Processor 6/7 Gnd, 7/7 Rsvd - EUROCOM X8100 Service Manual

Schematic Diagrams

Processor 6/7 GND, 7/7 RSVD

PROCESSOR
A T 20
A T 17
A R 31
A R 28
A R 26
A R 24
A R 23
A R 20
A R 17
A R 15
A R 12
A R 9
A R 6
A R 3
A P 20
A P 17
A P 13
A P 10
A P 7
A P 4
A P 2
A N 34
Sheet 7 of 55
A N 31
A N 23
A N 20
A N 17
Processor 6/7 GND,
A M 29
A M 27
A M 25
A M 20
7/7 RSVD
A M 17
A M 14
A M 11
A M8
A M5
A M2
A L 34
A L 31
A L 23
A L 20
A L 17
A L 12
A L9
A L6
A L3
A K 29
A K 27
A K 25
A K 20
A K 17
A J 31
A J 23
A J 20
A J 17
A J 14
A J 11
A J8
A J5
A J2
A H 35
A H 34
A H 33
A H 32
A H 31
A H 30
A H 29
A H 28
A H 27
A H 26
A H 20
A H 17
A H 13
A H 9
A H 6
A H 3
A G 10
A F 8
A F 4
A F 2
A E 35
B - 8 Processor 6/7 GND, 7/7 RSVD
6/7 ( GND )
U 3 8H U 3 8I
A E 3 4
V S S 1 V S S 8 1
A E 3 3
V S S 2 V S S 8 2
A E 3 2 K 27
V S S 3 V S S 8 3 V S S 16 1
A E 3 1 K 9
V S S 4 V S S 8 4 V S S 16 2
A E 3 0 K 6
V S S 5 V S S 8 5 V S S 16 3
A E 2 9 K 3
V S S 6 V S S 8 6 V S S 16 4
A E 2 8 J 32
V S S 7 V S S 8 7 V S S 16 5
A E 2 7 J 30
V S S 8 V S S 8 8 V S S 16 6
A E 2 6 J 21
V S S 9 V S S 8 9 V S S 16 7
A E 6 J 19
V S S 1 0 V S S 9 0 V S S 16 8
A D 1 0 H 35
V S S 1 1 V S S 9 1 V S S 16 9
A C 8 H 32
V S S 1 2 V S S 9 2 V S S 17 0
A C 4 H 28
V S S 1 3 V S S 9 3 V S S 17 1
A C 2 H 26
V S S 1 4 V S S 9 4 V S S 17 2
A B 3 5 H 24
V S S 1 5 V S S 9 5 V S S 17 3
A B 3 4 H 22
V S S 1 6 V S S 9 6 V S S 17 4
A B 3 3 H 18
V S S 1 7 V S S 9 7 V S S 17 5
A B 3 2 H 15
V S S 1 8 V S S 9 8 V S S 17 6
A B 3 1 H 13
V S S 1 9 V S S 9 9 V S S 17 7
A B 3 0 H 11
V S S 2 0 V S S 10 0 V S S 17 8
A B 2 9 H 8
V S S 2 1 V S S 10 1 V S S 17 9
A B 2 8 H 5
V S S 2 2 V S S 10 2 V S S 18 0
A B 2 7 H 2
V S S 2 3 V S S 10 3 V S S 18 1
A B 2 6 G 34
V S S 2 4 V S S 10 4 V S S 18 2
A B 6 G 31
V S S 2 5 V S S 10 5 V S S 18 3
A A 1 0 G 20
V S S 2 6 V S S 10 6 V S S 18 4
Y 8 G9
V S S 2 7 V S S 10 7 V S S 18 5
Y 4 G6
V S S 2 8 V S S 10 8 V S S 18 6
Y 2 G3
V S S 2 9 V S S 10 9 V S S 18 7
W 3 5 F 30
V S S 3 0 V S S 11 0 V S S 18 8
W 3 4 F 27
V S S 3 1 V S S 11 1 V S S 18 9
W 3 3 F 25
V S S 3 2 V S S 11 2 V S S 19 0
W 3 2 F 22
V S S 3 3 V S S 11 3 V S S 19 1
W 3 1 F 19
V S S 3 4 V S S 11 4 V S S 19 2
W 3 0 F 16
V S S 3 5 V S S 11 5 V S S 19 3
W 2 9 E 35
V S S 3 6 V S S 11 6 V S S 19 4
W 2 8 E 32
V S S 3 7 V S S 11 7 V S S 19 5 VSS
W 2 7 E 29
V S S 3 8 V S S 11 8 V S S 19 6
W 2 6 E 24
V S S 3 9 V S S 11 9 V S S 19 7
W 6 E 21 A ll N CTF p ins s ho uld
V S S 4 0 V S S 12 0 V S S 19 8
V 1 0 E 18
b e Te st Po int s an d
V S S 4 1 V S S 12 1 V S S 19 9
U 8 E 13
V S S 4 2 V S S 12 2 V S S 20 0
s ho ul d b e rou te d as
U 4 E 11
V S S 4 3 V S S 12 3 V S S 20 1
U 2 E 8
t ra ce .
V S S 4 4 V S S 12 4 V S S 20 2
T 35 E 5
V S S 4 5 V S S 12 5 V S S 20 3
T 34 E 2 A T 3 5 T P _ MC P _ V S S _ N C T F 1
V S S 4 6 V S S 12 6 V S S 20 4 V S S _ N C TF 1
T P _ MC P _ V S S _ N C T F 2
T 33 D 33 A T 1
V S S 4 7 V S S 12 7 V S S 20 5 V S S _ N C TF 2
T 32 D 30 A R 3 4
V S S 4 8 V S S 12 8 V S S 20 6 V S S _ N C TF 3
T 31 D 26 B 3 4
V S S 4 9 V S S 12 9 V S S 20 7 V S S _ N C TF 4
T 30 D 9 B 2
V S S 5 0 V S S 13 0 V S S 20 8 V S S _ N C TF 5
T 29 D 6 B 1 T P _M C P _ V S S _ N C T F 6
V S S 5 1 V S S 13 1 V S S 20 9 V S S _ N C TF 6
T 28 D 3 A 3 5 T P _M C P _ V S S _ N C T F 7
V S S 5 2 V S S 13 2 V S S 21 0 V S S _ N C TF 7
T 27 C 34
V S S 5 3 V S S 13 3 V S S 21 1
T 26 C 32
V S S 5 4 V S S 13 4 V S S 21 2
T 6 C 29
V S S 5 5 V S S 13 5 V S S 21 3
R 1 0 C 28
V S S 5 6 V S S 13 6 V S S 21 4
P 8 C 24
V S S 5 7 V S S 13 7 V S S 21 5
P 4 C 22
V S S 5 8 V S S 13 8 V S S 21 6
P 2 C 20 Cu sto me rs do n ot
V S S 5 9 V S S 13 9 V S S 21 7
N 3 5 C 19
me ed to p ull
V S S 6 0 V S S 14 0 V S S 21 8
N 3 4 C 16
V S S 6 1 V S S 14 1 V S S 21 9
N 3 3 B 31 do wn an y of th e
V S S 6 2 V S S 14 2 V S S 22 0
N 3 2 B 25
VS S_N CT F pin s.
V S S 6 3 V S S 14 3 V S S 22 1
N 3 1 B 21
V S S 6 4 V S S 14 4 V S S 22 2
N 3 0 B 18
V S S 6 5 V S S 14 5 V S S 22 3
N 2 9 B 17
V S S 6 6 V S S 14 6 V S S 22 4
N 2 8 B 13 Ch eck li st 1. 5:
V S S 6 7 V S S 14 7 V S S 22 5
N 2 7 B 11
V S S 6 8 V S S 14 8 V S S 22 6 VS S_N CT F Pin s
N 2 6 B 8
V S S 6 9 V S S 14 9 V S S 22 7 ca n b e co nne ct ed
N 6 B 6
V S S 7 0 V S S 15 0 V S S 22 8
M1 0 B 4 to GN D or le ft
V S S 7 1 V S S 15 1 V S S 22 9
L 35 A 29
V S S 7 2 V S S 15 2 V S S 23 0
as NC
L 32 A 27
V S S 7 3 V S S 15 3 V S S 23 1
L 29 A 23 (f loa ti ng ).
V S S 7 4 V S S 15 4 V S S 23 2
L 8 A 9
Wh en ti ed to G ND
V S S 7 5 V S S 15 5 V S S 23 3
L 5
V S S 7 6 V S S 15 6
L 2
th ey sh ou ld be
V S S 7 7 V S S 15 7
K 3 4
ro ute d as tr ac e
V S S 7 8 V S S 15 8
K 3 3
V S S 7 9 V S S 15 9 an d n ot a s a G ND
K 3 0
V S S 8 0 V S S 16 0
pl ane .
MOL E X 4 79 8 9 -01 3 2 MOL E X 4 79 8 9 -01 3 2
PROCESSOR 7/7
S 3 Po w e r Re d uc tio n w h it e p ap e r
R 4 9 5 0 _ 04
4
D S V R E F _ C H _ A _ D I MM
MV R E F _ D Q _D I M0
Q4 6
*A O 34 0 2 L R 4 96
D R A MR S T _C N T R L
* 1 00 K _ 0 4
3 D R A MR S T _C N T R L
R 4 97 0_ 0 4
D S V R E F _ C H _B _ D I MM
MV R E F _ D Q _D I M1
Q4 7
*A O 34 0 2 L R 4 98
D R A MR S T _C N T R L * 1 00 K _ 0 4
CFG Straps for Processor
P CI-E xpre ss Co nfig urat ion S elec t
CF G0 1 : Si ngle PEG
0 :
Bi furc atio n
en able
C F G 0 R 3 6 4 3. 0 1 K _ 1% _ 0 4
M77 0CU? :
R58 ? ? ? ? ,
? ? ? ?
CFG 3 - PCI-E xpre ss S tatic Lan e Re vers al
? W86 0CU? ? !
1 : Norm al Op erat ion
R 5 8 * 0_ 0 4
C FG 3
0 : Lane Numb ers Reve rsed
15 - > 0, 14 - > 1, ... RSV D8 6
Con ne ct to G ND
C F G3 R 38 0 *3 . 0 1 K _1 % _ 04
R 3 5 2 * 0_ 0 4
CFG 4 - Displ ay P ort Prese nce R 3 5 1 * 0_ 0 4
1 : Disa blled ; No phy sica l Cus to mer s do
not n eed t o
Disp lay Port atta ched to
imp le men t th e
Embe dded Disp lay Port
C FG 4
pul l- dow n
res is tor s. T his
0 : Enab led; An e xter nal
is fo r i nt er nal
Disp lay Port devi ce i s
val id ati on
conn ecte d to the Embe dded
pur po se on ly .
Disp lay Port
C F G4
R 38 1 *3 . 0 1 K _1 % _ 04
CFG 7 - Reser ved - Te mpora rily use d fo r
ear ly C larks fiel d sa mples .
C la rks fi el d ( on ly fo r ear ly s amp le s
p re -ES 1) - Co nn ect t o GND w it h 3 .0 1K
O hm /5% r es ist or
C FG 7
N ot e: On ly te mp ora ry f or ea rl y C FD
Che ck li st 1. 5:
s am ple s (r PGA /B GA) [ Fo r d et ai ls
RSV D_ 86
p le ase r ef er to th e WW 33 Mo W and
Con ne ct to G ND or l eav e it NC ( fl oat in g).
s ig hti ng r epo rt ].
Not e: C RB ha s lef t thi s pi n N C (f loa ti ng) .
F or a co mm on mo the rb oa rd de si gn (f or
A UB an d CF D), t he pu ll -do wn r esi st or
s ho uld b e use d. Do es n ot im pa ct AU B
f un cti on al ity .
R363
M770 CU? ? ?
C F G 7 R 3 6 3 *3 . 0 1K _1 % _0 4
W860 CU? ?
( RESERVED )
U 38 E
A J 1 3
R S V D 32
A J 1 2
R S V D 33
A P 2 5
R S V D 1
A L2 5 A H 2 5
R S V D 2 R S V D 34
A L2 4 A K 2 6
R S V D 3 R S V D 35
A L2 2
R S V D 4
A J3 3 A L 2 6
R S V D 5 R S V D 36
A G9 A R 2
R S V D 6 R S V D _N C T F _ 37
M2 7
R S V D 7
L2 8 A J 2 6
R S V D 8 R S V D 38
J1 7 A J 2 7
R S V D 9 R S V D 39
H 1 7
R S V D 1 0
G2 5
R S V D 1 1
G1 7
R S V D 1 2
E 3 1 A P 1
R S V D 1 3 R S V D _N C T F _ 40
E 3 0 A T 2
R S V D 1 4 R S V D _N C T F _ 41
A T 3
R S V D _N C T F _ 42
A R 1
R S V D _N C T F _ 43
A L 2 8
R S V D 45
C F G 0 A M3 0 A L 2 9
C F G[ 0 ] R S V D 46
A M2 8 A P 3 0
C F G[ 1 ] R S V D 47
A P 3 1 A P 3 2
C F G[ 2 ] R S V D 48
C F G 3
A L3 2 A L 2 7
C F G[ 3 ] R S V D 49
C F G 4 A L3 0 A T 3 1
C F G[ 4 ] R S V D 50
A M3 1 A T 3 2
C F G[ 5 ] R S V D 51
A N 2 9 A P 3 3
C F G[ 6 ] R S V D 52
C F G 7
A M3 2 A R 3 3
C F G[ 7 ] R S V D 53
A K 3 2 A T 3 3
C F G[ 8 ] R S V D _N C T F _ 54
A K 3 1 A T 3 4
C F G[ 9 ] R S V D _N C T F _ 55
A K 2 8 A P 3 5
C F G[ 1 0] R S V D _N C T F _ 56
A J2 8 A R 3 5
C F G[ 1 1] R S V D _N C T F _ 57
A N 3 0 A R 3 2
C F G[ 1 2] R S V D 58
A N 3 2
C F G[ 1 3]
A J3 2
C F G[ 1 4]
A J2 9 E 1 5
C F G[ 1 5] R S V D _ T P _ 59
A J3 0 F 1 5
C F G[ 1 6] R S V D _ T P _ 60
A K 3 0 A 2
C F G[ 1 7] K E Y
R S V D 8 6
H 1 6 D 15
R S V D _ T P _8 6 R S V D 62
C 15
R S V D 63
R S V D 6 4_ R
A J 1 5 R 1 0 6
R S V D 64
A H 1 5 R S V D 6 5_ R R 1 0 1
R S V D 65
B 1 9
R S V D 1 5
A 1 9
R S V D 1 6
C ust om er s d o not
H _ R S V D 1 7_ R A 2 0
R S V D 1 7 n eed t o imp le men t
H _ R S V D 1 8_ R
B 2 0
R S V D 1 8
A A 5 t he pu ll -do wn
R S V D _ T P _ 66
U 9 A A 4 r esi st or s. Th is is
R S V D 1 9 R S V D _ T P _ 67
T 9 R 8
R S V D 2 0 R S V D _ T P _ 68 f or in te rna l
A D 3
R S V D _ T P _ 69
A C 9 A D 2 v ali da ti on pu rpo se
R S V D 2 1 R S V D _ T P _ 70
A B 9 A A 2
o nly .
R S V D 2 2 R S V D _ T P _ 71
A A 1
R S V D _ T P _ 72
R 9
R S V D _ T P _ 73
A G 7
R S V D _ T P _ 74
C 1 A E 3
R S V D _ N C TF _ 2 3 R S V D _ T P _ 75
A 3
R S V D _ N C TF _ 2 4
V 4
R S V D _ T P _ 76
V 5
R S V D _ T P _ 77
N 2
R S V D _ T P _ 78
J2 9 A D 5
R S V D 2 6 R S V D _ T P _ 79
J2 8 A D 7
R S V D 2 7 R S V D _ T P _ 80
W 3
R S V D _ T P _ 81
A 3 4 W 2
R S V D _ N C TF _ 2 8 R S V D _ T P _ 82
A 3 3 N 3
R S V D _ N C TF _ 2 9 R S V D _ T P _ 83
A E 5
R S V D _ T P _ 84
C 3 5 A D 9
R S V D _ N C TF _ 3 0 R S V D _ T P _ 85
B 3 5
R S V D _ N C TF _ 3 1
A P 3 4
V S S
V SS (A P3 4) ca n b e
l eft N C is CR B
M OL E X 47 9 8 9-0 1 3 2
i mpl em en tat io n ;
E DS/ DG
r eco mm en dat io n t o
G ND
8 MV R E F _D Q_ D I M 0
9 MV R E F _D Q_ D I M 1
*0 _ 04
*0 _ 04