Robson S3 Main 2/6 - Clevo ITAUTEC Service Manual

Robson S3 MAIN 2/6

1 . 8 V _R E G
R 96 R 97 R 9 8 R 99
ME M_ I D 0 *1 0K _0 4 *1 0K _ 04
ME M_ I D 1 *10 K_ 04 *1 0K _0 4
ME M_ I D 2
ME M_ I D 3
Fo r S eymo ur,
D PC _ V D D 18
DP C_P VDD is D PC_V DD18
1. 8 V_ R E G
DP C_P VSS and all DPC_ VSSR are DP _VSS R
(1.8 V@1 50 m A DPC_ VDD18 )
L 64
C 1 71 C 17 2 C 1 73 *H C B 16 08 KF -12 1T 25
*0 . 1u _10 V _X 5R _0 4 *1u _6 . 3V _X 5R _ 04
*1 0u _6 . 3V _X 5R _ 06 1 . 0V _R E G
(1 .0 V@1 1 0 m A DPC_ VDD1 0 )
L6 5
*H C B 16 08 KF -12 1T 25
C 17 4
*10 u_6 . 3V _X 5R _ 06 *1u _6 . 3 V _X 5R _0 4
Access to SCL and SDA is
mandatory on BACO designs
for debug purposes
3 . 3 V S_ GP U
20 S C L
S B _MX M_C L KR E Q#
R 10 6 *1 0K _ 04
20 S D A
R 10 7 *1 0K _ 04 GP I O7_ B LON
R 10 8 *1 0K _ 04 GP I O24 _T R ST B
R 10 9 *1 0K _ 04 GP I O25 _T D I
10
10
R 11 0 *1 0K _ 04 GP I O27 _T MS
10
10 MX M_S D A TA
10 MXM_ S C LK
GP I O26 _T C K
R 11 1 *1 0K _ 04
10
S B _MX M_C L KR E Q#
R 68 5 *1 0K _ 04
20 GP I O7_ B LON
10
10
10
3. 3 VS _ GPU 10
10
36 R OB S ON _GP I O15
36 R OB S ON _GP I O16
10 , 17 GP U _T A LE R T#
R 11 3 *1K _0 4 GP I O 2 8_ TD O
10 GP I O2 1
10 GP I O2 2
R 11 4 *1K _0 4 GP I O 2 4_ TR S T B
1 6 S B_ MXM_ C LK R E Q#
10 GE N E R I C C
21
R 1 16 *5. 1 1K _1 %_ 06
For PX_EN , refer to t he BACO
reference schem atics for detail
1 . 8V _R E G
R 1 18
*4 99 _1 %_0 4
R 1 20
1. 8 V_ R EG *2 49 _1 %_0 4
(1 .8 V@75 m A DPLL_ PVDD) D PL L_ PV D D C 19 2
L 71 *0. 1 u_1 0V _ X5R _ 04
*H C B 1 60 8K F-1 21 T2 5 C 19 3 C 194 C 1 95
*10 u_ 6. 3V _ X5 R _06 *0 . 1u _10 V _X5 R _0 4
*1u _6 . 3V _X 5R _ 04
(1.0 V@1 25 m A DPLL_ VDDC)
1. 0 V_ R EG D P LL _V D D C
L7 2
*H C B 1 60 8K F-1 21 T2 5 C 1 97 C 19 8 C 1 99
*10 u_ 6. 3 V_ X5 R _0 6 * 0. 1u _1 0V _X 5R _ 04
*1 u_ 6. 3V _ X5 R _04
3. 3 VS _ GPU
R 16 7
*2. 2 K_ 04
1. 8 V_ R EG
T SV D D
(1 .8 V @2 0 m A TSVDD)
L 73
*H C B 1 60 8K F-1 21 T2 5 C 20 1 C 20 2 C 2 03
*10 u_ 6. 3V _ X5 R _06 *0 . 1u _10 V _X5 R _0 4
*1 u_6 . 3V _X 5R _ 04
COMPONENTS SH OWN AR E EXAMPLES ONLY
AND NOT NEC ESSAR ILY QUALIFIED
U 4 B
A F2
TX C A P_ D PA 3 P A F4
Y 1 1 T XC A M_D P A 3N
A E 9 D VC L K A G3
L 9 D VC N T L_ 0 T X0 P_ D PA 2 P A G5
D VC N T L_ 1 TX0 M_D P A 2N
N 9
D VO DP A
D VC N T L_ 2
A H 3
T X1 P_ D PA 1 P
A E 8 A H 1
D VD A T A_ 12 TX1 M_D P A 1N
A D 9
D VD A T A_ 11
A C 1 0 A K3
D VD A T A_ 10 T X2 P_ D PA 0 P
A D 7 A K1
A C 8 D VD A T A_ 9 TX2 M_D P A 0N
A C 7 D VD A T A_ 8 A K5
A B 9 D VD A T A_ 7 TX C B P_ D PB 3 P A M3
A B 8 D VD A T A_ 6 T XC B M_D P B 3N
D VD A T A_ 5
A B 7 A K6
D VD A T A_ 4 T X3 P_ D PB 2 P
M EM_ I D 3 A B 4 A M5
D VD A T A_ 3 TX3 M_D P B 2N
M EM_ I D 2 A B 2 DP B
D VD A T A_ 2
M EM_ I D 1 Y 8 A J7
D VD A T A_ 1 T X4 P_ D PB 1 P
M EM_ I D 0 Y 7 A H 6
D VD A T A_ 0 TX4 M_D P B 1N
A K8
T X5 P_ D PB 0 P A L7
TX5 M_D P B 0N
W 6
DP C
D PC _ VD D 18 D PC _ P VD D
V 6
D PC _ P VS S
V 4
T XC C P _D P C 3 P
A C 6 U 5
D P C _ VD D 1 8 D PC _ V D D 18 #1 TX C C M_D P C 3N
A C 5
D PC _ V D D 18 #2
W3
TX 0P _D P C 2 P
D P C _ VD D 1 0 A A 5 V 2
A A 6 D PC _ V D D 10 #1 T X0 M_D P C 2N
D PC _ V D D 10 #2 Y 4
TX 1P _D P C 1 P W5
C 1 75 C 17 6
T X1 M_D P C 1N
U 1 A A3
*0. 1 u_1 0V _ X5R _ 04
D PC _ V SS R # 1 TX 2P _D P C 0 P
W 1 Y 2
D PC _ V SS R # 2 T X2 M_D P C 0N
U 3
D PC _ V SS R # 3
Y 6 J8 R 1 03 *1 50_ 1% _0 4
D PC _ V SS R # 4 D P C _C A LR
3 . 3V S_ GP U 3. 3V S _GP U A A 1
D PC _ V SS R # 5
R 1 04 R 10 5
*4 . 7K _0 4 *4. 7 K_ 04 I2 C
SC L R 1
SC L
S D A R 3
SD A
A M26 R _D A C 1
R
G ENE RA L PU RPO SE I /O A K2 6 R B _D A C 1 R 71 5
R B
GP I O0 U 6
GP I O0 GPI O_ 0
GP I O1 U 1 0 A L2 5 G_D A C 1
GP I O1 T1 0 GPI O_ 1 G A J2 5
GP I O2 GB _D A C 1 R 71 6
GP I O2
U 8 GPI O_ 2 GB
MX M_S D A TA
U 7 GPI O_ 3_ SMB D A TA A H 24
MX M_S C L K B _D A C 1
GP I O5 T 9 GPI O_ 4_ SMB C L K B A G25 B B_ D A C 1
R 71 7
GP I O5 GPI O_ 5_ AC _ B AT T B B
GP I O6 T 8
DA C1
GPI O_ 6
GP I O7_ B LON T 7 A H 26
GPI O_ 7_ BL ON H SY N C H S Y N C _ D AC 1 10, 2 1
GP I O8 P1 0 A J2 7
GP I O8 GPI O_ 8_ R OMSO V SY N C V S Y N C _D A C 1 1 0, 21
GP I O9 P 4
GP I O9 GPI O_ 9_ R OMSI
GP I O10 P 2
GPI O_ 10 _R OMS C K
GP I O11 N 6 A D 22 R 1 12
GP I O11 N 5 GPI O_ 11 R S E T
GP I O12 AV D D
GP I O12 N 3 GPI O_ 12 A G24
GP I O13
GP I O13
Y 9 GPI O_ 13 A VD D A E2 2
H P D 2
R OB S ON _GP I O1 5 N 1 GPI O_ 14 _H P D 2 A V S SQ
V D D 1D I
R OB S ON _GP I O1 6 M4 GPI O_ 15 _P WR C N TL_ 0 A E2 3
GPI O_ 16 _S S I N V D D 1 D I
GP U _ TA LE R T# R 6 A D 23
GPI O_ 17 _T H ER MA L _I N T V SS 1 D I
GP I O18 _H P D 3 W1 0
GPI O_ 18 _H P D 3
GP I O_1 9_ C TF M2
GPI O_ 19 _C T F
GP I O20 P 8 A M12 R _D A C 2
GPI O_ 20 _P WR C N TL_ 1 R 2
GP I O21 P 7 A K1 2 R B _D A C 2
GPI O_ 21 _B B _E N R 2 B
GP I O22 N 8
N 7 GPI O_ 22 _R OMC S B A L1 1
S B _MX M_C L KR EQ# G_D A C 2
GPI O_ 23 _C L KR E QB G2 A J1 1
GB _D A C 2
L 6 G2 B
GP I O24 _T R S TB
GP I O25 _T D I L 5 JT AG_ TR S TB A K1 0 B _D A C 2
JT AG_ TD I B 2
GP I O26 _T C K L 3 A L9 B B_ D A C 2
JT AG_ TC K B 2 B
GP I O27 _T MS L 1
JT AG_ TMS
GP I O28 _T D O K 4
JT AG_ TD O
T E ST EN K 7 A H 12
TE S TE N C
R 115 A F2 4 A M10
TE S TE N _L EGA C Y Y
*5 . 11 K_ 1% _0 6 A J9
C OMP
A B1 3
GE N _ A DA C2
W 8 GEN E R I C A A L1 3
GE N _ B
H S Y N C _D A C 2 1 0
W 9 GEN E R I C B H 2 SY N C A J1 3
V SY N C _ D A C 2 10
W 7 GEN E R I C C V 2 SY N C
GEN E R I C D
H P D _ 4 A D 1 0
VD D 2D I
GEN E R I C E _H P D 4
A D 19
V D D 2 D I
H P D 1 A C 1 4 A C 19
H P D 1 H PD 1 V SS 2 D I
P X _E N A B1 6
PX _E N
A 2V D D
A E2 0
A 2 VD D
A 2V D D Q
A E1 7
A 2 VD D Q
PLA CE VREF G DI V IDE R A ND CAP
A E1 9
C LOSE TO ASIC
A 2V S SQ
A C 1 6
VR E F G
A G13 R 1 19 *71 5_ 1%_ 04
R 2S E T
DD C/ AU X A E6 D D C 1C L K
D P LL _P V D D D D C 1C L K A E5
PL L/ CLO CK D D C 1D A T A
A F1 4 D D C 1D A T A
A E1 4 D PL L_ PV D D A D 2
A U X1P
D PL L_ PV S S A U X1 P A D 4 A U X1N
AU X 1N
A D 1 4 A C 11 D D C 2C L K
D PL L_ VD D C D D C 2C L K
A C 13 D D C 2D A T A
D D C 2D A T A
X TA LI N A M2 8 A D 13 A U X2P
XT AL I N A U X2 P
X TA LOU T A K2 8 A D 11 A U X2N
XT AL OU T AU X 2N
A C 2 2 A D 20
D D C C LK _ AU X 3P
A B2 2 XO_ I N D D C C L K _A U X3 P A C 20
D D C D A TA _A U X 3N
XO_ I N 2 D D C D A T A_ AU X 3N
A E1 6 D D C C LK _ AU X 5P
GND Opti o n If
D D C C L K _A U X5 P
A D 16 D D C D A TA _A U X 5N
XO_ IN/XO_ IN2
D D C D A T A_ AU X 5N
no t us e d
A C 1 D D C 6C L K
D D C 6C L K D D C 6C L K
T 4 THE RM AL A C 3 D D C 6D A T A
1 0 GP U _D P LU S D PL U S D D C 6D A T A D D C 6D A T A 21
T 2
1 0 GP U _D MI N U S D MI N U S
R 5
T S_ F D O
A D 1 7 TS _F D O
A C 1 7 TS V D D
TS V SS
*R OB S ON XT S3
VBIOS FLA SH ROM
3. 3V S _GP U
0. 1"~ 0.5 " R 10 1
TMD S _T XC P 21
TMD S _T XC N 21
*1 0K _0 4
GP I O8 R OM_S O
R 92 * 33_ 04
TMD S _T X0 P 21
TMD S _T X0 N 21
GP I O9 S I / A1 6
R 93 * 33_ 04
TMD S _T X1 P 21
GP I O10 R 94 * 33_ 04 S C K / W E b
TMD S _T X1 N 21
GP I O22 R 95 * 33_ 04 C S b
TMD S _T X2 P 21
TMD S _T X2 N 21
3. 3 VS _G PU
R 1 02 *0_ 04
C 1 70
DNI R 1 00 *0_ 04
1 M bit SERIAL EE PRO M is optiona l for Se ym our GDDR5 Des ign
1 M bit SERIAL EE PRO M is r e quire d for Pa r k /Robson GDDR5 De s ign
N OTE: D es i g ns t ha t do not inc l u de a n EEP RO M m us t still pr ovide
a cc e s s to the RO M inte r fa c e s igna ls for de bug pur pos e s
R _D A C 1 21
*1 50 _1 %_0 4
1. 8 V_ R E G
G_D A C 1 21
*1 50 _1 %_0 4
B_ D A C 1 21
*1 50 _1 %_0 4 L 66
* H C B1 60 8K F -121 T2 5
*1 0u _6. 3 V _X5 R _0 6
*4 99 _1% _0 4
L 67
* H C B1 60 8K F -121 T2 5
L 68
* H C B1 60 8K F -121 T2 5
*1 0u _6 . 3 V _X 5R _0 6
DAC2 i s NC on Se ymo ur
L 69
* H C B1 60 8K F -121 T2 5
*1 0u _6 . 3 V _X 5R _0 6
3. 3 VS _ GPU
Se ym ou r
R 1 17
L 70
*0 _04
* H C B1 60 8K F -121 T2 5
NC o n Seym ou r *1 0u _6 . 3 V _X 5R _0 6
D D C 1 C LK 2 1
D D C 1 D AT A 2 1
X TA L I N
*F SX 8L _2 7MH z
X TA LOU T
21
Schematic Diagrams
5 12Kbit
U 5
5 2
D Q
6
C
1
S
7
H OL D
3
W
8 4
V C C V S S
*EN 2 5P 0 5-50 GC P
*0 . 1 u_ 10 V_ X5 R _0 4
Sheet 8 of 41
Robson S3 MAIN 2/
6
(1.8 V @65 m A AVD D) A V D D
C 1 77 C 17 8 C 179
*1u _6 . 3 V _X5 R _0 4
*0 . 1u _10 V _X 5R _0 4
(1.8 V @10 0 m A VDD1 DI) VD D 1 D I
C 1 80 C 18 1 C 182
*1 0u_ 6. 3 V_ X5 R _0 6 *0. 1u _1 0V _X 5R _ 04
*1 u_ 6. 3V _ X5R _ 04
(1.8 V @2m A A2 VD DQ) A 2V D D Q
C 183 C 1 84 C 185
*1u _6 . 3 V _X5 R _0 4
*0 . 1u _10 V _X 5R _0 4
(1 .8 V @1 0 0 m A V DD2 DI ) V D D 2D I
C 186 C 1 87 C 188
*1u _6 . 3 V _X5 R _0 4
*0 . 1u _10 V _X 5R _0 4
A 2V D D
(3 .3 V @1 3 0 m A A 2 VDD)
C 1 89 C 19 0 C 191
*0. 1u _1 0V _X 5R _ 04
*1 u_ 6. 3V _ X5R _ 04
C 1 96 *2 2p_ 50 V _N P O_0 4
X2 R 1 21
*1 M_0 4
C 2 00 *2 2p_ 50 V _N P O_0 4
XTAL Opt ion
Robson S3 MAIN 2/6 B - 9