Y
=
W
2
:
C:
[
8
e
!
V
B
N
0
G '
!
&
8
)
]
OY
.
1
6
L
)
N
A
N
<-
11
SATA 2 IDE
?
X
M
2
DIMM
?
X
M
1
12
POV(Promise of value)
N
S
+
e
(
O
N
p
(
)
3
DIMM
?
X
M
2
13
CMOS
.
B
!
[
4
DIMM
?
X
M
3
14
h
M
.
5
DIMM
?
X
M
4
15
SCSI LED
?
X
M
6
|
x
?
X
M
16
PCI
=
T
7
p
:
O
e
s
L
j
?
X
M
17
U
i
@
p
@
?
X
M
8
PATA primary IDE
?
X
M
18
CD-ROM
@
p
@
?
X
M
9
PATA secondary IDE
?
X
M
19
AGP
=
T
10
SATA 1 IDE
?
X
M
^p.
3
!
;
D
;
M
B
4
3
G
DIMM
?
X
M
&
;
e
O
m
V8
g
,
V
k
4 GB
n
v
G
C:
[
^p
.&
v
x
U
OY
.
DIMM
;
3
!
R
'
,
Y
=
z 0
:
T
"
L {
k
K
OY
:
v
C:
[
^p.
B
2
3
G
$
N
(
$
N
A
M
B)
N
*
)
n
}
OY
. DIMM
?
X
M
1
z
2
B
$
N
A
N
, DIMM
?
X
M
3
z
4
B
$
N
B
N
P
y
K
OY
.
v
1
x
z
3
x
(
G
B
2
x
z
4
x
) DIMM
?
X
M
!
?
O
Q
x
$
8
N
&
[
H ?
O
k
.
G
^p.
!
3
!
G
n
V
B
f
l
,
D
;
M
B
L
_
$
N
p
e
(dual channel mode)
N
[
?
O
T
K
OY
.
v
2.5 V, 184
I
, 333 MHz DDR SDRAM
;
g
k
O
JC
@
.
&
4
e
p
(
8
T
8189, 8190, 8194, 8195, 8432, 8433
95
Summary of Contents for ThinkCentre A50p
Page 2: ......
Page 26: ...D M Ui VB XMG N Y W2 D M Ui VB XMG 8 OY 1 USB XM 3 6L XM ON p 2 USB XM 4 ley XM ON p 8 gk 3m ...
Page 52: ...D M Ui VB XMG N Y W2 D M Ui VB XMG 8 OY 1 USB XM 2 USB XM 34 gk 3m ...
Page 72: ...54 gk 3m ...
Page 80: ...D M Ui VB XMG N Y W2 D M Ui VB USB XMG 8 OY 1 USB XM 2 USB XM 62 gk 3m ...
Page 100: ...82 gk 3m ...
Page 136: ...118 gk 3m ...
Page 146: ...128 gk 3m ...
Page 148: ...130 gk 3m ...
Page 153: ......
Page 154: ......
