Page 1
第 1 頁，共 1 頁Technical Information Release Notice
Technical Information Release Notice
Doc Type Schematic Date 2005/10/7 下午 09:18:12
Project Code S94034-0 Customer
Project Name GA-7A8DRL Revision Old n/a New 1.0
Model Name GC-MADS4 IT Doc No DR05A069
P/N RD Doc No
PCB Rev. 1.0 Check Sum
R N M
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A B C D E F
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SATA-2 AIC-8130 CARD GC-MADS4
P/N Description
1.0A FINISHED GOOD
Description Release GC-MADS4 V1.0 Schematic
Remark
Approved By daniel.hou 2005/10/12 下午 03:23:55 Applicant canon.yang
Research
Management
Mimosa.Kao
2005/10/12 下午
03:43:33
T
T
I
I
Validation Manager Project Manager
h
h
c
c
r
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a
a
e
R
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e
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Effected Class
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/
/
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用 FinePrint 列印 -可在 www.fineprint.com 訂購
2005/10/12http://10.1.1.15/ef2kweb/CHT/Forms/RTC009/RTC009_P.asp
Mimosa.Kao
Page 2
5
4
3
2
1
SO-DIMM TYPE 8 PORTS SATA2 == MARVEL MV88SX6081
01_TITLE
D D
02_PCIX-SODIMM-GOLDEN-FINGER
03_MV88SX6081_PCI_X_IF
04_MV88SX6081_POWER
05_MV88SX6081_CONNECTOR
06_HISTORY
C C
Thickness == 1mm (40mil)
MV88SX6081
SATA difftial pairs 7/12/7mil spacing
Zd == 100 ohm
4 Layer 5mil / Zc==50 Ohm
LAYER TOP
PWR
B B
SATA0SATA1SATA2SATA3
GND
LAYER BTN
SATA6 SATA5SATA7 SATA4
A A
5
4
3
------------- 0.5oz
~~~~~~~~ 2116MR(4.5mil)
>>>>>>>> 24mil core with C1/1
~~~~~~~~ 2116MR(4.5mil)
------------- 0.5oz
GIGABYTE TECHNOLOGY CORPORATION
Title
Size Document Number R e v
Dat e: Sheet
Wednesday, October 05, 2005
2
TITLE
GC-MADS4
of
1
1
1.0
6
Page 3
A
B
PCI-X-GF1
C
D
E
4 4
P1_AD[0..31]3
P1_AD[32..63]3
3 3
2 2
1 1
-P1_CBE[0..3]3
-P1_CBE[4..7]3
P1_AD[0..31]
P1_AD[32..63]
-P1_CBE[0..3]
-P1_CBE[4..7]
-P1_FRAME3
-P1_IRDY3
-P1_TRDY3
-P1_DEVSEL3
-P1_IDSEL3
-P1_REQ23
-P1_GNT23
PCLK_SATA3
-P1_PCIRST3
-P1_STOP3
-P1_FRAME
-P1_IRDY
-P1_TRDY
-P1_DEVSEL
-P1_IDSEL
-P1_REQ2
-P1_GNT2
PCLK_SATA
-P1_PCIRST
-P1_STOP
P1_AD0
P1_AD1
P1_AD2
P1_AD3
P1_AD4
P1_AD5
P1_AD6
P1_AD7
P1_AD8
P1_AD9
P1_AD10
P1_AD11
P1_AD12
P1_AD13
P1_AD14
P1_AD15
P1_AD16
P1_AD17
P1_AD18
P1_AD19
P1_AD20
P1_AD21
P1_AD22
P1_AD23
P1_AD24
P1_AD25
P1_AD26
P1_AD27
P1_AD28
P1_AD29
P1_AD30
P1_AD31
P1_AD32
P1_AD33
P1_AD34
P1_AD35
P1_AD36
P1_AD37
P1_AD38
P1_AD39
P1_AD40
P1_AD41
P1_AD42
P1_AD43
P1_AD44
P1_AD45
P1_AD46
P1_AD47
P1_AD48
P1_AD49
P1_AD50
P1_AD51
P1_AD52
P1_AD53
P1_AD54
P1_AD55
P1_AD56
P1_AD57
P1_AD58
P1_AD59
P1_AD60
P1_AD61
P1_AD62
P1_AD63
138
139
130
136
132
135
123
133
127
129
115
126
121
117
118
109
111
112
103
105
108
106
102
100
34
35
39
46
18
9
3
73
2
44
79
71
78
80
74
69
67
68
65
64
72
58
57
59
60
55
31
30
24
28
27
25
19
22
23
20
10
13
12
6
15
5
99
93
92
97
88
96
90
91
FRAME#
IRDY#
TRDY#
DEVSEL#
IDSEL
REQ#
GNT#
CLK
RST#
STOP#
AD00
AD01
AD02
AD03
AD04
AD05
AD06
AD07
AD08
AD09
AD10
AD11
AD12
AD13
AD14
AD15
AD16
AD17
AD18
AD19
AD20
AD21
AD22
AD23
AD24
AD25
AD26
AD27
AD28
AD29
AD30
AD31
AD32
AD33
AD34
AD35
AD36
AD37
AD38
AD39
AD40
AD41
AD42
AD43
AD44
AD45
AD46
AD47
AD48
AD49
AD50
AD51
AD52
AD53
AD54
AD55
AD56
AD57
AD58
AD59
AD60
AD61
AD62
AD63
PCI-X-GF
INTA#
EXT_INTA#
EXT_INTB#
EMRL_EN#
REQ64#
ACK64#
M66EN
SERR#
PERR#
C/BE0#
C/BE1#
C/BE2#
C/BE3#
C/BE4#
C/BE5#
C/BE6#
C/BE7#
PAR
PAR64
3.3V1
3.3V2
3.3V3
3.3V4
3.3V5
3.3V6
3.3V7
3.3V8
3.3V9
3.3V10
3.3V11
3.3V12
3.3V13
3.3V14
3.3V15
3.3V16
3.3V17
3.3V18
3.3V19
3.3V20
3.3V21
3.3V22
GND1
GND2
GND3
GND4
GND5
GND6
GND7
GND8
GND9
GND10
GND11
GND12
GND13
GND14
GND15
GND16
GND17
GND18
GND19
GND20
GND21
GND22
GND23
GND24
GND25
GND26
GND27
GND28
GND29
8
142
114
120
40
36
50
45
41
63
49
33
21
83
77
84
87
56
143
4
11
16
26
37
38
43
48
51
53
54
70
81
82
85
94
101
110
113
128
137
144
1
7
14
17
29
32
42
47
52
61
62
66
75
76
86
89
95
98
104
107
116
119
122
124
125
131
134
140
141
SATA_IRQA
FOR 7902W_Fuse
SATA_IRQA 3
FOR 7902W_Fuse
-P1_REQ64
-P1_ACK64
-P1_SERR
-P1_PERR
-P1_CBE0
-P1_CBE1
-P1_CBE2
-P1_CBE3
-P1_CBE4
-P1_CBE5
-P1_CBE6
-P1_CBE7
P1_PAR
P1_PAR64
VCC3
VCC
-P1_REQ64 3
-P1_ACK64 3
P1_M66EN 3
-P1_SERR 3
-P1_PERR 3
P1_PAR 3
P1_PAR64 3
HD_LED 5
VCC3
C85
0.1U/4/X7R/10V
VCC
C89
0.1U/4/X7R/10V
VCC3
FOR MV88SX6081_HDD_LED
C86
0.1U/4/X7R/10V
C88
0.1U/4/X7R/10V
-PCIXCAP
REQ64#
M66EN
C91
10U/8/X/6.3V
0 == Enable 64-bit mode
1 == Disable 64-bit mode
0 == Disable
1 == Enable
C92
10U/8/X/6.3V
C90
10U/8/X/6.3V
C87
0.1U/4/X7R/10V
GIGABYTE TECHNOLOGY CORPORATION
Title
Size Document Number Re v
Date: Sheet of
A
B
C
D
Wednesda y, October 05, 2005
SO-DIMM_GOLDEN_ FINGER
GC-MADS4
2
E
1.0
6
Page 4
5
4
3
2
1
P1_AD[0..63]2
D D
C C
B B
A A
P1_AD[0..63]
P1_AD0
P1_AD1
P1_AD2
P1_AD3
P1_AD4
P1_AD5
P1_AD6
P1_AD7
P1_AD8
P1_AD9
P1_AD10
P1_AD11
P1_AD12
P1_AD13
P1_AD14
P1_AD16
P1_AD17
P1_AD18
P1_AD19
P1_AD20
P1_AD21
P1_AD22
P1_AD23
P1_AD24
P1_AD25
P1_AD26
P1_AD27
P1_AD28
P1_AD29
P1_AD30
P1_AD31
P1_AD32
P1_AD33
P1_AD34
P1_AD35
P1_AD36
P1_AD37
P1_AD38
P1_AD39
P1_AD40
P1_AD41
P1_AD42
P1_AD43
P1_AD44
P1_AD45
P1_AD46
P1_AD47
P1_AD48
P1_AD49
P1_AD50
P1_AD51
P1_AD52
P1_AD53
P1_AD54
P1_AD55
P1_AD56
P1_AD57
P1_AD58
P1_AD59
P1_AD60
P1_AD61
P1_AD62
P1_AD63
B2
C1
B3
A1
A4
A3
B4
A5
A6
C6
A7
B7
A8
B8
A9
C8
B13
A14
C14
B14
B15
A15
B16
A16
B17
A18
C18
B18
B20
A19
A21
B19
U2
V1
U3
U1
T2
T1
R2
R1
R3
P1
P3
P2
N2
N1
M2
M1
M3
K2
K1
H1
H2
G1
H3
G2
F2
F1
L1
L3
L2
J2
J1
J3
U1A
PAD_0
PAD_1
PAD_2
PAD_3
PAD_4
PAD_5
PAD_6
PAD_7
PAD_8
PAD_9
PAD_10
PAD_11
PAD_12
PAD_13
PAD_14
PAD_15
PAD_16
PAD_17
PAD_18
PAD_19
PAD_20
PAD_21
PAD_22
PAD_23
PAD_24
PAD_25
PAD_26
PAD_27
PAD_28
PAD_29
PAD_30
PAD_31
PAD_32
PAD_33
PAD_34
PAD_35
PAD_36
PAD_37
PAD_38
PAD_39
PAD_40
PAD_41
PAD_42
PAD_43
PAD_44
PAD_45
PAD_46
PAD_47
PAD_48
PAD_49
PAD_50
PAD_51
PAD_52
PAD_53
PAD_54
PAD_55
PAD_56
PAD_57
PAD_58
PAD_59
PAD_60
PAD_61
PAD_62
PAD_63
/CBE_0
/CBE_1
/CBE_2
/CBE_3
/CBE_4
/CBE_5
/CBE_6
/CBE_7
PAR
/FRAME
/IRDY
/DEVSEL
/TRDY
/STOP
/REQ64
/ACK64
PAR64
/PERR
/SERR
/INT
/REQ
/GNT
/IDSEL
PCLK
VIO
PCI_CAL
/RESET
/M66EN
B5
B9
A13
A17
E1
E3
E2
D2
B10
C12
A12
B11
B12
C10
C2
D1
F3
A11
A10
B22
A20
A22
C16
C21
C3
D22
D20
B6
-P1_CBE0
-P1_CBE1
-P1_CBE2
-P1_CBE3
-P1_CBE4
-P1_CBE5
-P1_CBE6
-P1_CBE7
P1_PAR
-P1_FRAME
-P1_IRDYP1_AD15
-P1_DEVSEL
-P1_TRDY
-P1_STOP
-P1_REQ64
-P1_ACK64
P1_PAR64
-P1_PERR
-P1_SERR
SATA_IRQA
-P1_REQ2
-P1_GNT2
-P1_IDSEL
PCLK_SATA
-P1_PCIRST
P1_M66EN
P1_PAR 2
-P1_FRAME 2
-P1_IRDY 2
-P1_DEVSEL 2
-P1_TRDY 2
-P1_STOP 2
-P1_REQ64 2
-P1_ACK64 2
P1_PAR64 2
-P1_PERR 2
-P1_SERR 2
SATA_IRQA 2
-P1_REQ2 2
-P1_GNT2 2
-P1_IDSEL 2
PCLK_SATA 2
R37 24.9/6/1
-P1_PCIRST 2
P1_M66EN 2
C84
0.1U/4/X7R/10V
GND
-P1_CBE[0..7] 2
The 88SX50xx device samples Frame#, IRdy#, DevSel#,
Stop#, and TRdy# on the rising edge of PCI reset.
STOP#DEVSEL# TRDY MODE FREQ
HIG H
HIG H
HIG H
HIG H
HIG H
HIG H
LOW
LOW
HIG H
Conventional PCI 0-66
LOW
HIG H
LOW
PCI-X
PCI-X
PCI-X
50-66
66-100
100-133
PCI_VIO
VCC3
VCC3
PCI_CAL == To improve signal integrity and board timing design, the PCI interface pads have a
calibration mechanism to control pad drive and output impedance. Connect the PCICal pin to VDD
via an external resistor. After PCI reset deassertion, the calibration logic tunes the PCI interface
output drivers to match the resistor impedance.
Close to Pin_C5
C83
0.1U/4/X7R/10V
GND
GIGABYTE TECHNOLOGY CORPORATION
MV88SX6081
5
4
3
Title
MV88SX6081_PCI-X
Size Document Number R e v
Dat e: Sheet
Wednesday, October 05, 2005
2
GC-MADS4
of
3
1
1.0
6
Page 5
5
A
88SX6081 Power Consumption
MAX
1.2V
3.3V
2.5V
D D
830mA
200mA -- Digital IO
360mA -- PHY 0/1
P3V3-->2P5V_PWR
2.5V @ 1 AMP MAX
C106
VCC25
C104
0.01U/4/X7R/10V
R101
0/6/X
12
VCC3
C101
10U/8/X/6.3V
R102
0/6
C108
0.1U/6/X
VCC25
100U/1210/X5R/6.3V/X
C C
B B
C109
100U/1210/X5R/6.3V/X
2.63W
C81
10U/8/X/6.3V
C80
0.1U/4/X7R/10V
GND
C107
10U/8/X/6.3V
PUT NEAR PIN5
VCC25VCC3
C110
0.1U/4/X7R/10V
0.1U/4/X7R/10V
C79
10U/8/X/6.3V
C78
EN1VIN2GND3VOUT4ADJ
PCI-X_133
SATA2 8port
VCC3
VCC3
R100
0/6
R35
R1
2.15K/6/1
R36
R2
1K/6/1
GND
U5
6
RT9183H-PM5
GND
5
12
R81
R1
1K/6/1
12
R82
R2
2K/6/1
12
Choose HIGH Enable
VCC12
C102
10U/8/X/6.3V
C105
0.1U/6/X
U4
1
EN
2
VIN
3
VOUT
VADJ4GND1
RT9183H/SO8
GND VIA =
Thermal
Via
GND
Shape
C103
0.1U/4/X7R/10V
4
Layout Notice
8
GND4
7
GND3
6
GND2
5
GND
GND
Shape
GND VIA =
Thermal
Via
C111
100U/1210/X5R/6.3V/X
3
U1B
G10
G11
G12
G13
G14
G15
H10
H11
H12
H13
H14
H15
K10
K11
K12
K13
K14
K15
M10
M11
M12
M13
M14
M15
N10
N11
N12
N13
N14
N15
P10
P11
P12
P13
P14
P15
R10
R11
R12
R13
R14
R15
B21
C11
C13
C15
C17
C19
C20
C22
D21
G20
G8
VSS_0
G9
VSS_1
VSS_2
VSS_3
VSS_4
VSS_5
VSS_6
VSS_7
H8
VSS_8
H9
VSS_9
VSS_10
VSS_11
VSS_12
VSS_13
VSS_14
VSS_15
J8
VSS_16
J9
VSS_17
J10
VSS_18
J11
VSS_19
J12
VSS_20
J13
VSS_21
J14
VSS_22
J15
VSS_23
K8
VSS_24
K9
VSS_25
VSS_26
VSS_27
VSS_28
VSS_29
VSS_30
VSS_31
L8
VSS_32
L9
VSS_33
L10
VSS_34
L11
VSS_35
L12
VSS_36
L13
VSS_37
L14
VSS_38
L15
VSS_39
M8
VSS_40
M9
VSS_41
VSS_42
VSS_43
VSS_44
VSS_45
VSS_46
VSS_47
N8
VSS_48
N9
VSS_49
VSS_50
VSS_51
VSS_52
VSS_53
VSS_54
VSS_55
P8
VSS_56
P9
VSS_57
VSS_58
VSS_59
VSS_60
VSS_61
VSS_62
VSS_63
R8
VSS_64
R9
VSS_65
VSS_66
VSS_67
VSS_68
VSS_69
VSS_70
VSS_71
A2
VSS_72
B1
VSS_73
VSS_74
C4
VSS_75
C5
VSS_76
C7
VSS_77
C9
VSS_78
VSS_79
VSS_80
VSS_81
VSS_82
VSS_83
VSS_84
VSS_85
D3
VSS_86
VSS_87
G3
VSS_88
VSS_89
K3
VSS_90
VDD_12V_0
VDD_12V_1
VDD_12V_2
VDD_12V_3
VDD_12V_4
VDD_12V_5
VDD_12V_6
VDD_12V_7
VDD_12V_8
VDD_12V_9
VDD_12V_10
VDD_12V_11
VDD_33V_0
VDD_33V_1
VDD_33V_2
VDD_33V_3
VDD_33V_4
VDD_33V_5
VDD_33V_6
VDD_33V_7
VDD_33V_8
VDD_33V_9
VDD_33V_10
VDD_33V_11
VDD_33V_12
VDD_33V_13
VDD_33V_14
VDD_33V_15
AVDD
AVSS
SVAA_0
SVAA_1
SVAA_2
SVAA_3
SVAA_4
SVAA_5
PAVDD
PAVSS
CAVDD
CAVSS
VSS_91
VSS_92
VSS_93
VSS_94
VSS_95
VSS_96
VSS_97
VSS_98
VSS_99
VSS_100
VSS_101
VSS_102
VSS_103
VSS_104
VSS_105
VSS_106
VSS_107
VSS_108
VSS_109
VSS_110
VSS_111
VSS_112
VSS_113
VSS_114
VSS_115
VSS_116
VSS_117
VSS_118
VSS_119
VSS_120
VSS_121
VSS_122
VSS_123
VSS_124
VSS_125
VSS_126
VSS_127
VSS_128
VSS_129
VSS_130
Y12
Y11
T8
T9
T11
T12
T14
T15
J7
H7
P16
N16
F7
F10
F13
F16
J16
K7
L16
N7
T7
T10
T13
T16
F8
F9
F11
F12
F14
F15
G7
L7
M7
P7
R7
G16
H16
K16
M16
R16
K20
N3
N20
N22
R22
T3
T20
V2
V3
W20
Y1
Y2
Y3
Y4
Y5
Y6
Y7
Y8
Y9
Y10
Y13
Y14
Y15
Y16
Y17
Y18
Y19
Y20
Y21
Y22
AA5
AB5
AA8
AB8
AB11
AB12
AA15
AB15
AA18
AB18
GND
2
AVDD
AVSS
C73
C97
0.001U/4/X7R/10V
0.01U/4/X7R/10V
VCC12
VCC12
830mA
VCC3
200mA
0.001U/4/X7R/10V
C74
0.001U/4/X7R/10V
VCC3
C38
0.1U/4/X7R/10V
GND
VCC3
C47
0.01U/4/X7R/10V
GND
VCC12
C58
0.1U/4/X7R/10V
GND
VCC12
C66
0.01U/4/X7R/10V
GND
C96
C37
0.01U/4/X7R/10V
VAA_B0
C57
C75
0.001U/4/X7R/10V
0.01U/4/X7R/10V
PAVDD
PAVSS
C76
0.1U/4/X7R/10V
C39
C40
0.1U/4/X7R/10V
0.1U/4/X7R/10V
C48
C49
0.01U/4/X7R/10V
0.01U/4/X7R/10V
C59
C60
0.1U/4/X7R/10V
0.1U/4/X7R/10V
C68
C67
0.01U/4/X7R/10V
0.01U/4/X7R/10V
C56
0.01U/4/X7R/10V
C77
10U/8/X/6.3V
C42
C41
0.1U/4/X7R/10V
0.1U/4/X7R/10V
C50
C51
10U/8/X/6.3V
0.01U/4/X7R/10V
C61
C62
0.1U/4/X7R/10V
0.1U/4/X7R/10V
C70
C69
10U/8/X/6.3V
0.01U/4/X7R/10V
L1
FB300/8/250mA
R103 0/6
L2
FB300/8/250mA
C55
0.1U/4/X7R/10V
L4
FB300/8/250mA
R104 0/6
C43
0.01U/4/X7R/10V
0.1U/4/X7R/10V
C52
10U/8/X/6.3V
10U/8/X/6.3V
C63
0.01U/4/X7R/10V
0.01U/4/X7R/10V
C71
10U/8/X/6.3V
C44
C53
C64
1
C36
0.1U/4/X7R/10V
C98
0.1U/4/X7R/10V
C100
10U/8/X/6.3V
C46
C45
0.01U/4/X7R/10V
0.01U/4/X7R/10V
C54
10U/8/X/6.3V
C65
0.01U/4/X7R/10V
VCC25
GND
C99
1U/6/X7R/6.3V
VCC12
GND
VCC25
GND
GND
MV88SX6081
GND
GIGABYTE TECHNOLOGY CORPORATION
Title
Size Document Number Re v
Date: Sheet
Wednesda y, October 05, 2005
MV88SX6081_POWER
GC-MADS4
4
of
A
1.0
6
Page 6
5
VCC3
VCC3
R15 4.7K/6/X
R16 4.7K/6/X
R19 10K/6
R20 4.7K/6/X
D D
R39 4.7K/6
R40 4.7K/6
R42 4.7K/6
C C
GND
AT24C02A/S O8/10HP4-180108-10
U3
1
A0
VCC
2
A1
WP
3
A2
SCL
4
GND
SDA
GNDGND
SMBUS
SATA_GPIO0 PRT_0
SATA_GPIO2 PRT_2
SATA_GPIO3 PRT_3
SATA_GPIO12 ACT_0
SATA_GPIO13 ACT_1
SATA_GPIO14 ACT_2
B B
SATA_GPIO8 ACT_4
SATA_GPIO5 PRT_5
JTDI
JTMS
JTCLK
-JTRST
VCC3
C35
0.1U/4/X7R/10V
GND
8
7
6
5
VCC3
R41 4.7K/6/X
SATA_SCL
SATA_SDA
WP == Write Protect
Internal PD
SMBUS1
SATA_SDA
SATA_SCL
PRT_1SATA_GPIO1
ACT_3SATA_GPIO15
ACT_5SATA_GPIO9
ACT_6SATA_GPIO10
ACT_7SATA_GPIO11
PRT_4SATA_GPIO4
PRT_6SATA_GPIO6
PRT_7SATA_GPIO7
0.1U/4/X7R/10V
VCC3
R17
4.7K/6
1
2
3
4
H1X4/RA
C33
R9
6.04K/6
R18
4.7K/6
GND
HD_LED 2
Jitter < 200 ps
U2
4
OSC_SMD/20MHZ
GND
15-30mil
TP11
R1 4.7K/6
GND
GND GND
COUPON
COUPON_SATA11
A A
TOP
5
3
COUPON
2
1
Differential6000mils
LN1
LP1
VCC
OUT+
GND2NC/OUT-
SATA_CLK
PLL_VSS_RES
SATA_SCL
SATA_SDA
JTCLK
-JTRST
JTMS
JTDI
1
TP12
1
TP13
1
TEST_W1
TP16
1
TP17
1
TP18
1
TP19
1
TP20
1
ACT_0
ACT_1
ACT_2
ACT_3
ACT_4
ACT_5
ACT_6
ACT_7
4
4
AA12
W21
W22
AA11
3
1
P22
F22
F21
E20
E21
E22
G21
F20
G22
P21
W1
W2
W3
LEDIO1
334
556
778
9910
111112
131314
151516
171718
191920
H2X10-K1
R6 2 2/6
SCLK_R
R38 1K/6/X
U1D
SYNC_CLK
RES
TWSI_SCK
TWSI_SDA
JTCLK
/JTRST
JTMS
JTDI
JTDO
RSRVD_0
RSRVD_1
IO_HI_Z
TP
RSRVD_2
RSRVD_3
RSRVD_4
RSRVD_5
MV88SX6081
2
2
4
6
8
10
12
14
16
18
20
25//7/12/7/25 milsZdiff=100_ohm 7/12/7 mils
COUPON_SATA1
1
2
COUPON
3
VCC3
PRT_0
PRT_1
PRT_2
PRT_3
PRT_4
PRT_5
PRT_6
PRT_7
GPIO_0
GPIO_1
GPIO_2
GPIO_3
GPIO_4
GPIO_5
GPIO_6
GPIO_7
GPIO_8
GPIO_9
GPIO_10
GPIO_11
GPIO_12
GPIO_13
GPIO_14
GPIO_15
GPIO_16
GPIO_17
GPIO_18
GPIO_19
GPIO_20
GPIO_21
GPIO_22
GPIO_23
GPIO_24
GPIO_25
GND
L21
L22
M20
M21
M22
N21
P20
R20
L20
K22
K21
H20
H21
J21
J22
R21
H22
J20
T21
T22
U20
U21
U22
V20
V21
V22
SATA_GPIO0
SATA_GPIO1
SATA_GPIO2
SATA_GPIO3
SATA_GPIO4
SATA_GPIO5
SATA_GPIO6
SATA_GPIO7
SATA_GPIO8
SATA_GPIO9
SATA_GPIO10
SATA_GPIO11
SATA_GPIO12
SATA_GPIO13
SATA_GPIO14
SATA_GPIO15
SATA_GPIO16
SATA_GPIO17
SATA_GPIO18
SATA_GPIO19
SATA_GPIO20
SATA_GPIO21
SATA_GPIO22
SATA_GPIO23
SATA_GPIO24
SATA_GPIO25
3
U1C
S_RX_P0
S_RX_N0
S_TX_P0
S_TX_N0
S_RX_P1
S_RX_N1
S_TX_P1
S_TX_N1
S_RX_P2
S_RX_N2
S_TX_P2
S_TX_N2
S_RX_P3
S_RX_N3
S_TX_P3
S_TX_N3
SATA_GPIO16
SATA_GPIO17
AA1
S0_RX_P
AB1
S0_RX_M
AB2
S0_TX_P
AA2
S0_TX_M
AA3
S1_RX_P
AB3
S1_RX_M
AB4
S1_TX_P
AA4
S1_TX_M
AA6
S2_RX_P
AB6
S2_RX_M
AB7
S2_TX_P
AA7
S2_TX_M
AA9
S3_RX_P
AB9
S3_RX_M
AB10
S3_TX_P
AA10
S3_TX_M
R98 4.7K/6
R99 4.7K/6
MV88SX6081
S4_RX_P
S4_RX_M
S4_TX_P
S4_TX_M
S5_RX_P
S5_RX_M
S5_TX_P
S5_TX_M
S6_RX_P
S6_RX_M
S6_TX_P
S6_TX_M
S7_RX_P
S7_RX_M
S7_TX_P
S7_TX_M
RESET signal to strap data
SATA_GPIO22
SATA_GPIO14
SATA_GPIO13
SATA_GPIO25
SATA_GPIO24
SATA_GPIO23
SATA_GPIO21
SATA_GPIO20
SATA_GPIO19
SATA_GPIO5
SATA_GPIO18
SATA_GPIO12
SATA_GPIO11
SATA_GPIO10
SATA_GPIO9
SATA_GPIO8
SATA_GPIO7
SATA_GPIO6
SATA_GPIO4
SATA_GPIO3
SATA_GPIO15
SATA_GPIO2
SATA_GPIO1
SATA_GPIO0
3
R43 4.7K/6/X
R44 4.7K/6
R4 4.7K/6
R83 4.7K/6/X
R5 4.7K/6
R45 4.7K/6/X
R84 4.7K/6/X
R47 4.7K/6
R50 4.7K/6
R96 4.7K/6/X
R85 4.7K/6/X
R52 4.7K/6
RN66
7 8
5 6
3 4
1 2
8P4R/0
R86 4.7K/6/X
R57 4.7K/6
R7 4.7K/6
R87 4.7K/6/X
R88 4.7K/6/X
R8 4.7K/6
R10 4.7K/6
R89 4.7K/6/X
R62 4.7K/6/X
R11 4.7K/6
R64 4.7K/6/X
R12 4.7K/6
R67 4.7K/6/X
R14 4.7K/6
R69 4.7K/6/X
R13 4.7K/6
R90 4.7K/6/X
R72 4.7K/6
R91 4.7K/6/X
R74 4.7K/6
R92 4.7K/6/X
R77 4.7K/6
R93 4.7K/6/X
R21 4.7K/6
R97 4.7K/6/X
R94 4.7K/6
R22 4.7K/6
R95 4.7K/6/X
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
GND
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
VCC3
2
S_RX_P4
AB13
S_RX_N4
AA13
S_TX_P4
AA14
S_TX_N4
AB14
S_RX_P5
AB16
S_RX_N5
AA16
S_TX_P5
AA17
S_TX_N5
AB17
S_RX_P6
AB19
S_RX_N6
AA19
S_TX_P6
AA20
S_TX_N6
AB20
S_RX_P7
AB21
S_RX_N7
AA21
S_TX_P7
AA22
S_TX_N7
AB22
FCE# is multiplex on GPIO [16]
RCE# is multiplex on GPIO [17]
Optional
GND
PCI Pad Calibration
1 == Enable
GND
SSC Enable
1 == Enable
GND
GND
PCI DLL FDBK
010 == Default
GND
000 == Minimum
010 == Maximum
GND
Debug Mode
0000 == Disable
GND
MAIN PLL
GND
010 == 150MHz
GND
PCI DLL
1 == Enable
GND
PCI DLL
GND
00 == Minimum for PCI-X
01 == delay for PCI 2.3
10
GND
11 == Maximum delay
PLL CLK
GND
00 == 20MHz
01 == 25MHz
10 == 30MHz
11 == 40MHz
GND
FLASH size
GND
00 == 512KB
GND
GPIO Mode
GND
00 == LED Mode
GND
serial ROM Byte Offset
0 == UP to 8 Bit
GND
serial ROM init
0 == DISABLE
GND
00 == LED Mode
2
1
SATA difftial pairs 7/12/7mil spacing
C1 0.01U/4/X7R/10V
S_TX_P0
S_TX_N0
C3 0.01U/4/X7R/10V
C5 0.01U/4/X7R/10V
S_RX_N0
S_RX_P0
C7 0.01U/4/X7R/10V
C9 0.01U/4/X7R/10V
S_TX_P1
S_TX_N1
C11 0.01U/4/X7R/10V
C13 0.01U/4/X7R/10V
S_RX_N1
S_RX_P1
C15 0.01U/4/X7R/10V
C17 0.01U/4/X7R/10V
S_TX_P2
S_TX_N2
C19 0.01U/4/X7R/10V
C21 0.01U/4/X7R/10V
S_RX_N2
S_RX_P2
C23 0.01U/4/X7R/10V
C25 0.01U/4/X7R/10V
S_TX_P3
S_TX_N3
C27 0.01U/4/X7R/10V
C29 0.01U/4/X7R/10V
S_RX_N3
S_RX_P3
C31 0.01U/4/X7R/10V
C2 0.01U/4/X7R/10V
S_TX_P4
S_TX_N4
C4 0.01U/4/X7R/10V
C6 0.01U/4/X7R/10V
S_RX_N4
S_RX_P4
C8 0.01U/4/X7R/10V
C10 0.01U/4/X7R/10V
S_TX_P5
S_TX_N5
C12 0.01U/4/X7R/10V
C14 0.01U/4/X7R/10V
S_RX_N5
S_RX_P5
C16 0.01U/4/X7R/10V
C18 0.01U/4/X7R/10V
S_TX_P6
S_TX_N6
C20 0.01U/4/X7R/10V
C22 0.01U/4/X7R/10V
S_RX_N6
S_RX_P6
C24 0.01U/4/X7R/10V
C26 0.01U/4/X7R/10V
S_TX_P7
S_TX_N7
C28 0.01U/4/X7R/10V
C30 0.01U/4/X7R/10V
S_RX_N7
S_RX_P7
C32 0.01U/4/X7R/10V
S_TX_C_P0
S_TX_C_N0
S_RX_C_N0
S_RX_C_P0
S_TX_C_P1
S_TX_C_N1
S_RX_C_N1
S_RX_C_P1
S_TX_C_P2
S_TX_C_N2
S_RX_C_N2
S_RX_C_P2
S_TX_C_P3
S_TX_C_N3
S_RX_C_N3
S_RX_C_P3
S_TX_C_P4
S_TX_C_N4
S_RX_C_N4
S_RX_C_P4
S_TX_C_P5
S_TX_C_N5
S_RX_C_N5
S_RX_C_P5
S_TX_C_P6
S_TX_C_N6
S_RX_C_N6
S_RX_C_P6
S_TX_C_P7
S_TX_C_N7
S_RX_C_N7
S_RX_C_P7
4-7 PORT FOR
MV88SX6081 ONLY
GIGABYTE TECHNOLOGY CORPORATION
Title
Size Document Number Re v
Date: Sheet of
Wednesda y, October 05, 2005
MV88SX6081_CONNECTOR
GC-MADS4
1
GND
GND
5
SATA0
1
G0
2
A+
3
A-
4
G1
5
B-
6
B+
7
G2
HX7-SATA2-1
SATA1
1
G0
2
A+
3
A-
4
G1
5
B-
6
B+
7
G2
HX7-SATA2-1
SATA2
1
G0
2
A+
3
A-
4
G1
5
B-
6
B+
7
G2
HX7-SATA2-1
SATA3
1
G0
2
A+
3
A-
4
G1
5
B-
6
B+
7
G2
HX7-SATA2-1
SATA4
1
G0
2
A+
3
A-
4
G1
5
B-
6
B+
7
G2
HX7-SATA2-1
SATA5
1
G0
2
A+
3
A-
4
G1
5
B-
6
B+
7
G2
HX7-SATA2-1
SATA6
1
G0
2
A+
3
A-
4
G1
5
B-
6
B+
7
G2
HX7-SATA2-1
SATA7
1
G0
2
A+
3
A-
4
G1
5
B-
6
B+
7
G2
HX7-SATA2-1
1.0
6
Page 7
5
4
3
2
1
Rev 0.1
SATA Connector type1.
LED Connector
SEEPROM INSTALLATION
D D
SCHEMATICS REVIEW
Add dummy copper
C C
K1
1
Fiducial_Point
K3
1
Fiducial_Point
K5
1
Fiducial_Point
K7
1
Fiducial_Point
K9
1
Fiducial_Point
K11
1
Fiducial_Point
K2
1
Fiducial_Point
K4
1
Fiducial_Point
K6
1
Fiducial_Point
K8
1
Fiducial_Point
K10
1
Fiducial_Point
K12
1
Fiducial_Point
I1
1
POSITION
I2
1
POSITION
I3
1
POSITION
I4
1
POSITION
MH1
923
MH2
923
45
1
678
45
678
MH3
923
45
1
1
678
0.1==>1.0
1. Change the SMBUS structure, add a layer plastic and locate the direction.
1.0==>1.1
1. Change the SMBUS structure, add a layer plastic and locate the direction.
B B
2. Reserve LCD-PIN HEADER?
3. Check the SMBUS pin define if the same for GA-7A8DR
A A
Title
Size Document Number R e v
5
4
3
Dat e: Sheet
GIGABYTE TECHNOLOGY CORPORATION
HISTORY
GC-MADS4
Wednesday, October 05, 2005
2
1.0
of
6
1
6
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