Sb700-3 - Clevo M740J Service Manual

SB700-3

SAT A P ORT S DIS T RIB UTI O N:
0 - 2.5" HD D
1 - eSATA CONN .
2,3,4 ,5 - N OT U SE D
PLACE SAT A AC CO UPLING
CAPS CL OS E TO SB 7 00
*0 _ 0 40 2 _ 5 m i l _ s h or t
S A T A _ T X 0 +_ C C 7 83 . 01 U _ 16 V _0 4 Z 2 02 7 R 2 2 2
2 6 S A T A _ T X 0 + _C
S A T A _ T X 0 -_C C 7 82 . 01 U _ 16 V _0 4 Z 2 02 8 R 2 2 3
2 6 S A T A _ T X 0 -_ C
* 0 _0 4 0 2 _ 5m i l _ sh o rt
S A TA _R X 0 -_ C C 7 8 0 . 0 1 U _ 1 6 V _ 0 4
2 6 S A T A _ R X 0 -_ C
S A TA _R X 0 +_ C C 7 8 1 . 0 1 U _ 1 6 V _ 0 4
2 6 S A T A _ R X 0 + _ C
*0 _ 0 4 0 2_ 5 m i l _ s h o rt
S A T A _ T X 1 +_ C C 7 79 . 01 U _ 16 V _0 4 Z 2 02 9 R 2 2 4
2 3 S A T A _ T X 1 + _C
S A T A _ T X 1 -_C C 7 78 . 01 U _ 16 V _0 4 Z 2 03 0 R 2 2 5
2 3 S A T A _ T X 1 -_ C
*0 _ 0 4 0 2_ 5 m i l _ s h o rt
S A TA _R X 1 -_ C C 7 7 7 . 0 1 U _ 1 6 V _ 0 4
2 3 S A T A _ R X 1 -_ C
S A TA _R X 1 +_ C C 7 7 6 . 0 1 U _ 1 6 V _ 0 4
2 3 S A T A _ R X 1 + _ C
PLACE SATA_ CAL R 2 5 6 1 . 0 K _ 1 %_ 0 4 S A T A _ C A L
RES VERY CL OSE TO
S A T A _ X 1
BALL OF SB 7 0 0
S A T A _ X 2
NOTE:
23 S A T A _ L E D #
R6 50 IS 1 K 1% FOR 2 5 MHz
0104 P L LV D D _ A T A
XT AL, 4.9 9K 1 % F OR 1 00 MHz
INT ERN AL CL OCK XT L V D D _ A T A
C 4 7 1 1 5 P _ N P O _0 4 S A T A _ X 1
0417
X 4 R 2 1 0
1 0 M_ 0 4
2 5 MH z
S A T A _ X 2
1 . 2 V S C 4 7 2 1 5 P _ N P O _0 4
P L LV D D _ A T A
L 46 H C B 1 6 0 8 K F -1 2 1 T2 5 -0 6
C 7 7 3 C 7 74
CLOSE TO THE
BALL OF SB 7 00
*1 U _ 10 V _ 0 6 1 U _ 1 0 V _ 0 6
3 . 3 V S XT L V D D _ A T A
L 4 8 H C B 16 0 8 K F -1 2 1 T 2 5-0 6
C L OSE TO T HE B ALL
C 4 96
OF SB 70 0
1 U _1 0 V _ 0 6
SPI ROM =>base on AMD, change net name
SPI CONN.=>base on LV220
U 3 1 B
SB700
S A T A _ T X 0 + A D 9 A A 2 4
S A TA _T X 0 P I D E _ I O R D Y
S A T A _ T X 0 - A E 9 Part 2 of 5 A A 2 5
S A TA _T X 0 N I D E _I R Q
Y 22
I D E _ A 0
S A T A _ R X 0- A B 1 0 A B 2 3
S A TA _R X 0 N I D E _ A 1
S A T A _ R X 0+ A C 1 0 Y 23
S A TA _R X 0 P I D E _ A 2
A B 2 4
I D E _ D A C K #
Z 2 0 0 1 A E 1 0 A D 2 5
S A TA _T X 1 P I D E _ D R Q
Z 2 0 0 2 A D 1 0 A C 2 5
S A TA _T X 1 N I D E _ I OR #
A C 2 4
I D E _ I OW #
Z 2 0 0 3 A D 1 1 Y 25
S A TA _R X 1 N I D E _ C S 1 #
Z 2 0 0 4 A E 1 1 Y 24
S A TA _R X 1 P I D E _ C S 3 #
S A T A _ T X 1 + A B 1 2 A D 2 4 I D E _ P D D 0
S A TA _T X 2 P I D E _ D 0/ G P I O 1 5
S A T A _ T X 1 - A C 1 2 A D 2 3 I D E _ P D D 1
S A TA _T X 2 N I D E _ D 1/ G P I O 1 6
A E 2 2 I D E _ P D D 2
I D E _ D 2/ G P I O 1 7
S A T A _ R X 1- A E 1 2 A C 2 2 I D E _ P D D 3
S A TA _R X 2 N I D E _ D 3/ G P I O 1 8
S A T A _ R X 1+ A D 1 2 A D 2 1 I D E _ P D D 4
S A TA _R X 2 P I D E _ D 4/ G P I O 1 9
A E 2 0 I D E _ P D D 5
I D E _ D 5/ G P I O 2 0
Z 2 0 0 5 A D 1 3 A B 2 0 I D E _ P D D 6
S A TA _T X 3 P I D E _ D 6/ G P I O 2 1
Z 2 0 0 6 A E 1 3 A D 1 9 I D E _ P D D 7
S A TA _T X 3 N I D E _ D 7/ G P I O 2 2
A E 1 9 I D E _ P D D 8
I D E _ D 8/ G P I O 2 3
Z 2 0 0 7 A B 1 4 A C 2 0 I D E _ P D D 9
S A TA _R X 3 N I D E _ D 9/ G P I O 2 4
Z 2 0 0 8 A C 1 4 A D 2 0 I D E _ P D D 1 0
S A TA _R X 3 P I D E _ D 1 0/ G P I O 2 5
A E 2 1 I D E _ P D D 1 1
I D E _ D 1 1/ G P I O 2 6
Z 2 0 0 9 A E 1 4 A B 2 2 I D E _ P D D 1 2
S A TA _T X 4 P I D E _ D 1 2/ G P I O 2 7
Z 2 0 1 0 A D 1 4 A D 2 2 I D E _ P D D 1 3
S A TA _T X 4 N I D E _ D 1 3/ G P I O 2 8
A E 2 3 I D E _ P D D 1 4
I D E _ D 1 4/ G P I O 2 9
Z 2 0 1 1 A D 1 5 A C 2 3 I D E _ P D D 1 5
S A TA _R X 4 N I D E _ D 1 5/ G P I O 3 0
Z 2 0 1 2 A E 1 5
S A TA _R X 4 P
Z 2 0 1 3 A B 1 6
S A TA _T X 5 P
Z 2 0 1 4 A C 1 6
S A TA _T X 5 N
G 6 S P I _D A T A I N
S P I _ D I / G P I O 1 2
Z 2 0 1 5 A E 1 6 D 2 S P I _D A T A O U T
S A TA _R X 5 N S P I _ D O/ G P I O 1 1
Z 2 0 1 6 A D 1 6 D 1 S P I _C L K
S A TA _R X 5 P S P I _ C L K / G P I O 4 7
F 4 S P I _H O LD #
S P I _ H OL D #/ G P I O 3 1
V 1 2 F 3 S P I _C S #
S A TA _C A L S P I _ C S #/ G P I O 3 2
Y 1 2 U 15 L A N _ R S T #
S A TA _X 1 L A N _ R S T #/ G P I O 1 3
J 1 S B 7 0 0_ R OM _ R S T#
R O M_ R S T #/ G P I O 1 4
A A 1 2
S A TA _X 2
M 8 Z 2 0 1 7
F A N O U T0 / G P I O 3
W 1 1 M 5 Z 2 0 1 8
S A TA _A C T # / G P I O6 7 F A N OU T 1/ G P I O 4 8
M 7 Z 2 0 1 9
F A N OU T 2/ G P I O 4 9
A A 1 1 P 5 Z 2 0 2 0
P L L V D D _ S A TA F A N I N 0/ G P I O 5 0
P 8 Z 2 0 2 1
F A N I N 1/ G P I O 5 1
W 1 2 R 8 Z 2 0 2 2
X T L V D D _ S A T A F A N I N 2/ G P I O 5 2
C 6 Z 2 0 2 3
T E MP _ C OM M
B 6 Z 2 0 2 4
T E M P I N 0/ G P I O 6 1
A 6 Z 2 0 2 5
T E M P I N 1/ G P I O 6 2
A 5 Z 2 0 2 6
T E M P I N 2/ G P I O 6 3
B 5 T E M P I N 3
TE MP I N 3 / T A L E R T #/ G P I O 6 4
A 4 B D _ I D 0
V I N 0/ G P I O 5 3
B 4 B D _ I D 1
V I N 1/ G P I O 5 4
C 4 Z 2 0 3 1
V I N 2/ G P I O 5 5
Z 2 0 3 2
D 4
V I N 3/ G P I O 5 6
D 5 Z 2 0 3 3
V I N 4/ G P I O 5 7
D 6 V I N _ 5
V I N 5/ G P I O 5 8
A 7 V I N _ 6
V I N 6/ G P I O 5 9
B 7 V I N _ 7
V I N 7/ G P I O 6 0
F 6
A V D D
G 7
A V S S
C 7 7 2
S B 7 00
2 . 2 U _6 . 3 V _ 0 6
3 . 3 V
J _SPI? PIN ? ? LV 220 J SPIDB G
3 . 3 V _ S P I
J _ S P I 1
S P I _C S # _ S E L
2 1
S P I _ H OL D #_ R S P I _D A T A I N
4 3
S P I _ C LK S P I _F LA S H
6 5
S P I _ D A T A OU T
8 7
1 0 9
J_SPI 1
1 *S P U F Z -1 0 S 3 -V B -0 -B _ N
2
1 0 9
I D E _ P D I OR D Y 2 3
I D E _ I R Q 2 3
I D E _ P D A 0 23
I D E _ P D A 1 23
I D E _ P D A 2 23
I D E _ P D D A C K # 2 3
I D E _ P D D R E Q 23
I D E _ P D I OR # 2 3
I D E _ P D I OW # 2 3
I D E _ P D C S 1 # 2 3
I D E _ P D C S 3 # 2 3
NOTE:
3 . 3 V
IF THERE IS NO IDE, TEST
POI N T S FO R DEBUG BUS
IS M ANDATO RY
R 3 1 5
2 0 K _ 0 4
T E MP I N 3
I D E _ P D D [ 1 5 : 0 ]
I D E _P D D [ 1 5: 0] 2 3
R 4 94 S P I _ C S #_ S E L
1 0 , 1 6, 1 8 , 2 3 A _ R S T #
* 0 _ 04 0 2 _ 5 m i l _ s h or t L A N _R S T #
R 49 5
*0 _ 0 4
NOTE:
AL L HWM CI R CUITS AR E ON L Y F OR SB 6 00
AL L HWM VAL U ES ARE T B D
N OT E: ROU T E T E M P_COM M
AS A 10 MIL T R ACE
R 2 9 7 * 0_ 0 4 0 2 _ 5m i l _ sh o rt
3 . 3 V
R 5 4 1
R 5 3 5 * 0_ 0 4 0 2 _ 5m i l _ sh o rt *1 0 K _ 0 4
S B _ B L O N 16
B D _ I D 1
R 5 4 2 * 0_ 0 4 0 2 _ 5m i l _ sh o rt
S B _ M U T E # 2 9
R 6 2 4 * 0_ 0 4
S B _ D P S _ L A N 2 7
B D _ I D 0
R 5 4 0
3. 3V 1 0K _0 4
C 5 3 3 C 5 3 2
. 1U _ 1 6 V _ 04 2 . 2 U _ 6 . 3 V _ 0 6
HWM_AGND TRACE AT L EAST
10 MIL WID E
N C 2 N C _0 4
3 . 3 V _ S P I
R 5 0 6 R 5 0 5
8Mbit
C 83 2 R 51 1
1 0 K _ 0 4 *. 1U _ 1 6V _0 4 1 0 K _ 0 4
1K _0 4 U 3 2
S P I _ C S #_ S E L 1 8
C E # V D D
S P I _ D A TA I N 2 7 S P I _ H OL D #_ R R 51 4 *0 _ 0 4 S P I _ H OL D #
S O H O L D #
S P I _ F L A S H 3 6 S P I _ C LK
W P # S C K
4 5 S P I _ D A T A OU T
G N D S I
* S S T 2 5 V F 0 8 0 B
SST SPI ROM
Schematic Diagrams
Sheet 20 of 47
SB700-3
3 . 3 V S
R 1 76
2 0 K _ 0 4
D 2 0 R B 75 1 V
C A
P C I E _R S T # 1 2 , 1 8
C A
R 1 8 4 D 2 1 R B 75 1 V
* 1 K _ 0 4
3 . 3 V
R 5 3 8
* 1 0 K _ 04
BD _I D 1 B D_ID0
R 5 3 9 M7 40J L L
1 0 K _ 0 4
H H
M7 40K
SB700-3 B - 21