Table of Contents
Advertisement
5
D
U506A
(5)
HA#[31..3]
HA#3
P4
A3#
HA#4
U4
A4#
HA#5
V3
A5#
HA#6
R3
A6#
HA#7
V2
A7#
HA#8
W1
A8#
HA#9
T4
A9#
HA#10
W2
A10#
HA#11
Y4
A11#
HA#12
Y1
A12#
HA#13
U1
A13#
HA#14
AA3
A14#
HA#15
Y3
A15#
HA#16
AA2
A16#
HADSTB0#
U3
(5)
HADSTB0#
ADSTB0#
(5)
HREQ#[4..0]
HREQ#0
R2
REQ0#
HREQ#1
P3
REQ1#
HREQ#2
T2
REQ2#
HREQ#3
P1
REQ3#
HREQ#4
T1
REQ4#
(5)
HA#[31..3]
HA#17
AF4
A17#
HA#18
AC4
A18#
HA#19
AC7
A19#
HA#20
AC3
A20#
HA#21
AD3
A21#
HA#22
AE4
A22#
HA#23
AD2
A23#
HA#24
AB4
A24#
HA#25
AC6
A25#
HA#26
AD5
A26#
HA#27
AE2
A27#
HA#28
AD6
A28#
HA#29
AF3
A29#
HA#30
C
AE1
A30#
HA#31
AF1
A31#
HADSTB1#
AE5
(5)
HADSTB1#
ADSTB1#
C2
(9)
HA20M#
A20M#
D3
(9)
HFERR#
FERR#
A3
(9)
HIGNNE#
IGNNE#
C6
(9)
HSTPCLK#
STPCLK#
D1
(9)
HINTR
LINT0
D4
(9)
HNMI
LINT1
B4
(9)
HSMI#
SMI#
DOTHAN
BGA479_SKT3
+CPU_CORE
+VCCP
R90
R78
R79
R81
R82
B
51
51
51
39
150
0603
0603
0603
0402
0402
1%
1%
HBPM#0
HBPM#1
HPRDY#
HTMS
HTDI
HPREQ#
HTDO
HTRST#
HTCK
R94
27.4
R93
0402
680
0402
1%
5%
GND
GND
A
5
4
N2
HADS#
(5)
ADS#
L1
HBNR#
(5)
BNR#
HBPRI#
J3
BPRI#
HBPRI#
(5)
L4
HDEFER#
(5)
DEFER#
H2
DRDY#
HDRDY#
(5)
M2
DBSY#
HDBSY#
(5)
+VCCP
N4
BR0#
HBR0#
(5)
R84
56
0402
5%
A4
1
2
IERR#
B5
INIT#
HINIT#
(9)
J2
HLOCK#
(5)
LOCK#
HCPURST#
B11
RESET#
HCPURST#
(5)
HRS#0
H1
RS0#
HRS#0
(5)
HRS#1
K1
HRS#1
(5)
RS1#
HRS#2
L2
RS2#
HRS#2
(5)
HTRDY#
M3
TRDY#
HTRDY#
(5)
K3
HIT#
HHIT#
(5)
K4
HITM#
HHITM#
(5)
HBPM#0
C8
BPM0#
B8
HBPM#1
BPM1#
R88
0
A9
1
2
BPM2#
5%
C9
1
2
BPM3#
HTRST#
B13
R89
0 5%
TRST#
HTMS
C11
TMS
HTDO
+3VS
A12
TDO
HTDI
C12
TDI
A13
HTCK
TCK
HPREQ#
B10
PREQ#
HPRDY#
R87 1K
A10
PRDY#
A7
1
2
DBR#
HPROCHOT#
B17
HPROCHOT#
(21)
PROCHOT#
B18
Route CPU_THERMDA & CPU_THERMDC
THERMDA
CPU_THERMDA (21)
A18
on same layer , trace:10 mil ,
THERMDC
CPU_THERMDC (21)
spacing 10 mil
C17
THERMTRIP#
CPU_THRMTRIP_OUT# (5,9)
A15
CLK_ITP_CPU# (12)
ITP_CLK1
A16
ITP_CLK0
CLK_ITP_CPU (12)
B14
BCLK1
HCLK_CPU#
(12)
B15
HCLK_CPU
(12)
BCLK0
R91
R92
56
51/NA
+VCCP
0603
0402
5%
R76
200
HPWRGD
1
2
0402
1%
R95
56
HPROCHOT#
1
2
0402
5%
+VCCP
R85
HDPSLP#
1
2
56/NA
0402
5%
PLACEMENT MAX. 3" FROM CPU.
Don't overlay by CHOKE or vibrating signals.
4
3
(5)
HD#[63..0]
HD#0
HD#1
HD#2
HD#3
HD#4
HD#5
HD#6
HD#7
HD#8
HD#9
HD#10
HD#11
HD#12
HD#13
HD#14
HD#15
HDSTBN#0
(5)
HDSTBN#0
HDSTBP#0
(5)
HDSTBP#0
HDINV#0
(5)
HDINV#0
(5)
HD#[63..0]
HD#16
HD#17
HD#18
HD#19
HD#20
HD#21
HD#22
HD#23
HD#24
HD#25
HD#26
HD#27
HD#28
HD#29
HD#30
HD#31
HDSTBN#1
(5)
HDSTBN#1
HDSTBP#1
(5)
HDSTBP#1
HDINV#1
(5)
HDINV#1
R73
1
2
(27)
PSI#
0
0402
5%
HBSEL0
+VCCP
HBSEL1
TP9
1
R69
TP10
1
1K
TP1
1
0402
TP3
1
1%
TP7
1
Close to CPU as possible.
< 0.5"
R70
2K
0402
1%
GND
+3VS
U8
+VCCA
2
VIN
3
VOUT
1
ADJ/GND
C280
0.1U
C314
C281
0402
GS1116Y
0.01U
4.7U
+80-20%
SOT89N
0402
0805
16V
+80-20%
+80-20%
R344
100
50V
1
2
0402
1%
R345
+3VS
1.8V,
37.4
GND
1.5V for Dothan-B/Nwe CPU use
0603
GND
R346
44.2
1%
0603
R347
1%
Q25
100K
D
2N7002
0402
5%
S
G
Q26
DDTC114TCA
R1
2
R348
1
0
2
0402
FSB 100 -->FS_C
GND
FSB 133 -->FS_C
GND
Celeron (FSB100)-->VCCA 1.8V
Dothan(FSB100)-->VCCA 1.8V
Dothan(FSB133)-->VCCA 1.5V
3
2
U506B
HD#[63..0]
HD#32
A19
Y26
D0#
D32#
HD#33
A25
AA24
D1#
D33#
HD#34
A22
T25
D2#
D34#
HD#35
B21
U23
D3#
D35#
HD#36
A24
V23
D4#
D36#
HD#37
B26
R24
D5#
D37#
HD#38
A21
R26
D6#
D38#
HD#39
B20
R23
D7#
D39#
HD#40
C20
AA23
D8#
D40#
HD#41
B24
U26
D9#
D41#
HD#42
D24
V24
D10#
D42#
HD#43
E24
U25
D11#
D43#
HD#44
C26
V26
D12#
D44#
HD#45
B23
Y23
D13#
D45#
HD#46
E23
AA26
D14#
D46#
HD#47
C25
Y25
D15#
D47#
HDSTBN#2
C23
W25
DSTBN0#
DSTBN2#
HDSTBN#2
(5)
HDSTBP#2
C22
W24
HDSTBP#2
(5)
DSTBP0#
DSTBP2#
HDINV#2
D25
T24
DINV0#
DINV2#
HDINV#2
(5)
HD#[63..0]
HD#48
H23
AB25
D16#
D48#
HD#49
G25
AC23
D17#
D49#
HD#50
L23
AB24
D18#
D50#
HD#51
M26
AC20
D19#
D51#
HD#52
H24
AC22
D20#
D52#
HD#53
F25
AC25
D21#
D53#
HD#54
G24
AD23
D22#
D54#
HD#55
J23
AE22
D23#
D55#
HD#56
M23
AF23
D24#
D56#
HD#57
J25
AD24
D25#
D57#
HD#58
L26
AF20
D26#
D58#
HD#59
N24
AE21
D27#
D59#
HD#60
M25
AD21
D28#
D60#
HD#61
H26
AF25
D29#
D61#
HD#62
N25
AF22
D30#
D62#
HD#63
K25
AF26
D31#
D63#
HDSTBN#3
K24
AE24
HDSTBN#3
(5)
DSTBN1#
DSTBN3#
HDSTBP#3
L24
AE25
DSTBP1#
DSTBP3#
HDSTBP#3
(5)
HDINV#3
J26
AD20
DINV1#
DINV3#
HDINV#3
(5)
HCOMP0
E1
P25
PSI#
COMP0
HCOMP1
P26
COMP1
HCOMP2
C16
AB2
BSEL0
COMP2
HCOMP3
C14
AB1
BSEL1
COMP3
MISC
TP104
B2
G1
1
RSVD_0
RSVD_5
HDPSLP#
C3
B7
RSVD_1
DPSLP#
HDPSLP#
(9)
AF7
C19
RSVD_2
DPWR#
HDPWR#
(5)
HPWRGD
AC1
E4
HPWRGD
(9)
RSVD_3
PWRGOOD
E26
A6
RSVD_4
SLP#
HSLP#
(5,9)
CPU_TEST1
AD26
C5
GTLREF
TEST1
CPU_TEST2
F23
TEST2
DOTHAN
BGA479_SKT3
R616
1K/NA
0402
5%
HBSEL1
R618
1
0
2
0402
HBSEL0
1
2
C315
C316
R617
0
0402
0.1U
0.1U
0402
0402
+80-20%
+80-20%
16V
16V
R638
For Dothan-A use
0/NA
0402
5%
HBSEL0
5%
High(Vccp)
Low
FS_C
FS_B
FS_A
H
L
H
L
L
H
Title
Size
Document
C
Number
Date:
2
1
(5)
D
HCOMP1 & HCOMP3 should be
route as Zo=55ohm trace
shorter than 0.5"
(5)
HCOMP1 & HCOMP3 should be
route with 5 mil width
HCOMP0 & HCOMP2 should be
route as Zo=27.4ohm trace
shorter than 0.5"
HCOMP0 & HCOMP2 should be
route with 18 mil width
HCOMP0
1
2
R71
27.4
0402
1%
HCOMP1
1
2
R72
54.9
0402
1%
HCOMP2
1
2
R67
27.4
0402
1%
C
HCOMP3
1
2
R68
54.9
0402
1%
GND
CPU_TEST1
1
2
R77
1K/NA
0402
5%
CPU_TEST2
1
2
R83
1K/NA
0402
5%
GND
Close to CPU as possible.
+VCCP
R619
1K/NA
0402
5%
B
FS_B
(12)
FS_C
(12)
R620
1K
1
2
CFG1
(5)
R621
1
1K
2
CFG2
(5)
R637
0/NA
0402
5%
GND
BCLK frequency
100 MHz(Default)
133 MHz
A
8066MP Dothan(1/2)
Rev
PCB/ASSY 316686900001/411686920007
R02
Tuesday, February 01, 2005
Sheet
3
of
29
1
Advertisement
Table of Contents
