Text preview for : QUANTA_ED2L-REV_E3A.pdf part of Quanta QUANTA ED2L-REV E3A Quanta QUANTA_ED2L-REV_E3A.pdf
Back to : QUANTA_ED2L-REV_E3A.pdf | Home
1 2 3 4 5 6 7 8
CT_0505: Change footprint to +3VRUN +3VRUN
BGA479M-SOCKET from
L100505 from MPGA479M
HD#[0..63]
U31A HD#[0..63] 7
R69
HA#[3..31] 10K-0402 Q14
7 HA#[3..31]
2
HA#3 P4 A19 HD#0 2N7002
HA#4 A3# D0# HD#1
U4 A25
HA#5
HA#6
V3
A4#
A5#
Dothan D1#
D2# A22 HD#2
HD#3
1 3 MBDATA MBDATA 32,37
R3 A6# D3# B21
HA#7 V2 A24 HD#4
HA#8 A7# D4# HD#5
A
HA#9
W1
T4
A8# 1 OF 3 D5# B26
A21 HD#6 +3VRUN +3VRUN A
HA#10 A9# D6# HD#7
W2 A10# D7# B20
HA#11 Y4 C20 HD#8
HA#12 A11# D8# HD#9 +3VRUN R66
HA#13
Y1
U1
A12#
A13#
D9#
D10#
B24
D24 HD#10 15 MIL
HA#14 AA3 E24 HD#11 R68 47 3V_THM 10K-0402
HA#15 A14# D11# HD#12 Q13
Y3 A15# D12# C26
2
HA#16 AA2 B23 HD#13 C83 2N7002
HA#17 A16# D13# HD#14
AF4 A17# D14# E23
HA#18 AC4 C25 HD#15 .1U/10V_4 1 3 MBCLK MBCLK 32,37
HA#19 A18# D15# HD#16
AC7 A19# D16# H23
HA#20 HD#17 U18
AC3 A20# D17# G25
HA#21 AD3 L23 HD#18 1 7 KBSMDAT 0 1 2 R71
A21# D18# VCC SMDATA THRM# 13
HA#22 AE4 M26 HD#19 THERMDC 3 8 KBSMCLK
HA#23 A22# D19# HD#20 DXN SMCLK
AD2 A23# D20# H24 2 DXP -ALT 6 MAX6657_AL# 32
HA#24 AB4 F25 HD#21 4 5
HA#25 A24# REQUEST DATA D21# HD#22 -OVT GND
AC6 A25# D22# G24
HA#26 AD5 PHASE PHASE J23 HD#23 10 mil trace / MAX6657 +3VRUN R72
HA#27 A26# D23# HD#24 C86 10K-0402
AE2 SIGNALS SIGNALS M23
HA#28 AD6
A27# D24#
J25 HD#25 10 mil space
HA#29 A28# D25# HD#26 2200P
AF3 A29# D26# L26
HA#30 AE1 N24 HD#27 R310
HA#31 A30# D27# HD#28 10K-0402
AF1 A31# D28# M25
H26 HD#29 +3VRUN
D29# HD#30 THERMDA
D30# N25 MAX6657_OV# 27,34
K25 HD#31
D31# HD#32
7 HADSTB0# U3 ADSTB0# D32# Y26
AE5 AA24 HD#33
7 HADSTB1# ADSTB1# D33#
T25 HD#34
D34# HD#35
B
D35# U23 B
R2 V23 HD#36
7 HREQ#0 REQ0# D36#
P3 R24 HD#37
7 HREQ#1 REQ1# D37#
T2 R26 HD#38
7 HREQ#2 REQ2# D38#
P1 R23 HD#39
7 HREQ#3 REQ3# D39#
T1 AA23 HD#40
7 HREQ#4 REQ4# D40#
U26 HD#41
D41# HD#42
D42# V24
ERROR HD#43
7 ADS# N2 ADS#
SIGNALS
D43# U25
V26 HD#44
ITP disable guidelines
D44# HD#45
D45# Y23 Signal Resistor Value Connect To Resistor Placement
AA26 HD#46
IERR# D46# HD#47
A4 IERR# D47# Y25 TDI 150 ohm +/- 5% VTT Within 2.0" of the CPU
AB25 HD#48
D48# HD#49
7 HBREQ0# N4 BREQ0# D49# AC23 TMS 39 ohm +/- 5% VTT Within 2.0" of the CPU
J3 ARBITRATION AB24 HD#50
7 BPRI# BPRI# D50#
L1 PHASE AC20 HD#51 TRST# 680 ohm +/- 5% GND Within 2.0" of the CPU
7 BNR# BNR# D51#
J2 SIGNALS AC22 HD#52
7 HLOCK# LOCK# D52#
AC25 HD#53 TCK 27 ohm +/- 5% GND Within 2.0" of the CPU
D53# HD#54
7 HIT# K3 HIT# D54# AD23
K4 SNOOP PHASE AE22 HD#55 TDO Open VTT Within 2.0" of the CPU
7 HITM# HITM# D55#
L4 SIGNALS AF23 HD#56
7 DEFER# DEFER# D56#
AD24 HD#57 Note: Populate R58, R62 when ITP
BPM0# D57# HD#58
C8 AF20
BPM1# B8
BPM0# RESPONSE D58#
AE21 HD#59 connector is populated.
BPM2# BPM1# D59# HD#60
A9 BPM2# PHASE D60# AD21
BPM3# C9 SIGNALS AF25 HD#61
BPM3# D61# HD#62 +VCCP +3VSUS
7 HTRDY# M3 TRDY# D62# AF22
H1 AF26 HD#63
7 RS#0 RS0# D63#
K1 R60 56_4
C 7 RS#1 RS1# C
L2 FERR# 1 2
7 RS#2 RS2#
1
A20M# C2 C23 R319 56_4 R318
12 A20M# A20M# DSTBN0# HDSTBN0# 7
FERR# D3 PC C22 IERR# 1 2 150/F_4
12 FERR# FERR# DSTBP0# HDSTBP0# 7
IGNNE# A3 COMPATIBILITY K24
12 IGNNE# IGNNE# DSTBN1# HDSTBN1# 7
CPUPWRGD E4 SIGNALS L24 R58 200/F
12 CPUPWRGD PWRGOOD DSTBP1# HDSTBP1# 7
SMI# CPUPWRGD
2
12 SMI# B4 SMI# DSTBN2# W25 HDSTBN2# 7 1 2
W24 DBR#
DSTBP2# HDSTBP2# 7
TCK A13 AE24
TCK DSTBN3# HDSTBN3# 7
TDO A12 DIAGNOSTIC AE25
TDO DSTBP3# HDSTBP3# 7
TDI C12 & TEST
TMS TDI
C11 TMS SIGNALS
TRST# B13 D25
TRST# DINV0# HDBI0# 7
T91 *PAD A16 J26 +VCCP +VCCP
ITP_CLK0 DINV1# HDBI1# 7
T93 *PAD A15 T24 R315 27.4/F
ITP_CLK1 DINV2# HDBI2# 7
PREQ# B10 AD20 TCK 1 2
PREQ# DINV3# HDBI3# 7
PRDY# A10 TRST# 1 2
PRDY#
1
1
1
1
DBR# A7 M2
13 SYS_RESET# DBR# DBSY# DBSY# 7
H2 R62 680 R317 R316 R56 R57
DRDY# DRDY# 7
D1 54.9/F 54.9/F 39.2/F 150/F_4
12 INTR LINT0
D4 EXECUTION
12 NMI LINT1
STPCLK# C6 CONTROL B14
12 STPCLK# STPCLK# BCLK1 HCLK_CPU# 17
CPUSLP# TDI
2
2
2
2
7,12 CPUSLP# A6 SLP# SIGNALS BCLK0 B15 HCLK_CPU 17
DPSLP# B7 TMS
G1: NC for Dothan and 12 DPSLP#
G1
DPSLP# TDO
12 DPRSTP# DPRSTP#
DPRSTP# for Yonah CPURST#
THERMDA B18 B5 CPUINIT#
THERMDA INIT# CPUINIT# 12
THERMDC A18 THERMDC CPURST#
RESET# B11 CPURST# 7
D 1 2 THERMTRIP1# C17 D
8,12 THERMTRIP# THERMTRIP#
0_4 R312 THERMAL DIODE C19
DPWR# DPWR# 7
+VCCP CPU_PROCHOT# B17
R311 56_4 PROCHOT#
Dothan Processor PROJECT : ED2L
Quanta Computer Inc.
Size Document Number Rev
Dothan (HOST) E3A
Date: Wednesday, March 23, 2005 Sheet 5 of 38
1 2 3 4 5 6 7 8
1 2 3 4 5 6 7 8
Place voltage +VCCP
+VCCP U31C
divider within U31B
0.5" of GTLREF VSS120 W23
D10 VCCP0 VSS121 W26
COMP0 pin COMP0 P25 A2 D12 Y2
COMP0 VSS00 VCCP1 VSS122
2
COMP1 COMP1 P26 A5 D14 Y5
COMP2 R15 COMP2 COMP1 VSS01 VCCP2 VSS123
AB2 COMP2 VSS02 A8 D16 VCCP3 VSS124 Y21
COMP3 1K/F-0402 Trace as Wider as COMP3 AB1 A11 E11 Y24
possible.
COMP3
Dothan
VSS03
VSS04 A14 E13
VCCP4
VCCP5
Dothan VSS125
VSS126 AA1
2
2
2
2
A VSS05 A17 E15 VCCP6 VSS127 AA4 A
R27 R307 R19 R22 GTLREF0
1
27.4/F 54.9/F 27.4/F 54.9/F
AD26 GTLREF0 VSS06 A20 F10 VCCP7 3 OF 3 VSS128 AA6
2 OF 3 VSS07 A23 F12 VCCP8 VSS129 AA8
2
VSS08 A26 F14 VCCP9 VSS130 AA10
R16 T94 TEST1 C5 B3 F16 AA12
2K/F T89 TEST2 TEST1 VSS09 VCCP10 POWER, GROUND AND NC VSS131
1
1
1
1
F23 TEST2 VSS10 B6 K6 VCCP11 VSS132 AA14
VSS11 B9 L5 VCCP12 VSS133 AA16
VSS12 B12 L21 VCCP13 VSS134 AA18
T97
1
B2 NC1 VSS13 B16 M6 VCCP14 VSS135 AA20
Place pulldown resistors within VSS14 B19 M22 VCCP15 VSS136 AA22
T95 C3 B22 N5 AA25
0.5" of COMP pins T84 AF7
RSVD2 VSS15
B25 N21
VCCP16 VSS137
AB3
T83 RSVD3 POWER, VSS16 VCCP17 VSS138
18mils Trace Width of COMP0,2 AC1 RSVD4 VSS17 C1 P6 VCCP18 VSS139 AB5
5mils Trace Width of COMP1,3 CPU_VCCA T90 E26 GROUND, C4 P22 AB7
RSVD5 VSS18 VCCP19 VSS140
RESERVED VSS19 C7 R5 VCCP20 VSS141 AB9
1
1
C71 C75 C10 R21 AB11
T85 SIGNALS VSS20 VCCP21 VSS142
AC26 VCCA3 VSS21 C13 T6 VCCP22 VSS143 AB13
.01U/16V_4 10U_6.3V_8 T92 N1 C15 T22 AB15
T96 VCCA2 VSS22 VCCP23 VSS144
2
2
B1 VCCA1 VSS23 C18 U21 VCCP24 VSS145 AB17
R55 0_4 CPU_VCCA F26 C21 AB19
+1_5VRUN VCCA0 VSS24 VSS146
VSS25 C24 P23 VCCQ0 VSS147 AB21
Removed +1_8VRUN VHCORE D2 W4 AB23
VSS26 VCCQ1 VSS148
VSS27 D5 VSS149 AB26
D6 VCC00 VSS28 D7 VSS150 AC2
D8 VCC01 VSS29 D9 33 CPU_VID0 E2 VID0 VSS151 AC5
D18 VCC02 VSS30 D11 33 CPU_VID1 F2 VID1 VSS152 AC8
VHCORE VHCORE D20 D13 F3 AC10
VCC03 VSS31 33 CPU_VID2 VID2 VSS153