đây là schematic tức sơ đồ kĩ thuật các mức tín hiệu nguồn trên bo mạch chủ gigabyte GAH87MD3H 1.11 sơ đồ chi tiết các linh kiện, thông số kĩ thuật của mainboard, giúp cho việc tìm hiểu và sửa chữa mainboard máy tính một cách dễ dàng và nhanh chóng.
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16 PCI SLOT1,2 mie
17 ITE 8728 LPC I0 t3
18 COM, KB_MS_USB, USB30_20
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Model Name: GA-H87M-D3H
Component value change history
Chipset change REV: C2 Update HDMI Footprint "HDMI-3"
2013/07/11 5VSB OVP Protection
DEL R704: 8.2K/4 ADD R706: 8.2K/4 R705: 715/4/1 —> 825/4/1
DEL AUDIO AZ2225-01L CD1
2013/07/26 Update to Rev: 1.11
Crystal REF GND CPU FAN Color Black -> White
Revision 1.11
2013/08/15
Reason
: 9MH87MD3H-—00-10C : 9MH87MD3H-—00-10D
CPU Socket @ Traditional ESD Resistance ICs
Long Lifespan All Solid Caps High ESD Ethemet
Port Protection
Component Og Lifespan
Phại
@ A’ Solid Cap Design
_ Traditional Cap Design
@ Traditional Giass Fabric PCB © ===
Power Failure Protection
Average Tem '
Ñ-
Anti-Surge Ic Surge Protection Level
@ Lower RDS(on) MOSFET Design \ SSS | Front USB 3.0 eS `"
Title
BOM & PCB MODIFY HISTORY
Pose Document Number GA-H87M-D3H at
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AUDTO PORTS : FRONT AUDIO FRonr PANEL /CPU FAN F
LIN_ OUT LINE_IN MIC CD IN
Document it Number GA-H87M-D3H a Date: Thursday, August 15, 2013 Bheet 3 of 32
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997M - BPM Ne | G38 PCIEX16:16/5/5/5/16 (breakout min 10/4/4/4/10) | CPU VTT OR R2 11541 PVIDSOUT
[27] PVIDSLCK Aa SEM VIDSCLK BPM_N3 [E3 | Impedance=80 +- 17.5% c R4 ` -PVIDALRT [27] PVIDSOUT 27| -PVIDALRT VIDSOUT * BPM_ N4 | E88 _.~ > Ị LGA1150G |
z7] | 100/4/1/% VIDALERT BPM-NE |_ K39 ~- Ị PA EXP RXP0 PEG RXPo PEG Txe0 PA EXP TXFPO Pod
11) A _-OPURST A -CPURST RESET: Rsvp Mass: PA EXP AXP PEG RX eee TxPI PA EXP TPA | CPU PU/PD D
——PA EXP RXNT E14 | Gee ¬ Loi PA EXP TXAMT —
A PMSYNG P8 A TESTLOW 1 PEG_RXN1 PEG_TXN1
my cant , 7 ©——— —ñ PECI PMSYNG TESTLOW rsvp |} 2—_o yccst | ———————— E3 | PA EXP RXP2 ¡618 ———————— PA EXP TXP2 | WR14 B1⁄4/1X_A TMS
N DRAM PWROK CATER Rev LHIE (1.0V) | PA_EXP_RXN2 F413 PES BXNe BEG TANS Dig PA EXP TXN2 | CPU VTT OR
1n/4/X7R/B0VIK [19J A -PROGHOTX —_ nS THERMTRIP* R—THRHTRE E0 PROCHOT: RSVD vọc [MB ————O vcoRE ————————}*ˆ*| pzo RxN3 PRCEXE FNS PEG_RXP3 PEG_TXP3 PEG TXN3 |P8——————=—®”—— PA-ExP TừNG :
+ + [12| A_-8KTOGG€——SŠd sxrocc* nou VRE rsvp Ae REVO [16 x (1.8V) | PA EXP RXP4 E11 | pro Rxp4 — EEG Txp4 L8 — PA EXP TxP4 — watt 51/4/1 A TGK
N CPU2WROK DDR VREF CA RSvD PHB cag PA EXP RXN4 PEG BXNA PEG_TXN4 PA EXP IXN4 veo 51/41 A-TIRST
PWR DEBUG M48 ——^ TT oe WBC47 ¿ xâA3“ Creo vss EM88———————— | — —— Fo PEG_RXP5 PEG_TXP5 ¡E.———————— — —— Ị
938 | LVZ_ = — À E=X LFXN› QI0| }c7 PA EXP TXN5
1n/4/X7R/B0V/K ] JL\WB54 1K/4/1X — HSW GEG2 Grae RSVD | PEG_RXNS PEG_TXNS | /1/X — A PEGI
[Pei ee ee AR W38 eres K13 PA EXP RXP6 E9 Ag — PA EXP TXP6 /1/X——A GATERR-
= JLWBE IKK _HSW_CEG4 CFGS RSVD_TP Fie PA_EXP_RXN6 Eg | PEG_RXP6 PEG_TXP6 ("5a PA EXP TXN6 ⁄1 A -PROCHOT a J|WE36 VY VIK//1X — HỘW CEG5 CFG4 RSVD_TP [ BỊ A DDR COMPO PEG RXN6 PEG TXNG 1X 2_—N GPUPWROK j|WE4 1K/41X— HSW CFQð6 cree DDR RGONP+ P1 A DDR COMP1 PA EXP RXP7 E8 Ì b=o nxey PEQ Txez LBB_—— PA EXP TXP7 1X]
i 7 [R2 A DDR GOMP2 —_PA EXP RXN7 Gs | Gee ¬ [o5 _ PA EXPTXN
Disable SVID ~va8 | coi DDR_RGOMPE A DDR COMP2 PA EXP RXN7 PEG RXN7 PEG_TXN7 PA EXP IXNZ
FT [7] 5VID GTRL an WRS7 „„ 1K4/1 | HSW GFG9 Ax * “Ya5 ores RSVE YP RSVD | PA EXP RXP8 PAE XP_TXP8 A -THRMTRIP WR70_, , 1K/4/1
WR39 1K/4/1 HSW CFG13 122] OFG12 VCOMP_OUT VOGIOA L T/O Afilalog Voltage_——E^ Ex? Exro PEG RXP9 PEG TXP9 PA —— [12] A_HSW_STRAPIB AN use| Crete Revo B I (1 05V) PA EXP RXN9 E5 Í BÉc Hung BEG Tag | EA_— PA EXP TXNG A PWR DEBUG WR33_„„ 10K/4/1/X
> AB Í creais Vss | ————*WTP1 Svstem Angen(0.815V}—En-ExP-RxNo PEG_RXP10 PEG TxP1o LÑ——P2-EzeTMmo WRel 82/4
m WIE 38 | ores RSVD Hn TT wire \VCCPLL (1.35V) REAR ANI FE) PEG RXNIO «© PEG_TXN10 FS2—_FA EAE TANTO : 3VDUAL
IRSVD Esen RSVD <n BL crats rsvp +10 — _» wtr4 VCORE] | ————— PEG RXP11 PEG_TXP11 ————— Ị ——— E0 V04 N_-SYS_RST [12P1}26] | -SYS |
c Reverse | LANE REVERSAL [0], x16 wae Cais RSV 12 S WTEs VCORE? | PEG_RXN11 PEG TXNIT | c
Enbie Tem A TCK D39 RSVD |_8—> ~ ——————— }*| — —— Hồ PEG RXP12 -Ị PEG_TxP12 FULDA = 2 PA _EXP_TXN12 EXP XP 12 ADDR COMPO A DDR COMP1
Ee <= a pad TŒK Rsvp |+-888———o cpu_vaxa(0~0 9v) PEG RXN12 PEG TXN12 + DDR COMP?
EsSvb RSVD A TDO Ea9 RSVD li PA EXP RXP13 4 K2 — PA EXP TXP13 | A_TESTLOW
Esvp RSVD A TMS Eao qe VCC_SENSE VCG SENSE [2] | PA EXP RXN13 5 ree beeen Ka PA EXP TXN13 Ị A TESTLOW
Esvp RSVD A-HPRDY 1394] HT” VSS | PA_EXP_RXN14 PEG RXP14 ĐEG [XP14 ER BE Rat | +
aaa sơn iC PRDY" vss —S—Evmmm — KE PEGRXNI4 = PEG_TXN14 MS" EA TANS
IRSVD ao Eem RSVD Re G40) pep A TESTLOW 2 -| ABBA _NB Ves sENeE | E40 TT 25 <Wss sENsE gơ] | — BÀ EXPHXNH PEG Rxls Pro TxpIsL1—Râ PEG_RXN15 PEG TXN15 pia PA LXL lXN› TẤN —
IRSVD RSVD >—K8 RsvD TESTLOW DPLL REF_GLKN Pw RSVD $v bic [10] | | [9] A_DMLORXP > AD SSN 0RXP OREN u3 2) DM_RXPO DML_TxPo | ÀÀ4—2- DĐ AD OTXP oT A_DMI_OTXP [9] |
119 Ì RsvD DPLL_REF_CLKP ACHSWGFG RGOMPSN-CK DPCLK [19] ¡ [9] A-DMLORXNS-—S Braap 734 DMI_RXNO DMI_TXN0 [A45—2-DMT TT7xP—£A DMI 0TXN [9] |
1 i 2x8 HASWELL[10SC1-F01150-01R_10SG1-F01150-03R] | [8] A_DMI_2RXP 2A DMI_2RXN y2_| DMI_RXP2 DMI TXFE [Ao4 —A DML 2L A PMLZTXE BỊ
3 T se | [9] A_DMI 2RXN < AD - RXP Y3 DMI_RXN2 DMI_TXN2 ACL A D SETA SADMI2TXN [9 |
5 5 ST | [| ADMLSRXP 9-—- Saar Wa DMI_RXP3 DMI_TxP3 |} 4Gl Sr A_DMI_3TXP [9]
[9] A_DMI_3RXN - DMI_RXN3 DMI_TXN3 = A_DMI_3TXN [9] ! DDR_15V
CFG 0-17 all internal PULL-UP >~—DTỈ RsvD TP | >
| $=15 mil out of CPU A4 RSVD_TP | 100/4/1
BỊ FDI_GSYNG ———— FDI_CSYNG DDI1_TXP1 DVI TX1 [31] SPA EXP TXNI.15 [144
(9) FDLINT EDI INT ep) Int DDI1 TXN1 DVI_TX1- [31] >> PA_EXP_RXP[0 15] [14]
Ì _ DDI1_TXP2 DVI_TXO [31] NS PA_EXP_RXN[0 15] pa EXP_RXNO 15] [14]
> 214 roepe txno EDP _ DDI3 TxPo E13 a
—D_IX 0 — Ai4lrDniEDp TxPo — DDI3 TXN0 [GIB-~ Dee ey PAIS | y WR 1K/4/1/X 200/4/1/X 1 * 1v2)E | VGOGI.05 PCH oWRS 1K/4/1
—EErrte——— SIầ | roi EpP TxNI DDI3 TxAi B16 Ị A -GPURST - | _08 |
—————— ***Ì|rui EpP TxP1 _EDP_ ' | ¡ A -THRMTRIP_ WRB71 „„ „0⁄4X _N -THRMTPIP
DDI3-TxNg | B18 8.2K/4/X T 1 | | 112) DIST MMBT2222A/SOT29/600mA/40
HASWELL[10SC1-F01150-01R 10SC1-F01150-03R] [17] O_-PFMRSTt wa2 IVGG1_05_PCH
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DDR0 MA13 DDR0 DO13 ĐẠO ——AT2 | pDR0 MAI — DDR0 DOI4 AK4Z—WDAZ AAA AU21 DDROMAI5 — DDRO_DQ15 | M40 - : Akd0— MDA1S BS
T DDR0_DO16 SBT RAM + DDR0 ODT1 pro opto DDR0 DoI7LAMS9 DDR0 DO18 Tà
ODTI A2 AW9 ~ — AP39 DA19
ODT AT DDRO_ODT2 DDR0 DOi9 A49 TH
DDR0 ODT3 DDR0 DQ20 LAM# HH
DDRO_Da21 | Alls
"as DDR0 EOC0 DDR0 DQ23 LÀP40 Nhất DDR0 ECCl DDR0 DQ24LAMd= NA DDR0.EGC2 DDR0 DQ2s LAM# Tấn DDR0.EGC3 DDR0 DQ26 L5 —lDa2y DDR0 ECC4 DDR0_DQ27 LANH l2 DDR0.EGC5 DDR0 DQ2gLÀI4?— Nhất DDR0 ECC6 DDR0 DQ2o LAI NHÀ DDR0.EGC7 DDR0 Doso LẠ Hàn
DDR0_DO31 LAN BA DDRO_BAO ppRo_Dasz -AYS aS DDRO_BAt DDR0_DO3a An a DDR0_BA2 DDB0_DQ34 [A4 ae
DDRO_Das6 |All ae DDR0 CKE0 DDR0 DQ36 AC SAD DDR0 CKE1 — DDRO_Das7 |-A¥8 — aoe DDR0 CKE2 DDR0 DQ38 LAN: Bao DDR0 CKE3 DDR0 DQs9 LAX4 DDR0_DO40 LART a BA DDR0_CS N0 DDR0 DQ41 LẠC BA DDR0_CS_ Ni DDR0 DQ42 LẠNH DA DDR0.CS N2 DDR0 DQ43 LÀN BN DDRO_CS_N3 DDR0 DQ44 LAHE BIE
DDR0_DO45 LAI Do DDR0_CLK P0 DDR0 DQ46 LAN BAT DDRO_CLK_NO DDR0_DQ4z LAN DAđo DDR0_CLK P1 DDR0 DQ48 LALT anes DDR0_CLK Ni DDR0 DQ49 -AL4 Dan DDR0_CLK P2 DDR0 DQs0 L2»Z aa DDR0_CLK N2 DDRO_DaS1 [aH ARES DDR0 GLK P3 DDR0_DQ52
2-92 —AVI3 [DDR0 CLK N4 DDR0 DoS4 LÀI3 —
DDRO_DQ54 AW12 | nsvD DDR0_DQ55 AC —
DDR0_DQ56 LAST——jBab]
DDB0_DQ57 A4 DA58 DDR0_DO58 AE BA DDB0_DQ59 LAE4—— To DDR0_DQ60 LAC——DAsẽ -SBASA DDR0_DO61 LAS5 DADZ
cee _DpRO_bass FAEL — MOASS
¬ Dono ME" pope B98.) Fas —pasAl
>Av20q Rsvb DDRO_Das_p2 |-ANS2 Fee
DDRo_Das_p3s AVS "a=
AW27¢ Revo DDRO_DQS_P4 [abe —posa
-SCASA DDR0_DQS_Ps LAE4+—nc
DDRO_CAS* DDRO_Das Pé | HK BA, wret DDR0_DQS_P7
Te DDR_RESET DDRO_Das Ps AEE Osan
DDRO_DaSs No | A&s8 "ae wed PRO bos Ne -ANS& —-DOSA _[ 0.104X7P/16V/K/X PRY Dae Na PAUS6 —-DOSA
= DDR0_DoS N4 LÀM5— TT
DDR0_DQS_N5 LÀF2—— "ae DDB0_DQS_N6 LAK———n”
DDR0_DQS_N7
A18 | DDR1_MAO DDR1_DOo | hes BE
A25 | DDRI MAT DDR1 DOI [A33 BE AMZ2 DORI MA2 DDR1 Daz Aas BE AM23 | DDR1 MA3 DDR1_DQ3 [A25 Bề A24 Ì DDRI MA4 DDR1_ DO4 [A34 BE
AI 23 | DDR1 MAS DDR1_Das [ASS 5
AY 2| DDR1 MA6 DDR1_Da6 - Aas 5 DDR1 MA7 DDRT DO7 AE SBS
4 "A28 | DDR1_MA8 DDR1_DQ8 [A34 SBS A2 | DDR1 MA9 DDR1 DQ9 [AL28 SBI A18 Í DDRT MA10 DDRI_DQ1o [AI BE
AY 5| DDRI MA11 DDRI DO11 [ALkSt BE AVES | DDRT MA12 DDRI DO12 LAES BE A15 | DDRH_MA13 DDRI_DO13 [A35 SE AVZT| DDRI MA14 DDRI_DO14 | Ae Đ DDR1_MA15 DDRI_DQ15 [A42 AM17 XI | DDR1, ODT0 DDRI_DOI6 | ApDa4 DDRI DO17 [AT -AL 18 | DDR1_ ODTi DDRI_DO18 [ANH AM16 Í DDRI ODT2 DDRI_Dai9 | AESL DDR1_ODT3 DDRI_DQ2o |AN35
DDRI_DO21 [A25 DDR1 ECC0 DDRI_ DO22 LANSE DDR1_ECCt DDRI_DQ23 A32 DDR1 ECC2 DDRI_DO24 AMZ9 DDR1 ECC3 DDR1_DQ25 SAL26 DORI ECA DDRI_DO28 Tag DDR1 ECC5 DDRI_DO27 [AE DDR1 ECC6 DDRI_DO28 LAL29 DDR1_ECC7 DDR1_Daze | 4128 SBAB0 DDR1_DQ30 |" A558 DB [8] SBABO eae DDR1_BAO DDRI DO31 [A28 D [8| SBABI —— DDRI1 BAI DDRI D82 A12 - [8] SBAB2 DDR1_BA2 DDRI_DQ33 [A12 -
GKEB0 — AW29 DDRI_DO34 [A12 D [8] CKEBO ¢_>— SEE Z9 | DDR1_GKE0 DDRI_DQ35 [A12 2 Í8| CKEBI1G—$©—EEEB> An | DDRT CKET DDRI_DO36 LArS D [8] CKEB2C—2—EEES2 Tuấn | DDR1 CKE2 DDRI_ DO37 LAI LẺ - [8] CKEB3 = DDR1_CKE3 DDRI_DQ38 [AM13 -
DDR1_DQ39 Đ [8] -CSBO DDR1_CS_NO DDR1_DQ40 Ape 2 [8| -CSBI DDR1_©S Ni DDRI_DO41 [AE D [8| -CSB2 DDR1 ©S N2 DDRI_ DO42 LABồ — [8| -CSB3 DDR1 CS N3 DDRI_DQ43 [AES- —
DDRI_DO44 LAI — DDRI_DQ45 LAET — DDRI_DO46 A7 Bhá2 DDRI DO47 LẠ SESS [8| DGLKB0 DDR1_GLK_P0 DDRI_DQ48 [AE SBE [8] -DCLKBO DDR1_CLK_NO DDRi_Da49 | ALe sees [8| DCLKBI DDR1 CLK P1 DDRI_DQ50 [_ÀH DB=
[8] -DCLKBI DDR1_CLK NI DDRI_DOð1 LẠ —- Ba
[8] DCLKB2 De DDR1_GLK P2 DDR1-DQ54 | AH0 —
[6l -DGLKB2 È $ ae ANZT DDRI_CLK_N2 DOR’ Dass | 4Mé a [8] DCLKBS €— Pe A19 | DDRI GIK_P3 DDRI_DQ55 [AM Dh [8] -DCLKB3 DDRT CLK N3 DDRI_DQ58 [AB Ben
-SCASB DDR 1 _DQS? (AES DB59
[8] -SCASB DDR1_CAS* DDRI_DQs8 - AES Saas 'SBASB RSVD DDRI_DOäg | AE SEES [s] -sRASB <—SEASE DDR1_RAS* DDRI_DQ60 [A46 SBE [8] -SWEB DDRI_WE* DDRI_DO61 | Ale SBE VREF DOA DDR1_DQ62 Ba [7| VREF DQA €CVREF Dỏ5— Aáh DDR_VREF_DQ0 DDRi_paes |} AE ose — [8| VREE_DOB DDR VREF DQ1 DDR1_DGs Po | A838 see
DDR1_DOS_Pl Tapaa DOSB2
WBG34 WBG3 BRI pee Ng LANZ2-DQS83
u/4/X7R/I6V/K [` “T 01uA27R/1eviK DDRI DQS Na LẠN1—-DGSB4 —
a `
[7 [7 DGSA[0 7]
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(Fo aon .0V | (an | G,H,1I 7 GPU_VIT_OR VCORE | 7 7 v Ị LGA1150G LGA1150I LGA1150H LGA1150F A13 AJ34 G12 M4 AP11 AW32 | A15 vee vee AJ35 G13 vee vee M40 AP14 vee vee AW34 VCC G31 | Al vss vss AJ36 G14 vss vss M5 AP15 VSS VSS AW36 VGGIO OUT VoGc C33 A23 | vss vss FAS G16 | vss vss Hs AE24lvss yss -AW AB8 lvcclO2PCH vóc 18 ALL yss vss Ads Hi yss vss Hil AE27lvss ygs -AYL WBC1 G LL15 | AA3 | vss vss |_AJ5 G1 vss vss |K15 APA0 |vss vss LAY23 22u/8/X5H/6.3V/M T + L31 Lat voc voc aS J35 | AA33 AAS vss vss [AM AJ8 G21 21 vss vss Hit K18 AP38 rs vss vss[AY AY28 L1 VOC VOC H35 Ị AA38 VSS VSS AK10 H13 VSS VSS N2 AP5 VSS VSS AY30 D a3 _| VOC MT Ị AAs | V5 VSS Fai Hee | VSS VSS Fg anit] VSS VSS Favs D Aaa! Vcc vec p22 A87 | vss ves PAK m2\ Yes vss PN agit | Vee ss LAY WR65 A25 | vag voc 23 | AAB | sg vss |_AK13 G36 | vss vss N34 ABI6 |} vss ygg _B24 044 A28 Í vo voc 24 A5 Í vss vss -AKL4 G37 Ì vss vss -N4 ARIZ vss vss E28 A2 vCG vCG J25 | AB34 vss vss AK18 G6 vss vss N6 AB18 vsS VSS B28 VGCST © A2B_ cg vec +26 | AB37 Í vss vss -AK19 GZ} yes vss [K32 AH19lvss vss B40 L ALB) cg voc +12 ABS vss vss âK24 G15) vss vss E2 AEB20 lvss vss [B344 WBG23 WBG13 A30 | Veg vec 428 AB7 | vss vse AK25 HL Í vss vss P34 AB21 [vss vss |_B38 0.1U/4/X7R/16V/K T CT 010457B/16vK WR63 Gas | Vcc VGC | _¬129 | AQ3 | yes ven | AK28 H10 | vao van | E38 AR22 | jee van | B4 = >= O/4/SHT/M/X B25 vCG vCG 130 | AC33 vss vss AK2 H1 vss vss P5 AR23 vsS VSS B8 B27 vc vec 182 AGS vss vss [A28 HIB vss vss |Z Ane vss vss -G4 VGGIO2PCH O——————) B28 voc voc [hé | ACIS vss vss [Aka H20 | vss vss [48 ABeZ vss vss RS {1 07V) WR64 B33_} J31 VOC vCG Gc VOC vCG vec K21 |_23 | | AC3' AC38_} VSS vss gc VSS vss vss AK36 |_AK4 H24 H26_| VSS vss vs VSS vss vss 136 |_B35 AR31 AB32 VSS vsS Ìvss VSS VSS vss G14 G18 0/4/SH1/M/X VCORE G31 vCG vCG K25 | AC39 vss vss AK5 H28 vss vss R40 AR33 vsS VSS G18 |_| B35 vCG vCG k2 AC40 vss vss AK6 H30 vss vss R5 AR34 vsS VSS C19 VGG1_05_PCH oO —— C24 Í voc voc | K29 | ACE vss vss FAK H34 | vsS vss Bề AH35 |ss vss [Z1 C25 Í voc voc [31 ACZ Í vss vss |_-AK8 H36 | vss vss [R AH36 |vss vss 23 C26 Í voc voc As AZ] vss vss -AK2 H38 | vss vss TH AH37 lvss vss 38 C27 Í voc voo [K33 | ADI) vss vss ALU H4_ vss vss 2 AE38B lwss vss [B10 G28 VCC VCC K35 | AD2 vss vss AL14 H vss vss 133 AR39 VSS VSS B23 C28 Í voc voc +412 AD3 | vss vss FALL HE vss vss M35 AH40 |ụss vss [€3 C30 VCC VCC 120 AD33 VSS VSS AL21 H9 VSS VSS 139 AR5 VSS VSS Dg C32 VCC VCC 121 | AD36 VSS VSS AL22 J19 VSS VSS L4 ATI VSS VSS Di1 G34 VCC VCC 122 | AD4 vss vss AL24 J20 vss vss I5 AT10 VSS VSS D13 LGA1150J 35) voc voc +23 AD5 Ì vss vss ÂL2 J3 Ì vss vss H8 AILlvss vss [D15 D25 | vcG voc +24 AD6 Ì vss vss ALSO Het vss vss T AIl2lvss vss [D1 D2 L25 | AD’ AL36 K10 R8 AT13 D2 RSvD TP K12 Dễ] voo voc | +28 ADT vss vss Als K10 | vss vss [88 A112|vss vss [D2 RAVD_TP 43 D22 voc voc +2 ibe vss vss Abas đó vss vss ua ATi t vss vss [28 E33 VOC VOC 128 AE36 VSS VSS AL39 J3 VSS VSS U34 AT16 VSS VSS D26 ¢ RAVD_TP F3 vCG vCG | vss vss vss vss vsS VSS c »AY18 Rsvp RAVD_ TP [38 ‹ D33 | voG voo +23 AESZ | vss vss ALO J8 Ì vss vss Hus Al2lvss vss D28 — E31 L30 | AE40 AL5 K1 U4 Al24 D30 ›âN24 | RSvD vCG vCG vss vss vss vss vsS VSS sAW23 | RSVD RAVD_TP |-B36 D35 Das voc voc | +82 132 | AE5 AES vss vss AML AM1 K18 M48 vss vss [UE U AT25 ATS vss vss [Dae D34 >AV22) Rsvp RAVD_TP [C39 Bet voc vec [L3 | AE8 | vss vss AML xao | VSS vss [T2 AS vss vss pa RSVD U35 E26 VOC VOC M15 | AF33 VSS VSS AM15 K24 VSS VSS v33 AT28 VSS VSS D5 RSVD vss [Ys E26 voc voc Fits AES vss vSS |ÂNHŠ Ket vss vss [a8 A120|vss vss [28 RSVD vss E27 voc voc [ME Fa vss vss AML 125) vss vss a 28 vss vss [2 WR@7 ><AaUL Rsvb B38 EB voc voc Met | APL vss vss Aue Kee— vss vss -¥8 iss vss vss FP 6.041/4/1 >ã140 Í RsvD vss [8 E23 voc voc [M3 AES VSS vss Ame tan | VSS vss ye ATO vss vss FE vecs xâK20 Í RsvD vss [hà E20 voc voc [Mê Tên vss vss -AMe Ket vss vss (A 2132|vsS vss [ES [11,12,17,26] O_PWROK1 vss vCG vCG vss vss vss vss vsS VSS »x-134+_ E34 VCC VCC M29 | AG36 VSS VSS AM30 K4 VSS VSS W35 AT36 VSS VSS E18 x12 vss B39 £23) voc voc M33 AG37 Í veg vss -AMS1 K40 | vsS vss M3 Al28 lvss vss [E3 F25 | AG38 AM32 K W4 ATa9 E20 wree >40Í RsvD Tan E284) voc Aue A38 vss vss Alisa KZ vss vss iii vss vss Eee 3.161/4/1 lL Rsvp vss 38 E27 voc vopg Pel 2638 vss vss Aula LZ vss vss ATT vss vss [E22 : >115-Í RsvD vss vCG VDDQ 340 Í vsS vss vss vsS VSS le] >HI Rsvp vss P39 ESL voc voog Pits AGE vss vss [-AMlse HH vss vss [38 ATs vss vss [E3ô [A36 F33 VOC VDDQ AJ20 AHI VSS VSS AM4 L3 VSS VSS Y5 ATB VSS VSS B32 + vss [Hà Ea) voc vppQ [At Ì AHL vss vss -AMe EY vss vss [X5 ATS vss vss [B3 = vss Es voc vDDO [AT ALS vss vSS | AMB- Lis) vss vss A134 vss vss LEE J14 G23 VOC VDDQ AJ25 | AH33 VSS VSS AN11 L35 VSS AU25 VSS VSS F32 VSS G21 | VOC VDDQ Papa DDH_15V AHas | V9 VSS LẠN14 tap | VSS Aus | VSS V9S [E12 RSVD_TP N88 S21 | veo voba Aes o | HS vss vss ANIA a8 vss aha] vss vss FEA a 325 Ì voc VDDQ vss vss vss vsS VSS HASWELL/[1 0SC1-F01150-01R_10SC1-F01150-03R] G28 Í cg vppo 249 AHS Í vss vss AM18 Mit vcs vss ncTF AUS AU34 lụss vss E16 Q2 vCG VDDQ ATI | AH8 vss vss AN19 K1 VSS _VSS_NCTF a AV39 AU38 vsS VSS F19 sp VGG VDDQ Aree | Alt vss vss AN2? Mie VSS VSS_NCTF A38 AUS VSS VSS cet 329 Ì voc VDDQ vss vss VSS _VSS_NCTF vsS VSS G30 vCG VDDQ AU20 A16 vss vss AN24 M18 VSS _VSS_NCTF B38 AV21 vsS VSS F24 G32 vCG VDDQ AU24 | AJ18 vss vss AN2 M16 VSS _VSS_NCTF B39 AV28 vsS VSS F26 G34 Í voG vDDo |_AV10 A19 yes vss -ANSO M20 | vss vss NGTF C40 AVS yss vss [E28 GES yoo vppo A11 AZ22_| yes vss ANSE M22 Ì wsS v§S NGTF |_D40 AVEO) vss ygs E30 B H23 AV13 Ị AJ23 AN3 M24 — AV34 F34 B H25 VOC VDDQ AV18 | AJ26 VSS VSS AN40 M26 VSS AV38 VSS VSS F36 HES voc vooa As 2426| vSS vss [ANS M26— vss wad vss vss FES H29 VOC vCG VDDQ VDDQ AV8 | AJ30 VSS vss VSS vss ANG M30 VSS vss AW26 VSS vsS VSS VSS D32 H31 vCG VDDQ AW16 AJ31 vss vss AN M32 vss AW3 vsS VSS F 134 vc VDDO A12 AY12 | A32 2u] VSS vss [ANS AN8 M34 Ma4— vss AW30 vss vss So G9 VDD vss vss vss vss 8 VDDG Ay9 | vss -APL + + “= HASWELLIT08G1-F01150-01R 108G1-EB1150-03R] == HASWELLJT0SG1-F01150-01R._10S81-F01150-031R] HASWELL/[108G1-F01150-01R_108G1-F01150-03R] HASWELL/[108G1-F01150-01R._108G1-F01150-03R] ~ oe LLL LLL S DDR_15V VCORE ¡ | DDR CAP ° † ¡ (X9) | (X18) | | | WBC29 WBC30 WBG31 WBC32 WBC35 WBG42 WBC36 WBG43 WBG44 | u/8/XBR/6.3V/M | 22u/8/X5R/6.3V/M | 22u/8/X5F\6.2VIM | 22u/8/X5R/6.3V/M | 22u/8/X5R/6.3V/M | 22u/8/X5R/6.3V/M | 22u/8/X5R/6.3V/M ‘pewexsrve.sv ] 22u/8/X5R/6.3V/M a | + ~ | VCORE | DDR_15V i | i l WBC38 WBC37 WBG46 WBC39 l WBG41 l WBG40 ! l w WBC25 WBC26 WBC27 WBC28 A | 22u/8/X5R/6.3V/M | 22u/8/X5R/6.3V/M | 22u/8/X5R/6.3V/M ‘pawexsresvi | 22u/8/X5R/6.3V/M ] 22u/8/X5R/6.3V/M | 22u/8/X5R/6.3V/M | 22u/8/X5R/6.3V/M | 22u/8/X5F\6.2VIM Ï 22u/8/X5F\6.2VIM | 22u/8/X5R/6.3V/M A + + VCORE Ị † | | 7 Ỉ l | L Gigabyte Technology itle WBCI9 WBC21 WBC6 WBC9 WBC20 WBC7 WBGI1 CPU LGA1150-C | 22u/8/X5R/6.3V/M | 22u/8/X5R/6.3V/M | 22u/8/X5R/6.3V/M ‘pawexsrve.sv | 22u/8/X5R/6.3V/M | 22u/8/X5R/6.3V/M ] 22u/8/X5R/6.3V/M | Size Document Number Rev | | GA-H87M-D3H a Gusibm 1.11 = | Date: Thursday, August 15, 2013 [Sheet 6 of 32 5 I 4 I 3 I 2 I 1
Trang 7(A)
2 VDD 161 | S4 voo DM8/DGS17
10u/6/XBR/6.3V/M VDD DM8/DQS17
i MGs VREF_DDRA VREFGA pars F182 | MG7 VREE DQDDBA 1 | wnErpQ
i MỌI 0.10/4/X7R/T6V/K XHET-DGDDBA 1 | vnrrpo Q14 F13 pais Ha " 0.1/4/X7E/18VIK
N_SMBGLK 22 ,12,14,18I16,19,26,27] N_SMBCGLKC
SMBDATA
[8,12,14,18,16,19,26,27] N SMBCIKS N ŠMBDA1A 2a” Sct Gia L2 I8 18,14.15,18,18,28,87] N_SMBDATA — SDA
[8,12,14,15,16,19,26,27] N_SMBDATA ih on SDA a) DQ18 boo 140 L2; | | -T xen“ SAI + VDDSPDO—————1~] sao
SEAA2 BA2
[5] SBAA0 BAO boos 31
[5] GKEA1 KEM GKE1 DQ28 Bị cheae CKEA2 GKEo
[5] GKEA0, GKE0 Boon
[E] -DGLKA0 DGLKAO Ko DASE F500 | lễ| DCLKA2 DGLKA2 Cko
MAAA 1 9 Dóas _208———M JEl MAAAJ0 15] MARA Tan] 4°
I6] MAAA[0 15] MAAA 181 x
Trang 8
/<3osIo 63] [5]
[712 [712/14/1
DDR3_3 pDRVTT O—} 120 VTT FREE | 48—x
a] VSS lz —oesgo DasBo — ae] VSS paso "D6Sn0 vss paso pS—PGSb0
[1g _DGSB1 tor] vSS vss past p48 DQs! —_—P eset ser
197 vss 25 DGSB2
HS vss DQS2 Tan vss page" p24_—_-DGsb2
a4 — 0esBgs —
BL ss vss pass? P83 =m ——§PSses 2058
12” | vSS [as DQSB4
130 vss pasa Eset vss pas4" pa4——_Pst —
[94 0esBs —
i Yes nose [3k 2888,
M21 vss pass? p28 —_——PGSB5 VSS |.193 DGSBG DasBs tat] vSS vss page: 102 dase -Des66 -_DQSBS —
14 yes 112 DGSB7 tan | VSS vss pQsz: pH—DSS8— DQ97 Tế SBZ
zi vss DM1/DQS10 B17 vss NG/DGS10* 135
p— 228 vss DM2/DQs11 p——228_ vss NG/DGS11* Đ14#<
L——?29 lựs§
232 vss DM3/DQS12 152 1n vSS NG/DGS12: 1ä
2398 vss DM4/DQS13 203 NG/DGS13' 294
51 VDD DM8/DQS14 212 4¬ vpD NG/DGS14: Ð21Ầ-<
191 VDD pas 12 DBS
MG2 187 | 20 DG? Fie DBS 0.1u/4/X7R/16V/ vod DG8 [Ta DB9
VDDSPD VDDSPD pare 8 OB
pani [1 b I1 MQT4 9.1/4/X7B/16V/K_— VREE DDAB gy | aa 2Gia | 132 OB,
l[ 1£ MÔ —0.10/4/X/B/19V/K— VREE 090058 1 | YAEFOA Bove [TẾ DB
Dats Tot DB:
DG16 [7.12,14,15,18,19/26,27]_N_SMBGLK ——— SGL DQ17 22 SE
[7.12,14,15,18,19/26,27] N_SMBDATA SDA 0G18 Lễ OB
VDDSPD O——282._} sa => 4 sa0 DG19 0Q20 L 14 140 DB20 OBST
DQ21 [5] SBAB2 —— BA2 DQ22 [148 14 DB23 —
[5] SBABI Saas BAI DQ23 [TC SBT
[5] SBABO BAO paz [89 B22
DQ25 [5] GKEB1 38a GKE1 pave tS ape
[5] CKEBO GKEO 0027 Fa Boe
[5] -GSB1 —— sĩ 0Q2g | 13 DE3U
[5] -CSB0 S0* DQ30 |t56 DB31
[6] -DGLKBI ——— GK1/NU* pase Pat pace
lỗ] DGLKBI GK1/NU DQ33 Bat
DQ34 [5] -OCLKBO -DGEKBD Go" DG36 Lên pee
A15 pass Fete Di
Dasa -224 DEN [5.7] -DDR3_RST RESET pass [28 — Vee
5] -SGASB, cas" pase [188 id
[5] -SRASB RAS" pQ57 | 108 Beg
[5] -SWEB WE pass [5 MDBSĐ
Q59 [227 MDBS0, DG69 [ 2a; DB61 D961 [2 B62 D62 [na DB63 Dass DDR3/240/BK/VA/D
CONNECTOR
—<1ˆ.^ —‹‹‹5‹:s0.:] I5]
RS Cposg0.7] I5Ị
—ˆ—- 097 BỊ0.3] |5]
NG/PAR_IN | Ê8—<
NG/ERR_OUT P58
NG/TEST4 | 18 cBo | 29—<
cB2 Fa GB4 | †85<
cps St x cB7 -S8x
? DasBo
HN be -DQSB0
18 DQSB1 ngài bis -DQSBI
94 DQSB5 cone Les -DQSBS
108 passe ose E102 -DQSBS
112 DQSB7 ngà -DQSB7 posa L43—x<
pase’ P4 —<
125 DM0/DGS9 NG/DGS9: P128
184 DM1/DG§10 NG/DGS10* P133
14, DM2/DG§11 NG/DGS11* P144 DM3/DGS12 132 NG/DQS12"
203 DM4/DG§13 NG/DQS13' 204
ST | vDD DMS/DGS14 212 S4 | vpD NG/DG§14"
80 | VOD 221 2a | VDD DM8/DGS15
#2) yoo NG/DQS15"
66 vod VDD DM7/DG§18 230 DDR 15V 83] vo NG/DGS16: P231
5 | YOD VDD DM8/DGS17 161 = Tai | v0D NG/DGS17+ P1Â*~<
1 vpD VDD
179 | wDD Bor 4 DBI 182) yop Dae 2 pee
SAI DG19
vossoe—-E——— Tà Ben Pag aps
DG21
[5| SBAB2 —— BA2 DQ22 cá pace
[5] SBABI Saas BAI pas Fit SBT [5] SBABO BAO Daa | 3 B22
DQ25 [5] CKEBS 382 GKE1 pave 38 pee [5] CKEB2 CKEO pa27 FAL Boe
pas? [ae DB38 [5] MAABI0 15] ——— A0 DQa8 | 208—TTSB3o
A1 DGao 29—— 90 DB40 —N
^ D640 [ai DB41 A8 po4i Lật BaD A4 Dade 97 MDB43
FS p03 ig 210 — ts DB45 —N
A7 DQ45 215 DB46
DG47 | 218 99 DB48 A10/AP Daas Bao
11 Daag F100 108 DB50 A12 DQ80 108 DBS1 A18 oasi | BaD
A15 pase 22 Di
DG54 222 —BEE—
[5.7] -DDR3_RST RESET" 5086 |-228—_ See
[8] -SCASB caASs* DQS6 Fog B57
[5] -SRASB RAS" DG67 | 198 Beg [5] -SWEB, We" base [5 MDBEO
ago }-222 —MBB60 206: | 22 DBồ1 —N
2 B62 D662 [ 2az DB63 DQ63 DDR3/240/GR/VA/D
G CONNECTOR
MR10 VREF_DDRB
| MR11 [=
MR8 1K/4/1 MR7 10/4 VREF D@DDRB MRS 1K/4/1
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]RSEVT Device
& PCI-E Slot
Impedance=80 +- 17.5%
CHIP DH82H87 C2 INTEL/[10HB1-030H87-20R
USB2.0 : 12/4.5/7.5/4.5/12 (breakout min 8/4/4/4/8)
(B) Impedance=90 +- 17.5% B85: Port 6/7 N/A | (FE)
: 3
[4] A DML 0TXNĐ——2-PNT-DTSP L24 Ì pMI_RXN 0 USBN_0 LAV10 TUSBP0—Š-È N_-USBP0 [21] [21] PCH_USB3_RXNO >————ñn USB3 RXN 0 FDI RXN 0 NL SBT
[4] A_DMIOTXP ) ADM ORXN C50 DMI_RXP_0 USBP_0 AV11 “USEP1 $ 2 N +USBP0 [21] [21] PCH_USB3_RXPO USB3_RXP_O FDI_RXP_0 ps EDIT XNI
[4] A_DMI 0RXPC———2-DMITTXN Get | DML TXP_0 USBP_1 LÀN USEP2— Sẻ N_+USBP1 J21] | [21] PCH_USB3_TXPO USB3 TXP 0 —- FDILRXP_1
[4] A_DMI_1TXN A-DMi TTXP Hóa | DMIL RXN † USBN_2 [51a -USBPS_ 5 € N_-USBP2 [24| |
1] A_DML1TXP9———A-BMI-TEXN Hai | DMI_RXP 1 USBP_2 LẠ TSöP2—S N +USBP2 [24] [21] PCH_USB3_RXN1 USB3_RXN_1 FDI CSYNC
[4] A_DMI_iRXNE A-DMI TRXP Bội | DML TXN_1 s USBN_3 aia TUSBES S € N -USBĐ3 [24] Ị [21] PCH_USB3_RXP1 USB3_RXP_1 FDI CSYNG
Del SRXN<——A-_ DML 2RXN B22 —s LAU12 -USBPS_ ở SN | R29 7.5K/4/1_6 yoc1 § PCH [4] A_DMI 2RxN< ^ B1 Bee) DMI_TXN 2 USBN_5 Aue SUSEPS—S—@ N_-USBPS [18] [18] PCH_USB3_RXN4 USB3_RXN 4_ FDI RCOMP | K2^——NS23 „„„v/-5K/4/1 yoo1_5 PC
|4] A_DMI 2RXP€———T-BMISTXN DML TXP_2 USBP 5 USBPẺ— Š € N_+USBPS [18] [18] PCH_USB3_RXP4 USB3_RXP_4 4] A DMI 3TXNỀ 2 K26 | DMI_RXN_3 USBN 6 | 14 <—> N_-USBP6 [21] [18] PCH_USB3_TXN4 USB3_TXN_4 [4] A_DM|STXP> ———— L261 DMI_RXP_3 usBP_6 [wl ———— $ N_+USBP6 [21] | [18] PCH_USB3_TXP4 USB3_TXP_4
Was mi out of ecx Ml A DMISRXNG A_DMI_3RXP B24 | DML TXN 3 USBN_Z LAT17 +USBP7—$© ý N_USBP7 E1] Lis
8=15 mil out of pcan [4] A DML 8RXP€ DMI_TXP_3 USBP_7 [Ae TUSEPB— % € N_+USBP7 [21] | [18] PCH_USB3_RXN5 > USB3_RXN_5
NR5O Ay/.ðK/4/1 DML GOMP_Bịg USBN_8 [ave “USBP3 $< N—-USBPS [21] | [18] PCH_USB3_RXP5 §$— kia | USB3_RXP_5
we PCIE_RCOMP a USBN_9 — €2 N -USBP9 [21] [18] PCH_USB3_TXP5 USB3_TXP_5 N40 7.5K/41 a AP18 +USBP9 > <
[26 CK -SRCCLK PCH>—XtSECG[K-EGH CLKIN_DMI_N USBN 10 LÂY 2 “EBPT0S£ N_-USBP10 [18] 8.2K/4
[26] CK_SRCCLK_PCH CLKIN_DMI_P UsBP_10 ARIE “UERPIT S—è N-+USBP10 [18] 82/2A tan | TACH6_GP70
USBN_11 <—> N_-USBP11 [18] NRoY YY —— TACH7_GP71
[24] PCH_USB3_RXP2 > PCIE_PERP_1_USB3_RXPI_2 USBN_12 <— N_-USBP12 [21] |
[24] PCH_USB3_RXN3 Gis] PCIE-PERN 2 USB3_RXN 3 USBP 13 <> N_+USBP13 [21] | EDIL TXNI0 11
[24] PCH_USB3_RXP3 z Dir] PCIE_PERP_2_USB3_RXPI 3 = >>> FDI_TXN(O 1] [4]
[24] PCH_USB3_TXN3 c1 | PCIE PETN 2 USB3 TXN|3 OC0B GP89 PAE40—†———XN :USBOG F [18,21]
24] PCH_USB3_TXP3€ PCIE_PETP_2_USB3_TXP 1B_GP40 Ð :
ea [24] LA_ML_INS Hi Ful PCIE-PERNS EoD SẺ OC28-GP41 _AD9 — | USB3.0:20/5/7/5/20 (breakout min
[24] LA_ML_ON€ To | PCIE_PETN_ 3 OC4B_GP43 DAE38——‡ „ Tmoed 85 + 54
[24] LA_ML_OP< Tân | POIE PETP_3 OGBB_GP9 Ð <N_USBOC_R [18] | Back Panel < 10006ˆ MILS
[32] G_PCIEBIN at] PCIE_PERN_4 S| oces_Gpio pAb40 — ao mil out of PCH ack Pane
[32] G_PCIEBIP PCIE_PERP_4 MỊ oc7B_Gp14 pAG4Q_ A Front Panel < 6000 MILS
8892 [32] G _PCIEBONE N€ B8 PCIE_PETN_4 S=15 mdi cụt of PCH
[32] G_PCIEBOP € ca PCIE_PETP_4 USBRBIASB +AV20_N_USBABIAS nh Se {i | [15] PP_EXP_RXNO G2) PCIE_PERN_5 USBRBIAS l=========-=-=====-=-=-===-=-=-========================-==============- [15] PP_EXP_RXPO9 ES) PCIE_PERP_5 CK -DOTCLK |
[15] PP_EXP_TXNO Ay] PCIE_PETN_5 CLKIN_DOT96N SR DOTCLK CK_-DOTCLK [26] i{ PCH CLK PD
[Í5| PP_EXP_RXNI [5| PB.EXE RXP1 HZ Í pGIE-PERP.8 PGIE_PERN_6 | CK _SRCCLK_PCH NR89 8.2K/4
[I5] PP_EXP_TXNI € ET | bCIE-PETN 6 CK -SRCGLK PCH — N88 8.2K/4
15] PP.EXP.TXP1€C D2 —PETP ( NH130 |
[15] PP_EXP_TXP2€ PCIE_PETP_7 - -
2] BE EXE Barer | Pee 8 PCIE_PETN_8 NGOS8 ! | r7 cz===rrr=r==rrrrr=er '
ave 2 Hị PEIN | 0 10/UX7RII 6V/K 0.1u/4/X7R/16V/K CK_DOTCLK NR92 8.2K/4 [15] PP_EXP_TXPS PCIE_PETP_8 ik ] CK -DOTCLK NET 8.2K/4
+
OC[3:0]# for Device 29 (ports 0-7)
AT4L Í VSS NGTF TP2I 1x
AU vss NCTF Tp29 FAKE | A2-| VSS NGTE TPI4 La USB OC# Configure 2y | VSS_NCTF TP12 ÂH24 OC0# F_USB30 AW2_| Vš§ NGTF TP10 [L18 | | OC1# R_USB30 A40 | VSS NGTE TP11 | K18 | Ị
D40 | VSS NCTE TPe |_ÂM34 | | OC2# USB30_ LAN VSS_NCTF
CáT | VSS NGTE TP3 | R12> OC3# F_USB3 VSS_NCTF TP4 | Ni2s
VSS AC! ———— | Ke
VSS | PCH_HS Title CHIP DH82H87 G2 INTEL/[10HB1-030H87-20R] = | PCH_HS[12SP2-S04209-01R_12SP2-S04209-02R_12SP2-S04209-03R] PCH FDI,DMI,USB ,PCIE,NVRAM
: 8 Series PCH Heatsink PSusthm me Ne" GA-H87M-D3H Pen
Trang 10
[17] N_LPG3s €NRS7_ Ap», 33/4 AVS) CLKOUT_33MHZO CLKIN_GNDO_N ) 616 eae
| 1 NR48 33/4 AV7 CLKIN GND0_P | E16—N GkKGND
NR28 38/4 GLKOUT_DMI_N [TZ N -CPUGLK [4]
Ị [26] T_TPMCLK GLKOUT_33MHZ2 CLKOUT_DMI_P N_CPUCLK [4]
GLKOUT_DP_P N_DP_CLK [4]
L5 Í cLxOUT_33MHZ4 we
[31] N_DVI HDP_F DDPB_HPD VGA_HSVNG LÂHŠ - —— weet TT ——_ NR39 99/4 N PCH 48M ace CLKOUTFLEX0_GP64 CLKOUT_ITPXDP_N | UŠ—<
[31| N HDML HDP_F DDPC_HPD VGA_VSYNG AV [17] O_LPCCLK48 ~x CLKOUTFLEX1_GP65 GLKOUT_ITPXDP_P | U—x<
<AK8 Í DpPB_AUXN VGA_GREEN [-AE2 —\ = —_— CLKOUT_PEG_A_P PA_SRCCLK 3GIO [14] ~
><âK Í DDPB_AUXP VGA_BLUE F€8—+5————
467 Í DDpPG_AUXN Aoa Ị voci_5§ PCH o—NBI8_,,75K4i N CLK RCOMP Bi! [nrrclkK BIASREE CLKOUT_PEG_B_N ẬEŠ>‹
DDPC_AUXP VGA_IRTN AG BBEBATA Ị NPCHCLKI4 Anz GLKOUT_PEG_B_P | AF#~
DDPD_AUXP VGA_DDG_CLK AES VGA RSET _NR34_, , 649/4/1 - CLKOUT_PCIE_N_O
DDPC_GTRLCLK LAN DDPE-CTRLBATA—&—ÈN DDPG_CTRLGLK [31]
DDPC _CTRLDATA | AM DDBB-ETRLELK —S—ÈN_DDPC_CTRLDATA_ [3] Ị CLKOUT_PCIE_N_1 FACS DDPB_CTRLCLK LẠNH DDBS-CTRLBATA— SN DDPB_CTRLGLK [31] CLKOUT PGIE_P_1 €7~
CHIP DH82H87 C2 INTEL/T10HB1-030H87-20R] GIKOUT-P6IE_ 3 | W10
CLKOUT_PCIE_N_4 t4—<
Ne? N XTALO PCH_ Nợ GLKOUT PGIE P 5 PP PGIE GLK [15] ~
| 7 NCB 27p/4/NPO/B0V/J 278/ANFO/S0VI) T N XTALI PCH 60 GLKOUT_PCIE N 6 | ÀA“ —BaIE ba AAS Sa -PBCLK [32] 8892
Trang 11
[6,12,17,26] O_PWROK1 CL_RSTB v SATA_ TXP_0 [HAT TENN (10] N_PCH33 CLKIN_33MHZLOOPBACK | +L
PWM0 SATA_RXP_2 Bal SPAN ] GP55 b ~-~-~~~-~~~~-~~~-~-~~~-~-~~-~ ~-~ -4 PWM1 = SATA TXN 2 PIRQAB
PWM3 SATA RXN 3 PIRQCB
GPIO17 AP28 SATA HXP_3 [G22 ATASTXN Q NRN2 VOC3
— TACH2_GP6 ] GPIO3
— so ren TACH3_GP7 SATA_RXN_4_PCIE_PERN_1 ace ee GPIO4
EPIOb9 A1aa—| TACH4_GPô8 SATA_RXP_4 POIE_PERP 1 [P25 NT GPIO5 |
- TACH5_GP69 SATA_TXN_4_PCIE_PETN_1 K28 ATA4TXP
SATA TXP_4 POIE_PETP 1 [Z8 TRAX NRN3
SATA_RXP_5 PCIE PERP 2 E2“ ATASRXP 8.2K/8P4R/4
—— L38 Í SCLOCK_GP22 SATA TXN 5 PGIE PETN 2 | E28 ATASTXN | GPIO38 H41 E28 ATASIXP
aoe HA SLOAD_GP38 SATA_TXP_5_PCIE_PETP_2 | 528 SR SHOCLE SATA >
ABIOIS Bat SDATAOUTO_GP39 CLKIN_SATA_N [H45 SK SHOCLK SATA SOK -SRCCLK SATA [26]
- SDATAOUT1_GP48 CLKIN_SATA_P - <CK_SRCCLK SATA [26],
—— SATALEDB Ð39——————mz=— SATALED [21] voca
° SATA_RCOMP D33 SATASCOMP EE YER OWCCT_5_PCH A | | SP 8 oxic “nena 9
SATASGP_GP49 N GPIO51 NR55 „ Kix |
EDP _BKLTCTL EDP_BKLTEN Al2x o | | ————*x N GPIO53 — NR53 1K/4/1/X elo |
a RcINB PAG arena $n \ -KBRST [17] !
3 SERIRQ 68 SOAS RON SERIRQ [17,26]
THOM | Gáo — SB PECL NAGS OKA PEGIS Teen H19] | NBN11 <
PM_SYNGH E40 TEFIEET $A PMSYNG |4] | 8.2K8P4N/4
N_SATAIRXP 0.01uU/4/X7R/25V/K NC39 |0.010/4/X7R/25V/K N SATA0HXP Š$ NB186 | SV DETECT
H81 Port N/A — ro! MMBT2222A/SOT23/800mA/40 — | |
N SATA2TXP 0.01u/4/X7R/25V/K N SATA3TXP_ 0.01u/4/X7B/25VK NG34, 3 NRN4
N SATA2IXN— 001u//X7R/25VK 1 N SATA3TIXN_ 001u/4/X7/E/25VK NC33 ) | 8 i Ị VOO3 8.2K/8P4R/4
T==—— mm 1 | © NR189 i \ —+L2_N GPIO68
N_SATA2BXN 0.01u/4/X7R/25V/K N SATA3BXN 0.01u/4/X7B/25V/K_ NG32_, 8.2K/4 i v4 _N_GPION
N_SATA2RXP _ O.0TU/AX7RI25V/K 4 N_SATASAXP 0.0TU/4IX7RI25V/K_NC31_1 | VGG3 ME SOT23 | 8 N GEIO54
*= MMBT2222A/§OT23/600mA/40 SATA3_2 SATA3 3 | 8.2K/4/X == NC5O
SATA2/7/BK/H/OP/VA/D/1/B BLACK CONNECTOR $ATA?7/8KHOPAAD/I/B | | 126863VK mẢ |
** Z87/H87 Port 4&5 SATA3.0 Loe | iP NES pn S2Kl4X N GPIOV |
** B85 Port 4&5 SATA2.0 | | i : |
| SATA3 4 ATA3 5 | 112] N_GPIO6o SOT23 PCH HOST 5 SATA, PCI
] SATA2/7/BK/H/OP/VA/D/1/B SATA2/7/BK/H/OP/VA/D/1/B LÍ _ ze] Document Number ev
Loe ee —
L Date: Thursday, August 15, 2013 Bheet 11 of 32
Trang 12(D) [17.26] N_LADI0 3] (G215
[1726] N LAD2C—S LADS Al24 | LAD 2 STPPCIB_GP34 N84 PCI STOP SN -PCI_STOP [11] 2-4 NRNS
[1726] NTLAD3@_S LAD3 AN26 Í LAp 3 — Z — 7= Ì JƑ—NR108,„,8.2/4/X_N_GPIO44 5 LLAA 6 8.2K/8P4R/4
[17] N_-CDRQOe_S -LDRQO AK22 Ì LpsQoB 8 N_-IGC_EN ] N_GPIOS7 7Ì VÀ 8
N45 33/4 HDA_DOCK_RSTB_GP13 N TEME AL Ai D_GPIO_HAST [14] N_TEMP_ALART.3 NRN10 [22] C_ACZ_BITCLK> (b2| C ,ACz RST< NH43 AAA 33⁄4 ^^~ AV23 Í HDA_BCLK AUP LIDA_RSTð — — QPI8g A632 Qp24 | AE34 ASKTOCE SAT SKTOCO [A] N_TEMP_ALART- [17] | | cpostow to enabae - —1 hAx+-4 3 6 8.2K/BP4R/4
HDA-SDIT SLP_WLANB GP29 AL49 N CHO¿ | N_GPIO57_NR64 8.2K/4) | PCH clock chip >>
Zs AT22 _ = — wad GPIO73 DS ME NHI78 VY82K4 ~ F106 K/4/1 N_-IGC_EN NR105_, , 8.2k/4/x | [22] C_ACZ_SDIN2 € He PCIECLKRQ1B-GP12 | P39 GPIOTE [17] DS_ME Ines VYNIK/aIITX_N-SUSCLK NR154V V8 2K/47K 1
[22] C_ACZ_SYNC € c> NHẬ6 VÀ —33/4Â SYC AV24 | HDA SYNG POIECLKRO3B GP28 |_AA39 GPIO25 = SUSCLK:Low to OD N -SUSTAT R193 8.2K/4/X
[20] N_IGH_SPLMISO € B38 | SP[_MISO_IOi POIEGLKRQ6B_GP45 [M32 Sp Hi TT 45VVvV22—SDIS T (4) ! | SP28sto disable NGPIO2NROE YAS IKAL
[20] N_-ICH_SPI_CS1 & H35 Í SP| CS1B GP57 | C3ơ— TS S5— N_PCU VBMPWRGD_ [27] -S WABN_ NR129 „, 8.2K/4
SPI_CS2B SYS_PWROK _PCH _ ` ao YS:
Y AN40 | nroxi SLP LANB DÂUä6_N -SEP LAN ; Po C7 C7 CS CS CS SVNUALECH GPIO72 H100 1 8.2k/4
-SRICRST AR39 — | ] | NR69
[6,11,17,26] O_PWROK1 [1728] O-RSMRSTS > -RSMRST EWROK AM40c| neniBso ATED) Poh PWROK sus STATE GPs! siecle epee NET NSUSCLK SN SUSGLK 26] : N_PCH_DPWROK : PNB 8.24/42 N_GPIO20 - R109 1K/4/ 7
NINTVRMEN — avag | ROWRSTO -GbS2 LA.do —N-GPIO/2 GPIO0 H115 8.2K/4 N_PCH_DPWROK ayaa AJA7 “SYS AST NRI64¥ "8 3K/4 N_DSWVRMEN DSWODVREN SUSWARNB_SUSPWRDNAOK GPao | AG41_N_-Š WARN — RAEWRon [_AE48 —N DBAM PWROK | i 1ì 1n/4/X7R/B0V/K | | JLNE48 „„,8.2K/4/XN GPIOS2 GPIO33 R162 R49 CXX8.2K/ 0 A Ad.2kK/4/K -LPGPME AGAI GD [FAUaa_—N GPIO27 i v „x 17] N ;LPGPMES SưEmrr Ta C| SMBALERTB_GP11 GP27 Abel TGPIOäT | _- |
[7,8,14,15,16,19,26.27] _N_SMBCLK$ SMBBATA SMBCLK ACPRESENT_GP31_MGPIO2 | = | 3VDUAL [7,8,14,15,16,19,26,27] | N_SMBDATA ¢ SPOS AE SMBDATA SLP_SUSB ĐAK38_———————————N -DEPSLP [25] ' ` MMBT2222A/SOT23/600mlA/40 ọ
[11] N_GPIO6O 2 N_SML0CLK AE32-| SML0OLK | SMLOALERTB_GP60 SYS BESETB PWEBTNB N SYS RST O PWRBTSW [17] N_SYS RST [421,26] | 3VDUAL PCH _ rk t |NG3 " CH RST _ NR172 „ „20/41
SMLODAT AEAS ~ N_SPKR NT Ơn eh |MMBT2222A/SOT23/600mA/40 PCH_TDI H170 200/4/
Z -PCH_HOT Ad39-] SML0DATA SPKR N_CPUPWROK <.— [21] NR116„ „ 75K/4/ SOT23 PCH IDO NR141”,” 209/4/
[19] N_-PCH_HOTE SMLICL | SML1ALERTB_PCHHOTB_GP74 PROCPWRGD N_CPUPWROK [4,25] ^ x SSE TS NBTeaY YS
N_DRAM_PWROK CHIP DH82H87 C2 INTEL/[10HB1-030H87-20R] 7 7 at least 40ns lead fall NR234 i =! | BEIDTE—- G R ow 7 a R79 “Y Y8 ‘A
15 ^^ te 0V before 3VDUAL_PCH 6.19K/4/1/X I INQ2 | GPIO73 R 36 74
1.47K/4/1 | | NC51 | “SYS RST CSỸYY,— 1n/2/XỈH/50V/K
0.01U/4/X7R/25V/K/X NR235 DRAM_PWROKNCS9_*! —“Tn/a/XAR/SOV/K
] +
D7 7 7 7 7 7 7777 7 77 7õ 7õ 7õ ẽ Sẽ ẽ 6 ẽ 66 T I NRN6
8.2K/BP4R/4 HSW_ STRAP13 | 32 768KHZ CLR_ CMOS BATTERY NR90_„„„ 390K/4 _N DSWVRMEN 3VDUAL © l2
« NR182 | SHW/D0.64"5.08"6.74 w N VBATT NRB „ „v1K/44 | R122” “.499/4/1_N_SMLOCLK
| ] ] 1u/4/XSR/6.3V/ | CMOS ¬ RID TKI SMBCLK
i i = | | 0/6/SHT/M/X BAT T 1u/4/X5R/6.3V/K | N -RTGBST | | R97 AVA AlK/4/1 SMBDATA NR183 mm = BAT-SK/BK/P/S/D/SN + + i LÍ v
o NG11 RB_TP N_VBAT | PH/1*2/BK/2.54/VAID | ; _— — SE MMBT2222A/SOT23/600mA/40 | BATTERY-DUAL-4 e—*—————}N VBAT [17] joo Sa NH146 Ï '
rhe | MMBT2222A/SOT23/600mA/40 : | WAZA IBEAEBAT S| Gioab Technol NR135 SOT23 T = I | N_-INTRUDER_NR74 IM CN RTOVDD [t3 igabyte Technology 82K4 of + + ) STREP ER NHƯ VI <N_RTC [18,19] II
32.768K/12.5p/20ppm/TF38/35K/D | N-SRTCRST _NA77,,.20K/4/1 5.7 provpD [13,19] PCH GPIO , CTRL , AUDIO
Trang 13
(H)
VCC1_05_PCH ©
NBC33
1u/4/X5R/6.3V/K T
PCHH AAI | vo AA20 vec ABI6 Ba] voc Ah1a | VCC VGG AB ne] VCC S| Yes NBC37 ] 22 0.10/4/X7R/1 6V [ 1 vec NBC35 q N25 1U/4/XBR/B.3V/K T vcc AC12
(T) VCCIO VCGJ_05_DCB ABt vec Wit] WOCCLK NBC22 Ww VGOOLK 1u/4/X5R/6.3VJK L AB2 1 VCCCLK To | VCGCLK BIÊ Í voCcLk
VGGCLK X18 Í vccssc VCO1_05_PCH ©- EN vecio E18 vecio F—— £224) vccio p>—— B23) vccio P25 yCCIO p>— £28 vccio }_ pes Tiếp | NBC38 T20 Í VGCIO 0.10/4/X7R/16V/K AE19 | VCCO _—_— AE20 | NBC32 [L— —AE22 | vooO 1U/4X5RI6.3V/K I [agg | Voce F—^P22—| vccUSaPLL M14 Í vCCIO VCC1_05_ME © AA23_Í VCCASW VCCASW VCCASW VCCASW VCCASW VCCASW A25 —| VCCASW VCCASW F——2P2>| vocasw AF25 Í VCCASW we NBC12 1u/4/X5R/6.3V/K
VCG1_5_PCH 8 DMLIREF LAI? 1—{ FDI IREF [+ NBC30 IGLK IREE [LỒN POIE_IREt | E3 1u/4/X5RI6.3V/K SATA_ IREF VCCVRM VCC1_5_PCH
VCCVRM 9 NBO43,,0.10/4/X7B/16V/K vec et — 0 4 coy VCCVRM [Ae †—oveet.s ren VCCVRM © VCC1_5 PCH VCCVRM ° + © VCC1_5_PCH VCCVRM ee + OVCC1_5_PCH VCCVRM vCCADAC [AER —YECADAC TS © VCC1_5 PCH lì VeC3 3 0.1u4/X7NN6VK VCO3 3 VCC3_DAC VCO3 3 II bự VGCGLK3 3 3 [AMS——‡ VGOCLK3.3 [TP VGCGLK3 3 [AT VCCGLK3 3 [Hé VCCCLK3_3 Paya ‘© VCC3 VCCCLK3_3 NE veccLks 3 Awe VCCGLK3 3 AM VCCCLK3 3 L1 VCCCLK3 3 [+ VCCGLK3 3 LAN VCCCLK3 3 U30 VCOG3 3 Man AE26 VCO3 3 vccsuss 3 | AG1 voopspi [R4 —o vcc3 ME vecsus3_3 -AW28 —eo svDUAL AM33 AN33 VCCSUS3_3
VCCSUS3_3 VCCSUS3_3 VCCSUS3_3 VCCRTC
VCCPDSW3_3 3VDUAL_PCH VCCPDSW3_3 VCCRTC V_PROC_IO DCPSUSBYP
DCPSUS |À122—« NTP2 AW35 — V 1P5 BTC INT , DCPRTC DCPSUS | F18 —aNTP1
CHIP DH82H87 C2 INTEL/10HB1-030H87-20R] V 1P5 INT DGPSST [Em [] NBC52 DCPSUS |-ÂE30 —eNTP3 1U/4/X5R/6.3V/ N_RTCVDD [12,19] NBG64 NBG62 T 1u/4/X5R/6.3V/K I 0.1U/4/X7R/16V/KX NE/1 V 1P05 DSW_IN VCCIO2PCH 5.1/4/1/[10RC4-00510B-26R]
Ha NBC: = = 0.1U/4/X7R/16V/KX 0.1U/4/X7R/16V/K | | | | | | | | | | | | | | | | | | | | SVDUAL = VGC3_DAC | NG9 5VSB | NRN5 0/8P4R/4/X Ọ Ọ L1117LG/N/SOT223/1A VCC3 Ị _ | VGC3 ME | Ị | |_ 3VDUAL PCHO—-] 3VDUAL_PCH | | | NBC68 | | T 1/4/X8R/8.3V/K | NR176 + | 301/4/1 | NRN1 08P4R/4/X NBC66 NG17 | 22u/8/X5RI8.3VIM | VCC1_05 ME VCO1_05_PCH 2N7002/SOT23/25pF/5 | NBC67 NR180 | 1 | 431818 | 51041 = | 10u/6/X5R/6.3V/M = | - + | (3.3V/70mA+360uA) | | | | | | | | | | | | | | | po - oe eb e - Le VCC3_ME 3VDUAL_PCH tf J J tL i i NBC54 T 1u/4/X5R/6.3V/K Ì NBCð1 TL 0.10/4/X7R/16V/K
CLOSEAL AG (34: See 7K BO)
NBC58 NBC85 ] 1u/4/X5R/6.3V/K ] 1U/4/X5R/6.3V/K (3.3V) (X6) '(1.05V) (X5) VOG3 LÔ i UE l | VCC1_05_ME ) aod
I J] Jt dq{ td NBC24 NBC25 NBC26 NBC27 NBG20 NBC59 NBC8 NBC10 NBC14 NBC11 NBG13 10u/6/X5R/6.3V/M 1u/4/X5R/6.3V/K_ 1U/4/X5R/6.3V/K 1U/4/X5R/6.3V/K” 1u/4/X5R/6.3WK 1U/4/X5R/6.3V/K 10u/68/X5R/6.3V/M_ 1U/4/X5R/6.3V/K _ 0.1u/4/X7R/16V/K1U/4/X5R/6.3V/K 1U/4/X5R/6.3V/K (1.05V)(X6) (1.05V)(X2) (3.3V) (X2) _ VCCIO2PCH 3VDUAL tl 1] tif Jt it NBC39 NBC40 NBC41 NBC42 SNBC1 SNBC2 NBC56 NBC57 NBC80 _NBC83 10u/8/XBR/6.3VIM 1u/4/X5R/63V/K 01u/4X7R/I6VIK 1u/4X5E/63V/K 1u/4/XBR/63VIK 1u/4/XBR/B.3VIK 1u/4/X5R/6.3VIK —_ 0.1/4/2G7R/16V/K 1u/4/X5R/6.3VIK —_ 0.1/4/27R/16V/K FTTT TT] | li | | VCC1_5_PCH [F—T—TTTTTT TT TT TT TL J] J] | J] J] J] Jd NBC16 NBC29 NBC50 NBC53 NBC19 NBC23 NBC28 NBC44 NBC46 NBC48 10u/8/XBR/6.3V/M 10u/6/X5R/6.3V/M 10u/6/X5R/6.3VIM 10u/6X8R/63VM 1u4/X5R/63V/K 0.1u/4/X7R16VK 10/4/XBR/63VIK 10/4/XBR/63V/K 0.10/4/X7R/16VIK - 10/4/XBR/E3VIK
sl-lalxnalaloaxl | |xa _|axs xansa.|szd.Ixad jax x Ld cd a | |-airi- diodaddadd aa N of dad dn ddada dug day iq ri re ola die 1 «| si gi S3 xị s SỈ ~ oi | dị e rÌ AANA AN đi đi nị c| cả c{ | =| vi SỈ 334 PP: Iiininiillo lo l0 l0[oEiE:Eek> 5 32 maa ANN SS Sa qd eGR aN gNna gaddoamogggqgqgqqaaga @ @ œ0 0Œ Œ 0 0 Œ Œ 0 @ Œ@ @ @( (00 ANNNNNNNNNNNAM @ @ œ0 0Œ Œ 0 0 Œ Œ 0 @ Œ@ @ @( (00 ANNNNNNNANNNNANANNNANMANN @ 0 @ @Ó @ Œ @ 0 0 @ 0 0 0 0 @ 0 0 0 2 0 @ @Ó @ @ 0 @ 0 @ 0 0 @ 0 @ @Ó @ Œ @ 0 0 @ 0 0 0 0 @ 0 0 0 2 @ 0 @ @ 0 0 @ 0 0 0 0 0 @ @ @ @ 0 @ PP >>> >>> er > PPP Pe eee ee SS >>>>>>>>>>>—>> PP >>> >>> er > PPP Pe eee ee SS PP >>> >>> >> > eer ee ee ee SS AN AAA Solid NAA ea SINS EEEEEEE q ER FERREKE EEE qa SSN Aaa Ou ug Lg Lo Ly aay q 44 3 a4 om AAW H3¬53¬ > a a qqq aq
Gigabyte Technology Title
PCH PWR ,GND
P Sis Number GA-H87M-D3H ny
Date: Thursday, August 15, 2013 Bheet 13 of 32
I
Trang 14
PCIEX16 CAP PCIEX16 SLOT
The auxillary reset circuit is only
required for PCIe Gen3 margining and
functional link training
Trang 15
PCIEX4 SLOT
[7,8,12,14,16,19,26,27] _N_SMBCLK [7,8,12,14,16,19,26,27] N_SMBDATA [12,14,24,32] N_-PCIE_WAKE
RSVD GND HSOPO HSONO GND
Gigabyte Technology
[Title
PCI EXPRESS X 1 PORT
ize usto Document Number ev
[Date:
Thursday, August 15, 2013 Bheet 15 of 32
2 I 1
Trang 16
RESERVED +5 PRSNT2 RESERVED
N_SMBDATA D/G/SHT/MW/X_BPCI Adi B82| BA Dị0.31) C—.C._
-12V TCK GND TDO +5V
INTB
PRSNT2 GND GND
[32] BPCLK1
GND [32] -BREQ1 REQ
+5V AD31 AD29 GND AD27
[32] -BC_BE3
[32] -BC_BE2 [32] -BIRDY [32] -BDEVSEL [32] -BPLOCK [32] -BPERR [32] -BSERR [32] -BC_BE1
RESERVED
TRST +12V TMS TDI +5V
+5V
GNT -BGNT1 [32]
GND PME -BPCIPME1 [32]
3VDUAL VCC3 +12V vec PRN3
8.2K/BP4R/4 -BPTRST K^a i | BPTCK a1 BBC33 BBC43 BBC18 BBC45 BBC23
ah 0.10/4/Y5V/16V/Z 0.1u/4/Y5V/16V/Z 0.1u/4/Y5V/16V/Z/X 0.10/4/Y5V/16Ỷ/Z BPTMS 2 Ww D18 OVCC | | 1u/4/Y5V/16V/Z PRN13
AZ -BPCI2_REQ64
4 -BACK84 vec AA Km -BPCH_REQ64
Ị BBC32 BBC40 BBC17 BBC22 0.1u/4/Y5V/16V/Z 0.1u/4/V5V/16V/Z 0.10/4/Y5V/16V/Z/X