘ CADIN Hà _ 7Ÿ a

NLO_CADOUT_H5 P24 HT_CPU_RXD5_P HT_CPU_TXD5_P J21 LỘ CADIN Hộ 7

LEO CADOUT Hệ _ P22 HT_CPU_RXD6_P HT_CPU TXD6_P| K21 L0_CADIN_ Hồ /

NLO_CADOUT_H7 N22 HT_CPU_RXD7_P HT_CPU_TXD7_P K23 _ LŨ CADINH/ — 74

L0 CADOUT Hồ — v21 HT_CPU_RXD8_P HT_CPU TXD8_P| D21 L0 CADIN Hạ ⁄4 VCC2.5VNB

LEO CADOUT Hộ — v21 HT_CPU RXD9 P HT_CPU_TXD9_P} E19 LỘ CADIN Họ — ⁄j

NLO_CADOUT_H11 194 HT_CPU_RXD11_P HT_CPU_TXD11_P G20 _ L0_CADIN Hit NLO_CADOUT_Hi2_ Rig HT_CPU_RXD12_P HT CPU TXD12 P Hig — L0 CADIN HỊ^

NLO_CADOUT_H13 P16 HT_CPU_RXD13_P HT_CPU_TXD13_P L17 L0 CADIN H13_ ⁄4 L0 CADOUL HI4 N20 HT_CPU_RXD14_P HT_CPU_TXD14_Py 120 LO_CADIN_Hi4 ⁄ R177 R183 R190

4 LO CADOUT L0 — Y22 — HT CPU RXD0 N HT_CPU TXD0_NƑ> — G24 L0_CADIN Lọ !

LÔ CADOUI L2 — V23 #4 HT CPU RXD2 N HT_CPU TXD2 NP4_— E23 _ LŨ CADIN L2 — 7|

L0 CADOUIT L3 — U21 — HT cPU RXD3 N HT CPU TXD3 N4 E24 _ LÔ CADIN L3 — 4

L0 CADOUT L10 W22 > HT_CPU_RXD10_N HT_CPU TXD10 NÈS — E21 L0 CADIN L10 — A

LÔ CADOUT L12 Rig È4HT CPU RXD12N HT_CPU TXD12 NPÈS— Ji8 _— LŨ CADIN L12 — 7|

\LO_CADOUT_L15 Nia le HT_CPU_RXD15_N HT_CPU_TXD15_NP4 L19 L0 CADIN L15_ ⁄ -HTCPU_RST 5 A 6 CPU_HT_RESET- S—_L0_CLKOUT H0 T23 HT_CPU_RX_CLKO_P HT_CPU_TX_CLKO_F G23 L0_CLKIN_H0 SN74LVC07ADR

3 LO eLROUT-LS $—to CLKOUT LO 122 —(]HT_GPU_RX_CLK0_N HT_GPU_TX CLK0_N¬+_——G24 LŨ CLKIN L0 LO CLRINTLO 3

3 L0 CLKOUTLI S6—L0_GLKOUT LÌ R20 _ /@|HT CPU RX CLK1_N HT_CPU_TX CLK1 Ñ^_— G21 [O_CLKIN Li L0 CLKNLT 3

SLO eTLOUrLO è L0 CTLOUT L0 M22 —C|HT CPU RXCTL N HT_CPU TXOTL N— L24 L0 CTLIN LŨ t0 CTLN Họ 3 SN74LVC07ADR

SR2 WY 150-1-X _ HTCPUCAL_GND yi9 HT_CPU_CAL_GND HT_CPU REQL_— E18 _ SHT_CPU_REGI

HT_CPU_STOP"| G18 -HTCPU_STOP _l_-

Trang 10

UIIA BGA

TST HTMCP_UPI7 0 SEC 2 OF 6 HIMCP DWNI7 0

HIMCE _UEI1 ACZ HT_MCP_RXD1_P HT MCP TXD1_P| AD23_ HIMCP DMN!

HIMCP_UP2 AA8 HT_MCP_RXD2_P HT_MCP_TXD2_P AC22_ HIMCP DWN2

HIMCP_UP4 AD10 HT MCP_RXD4_P HT MCP TXD4_P| ABig HIMCP DWN4 HIMCP_UPS ADi1 HT_MCP_RXD5_P HT_MCP_TXD5_P AAi7 HIMCP DWNS

14 -HTMCP_UPI7 0 2 -HTMCP_UPO AC6 _— (HT MCP RXD0_N HT_MCP TXD0 N3 —AG23_— -HIMCP DWN0

-HIMCP_UP1 AB7 _ ?-YHT_MCP_RXD1_N HT MGP TXD1 N4 AD22_ -HIMCP DWNH -HIMCP UP2 AB8 _ È2|HT MCP RXD2 N HT MCP_TXD2 N°Š — AC21_ -HIMCP DWN2

-HÌMCP UE3 AB9 — È4|HT MCP RXD3 N HT MCP TXD3 N4 — AD20_ -HIMCP DỰNG

-HIMCP_UP4 ACiO HT MCP RXD4_N HT MCP TXD4 NP4 — AC18B_ -HIMCP DWN4

-HÌMCP UES AC1i — HT MCP RXD5 N HT MCP TXDS NP$ — AB17_ -HIMCP DỤNG -HIMCP UPS AB12 _ È4HT MCP RXD6 N HT MGP_TXD6 NP4 ABI5_ -HIMCP DWNG

-HTMCP_UP7 AB13 _ ¿|HT MCP RXD7_N HT MCP_TXD7 NPŠ — AD18_ -HIMCP DWMN/

HT MCP RXD8 N HT MCP TXD8 N

HT MCP RXD9 N HT MCP TXD9 N

HT MCP_ RXD10 N HT_MCP_TXD10_N HT_MCP_RXD11_N HT_MCP_TXD11_N HT_MCP_RXD12_N HT_MCP_TXD12_N HT_MCP_RXD13_N HT_MCP_TXD13_N HT_MCP_RXD14_N HT_MCP_TXD14_N HT_MCP_RXD15_N HT_MCP_TXD15_N

14 HTMCP UPCLKO >> AIMCP_UPCLKO AD9 HT_MCP_RX CLK0_P HT_MCP_TX_CLK0_F AC19 HTMCP_DWNCLKO

14 -HTMCP Uno to NB.-/051I0551ã45150V.0 AG9 _ (CÌHT MCP RX GLK0 N HT_MCP_TX_CLK0_MW——AD19 -HTMCP_DWNCLKO à

>L10_—C]HT MCP RX GLKT_N HT MCGP_TX GLKI N}—W17

14 HTMCP UPCNTL >> OE AD14 HT MCP_RXGTL P HT MCP TXGTL P AC15 HTMCP _DWNCNTL

* HTMGP REQ" AB5 — (HT MCP REQ*

14 HTMGP REQ” C—T—TTTEP-STGP AAS C41 MGP- STGP"

14 HTMCP_RST* $$ HIMCP_RST* ACS 4 HT_MCP_RESET*

14 HTMCP_PWRGD $$ HIMCP PWRGD AD5 _ ~JHT MCP PWRGD CLKOUT_CTERM_GND B22 emi

14 MCPOUT_25MHZ >> MEPOUT 2M AC4 CLKIN_25MHZ

5 MCPOUT_200MHZ Y5 CLKIN 200MHZ_P HT_MCP_CAL_1P2 AB23 HIMCPCAL 1P2v R194,

14 MCPOUT_200MHZ è -MUPOUT_<QUMAIZ W5 CUAN 200MHZ N HT MCP CAL GND| AB24_ HIMCPCAL GND BI 150-1

14 _-MCPOUT_ 200MHZ O 104

>>HTMCP_DWNI7 0] 14

>>-HTMCP_DWN[7 0] 14

HTMCP_DWNCLKO 14 -HTMCP_DWNCLKO 14

HTMCP_DWNCNTL 14 -HTMCP_DWNCNTL 14

Trang 11

PE0 RX0 N PEQ_RX2_N PEQ_RX4_N PEQ_RX6_N PEQ_RX8_N PEQ_RX10_N PEQ_RX12_N PEQ_RX14_N

PE0 REFCLK ! _|

PE1_TX | PE1_TX | PE1_ REFCLK ! _|

PE2 TX | PE2 REFCLK ! _|

SE OUT PE1_OUT-

Trang 12

VCC5

Thursday, October 05, 2006

|

| 01u-Q

— ÄHẢ — _- | - IFPA_TXD0 H ———A15_ Ulu

PLACE NEAR C51G with in 600 mil 5 |à |B ' NG Bz _| pac_Hsyne IFPA_TXD1_A D15 ~ = 1

150 150 150 Oo lö | |! R125 IFPA_TXD0 | U6A

_El11 _— |NC2-DDC DATA 116 C127 400MA

—EH17 ——]N€4 - EE_CLK alu _G17 —_|NC5 -EE DATA

Trang 13

Rev 1.1

- BGA C51 POWER FB-120-08-L FB-120-08-L-O AAD! GND GND Ta

SEC 5 OF 6 U14 R17

E9 +1.2V_CORE +1.2V_PEA E8 J15 GND GND H21 Ei0 +1.2V_CORE +1.2V_PEA FZ E12 GND GND C22 1u-10V-X {u-10V 1u-16V-X 1u-16V-X 1u-16V

E11 +1.2V_CORE +1.2V_PEA E9 Yi8 GND GND E22 4 4

Hi4 +1.2V_CORE FB-120-08-L U18 GND GND B22

H3 +1.2V_CORE +1.2V_PLI A2 U19 ND ND A23

Y9 +1.2V_HTMCP +1.2V_PLI E8 T17 GND GND Pu 129 C14 C17 C13 C16 AB11 +1.2V_HTMCP +1.2V_PLI Q7 D11 GND GND M12

AA18 +1.2V_HTMCP +1.2V_PLI G8 T12 GND GND N12 i0u-10V-08 [iu-10V-X H u-10V-X 1u-16V-X 1u-16V-X W1ö +1.2V_HTMCP +1.2V_PLI Q9 li8 GND GND P12

U18 +1.2V_HTMCP +1.2V_PLI H10 Di9 GND GND M13 4 4 4

Trang 14

U18G

BGA-508

MCPST

10 HTMCP_DWNI7 0] — i HTMCP_DWNo Kt_—_|ur_mep_rxbo_P HT_MCP Txoo _ LAAi HIMCP UP0 — „4 >>HTMCP_UP{[7 0] 10

10 -HTMCP_DWNI7 0] ————^ _HTMGP_DWNG K2_£^|HT MGP_RXDo N HT MCP TXD0 NỈ¬)_AA2 — THIMGP UP0 — „⁄ >> HTMCP UP[7.0] 10

`—HIMCP DWMNH L2 HT MCP RXD1N HT_MCP_TXD1 NÈS_Y2 -HIMCP_UP1 ⁄j

`é_— THIMCP _ DWN2 M2 HT MCP RXD2 N HT MCP TXD2 NPS_ AA4 _ -HIMCP UP2 7Ÿ Š—HIMCP_DWN3 N2 HT MCP_RXD3_N HT MCP TXD3 NPÈS W6 _ -HIMCP UP3 — 7

V_DIMM _ VCC3_DUAL R244 AN 150-1_ HIMCP COMP GND+ ABI HT_MCP_COMP_GND1 _MGP_COMP ‹ CLKOUT_25MHZ| = Y5 R246 Whe MCPOUT_25MHZ

HTMCP_RST* 1

500 U12E nee = HT VLD CLK200MHZ_TERM_GNDS K6 TERMGND

y

17,26,28 SLP_S5* >>—B8A v2 11 io! M24 | MEM_VLD

SN74LVC07ADR 9,27 CPUVDD_EN PYDBLEN

ọ JTAG TDI — H21 _ MCP51 TDI TOK |!'_Reee

Trang 15

PCL AD22 PCI PCILCLKSLOT2 21

PCI_AD29 PCI_AD31

PCI_GNTO0*

1394GNT LANGNT

PCIRST SIO' &

2 AA¿_L 82K I EGS Elitegroup Computer Systems

PCI_CLKRUN* R239

nite] MCP51G PCI

R233

Trang 16

PLACE CAPS AT CONN

MCS C380 C384 10u-7OV-08 | 1u-16V

17 48.3V_PLL_SP_ss €

C377 C363 10u-7OV-08 1u-16V

Olu

C359 01u

SATA_B1_TX_P

IDE_DATA : IDE_DATA : IDE_DATA : IDE_DATA :

: IDE_DATA : IDE_DATA :

IDE C88 : IDE_DACK ‹ IDE_IOW - IDE_INTR - IDE_DREQ - IDE_IOR - IDE_RDY : CABLE_DET |

D25 SATA_HDLED* N ee P

IDE IORDY_P IDE_IORDY_S

EGS Elitegroup Computer Systems

IDE_SDD7 CEBLE DET S

Tiêu đề	Tài liệu Mainboard ESC Model C51PVGM docx
Trường học	Elitegroup Computer Systems
Chuyên ngành	Mainboard Development
Thể loại	Tài liệu hướng dẫn kỹ thuật
Năm xuất bản	2006
Thành phố	Hà Nội

Định dạng
Số trang	32
Dung lượng	0,9 MB