5 4 3 2 1
VCC SWITCH
L50II0 Schematics Rev:C
PAGE CONTENT
1. Cover Page
L50II0 REV:A P/N LIST
D D
2. System Block Diagram
PCB P/N PCB ASSY P/N
3. POWER BLOCK DIAGRAM
4. GPIO & POWER CONSU
5. YONAH CPU HOST & CPU Thermal Sensor
6. CPU_POWER
7. CLK GEN ICS9LPR310-CLK
8. NB(1)_Host
9. NB(2)_DMI/Configuation/PM
10. NB(3)_VGA_TV_LVDS_PCIEx16* I/F
11. NB(4)_DDR2 I/F
12. NB(5)_POWER
C C
13. NB(6)_POWER
14. DDR2 _SO-DIMM
15. SB(1)_CPU/SATA/IDE/RTC/LPC/AZALIA
16. SB(2)_PCI/GPIO/SMBUS/PM/DMI/USB/PCIEx1
17. SB(3)_Power
18. IEEE1394A & CARD READER
19. LAN 10/100
20. HDD/ODD/FAN/SMART PWR
21. EC IT8510E
22. LCD PWR / INVERT CONN / LVDS CONN/ROM
23. MINI CARD & NEW CARD & 3G & BT
24. Daughter BD CONN
B B
25. CRT CONN WITH PR8800
26. +5V&+3V(MAX8734A)
27. +CPU CORE(MAX8771)
28. +1.5V&+1.8V(OZ813) & +2.5V(RT9173B)
29. +1.05V(OZ818) & +1.2V(RT9173B) & +0.9V(RT9173B)
30. +1.0V_VGA & +1.8V_VGA(OZ813)
31. POWER ON SWITCH FUNC.
32. Charger func.(TL594) & DC IN CON & BATTERY CONN
33 Every Ver. Histor
37GL50200-C0 PCB MAIN BD FOR L50II0 REV:C
A A
82GL50200-C0 M/B ASSY FOR L50II0
Name of Part
Cover Page
Project Rev
L50II0
C
Sheet
/
Date: Tuesday, April 25, 2006 1 33
UNIWILL COMPUTER CORP.
ISSUED BY DC2 3255
5 4 3 2 1
5 4 3 2 1
CLK GEN
ICS 925083
INTEL CPU
Yonah/Merom
Dual/Singal
D D
CRT
FSB533/667
TV
North Bridge
S-OUT
DDR2 Channel A
DDR2 SO-DIMM1/533/667
INTEL
945GM
14.318 MHz
DDR2 SO-DIMM2/533/667
DDR2 Channel B
14"~15"
LCD
DMI BUS
ODD
C C
PATA I/F
MASTER
South Bridge
AZALIA I/F
SATA HDD
SATA I/F
AUDIO CODEC AZALIA
INTEL
MIC EAR/SPDIF
PATA HDD
MODEM
ICH7M
ALC880
PCI I/F
IEEE 1394/CardReader
LAN
OZ128T
PCI I/F
AMP
RTL8100CL
TPA6011A
1XPCI-EXPRESS
B B
MINI CARD
NEW CARD
Wireless LAN
SPK-L SPK-R
EC
VGA SENSOR CPU SENSOR
USB LPC BUS SYS Temp DDR Temp
SMART PWR
LCD CTRL
ADM1032 ADM1032 Thermistor Thermistor
ITE 8510
USB USB USB USB
NEW-Card BlueTooth 3G-WCDMA
PR8800
Debug PWR ON
LED Touch PAD CHARGER BATTERY SWITCH
BIOS FAN_CPU K/B
PORT CTRL
A A
Name of Part
BLOCK_DIAGRAM
Project Rev
L50II0
C
Sheet
/ 33
Date: Tuesday, April 25, 2006 2
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
5 4 3 2 1
VIN +1.8VS
POWER BLOCK DIAGRAM
ISL6224
RSS090N03 RT9173B +0.9VS
VID0
VID1
VIN
D D
VID2
VID3
SC451 RSS090N03
CPU_CORE +1.8V
VID4 SI4362
VID5
AO4422
VIN +5VA
POWER Sequence
RSS090N03 AO4422 +5VS
SI4835 +5V
+3VA,+5VA,+12VA
C SC1404 C
PWRSW
+12VA
. +3.3VS_ON
+5VS,+12VS
SI2301 +12VS
+3.3VS
. +1.5VS_ON
1ms
+1.5VS
VIN +3.3VA
+3.3VS
. +1.05VS_ON
+2.5VS
. +1.8V_DDR_ON
RSS090N03 AO4422 RT9173B
1ms
+1.8VS
1ms
+1.05VS
SI4835 +3.3V/ ÿ0.9A
50ms
10ms
. RSMRST#
1s
.
PWRBTN#
. +5V_ON
B B
5.8ms
+5V
40ms
VIN +1.5VS/4.5A +1.5V
+3.3V
+2.5V
ISL6225
. +1.8V_ON
RSS090N03 AO4422
+1.8V
+1.05V
+1.5V
7ms
VIN +1.05VS/4.5A .
Vcore_ON
Vcore
110ms
.
PWROK/VR_PWRGD
RSS090N03 AO4422 +1.05V/1.8A
H_PWRGD
PCIRST#/PLTRST#
A A
CPURST#
Name of Part
POWER DIAGRAM & SEQUENCE
.
EC Control Pin
Project Rev
L50II0
C
Sheet
/ 33
Date: Tuesday, April 25, 2006 3
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
5 4 3 2 1
ICH6-M CPU ITE8510E
ITE8510E ITE8510E
CPU CORE(V)ICC(mA) W TEMP(!)
GPIO
VCC ICC(mA) W TEMP(!)
GPIO GPIO
GPI0 BM_BUSY# 2.0G 1.525 35.7 54.3 69
GPCF0 RF_SW# GPC0 PWROK +3.3V 300 1 70
GP7 2.2G 1.525 37.5 57.1 70
GPCF1 SILENT#/ GPC1 BAT2_SMBCLK
GP8 EC_EXTSMI# 2.26G 1.525 38.1 58.0 70
GPCF2 IR_PS2CLK1 GPC2 BAT2_SMBDAT
GPI11 SMB_ALERT# 2.4G 1.525 39.3 59.8 71
GPCF3 IR_PS2DAT1 GPC3 SB_ALERT#1
GPI12 2.5G 1.525 40 61.0 72
D GPCF4 TP_CLK GPC4 SB_ALERT#2 D
GPI13 2.53G 1.525 40.4 61.5 72
CLOCK GENERATOR
GPCF5 TP_DATA GPC5 TP_LED#
GPO18 PM_STPPCI_ICH# 2.6G 1.525 41.05 62.6 72
GPCF6 MAIL# GPC6 CHG_ON VCC ICC(mA) W TEMP(!)
GPO19 2.66G 1.525 43.35 66.1 74
GPCF7 BROWSER# GPC7 SILENT_LED# +3.3V 180 0.594 70
GPO20 PM_STPCPU_ICH# 2.8G 1.525 44.86 68.4 75
GPI0 SCROLL# ADC0 BAT_TEMP
GPO21 TPM_EN 1.525 55.9 85.2 81
3.06G
GPI1 CAPS# ADC1 ADAPTOR_I
GPO23
GPI2 NUM# ADC2 DDR2_TEMP
GPIO24
GPI3 CHG_R_LED# ADC3 VGA_TEMP
GPIO25
ALC880
GPI4 CHG_G_LED# DAC0 BRIGHTADJ
GPIO26 SATA0_GP
GPI5 SUSLED_LED# DAC1 CHG_I VCC ICC(mA) W TEMP(!)
GPIO27
GPI6 DAC2 FAN_CTRL0 +3.3V(DVDD) 71 0.234 70
VOLMAX
MCHE
GPIO28
GPH0 +1.8V_DDR_ON DAC3
NA
GPIO29 PNLSW1 VCC ICC(mA) W TEMP(!)
GPH1 +1.8V_ON
GPIO30 PNLSW2 +3.3V 108.19 0.357
GPH2 +1.05VS_ON
GPIO31 PNLSW0 +3.3VA 501.3 1.254
GPH3 +3.3VS_ON
GPIO32 PM_CLKRUN# +2.5V 1390 2.502
GPH4 +5V_ON 70
GPIO33 +1.5V 33.4 0.084
TPA6011A4
GPH5 SET_V
GPIO34 +VCCP 10 0.018
GPH6 +1.5VS_ON VCC ICC(mA) W TEMP(!)
+VCC_GMCH_CORE
266 0.452
GPH7 VCORE_ON 3.3V 30 0.099W 85
C C
GPG4 TP_DISABLE
GPG5 LCDSW
GPG6 MUTE#
GPG7 EXTTS#0
ADM1032
GPB0 CELERON_VO_DET
GPB1 CPPE# VCC ICC W TEMP(!)
GPB2 PM_RSMRST# +3.3V 170uA 0.56mW 150
ICH6-M
GPB3 BAT_SMBCLK
VCC ICC(mA) W TEMP(!)
GPB4 BAT_SMBDAT
+3.3V 96 0.315
GPB5 H_A20GATE
+3.3VA 275 0.909
GPB6 H_RCIN#
+1.5V 487 0.876
GPB7 RFLED_ON# 70
+1.5VA 27 0.049
GPE0
NA
+3.3VA_RTC
0.003 0.00001
GPE1 CPU_BSEL0
GPE2
NA
GPE3
NA
GPE4 PWRSW
GPE5 LID#
GPE6 PCM#
B B
GPE7 PM_SLP_S3#
GPD0 ADAP_IN
GPD1 REMOTE_ON#
GPD2 PCI_RST#/PLT_RST#
GPD3 EC_EXTSMI#
GPD4 PM_SLP_S4#
SMART POWER TABLE
GPD5 PM_THROTTLING#
GPD6 FAN_SPD#
VID6 VID5 VID4 VID3 VID2 VID1 VID0 VCORE +_mV
GPD7 EC_PREST#
0 0 0 0 0 0 0 1.5000 -0mV
GPA0 BTL_BEEP
0 0 0 0 0 0 1 1.4875 -2.5mV
GPA1 EC_VID1
0 0 0 0 0 1 0 1.4750 -5mV
GPA2 EC_VID2
0 0 0 0 1 0 0 1.4500 -50mV
GPA3 EC_VID3
0 0 0 1 0 0 0 1.4000 -100mV
GPA4 EC_VID4
0 0 1 0 0 0 0 1.3000 -200mV
GPA5 SMP1_EN#
0 1 0 0 0 0 0 1.1000 -400mV
GPA6 SMP2_EN#
1 0 0 0 0 0 0 0.7000 -800mV
GPA7 PWRBTN#
0 0 1 1 0 1 1 1.1625
0 0 1 0 0 0 1
A 0 0 1 0 0 1 0 A
0 0 1 0 1 0 0
0 0 1 0 1 1 0
0 0 1 1 0 0 1
Name of Part
0 0 1 1 0 1 0
GPIO & POWER CONSU
Project Rev
L50II0
C
Sheet
/ 33
Date: Tuesday, April 25, 2006 4
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
5 4 3 2 1
8 H_A#[31:3]
8 H_REQ#[4:0] 8 H_D#[63:0]
8 H_RS#[2:0]
CN15-1
H_A#3 CN15-2
J4 H1
A{3}# ADS# H_ADS# 8
H_A#4 H_D#0 H_D#32
L4 E2 E22 AA23
A{4}# BNR# H_BNR# 8 D{0}# D{32}#
H_A#5 H_D#1 H_D#33
M3 G5 F24 AB24
A{5}# BPRI# H_BPRI# 8 D{1}# D{33}#
H_A#6 H_D#2 H_D#34
K5 E26 V24
A{6}# D{2}# D{34}#
H_A#7 H_D#3 H_D#35
M1 H5 H22 V26
A{7}# DEFER# H_DEFER# 8 D{3}# D{35}#
H_A#8 H_D#4 H_D#36
N2 F21 F23 W25
A{8}# DRDY# H_DRDY# 8 D{4}# D{36}#
H_A#9 H_D#5 H_D#37
J1 E1 G25 U23
A{9}# DBSY# H_DBSY# 8 D{5}# D{37}#
H_A#10 H_D#6 H_D#38
N3 E25 U25
A{10}# D{6}# D{38}#
H_A#11 H_D#7 H_D#39
P5 F1 E23 U22
A{11}# BR0# H_BREQ#0 8 D{7}# D{39}#
H_A#12 H_D#8 H_D#40
P2 K24 AB25
A{12}# D{8}# D{40}#
D H_A#13 H_IERR# H_D#9 H_D#41 D
L1 D20 G24 W22
A{13}# IERR# D{9}# D{41}#
H_A#14 H_D#10 H_D#42
P4 B3 J24 Y23
A{14}# INIT# H_INIT# 15 D{10}# D{42}#
H_A#15 H_D#11 H_D#43
P1 J23 AA26
A{15}# D{11}# D{43}#
H_A#16 H_D#12 H_D#44
R1 H4 H26 Y26
A{16}# LOCK# H_LOCK# 8 D{12}# D{44}#
H_D#13 H_D#45
L2 F26 Y22
8 H_ADSTB#0 ADSTB{0}# D{13}# D{45}#
H_CPURST# H_D#14 H_D#46
B1 K22 AC26
RESET# H_CPURST# 8 D{14}# D{46}#
H_RS#0 H_D#15 H_D#47
F3 H25 AA24
RS{0}# D{15}# D{47}#
H_REQ#0 H_RS#1
K3 F4 H23 W24
8 H_DSTBN#0
REQ{0}# RS{1}# DSTBN{0}# DSTBN{2}# H_DSTBN#2 8
H_REQ#1 H_RS#2
H2 G3 G22 Y25
8 H_DSTBP#0
REQ{1}# RS{2}# DSTBP{0}# DSTBP{2}# H_DSTBP#2 8
H_REQ#2
K2 G2 J26 V23
REQ{2}# TRDY# H_TRDY# 8 8 H_DINV#0 H_DINV#2 8
DINV{0}# DINV{2}#
H_REQ#3
J3
REQ{3}#
H_REQ#4
L5 G6
REQ{4}# HIT# H_HIT# 8
H_D#16 H_D#48
E4 N22 AC22
HITM# H_HITM# 8 D{16}# D{48}#
H_A#17 H_D#17 H_D#49
Y2 K25 AC23
A{17}# D{17}# D{49}#
H_A#18 H_D#18 H_D#50
U5 AD4 P26 AB22
A{18}# BPM{0}# D{18}# D{50}#
H_A#19 H_D#19 H_D#51
R3 AD3 R23 AA21
A{19}# BPM{1}# D{19}# D{51}#
H_A#20 H_D#20 H_D#52
W6 AD1 L25 AB21
A{20}# BPM{2}# D{20}# D{52}#
H_A#21 H_D#21 H_D#53
U4 AC4 L22 AC25
A{21}# BPM{3}# D{21}# D{53}#
H_A#22 H_D#22 H_D#54
Y5 AC2 L23 AD20
A{22}# PRDY# D{22}# D{54}#
H_A#23 H_PREQ# H_D#23 H_D#55
U2 AC1 M23 AE22
A{23}# PREQ# D{23}# D{55}#
H_A#24 H_TCK H_D#24 H_D#56
R4 AC5 P25 AF23
A{24}# TCK D{24}# D{56}#
H_A#25 H_TDI H_D#25 H_D#57
T5 AA6 P22 AD24
A{25}# TDI D{25}# D{57}#
H_A#26 H_TDO H_D#26 H_D#58
T3 AB3 P23 AE21
A{26}# TDO D{26}# D{58}#
H_A#27 H_TMS H_D#27 H_D#59
W3 AB5 T24 AD21
A{27}# TMS D{27}# D{59}#
H_A#28 H_TRST# +1.05V
H_D#28 H_D#60
W5 AB6 R24 AE25
A{28}# TRST# D{28}# D{60}#
H_A#29 H_D#29 H_D#61
Y4 C20 L26 AF25
A{29}# DBR# D{29}# D{61}#
H_A#30 H_D#30 H_D#62
W2 T25 AF22
A{30}# D{30}# D{62}#
H_A#31 H_PROCHOT# H_D#31 H_D#63
Y1 D21 N24 AF26
A{31}# PROCHOT# D{31}# D{63}#
H_THERMDA R337
V4 A24 M24 AD23
8 H_ADSTB#1 8 H_DSTBN#1 H_DSTBN#3 8
ADSTB{1}# THERMDA DSTBN{1}# DSTBN{3}#
H_THERMDC
A25 N25 AE24
8 H_DSTBP#1
THERMDC DSTBP{1}# DSTBP{3}# H_DSTBP#3 8
1K_1%
A6 M26 AC20
8 H_DINV#1
15 H_A20M# A20M# DINV{1}# DINV{3}# H_DINV#3 8
A5 C7
15 H_FERR# FERR# THERMTRIP# PM_THRMTRIP# 9,15
H_GTLREF H_COMP0 R99 27.4R_1%
C C4 AD26 R26 C
15 H_IGNNE# IGNNE# GTLREF COMP{0}
H_COMP1 R92 54.9R_1%
PM_THRMTRIP# space 2:1 Layout note: 0.5" max length. U26
COMP{1}
H_COMP2 R94 27.4R_1%
D5 U1
15 H_STPCLK# STPCLK# COMP{2}
R333 H_COMP3 R91 54.9R_1%
C6 A22 V1
15 H_INTR LINT0 BCLK{0} CLK_CPU_BCLK 7 COMP{3}
R388 *1K H_TEST1
B4 A21 C26
15 H_NMI LINT1 BCLK{1} CLK_CPU_BCLK# 7 TEST1
2K_1%
A3
15 H_SMI# SMI#
R387 51R H_TEST2
D25 MISC E5
TEST2 DPRSTP# H_DPRSTP# 15,27
AA1 B5
RSVD{01} DPSLP# H_DPSLP# 15
AA4 T22 D24
RSVD{02} RSVD{12} DPWR# H_DPWR# 8
CPU_BSEL0
AB2 B22 D6
RSVD{03} BSEL{0} PWRGOOD H_PWRGD 15
CPU_BSEL1
AA3 B23 D7
RSVD{04} 9,21 CPU_BSEL1 BSEL{1} SLP# H_CPUSLP# 8,15
CPU_BSEL2
M4 D2 C21 AE6
RSVD{05} RSVD{13} BSEL{2} PS1# H_PSI# 27
N5 F6
RSVD{06} RSVD{14}
I24075270
T2 D3
RSVD{07} RSVD{15}
V3 C1
RSVD{08} RSVD{16}
B2 AF1
RSVD{09} RSVD{17}
C3 D22
RSVD{10} RSVD{18}
C23
RSVD{19}
B25 C24
RSVD{11} RSVD{20}
+1.05V
I24074326
Close to NB
R403
1K Design guide recommend 2.2K
CPU_BSEL0 9
CPU_BSEL0 R445 *10K
CLK_BSEL0 7
+1.05V
H_DPRSTP# Layout routing is
B B
ICH-7 -> CPU -> IMVP-6 sequency H_PREQ# R82 *56R
+CPU_CORE
Close CPU
R170 +1.05V
AUX_OFF# 26,32
100K
Z0504 Q27 H_IERR# R404 56R
B
2N3904
H_PROCHOT#
Design guide recommend 2.2K R132 56R
C177
CPU_BSEL1 PM_THRMTRIP# R176 1K Z0505 Q28 H_STPCLK# R131 150R
B
CPU_BSEL1 9,21
2N3904 1u
R252 10K C176 H_TDO R84 *54.9R
CLK_BSEL1 7
0.1u H_TMS R88 *39.2R
R402
H_TDI R90 150R
+3.3V
1K
+3.3V R408 200R Z0503 H_CPURST# R134 *54.9R
C447 CPU Thermal Sensor
Design guide recommend 2.2K
1u/10V/Y5V/0603 R154 H_TRST# R89 680R
CPU_BSEL2 R169
CPU_BSEL2 9
100K H_TCK R83 27.4R_1%
U15 R441 10K 100K Q21
CLK_BSEL2 7
Z0506 2N7002
G
A A
H_THERMDA
2 7
D+ ADATA SMBDAT_EC 7,21
R409
C446 C140
H_THERM# 1K Q20
4 8
THERM SCLK SMBCLK_EC 7,21
2200p/50V/X7R H_THERM# R153 0R Z0507G 2N7002 1u
Name of Part
H_THERMDC C165
3 6
CPU_HOST
D- ALERT
BSEL2 BSEL1 BSEL0 MHZ
*0.1u Project Rev
ADM1032ARM 0 0 1
FSB533 133 L50II0
C
0 1 1 Sheet
FSB667 166
/
Date: Tuesday, April 25, 2006 5 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
ADDR GROUP 0
DATA GRP 0
ADDR GROUP 1
DATA GRP 1
DATA GRP 2
CONTROL
DATA GRP 3
XDP/ITP SIGNALS
THERM
RESERVED
H CLK
E
C
E
C
1
S
D
S
D
GND
VDD
5
5 4 3 2 1
+CPU_CORE
CN15-4
+CPU_CORE +CPU_CORE
A4 P6
VSS001 VSS082
A8 P21
VSS002 VSS083
CN15-3
A11 P24
VSS003 VSS084
C401 C101 C422 C68 C431 C392
A7 AB20 A14 R2
VCC001 VCC068 VSS004 VSS085
A9 AB7 A16 R5
VCC002 VCC069 VSS005 VSS086
4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805
A10 AC7 A19 R22
VCC003 VCC070 VSS006 VSS087
A12 AC9 A23 R25
VCC004 VCC071 VSS007 VSS088
D D
A13 AC12 A26 T1
VCC005 VCC072 VSS008 VSS089
A15 AC13 B6 T4
VCC006 VCC073 VSS009 VSS090
A17 AC15 B8 T23
VCC007 VCC074 VSS010 VSS091
A18 AC17 B11 T26
VCC008 VCC075 VSS011 VSS092
A20 AC18 B13 U3
VCC009 VCC076 VSS012 VSS093
C96 C90 C432 C391 C423 C400
B7 AD7 B16 U6
VCC010 VCC077 VSS013 VSS094
B9 AD9 B19 U21
VCC011 VCC078 VSS014 VSS095
4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805
B10 AD10 B21 U24
VCC012 VCC079 VSS015 VSS096
B12 AD12 B24 V2
VCC013 VCC080 VSS016 VSS097
B14 AD14 C5 V5
VCC014 VCC081 VSS017 VSS098
B15 AD15 C8 V22
VCC015 VCC082 VSS018 VSS099
B17 AD17 C11 V25
VCC016 VCC083 VSS019 VSS100
B18 AD18 C14 W1
VCC017 VCC084 VSS020 VSS101
B20 AE9 C16 W4
VCC018 VCC085 VSS021 VSS102
C424 C425 C378 C385 C427 C386 C426 C383
C9 AE10 C19 W23
VCC019 VCC086 VSS022 VSS103
C10 AE12 C2 W26
VCC020 VCC087 VSS023 VSS104
1u/10V/Y5V/06031u/10V/Y5V/06031u/10V/Y5V/06031u/10V/Y5V/06031u/10V/Y5V/06031u/10V/Y5V/06031u/10V/Y5V/06031u/10V/Y5V/0603
C12 AE13 C22 Y3
VCC021 VCC088 VSS024 VSS105
C13 AE15 C25 Y6
VCC022 VCC089 VSS025 VSS106
C15 AE17 D1 Y21
VCC023 VCC090 VSS026 VSS107
C17 AE18 D4 Y24
VCC024 VCC091 VSS027 VSS108
C18 AE20 D8 AA2
VCC025 VCC092 VSS028 VSS109
D9 AF9 D11 AA5
VCC026 VCC093 VSS029 VSS110
D10 AF10 D13 AA8
VCC027 VCC094 VSS030 VSS111
C127 C384 C154 C63 C115 C114 C379 C64
D12 AF12 D16 AA11
VCC028 VCC095 VSS031 VSS112
D14 AF14 D19 AA14
VCC029 VCC096 VSS032 VSS113
1u/10V/Y5V/0603 1u/10V/Y5V/06031u/10V/Y5V/06031u/10V/Y5V/06031u/10V/Y5V/06031u/10V/Y5V/06031u/10V/Y5V/0603
1u/10V/Y5V/0603
D15 AF15 D23 AA16
VCC030 VCC097 VSS033 VSS114
D17 AF17 D26 AA19
VCC031 VCC098 VSS034 VSS115
D18 AF18 E3 AA22
VCC032 VCC099 VSS035 VSS116
E7 AF20 E6 AA25
VCC033 VCC100 VSS036 VSS117
E9 E8 AB1
VCC034 VSS037 VSS118
E10 V6 E11 AB4
VCC035 VCCP01 +1.05V VSS038 VSS119
E12 G21 E14 AB8
VCC036 VCCP02 VSS039 VSS120
C E13 J6 E16 AB11 C
VCC037 VCCP03 VSS040 VSS121
C55 C48 C53 C144 C135 C122 C61 C50 C59 C57
E15 K6 E19 AB13
VCC038 VCCP04 VSS041 VSS122
E17 M6 E21 AB16
VCC039 VCCP05 VSS042 VSS123
1000p 1000p 1000p 1000p 1000p 1000p 1000p 1000p 1000p 1000p
E18 J21 E24 AB19
VCC040 VCCP06 VSS043 VSS124
E20 K21 F5 AB23
VCC041 VCCP07 VSS044 VSS125
+1.5V
F7 M21 F8 AB26
VCC042 VCCP08 VSS045 VSS126
F9 N21 F11 AC3
VCC043 VCCP09 VSS046 VSS127
F10 N6 F13 AC6
VCC044 VCCP10 VSS047 VSS128
F12 R21 F16 AC8
VCC045 VCCP11 VSS048 VSS129
L48
F14 R6 F19 AC11
VCC046 VCCP12 VSS049 VSS130
F15 T21 F2 AC14
VCC047 VCCP13 VSS050 VSS131
F17 T6 F22 AC16
VCC048 VCCP14 VSS051 VSS132
QT1608RL600
F18 V21 F25 AC19
VCC049 VCCP15 VSS052 VSS133
C54 C47 C56 C58 C51 C49 C60 C62
F20 W21 G4 AC21
VCC050 VCCP16 VSS053 VSS134
AA7 Close to Pin 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u
G1 AC24
VCC051 VSS054 VSS135
Z0601
AA9 B26 G23 AD2
VCC052 VCCA VSS055 VSS136
AA10 G26 AD5
VCC053 VSS056 VSS137
AA12 H3 AD8
VCC054 VSS057 VSS138
C443 C442
AA13 AD6 H6 AD11
VCC055 VID0 H_VID0 20 VSS058 VSS139
AA15 AF5 H21 AD13
VCC056 VID1 H_VID1 20 VSS059 VSS140
0.01u
AA17 AE5 H24 AD16
VCC057 VID2 H_VID2 20 VSS060 VSS141
C119 C121 C134 C145 C143
AA18 AF4 J2 AD19
VCC058 VID3 H_VID3 20 VSS061 VSS142
C133 C120 C142 C132
AA20 AE3 J5 AD22
VCC059 VID4 H_VID4 20 VSS062 VSS143
0.1u 0.1u 0.1u 0.1u 1000p 1000p 1000p 1000p 1000p
AB9 AF2 J22 AD25
VCC060 VID5 H_VID5 20 VSS063 VSS144
AC10 AE2 J25 AE1
VCC061 VID6 H_VID6 20 VSS064 VSS145
AB10 K1 AE4
VCC062 VSS065 VSS146
AB12 K4 AE8
VCC063 VSS066 VSS147
AB14 AF7 K23 AE11
VCC064 VCCSENSE VCORE_VCCSENSE 27 VSS067 VSS148
AB15 K26 AE14
VCC065 VSS068 VSS149
AB17 L3 AE16
VCC066 VSS069 VSS150
AB18 AE7 L6 AE19
VCC067 VSSSENSE VCORE_VSSSENSE 27 VSS070 VSS151
L21 AE23
VSS071 VSS152
L24 AE26
B B
VSS072 VSS153
I24088053
M2 AF3
VSS073 VSS154
M5 AF6
VSS074 VSS155
M22 AF8
VSS075 VSS156
M25 AF11
VSS076 VSS157
N1 AF13
VSS077 VSS158
N4 AF16
VSS078 VSS159
N23 AF19
VSS079 VSS160
N26 AF21
VSS080 VSS161
+CPU_CORE
P3 AF24
QT1608GRL600 = 200mA VSS081 VSS162
I24089147
QT1608RL120 = 200mA
QT1608RL600 = 200 mA C128 C157 C131 C45 C130 C100 C83 C153
QT1608RL030 = 500mA
1u/10V/Y5V/0603 1u/10V/Y5V/0603 1u/10V/Y5V/0603 1u/10V/Y5V/0603 1u/10V/Y5V/0603 1u/10V/Y5V/0603 1u/10V/Y5V/0603 1u/10V/Y5V/0603
QT1608RL060 = 500mA
+1.05V
C407 C417 C408 C416
C420 C402 C396 C98 C398 C421 C67 C70 C403 C102
0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u
A A
Name of Part
CPU_POWER
Project Rev
L50II0
C
Sheet
/
Date: Tuesday, April 25, 2006 6 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
4.7u/10V/0805
4.7u/10V/0805
4.7u/10V/0805
4.7u/10V/0805
4.7u/10V/0805
5 4 3 2 1
+3.3V
Close pin 28,42
CLK_VDDA L35
QT1608RL600
C247 C250 C249 C248
Close pin 50
0.1u 0.1u 0.1u *4.7u/10V/X5R/0805
Close pin 56 Close pin 1,7
Reserved FOR EMI
D R266 D
C251 10p PCI_CLK_LAN
Z0703 L33
C473 10p PCI_CLK_1394_A 2.2R/0603_1% QT1608RL600
C243 C240
C242 10p PCI_CLK_LPC R265
PCI
VDD_A_CR C245 0.1u 1u
Power
C475 10p PCI_CLK_SB R264
C246 2.2R/0603_1% 0.1u
C237 10p PCI_CLK_DEBUG 1R/0603_1%
PCI-E
U18
1u
Power
C241 10p CLK_BSEL1
Z0704
28 11
VDDPCIEX VDD48
C476 10p CLK_BSEL0 VDD_REF_CR C244 0.1u
Pin3,4,5,12,64 programming to 42 56 Xtal
VDDPCIEX VDDREF
"normal" driving. Power
CLK_VDDA
RB-M1 50 PLL 45
VDDCPU VDDA
46
PowerGNDA
R274 33R PCI_CLK5
5 Add to check list
19 PCI_CLK_LAN PCICLK3
STP_PCI# R434 0R
63
PCI/PCIEX_STOP# PM_STPPCI# 16
R433 33R PCI_CLK4 STP_CPU# R436 *0R
4 62
18 PCI_CLK_1394_A PCICLK2_2X CPU_STOP# PM_STPCPU# 16,20
R251 33R PCI_CLK3 GMCH_HCLK R448 22R
3 49
21 PCI_CLK_LPC PCICLK1_2X CPUCLKT1 CLK_MCH_BCLK 8
GMCH_HCLK# R450 22R
48
CPUCLKC1 CLK_MCH_BCLK# 8
R250 33R PCI_CLK1
64
21 PCI_CLK_DEBUG PCICLK0_2X
CPU_HCLK R442 22R
52
CPUCLKT0 CLK_CPU_BCLK 5
CPU_HCLK# R444 22R
SELDOT , 1= Pin 14/15 DOT 96MHZ , Pin 17/18 LCDCLK 51
CPUCLKC0 CLK_CPU_BCLK# 5
0= Pin 14/15 27MHZ Fix/SS Pin 17/18 PCIEX
R256 *10K Z0707 PCIE_CLK1 R269 22R
IP 9 19
SELDOT/ PCICLK_F1 PCIEXT1 GCLK 9
R437 33R PCI_CLK2 PCIE_CLK1# R272 22R
8 20
16 PCI_CLK_SB PCICLK_F0 PCIEXC1 GCLK# 9
PCIE_CLK2 R451 22R
22
Bsel [0,2] CLK_PCIE_NEW_CARD 23
PCIEXT2
CLK_BSEL2 PCIE_CLK2# R452 22R
C 61 23 C
FLSC/REF1 PCIEXC2 CLK_PCIE_NEW_CARD# 23
CLK_BSEL2
Vil = 0.3 R253 33R CLK_BSEL1
60
5 CLK_BSEL2 16 CLK_ICH14 FLSB/REF0
R439 33R PCIE_CLK3 R453 22R
12 24
16 CLK_USB48 FLSA/USB_48M_2X PCIEXT3 CLK_PCIE_ICH 16
Vih = 0.7
CLK_BSEL1 PCIE_CLK3# R455 22R
25
5 CLK_BSEL1 PCIEXC3 CLK_PCIE_ICH# 16
5 CLK_BSEL0
55 30
5,21 SMBDAT_EC
SDATA PCIEXT4
54 31
5,21 SMBCLK_EC
SCLK PCIEXC4
R449
36
PCIEXT5
R268 22R Z0701
17 35
9 NB_LVDS_SSCLK LCD_SSCGT/PCIEXOT PCIEXC5
100R R271 22R Z0702
18
9 NB_LVDS_SSCLK# LCD_SSCGC/PCIEXOC
PCIE_CLK6 R454 22R
39
PCIEXT6 CLK_PCIE_Mini card 23
R273 22R SATA_CLKP_C PCIE_CLK6# R456 22R
26 38
15 SATA_CLKP SATACLKT PCIEXC6 CLK_PCIE_Mini card# 23
R275 22R SATA_CLKN_C
27
15 SATA_CLKN SATACLKC
41
PCIEXT7
+3.3V
+3.3V
33 40
PEREQ4# PCIEXC7
32
23 NEW_CARD_REQ# PEREQ3#
34 44
9 GMCH_CLK_REQ# PEREQ2# PCIEXT8
16 43
23 MINICARD_CLK_REQ# PEREQ1# PCIEXC8
R259
DOT_96CLK R443 22R 10K
14
check NB_DOT_96CLK 9
DOTT_96M
XTAL_OUT DOT_96CLK# R447 22R
57 15
X2_OUT DOTC_96M NB_DOT_96CLK# 9
XTAL_IN
58
X1_IN
10
VTT_PWRGD#/PD MAX8771_CLKEN# 27
IREF
47
VREF
R267
9LPR310-CLK
GCLK => PCI-E & DMI (100MHZ)
DREFCLK => Dispaly PLLA ( nun- ss 96MHZ)
XTAL_OUT 4.3K_1%
DRESSFCLK => Display LVDS PLLB ( ss 100MHZ)
XTAL_IN
B B
Y4
Ce = 2*CL - ( Cs + Ci )
14.318MHz_DIP
STP_PCI#
CL = Crystal Load Cap = 20P R435 *10K/0603
REQ1# = PCI-E 0,6 +3.3V
R249 *10M
Ci = IC internal Cap = 5P REQ2# = PCI-E 1,8
REQ3# = PCI-E 2,4 STP_CPU#
C239 C238 Cs = 2P R438 10K/0603
REQ4# = PCI-E 3,5,7
33p 33p Ce = Crystal external Cap = 33P
BSEL2 BSEL1 BSEL0 CPU PCI PCI-E SPREAD %
FS4 FS3
FSLC FSLB FSLA MHZ MHZ MHZ
0 0 0 0 1
PSB533 133
33 100 0.5% DOWN
0 0 0 1 1
PSB667 166
0 1 0 0 1
PSB533 133 +/- 0.25%
33 100
CENTER
0 1 0 1 1
PSB667 166
A A
FS3 , FS 4 SEETING BY I2C BUS ??????
Name of Part
CLK GEN
Project Rev
L50II0
C
Sheet
/
Date: Tuesday, April 25, 2006 7 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
7
1
VDDPCI1
VDDPCI0
GND
GND
GND
GND
GND
GND
GND
GND
2
6
13
21
29
37
53
59
5 4 3 2 1
5 H_D#[63:0]
U14J
5 H_A#[31:3]
AT23 J11
VSS_180 VSS_273
AN23 D11
VSS_181 VSS_274
U14A
AM23 B11
VSS_182 VSS_275
H_D#0 H_A#3
AH23 AV10 F1 H9
VSS_183 VSS_276 H_D#_0 H_A#_3
H_D#1 H_A#4
AC23 AP10 J1 C9
FSB I/O slew rate compensation
VSS_184 VSS_277 H_D#_1 H_A#_4
H_D#2 H_A#5
W23 AL10 H1 E11
VSS_185 VSS_278 H_D#_2 H_A#_5
H_D#3 H_A#6
K23 AJ10 J6 G11
VSS_186 VSS_279 H_D#_3 H_A#_6
H_D#4 H_A#7
J23 AG10 H3 F11
VSS_187 VSS_280 H_D#_4 H_A#_7
+1.05V +1.05V
D H_D#5 H_A#8 D
F23 AC10 K2 G12
VSS_188 VSS_281 H_D#_5 H_A#_8
H_D#6 H_A#9
C23 W10 G1 F9
VSS_189 VSS_282 H_D#_6 H_A#_9
H_D#7 H_A#10
AA22 U10 G2 H11
VSS_190 VSS_283 H_D#_7 H_A#_10
H_D#8 H_A#11
K22 BA9 K9 J12
VSS_191 VSS_284 H_D#_8 H_A#_11
R400 R104 H_D#9 H_A#12
G22 AW9 K1 G14
VSS_192 VSS_285 H_D#_9 H_A#_12
H_D#10 H_A#13
F22 AR9 K7 D9
VSS_193 VSS_286 H_D#_10 H_A#_13
54.9R_1% 54.9R_1% H_D#11 H_A#14
E22 AH9 J8 J14
VSS_194 VSS_287 H_D#_11 H_A#_14
H_D#12 H_A#15
D22 AB9 H4 H13
VSS_195 VSS_288 H_D#_12 H_A#_15
H_D#13 H_A#16
A22 Y9 J3 J15
VSS_196 VSS_289 H_D#_13 H_A#_16
H_XSCOMP H_YSCOMP H_D#14 H_A#17
BA21 R9 K11 F14
VSS_197 VSS_290 H_D#_14 H_A#_17
H_D#15 H_A#18
AV21 G9 G4 D12
VSS_198 VSS_291 H_D#_15 H_A#_18
H_D#16 H_A#19
AR21 E9 T10 A11
VSS_199 VSS_292 H_D#_16 H_A#_19
H_D#17 H_A#20
AN21 A9 W11 C11
VSS_200 VSS_293 H_D#_17 H_A#_20
H_D#18 H_A#21
AL21 AG8 T3 A12
VSS_201 VSS_294 H_D#_18 H_A#_21
H_D#19 H_A#22
AB21 AD8 10mil width, 20mil space U7 A13
VSS_202 VSS_295 H_D#_19 H_A#_22
H_D#20 H_A#23
Y21 AA8 U9 E13
VSS_203 VSS_296 H_D#_20 H_A#_23
H_D#21 H_A#24
P21 U8 U11 G13
VSS_204 VSS_297 H_D#_21 H_A#_24
H_D#22 H_A#25
K21 K8 T11 F12
VSS_205 VSS_298 H_D#_22 H_A#_25
H_D#23 H_A#26
J21 C8 W9 B12
Reference Voltage for RCOMP
VSS_206 VSS_299 H_D#_23 H_A#_26
H_D#24 H_A#27 +1.05V
H21 BA7 T1 B14
VSS_207 VSS_300 H_D#_24 H_A#_27
H_D#25 H_A#28
C21 AV7 T8 C12
VSS_208 VSS_301 H_D#_25 H_A#_28
H_D#26 H_A#29
AW20 AP7 T4 A14
VSS_209 VSS_302 H_D#_26 H_A#_29
H_D#27 H_A#30
AR20 AL7 W7 C14
VSS_210 VSS_303 H_D#_27 H_A#_30
H_D#28 H_A#31
AM20 AJ7 U5 D14
VSS_211 VSS_304 H_D#_28 H_A#_31
H_D#29
AA20 AH7 T9
VSS_212 VSS_305 H_D#_29
+1.05V H_D#30 R135
K20 AF7 W6
VSS_213 VSS_306 H_D#_30
H_D#31
B20 AC7 T5 E8
VSS_214 VSS_307 H_D#_31 H_ADS# H_ADS# 5
H_D#32 100R_1%
A20 R7 AB7 B9
VSS_215 VSS_308 H_D#_32 H_ADSTB#_0 H_ADSTB#0 5
H_D#33
AN19 G7 AA9 C13 >=10mil
VSS_216 VSS_309 H_D#_33 H_ADSTB#_1 H_ADSTB#1 5
R411 H_D#34 H_VREF
AC19 D7 W4 J13
VSS_217 VSS_310 H_D#_34 H_VREF
H_D#35
W19 AG6 W3 C6
VSS_218 VSS_311 H_D#_35 H_BNR# H_BNR# 5
221R_1% H_D#36
K19 AD6 Y3 F6
VSS_219 VSS_312 H_D#_36 H_BPRI# H_BPRI# 5
H_XSWING H_D#37
C G19 AB6 Y7 C7 C
VSS_220 VSS_313 H_D#_37 H_BREQ#0 H_BREQ#0 5
H_D#38
C19 Y6 W5 B7
VSS_221 VSS_314 H_D#_38 H_CPURST# H_CPURST# 5
H_D#39
AH18 U6 Y10 A7
VSS_222 VSS_315 H_D#_39 H_DBSY# H_DBSY# 5
H_D#40 C116 R136
P18 N6 AB8 C3
VSS_223 VSS_316 H_D#_40 H_DEFER# H_DEFER# 5
VSS
R410 C453 H_D#41
H18 K6 W2 J9
VSS_224 VSS_317 H_D#_41 H_DPWR# H_DPWR# 5
H_D#42 0.1u 200R_1%
D18 H6 AA4 H8
VSS_225 VSS_318 H_D#_42 H_DRDY# H_DRDY# 5
100R_1% 0.1u H_D#43
A18 B6 AA7 K13
VSS_226 VSS_319 H_D#_43 H_VREF
H_D#44
AY17 AV5 AA2
VSS_227 VSS_320 H_D#_44
H_D#45
AR17 AF5 AA6
VSS_228 VSS_321 H_D#_45
H_D#46 H_DINV#0
AP17 AD5 AA10 J7
VSS_229 VSS_322 H_D#_46 H_DINV#_0 H_DINV#0 5
H_D#47 H_DINV#1
AM17 AY4 Y8 W8
VSS_230 VSS_323 H_D#_47 H_DINV#_1 H_DINV#1 5
H_D#48 H_DINV#2
AK17 AR4 AA1 U3
VSS_231 VSS_324 H_D#_48 H_DINV#_2 H_DINV#2 5
H_D#49 H_DINV#3
AV16 AP4 AB4 AB10
VSS_232 VSS_325 H_D#_49 H_DINV#_3 H_DINV#3 5
H_D#50
AN16 AL4 AC9
VSS_233 VSS_326 H_D#_50
H_D#51
AL16 AJ4 AB11 Close to MGCH <100mil
VSS_234 VSS_327 H_D#_51
+1.05V H_D#52 H_DSTBN#0
J16 Y4 AC11 K4
VSS_235 VSS_328 H_D#_52 H_DSTBN#0 H_DSTBN#0 5
H_D#53 H_DSTBN#1
F16 U4 AB3 T7
VSS_236 VSS_329 H_D#_53 H_DSTBN#1 H_DSTBN#1 5
H_D#54 H_DSTBN#2
C16 R4 AC2 Y5
VSS_237 VSS_330 H_D#_54 H_DSTBN#2 H_DSTBN#2 5
H_D#55 H_DSTBN#3
AN15 J4 AD1 AC4
VSS_238 VSS_331 H_D#_55 H_DSTBN#3 H_DSTBN#3 5
R367 H_D#56
AM15 F4 AD9
VSS_239 VSS_332 H_D#_56
H_D#57
AK15 C4 AC1
VSS_240 VSS_333 H_D#_57
221R_1% H_D#58 H_DSTBP#0
N15 AY3 AD7 K3
VSS_241 VSS_334 H_D#_58 H_DSTBP#_0 H_DSTBP#0 5
H_YSWING H_D#59 H_DSTBP#1
M15 AW3 AC6 T6
VSS_242 VSS_335 H_D#_59 H_DSTBP#_1 H_DSTBP#1 5
H_D#60 H_DSTBP#2
L15 AV3 AB5 AA5
VSS_243 VSS_336 H_D#_60 H_DSTBP#_2 H_DSTBP#2 5
H_D#61 H_DSTBP#3
B15 AL3 AD10 AC5
VSS_244 VSS_337 H_D#_61 H_DSTBP#_3 H_DSTBP#3 5
H_D#62
A15 AH3 AD4
VSS_245 VSS_338 H_D#_62
C418 H_D#63
BA14 AG3 AC8
VSS_246 VSS_339 H_D#_63
R366
AT14 AF3 D3
VSS_247 VSS_340 H_HIT# H_HIT# 5
0.1u
AK14 AD3 D4
VSS_248 VSS_341 H_HITM# H_HITM# 5
100R_1%
AD14 AC3 B3
VSS_249 VSS_342 H_LOCK# H_LOCK# 5
AA14 AA3
VSS_250 VSS_343
H_XRCOMP
U14 G3 E1
VSS_251 VSS_344 H_XRCOMP H_REQ#[4:0] 5
H_XSCOMP H_REQ#0
K14 AT2 E2 D8
B B
VSS_252 VSS_345 H_XSCOMP H_REQ#_0
H_XSWING H_REQ#1
H14 AR2 E4 G8
VSS_253 VSS_346 H_XSWING H_REQ#_1
H_REQ#2
E14 AP2 B8
VSS_254 VSS_347 H_REQ#_2
H_REQ#3
AV13 AK2 F8
VSS_255 VSS_348 H_REQ#_3
H_REQ#4
AR13 AJ2 A8
VSS_256 VSS_349 H_REQ#_4
AN13 AD2 10mil width, 20mil space
VSS_257 VSS_350
H_YRCOMP
AM13 AB2 Y1
VSS_258 VSS_351 H_YRCOMP H_RS#[2:0] 5
H_YSCOMP H_RS#0
AL13 Y2 U1 B4
p71 not mout ,
VSS_259 VSS_352 H_YSCOMP H_RS#_0
H_YSWING H_RS#1
AG13 U2 W1 E6
VSS_260 VSS_353 H_YSWING H_RS#_1
H_RS#2
P13 T2 D6 they mount SB
VSS_261 VSS_354 H_RS#_2
F13 N2
VSS_262 VSS_355
side
D13 J2
VSS_263 VSS_356
H_CPUSLP#_GMCH R394 *0R
B13 H2 E3
VSS_264 VSS_357 H_SLPCPU# H_CPUSLP# 5,15
AY12 F2 AG2 E7
VSS_265 VSS_358 7 CLK_MCH_BCLK H_CLKIN H_TRDY# H_TRDY# 5
AC12 C2 AG1
VSS_266 VSS_359 7 CLK_MCH_BCLK# H_CLKIN#
K12 AL1
VSS_267 VSS_360
H12
VSS_268
E12
Calibration FSB I/O Buffer
VSS_269
CALISTOGA
AD11
VSS_270
AA11
VSS_271
Y11
VSS_272
Thermistor
H_XRCOMP H_YRCOMP
CALISTOGA
+3.3V
R395 R363
24.9R_1% 24.9R_1% RT2
10K_T/0805
21 NB_TEMP
A A
10mil width, 20mil space R515
1.5K_1%
Name of Part
NB(1)_Host
Project Rev
L50II0
C
Sheet
RC-M1
/
Date: Tuesday, April 25, 2006 8 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
HOST
5 4 3 2 1
U14B
A3
NC18
A39
NC17
A4
NC16
A40
NC15
AW1 GCLK => PCI-E & DMI (100MHZ)
NC14
DMI_RXP3
AG41 AW41
16 DMI_RXP3 DMI_TXP_3 NC13
DREFCLK => Dispaly PLLA ( nun- ss 96MHZ)
DMI_RXP2
AF37 AY1
16 DMI_RXP2 DMI_TXP_2 NC12
DMI_RXP1
AE41 AY41 DRESSFCLK => Display LVDS PLLB ( ss 100MHZ)
16 DMI_RXP1 DMI_TXP_1 NC11
DMI_RXP0
AC37 B2
16 DMI_RXP0 DMI_TXP_0 NC10
D D
B41 SDVODATA has internal pull down
NC9
BA1
NC8
0= no DVO device
DMI_RXN3
AH41 BA2
16 DMI_RXN3 DMI_TXN_3 NC7
DMI_RXN2
AG37 BA3 1= DVO device present
16 DMI_RXN2 DMI_TXN_2 NC6
DMI_RXN1
AF41 BA39 SDVOCLK has internal pull
16 DMI_RXN1 DMI_TXN_1 NC5
DMI_RXN0
AE37 BA40
16 DMI_RXN0 DMI_TXN_0 NC4 down .
BA41
NC3
C1
NC2
DMI_TXP3
AG39 C41
16 DMI_TXP3 DMI_RXP_3 NC1
DMI_TXP2
AF35 D1
16 DMI_TXP2 DMI_RXP_2 NC0
DMI_TXP1
AE39 Asserted to control the raw PCI-E clock
16 DMI_TXP1 DMI_RXP_1
DMI_TXP0
AC35
16 DMI_TXP0 DMI_RXP_0
Z0901 R173 *0R
H32 Add to check list ( Bat life )
CLK_REQ# GMCH_CLK_REQ# 7
K28 GMCH PWROK
LT_RESET# NB_SYNC# 16
DMI_TXN3
AH39 H27
16 DMI_TXN3 DMI_RXN_3 SDVO_CTRLDATA
DMI_TXN2
AG35 H28 Asserted to synchronize with ICH on fault
16 DMI_TXN2 DMI_RXN_2 SDVO_CTRLCLK
DMI_TXN1
AF39
16 DMI_TXN1 DMI_RXN_1
DMI_TXN0
AE35
16 DMI_TXN0 DMI_RXN_0
GMCH_RST# R95 100R
AH34
RSTIN# PLT_RST# 16,17,20,21,23
DELAY_VR_PWRGOOD
AH33 PWROK input level
PWROK DELAY_VR_PWRGOOD 16
GMCH_THRMTRIP# R391 *0R
D41 G6
7 NB_LVDS_SSCLK D_REFSSCLKIN PM_THRMTRIP# PM_THRMTRIP# 5,15
PM_EXTTS#1 R171 0R
C40 H26 PM_THRMTRIP# space 2:1
7 NB_LVDS_SSCLK# D_REFSSCLKIN# PM_EXTTS#_1 C4_OUT# 21
PM_EXTTS#0 R166 0R
A26 F25
7 NB_DOT_96CLK D_REFCLKIN PM_EXTTS#_0 EXTTS#0 14,21
A27 G28
7 NB_DOT_96CLK# D_REFCLKIN# PM_BMBUSY# BM_BUSY# 16
AG33 Break event in C3 state.
7 GCLK G_CLKIN
+1.8VS
AF33 GHCH integrated graphics busy
7 GCLK# G_CLKIN#
J26
CFG_20 RB->M2
K27
CFG_19 CFG19 13
R349
J25
CFG_18 CFG18 13
H15
CFG_17
150R_1% M_VREF_MCH PM_THRMTRIP#
AK41 G18
SM_VREF_1 CFG_16 CFG16 13
AK1 H16
SM_VREF_0 CFG_15
0.05A M_VREF_MCH
C C15 C
CFG_14
M_RCOMPP Z0902 R137 *1K C441
AT9 K15
SM_RCOMP CFG_13
C69 C374 M_RCOMPN Z0903 R144 *1K
AV9 G15
SM_RCOMP# CFG_12
R348 0.1u
D15
CFG_11
0.1u 0.1u
AU21 E16
14 MB_ODT3 SM_ODT_3 CFG_10
150R_1%
as short as AY20 G16
14 MB_ODT2 SM_ODT_2 CFG_9 CFG9 13
BA12 D16
possible 14 MA_ODT1 SM_ODT_1 CFG_8
BA13 D19
14 MA_ODT0 SM_ODT_0 CFG_7
E18
CFG_6
M_OCDCOMP1
AF10 F15
SM_OCDCOMP_1 CFG_5 CFG5 13
M_OCDCOMP0
AL20 E15
SM_OCDCOMP_0 CFG_4
F18
CFG_3
+1.8VS R97 R312
AW21 J18
14 MB_CS#3 SM_CS#_3 CFG_2 CPU_BSEL2 5
AY21 K18
14 MB_CS#2 SM_CS#_2 CFG_1 CPU_BSEL1 5,21
AW12 K16
14 MA_CS#1 SM_CS#_1 CFG_0 CPU_BSEL0 5
AW13
14 MA_CS#0 SM_CS#_0
R301 *40.2R_1% *40.2R_1%
AY29
80.6R_1% 14 MB_CKE3 SM_CKE_3
BA29 D27 Base on PWROK
14 MB_CKE2 SM_CKE_2 RSVD_13
AT20 D28
14 MA_CKE1 SM_CKE_1 RSVD_12
M_RCOMPN
AU20 A34
14 MA_CKE0 SM_CKE_0 RSVD_11
A35 Colse to NB
RSVD_10
M_RCOMPP
AY40 A41
14 MB_CK#3 SM_CK#_3 RSVD_9
AY7 J19
14 MB_CK#4 SM_CK#_2 RSVD_8
AT1 H7
14 MA_CK#1 SM_CK#_1 RSVD_7
R302 DELAY_VR_PWRGOOD
AW35 AF11
14 MA_CK#0 SM_CK#_0 RSVD_6
AG11
RSVD_5
80.6R_1%
AW40 F7
14 MB_CK3 SM_CK_3 RSVD_4
C72
AW7 F3
14 MB_CK4 SM_CK_2 RSVD_3
AR1 R32
14 MA_CK1 SM_CK_1 RSVD_2
0.1u
AY35 T32
14 MA_CK0 SM_CK_0 RSVD_1
SM_CKE_2(#) connected to Dimm1 CK1(#)
B B
SM_CKE_3(#) connected to Dimm1 CK0(#)
CALISTOGA
Only Base on Discreted VGA
VCCA_DPLLA , VCCA_DPLLB => NC
DREF_CLKP / DREF_SSCLKP = GND
DREF_CLKN / DREF_SSCLKN = GND
VCCA_DPLLA , VCCA_DPLLB =>1.5V
DREF_CLKP / DREF_SSCLKP = 1.5V
DREF_CLKN / DREF_SSCLKN = GND
Host
Clock
CFG0 CFG1 CFG2
frequency
For MEN bus throttling 1 0 0 133
CFG7 ( IPU ) => 1= Mobility CPU
A 0 = Reverse A
+3.3V
1 1 0 166
R156 10K
PM_EXTTS#0
R150 10K Name of Part
PM_EXTTS#1
NB(2)_DMI/VGA/MICS
Project Rev
Check with S/W L50II0
C
Sheet
/
Date: Tuesday, April 25, 2006 9 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
DMI
CLK
DDR MUXING
NC
MISC
PM
CFG
RSVD
5 4 3 2 1
D D
+1.5V
R147
24.9R_1%
U14C
Z1001 PEG_COMP
D32 D40
L_BKLTCTL EXP_A_COMPI
J30 D38
22 NB_EN_BL L_BKLTEN EXP_A_COMPO
Z1002
H30
RC-M2 L_CLKCTLA
Z1003
H29
L_CLKCTLB
G26 F34
22 NB_LDDC_CLK L_DDC_CLK EXP_A_RXN_0
R152
G25 G38
22 NB_LDDC_DATA L_DDC_DATA EXP_A_RXN_1
L_IBG
B38 H34
L_IBG EXP_A_RXN_2
C35 J38
L_VBG EXP_A_RXN_3
2.2K_1%
F32 L34
22 NB_FPVDDEN L_VDDEN EXP_A_RXN_4
C33 M38
L_VREFH EXP_A_RXN_5
C32 N34
L_VREFL EXP_A_RXN_6
P38
EXP_A_RXN_7
R34
EXP_A_RXN_8
A33 T38
22 LVDSA_CLKN
LA_CLK# EXP_A_RXN_9
A32 V34
22 LVDSA_CLKP
LA_CLK EXP_A_RXN_10
E27 W38
22 LVDSB_CLKN
LB_CLK# EXP_A_RXN_11
E26 Y34
22 LVDSB_CLKP
LB_CLK EXP_A_RXN_12
AA38
C EXP_A_RXN_13 C
AB34
EXP_A_RXN_14
C37 AC38
22 LVDSA_N0
LA_DATA#_0 EXP_A_RXN_15
B35
22 LVDSA_N1
LA_DATA#_1
A37
22 LVDSA_N2
LA_DATA#_2
D34
EXP_A_RXP_0
F38
EXP_A_RXP_1
G34
EXP_A_RXP_2
B37 H38
22 LVDSA_P0
LA_DATA_0 EXP_A_RXP_3
B34 J34
22 LVDSA_P1
LA_DATA_1 EXP_A_RXP_4
A36 L38
22 LVDSA_P2
LA_DATA_2 EXP_A_RXP_5
M34
EXP_A_RXP_6
N38
EXP_A_RXP_7
G30 P34
22 LVDSB_N0
LB_DATA#_0 EXP_A_RXP_8
D30 R38
22 LVDSB_N1
LB_DATA#_1 EXP_A_RXP_9
F29 T34
22 LVDSB_N2
LB_DATA#_2 EXP_A_RXP_10
V38
EXP_A_RXP_11
W34
EXP_A_RXP_12
F30 Y38
22 LVDSB_P0
LB_DATA_0 EXP_A_RXP_13
D29 AA34
22 LVDSB_P1
LB_DATA_1 EXP_A_RXP_14
F28 AB38
22 LVDSB_P2
LB_DATA_2 EXP_A_RXP_15
F36
EXP_A_TXN_0
G40
EXP_A_TXN_1
TV_DACA
A16 H36
TV_DACA_OUT EXP_A_TXN_2
TV_DACB
C18 J40
24 TV_DACB
TV_DACB_OUT EXP_A_TXN_3
TV_DACC
A19 L36
24 TV_DACC
TV_DACC_OUT EXP_A_TXN_4
M40
EXP_A_TXN_5
TVIREF
J20 N36
TV_IREF EXP_A_TXN_6
R418 R420 R419
B16 P40
TV_IRTNA EXP_A_TXN_7
B18 R36
TV_IRTNB EXP_A_TXN_8
150R 150R 150R R168
B19 T40
TV_IRTNC EXP_A_TXN_9
B V36 B
EXP_A_TXN_10
4.99K_1%
K30 W40
TV_DCONSEL0 EXP_A_TXN_11
J29 Y36
TV_DCONSEL1 EXP_A_TXN_12
AA40
EXP_A_TXN_13
AB36
EXP_A_TXN_14
NB_CRT_BLUE
E23 AC40
25 NB_CRT_BLUE
CRT_BLUE EXP_A_TXN_15
D23
CRT_BLUE#
NB_CRT_GREEN
C22
25 NB_CRT_GREEN
CRT_GREEN
B22 D36
CRT_GREEN# EXP_A_TXP_0
NB_CRT_RED
A21 F40
25 NB_CRT_RED
CRT_RED EXP_A_TXP_1
B21 G36
CRT_RED# EXP_A_TXP_2
H40
EXP_A_TXP_3
J36
EXP_A_TXP_4
C26 L40
25 NB_DCC_CLK CRT_DDC_CLK EXP_A_TXP_5
R417 R416 R415
C25 M36
25 NB_DCC_DATA CRT_DDC_DATA EXP_A_TXP_6
GM_CRT_HSYNC
G23 N40
25 NB_CRT_HSYNC
CRT_HSYNC EXP_A_TXP_7
150R 150R 150R R139 39R NB_CRT_IREF
J22 P36
CRT_IREF EXP_A_TXP_8
GM_CRT_VSYNC
H23 R40
25 NB_CRT_VSYNC
CRT_VSYNC EXP_A_TXP_9
R138 39R
T36
EXP_A_TXP_10
V40
EXP_A_TXP_11
W36
EXP_A_TXP_12
R414
Y40
EXP_A_TXP_13
AA36
EXP_A_TXP_14
255R_1%
AB40
EXP_A_TXP_15
CALISTOGA
A A
TC Modify 0914
Name of Part
NB(3)_VGA_TV_LVDS
Project Rev
L50II0
C
Sheet
/
Date: Tuesday, April 25, 2006 10 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
LVDS
TV
VGA
PCI-EXPRESS GRAPHICS
5 4 3 2 1
14 MA_DQ[63:0] MA_BA[2:0] 14
14 MB_DQ[63:0] MB_BA[2:0] 14
MA_DM[7:0] 14
U14I
MB_DM[7:0] 14
AK34
MA_DQS[7:0] 14 VSS_97
AC41 AG34
MB_DQS[7:0] 14 VSS_0 VSS_98
AA41 AF34
MA_DQS#[7:0] 14 VSS_1 VSS_99
W41 AE34
MB_DQS#[7:0] 14 VSS_2 VSS_100
T41 AC34
MAA_A[13:0] 14 VSS_3 VSS_101
P41 C34
MBA_A[13:0] 14 VSS_4 VSS_102
U14D
M41 AW33
VSS_5 VSS_103
D D
J41 AV33
U14H VSS_6 VSS_104
F41 AR33
VSS_7 VSS_105
MA_DQ0 MA_BA0 MB_DQ0 MB_BA0
AJ35 AU12 AK39 AT24 AV40 AE33
SA_DQ0 SA_BS_0 SB_DQ0 SB_BS_0 VSS_8 VSS_106
MA_DQ1 MA_BA1 MB_DQ1 MB_BA1
AJ34 AV14 AJ37 AV23 AP40 AB33
SA_DQ1 SA_BS_1 SB_DQ1 SB_BS_1 VSS_9 VSS_107
MA_DQ2 MA_BA2 MB_DQ2 MB_BA2
AM31 BA20 AP39 AY28 AN40 Y33
SA_DQ2 SA_BS_2 SB_DQ2 SB_BS_2 VSS_10 VSS_108
MA_DQ3 MB_DQ3
AM33 AR41 AK40 V33
SA_DQ3 SB_DQ3 VSS_11 VSS_109
MA_DQ4 MB_DQ4
AJ36 AY13 AJ38 AR24 AJ40 T33
SA_DQ4 SA_CAS# MA_CAS# 14 SB_DQ4 SB_CAS# MB_CAS# 14 VSS_12 VSS_110
MA_DQ5 MA_DM0 MB_DQ5 MB_DM0
AK35 AJ33 AK38 AK36 AH40 R33
SA_DQ5 SA_DM_0 SB_DQ5 SB_DM_0 VSS_13 VSS_111
MA_DQ6 MA_DM1 MB_DQ6 MB_DM1
AJ32 AM35 AN41 AR38 AG40 M33
SA_DQ6 SA_DM_1 SB_DQ6 SB_DM_1 VSS_14 VSS_112
MA_DQ7 MA_DM2 MB_DQ7 MB_DM2
AH31 AL26 AP41 AT36 AF40 H33
SA_DQ7 SA_DM_2 SB_DQ7 SB_DM_2 VSS_15 VSS_113
MA_DQ8 MA_DM3 MB_DQ8 MB_DM3
AN35 AN22 AT40 BA31 AE40 G33
SA_DQ8 SA_DM_3 SB_DQ8 SB_DM_3 VSS_16 VSS_114
MA_DQ9 MA_DM4 MB_DQ9 MB_DM4
AP33 AM14 AV41 AL17 B40 F33
SA_DQ9 SA_DM_4 SB_DQ9 SB_DM_4 VSS_17 VSS_115
MA_DQ10 MA_DM5 MB_DQ10 MB_DM5
AR31 AL9 AU38 AH8 AY39 D33
SA_DQ10 SA_DM_5 SB_DQ10 SB_DM_5 VSS_18 VSS_116
MA_DQ11 MA_DM6 MB_DQ11 MB_DM6
AP31 AR3 AV38 BA5 AW39 B33
SA_DQ11 SA_DM_6 SB_DQ11 SB_DM_6 VSS_19 VSS_117
MA_DQ12 MA_DM7 MB_DQ12 MB_DM7
AN38 AH4 AP38 AN4 AV39 AH32
SA_DQ12 SA_DM_7 SB_DQ12 SB_DM_7 VSS_20 VSS_118
MA_DQ13 MB_DQ13
AM36 AR40 AR39 AG32
SA_DQ13 SB_DQ13 VSS_21 VSS_119
MA_DQ14 MA_DQS0 MB_DQ14 MB_DQS0
AM34 AK33 AW38 AM39 AN39 AF32
SA_DQ14 SA_DQS_0 SB_DQ14 SB_DQS_0 VSS_22 VSS_120
MA_DQ15 MA_DQS1 MB_DQ15 MB_DQS1
AN33 AT33 AY38 AT39 AJ39 AE32
SA_DQ15 SA_DQS_1 SB_DQ15 SB_DQS_1 VSS_23 VSS_121
MA_DQ16 MA_DQS2 MB_DQ16 MB_DQS2
AK26 AN28 BA38 AU35 AC39 AC32
SA_DQ16 SA_DQS_2 SB_DQ16 SB_DQS_2 VSS_24 VSS_122
MA_DQ17 MA_DQS3 MB_DQ17 MB_DQS3
AL27 AM22 AV36 AR29 AB39 AB32
SA_DQ17 SA_DQS_3 SB_DQ17 SB_DQS_3 VSS_25 VSS_123
MA_DQ18 MA_DQS4 MB_DQ18 MB_DQS4
AM26 AN12 AR36 AR16 AA39 G32
SA_DQ18 SA_DQS_4 SB_DQ18 SB_DQS_4 VSS_26 VSS_124
MA_DQ19 MA_DQS5 MB_DQ19 MB_DQS5
AN24 AN8 AP36 AR10 Y39 B32
SA_DQ19 SA_DQS_5 SB_DQ19 SB_DQS_5 VSS_27 VSS_125
MA_DQ20 MA_DQS6 MB_DQ20 MB_DQS6
AK28 AP3 BA36 AR7 W39 AY31
SA_DQ20 SA_DQS_6 SB_DQ20 SB_DQS_6 VSS_28 VSS_126
MA_DQ21 MA_DQS7 MB_DQ21 MB_DQS7
AL28 AG5 AU36 AN5 V39 AV31
SA_DQ21 SA_DQS_7 SB_DQ21 SB_DQS_7 VSS_29 VSS_127
MA_DQ22 MA_DQS#0 MB_DQ22 MB_DQS#0
AM24 AK32 AP35 AM40 T39 AN31
SA_DQ22 SA_DQS#_0 SB_DQ22 SB_DQS#_0 VSS_30 VSS_128
MA_DQ23 MA_DQS#1 MB_DQ23 MB_DQS#1
AP26 AU33 AP34 AU39 R39 AJ31
SA_DQ23 SA_DQS#_1 SB_DQ23 SB_DQS#_1 VSS_31 VSS_129
MA_DQ24 MA_DQS#2 MB_DQ24 MB_DQS#2
AP23 AN27 AY33 AT35 P39 AG31
SA_DQ24 SA_DQS#_2 SB_DQ24 SB_DQS#_2 VSS_32 VSS_130
MA_DQ25 MA_DQS#3 MB_DQ25 MB_DQS#3
AL22 AM21 BA33 AP29 N39 AB31
SA_DQ25 SA_DQS#_3 SB_DQ25 SB_DQS#_3 VSS_33 VSS_131
MA_DQ26 MA_DQS#4 MB_DQ26 MB_DQS#4
AP21 AM12 AT31 AP16 M39 Y31
SA_DQ26 SA_DQS#_4 SB_DQ26 SB_DQS#_4 VSS_34 VSS_132
MA_DQ27 MA_DQS#5 MB_DQ27 MB_DQS#5
AN20 AL8 AU29 AT10 L39 AB30
SA_DQ27 SA_DQS#_5 SB_DQ27 SB_DQS#_5 VSS_35 VSS_133
MA_DQ28 MA_DQS#6 MB_DQ28 MB_DQS#6
AL23 AN3 AU31 AT7 J39 E30
SA_DQ28 SA_DQS#_6 SB_DQ28 SB_DQS#_6 VSS_36 VSS_134
MA_DQ29 MA_DQS#7 MB_DQ29 MB_DQS#7
AP24 AH5 AW31 AP5 H39 AT29
SA_DQ29 SA_DQS#_7 SB_DQ29 SB_DQS#_7 VSS_37 VSS_135
MA_DQ30 MB_DQ30
C AP20 AV29 G39 AN29 C
SA_DQ30 SB_DQ30 VSS_38 VSS_136
MA_DQ31 MAA_A0 MB_DQ31 MBA_A0
AT21 AY16 AW29 AY23 F39 AB29
SA_DQ31 SA_MA_0 SB_DQ31 SB_MA_0 VSS_39 VSS_137
MA_DQ32 MAA_A1 MB_DQ32 MBA_A1
AR12 AU14 AM19 AW24 D39 T29
SA_DQ32 SA_MA_1 SB_DQ32 SB_MA_1 VSS_40 VSS_138
MA_DQ33 MAA_A2 MB_DQ33 MBA_A2
AR14 AW16 AL19 AY24 AT38 N29
SA_DQ33 SA_MA_2 SB_DQ33 SB_MA_2 VSS_41 VSS_139
MA_DQ34 MAA_A3 MB_DQ34 MBA_A3
AP13 BA16 AP14 AR28 AM38 K29
SA_DQ34 SA_MA_3 SB_DQ34 SB_MA_3 VSS_42 VSS_140
MA_DQ35 MAA_A4 MB_DQ35 MBA_A4
AP12 BA17 AN14 AT27 AH38 G29
SA_DQ35 SA_MA_4 SB_DQ35 SB_MA_4 VSS_43 VSS_141
MA_DQ36 MAA_A5 MB_DQ36 MBA_A5
AT13 AU16 AN17 AT28 AG38 E29
SA_DQ36 SA_MA_5 SB_DQ36 SB_MA_5 VSS_44 VSS_142
MA_DQ37 MAA_A6 MB_DQ37 MBA_A6
AT12 AV17 AM16 AU27 AF38 C29
SA_DQ37 SA_MA_6 SB_DQ37 SB_MA_6 VSS_45 VSS_143
MA_DQ38 MAA_A7 MB_DQ38 MBA_A7
AL14 AU17 AP15 AV28 AE38 B29
SA_DQ38 SA_MA_7 SB_DQ38 SB_MA_7 VSS_46 VSS_144
MA_DQ39 MAA_A8 MB_DQ39 MBA_A8
AL12 AW17 AL15 AV27 C38 A29
SA_DQ39 SA_MA_8 SB_DQ39 SB_MA_8 VSS_47 VSS_145
MA_DQ40 MAA_A9 MB_DQ40 MBA_A9
AK9 AT16 AJ11 AW27 AK37 BA28
SA_DQ40 SA_MA_9 SB_DQ40 SB_MA_9 VSS_48 VSS_146
MA_DQ41 MAA_A10 MB_DQ41 MBA_A10
AN7 AU13 AH10 AV24 AH37 AW28
SA_DQ41 SA_MA_10 SB_DQ41 SB_MA_10 VSS_49 VSS_147
MA_DQ42 MAA_A11 MB_DQ42 MBA_A11
AK8 AT17 AJ9 BA27 AB37 AU28
SA_DQ42 SA_MA_11 SB_DQ42 SB_MA_11 VSS_50 VSS_148
MA_DQ43 MAA_A12 MB_DQ43 MBA_A12
AK7 AV20 AN10 AY27 AA37 AP28
SA_DQ43 SA_MA_12 SB_DQ43 SB_MA_12 VSS_51 VSS_149
MA_DQ44 MAA_A13 MB_DQ44 MBA_A13
AP9 AV12 AK13 AR23 Y37 AM28
SA_DQ44 SA_MA_13 SB_DQ44 SB_MA_13 VSS_52 VSS_150
MA_DQ45 MB_DQ45
AN9 AH11 W37 AD28
SA_DQ45 SB_DQ45 VSS_53 VSS_151
MA_DQ46 MB_DQ46
AT5 AW14 AK10 AU23 V37 AC28
SA_DQ46 SA_RAS# MA_RAS# 14 SB_DQ46 SB_RAS# MB_RAS# 14 VSS_54 VSS_152
MA_DQ47 Z1101 MB_DQ47 Z1103
AL5 AK23 AJ8 AK16 T37 W28
SA_DQ47 SA_RCVENIN# SB_DQ47 SB_RCVENIN# VSS_55 VSS_153
VSS
MA_DQ48 Z1102 MB_DQ48 Z1104
AY2 AK24 BA10 AK18 R37 J28
SA_DQ48 SA_RCVENOUT# SB_DQ48 SB_RCVENOUT# VSS_56 VSS_154
MA_DQ49 MB_DQ49
AW2 AY14 AW10 AR27 P37 E28
SA_DQ49 SA_WE# MA_WE# 14 SB_DQ49 SB_WE# MB_WE# 14 VSS_57 VSS_155
MA_DQ50 MB_DQ50
AP1 BA4 N37 AP27
SA_DQ50 SB_DQ50 VSS_58 VSS_156
MA_DQ51 MB_DQ51
AN2 AW4 M37 AM27
SA_DQ51 SB_DQ51 VSS_59 VSS_157
MA_DQ52 MB_DQ52
AV2 AY10 L37 AK27
SA_DQ52 SB_DQ52 VSS_60 VSS_158
MA_DQ53 MB_DQ53
AT3 AY9 J37 J27
SA_DQ53 SB_DQ53 VSS_61 VSS_159
MA_DQ54 MB_DQ54
AN1 AW5 H37 G27
SA_DQ54 SB_DQ54 VSS_62 VSS_160
MA_DQ55 MB_DQ55
AL2 AY5 G37 F27
SA_DQ55 SB_DQ55 VSS_63 VSS_161
MA_DQ56 MB_DQ56
AG7 AV4 F37 C27
SA_DQ56 SB_DQ56 VSS_64 VSS_162
MA_DQ57 MB_DQ57
AF9 AR5 D37 B27
SA_DQ57 SB_DQ57 VSS_65 VSS_163
MA_DQ58 MB_DQ58
AG4 AK4 AY36 AN26
SA_DQ58 SB_DQ58 VSS_66 VSS_164
MA_DQ59 MB_DQ59
AF6 AK3 AW36 M26
SA_DQ59 SB_DQ59 VSS_67 VSS_165
MA_DQ60 MB_DQ60
AG9 AT4 AN36 K26
SA_DQ60 SB_DQ60 VSS_68 VSS_166
MA_DQ61 MB_DQ61
AH6 AK5 AH36 F26
SA_DQ61 SB_DQ61 VSS_69 VSS_167
MA_DQ62 MB_DQ62
AF4 AJ5 AG36 D26
B B
SA_DQ62 SB_DQ62 VSS_70 VSS_168
MA_DQ63 MB_DQ63
AF8 AJ3 AF36 AK25
SA_DQ63 SB_DQ63 VSS_71 VSS_169
AE36 P25
VSS_72 VSS_170
AC36 K25
CALISTOGA
VSS_73 VSS_171
Value
C36 H25
VSS_74 VSS_172
B36 E25
VSS_75 VSS_173
BA35 D25
VSS_76 VSS_174
AV35 A25
VSS_77 VSS_175
AR35 BA24
VSS_78 VSS_176
AH35 AU24
VSS_79 VSS_177
AB35 AL24
VSS_80 VSS_178
AA35 AW23
VSS_81 VSS_179
Y35
VSS_82
W35
VSS_83
V35
VSS_84
T35
VSS_85
R35
VSS_86
P35
VSS_87
N35
VSS_88
M35
VSS_89
L35
VSS_90
J35
VSS_91
H35
VSS_92
G35
VSS_93
F35
VSS_94
D35
VSS_95
AN34
VSS_96
CALISTOGA
A A
Name of Part
NB(3)_DDR2
Project Rev
L50II0
C
Sheet
/
Date: Tuesday, April 25, 2006 11 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
DDR SYSTEM MEMORY B
DDR SYSTEM MEMORY A
5 4 3 2 1
PCIE & DMI ANA 2.5V PCIE ANA
POWER <1.5 A Power < 2 mA
+2.5V
Intel :10Ux2 + 220Ux1
+1.5V
+1.05V < 0.8A
L47 0R/0805
Ca_VCC3G L50
L21 0R/0603
+2.5V U14G
0R/0603
RC-M5
C433 C428 C85 C372 C136 0.1u
Z1201
H22 AC14
VCCSYNC VTT_0
0.1u 0.1u Ca_VCCA3GBG
AB14
VTT_1
L20 FCM1608K-121T06 Z1202
C30 W14
+2.5V VCC_TXLVDS0 VTT_2
C439 C123 C88 C106 C113 C479 C480 C549 C550
B30 V14
VCC_TXLVDS1 VTT_3
JP5 <

C156 C159
A30 T14
D VCC_TXLVDS2 VTT_4 D
0.1u 1u 0.1u 0.1u 0.1u 1u 1u
R14
VTT_5
Ca_VSSA3GBG 1u/6.3V 0.1u Ca_VCC3G
2 1 AJ41 P14
VCC3G0 VTT_6
AB41 N14
VCC3G1 VTT_7
Y41 M14
VCC3G2 VTT_8
V41 L14
VCC3G3 VTT_9
L12 0R/0603 R172 *0R
R41 AD13
VCC3G4 VTT_10
Ca_VCC3APLL
N41 AC13
VCC3G5 VTT_11 RC-M5 RC-M5
Z1203
L41 AB13
VCC3G6 VTT_12
R182 10R Ca_VCC3APLL
A C AC33 AA13
+1.05V VCCA_3GPLL VTT_13
Ca_VCCA3GBG
G41 Y13
VCCA_3GBG VTT_14
C434 C81 D12 BAT54 Ca_VSSA3GBG
H41 W13
VSSA_3GBG VTT_15
C436 C118 C126 C94 C481 C482 C551 C552
V13
VTT_16
4.7u/10V/0805 0.1u L22 FCM1608K-121T06 VCCA_CRTDAC
F21 U13
+2.5V VCCA_CRTDAC0 VTT_17
4.7u/10V/0805 1u 0.1u 0.1u 0.1u 0.1u 1u 1u
E21 T13
VCCA_CRTDAC1 VTT_18
C141 C167 VSSA_CRTDAC
G21 R13
VSSA_CRTDAC VTT_19
N13
VTT_20
1u/6.3V 0.1u Ca_VCCADPLLA
B26 M13
VCCA_DPLLA VTT_21
Ca_VCCADPLLB
2 1 C39 L13
VCCA_DPLLB VTT_22
Ca_VCCAHPLL
AF1 AB12
VCCA_HPLL VTT_23
JP3 <

AA12
VTT_24
L17 FCM1608K-121T06 Z1204
A38 Y12
+2.5V VCCA_LVDS VTT_25
Z1205
B39 W12
VSSA_LVDS VTT_26
C162
V12
VTT_27
Ca_VCCAMEMPLL
AF2 U12
VCCA_MPLL VTT_28
0.1u C435 C117 C109 C86 C483 C484
T12
VTT_29
+1.5V +3.3V_ATVBG
2 1 H20 R12
VCCA_TVBG VTT_30
VSS_ATVBG 4.7u/10V/0805 1u 0.1u 0.1u 0.1u 0.1u
COULD OP , SEE LAYOUT . G20 P12
VSSA_TVBG VTT_31
JP2 <

N12
VTT_32
M12
VTT_33
L12
VTT_34
+3.3V_TVDACA
DACA E19 R11
VCCA_TVDACA0 VTT_35
L24 Ca_VCCADPLLA
F19 P11
40mA VCCA_TVDACA1 VTT_36
QT1608RL060 +3.3V_TVDACB
C20 N11
VCCA_TVDACB0 VTT_37
D20 M11
VCCA_TVDACB1 VTT_38
C174 C166 +3.3V_TVDACC
E20 R10
VCCA_TVDACC0 VTT_39
F20 P10
VCCA_TVDACC1 VTT_40
*4.7u/10V/0805 0.1u
digital divider N10
150mA
VTT_41
C L11 QT1608RL060 Z1206
AH1 M10 C
+1.5V VCCD_HMPLL0 POWER VTT_42
AH2 P9
VCCD_HMPLL1 VTT_43
C393
DACB N9
VTT_44
L52 Ca_VCCADPLLB VCC_LVDS
A28 M9
40mA VCCD_LVDS0 VTT_45
QT1608RL060 0.1u
B28 R8
VCCD_LVDS1 VTT_46
C28 P8
VCCD_LVDS2 VTT_47
C168 C161
N8
VTT_48
L53 QT1608RL060 VCCD_TVDAC
D21 M8
+1.5V VCCD_TVDAC VTT_49
*4.7u/10V/0805 0.1u
P7
VTT_50
C149 0.1u C163 1u +3.3V
A23 N7
VCC_HV0 VTT_51
B23 M7
40mA VCC_HV1 VTT_52
C160 0.1u
HOSTPLL B25 R6
VCC_HV2 VTT_53
L46 Ca_VCCAHPLL
P6
45mA VTT_54
QT1608RL120 L16 FCM1608K-121T06 +1.5V_QTVDAC
H19 M6
+1.5V VCCD_QTVDAC VTT_55
VTTLF_C3
A6
VTT_56
C405 C404 C129
R5
VTT_57
C452
AK31 P5
VCCAUX0 VTT_58
*4.7u/10V/0805 0.1u 0.1u
AF31 N5
VCCAUX1 VTT_59
0.47u/Y5V
AE31 M5
VCCAUX2 VTT_60
AC31 P4
VCCAUX3 VTT_61
MEMTPLL AL30 N4
VCCAUX4 VTT_62
L14 Ca_VCCAMEMPLL
AK30 M4
45mA VCCAUX5 VTT_63
QT1608RL120 R163 0R VCC_LVDS
AJ30 R3
+1.5V VCCAUX6 VTT_64
AH30 P3
VCCAUX7 VTT_65
C71 C77 C76
AG30 N3
VCCAUX8 VTT_66
C158 C155
AF30 M3
VCCAUX9 VTT_67
1u *4.7u/10V/0805 0.1u
AE30 R2
VCCAUX10 VTT_68
1u 0.1u
AD30 P2
VCCAUX11 VTT_69
AC30 M2
VCCAUX12 VTT_70
VTTLF_C1
AG29 D2
VCCAUX13 VTT_71
VTTLF_C2
AF29 AB1
VCCAUX14 VTT_72
AE29 R1
VCCAUX15 VTT_73
C413 C445
AD29 P1
VCCAUX16 VTT_74
AC29 N1
VCCAUX17 VTT_75
0.47u/Y5V 0.22u/10V/Y5V
AG28 M1
VCCAUX18 VTT_76
AF28
VCCAUX19
AE28
VCCAUX20
For DDR DLL , DDR IO , AH22
B VCCAUX21 B
D13 BAT54
AJ21
FSB IO < 1.9A VCCAUX22
AH21
VCCAUX23
Z1207 R167 10R
A C AJ20
+1.5V VCCAUX24
Filter component only need when GMCH AH20
VCCAUX25
AH19
core is 1.5V for extended graphics VCCAUX26
P19
RC-M3 VCCAUX27
L19 10
performance . P16
VCCAUX28
+3.3V_TVDACA
AH15
+3.3V VCCAUX29
P15
VCCAUX30
AH14
VCCAUX31
C152 C146
AG14
VCCAUX32
C181
AF14
VCCAUX33
0.1u 0.022u +1.5VS
AE14
VCCAUX34
*4.7u/10V/0805
Y14
VCCAUX35
AF13
VCCAUX36
AE13
VCCAUX37
+3.3V_TVDACB
AF12
VCCAUX38
AE12
VCCAUX39
AD12
VCCAUX40
C139 C150
C361 C87 C95 C74
0.1u 0.022u
*1u/10V *0.1u 0.1u
CALISTOGA
+3.3V_TVDACC NB 1.05V layout < 2.5A
NB 1.5VS layout < 1.9A
C362 C78 C73 C75
L18 C148 C147
NB 1.5V layout < 1.8A
*1u/10V *0.1u 0.1u
0.1u 0.022u
NB 2.5V layout < 0.1A
NB 3.3V layout < 0.1A
FCM1608K-121T06
+3.3V_ATVBG
NB 1.8VS layout < 3.2A
RC-M4
A C151 A
JP4 <

0.1u
VSS_ATVBG
2 1
Name of Part
NB(4)_POWER
Project Rev
L50II0
C
Sheet
/ 33
Date: Tuesday, April 25, 2006 12
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
4.7u/10V/0805
4.7u/10V/0805
4.7u/10V/0805
4.7u/10V/0805
4.7u/10V/0805
4.7u/10V/0805
5 4 3 2 1
+1.05V +1.8VS
U14E
AA33
VCC_0
W33
VCC_1
P33
VCC_2
N33
VCC_3
L33 AU41
VCC_4 VCC_SM_0
VCCSM_LF_C1
J33 AT41
9 CFG16 VCC_5 VCC_SM_1
VCCSM_LF_C2
AA32 AM41
VCC_6 VCC_SM_2
C356
Y32 AU40
VCC_7 VCC_SM_3
C373
W32 BA34
VCC_8 VCC_SM_4
0.47u/Y5V
V32 AY34
VCC_9 VCC_SM_5
R143 0.47u/Y5V
P32 AW34
VCC_10 VCC_SM_6
D *2.2K D
N32 AV34
VCC_11 VCC_SM_7
+1.05V
M32 AU34
VCC_12 VCC_SM_8
L32 AT34
VCC_13 VCC_SM_9
J32 AR34
VCC_14 VCC_SM_10 U14F
AA31 BA30
VCC_15 VCC_SM_11
W31 AY30
VCC_16 VCC_SM_12
V31 AW30 AD27 AE27
VCC_17 VCC_SM_13 VCC_NCTF0 VSS_NCTF0
T31 AV30 AC27 AE26
VCC_18 VCC_SM_14 VCC_NCTF1 VSS_NCTF1
R31 AU30 AB27 AE25
VCC_19 VCC_SM_15 VCC_NCTF2 VSS_NCTF2
CFG16 Low = Dynamic ODT Disabled P31 AT30 AA27 AE24
VCC_20 VCC_SM_16 VCC_NCTF3 VSS_NCTF3
N31 AR30 Y27 AE23
VCC_21 VCC_SM_17 VCC_NCTF4 VSS_NCTF4
(FSB Dynamic ODT) High = Dynamic ODT Enabled M31 AP30 W27 AE22
VCC_22 VCC_SM_18 VCC_NCTF5 VSS_NCTF5
AA30 AN30 V27 AE21
VCC_23 VCC_SM_19 VCC_NCTF6 VSS_NCTF6
Y30 AM30 U27 AE20
VCC_24 VCC_SM_20 VCC_NCTF7 VSS_NCTF7
W30 AM29 T27 AE19
VCC_25 VCC_SM_21 VCC_NCTF8 VSS_NCTF8
V30 AL29 R27 AE18
VCC_26 VCC_SM_22 VCC_NCTF9 VSS_NCTF9
U30 AK29 AD26 AC17
VCC_27 VCC_SM_23 VCC_NCTF10 VSS_NCTF10
T30 AJ29 AC26 Y17
VCC_28 VCC_SM_24 VCC_NCTF11 VSS_NCTF11
R30 AH29 AB26 U17
9 CFG5 9 CFG9 VCC_29 VCC_SM_25 VCC_NCTF12 VSS_NCTF12
P30 AJ28 AA26
VCC_30 VCC_SM_26 VCC_NCTF13
N30 AH28 Y26
VCC_31 VCC_SM_27 VCC_NCTF14
M30 AJ27 W26
VCC_32 VCC_SM_28 VCC_NCTF15
R149 R145
L30 AH27 V26
VCC_33 VCC_SM_29 VCC_NCTF16
+1.5VS
*2.2K *2.2K
AA29 BA26 U26
VCC_34 VCC_SM_30 VCC_NCTF17
Y29 AY26 T26
VCC_35 VCC_SM_31 VCC_NCTF18
W29 AW26 R26 AG27
VCC_36 VCC_SM_32 VCC_NCTF19 VCCAUX_NCTF0
V29 AV26 AD25 AF27
VCC_37 VCC_SM_33 VCC_NCTF20 VCCAUX_NCTF1
U29 AU26 AC25 AG26
VCC_38 VCC_SM_34 VCC_NCTF21 VCCAUX_NCTF2
R29 AT26 AB25 AF26
VCC_39 VCC_SM_35 VCC_NCTF22 VCCAUX_NCTF3
P29 AR26 AA25 AG25
VCC_40 VCC_SM_36 VCC_NCTF23 VCCAUX_NCTF4
M29 AJ26 Y25 AF25
VCC_41 VCC_SM_37 VCC_NCTF24 VCCAUX_NCTF5
L29 AH26 W25 AG24
VCC_42 VCC_SM_38 VCC_NCTF25 VCCAUX_NCTF6
C Low = DMI*2 Low = Reverse Lane AB28 AJ25 V25 AF24 C
VCC_43 VCC_SM_39 VCC_NCTF26 VCCAUX_NCTF7
CFG5 High = Normal AA28 AH25 U25 AG23
VCC_44 VCC_SM_40 VCC_NCTF27 VCCAUX_NCTF8
High = DMI*4 Y28 AJ24 T25 AF23
VCC_45 VCC_SM_41 VCC_NCTF28 VCCAUX_NCTF9
PCIe Lane V28 AH24 R25 AG22
VCC_46 VCC_SM_42 VCCSM_LF_C3 VCC_NCTF29 VCCAUX_NCTF10
U28 BA23 AD24 AF22
VCC_47 VCC_SM_43 VCC_NCTF30 VCCAUX_NCTF11
T28 AJ23 AC24 AG21
VCC_48 VCC_SM_44 VCC_NCTF31 VCCAUX_NCTF12
C321
CFG[17:3] have internal pullup ressistors. R28 BA22 AB24 AF21
VCC_49 VCC_SM_45 VCC_NCTF32 VCCAUX_NCTF13
NCTF
Design guide use 2.5V Design guide use 2.5V P28 AY22 AA24 AG20
VCC_50 VCC_SM_46 VCC_NCTF33 VCCAUX_NCTF14
0.47u/Y5V
N28 AW22 Y24 AF20
VCC_51 VCC_SM_47 VCC_NCTF34 VCCAUX_NCTF15
M28 AV22 W24 AG19
VCC_52 VCC_SM_48 VCC_NCTF35 VCCAUX_NCTF16
L28 AU22 V24 AF19
VCC_53 VCC_SM_49 VCC_NCTF36 VCCAUX_NCTF17
P27 AT22 U24 R19
VCC_54 VCC_SM_50 VCC_NCTF37 VCCAUX_NCTF18
+3.3V +3.3V
N27 AR22 T24 AG18
VCC_55 VCC_SM_51 VCC_NCTF38 VCCAUX_NCTF19
M27 AP22 R24 AF18
VCC_56 VCC_SM_52 VCC_NCTF39 VCCAUX_NCTF20
L27 AK22 AD23 R18
VCC_57 VCC_SM_53 VCC_NCTF40 VCCAUX_NCTF21
P26 AJ22 V23 AG17
VCC_58 VCC_SM_54 VCC_NCTF41 VCCAUX_NCTF22
CFG18 Low = 1.05V N26 AK21 U23 AF17
VCC_59 VCC_SM_55 VCC_NCTF42 VCCAUX_NCTF23
L26 AK20 T23 AE17
VCC_60 VCC_SM_56 VCC_NCTF43 VCCAUX_NCTF24
VCC
(VCC Select) High = 1.5V R142 CFG19 0 = normal R141
N25 BA19 R23 AD17
VCC_61 VCC_SM_57 VCC_NCTF44 VCCAUX_NCTF25
(DMI lane M25 AY19 AD22 AB17
*1K VCC_62 VCC_SM_58 VCC_NCTF45 VCCAUX_NCTF26
*1K 1 = Reversed L25 AW19 V22 AA17
Reversal)
VCC_63 VCC_SM_59 VCC_NCTF46 VCCAUX_NCTF27
P24 AV19 U22 W17
VCC_64 VCC_SM_60 VCC_NCTF47 VCCAUX_NCTF28
N24 AU19 T22 V17
VCC_65 VCC_SM_61 VCC_NCTF48 VCCAUX_NCTF29
M24 AT19 R22 T17
VCC_66 VCC_SM_62 VCC_NCTF49 VCCAUX_NCTF30
AB23 AR19 AD21 R17
9 CFG18 9 CFG19 VCC_67 VCC_SM_63 VCC_NCTF50 VCCAUX_NCTF31
AA23 AP19 V21 AG16
VCC_68 VCC_SM_64 VCC_NCTF51 VCCAUX_NCTF32
Y23 AK19 U21 AF16
VCC_69 VCC_SM_65 VCC_NCTF52 VCCAUX_NCTF33
P23 AJ19 T21 AE16
VCC_70 VCC_SM_66 VCC_NCTF53 VCCAUX_NCTF34
CFG[20:18] have internal pulldown resistors. N23 AJ18 R21 AD16
VCC_71 VCC_SM_67 VCC_NCTF54 VCCAUX_NCTF35
M23 AJ17 AD20 AC16
VCC_72 VCC_SM_68 VCC_NCTF55 VCCAUX_NCTF36
L23 AH17 V20 AB16
VCC_73 VCC_SM_69 VCC_NCTF56 VCCAUX_NCTF37
AC22 AJ16 U20 AA16
VCC_74 VCC_SM_70 VCC_NCTF57 VCCAUX_NCTF38
+1.05V
AB22 AH16 T20 Y16
B B
VCC_75 VCC_SM_71 VCC_NCTF58 VCCAUX_NCTF39
VCCSM_LF_C4
Y22 BA15 R20 W16
1.05V core < 1.5A
VCC_76 VCC_SM_72 VCC_NCTF59 VCCAUX_NCTF40
W22 AY15 AD19 V16
VCC_77 VCC_SM_73 VCC_NCTF60 VCCAUX_NCTF41
C323
P22 AW15 V19 U16
VCC_78 VCC_SM_74 VCC_NCTF61 VCCAUX_NCTF42
N22 AV15 U19 T16
VCC_79 VCC_SM_75 VCC_NCTF62 VCCAUX_NCTF43
0.47u/Y5V
M22 AU15 T19 R16
VCC_80 VCC_SM_76 VCC_NCTF63 VCCAUX_NCTF44
C429 C103 C91 C99 C108 C111 C89
L22 AT15 AD18 AG15
VCC_81 VCC_SM_77 VCC_NCTF64 VCCAUX_NCTF45
AC21 AR15 AC18 AF15
VCC_82 VCC_SM_78 VCC_NCTF65 VCCAUX_NCTF46
4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805 0.1u 0.1u
AA21 AJ15 AB18 AE15
VCC_83 VCC_SM_79 VCC_NCTF66 VCCAUX_NCTF47
W21 AJ14 AA18 AD15
VCC_84 VCC_SM_80 VCC_NCTF67 VCCAUX_NCTF48
N21 AJ13 Y18 AC15
VCC_85 VCC_SM_81 VCC_NCTF68 VCCAUX_NCTF49
M21 AH13 W18 AB15
VCC_86 VCC_SM_82 VCC_NCTF69 VCCAUX_NCTF50
L21 AK12 V18 AA15
VCC_87 VCC_SM_83 VCC_NCTF70 VCCAUX_NCTF51
AC20 AJ12 U18 Y15
VCC_88 VCC_SM_84 VCC_NCTF71 VCCAUX_NCTF52
AB20 AH12 T18 W15
VCC_89 VCC_SM_85 VCC_NCTF72 VCCAUX_NCTF53
Y20 AG12 V15
VCC_90 VCC_SM_86 VCCAUX_NCTF54
W20 AK11 U15
VCC_91 VCC_SM_87 VCCAUX_NCTF55
P20 BA8 T15
VCC_92 VCC_SM_88 VCCAUX_NCTF56
N20 AY8 R15
VCC_93 VCC_SM_89 VCCAUX_NCTF57
C104 C430 C107 C92 C112 C93 C110 C125
M20 AW8
VCC_94 VCC_SM_90
L20 AV8
VCC_95 VCC_SM_91
4.7u/10V/0805 4.7u/10V/0805 0.22u/10V/Y5V 1u 0.1u 0.1u 0.1u 0.1u CALISTOGA
AB19 AT8
VCC_96 VCC_SM_92
AA19 AR8
VCC_97 VCC_SM_93
Y19 AP8
VCC_98 VCC_SM_94
N19 BA6
VCC_99 VCC_SM_95
M19 AY6
VCC_100 VCC_SM_96
L19 AW6
VCC_101 VCC_SM_97
N18 AV6
VCC_102 VCC_SM_98
+1.8VS
M18 AT6
VCC_103 VCC_SM_99
L18 AR6
VCC_104 VCC_SM_100
FSB 667 , 2 CHANNEL < 3.2A P17 AP6
VCC_105 VCC_SM_101
N17 AN6
VCC_106 VCC_SM_102
M17 AL6
A VCC_107 VCC_SM_103 A
N16 AK6
VCC_108 VCC_SM_104
C314 C315 C316 C317 C310 C322 C320
M16 AJ6
VCC_109 VCC_SM_105
VCCSM_LF_C5
L16 AV1
VCC_110 VCC_SM_106
4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805 4.7u/10V/0805 0.1u 0.1u 0.1u VCCSM_LF_C6
AJ1
VCC_SM_107
C325 Name of Part
C388
NB(5)_POWER
CALISTOGA 0.47u/Y5V
0.47u/Y5V Project Rev
L50II0
C
Sheet
/
Date: Tuesday, April 25, 2006 13 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
0.22u/10V/Y5V
5 4 3 2 1
+3.3V
+3.3V Check SPD power comsumption
MBA_A[13:0]
11 MAA_A[13:0] 11 MBA_A[13:0]
C14 C275
0.1u 0.1u
+1.8VS +1.8VS
R277 0R
R283 0R
9,21 EXTTS#0
CN1 CN10
9,21 EXTTS#0
MA_DQ[63:0] 11 MB_DQ[63:0] 11
MA_DQ1 MB_DQ4
6 6
DQ5 DQ5
MA_DQ7 +3.3V MB_DQ5
7 5
DQ1 DQ0
D D
MA_DQ6 R282 MB_DQ7
163 19 163 17
NC/TEST DQ3 NC/TEST DQ2
DIMM0_EXTTS#0 MA_DQ3 DIMM1_EXTTS#0 MB_DQ6
50 16 50 19
NC DQ7 NC DQ3
MA_DQ0 10K MB_DQ2
69 4 69 16
NC DQ4 NC DQ7
R293 R294 MA_DQ4 R287 MB_DQ3
83 5 83 14
NC DQ0 NC DQ6
MA_DQ5 MB_DQ0
120 14 120 7
NC DQ6 NC DQ1
10K 10K MA_DQ2 10K MB_DQ1
17 4
DQ2 DQ4
Z1401 MA_DQ13 Z1403 MB_DQ9
198 20 198 23
SA0 DQ12 SA0 DQ8
Z1402 MA_DQ8 Z1404 MB_DQ8
200 22 200 25
SA1 DQ13 SA1 DQ9
MA_DQ10 MB_DQ15
36 35
DQ14 DQ10
MA_DQ9 MB_DQ14
195 37 195 37
16,17 SB_SMB_DATA 16,17 SB_SMB_DATA
SDA DQ11 SDA DQ11
MA_DQ12 MB_DQ12
197 25 197 20
16,17 SB_SMB_CLK 16,17 SB_SMB_CLK
SCL DQ9 SCL DQ12
MA_DQ14 MB_DQ13
23 22
11 MA_BA[2:0] DQ8 11 MB_BA[2:0] DQ13
MA_BA0 MA_DQ15 MB_BA0 MB_DQ11
107 35 107 36
BA0 DQ10 BA0 DQ14
MA_BA1 MA_DQ11 MB_BA1 MB_DQ10
106 38 106 38
BA1 DQ15 BA1 DQ15
MA_BA2 MA_DQ16 MB_BA2 MB_DQ19
85 45 85 46
BA2 DQ17 BA2 DQ21
MA_DQ20 MB_DQ17
43 45
DQ16 DQ17
MA_CS#0 MA_DQ18 MB_CS#2 MB_DQ18
110 55 110 44
9 MA_CS#0 9 MB_CS#2 S0# DQ20
S0# DQ18
MA_CS#1 MA_DQ22 MB_CS#3 MB_DQ16
115 57 115 57
9 MA_CS#1 9 MB_CS#3 NC/S1# DQ19
NC/S1# DQ19
MA_DQ21 MB_DQ22
44 55
11 MB_DM[7:0]
11 MA_DM[7:0] DQ20 DQ18
MA_DM0 MA_DQ17 MB_DM0 MB_DQ21
10 46 10 43
DM0 DQ21 DM0 DQ16
MA_DM1 MA_DQ19 MB_DM1 MB_DQ20
26 56 26 56
DM1 DQ22 DM1 DQ22
MA_DM2 MA_DQ23 MB_DM2 MB_DQ23
52 58 52 58
DM2 DQ23 DM2 DQ23
MA_DM3 MA_DQ24 MB_DM3 MB_DQ28
67 61 67 61
DM3 DQ24 DM3 DQ24
MA_DM4 MA_DQ25 MB_DM4 MB_DQ25
130 63 130 63
DM4 DQ25 DM4 DQ25
MA_DM5 MA_DQ28 MB_DM5 MB_DQ27
147 62 147 75
DM5 DQ28 DM5 DQ27
MA_DM6 MA_DQ30 MB_DM6 MB_DQ31
170 75 170 74
DM6 DQ27 DM6 DQ30
MA_DM7 MA_DQ26 MB_DM7 MB_DQ26
185 74 185 62
DM7 DQ30 DM7 DQ28
MA_DQ29 MB_DQ24
64 64
DQ29 DQ29
MA_DQ31 MB_DQ29
73 73
DQ26 DQ26
MA_WE# MA_DQ27 MB_WE# MB_DQ30
109 76 109 76
11 MA_WE# WE# DQ31 11 MB_WE# WE# DQ31
MA_CAS# MA_DQ37 MB_CAS# MB_DQ37
113 123 113 126
11 MA_CAS# CAS# DQ32 11 MB_CAS# CAS# DQ37
MA_RAS# MA_DQ36 MB_RAS# MB_DQ36
108 125 108 124
11 MA_RAS# RAS# DQ33 11 MB_RAS# RAS# DQ36
MA_DQ35 MB_DQ39
135 136
DQ34 DQ39
MA_DQ38 MB_DQ38
137 134
DQ35 DQ38
MA_CKE0 MA_DQ33 MB_CKE2 MB_DQ33
79 124 79 125
9 MA_CKE0 CKE0 DQ36 9 MB_CKE2 CKE0 DQ33
MA_CKE1 MA_DQ32 MB_CKE3 MB_DQ32
80 126 80 123
9 MA_CKE1 NC/CKE1 DQ37 9 MB_CKE3 NC/CKE1 DQ32
MA_DQ39 MB_DQ35
134 137
DQ38 DQ35
MA_CK0 MA_DQ34 MB_CK3 MB_DQ34
30 136 30 135
9 MA_CK0 CK0 DQ39 9 MB_CK3 CK0 DQ34
MA_CK1 MA_DQ42 MB_CK4 MB_DQ45
164 141 164 141
9 MA_CK1 CK1 DQ40 9 MB_CK4 CK1 DQ40
MA_CK#0 MA_DQ44 MB_CK#3 MB_DQ40
32 140 32 143
9 MA_CK#0 CK#0 DQ44 9 MB_CK#3 CK#0 DQ41
C C
MA_CK#1 MA_DQ43 MB_CK#4 MB_DQ46
166 151 166 151
9 MA_CK#1 CK#1 DQ42 9 MB_CK#4 CK#1 DQ42
MA_DQ47 MB_DQ42
153 153
11 MA_DQS[7:0] 11 MB_DQS[7:0]
DQ43 DQ43
MA_DQS0 MA_DQ45 MB_DQS0 MB_DQ41
13 142 13 142
DQS0 DQ45 DQS0 DQ45
MA_DQS1 MA_DQ40 MB_DQS1 MB_DQ44
31 143 31 140
DQS1 DQ41 DQS1 DQ44
MA_DQS2 MA_DQ46 MB_DQS2 MB_DQ43
51 152 51 152
DQS2 DQ46 DQS2 DQ46
MA_DQS3 MA_DQ41 MB_DQS3 MB_DQ47
70 154 70 154
DQS3 DQ47 DQS3 DQ47
MA_DQS4 MA_DQ53 MB_DQS4 MB_DQ54
131 157 131 174
DQS4 DQ48 DQS4 DQ54
MA_DQS5 MA_DQ52 MB_DQS5 MB_DQ55
148 159 148 176
DQS5 DQ49 DQS5 DQ55
MA_DQS6 MA_DQ54 MB_DQS6 MB_DQ50
169 173 169 173
DQS6 DQ50 DQS6 DQ50
MA_DQS7 MA_DQ55 MB_DQS7 MB_DQ52
188 175 188 158
11 MA_DQS#[7:0] 11 MB_DQS#[7:0]
DQS7 DQ51 DQS7 DQ52
MA_DQS#0 MA_DQ48 MB_DQS#0 MB_DQ48
11 158 11 160
DQS#0 DQ52 DQS#0 DQ53
MA_DQS#1 MA_DQ49 MB_DQS#1 MB_DQ49
29 160 29 159
DQS#1 DQ53 DQS#1 DQ49
MA_DQS#2 MA_DQ50 MB_DQS#2 MB_DQ53
49 174 49 157
DQS#2 DQ54 DQS#2 DQ48
MA_DQS#3 MA_DQ51 MB_DQS#3 MB_DQ51
68 176 68 175
DQS#3 DQ55 DQS#3 DQ51
MA_DQS#4 MA_DQ60 MB_DQS#4 MB_DQ57
129 179 129 179
DQS#4 DQ56 DQS#4 DQ56
MA_DQS#5 MA_DQ63 MB_DQS#5 MB_DQ61
146 181 146 181
DQS#5 DQ57 DQS#5 DQ57
MA_DQS#6 MA_DQ58 MB_DQS#6 MB_DQ63
167 189 167 192
DQS#6 DQ58 DQS#6 DQ62
MA_DQS#7 MA_DQ62 MB_DQS#7 MB_DQ59
186 191 Thermistor 186 194
DQS#7 DQ59 DQS#7 DQ63
+3.3V
MA_DQ57 MB_DQ56
180 180
DQ60 DQ60
MA_ODT0 MA_DQ61 MB_ODT2 MB_DQ60
114 182 114 182
9 MA_ODT0 ODT0 DQ61 9 MB_ODT2 ODT0 DQ61
MA_ODT1 MA_DQ59 MB_ODT3 MB_DQ58
119 192 119 191
9 MA_ODT1 NC/ODT1 DQ62 9 MB_ODT3 NC/ODT1 DQ59
MA_DQ56 MB_DQ62
194 189
DQ63 DQ58
DDR_VREF RT1 DDR_VREF
1 1
VREF VREF
C268 10K_T/0805 C13
184 145 184 145
VSS VSS VSS VSS
187 149 187 149
VSS VSS VSS VSS
0.1u 0.1u
190 150 190 150
21 DDR2_TEMP
VSS VSS VSS VSS
193 155 193 155
VSS VSS VSS VSS
196 156 196 156
VSS VSS VSS VSS
R305
171 161 171 161
VSS VSS VSS VSS
172 162 172 162
VSS VSS VSS VSS
1.5K_1%
177 165 177 165
VSS VSS VSS VSS
178 168 178 168
VSS VSS VSS VSS
183 183
VSS VSS
DDR_CON_REV
DDR_CON_NORMAL PIN NC3=NC PIN
PIN NC3~4=GND POWER
NC4=GND POWER
B B
+0.9VS
C257 C9 C11 C255 C253 C252 C6 C285 C286 C254 C293 C292
+1.8VS
0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u
R292
C281
150R_1% 0.1u
C289 C291 C290 C284 C12 C10 C7 C288 C287 C8 C256 C283 DDR2_Terminate (SWAP RP PIN when layout) +0.9VS
0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u DDR_VREF
R296 C279 C269
RP11 56Rx4_0402
150R_1% 0.1u 1000p MBA_A12 RP4 56Rx4_0402 RP10 56Rx4_0402
8 1
MBA_A9 MAA_A5 MB_RAS#
7 2 1 8 1 8
MBA_A8 MAA_A8 MB_CS#2
6 3 2 7 2 7
MA_CKE1 MAA_A9 MB_ODT2
5 4 3 6 3 6
MAA_A12 MBA_A13
4 5 4 5
RP2 56Rx4_0402
Layout note: Place one cap close to every 2 pullup resistors terminated to DDR_VREF MA_ODT1 56Rx4_0402 RP14 RP8 56Rx4_0402
1 8
MA_CS#1 MAA_A0 MB_CKE3
2 7 8 1 1 8
MA_CAS# MAA_A2 MBA_A11
3 6 7 2 2 7
MA_WE# MB_BA0 MBA_A7
4 5 6 3 3 6
MB_WE# MBA_A6
5 4 4 5
RP3 56Rx4_0402
MA_BA0 RP5 56Rx4_0402 RP9 56Rx4_0402
1 8
A A
MAA_A10 MA_BA2 MBA_A4
2 7 1 8 1 8
MAA_A1 MA_CKE0 MBA_A2
3 6 2 7 2 7
+1.8VS +1.8VS MAA_A3 MBA_A0
4 5 3 6 3 6
MB_BA1
4 5 4 5
56Rx4_0402 RP16
MB_ODT3 56Rx4_0402 RP12 MB_CKE2 R284 56R
8 1
MA_ODT0 MAA_A11 MB_BA2 R285 56R
7 2 8 1
MAA_A13 MAA_A7
6 3 7 2
C271 C258 C277 C260 C259 C312 C278 C263 C262 C261 C272 C270 C273 C274 C15 C16 C264 MA_CS#0 MBA_A5
5 4 6 3
Name of Part
MBA_A3
5 4
0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u/0603 0.1u/0603 0.1u/0603 56Rx4_0402 RP15
DDR2 _SO-DIMM
MA_RAS# 56Rx4_0402 RP13
8 1
Project Rev
MA_BA1 MBA_A1
7 2 8 1
MB_CAS# MAA_A6 L50II0
6 3 7 2
C
MB_CS#3 MAA_A4
5 4 6 3
MBA_A10 Sheet
5 4
/ 33
Date: Tuesday, April 25, 2006 14
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
MAA_A0
MAA_A1
MAA_A2
MAA_A3
MAA_A4
MAA_A5
MAA_A6
MAA_A7
MAA_A8
MAA_A9
MBA_A0
MBA_A1
MBA_A2
MBA_A3
MBA_A4
MBA_A5
MBA_A6
MBA_A7
MBA_A8
MBA_A9
MAA_A10
MAA_A11
MAA_A12
MAA_A13
MBA_A10
MBA_A11
MBA_A12
MBA_A13
102
101
100
99
98
97
94
92
93
91
105
90
89
116
86
84
199
81
82
87
88
95
96
103
104
111
112
117
118
102
101
100
99
98
97
94
92
93
91
105
90
89
116
86
84
199
81
82
87
88
95
96
103
104
111
112
117
118
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A11
A12
A11
A12
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
VDD
A10/AP
A10/AP
NC/A13
NC/A14
NC/A15
NC/A13
NC/A14
NC/A15
VDDSPD
VDDSPD
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
2
3
8
9
12
15
18
21
24
27
28
33
34
39
40
41
42
47
48
53
54
59
60
65
66
71
72
77
78
121
122
127
128
132
133
138
139
144
2
3
8
9
12
15
18
21
24
27
28
33
34
39
40
41
42
47
48
53
54
59
60
65
66
71
72
77
78
121
122
127
128
132
133
138
139
144
4.7u/10V/0805
4.7u/10V/0805
2.2u/X5R/0603
2.2u/X5R/0603
2.2u/X5R/0603
2.2u/X5R/0603
2.2u/X5R/0603
5 4 3 2 1
RTC_RST#
+3.3VA +3.3VA_RTC
D19
Z1501 R340 470R
A C
RTC Circuitry
C354 Q71
BAT54
1u/10V/Y5V/0603
G
20,21 FAN_SPD#
2N7002
R525
D16
D Check J1 on big door side D
Z1502 R347 180K 100K/0603
A C
BAT54 J2 C358 C333
OPEN_S 1u
RC-M6
C335
R341 *0.1u
R201
1M
1K
18p R320
Y1
32.768KHz_DIP 10M
+1.05V
C330
U8A LPC_AD[3:0] 21
Z1503
RTC_X1 LPC_AD0 H_FERR# R322 56R
AB1 AA6
RTXC1 LAD0
CN20 RTC_X2 LPC_AD1
AB2 AB5
RTCX2 LAD1
18p LPC_AD2 H_DPRSTP# R317 *56R
AC4
LAD2
RTC_CON RTC_RST# LPC_AD3
AA3 Y6
RTCRST# LAD3
H_DPSLP# R319 *56R
SM_INTRUDER#
Y5 AC3
INTRUDER# LDRQ0# LDRQ0# 21
INTVRMEN H_A20GATE R303 10K
W4 AA5
INTVRMEN LDRQ1#/GPIO23
Disable VccSus1.05 VRM Mode +3.3V
EE_CS has internal pull-down. W1 AB3
EE_CS LFRAME# LPC_FRAME# 21
Y1
EE_DOUT has internal pull-up.
EE_SHCLK
H_A20GATE
RB ->M3 Y2 AE22
EE_DOUT A20GATE H_A20GATE 21
W3 AH28
EE_DIN A20M# H_A20M# 5
CPUSLP# R313 0R
AG27
CPUSLP# H_CPUSLP# 5,8
R329 47R
V3
24 ACZ_BITCLK LAN_CLK
Z1510 R316 0R H_DPRSTP#
AF24
TP1/DPRSTP# H_DPRSTP# 5,27
Z1511 R318 0R H_DPSLP#
U3 AH25
LAN_RSTSYNC TP2/DPSLP# H_DPSLP# 5
C C
C350
U5
LAN_RXD0
SB_H_FERR R321 0R H_FERR#
V4 AG26
LAN_RXD1 FERR# H_FERR# 5
*22p/NPO
T5
LAN_RXD2
AG24
GPIO49/CPUPWRGD H_PWRGD 5
U7
LAN_TXD0
V6
LAN_TXD1
V7 AG22
LAN_TXD2 IGNNE# H_IGNNE# 5
AG21
INIT3_3V#
Z1504
U1 AF22
ACZ_BIT_CLK INIT# H_INIT# 5
R339 22R Z1506 +1.05V
R6 AF25
24 ACZ_SYNC ACZ_SYNC INTR H_INTR 5
R338 22R Z1507
R5 AG23RC_IN = KBC RESET OK
24 ACZ_RST# ACZ_RST# RCIN# H_RCIN# 17,21
R307
T2 AH24
24 ACZ_SDATAIN0 ACZ_SDIN0 NMI H_NMI 5
T3 AF23
24 ACZ_SDATAIN1 ACZ_SDIN1 SMI# H_SMI# 5
56R
T1
ACZ_SDIN2
Add series resister 39 ohm in Audio Bd. AH22
STPCLK# H_STPCLK# 5
R330 22R Z1508
T4
24 ACZ_SDATAOUT ACZ_SDOUT
H_THERMTRIP_R R300 24.9R_1%
AF26 PM_THRMTRIP# space 2:1
THERMTRIP# PM_THRMTRIP# 5,9
AF18 Close to SB in 2".
24 SATA_LED# SATALED#
C222 1000p SATA_RXN0_C
SATA C = AF3 AB15
20 SATA_RXN0 IDE_PDD0 20
SATA0RXN DD0
C221 1000p SATA_RXP0_C
AE3 AE14
20 SATA_RXP0
1nF ~ SATA0RXP DD1 IDE_PDD1 20
C34 1000p SATA_TXN0_C
AG2 AG13
20 SATA_TXN0 IDE_PDD2 20 RB-M31
SATA0TXN DD2
C33 1000p SATA_TXP0_C
20nF AH2 AF13
20 SATA_TXP0 IDE_PDD3 20
SATA0TXP DD3
AD14
DD4 IDE_PDD4 20
AF7 AC13
SATA2RXN DD5 IDE_PDD5 20
H_THERMTRIP_R
AE7 AD12
SATA2RXP DD6 IDE_PDD6 20
AG6 AC12
SATA2TXN DD7 IDE_PDD7 20
AH6 AE12
SATA2TXP DD8 IDE_PDD8 20
C301
AF12
DD9 IDE_PDD9 20
SATA_CLKN
AF1 AB13
B 7 SATA_CLKN SATA_CLKN DD10 IDE_PDD10 20 B
SATA_CLKP 0.1u
AE1 AC14
7 SATA_CLKP SATA_CLKP DD11 IDE_PDD11 20
AF14
DD12 IDE_PDD12 20
Z1509
AH10 AH13
SATARBIASN DD13 IDE_PDD13 20
R65 24.9R_1%
within 500 mils AG10 AH14
SATARBIASP DD14 IDE_PDD14 20
AC15
DD15 IDE_PDD15 20
AF15 AH17
20 IDE_PDIOR# DIOR# DA0 IDE_PDA0 20
AH15 AE17
20 IDE_PDIOW# DIOW# DA1 IDE_PDA1 20
+3.3VS
AF16 AF17
20 IDE_PDDACK# DDACK# DA2 IDE_PDA2 20
AH16
20 IDE_IRQ15 IDEIRQ
AG16 AE16
20 IDE_PDIORDY IORDY DCS1# IDE_PDCS1# 20
AE15 AD16
20 IDE_PDDREQ DDREQ DCS3# IDE_PDCS3# 20
R331
+3.3VA_RTC
100K
ICH6-6-21_0
AUTO_C4# 21
R334
H_DPSLP# R314 499R_1% Z1512 Q36
B
*330K 2N3904
C337
INTVRMEN
0.1u
R332 Disable VccSus1.05 VRM Mode
0R
A A
Name of Part
SB(1)_CPU/SATA/IDE
Project Rev
L50II0
C
Sheet
/ 33
Date: Tuesday, April 25, 2006 15
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
S
D
2
1
2
1
CPU
LPC
LAN
RTC
AC-97 /AZALIA
SATA
IDE
E
C
5 4 3 2 1
+3.3V
01 = SPI
U8B
18,19 PCI_AD[31:0]
10 = PCI
PCI_AD0
E18 D7
AD0 REQ0# PCI_REQ#0 19
+3.3V
PCI_AD1
C18 E7 11 = LPC
AD1 GNT0# PCI_GNT#0 19
PCI_AD2 A16 PCI C16 RP6 8.2Kx4_0402
AD2 REQ1# PCI_REQ#1 18
( Internal PU)
PCI_AD3 U8C
F18 D16
AD3 GNT1# PCI_GNT#1 18
PCI_REQ#2 Z1602
PCI_AD4 E16 C17 R110 R370 SMBCLK C22 AF19 4 5
AD4 REQ2# SMBCLK GPIO21/SATA0GP
PCI_AD5 SMBDATA
A18 D17 B22 AH18Z1603 3 6 ( 3.3V , 1.5V
D AD5 GNT2# SMBDATA GPIO19/SATA1GP D
PCI_REQ#3 *10K *10K
PCI_AD6 E17 E13 +3.3VS LINK_ALERT#
A26 AH19Z1604 2 7
AD6 REQ3# LINKALERT# GPIO36/SATA2GP , PCI CLK )
PCI_AD7
A17 F13 B25 AE19Z1605 1 8
AD7 GNT3# 17 SMLINK0 SMLINK0 GPIO37/SATA3GP
PCI_AD8 PCI_REQ#4 +3.3VS
A15 A13 A25
AD8 REQ4#/GPIO22 17 SMLINK1 SMLINK1
PCI_AD9 BIOS strap LSB
C14 A14 AC1
AD9 GNT4#/GPIO48 CLK14 CLK_ICH14 7
PCI_AD10 PCI_REQ#5 R126
E14 C8 A28 B2
AD10 GPIO1/REQ5# 17 PM_RI# RI# CLK48 CLK_USB48 7
PCI_AD11 BIOS strap MSB +3.3V ACZ_SPKR
D14 D8 A19
AD11 GPIO17/GNT5# 24 ACZ_SPKR SPKR
PCI_AD12 10K
B12 C20
AD12 PCI_C/BE#[3:0] 18,19 SUSCLK SUS_CLK 17
PCI_AD13 PCI_C/BE#0 R120 *10K Z1601
C13 B15 A27
AD13 C/BE0# SUS_STAT#
PCI_AD14 PCI_C/BE#1 SYS_RST#
G15 C12 A22 B24
AD14 C/BE1# SYS_RST# SLP_S3# PM_SLP_S3# 17,19,21,23,24
PCI_AD15 PCI_C/BE#2 R59 R306
G13 D12 D23
AD15 C/BE2# SLP_S4# PM_SLP_S4# 17,21
PCI_AD16 PCI_C/BE#3 Z1606
E12 C15 AB18 F22
AD16 C/BE3# 9 BM_BUSY# GPIO0/BM_BUSY# SLP_S5#
PCI_AD17 C11
AD17
PCI_AD18 *10K 10K
D11 A7 B23 AA4
AD18 IRDY# PCI_IRDY# 18,19 17 SMB_ALERT# GPIO11/SMBALERT# PWROK PWROK 17,21
PCI_AD19 A11 E10
AD19 PAR PCI_PAR 18,19
PCI_AD20
A10 B18 AC20 AC22Z1607 R310 499R_1% PM_DPRSLPVR 27
AD20 PCIRST# PCI_RST# 17,18,19,21,23 7 PM_STPPCI# GPIO18/STPPCI# GPIO16/DPRSLPVR
PCI_AD21 F11 A12 AF21
AD21 DEVSEL# PCI_DEVSEL# 18,19 7,20 PM_STPCPU# GPIO20/STPCPU#
PCI_AD22
F10 C9 C21
AD22 PERR# PCI_PERR# 19 TP0/BATLOW# PM_BATLOW# 17
PCI_AD23
E9 E11 A21
AD23 PLOCK# PCI_LOCK# GPIO26
PCI_AD24
D9 B10 C23
AD24 SERR# PCI_SERR# 19 PWRBTN# PWRBTN# 21
PCI_AD25 R360 10K BIOS_REC_R
B9 F15 B21
+3.3V
AD25 STOP# PCI_STOP# 18,19 GPIO27
PCI_AD26 R354 10K FWH_MFG_MODE_R
A8 F14 E23
AD26 TRDY# PCI_TRDY# 18,19 +3.3VS
GPIO28
Z1612
PCI_AD27 A6 F16 C19 R365 *0R PLT_RST#
AD27 FRAME# PCI_FRAME# 18,19 LAN_RST#
PCI_AD28 PM_CLKRUN# R229 0R
C7 AG18
18,19 PM_CLKRUN#
AD28 GPIO32/CLKRUN#
Z1609
PCI_AD29 B6 C26 Y4 R326 100R
AD29 PLTRST# PLT_RST# 9,17,20,21,23 RSMRST# PM_RSMRST# 17,21
PCI_AD30
E6 A9 AC19
AD30 PCICLK PCI_CLK_SB 7 GPIO33/AZ_DOCK_EN#
PCI_AD31 D6 B19 U2 E20
AD31 PME# PCI_PME# 18,19 GPIO34/AZ_DOCK_RST# GPIO9 EC_EXTSMI# 21 Check
A20
GPIO10
PCIE_WAKE#
INTERRUPT I/F PCIE WAKE# F20 F19 with
17,23 PCIE_WAKE# WAKE# GPIO12 PNLSW0 22
INT_PIRQA# INT_PIRQE#
A3 G8 AH21 E19
19 INT_PIRQA# 17,18,21 INT_SERIRQ PNLSW1 22
PIRQA# GPIO2/PIRQE# SERIRQ GPIO13
BIOS
INT_PIRQB# INT_PIRQF#
B4 F7 LAN IDSEL=AD24 Device=8, S/W Throtting AF20 R4
19 INT_PIRQB# 17,21 PM_THROTTING# THRM# GPIO14 PNLSW2 22
PIRQB# GPIO3/PIRQF#
INT_PIRQC# INT_PIRQG#
C5 F8 E22
18 INT_PIRQC# 1394 IDSEL=AD20 Device=5
PIRQC# GPIO4/PIRQG# GPIO15
INT_PIRQD# INT_PIRQH# SB_VR_PWRGD
B5 G7 AD22 R3
18 INT_PIRQD#
PIRQD# GPIO5/PIRQH# VRMPWRGD GPIO24
D20
GPIO25
MISC AC21 AD21
GPIO6 GPIO35
AE5 AE9 AC18 AD20
RSVD[1] RSVD[6] GPIO7 GPIO GPIO38
AD5 AG8 E21 AE20
RSVD[2] RSVD[7] GPIO8 GPIO39
AG4 AH8
RSVD[3] RSVD[8]
+1.5V
C AH4 F21 C
RSVD[4] RSVD[9]
AD9 AH20
RSVD[5] MCH_SYNC# NB_SYNC# 9
ICH6-6-21_0
Internal AND with PWROK. Resume Power GPIO [8:10] [12:15] [25:28]
ICH6-6-21_0
R297
*100K
PM_DPRSLPVR
PLTRST = platform Reset
High mininum 1 ms after both PEROK &
+3.3V
VRMPWRGD are high
R327
10K
R328 0R SB_VR_PWRGD
9 DELAY_VR_PWRGOOD
C344
R324 0R +3.3VS
27 VR_PWRGD
0.1u
close
PAD19 : MINPCI
SB R383 10K EC_EXTSMI#
PAD20 : 1394A
R385 10K SMBCLK
PAD21 : LAN
ICH7M support PCI-E port1~4,
R359 10K SMBDATA
ICH7M-DH support PCI-E port1~6. PAD23 : VT6421
U8D
PCIE_RXN0
F26 V26
23 PCIE_RXN0 PERn1 DMI0RXN DMI_RXN0 9
C79 0.33u PCIE_RXP0
F25 V25
B 23 PCIE_RXP0 PERp1 DMI0RXP DMI_RXP0 9 B
C84 0.33u PCIE_TXN0_C E28 U28
23 PCIE_TXN0 PETn1 DMI0TXN DMI_TXN0 9
PCIE_TXP0_C
E27 U27
23 PCIE_TXP0 PETp1 DMI0TXP DMI_TXP0 9
+3.3VS
NEW CARD USED H26 Y26
PERn2 DMI1RXN DMI_RXN1 9
H25 Y25
PERp2 DMI1RXP DMI_RXP1 9
G28 W28
PETn2 DMI1TXN DMI_TXN1 9
LINK_ALERT# R121 10K
G27 W27
PETp2 DMI1TXP DMI_TXP1 9
PCIE_RXN2
K26 AB26
23 PCIE_RXN2 PERn3 DMI2RXN DMI_RXN2 9
C65 0.33u PCIE_RXP2
K25 AB25
23 PCIE_RXP2 PERp3 DMI2RXP DMI_RXP2 9
C66 0.33u PCIE_TXN2_C +3.3V
J28 AA28
23 PCIE_TXN2 PETn3 DMI2TXN DMI_TXN2 9
PCIE_TXP2_C
J27 AA27
23 PCIE_TXP2 PETp3 DMI2TXP DMI_TXP2 9
+1.5V
MINI CARD USED M26 AD25 1:Normal 0:No
PERn4 DMI3RXN DMI_RXN3 9
R364 ACZ_SPKR R108 *4.7K
M25 AD24
PERp4 DMI3RXP DMI_RXP3 9 Reboot Mode
L28 AC28
PETn4 DMI3TXN DMI_TXN3 9
L27 AC27
PETp4 DMI3TXP DMI_TXP3 9
24.9R_1%
P26 AE28
PERn5 DMI_CLKN CLK_PCIE_ICH# 7
P25 AE27
PERp5 DMI_CLKP CLK_PCIE_ICH 7
+3.3V
N28
PETn5
N27 C25
PETp5 DMI_ZCOMP
Z1610 R378 8.2K
D25
18,19 PCI_FRAME#
DMI_IRCOMP
+3.3V
R115 8.2K
T25
18,19 PCI_IRDY#
PERn6
R377 8.2K
T24 F1
PERp6 USBP0N USB_P5- 24 18,19 PCI_TRDY#
R350 8.2K
R28 F2 L50II0
PETn6 USBP0P USB_P5+ 24 18,19 PCI_STOP#
R113 8.2K
R27 G4
PETp6 USBP1N USB_P3- 24 19 PCI_SERR#
R112 8.2K R107
G3
USBP1P USB_P3+ 24 18,19 PCI_DEVSEL#
USB0 3G MODULE R114 8.2K
R2 H1
SPI_CLK USBP2N USB_P7- 23 19 PCI_PERR#
R375 8.2K 4.7K
P6 H2
SPI_CS# USBP2P USB_P7+ 23 PCI_LOCK#
USB1 NEW CARD R369 8.2K
P1 J4
SPI_ARB USBP3N USB_P1- 23 19 PCI_REQ#0
R109 8.2K Z1611
J3
USBP3P USB_P1+ 23 18 PCI_REQ#1
USB2 AUDIO USB PCI_REQ#2 R379 8.2K
P5 K1
SPI_MOSI USBP4N USB_P2- 24
+3.3VS PCI_REQ#3 R376 8.2K Q15
P2 K2
SPI_MISO USBP4P USB_P2+ 24
RP17 8.2Kx4_0402 USB3 AUDIO USB PCI_REQ#4 R111 8.2K 2N7002
L4
USBP5N USB_P0- 23
USB_OC#0 PCI_REQ#5 R372 8.2K SMBCLK
1 8 D3 L5 D S
OC0# USBP5P USB_P0+ 23 SB_SMB_CLK 14,17
USB_OC#1 USB4 MDC USB
2 7 C4 M1
OC1# USBP6N USB_P4- 24
USB_OC#2 INT_PIRQA# R118 8.2K
A 3 6 D5 M2 A
OC2# USBP6P USB_P4+ 24 19 INT_PIRQA#
USB_OC#3 USB5 M/B USB INT_PIRQB# R117 8.2K SMBDATA
4 5 D4 N4 D S
OC3# USBP7N USB_P6- 23,25 19 INT_PIRQB# SB_SMB_DATA 14,17
USB_OC#4 INT_PIRQC# R371 8.2K Q40
E5 N3
OC4# USBP7P USB_P6+ 23,25 18 INT_PIRQC#
USB_OC#5 USB6 PR8800 INT_PIRQD# R116 8.2K 2N7002
8 1 C3
18 INT_PIRQD#
OC5#/GPIO29
USB_OC#6 INT_PIRQE# R351 8.2K
7 2 A2 D2
OC6#/GPIO30 USBRBIAS#
USB_OC#7 USB_RBIAS_PN R98 22.6R_1% USB7 MINI CARD INT_PIRQF# R357 8.2K
6 3 B3 D1
OC7#/GPIO31 USBRBIAS
INT_PIRQG# R373 8.2K
5 4
ICH6-6-21_0 INT_PIRQH# R353 8.2K
RP7 8.2Kx4_0402 PM_CLKRUN# R66 8.2K Name of Part
Close to SB
SB(2)_IO/GPIO/SYS
R63 *10K
Project Rev
R374 8.2K
18,19 PCI_PAR L50II0
C
Sheet
/
Date: Tuesday, April 25, 2006 16 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
SATA
GPIO
SMB
CLOCKS
Power MGT
SYS-GPIO
Media
USB
Direct
Interface
SPI
PCI-Express
G
G
5 4 3 2 1
+5VS +5VREF +3.3V
+1.05V
ICH6 PULLUPS
U8F
R129 R128 D11 VCC5REF
G10 L11
V5REF[1] Vcc1_05[1]
L12
BAT54 Vcc1_05[2]
C387 C353 C331 C366 C346 C343 C349
AD17 L14
INTEL V5REF[2] Vcc1_05[3]
+3.3VS
L16
Vcc1_05[4]
recommend *10R 10R +5VS 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 4.7u/10V/0805
F6 L17
V5REF_Sus Vcc1_05[5]
+3.3VS R119 10K
L18
Vcc1_05[6] 16 PM_RI#
100 ohm
R125 10K
AA22 M11
D Vcc1_5_B[1] Vcc1_05[7] 16 SMB_ALERT# D
AA23 M18
Vcc1_5_B[2] Vcc1_05[8]
AB22 P11
Vcc1_5_B[3] Vcc1_05[9]
C382 C305 D20 R122 10K
AB23 P18 In Mobile is for LAN controller
Vcc1_5_B[4] Vcc1_05[10] 16 SMLINK0
R361 R123 10K
AC23 T11
BAT54 Vcc1_5_B[5] Vcc1_05[11] Interface buffer 16 SMLINK1
1u 0.1u +3.3V
AC24 T18
Vcc1_5_B[6] Vcc1_05[12]
10R L42
AC25 U11
Vcc1_5_B[7] Vcc1_05[13]
AC26 U18
Vcc1_5_B[8] Vcc1_05[14]
+3.3V
AD26 V11
Vcc1_5_B[9] Vcc1_05[15]
V5REF_SUS C339 C340 0R/0603
AD27 V12
Vcc1_5_B[10] Vcc1_05[16]
AD28 V14
Vcc1_5_B[11] Vcc1_05[17]
0.1u 0.1u
D26 V16
Vcc1_5_B[12] Vcc1_05[18]
C409 C295 C319 C282 C326 C412
D27 V17
Vcc1_5_B[13] Vcc1_05[19]
D28 V18
Vcc1_5_B[14] Vcc1_05[20]
VCC PAUX
0.1u 0.1u 0.1u 0.1u 0.1u 0.1u
E24
Vcc1_5_B[15]
Z1703 +3.3V +3.3VS
E25 V5
Vcc1_5_B[16] VccSus3_3/VccLAN3_3[1]
E26 V1
Vcc1_5_B[17] VccSus3_3/VccLAN3_3[2]
+1.5V
F23 W2
Vcc1_5_B[18] VccSus3_3/VccLAN3_3[3]
C313
F24 W7
Vcc1_5_B[19] VccSus3_3/VccLAN3_3[4]
C355
G22
Vcc1_5_B[20]
0.1u +1.05V
G23 U6
Vcc1_5_B[21] Vcc3_3/VccHDA
R335 0.1u
H22
Vcc1_5_B[22]
H23 R7
Vcc1_5_B[23] VccSus3_3/VccSusHDA
+3.3V
0R/0805
J22
Vcc1_5_B[24]
J23 AE23
PCI-E
Vcc1_5_B[25] V_CPU_IO[1]
Z1701 C367 C371
K22 AE26
Vcc1_5_B[26] V_CPU_IO[2]
+3.3V R64 8.2K
K23 AH26
16,18,21 INT_SERIRQ
Vcc1_5_B[27] V_CPU_IO[3]
C360 C318 C307 C329 C370 C390 C341 1u/10V/Y5V/0603 0.1u R60 8.2K
L22
Vcc1_5_B[28] 16,21 PM_THROTTING#
R299 10K
L23 AA7
Vcc1_5_B[29] Vcc3_3[3] 15,21 H_RCIN#
C395 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u
M22 AB12
Vcc1_5_B[30] Vcc3_3[4]
C414 C380
M23 AB20
Vcc1_5_B[31] Vcc3_3[5]
4.7u/10V/0805 Add C on S/B
N22 AC16
Vcc1_5_B[32] Vcc3_3[6]
0.1u 0.1u R106 10K
N23 AD13
14,16 SB_SMB_CLK
Vcc1_5_B[33] Vcc3_3[7]
R362 10K
P22 AD18
14,16 SB_SMB_DATA
Vcc1_5_B[34] Vcc3_3[8]
P23 AG12
Vcc1_5_B[35] Vcc3_3[9]
R22 AG15
Vcc1_5_B[36] Vcc3_3[10]
C347 C376 C311 C397 C351 C334 C364
R23 AG19
Vcc1_5_B[37] Vcc3_3[11]
R24
Vcc1_5_B[38]
C 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u +3.3VA_RTC C
R25 A5
Vcc1_5_B[39] Vcc3_3[12]
+3.3VS
R26 B13
Vcc1_5_B[40] Vcc3_3[13]
C415 C298
T22 B16
Vcc1_5_B[41] Vcc3_3[14]
T23 B7
Vcc1_5_B[42] Vcc3_3[15]
0.1u 0.1u C332 C338 R380 *8.2K
T26 C10
Vcc1_5_B[43] Vcc3_3[16] 16,18,19,21,23 PCI_RST#
T27 D15
Vcc1_5_B[44] Vcc3_3[17]
T28 F9 Add C on S/B 0.1u 0.1u R381 *8.2K
Vcc1_5_B[45] Vcc3_3[18] 9,16,20,21,23 PLT_RST#
U22 G11 Del C on S/B
Vcc1_5_B[46] Vcc3_3[19]
+3.3V R384 *10K
U23 G12
Vcc1_5_B[47] Vcc3_3[20] 16 SUS_CLK
R382 1K
V22 G16
16,23 PCIE_WAKE#
Vcc1_5_B[48] Vcc3_3[21]
+3.3VS
V23
Vcc1_5_B[49]
R127 8.2K
W22 W5
Vcc1_5_B[50] VccRTC 16 PM_BATLOW#
C389
W23
Vcc1_5_B[51]
+1.5V R124 4.7K
Y22 P7
Vcc1_5_B[52] VccSus3_3[1] 16,19,21,23,24 PM_SLP_S3#
0.1u R355 4.7K
Y23
Vcc1_5_B[53] 16,21 PM_SLP_S4#
C369 C363
A24
VccSus3_3[2]
B27 C24
Vcc3_3[1] VccSus3_3[3]
L40 SB_DMIPLL 0.1u 0.1u
D19
VccSus3_3[4]
0R/0603 +1.5V SB_DMIPLL
AG28 D22
VccDMIPLL VccSus3_3[5]
R325 10K
G19
VccSus3_3[6] 16,21 PM_RSMRST#
C303 C300 C297
AB7
Vcc1_5_A[1]
R315 10K
AC6 K3
Vcc1_5_A[2] VccSus3_3[7] 16,21 PWROK
4.7u/10V/0805 0.01u 0.1u C296 C410 C306
AC7 K4
Vcc1_5_A[3] VccSus3_3[8]
C419 C368 C399 C478 10p/0603
AD6 K5
Vcc1_5_A[4] VccSus3_3[9]
1u/10V/Y5V/0603 0.1u 0.1u
AE6 K6
Vcc1_5_A[5] VccSus3_3[10]
0.1u 0.1u *0.1u
AF5 L1
Vcc1_5_A[6] VccSus3_3[11]
AF6 L2 Add C on S/B
Vcc1_5_A[7] VccSus3_3[12]
+3.3V Add C on S/B AG5 L3
Vcc1_5_A[8] VccSus3_3[13]
AH5 L6
Vcc1_5_A[9] VccSus3_3[14]
+1.5V
L7
VccSus3_3[15]
SB_SATAPLL R311 0R
AD2 M6
VccSATAPLL VccSus3_3[16]
C345
M7
VccSus3_3[17]
+1.5V C327
AH11 N7
Vcc3_3[2] VccSus3_3[18]
0.1u
Z1704 0.1u +1.5V
AB10 AB17
Vcc1_5_A[10] Vcc1_5_A[19]
AB9 AC17
Vcc1_5_A[11] Vcc1_5_A[20]
C299 C324 C352
AC10
Vcc1_5_A[12]
AD10 T7
B Vcc1_5_A[13] Vcc1_5_A[21] B
1u/10V/Y5V/0603 0.1u 0.1u
AE10 F17
Vcc1_5_A[14] Vcc1_5_A[22]
+3.3VS C328 C381
AF10 G17
Vcc1_5_A[15] Vcc1_5_A[23]
C302
Add C on S/B AF9
Vcc1_5_A[16]
0.1u 0.1u +1.05VS
AG9 AB8 Could be generated
Vcc1_5_A[17] Vcc1_5_A[24]
+1.5V C406 4.7u/10V/0805
AH9 AC8
Vcc1_5_A[18] Vcc1_5_A[25] internal by strap
+1.5V
0.1u Z1705 R358 0R
E3 K7 for LAN logic
VccSus3_3[19] VccSus1_05[1]
R103 0R
R304 Z1702 C365 C411
C1 C28
VccUSBPLL VccSus1_05[2]
+1.5V
G20
0R VccSus1_05[3]
0.1u 0.1u
AA2
VccSus1_05/VccLAN1_05[1]
C80
Y7 A1
VccSus1_05/VccLAN1_05[2] Vcc1_5_A[26]
SB_SATAPLL
H6
Vcc1_5_A[27]
0.1u C375 C309
H7
Vcc1_5_A[28]
C308
J6
Vcc1_5_A[29]
*0.1u 0.1u
J7
Vcc1_5_A[30]
0.1u
ICH6-6-21_0
A A
U8E
ICH6-6-21_0
Name of Part
SB(3)_Power
Project Rev
L50II0
C
Sheet
/ 33
Date: Tuesday, April 25, 2006 17
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
VCCA3GP
4.7u/10V/0805
4.7u/10V/0805
ARX
ATX
C
A
CORE
C
A
PCI
IDE
USB
USB CORE
P28
R1
R11
R12
R13
R14
R15
R16
R17
R18
T6
T12
T13
T14
T15
T16
T17
U4
U12
U13
U14
U15
U16
U17
U24
U25
U26
V2
V13
V15
V24
V27
V28
W6
W24
W25
W26
Y3
Y24
Y27
Y28
AA1
AA24
AA25
AA26
AB4
AB6
AB11
AB14
AB16
AB19
AB21
AB24
AB27
AB28
AC2
AC5
AC9
AC11
AD1
AD3
AD4
AD7
AD8
AD11
AD15
AD19
AD23
AE2
AE4
AE8
AE11
AE13
AE18
AE21
AE24
AE25
AF2
AF4
AF8
AF11
AF27
AF28
AG1
AG3
AG7
AG11
AG14
AG17
AG20
AG25
AH1
AH3
AH7
AH12
AH23
AH27
VSS[1]
VSS[98]
VSS[2]
VSS[99]
VSS[3]
VSS[100]
VSS[4]
VSS[101]
VSS[5]
VSS[102]
VSS[6]
VSS[103]
VSS[7]
VSS[104]
VSS[8]
VSS[105]
VSS[9]
VSS[106]
VSS[10]
VSS[107]
VSS[11]
VSS[108]
VSS[12]
VSS[109]
VSS[13]
VSS[110]
VSS[14]
VSS[111]
VSS[15]
VSS[112]
VSS[16]
VSS[113]
VSS[17]
VSS[114]
VSS[18]
VSS[115]
VSS[19]
VSS[116]
VSS[20]
VSS[117]
VSS[21]
VSS[118]
VSS[22]
VSS[119]
VSS[23]
VSS[120]
VSS[24]
VSS[121]
VSS[25]
VSS[122]
VSS[26]
VSS[123]
VSS[27]
VSS[124]
VSS[28]
VSS[125]
VSS[29]
VSS[126]
VSS[30]
VSS[127]
VSS[31]
VSS[128]
VSS[32]
VSS[129]
VSS[33]
VSS[130]
VSS[34]
VSS[131]
VSS[35]
VSS[132]
VSS[36]
VSS[133]
VSS[37]
VSS[134]
VSS[38]
VSS[135]
VSS[39]
VSS[136]
VSS[40]
VSS[137]
VSS[41]
VSS[138]
VSS[42]
VSS[139]
VSS[43]
VSS[140]
VSS[44]
VSS[141]
VSS[45]
VSS[142]
VSS[46]
VSS[143]
VSS[47]
VSS[144]
VSS[48]
VSS[145]
VSS[49]
VSS[146]
VSS[50]
VSS[147]
VSS[51]
VSS[148]
VSS[52]
VSS[149]
VSS[53]
VSS[150]
VSS[54]
VSS[151]
VSS[55]
VSS[152]
VSS[56]
VSS[153]
VSS[57]
VSS[154]
VSS[58]
VSS[155]
VSS[59]
VSS[156]
VSS[60]
VSS[157]
VSS[61]
VSS[158]
VSS[62]
VSS[159]
VSS[63]
VSS[160]
VSS[64]
VSS[161]
VSS[65]
VSS[162]
VSS[66]
VSS[163]
VSS[67]
VSS[164]
VSS[68]
VSS[165]
VSS[69]
VSS[166]
VSS[70]
VSS[167]
VSS[71]
VSS[168]
VSS[72]
VSS[169]
VSS[73]
VSS[170]
VSS[74]
VSS[171]
VSS[75]
VSS[172]
VSS[76]
VSS[173]
VSS[77]
VSS[174]
VSS[78]
VSS[175]
VSS[79]
VSS[176]
VSS[80]
VSS[177]
VSS[81]
VSS[178]
VSS[82]
VSS[179]
VSS[83]
VSS[180]
VSS[84]
VSS[181]
VSS[85]
VSS[182]
VSS[86]
VSS[183]
VSS[87]
VSS[184]
VSS[88]
VSS[185]
VSS[89]
VSS[186]
VSS[90]
VSS[187]
VSS[91]
VSS[188]
VSS[92]
VSS[189]
VSS[93]
VSS[190]
VSS[94]
VSS[191]
VSS[95]
VSS[192]
VSS[96]
VSS[193]
VSS[97]
VSS[194]
A4
A23
B1
B8
B11
B14
B17
B20
B26
B28
C2
C6
C27
D10
D13
D18
D21
D24
E1
E2
E4
E8
E15
F3
F4
F5
F12
F27
F28
G1
G2
G5
G6
G9
G14
G18
G21
G24
G25
G26
H3
H4
H5
H24
H27
H28
J1
J2
J5
J24
J25
J26
K24
K27
K28
L13
L15
L24
L25
L26
M3
M4
M5
M12
M13
M14
M15
M16
M17
M24
M27
M28
N1
N2
N5
N6
N11
N12
N13
N14
N15
N16
N17
N18
N24
N25
N26
P3
P4
P12
P13
P14
P15
P16
P17
P24
P27
5 4 3 2 1
RC
R210 0R/0805 1394_AVCC3
+1394_CORE L29
+2.0V
1394_AVCC3
+3.3V
R209 *0R/0805
QT1608RL060
+1.8V
C458 C205 C459
1394 core = 1.88V~2.03V
0.1u 0.1u 0.1u
1394_AGND
1394_AVCC3 +1394_CORE
D D
+3.3V
RC-M7
C204 C232
C213 C216
Close to Pin 107,108,109,110
0.1u 0.1u
RB-M4
1u 0.1u
+3.3V
C233 C214 R212 C201 18p R523
0.1u 0.1u 0/0603
Near IC
RC-M7
U11 5.9K_1% Y3 C198
OZ128T Z1814
16,19 PCI_AD[31:0]
24.576MHz_DIP
PCI_AD31 Z1802 1u C514 C515
19 77
AD31 REF
PCI_AD30 C200 18p
20
AD30
PCI_AD29 Z1803 R213 R214 *1u/6.3V/0603 *1u/6.3V/0603 CN22
21 82
AD29 XI
PCI_AD28 Z1804
22 83
AD28 XO
PCI_AD27 56.2R_1% 56.2R_1%
23
AD27 L54
PCI_AD26 1394A_TPBIAS0
24 76
AD26 BIAS
PCI_AD25 1394A_TPA0+ 1394A_I_TP_A0+
25 75 8 1 4
AD25 TPA+ R2O R2I TPA+
PCI_AD24 1394A_TPA0- 1394A_I_TP_A0- 3
27 74 7 2
AD24 TPA- R1O R1I TPA-
PCI_AD23 1394A_TPB0+ 1394A_I_TP_B0+
29 72 6 3 2
AD23 TPB+ L2O L2I TPB+
PCI_AD22 1394A_TPB0- 1394A_I_TP_B0-
30 71 5 4 1
AD22 TPB- L1O L1I TPB-
PCI_AD21
31
AD21
PCI_AD20 Z1805 FRC1394_SMALL(8PIN)
32 11
AD20 SC_VCC
PCI_AD19
34 2
AD19 SC_3V#
PCI_AD18 C231 R215 R216 1394_CON_BOT
35 3
AD18 SC_5V#
C PCI_AD17 C
36 15
AD17 SC_RST
PCI_AD16 *0.1u 56.2R_1% 56.2R_1% C512 C513
37 12
AD16 SC_CLK
PCI_AD15 Z1813
47 13
AD15 SC_IO
PCI_AD14 Z1808 *1u/6.3V/0603 *1u/6.3V/0603
48 4
AD14 SC_CD#
PCI_AD13
49
AD13
PCI_AD12 MC_3V# R524
50 8
AD12 MC_3V#
PCI_AD11 SD/MS_CLK R207
51 111
AD11 SD/MS_CLK
PCI_AD10 SD_DATA3 C199 0/0603
52 109
AD10 SD_D3 RC-M7
PCI_AD9 SD_DATA2 5.11K_1%
53 110
AD9 SD_D2 820p
PCI_AD8 SD_DATA1
54 105
AD8 SD_D1
PCI_AD7 SD_DATA0
57 106
AD7 SD_D0
PCI_AD6 SD_CMD +3.3V
58 108
AD6 SD_CMD RB-M4
LAN IDSEL=AD21 Device=6, PCI_AD5 SD_WP
59 115
AD5 SM_WPI#/SD_WP
PCI_AD4 SD_IN# R245 22K
60 112
1394 IDSEL=AD20 Device=5
AD4 SD_CD#
PCI_AD3
61
AD3
PCI_AD2 MS_DATA1
62 93
AD2 MS_D1/XD_D7
PCI_AD1 R520 470 C212
63 91
AD1 XD_D6
PCI_AD0 MC_3V# Z1812 Q29
64 88 G
16,19 PCI_C/BE#[3:0]
AD0 XD_D5
1u
86
XD_D4
PCI_C/BE#3 MS_BS SI2301BDS
28 87
C/BE3# MS_BS/XD_D3
PCI_C/BE#2 MS_DATA0 C553
38 89
C/BE2# MS_D0/XD_D2
PCI_C/BE#1 MS_DATA2
46 92
C/BE1# MS_D2/XD_D1
PCI_C/BE#0 MS_DATA3 0.1u Z1811 R522 0/0603
55 94
C/BE0# MS_D3/XD_D0
117
XD_CE#
PCI_AD20 R236 100R PCI_IDSEL
9 97
IDSEL XD_R/B# RC-M8 RC-M9
R225 0R PCI_CLK_1394_A_R
45 116
7 PCI_CLK_1394_A PCI_CLK XD_CLE
CN24
42 107
16,19 PCI_DEVSEL#
DEVSEL# XD_ALE
SD_IN#
39 103 1
16,19 PCI_FRAME#
FRAME# XD_WE# 1
SD_DATA2
40 99 2
16,19 PCI_IRDY#
IRDY# XD_RE# 2
SD_DATA3
41 96 3
16,19 PCI_TRDY#
TRDY# XD_WPO# 3
MS_IN# SD_CMD
43 98 4
16,19 PCI_STOP#
B STOP# MS_CD# 4 B
44 95 5
16,19 PCI_PAR
PAR XD_CD# 5
CARDPWR
17 6
16 PCI_REQ#1 REQ# 6
SD/MS_CLK R242 Z1809
18 7
16 PCI_GNT#1 GNT# 7
QT1608RL600
5 84 8
16,17,19,21,23 PCI_RST# PCI_RST# TEST0 8
R238 0R Z1801 SD_DATA0
14 85 9
16 INT_PIRQC#
INTA# TEST1 9
SD_DATA1
7 10
16,19 PCI_PME#
PME# 10
R237 0R 1394_CLKRUN# SD_WP
10 70 11
16,19 PM_CLKRUN# CLKRUN# NC 11
6 69 12
16,17,21 INT_SERIRQ
SERIRQ NC 12
R246 *10K
68 13
NC 13
SD/MS_CLK R223 Z1810
104 66 14
MEDIA_ACTV NC 14
MS_DATA3 QT1608RL600
65 15
NC 15
R247 *0R MS_IN#
16
16 INT_PIRQD#
16
MS_DATA2
17
17
MS_DATA0
18
18
MS_DATA1
19
19
PME#, CLKRUN, IRQSER# AND INTA# MS_BS
20
20
MUST BE PULLED-UP ON THE MLB. C544
21
21
RC
22
22
*0.1u
23
23
C228 C460 C461 C235 C462 CARD_READER_CON
4.7u/10V/0805 0.1u 0.1u *10P *10P
For EMI issue
MMC(Mutimedia Card) / SD(Seure Digtal Card)
A A
MS(Memory Stick) /MS Pro
Name of Part
IEEE1394A
Project Rev
L50II0
C
Sheet
/ 33
Date: Tuesday, April 25, 2006 18
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
26
56
100
101
67
73
78
80
16
90
GND2
PCI_VCC
PCI_VCC
CORE_3.3
CORE_3.3
CORE_1.8
CORE_1.8
CORE_3.3A
CORE_3.3A
CORE_3.3A
CORE_3.3A
GND
GND
GND1
D
S
GND
GND
GND
GND
GND
GND
AGND
AGND
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
33
102
113
114
127
128
79
81
1
118
119
120
121
122
123
124
125
126
5 4 3 2 1
+2.5VS AVDD33_AV25_GLAN +3.3VS
VCC2.5_LAN
B1
Z1903
QT1608RL060
C194 C188 C172 C186 C183 C171 C192
B2
AVDD33_AV25_GLAN 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u *4.7U_10V_0805
+3.3VS
QT1608RL060 U10
D D
C190 C191
0.1u 0.1u PCI_AD31
33
16,18 PCI_AD[31:0]
AD31
PCI_AD30 Differential Impedance:near 100 ohm.
34
AD30
PCI_AD29
36
AD29
PCI_AD28
37
AD28
PCI_AD27 TP_TX+
39 1
AD27 TXD+/MDI[0]+
PCI_AD26 TP_TX-
40 2
AD26 TXD-/MDI[0]-
PCI_AD25
42
AD25
PCI_AD24 TP_RX+
43 5
AD24 RXIN+/MDI[1]+
PCI_AD23 TP_RX-
47 6
AD23 RXIN-/MDI[1]-
PCI_AD22
49
AD22
PCI_AD21
50
AD21
PCI_AD20 R200 *0
53
AD20 INT_PIRQB# 16
PCI_AD19
55
AD19 PCI_PME# 16,18
PCI_AD18
57
AD18 PCI_SERR# 16
+3.3VS SEECS
PCI_AD17
58 106
AD17 EESEL PCI_REQ#0 16
PCI_AD16 SEECLK
59 111
AD16 EECK
PCI_AD15 SEEDI
79 109
AD15 AUX_EEDI
+3.3VS SEEDO
PCI_AD14
82 108
EEPROM AD14 EEDO
R193 PCI_AD13
83
AD13
PCI_AD12
85 31
AD12 PMEN RB-M6
10K U9 PCI_AD11
86 75
AD11 SERRN
SEECS PCI_AD10
1 8 87 30
CS VCC AD10 REQN
SEECLK C175 PCI_AD9 Z1911 R500 0
2 7 89 25
SK NC AD9 INTAN INT_PIRQA# 16
SEEDI PCI_AD8
3 6 90 29
DI NC AD8 GNTN PCI_GNT#0 16
SEEDO 0.1u PCI_AD7
4 5 93
DO GND AD7
PCI_AD6 ISOLATEB R199 1K
95 23
AD6 ISOLATEB# PM_SLP_S3# 16,17,21,23,24
93C46 PCI_AD5
96 105
AD5 LWAKE
PCI_AD4
97
AD4
PCI_AD3
98 117
AD3 LED0
PCI_AD2
102 115
AD2 LED1
PCI_AD1
103 114
AD1 LED2
PCI_AD0
104
AD0
9
NC1/VSS
PCI_C/BE#0
92 10
16,18 PCI_C/BE#[3:0]
CBEN0 NC2/AVDD33
PCI_C/BE#1
77 11
CBEN1 NC3
C LAN IDSEL=AD21 Device=6, PCI_C/BE#2 C
60 13
CBEN2 NC4/VSS
PCI_C/BE#3
44 14
1394 IDSEL=AD20 Device=5 CBEN3 NC5/MDI[2]+
15
Near RTL8100CL NC6/MDI[2]-
28 16
7 PCI_CLK_LAN PCICLK NC7/AVDD25
B3
27 18
16,17,18,21,23 PCI_RST# RSTN NC8/MDI[3]+
+2.5VS VCC2.5_LAN
19
NC9/MDI3]-
QT1608RL060
22
NC10/GND
C169 C184 C187 C173 C170 PCI_AD21 Z1904
R239 100
46 24
RC-M10 IDSEL NC11/VDD18
C545
70 45
16 PCI_PERR#
PERRN NC12/VDD18
1U_10V_0603 0.1u 0.1u 0.1u 0.1u
76 48
16,18 PCI_PAR
PAR NC13/GND
*0.1u
69 62
16,18 PCI_STOP#
STOPN NC14
67 64
16,18 PCI_TRDY#
TRDYN NC15/VDD18
61 72
16,18 PCI_FRAME#
FRAMEN NC16
68 73
16,18 PCI_DEVSEL#
DEVSELN NC17/GND
63 74
16,18 PCI_IRDY#
IRDYN NC18
88
NC19/M66EN
110
NC20/VDD18
112
NC21/GND
113
NC22/LED3
Z1902
R196 5.62K_1
127 116
RTSET NC23/VDD18
118
NC24/GND
8 120
CTRL25 NC25/AVDD33
125
NC26/CTRL18
65 126
16,18 PM_CLKRUN# CLKRUN NC27/VDD18
LAN_X1
Near IC 121
X1
C189
LAN_X2 R202 1M
122
X2
Z1909
Y2
0.1u
R197 R198 RTL8100CL_LQFP
C193 25MHz_DIP C195
RB-M5
49.9_1% 49.9_1%
22P 22P
PT1
As short as possible.
B B
TP_TX+ TRL0+
1 16
TD+ TX+
Z1905 Z1907
2 15
CTD CT
TP_TX- TRL0-
3 14
TD- TX-
4 13
NC NC
5 12
NC NC
TP_RX+ TRL1+ TRL2
6 11
RD+ RX+
Z1906 Z1908 TRL3
7 10
CRD CRX
TP_RX- TRL1-
8 9
RD- RX-
TS6121K R389 R407 R390 R406
75 75 75 75
R399 R393
C451 C444 Z1901
49.9_1% 49.9_1%
C440
0.1u 0.1u C454
Z1910
150P_3KV_1808
0.1u
Near Transformer
CON3
TD+
1
TX+
L49 TD- 2 GND2
TX- GND
TRL0+ TD+ RD+
8 1 3
R2O R2I RX+
TRL0- 7 2 4
TD- TRL2
R1O R1I RJ-4
TRL1+ RD+
6 3 5
L2O L2I RJ-5
TRL1- 5 4
RD-
A RD- 6 A
L1O L1I RX-
TRL3
7 GND1
RJ-7 GND
FRC1394_SMALL(8 PIN)
8
RJ-8
RJ45_CON
Name of Part
LAN 10/100
Project Rev
L50II0
C
Sheet
/ 33
Date: Tuesday, April 25, 2006 19
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
12
32
54
78
99
3
7
20
26
41
56
71
84
94
107
VDD33
VDD33
VDD33
VDD33
VDD33
VDD33
VDD33
AVDD25/NC
VDD25/VDD18
VDD25/VDD18
VDD25/VDD18
VDD25/VDD18
AVDD33/AVDD25
AVDD33/AVDD25
AVDD33/AVDD25
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
4
17
21
35
38
51
52
66
80
81
91
100
101
119
123
124
128
5 4 3 2 1
CPU FAN CONTROL SMART POWER SMART POWER2
U12B +1.05V
+5V +1.05V
+3.3V
LM358
5
RC-M11
C2 R23 *0R
7
RP1 R20 R21
6
R527 0.1u U1 Q5
R526 10Kx4_0402 10K
FAN_SPD# 15,21 2N7002
10K
*10K *0
S D
6 H_VID0 PM_VID0 27
3 2
6 H_VID4 1A1 1B1 PM_VID4 27
Q34 A1797 CN8
4 5
6 H_VID3 1A2 1B2 PM_VID3 27
D 0~5V Z2002 D
E C 7 6 Check Vgs
+5V 3 6 H_VID2 1A3 1B3 PM_VID2 27
Z2003
8 9
2 6 H_VID1 1A4 1B4 PM_VID1 27
SMP2_EN_5V#
11 10
1 6 H_VID5 1A5 1B5 PM_VID5 27
+5V
R279 C22 C27
CPU FAN_CON R6 200R Z2007
14 15
21 EC_VID4 2A1 2B1
4.7u/10V/0805 *0.1u PIN NC1~2=GND POWER R5 200R Z2008
17 16
21 EC_VID3 2A2 2B2
1K R280 R4 200R Z2009
18 19
21 EC_VID2 2A3 2B3
Z2006 R3 200R Z2010
21 20
21 EC_VID1 2A4 2B4
C267 R2 200R Z2011
22 23
21 EC_VID5 2A5 2B5
0.1u 5.11K_1% R19 4.7K SMP2_EN +1.05V
1
+5V
1OE#
R288
13
2OE#
1K Z2001
3
Z2005 Q2 R9 0R
1
SMP2_EN# R8
2 G
2N7002
R281 SN74CBT3384 A Q1
U12A 10K
*2N7002
LM358 10K_1%
C280 H_VID6
S D
6 H_VID6 PM_VID6 27
0.1u
R291
SMP2_EN_5V#
RB-M7
Z2004 FAN_CTRL0
FAN_CTRL0 21
100K 0~3.3V +3.3V +3.3V
R286
Default=H
100K
R503 C504 0.1u
"H"=1.198V
C C
10K R22
"L"=0.999V
SMP2_EN_5V#
+5V
1
21 SMP#
SMP2_EN# 10K
4
C3 Q3
2 74AHC1G32 VCC=2~5.5V
SMP2_EN
G
74AHCT1G32 VCC=4.5~5.5V
U30 C505 2N7002
74AHC1G32
0.1u
PM_STPCPU# SMP# SMP2_EN#
Q60
SATA HDD CONN
0 0 0
G
7,16 PM_STPCPU#
2N7002
0 1 1
L30
1 0 1
+3.3V +3.3V_SATA
1 1 1
QT2012RL030HC_3A
C209 C203 C211
0.1u 4.7u/10V/0805 *4.7u/10V/0805
80 mil
ODD CONN
L36 0R/0805
+5V +5V_CDROM
L27
C23 C21
+5V +5V_HDD
QT2012RL030HC_3A *4.7u/10V/X5R/0805 0.1u
C207 C206 C202
+5V_CDROM +5V_CDROM
0.1u 4.7u/10V/0805 *4.7u/10V/0805
B B
CN7
24 CD_L 1 2 CD_R 24
24 CD_GND 3 4
R69 0R IDE_RST#
9,16,17,21,23 PLT_RST# 5 6 IDE_PDD8 15
15 IDE_PDD7 7 8 IDE_PDD9 15
PATA_CONN
15 IDE_PDD6 9 10 IDE_PDD10 15
15 IDE_PDD5 11 12 IDE_PDD11 15
C546
15 IDE_PDD4 13 14 IDE_PDD12 15
15 IDE_PDD3 15 16 IDE_PDD13 15
*0.1u
15 IDE_PDD2 17 18 IDE_PDD14 15
+5V_HDD +5V_HDD
RC-M10 15 IDE_PDD1 19 20 IDE_PDD15 15
15 IDE_PDD0 21 22 IDE_PDDREQ 15
+3.3V_SATA +5V_HDD
23 24 IDE_PDIOR# 15
+3.3V_SATA +3.3V_SATA CON2B
15 IDE_PDIOW# 25 26
S1 15 IDE_PDIORDY 27 28 IDE_PDDACK# 15
CON2A
15 SATA_TXP0 15 IDE_IRQ15 29 30
S2
+3.3V DVD_PDIAG
15 SATA_TXN0
1 2 S3 Close to ICH7-M 15 IDE_PDA1 31 32
3 4 S4 15 IDE_PDA0 33 34 IDE_PDA2 15
15 SATA_RXN0
5 6 S5 15 IDE_PDCS1# 35 36 IDE_PDCS3# 15
15 SATA_RXP0
7 8 S6 24 CD_LED# 37 38
IDE_PDIORDY R70 4.7K
9 10 S7 39 40
11 12 41 42
13 14 P1 43 44
15 16 P2 45 46
IDE_M/S_SET
17 18 P3 Close to ODD conn. 47 48
+3.3V
19 20 P4 49 50
21 22 P5
C208
23 24 P6
DVD_CON
25 26 P7
1U_10V_0603 IDE_IRQ15 R18 10K
A 27 28 P8 A
29 30 P9
31 32 P10
33 34 P11
DVD_PDIAG R459 10K
35 36 P12
37 38 P13
Name of Part
IDE_M/S_SET R71 470R
39 40 P14
HDD/ODD/FAN/SMART PWR
41 42 P15
43 44
Project Rev
GND1
L50II0
C
GND2
SATA/PATA
*PHDD_CON SATA/PATA Sheet
CSEL : Master = 0 / Slave = 1 / 33
Date: Tuesday, April 25, 2006 20
SATA_CON
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
24
VCC
1
8
2
7
3
6
4
5
G
B
GND
S
D
12
4
8
G
3
5
S
D
S
D
GND1
GND2
5 4 3 2 1
TOUCHPAD CONN
+5V
+3.3VA
+5V
R424 R425
+5V
+3.3VA 4.7K 4.7K C137 0.1u LRST1# R224 100K
+3.3V
+3.3VA +3.3VA
L32 CN3
K/B CONTROLLER Z2105 TP_CLK TP_DATA C124 *10p C220
6
QT1608RL060 TP_DATA 0.1u
5
C470 C456 C215 C463 TP_CLK C105 *10p
D 4 D
C223 C457 C227
3
0.1u 0.1u 0.1u C218 4.7u/10V/0805 0.1u 4.7u/10V/0805 0.1u
2
0.1u
1
T/P_CON
C138
U16
ROMA[0..19] 22
0.1u +3.3V
ROMD[0..7] 22
BAT_V
15 LPC_AD[3:0]
BAT_I INTERNET# R429 100K
LPC_AD3 BAT_CHG_I RF_SW# R401 100K
10
LAD3
LPC_AD2 ROMA0 SILENT# R423 100K
13 124
LAD2 FA0
LPC_AD1 ROMA1 C541 C542 C543 LID# R204 100K
14 125
LAD1 FA1
LPC_AD0 Power Supply 126
ROMA2 H_A20GATE R309 4.7K
15
LAD0 BADDR1/FA2
ROMA3 0.1u 0.1u 0.1u H_RCIN# R308 4.7K
127
BADDR0/FA3
ROMA4 EC_EXTSMI# R206 *4.7K
7 128
16,17,18 INT_SERIRQ
SERIRQ FA4
LPC_FRAME# ROMA5
9 131
15 LPC_FRAME# LFRAME SHBM/FA5
ROMA6
18 132
7 PCI_CLK_LPC LPCCLK FA6 RC-M15
LRST1# ROMA7
19 133
WRST FA7
ROMA8
143
FA8
ROMA9
23 142
PWUREQ FA9
ROMA10
22 135
ECSMI FA10
ROMA11
134
FA11 EC SMBUS
ROMA12
31 130
16 EC_EXTSMI#
GPD3/ECSCI FA12
ROMA13
5 GPO 129
15 H_A20GATE GPB5/GA20 FA13
+3.3V +3.3VA
ROMA14
6 121
15,17 H_RCIN# GPB6/KBRST FA14
ROMA15
120
FA15
ROMA16
RC_IN = KBC RESET 113
FA16
KEYIN0 ROMA17
71 112
KSI0 FA17
KEYIN1 ROMA18
72 104
KSI1 FA18
KEYIN2 ROMA19
73 103
KSI2 FA19
KEYIN3
74
KSI3
KEYIN4 ROMD0 R258 R440 R226 R227
77 138
KSI4 FD0
KEYIN5 ROMD1
78 139
KSI5 FD1
KEYIN6 ROMD2 4.7K 4.7K 4.7K 4.7K
79 140
KSI6 IT8510E FD2
KEYIN7 ROMD3
80 141
C C
KSI7 FD3
ROMD4
144
FD4
KEY_0 ROMD5 SMBCLK_EC BAT_SMBCLK
49 145
KSO0 Embedded FD5
KEY_1 ROMD6
50 146
KSO1 FD6
KEY_2 ROMD7
51 147
KSO2 Controller FD7
KEY_3
52
KSO3
KEY_4 ROMCS# SMBDAT_EC BAT_SMBDAT
53 173
KSO4 FCS ROMCS# 22
KEY_5 ROMRD#
56 150
KSO5 FRD ROMRD# 22
KEY_6 ROMWR#
57 151
KSO6 FWR ROMWR# 22
KEY_7
58
KSO7
KEY_8
59
KSO8
KEY_9
60 99
KSO9 DA0 BRIGHTADJ 22
KEY_10
61 100
KSO10 DA1 CHG_I 31
KEY_11 OUT FAN_CTRL0
64 101
KSO11 DA2 FAN_CTRL0 20
KEY_12
65 102
KSO12 DA3 RB-M8
KEY_13
66
KSO13 RC-M14
KEY_14
67 93
KSO14 ADC8/ANOTE CPU_PWR 27
KEY_15 GPI
68 94
KSO15 ADC9/CATHODE NB_TEMP 8
Keyboard CONN
81
ADC0 BATT_TEMP 31
RF_SW#
110 82
24 RF_SW# PS2CLK0/GPCF0 ADC1 ADAPTOR_I 32
CN2
SILENT# IN
111 83
24 SILENT# PS2DAT0/GPCF1 ADC2 DDR2_TEMP 14
KEY_0 +3.3V
114 84 1
PS2CLK1/GPCF2 ADC3 BAT_V 31 1
KEY_1
115 2
PS2DAT1/GPCF3 2
TP_CLK GPIO Z2109 R218 4.7K KEY_2
116 87 3
PS2CLK2/GPCF4 ADC4/GPE0 3
TP_DATA Z2110 R179 0R EC_CPU_BSEL1 KEY_3
117 88 4
PS2DAT2/GPCF5 ADC5/GPE1 4
GPI KEY_4 R180
89 5
RC-M12 ADC6/GPE2 BAT_CHG_I 31 5
KEY_5
118 90 6
23 3G_ON GPCF6/PS2CLK3 ADC7/GPE3 BAT_I 31 6
KEY_6 100K
119 7
15,20 FAN_SPD# GPCF7/PS2DAT3 7
EC_PWR_ON KEY_7
2 8
PWRSW/GPE4 EC_PWR_ON 26 8
SCROLL LID# KEY_8 EC_CPU_BSEL1
148 44 9
24 SCROLL GPI0 WUI5/GPE5 LID# 24 9
CAPS GPI KEY_9
149 24 10
24 CAPS GPI1 LPCPD/WUI6/GPE6 10
NUM PM_SLP_S3# KEY_10
152 25 11
24 NUM GPI2 GPIO CLKRUN/WUI7/GPE7 PM_SLP_S3# 16,17,19,23,24 11
KEY_11
155 12
24 CHG_R_LED GPI3 12
KEY_12 R181 1K Q24
Z2116
156 26 13 B
RC-M13 24 CHG_G_LED GPI4 WUI0/GPD0 ADAP_IN 26,32 13 5,9 CPU_BSEL1
KEY_13
168 29 14
GPIO
24 PWRON_LED GPI5 WUI1/GPD1 LCDSW 22 14
Z2111 R208 *0R KEY_14 2N3904
B 174 30 15 B
GPO
23 BT_ON GPI6 WUI4/GPD2 PCI_RST# 16,17,18,19,23 15
R211 0R KEY_15
16
PLT_RST# 9,16,17,20,23 16
PM_SLP_S4# KEYIN0
48 41 17
28 +1.8VS_ON GPH0 IOPD4 PM_SLP_S4# 16,17 17
+1.8V_ON KEYIN1
54 42 18
30 +1.8V_ON GPH1 GINT/IOPD5 PM_THROTTING# 16,17 18
GPIO KEYIN2
55 62 19
29 +1.05VS_ON GPH2 TACH0/GPD6 AUTO_C4# 15 19
KEYIN3
+3.3VS_ON GPIO 63 20
69
30,32 +3.3VS_ON GPH3 TACH1/GPD7 EC_PREST# 23 20
+5V_ON KEYIN4
70 21
30,32 +5V_ON GPH4 21
KEYIN5
75 32 22 BSEL2 BSEL1 BSEL0 MHZ
31 SET_V GPH5 GPA0/PWM0 BTL_BEEP 24 22
KEYIN6
76 33 23
28 +1.5VS_ON GPH6 GPA1/PWM1 EC_VID1 20 23
KEYIN7
0 0 1
105 36 24 FSB533 133
27 VCORE_ON GPH7 GPO GPA2/PWM2 EC_VID2 20 24
37
GPA3/PWM3 EC_VID3 20
GPIO KEYBOARD_CON 0 1 1
3 38 FSB667 166
32 AC_IN/OUT# GPG4 GPA4/PWM4 EC_VID4 20
ACES 85201-24L
4 39
23 NEW_CARD_PWR_ON# GPG5 GPA5/PWM5 EC_VID5 20
GPIO
27 40
24 AMP_MUTE# GPG6/LPC80HL GPA6/PWM6 SMP# 20
EC default set High 28 43
9,14 EXTTS#0 GPG7/LPCGPG7 GPA7/PWM7 PWRBTN# 16 RB-M9
153
28 C4_OUT
R232 0RZ2102 154 GPB0/URXD
23 CPPE# GPB1/UTXD
162 47
GPO
16,17 PM_RSMRST# GPB2 CLOCKOUT/GPC0 PWROK 16,17 LPC Debug CONN
SMBCLK_EC
163 GPIO 169
31 BAT_SMBCLK SMBCLK_EC 5,7
SMCLK0/GPB3 GPC1/SMCLK1
SMBDAT_EC Check S/W Power-Off define +3.3VA
164 170
31 BAT_SMBDAT SMBDAT_EC 5,7
SMDAT0/GPB4 GPC2/SMDAT1
171
GPC3 FPWRON 26
ID
165 GPIO 172 (ID2) (ID1) (ID0)
23,24 RFLED_ON GPB7 WUI2/GPC4 INTERNET# 24
175 NUMLED# CAPLED# SCROLED#
GPC5 C4_OUT# 9 MODEL
176
WUI3/GPC6 CHG_ON 31
32KI R159 R160 R397
158 1 0 0 0 223
CK32K CLKOUT/GPC7 SILENT_LED 24
R426 *1K *1K 1K
0 0 1 245
Z2103
160
CK32KE
SCROLL
0 1 0 255
*20M CAPS
NUM
0 1 1 259
R427 IT8510E
0R
1 0 0 P71EN0
R405 R161 R398
CN21
Y5
1 0 1 P50EN0
A Z2104 LPC_AD0 1K 1K *1K A
2 1
1 2 PCI_RST# 16,17,18,19,23
LPC_AD1
1 1 0 XXX
3 4 PCI_CLK_DEBUG 7
32.768KHz_DIP LPC_AD2 INT_SERIRQ
5 6
LPC_AD3 LPC_FRAME#
1 1 1 XXX
7 8
15 LDRQ0# 9 10
C466 C467 PLT_RST#
+5VS 11 12
6.8p 22p LPC_DEBUG_CON Name of Part
EC IT8510E / BIOS / TP CONN
RC-M10
C547
Project Rev
RC-M16
*0.1u
L50II0
C
Sheet
/
Date: Wednesday, April 26, 2006 21 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
16
34
45
123
136
157
166
161
95
VCC
VBAT
AVCC
VSTBY
VSTBY
VSTBY
VSTBY
VSTBY
VSTBY
&
Bus
System
LPC
Flash Interface
Matrix
KB
Interface
E
C
GND1
GND2
GND3
GND4
GND5
GND6
GND7
AGND
NC
NC
LPCPROG
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
17
35
46
122
159
167
137
96
11
12
20
21
85
86
91
92
97
98
106
107
108
109
8
5 4 3 2 1
LCD POWER SW LCD CONN
+3.3V
Q11
SI2301BDS
L39
+3.3V VCC3_LCD
S D
+3.3V_LCD
QT2012RL030HC_3A
R53 R55 R56
47K R278 C265
1K 0.01u 10K 10K
Z2201
R412 0R LCD_EDID_CLK
10 NB_LDDC_CLK
D D
Q9
R174 100K Z2202
G
10 NB_FPVDDEN 2N7002
R413 0R LCD_EDID_DAT
10 NB_LDDC_DATA
C24
0.1u
+3.3V_LCD
CN9
1 2
+3.3V
3 4 LVDSA_N1 10
10 LVDSA_N0 LVDSA_P1 10
5 6
PANNEL ID SELECT
10 LVDSA_P0
7 8
9 10 LVDSB_N0 10
10 LVDSA_CLKN LVDSB_P0 10
11 12
C25
10 LVDSA_CLKP
13 14
15 16 LVDSB_N2 10 0.1u
PNLSW2 PNLSW1 PNLSW0
10 LVDSA_N2 17 18 LVDSB_P2 10
10 LVDSA_P2 19 20
L L L 1024X768
21 22 LVDSB_N1 10
10 LVDSB_CLKN LVDSB_P1 10
23 24
L L H 1400X1050
10 LVDSB_CLKP PNLSW2 16
25 26
16 PNLSW1 27 28 PNLSW0 16
+3.3V LCD_EDID_CLK LCD_EDID_DAT
L H L 1280X800
29 30
LCD_CON
L H H 1280X768
PNLSW0 R52 4.7K
PNLSW1 R54 4.7K
C H L L reserved C
PNLSW2 R51 4.7K
H L H 1680X1050
H H L 1920X1200
H H H 1440X900
solving system power off lekage
current over 2mA@10.8V issue
FLASH ROM
+3.3VA
STRAP define
ROMA0 R254 *10K
ROMA1 R248 *10K
ROMA2 R235 *10K
ROMA3 R234 10K
ROMA5 R240 10K
ROMA4 R243 *10K
INVERTER CONN
ROMA4 R244 *4.7K
21 ROMA[0..19]
U17
21 ROMD[0..7]
CN11
ROMA16 ROMA17
1 48
Imax check 1 A15 A16
+VIN_LCD
VIN ROMA15
2
A14
BL_ON R58 100R Z2205 ROMA14 Z2210 R458 10K
3 47
B B
2 A13 BYTE#
L5 ROMA13
4
A12
R68 100R Z2204 ROMA12
5 46
21 BRIGHTADJ 3 A11 VSS
ROMA11
6
A10
QT2012RL030HC_3A C28 C26 ROMA10 ROMA0
7 45
+VIN_LCD
4 A9 DQ15/A-1
ROMA9 ROMD7
8 44
A8 DQ7
0.1u/50V/X7R/0603 0.01u/50V/0603 INV CONN
43
DQ14
C540 ROMD6
9 42
NC DQ6
10 41
NC DQ13
*0.1u ROMD5
40
DQ5
ROMWR#
11 39
21 ROMWR# WE# DQ12
R457 10K Z2211 ROMD4 +3.3VA
12 38
RC-M17 +3.3VA RESET# DQ4
+3.3V
13 37
NC VCC
C477 0.1u
14
NC
36
DQ11
ROMD3 C236
15 35
RY/BY# DQ3
R61 C230
34
DQ10
ROMA19 ROMD2 0.1u 4.7u/10V/0805
16 33
A18 DQ2
10K ROMA18
17 32
A17 DQ9
ROMA8 ROMD1
18 31
A7 DQ1
BL_ON ROMA7
C A 19 30
21 LCDSW A6 DQ8
D5 BAS16 ROMA6 ROMD0
20 29
A5 DQ0
ROMA5
21
A4
ROMA4 ROMRD#
22 28
A3 OE# ROMRD# 21
R67 0R Z2209 ROMA3
C A 23
10 NB_EN_BL A2
D6 BAS16 ROMA2
24 27
A1 VSS
Q10 ROMCS#
26
CE# ROMCS# 21
R57 *100K Z2206 ROMA1
G 25
+3.3V A0
*2N7002
A A
Q8
1MBytes Flash ROM
D8
G
*2N7002
BRIGHTADJ C32 0.1u
A2
C30 R62 Name of Part
C
+3.3V
ROM/INV CONN/LCD
BL_ON C29 0.1u *0.1u 100K
A1
Project Rev
*BAT54C
L50II0
C
Sheet
/
Date: Tuesday, April 25, 2006 22 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
G
S
D
S
D
S
D
5 4 3 2 1
Intel PRO/Wireless 2100 LAN
MINI CARD Socket
Hi(3.3V) Solid ON Associated AP
+3.3V PIN11 LED_WLAN_LINK 1 flash/3 sec Not Associated with an AP
Low(0V) LED OFF Power OFF or RF_Kill active
Hi(3.3V) Rapid Blinking Passing data traffic to AP
PIN12 LED_WLAN_ACT Slow Blinking Beacon traffic to Ap
Low(0V) LED OFF Power OFF or not activity or RF_Kill active
C229 C196 C197 C234 C468 Hi(3.3V) Enable Radio transmitter is ON
PIN13 HW_RadioXMIT_OFF#
4.7u/10V/0805 0.1u 0.1u 0.1u 0.1u Low(0V) Disable Radio transmitter turn off
+3.3V
+3.3VS
CN23
R431 0R Z2301
1 2
16,17 PCIE_WAKE# WAKE# 3.3V
+3.3VS +1.5V
D BT_DATA D
3 4
BT_SM_DATA GND
BT_CLK +3.3V
5 6
BT_SM_CLK 1.5V +1.5V
MINI_CLK_REQ#
A C 7 8
7 MINICARD_CLK_REQ# CLKREQ# UIM_PWR
D21 *BAT54
9 10
GND UIM_DATA
C219 C217 C225 C226 R428
11 12
7 CLK_PCIE_Mini card# REFCLK- UIM_CLK
Z2302 R222 *0R
13 14
7 CLK_PCIE_Mini card REFCLK+ UIM_RESET
4.7u/10V/0805 0.1u 4.7u/10V/0805 0.1u *10K
15 16
GND UIM_VPP
17 18
Reserved/UIM_C8 GND
Z2303
19 20
Reserved/UIM_C4 W_DISABLE#
Z2304 R217 0R
21 22
GND PERST# PLT_RST# 9,16,17,20,21
R231 0R
23 24
16 PCIE_RXN2 PERn0 +3.3VAUX +3.3VS
25 26
16 PCIE_RXP2 PERp0 GND
R219 *0R Q30
27 28
GND +1.5V +1.5V PCI_RST# 16,17,18,19,21
29 30
Blue Tooh cable is not RC-M18 GND SMB_CLK
Blue Tooh
*2N7002
31 32 G
16 PCIE_TXN2 PETn0 SMB_DATA RFLED_ON 21,24
comportable P series.
C210
33 34
16 PCIE_TXP2 PETp0 GND
USB_MINI_CARD-
35 36
GND USB_D-
USB_MINI_CARD+ *0.1u C224
37 38
Reserved USB_D+
PLT_RST#
39 40
16,25 USB_P6-
Reserved GND
*0.1u
41 42
16,25 USB_P6+
Reserved LED_WWAN#
43 44
Reserved LED_WLAN# RC-M10
C548
45 46
Reserved LED_WPAN#
CN32 +3.3V
47 48
Reserved +1.5V +1.5V
R512 R511 *0.1u
49 50
21 BT_ON 1 Reserved GND
BT_CLK
51 52
2 Reserved +3.3V +3.3V
0 0 BT_DATA R430
3
L70
4
USB_BT- 10K
BT_U6- 4 3
R1I R1O 5 RB-M10
BT_U6+ USB_BT+ CLK_PCIE_Mini card#
1 2
R2I R2O 6
MINI_CARD_CON
7
FRC1394_SMALL(4 PIN) MINICARD_CLK_REQ# L61 CLK_PCIE_Mini card
+3.3V 8
USB_MINI_CARD-
4 3
16 USB_P7-
R1I R1O
USB_MINI_CARD+ C465 C464
C 1 2 C
16 USB_P7+
R2I R2O
C578 C531 C471
FRC1394_SMALL(4 PIN) *2P *2P
0.1u 0.1u
RC-M20
BlueTooth_CON
VIN_SW
3G Module NEW CARD Socket
CN31
+3.3VS +3.3V +3.3V_PCIE
1
+3.3V_PCIE +3.3VS_PCIE +1.5V_PCIE
+3.3VS
16 USB_P0-
2
Q48 R263
16 USB_P0+
3
R233 0R
D S
4
3G_ON_HV C469 C472 C474 R228 100K
5
SI2302BDS
6
0.1u 0.1u 0.1u 100K
RC-M19 +3.3V 7
Z2308
8
CPPE# R230 0R Z2305 +1.5V +1.5V_PCIE
R261 *0R
9 11 PM_SLP_S3# 16,17,19,21,24
Q32
+5V 10 12
CPUSB# R446 0R
C501 C503 C502 3G_CON R432 0R Z2312 R260 0R
G
PWR needs big NEW_CARD_PWR_ON# 21
than 3 Amp.
0.1u 0.1u 2N7002
+3.3VS_PCIE
B 300mA B
CN4
Z2310 USB_NEW_CARD- VIN_SW
1 2
GND USBD-
USB_NEW_CARD+ CPUSB#
3 4
USBD+ CPUSB#
5 6
RESERVED RESERVED
+3.3V
7 8
RESERVED SMBCLK
Q49
9 10
SMBDATA +1.5V +1.5V_PCIE
R262 R270
11 12 S D
16,17 PCIE_WAKE# WAKE# +3.3VAUX +3.3VS_PCIE
R241 0RPREST#
13 14
21 EC_PREST# PERST# +3.3V +3.3V_PCIE
Z2306 R276 0R *SI2302BDS *100K *100K
15 16
+3.3V_PCIE +3.3V CLKREQ# NEW_CARD_REQ# 7
17 18
RC-M19 21 CPPE# CPPE# REFCLK- CLK_PCIE_NEW_CARD# 7
Z2307 Z2311
19 20
7 CLK_PCIE_NEW_CARD REFCLK+ GND
21 22
VIN_SW 16 PCIE_RXN0 PERn0 PERp0 PCIE_RXP0 16
Q31
23 24
GND PETn0 PCIE_TXN0 16
25 26
16 PCIE_TXP0 PETp0 GND
PR301 PR300 Z2309 +3.3V
G
NEWCARD_CON
10K 100K PIN GND1~4=GND POWER *2N7002 Q33
3G_ON_HV
G
L55 L31
PQ81 *2N7002
QT1608RL600 QT1608RL600
2N7002
G
PQ80
PR303
Z2313
B
3G_ON 21
L34
2N3904 1K USB_NEW_CARD-
4 3
16 USB_P1-
R1I R1O
USB_NEW_CARD+
1 2
16 USB_P1+
R2I R2O
M2 M18 M16 M5 M20 M17 M19 M15 M7 M13 M3 M9 M11 M1 FRC1394_SMALL(4 PIN)
M-MARK1 M-MARK1 M-MARK1 M-MARK1 M-MARK1 M-MARK1 M-MARK1 M-MARK1 M-MARK1 M-MARK1 M-MARK1 M-MARK1 M-MARK1 M-MARK1
A A
RC-M20
Name of Part
H11 H2 H18 H15 H12 H13 H17 H14 H9 H10 H7 H6 H5 H8 H1 H3 M12 M23 M14 M4 MINI CARD / NEW CARD / 3G / BT
U8-132B6-132D165 U8-126D165 C217B98D60 C217B98D60 HOLE-C315B236D157 C256D158 C256D158 C256D158 C126D107 C126D107 U276X237D91 U276X237D91 HOLEC276D107 C197D91 U276X272B197D91 Hc213d99 M-MARK1 M-MARK1 M-MARK1 M-MARK1
Project Rev
L50II0
C
Sheet
/ 33
Date: Tuesday, April 25, 2006 23
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
4.7u/10V/X5R/0805
4.7u/10V/X5R/0805
S
D
GND
GND
GND
GND1
GND2
GND4
9
10
G
S
D
G
S
D
S
D
Z2314
S
D
E
C
5 4 3 2 1
SWITCH BD CONN AUDIO & LED BD CONN
CN18
RB-M14
CHG_R_LED#
42
CN6 CHG_G_LED#
41
R155 10K CAPS#
6 40
RFLED_ON#
+3.3V Q22
39
PWR_LED#
21 LID# 5 38
IDE_LED#
2N7002
37
4 21 RF_SW# 36
IDE_LED#
S D
15 SATA_LED# 21 AMP_MUTE# 35
NUM#
26 SW_PWR_ON# 3 34
D D
20 CD_R 33
21 SILENT# 2 20 CD_GND 32
20 CD_L RC-M21 31
PM_SLP_S3# 3G_LED#
21 INTERNET# 1 30
15 ACZ_SDATAIN0 29
S/W_CON
15 ACZ_SDATAOUT 28
15 ACZ_SDATAIN1 27
R162 10K
15 ACZ_SYNC 26
+5V Q23 15 ACZ_RST# RB-M15 25
24
R501 0/0603 ACZ_BITCLK_C
2N7002 15 ACZ_BITCLK 23
D30 BAT54
22
Z1403 IDE_LED#
C A S D
20 CD_LED# +3.3VS 21
20
VIN_SW PC_BEEP
19
+5V_AUX_P 18
17
PM_SLP_S3#
PM_SLP_S3# 16,17,19,21,23 16
+3.3V 15
14
ON BOARD USB
16 USB_P3+ 13
16 USB_P3- 12
ACZ_BITCLK_C
11
+5VS 10
R421 10K C511
+5VA 9
8
*0.1u
7
R422 10K
6
S1
+5VS 5
16 USB_P2+ 4
POLY_SW_1206 CHG_R_LED#
16 USB_P2- 3
RB-M11 RB-M15 2
+
C185 C455 SILENT LED#
C C
1
Q47
33u/6.3V_NOJB 0.1u AUDIO_BD_CON
G
21 CHG_R_LED
2N7002 C579 C449 C448 C450 C510
RC-M22
1u 1u 1u 1u 1u
RB-M15
CN19
L26
USB_5V CHG_G_LED#
1
USB- 2
4 3
16 USB_P5-
R2I R2O D15
USB+ Q41
1 2 3
16 USB_P5+
R1I R1O
R191 10K Z2401 PC_BEEP
4 A C
21 BTL_BEEP
ATCM3216-900T
G
21 CHG_G_LED
USB_MB_CON 2N7002
R190 10K BAS16 R164 C164
16 ACZ_SPKR
RC-M23
10K *0.1u
PWR_LED#
RFLED_ON#
Q43
MDC BD's USB Conn S-Vedio CONN
Q44
G
21 PWRON_LED
2N7002
G
21,23 RFLED_ON
2N7002
B B
CAPS# NUM#
R177 C178 C179
150R 5p 5p Q45 Q42
RB-M13
G G
21 CAPS 21 NUM
SC_OUT 2N7002 2N7002
RB-M11 10 TV_DACB
L23 QT1608RL600
Z2403
CN17
R392 *0_1206
Z2402
+5VS 1 RC-M21
2
3
CN16
4
SILENT LED# 3G_LED#
16 USB_P4-
5
L25 QT1608RL600 SY_OUT
16 USB_P4+ 10 TV_DACC
6 4 3
7
8
C437 C438 Q46 Q70 C530
2 1
*MD USB BD CONN R185
*0.1u *100p C182 C180 0.1u
G G
21 SILENT_LED 21 SCROLL
150R 2N7002 2N7002
5p
5p S-VIDEO
A A
Z2403
L15 QT1608RL600
Name of Part
L13 *QT1608RL600
Daughter BD CONN
Project Rev
L50II0
C
Sheet
/ 33
Date: Tuesday, April 25, 2006 24
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
G
G
S
D
GND2
GND1
GND4
GND3
S
D
S
D
S
D
S
D
S
D
5
7
6
8
GND1
GND3
GND2
GND4
S
D
S
D
5 4 3 2 1
+5V
Check 2n7002 Rds on
Q14 2N7002
R96 0R HSYNC_R HSYNC R86 39R
D S D D
10 NB_CRT_HSYNC
+5V
RC-M24
C31
Q39 2N7002
RB-M16
R352 0R VSYNC_R VSYNC R346 39R CN12
S D
10 NB_CRT_VSYNC
Imax check
GND2
0.1u
R72 0R ROUT L7 FCM1608CF-600T06 ROUT_CON
1
10 NB_CRT_RED
L10 +5V_PR88
9
R77 0R GOUT L8 FCM1608CF-600T06 QT1608RL060 GOUT_CON
2
10 NB_CRT_GREEN
10
R79 0R BOUT L9 FCM1608CF-600T06 BOUT_CON
3
10 NB_CRT_BLUE
11
CRT_DOCK_DET
4
DDC_DATA L41 FCM1608CF-300T06 DCC_DATA_OUT
12
5
HSYNC_OUT L43 FCM1608CF-600T06 HSYNC_CRT
13
CRT_USB-_IO
6
VSYNC_OUT L44 FCM1608CF-600T06 VSYNC_CRT
14
CRT_USB+_IO
7
DDC_CLK L45 FCM1608CF-300T06 DCC_CLK_OUT
15
8
R78
R74 C36 R76 C37 C41 C38 C39 C40 C42 C43 C46 C52
GND1
C44 C348 C342 C336 150R
150R 10p 150R 10p 10p 10p 10p 10p *10p 10p 10p *10p CRT_CONN
10p 10p 10p 10p
C C
D7 *BAT54
C A
+5V
+5V
R290 *300K CRT_GND_ON
C294
D10
+5V +5V
R344 *0.1u
BAT54
+3.3V +3.3V *100K D4 *BAT54
U6 U13
A C
Z2506 *74AHC14_1G *74AHC14_1G
R81 R80 R342 *1M Z2501 R289 *300K Z2502 Z2503 CRT_USB_ON#
2 4 2 4
R345 R343 C276
2.2K 2.2K 10K 10K Q37
CRT_DOCK_DET *0.1u
G
Q38 2N7002 *2N7002
R87 0R Z2504 DDC_DATA
S D
10 NB_DCC_DATA
R85 0R Z2505 DDC_CLK
S D
10 NB_DCC_CLK
Q13 DOCK_DET is Pulled High at Docking Side
2N7002
B B
+3.3V
CRT_USB-_IO CRT_USB+_IO
RC-M25 RC-M25
R518 R519
Q35 Q12
CRT_GND_ON CRT_GND_ON
G G
*2N7002 0 *2N7002 0
Close to CRT
RC-M26
R518 & R519 need close CRT Conn
L6
U7
R513 *0R USB6+ CRT_USB+_OUT CRT_USB+_IO
2 3 1 2
16,23 USB_P6+
A1 B1 R2I R2O
CRT_USB-_OUT CRT_USB-_IO
R514 *0R USB6- 5 6 4 3
16,23 USB_P6-
A2 B2 R1I R1O
CRT_USB_ON#
1
BE1#
CRT_USB_ON# *FRC1394_SMALL(4PIN) Keep the USB Stub to the MOSFET.Drain as Short as Possible
7
BE2#
4 8
GND VCC +5V
*SN74CBT3306PWR C35
A A
*0.1u
TC Modify 0914
CLOSE TO CON2
Name of Part
Card Reader
Pin 2.PIN 5 --> Input
Project Rev
Pin 3.PIN 6 --> Output
L50II0
C
Sheet
/
Date: Tuesday, April 25, 2006 25 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
G
G
C
A
G
3
5
1
3
5
1
S
D
G
S
D
S
D
5 4 3 2 1
VIN
220 mils
+5V_LDO MAX8734A_VCC
PR135
D D
4.7R/0603
PR69
8734A_V+ 10R/0603
1 2
PC56 PC57
0.1u/25V/0603 1u/6.3V/X7R/0603
PD14 BAT54 PD8 BAT54
Z2615 Z2614
C A A C
Rds-on,tpy = 15 ohm,max=22m ohm
RC-M27
9A@70 degree C
PC47 PR68 PR72 PQ24 PC32
PQ26 0R 1.5R RSS090N03
RSS090N03 PU4
4.7u/25V/X5R/1206 +5VA
4
(B)4.7uH_105 4 (B)4.7uH_105
+3.3VA +5V_AUX_P
PC60
28 14
BST3 BST5
PC58 0.1u/50V/X7R/0603 PL7
200mils
PL9 0.1u/50V/X7R/0603 4.7UH_BCRH105/8A
180 mils
4.7UH_BCRH105/8A MAX8734A_DH3 MAX8734A_DH5
26 16
DH3 DH5
PJP5 PJP2
+3.3V/4.5A Fsw=300kHz Fsw=200kHz +5V/5A
MAX8734A_LX3 MAX8734A_LX5
2 1 27 15 1 2
LX3 LX5
OPEN-SMALL PR123 MAX8734A_DL3 MAX8734A_DL5 PR61 OPEN-SMALL
24 19
DL3 DL5
PR130 PQ28 PQ17
*2M RSS090N03 Z2616 RSS090N03
22 21
OUT3 OUT5
*0R *0R
4
+ MAX8734A_FB3 MAX8734A_FB5 PR129 + PC88 PC103 PC102
4 7 9
FB3 FB5
Z2609 Z2608 MAX8734A_VCC Z2612 *2M
C 0.1u C
PC50 MAX8734A_QSOP28
PC128 8734A_ON3 PC42
3
ON3
*47p/50V/NPO 1000p/50V/X7R 2200p/50V/X7R Z2613
2 1Z2605 4 10
ON5 PRO#
1
NC
PR79 Z2604
6
SHDN#
10K
RC-M27 RC-M27
PC61
PR81MAX8734A_VCC
4.7u/10V/Y5V/0805 10K MAX8734A_ILIM5
11
ILIM5
PR78
PC125 PC126 PR128
Modify in R:A1 12/05 2 1Z2606 13
TON
0R MAX8734A_ILIM3 *47p/50V/NPO 47p/50V/NPO 15K_1%
5
ILIM3
PR132 PC130
6.49K_1% 47p/50V/NPO MAX8734A_REF
8 2
REF PGOOD
PR138
Z2607
2 1 12 23 1 2
SKIP# GND
PR75 33.2K_1% PR74 PR131
*0R MAX8734A_REF
1 2 10K_1%
PR133
10K_1% PR76 27K_1%
*0R PR77
PC62 *0R
+5V_LDO
1u/6.3V/X7R/0603 PR134 PR73
+3V_LDO
PR139 220K 51K_1% 51K_1%
8734A_V+ PC127
1 2
PC55
1u/10V/0603 PR67 4.7u/10V/0805
PR140 100R PR80 PC63 10K/0603
8734A_OFF# 1u/10V/Y5V/0603
1 2
100K
PR141 *10K
1 2
B 5,32 AUX_OFF# B
PR70 0R
PR144 10K
1 2
21,32 ADAP_IN
8734A_ON3 PC129
1 2
+3.3VA +5VA
PR231 PR232
4.7u/25V/X5R/N1206
PC65
0R NC 300KHz 200KHz
4.7u/10V/0805
For EC Aux power Reset issue
NC 0R 500KHz 400KHz
+3.3VA
+5V_LDO
R396
47K
TO EC
21 EC_PWR_ON
R151
Q19 10K
2N7002
+5V_LDO
SW_PWR_ON#
G
SW_PWR_ON# 24
8734A_OFF#
from SW BD
Q17 R148 J1
47K OPEN_S
2N7002
Z2610
A G A
Q18
2N7002
PL9,PL6--->4.7uH_105
G
PR163,PR165,PR55=>51K_1%
Name of Part
PR56=>39.2K_1%
+5V&+3V(MAX8734A)
Q16
Project Rev
2N7002
L50II0
C
Z2611 R146 47K
G Check with
+3.3VA
Sheet
TC (tied to
/ 33
R140 *0R Date: Wednesday, April 26, 2006 26
FPWRON 21
EC internal
PD)
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
D
4.7u/25V/X5R/1206
BST3
BST5
G
S
D
G
S
390U_6.3V_DIP_L
*2.2U/6.3V/0805
1
2
1
2
1
2
5
20
17
D
1
2
V+
1
2
VCC
G
2
1
2
1
5
D
G
A
C
SK14A
PD7
S
5
S
5
3
6
3
6
2
7
2
7
1
8
1
8
A
C
SK14A
PD4
1
8
1
8
2
7
2
7
3
6
3
6
0.1u
PC52
2
1
2
1
1
2
2
1
2
1
2
1
PC45
*2.2u/6.3V/0805
PC122
*2200p/50V/X7R
220U/6.3V_OSC_6*6
PC123
*2200p/50V/X7R PC119
2
1
1
2
2
1
1
2
2
1
2
1
LDO3
LDO5
1
2
1
2
1
2
1
2
1
2
1
2
2
1
2
1
2
1
1
2
25
2
1
18
1
2
2
1
1
2
2
1
2
1
S
D
2
1
S
D
S
D
S
D
1 2 3 4 5
8771VCC +5V
VIN
PR59
1 2
RC-M28
10R/0603
PC37 PC40
L38 *HCB4516K-600T60
1u/6.3V/0603 4.7u/10V/0805
275 mils
Z2720 L37 HCB4516K-600T60
A A
+3.3V
+
PC100 PC104 PC106 PC105 PC109 PC108 PC99 PC101
10u/25V_6.3*7 1u/25V/0805
OS-CON
PR38 PR56
*2.2K *10K
RC-M30
PU3
Z2719
17
PHASEGD
RC-29 RC-29
PR110
2
16 VR_PWRGD PWRGD
8771BST1_R 8771BST1
30 1 2
BST1
1
7 MAX8771_CLKEN# CLKEN
1.1R/0603
PC89
0.22u/25V/X7R/0603
PC75
0.1u PQ21 PQ22 PQ23
+CPU_CORE
8771DH1
EMI Sol. 29 4 4 4
DH1
RSS090N03 RSS090N03 *RSS090N03
PL8
0.36uH_PCMC135T-R36MF
1760 mils
8771LX1
31 28 2 1
20 PM_VID0 D0 LX1
32
20 PM_VID1 D1
PQ19 PQ27 PQ25 PR63
33
20 PM_VID2 D2
RQA200N03 RQA200N03 RQA200N03
34
20 PM_VID3 D3
35 (RQW200N03) (RQW200N03) (RQW200N03) *0R/0603 PR62
20 PM_VID4 D4
3.32K_1%
36
20 PM_VID5 D5
8771DL1 PIN 9=8771LX1 PIN 9=8771LX1 PIN 9=8771LX1
37 26 4 4 4
20 PM_VID6 D6 DL1
Z2717
B B
PC110 PC116 PC111 PC49 PR64 NTC_10K_6-B4.25K
PR94 0R Z2701 Z2718
1 2 3 2 1
5 H_PSI# PSI
*2200p/0603/X7R *2200p/0603/X7R 2200p/0603/X7R PC59 4.7u/10V/0805
PR40 0R Z2702 1.8K_1% PR124
1 2 38 2 1
21 VCORE_ON SHDN
RB-M18
PR93 0R Z2703
1 2 40
5,15 H_DPRSTP# DPRSTP RC-M30
PR103 PC87
PR39 0R Z2704 *0R *0.22u/X7R PC67 *2V_SP
2 1 39 2 1
16 PM_DPRSLPVR DPRSLPVR
Z2713
1 2
PC22 470p/25V/X7R PC48
27
PGND1
check PU or PD? Z2705 0.22u/25V/X7R/0603
1 2 9
CCV
PR96 PR104
PR99 71.5K_1% Z2712 Z2714 Z2715 PR111 0R PC54 220u/2V_SP/9m
12 1 2
FB VCORE_VCCSENSE 6
Z2706
2 1 7
TIME
4.75K_1% 100R
PC30 0.22u/25V/X7R/0603 PC83
8771REF PR55
2 1 11
REF RB-M17
1000p/25V/X7R 10R PC117 820U_2V_OSC_8*9_DIP
18
GND
41
EP
Z2710 Z2711
10 1 2 1 2
CCI
PR100 0R Z2707 PC24 *470p/50V/X7R PR115 *20K PC66 *2V_SP
6
THRM
8771VCC VCORE_SC+
Z2709 PR105 100R Z2716 PR112 0R
13
GNDS VCORE_VSSSENSE 6
5
VRHOT
PR37
PC79
CPU_PWR_A PR54
2 1 4
21 CPU_PWR POUT
1000p/25V/X7R 10R
10K
PC23 VCORE_SC-
0.1u
C C
VIN C82 C97
PR36
+ +
Z2708 8771CSP1 8771CSP1
1 2 8 16
TON CSP1
200K_1%
8771CSN12 8771CSN12
15
CSN12
Freq=300Khz
MAX8771_QFN40
8771VCC
1.check PSI#&DPRSTP#&DPRSLPVR PU or PD? 8.BST func.?
2.what CAP or R need use 0603? 9.TON pull high to Vin or 5V?
3.CPU vcc-sense & vss-sense?
4.Input CAP enough?
5.themal func. disable.NC?
6.DGND and AGND problem?
7.check CHOKE footprint and hight with ME?
VID TABLE
6 5 4 3 2 1 0 Vcore Status
D D
1.2875 Yonah(HFM)
0 0 1 0 0 0 1
0 0 1 1 0 0 01.2000 Boot Vout
Name of Part
1.1500 Merom(HFM)
0 0 1 1 1 0 0
+CPU CORE(MAX8771)
Project Rev
0.8375 Y&M(LFM)
0 1 1 0 1 0 1
L50II0
C
0.7625 Y&M(Deeper Sleep) Sheet
0 1 1 1 0 1 1
/ 33
Date: Wednesday, April 26, 2006 27
0.0000 Shut down
1 1 1 1 1 1 1
UNIWILL COMPUTER CORP.
3255
1 2 3 4 5
2200p/0603/X7R
4.7u/25V/X5R/1206
4.7u/25V/X5R/1206
4.7u/25V/X5R/1206
4.7u/25V/X5R/N1206
4.7u/25V/X5R/N1206
D
D
D
G
G
G
S
S
S
D
D
D
G
G
G
S
S
S
220u/2V_SP/9m
220u/2V_SP/9m
2
1
2
1
2
1
2
1
2
1
2
1
2
1
19
25
2
1
2
1
VCC
VDD
5
5
5
2
1
5
5
5
1
2
3
6
3
6
2
7
2
7
1
8
1
8
3
6
3
6
2
7
2
7
1
8
1
8
3
6
3
6
2
7
2
7
1
8
1
8
A
C
SK34A
PD6
*2200p/0603/X7R
+
BST2
DL2
LX2
DH2
PGND2
CSP2
20
24
22
21
23
14
5 4 3 2 1
VIN
180 mils
+5VS
VIN
PR13 PD10
PR11
22R/0603 BAT54
1K/0603
D D
Z2806 Z2805 Z2804
PC6
PD1 PC5 PC26
0.01u/50V/0603
BAT54 1u/6.3V/0603
PD12
BAT54
PC27 PC81
4.7u/25V/X5R/1206 *0.1u/50V/X7R/0603
Z2801
Z2803
PC28 PC31
PU2
*0.1u/50V/X7R/0603 4.7u/25V/X5R/1206
PR48
Z2802 Z2819 0R/0603
18 13
BST2 BST1
PR43 0R/0603
RB-M20
0.6V ~ 2.1V = PWM ON +1.8V/13A
PC21
> 2.1V PWM + SKIP
PC20
0.22u/50V/X7R/0603 +1.8VS
PQ14 0.22u/50V/X7R/0603 PQ13
+1.5V/5.5A
OZ813
RSS090N03 RSS090N03
RB-M20
QFN24
813_HDR2 813_HDR1
4 19 12 4
HDR2 HDR1
+1.5VS
PJP1
220 mils 520 mils
OPEN_S PL4 4.7UH_BCRH105/8A
+1.5VS_813_VOUT2 PL2 3.3UH_BCRH104R 813_LX2 813_LX1
1 2 20 11 2 1
LX2 LX1
C C
PQ15 PQ12
PR34 RSS090N03 RQA200N03 PR109
+ PC78 PC35 PR97 PIN 9=813_LX1 PR33
*0R
100K_1% 813_LDR2 813_LDR1 + PC91 PC94 PC151
4 17 14 4
LDR2 LDR1
100K_1%
PR30 100K_1% *0R 4.7u/10V/0805
Z2814
Z2807 PC34 PC36
RB-M22
PC82 PC84 PR27 63.4K_1%
*2200p/50V/X7R/0603
1000p/50V/X7R/0603
RB-M22
RC-M31
PR23 813_CS2P 813_CS1P PR25
22 9
CS2P CS1P
51R_1%
51R_1%/0603 813_CS2N 813_CS1N PC18 0.01u
23 8
CS2N CS1N
813_CS1P 813_CS1N
PC14
PR20 124K_1%
813_CS2N 813_CS2P 813_VREF Z2808 Z2813 PR6 76.8K_1% 813_VREF
24 7
VSET2 VSET1
5.6n/X7R PC16 PC13
PC15 PC17 PR22 PC11 PC4
1000p
6800p 22p/NPO/0603 147K_1% 1000p 1000p 22p/NPO/0603
21 10
PGD2 PGD1
PR5 PR17
RB-M19
+1.5VS=2.75*PR22/(PR20+PR22)
PR19 147K_1% 750K_1%
+5VS
1M_1%
+1.5VS
C4_OUT
B B
Z2809 PR8 PR101 Z2812
HIGH
1.5V
813_ON2 813_ON1
1 6
21 +1.5VS_ON ON/SKIP2 ON/SKIP1 +1.8VS_ON 21
PR41
PR42 180K 180K
1.4V
LOW
1K PQ2 PR7 100K
Z2811 Z2810 PC1
G +1.8VS=2.75*PR5/(PR5+PR6)
*2N7002 RB-M21 RB-M21
150K PR14 PC10 PQ5
*0.1u *2N7002 Z2811
G
*0.1u
150K
25 +1.8VS
GNDA C4_OUT
PQ49
HIGH
1.8V
2N7002
G
C4_OUT 21
813_VREF
3
VREF
Z2818
4 1.7V
TSET LOW
PR10 PR44
10R_1% 100K
PC3
0.1u/50V/X7R/0603
PR9 PC8
+5VS
110K_1% 0.1u
+3.3VS
PU6
1 5
VIN VCNTL
PC134
6
VCNTL
1u/6.3V/X7R/0603
7
VCNTL
Z2817
3 8
REFEN VCNTL
PC135 PJ1
1u/6.3V/X7R/0603 PR145 OPEN_S
3.16K_1% Z2816
2 4 1 2
GND OUTPUT +2.5VS
A A
FIFT6137B
PC70 PC132
10u/6.3V/X5R/0805 *4.7u/10V/X5R/0805
PC133 PR146 Name of Part
10K_1%
+1.5V&+1.8V(OZ813)
1u/6.3V/X7R/0603
Project Rev
L50II0
C
Sheet
/
Date: Wednesday, April 26, 2006 28 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
D
D
G
G
S
S
560U_4V_DIP_L
1u/6.3V/0603
220U/6.3V_OSC_6*6
1u/10V/0603
C
A
C
A
C
A
1u/6.3V/X7R/0603
5
16
15
2
VIN
VDDA
VDDP
GNDP
5
5
D
D
G
G
S
5
S
5
A
C
1
8
1
8
2
7
2
7
3
6
3
6
3
6
3
6
2
7
2
7
1
8
1
8
A
C
SK14A
PD3
SK34A
PD2
*2200p/50V/X7R
*2200p/50V/X7R
S
D
S
D
S
D
5 4 3 2 1
+5VS
VIN
+5VS
22R/0603
D PD9 PD13 D
PR92 Z2906 Z2905
C A A C
30 mils
PC77 PC73 BAT54 BAT54
1u/10V/0603 1u/6.3V/X7R/0603
PC43
4.7u/25V/X5R/1206
PU7
+1.05V/5A
VIN
8Z2902 Z2901
BST
PR89 1K/0603 Z2903 PR108 0R/0603 +1.05VS
2
VIN
PC72 PC93
0.22u/25V/X7R/0603
0.01u/0603 PQ18A
200 mils
818_HDR
9 8
HDR
SP8K10S_FD5
OZ818_QFN16A
PL5 4.7UH_6A PJP4
4
PGD
818_LX +1.05VS_818_VOUT
10 1 2
LX
RB-M23
OPEN_4A
PR122 PR116
PR87 PQ18B 100K_1% PC46
C C
Z2904 818_LDR *0R PR118 PC120 PC112
+
3 7 3
21 +1.05VS_ON ON/SKIP LDR
SP8K10S_FD5
1K PC97 Z2907 PR117 52.3K_1% 51R_1% 4.7u/10V/0805 1u/10V/Y5V/0603
PC74 PR88 PC41
818_VREF = 2.75 V
0.01u 150K *2200p/50V/X7R/0603
818_VREF
14
VREF
PC85
818_CSP 0.1u/10V/X7R
11
CSP
818_CSN
12
CSN
818_CSP PC92 8.2n/X7R 818_CSN
818_VREF PR106 818_TSET 818_VSET PR114 174K_1% 818_VREF
15 13
TSET VSET
24.9K_1% PR119 PC96
PC95
PR102 PC80 PC90 PR113 22p/NPO *0R 1000p
249K_1% 0.1u/10V/X7R 0.01u 107K_1%
B B
For 1394 core power
DDR2 Termination Power
Vout
PR84 PR83
1.2K
1.8V 2.7K
+3.3VS
1.9V
1K 1.9K
+1.8VS
1.93V
1K 1.82K
PU8
1 5
VIN VCNTL
PC113
6 2.0V
VCNTL
1K 1.6K
1u/6.3V/X7R/0603
7
VCNTL
PC121 Z2909
3 8
REFEN VCNTL
PR126 PJP3
RC-M32
1u/6.3V/X7R/0603 OPEN_S +0.9VS
10K_1% Z2908
2 4 1 2
GND OUTPUT
PR85
FIFT6137B
2 1
+3.3V
PC114 PC115
10u/6.3V/X5R/0805 *4.7u/10V/X5R/0805 33R/0603
A PR84 A
PC118 PR125
1K_1%
1u/6.3V/X7R/0603 10K_1% PU5
CM431LBCM233
+2.0V/100mA
Z2815
1 2
REF V_OUT +2.0V
Name of Part
PC69 PR83
+0.9VS/+1.05V(OZ818)
PC68
1u/6.3V/0603 1.82K_1% Project Rev
4.7u/10V/Y5V/0805
L50II0
C
Sheet
/
Date: Wednesday, April 26, 2006 29 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
17
1
16
6
5
VDDA
VDDP
GNDA
GNDA
GNDP
2
5
4
6
7
1
220U/6.3V_OSC_6*6
*2200p/50V/X7R
GND
3
1
2
1
2
5 4 3 2 1
+5VA +5V
VIN_SW
PQ11
+1.8VS +1.8V
PQ38 VIN_SW
200 mils
AO4422
8 1
AO4422
8 1 7 2
520 mils 7 2 6 3
6 3 5 S PR51 PR52
PR142 PR143 VIN_SW
5 S D 10K 100K
D 10K 100K G
D D
G
Z3010 PR50 10K 5V_ON_HV
C A
Z3001 PR137 10K 1.8V_ON_HV Z3011
Z3014 D3 BAT54
PC29 PQ6
PC131 PQ60 0.1u/50V/X7R/0603 2N7002
G
0.1u/50V/X7R/0603 2N7002 PQ7
G
PQ58 2N3904
2N3904 Z3012
B
+5V_ON 21,32
Z3015 PR49 1K
B
+1.8V_ON 21
PR136 1K
+1.5VS +1.5V
PQ10
+3.3VA +3.3V
AO4422
PQ30
220 mils 8 1
7 2
AO4422
6 3 8 1
5 S 7 2
180 mils
D
6 3
G
5 S
VIN_SW D
Z3002 PR47 10K 1.8V_ON_HV G
D9 BAT54
Z3009 PR66 10K 5V_ON_HV
C A
C PC33 C
0.1u/50V/X7R/0603
PC53
0.1u/50V/X7R/0603
Add 0.1U
+1.05VS +1.05V
PQ54
between
AO4422
VIN_SW
8 1
U25 Pin3
+5VA +5VS
200 mils 7 2
PQ8 and Pin4
6 3
5 S
AO4422 for +5VS
D
8 1
G
drop
7 2
PR53 PR58
6 3
issue
Z3003 PR127 10K 1.8V_ON_HV S 10K 100K
200 mils 5
D PC39
G
PC124 0.1u
0.1u/50V/X7R/0603 Z3008 PR57 0R 3.3VS_ON_HV
Z3007
PC38 PQ9
B B
0.1u/50V/X7R/0603 2N7002
G
PQ16
2N3904
Z3013
B
+3.3VS_ON 21,32
PR60 1K
+5VS
RB-M24
PQ34 +5VREF
SI2301BDS
S D
+3.3VA +3.3VS
PQ29
+2.5VS +2.5V
PR71
AO4422
10K
180 mils 8 1
D40
7 2
PQ70
A C 6 3
Z3004
5 S
D
D S
BAT54 G
SI2302DS
PQ37 Z3006 PR65 56K 3.3VS_ON_HV
2N7002 Z3005 PR82 0R Z3016 PR200 2K 5V_ON_HV
G
+1.8V_ON 21
A A
PC51
PC64 PC150 0.1u/50V/X7R/0603
RC-M33
*0.1u/50V/X7R/0603 1u_6V_X7R_0603
Name of Part
VCC SW/Discharger
Project Rev
L50II0
C
Sheet
/
Date: Wednesday, April 26, 2006 30 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
4
4
S
D
S
D
E
C
E
C
4
4
4
4
S
D
E
C
4
G
S
D
G
5 4 3 2 1
RB-M25
PF1
120mils
1206/3A/32V
Z3111
CHG_VCC
+DC_IN
594_VCC_5V
DTC PR26 100K
PC12 PR29 PR24 PR95
PC9 0.1u 4.7K 4.7K 10K PC44 + PC107
D D
PQ48 1u
2N7002 PU1 0.1u/25V/0603 100U_25V_ELE_DIP
G
21 CHG_ON
PR12 Z3112 PQ20
B
100K_1% SI4835BDY
PR90 Z3107 PQ3
14 8
REF C1
100K Z3101 2N3904
1 9 4
1IN+ E1
Z3102
2 11
1IN- C2
Z3104 Z3103 VCHG
10
E2
PC7 0.01u PR18 10K
3 B
FB
10K Z3105 DTC
4
DTC
PC2 0.01u PR21 Z3108 Z3126 PL6 4.7UH_BCRH105/8A
16 5
2IN+ CT
PR16 Z3125 Z3109 PQ4
15 6
2IN- RT
300K_1% 2N2907
+ PC98
PR35 PC19 PC86
Z3106 100U_25V_ELE_DIP 0.1u
SET_V :
10K_1% 1000p PR86 PR31
PQ47 TL594 40mR/F/1W_2512 8mR/F/1W_2512
"H"=12.71V
2N7002 GND POWER CHG_B BATT-
1 2 1 2
"L"=16.84V G
21 SET_V
320mils
Z3110
4
PR15
PC71 576R_1%
CHG_I :
470p/25V/X7R PR2
PQ1
220K_1%
3.26V=2.0A
AO4422
Z3129
1.65V=1.0A 8 1
C C
7 2
PR4 39K_1%
0.36V=0.25A 6 3
21 CHG_I
PR3 S
5
16.2K_1% D
CHG_I :
PR91 G
1K_1% PC76 Z3127
0.1u
PR1 PR107
100K_1% 200K
Z3128
Mount for EMI
VIN
4
PQ50
2N7002 PR98 BATT_TEMP C1 220P
G
21 CHG_ON
Charge Detect
PD11 SK34A 560K
R15 1M_1%
C A
VIN VCHG RB-M28
BAT_SMBCLK C506 *220P
PQ51 SI4835BDY
U3A U3B BAT_SMBDAT C507 *220P
1 8
R14 127K_1% Z3113
2 7 2
GND POWER
Z3115
3 6 1 5
R12 127K_1% Z3114 Z3116 VBAT_REF C508 220P
S 5 3 7
CHG_B
D Z3117
6
G *LM358 *LM358
R13 VCHG C509 0.1u/25V/0603
PR120 330R
+DC_IN
1M_1% PC152 R37 2.2K_1% R28
B B
Z3124
0.1u/25V/0603 0
VIN
PR121 R44 C554 *0.1u
RC-M34
VCHG
BAT_CHG_I 21
20K 1K_1%
RB-M26
C555 *0.1u
R29 C5
PL1
RC-M35
*0 0.1u
+3.3VA
QT4532KL080HC_8A PR147 CN5
VBAT_REF
FCM1005KF-121T01
1
RB-M27 2
Discharge Detect BAT+
3
SCLK
PR46 PR201 0R/0603 PR32 100R BAT1C
21 BAT_SMBCLK
4
Battery Voltage Detect
SDAT
R41 1M_1% PR202 0R/0603 PR28 100R BAT1D
21 BAT_SMBDAT
5
20K Z3133
6
VBAT_REF PR203 Z3131
+3.3V RB-M28 7
FCM1608CF-600T06 Z3132
8
U2A
21 BATT_TEMP RB-M28 9
R42 127K_1% Z3118 U2B BATT-
2
BATT- 10
Z3120 PC25
1 5
RC-M34 GND1
R43 127K_1% Z3119 Z3123 PR45 C556 C557
3 7
CHG_B GND2
R1 Z3121 220p
6
*LM358 *LM358 *220K *0.1u *0.1u Battery_CON
931K_1% R36
4
1M_1% PC153 R10 33K_1%
R16
BAT_V 21
A 0.1u/25V/0603 A
BAT+ 10K_1%
R7 C3 R11
133K_1% 1U_10V_0603 1K_1% Name of Part
RB-M26 BAT_I 21
BATT IN / Charger
R17 C4 Project Rev
L50II0
C
2K_1% 0.1u
Sheet
/
Date: Wednesday, April 26, 2006 31 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
S
G
D
Z3134
Z3135
12
S
D
5
6
3
7
2
8
1
C
E
E
C
GND
OUT-CTRL
VCC
7
13
A
C
SK34A
PD5
S
D
S
D
4
8
4
4
1
2
8
4
1
2
5 4 3 2 1
+5V
+5VA
+5V_LDO +5V_LDO
+1.5V +1.05V +3.3V
+2.5VS +1.8V +5VS R105
R183
*100R/0603
R93 R187 *100R/0603
R102 R184 R100 R386 R157 R336 Z3220
100K 100K Z3219
100R/0603 *100R/0603 100R/0603 100R/0603 100R/0603 *100R/0603 PQ44
D PQ35 D
Z3229 Z3232 Z3233 Z3227 Z3223 Z3222 VCC_OFF VA_OFF
G G
*2N7002 *2N7002
PQ33 PQ43 PQ57 PQ59 PQ40 PQ53 PQ45
PQ31
VCC_OFF VCC_OFF VCC_OFF VCC_OFF VCC_OFF VCC_SUS_OFF
G G G G G G G G
21,30 +5V_ON 5,26 AUX_OFF#
2N7002 *2N7002 2N7002 2N7002 2N7002 *2N7002 2N7002 2N7002
+5V_LDO
RC-M36
+1.5VS +1.05VS +3.3VS VIN_SW +3.3VA
+1.8VS +2.5V
R165
R101 R356 R323 R158 R130 R175 R521
100K
*100R/0603 *100R/0603 *100R/0603 *100R/0603 100R/0603 100R/0603 100R/0603
Z3230 Z3234 Z3228 Z3225 Z3224 Z3221 Z3235 VCC_SUS_OFF
PQ32 PQ55 PQ52 PQ41 PQ36 PQ90
PQ46 PQ42
VCC_SUS_OFF VCC_SUS_OFF VCC_SUS_OFF VCC_SUS_OFF VCC_SUS_OFF VA_OFF VCC_OFF
G G G G G G G G
21,30 +3.3VS_ON
*2N7002 *2N7002 *2N7002 *2N7002 2N7002 2N7002 2N7002 2N7002
C C
CON1 +3.3VA
DC_IN_B +DC_IN VIN
DC_JACK
F1 L4 R24
6125T/5A U5 SI4835BDY D17
AC_IN+ DC_IN+ Z3216 R27
1 1 8 1 2 A C
QT2012KL120HC_5A_0805
2 7
25mR/F/2W/2512A_5A
3 6 SK34A 0R
C18 C19 R50 R49 C20 S 5
D Z3218
22p 1U_25V/0805 12.1K/0603 12.1K/0603 0.01u_50V/0603 G D18
R35 Q7
A C
R25
Z3217 2N7002
330K SK34A G
+DC_IN
Z3215
100K
ADAP_IN 21,26
L1
D1
CHG_VCC_B R26
A C
CHG_VCC
R31 R38
B B
QT2012KL120HC_5A SK34A 100K
R32 330K 150K 120R
Z3214 D2
A C
RB-M29
Q6 Q4
*SK34A
R30 *0 Z3213 Z3212
G G
21 AC_IN/OUT#
2N7002 2N7002
Iin(Charge current) = 2A
R460
10K
R46 1M_1%
3LP01C VGS=+-10V
Q26
U4A U4B
3LP01C
LM358 LM358
Z3208 R45 127K_1% Z3201
D S 2
VIN_SW VIN +DC_IN
TOTAL POWER
Z3203
1 5 1.05 V/A
R39 127K_1% Z3202 Z3205
3 7
DC_IN_B
D14 R189 175mV/A 6 Rsense=25m ohm
Z3209
BAT54
R188 R34
65 Watt 20V/3.25A , 25mV/A X 7 = 175 mV/A ,
100K R40 R48
0R 1M_1%
175mV/A X 6 = 1.05 V/A , 1.05 V/A / 5.99 = 175.3 mV/A.
A A
R192 PC154 12.7K_1% 4.99K_1%
110K_1% 0.1u/25V/0603 175.3 mV/A
Z3207 Z3204
ADAPTOR_I 21
Z3210 DC_IN_B
Name of Part
Q25 R47 C17
DC IN/DISCHARGE
RB-M30
2N7002 R33
Z3211 R186 0R 1K_1% 1000P/50V/0603 Project Rev
G
+3.3VS_ON 21,30
2K_1%
L50II0
C
Sheet
/
Date: Wednesday, April 26, 2006 32 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
S
D
5
4
3
2
4
S
D
S
D
S
D
C
A
G
8
4
AC
1
2
S
D
5 4 3 2 1
RA to RB change list: RB to RC change list:
Page 7,M1->change net name for LAN clock. Page 8,M1->Add thermal resister for sensing NB temperature.
Page 9,M2->Add cap. for EMI solution. Page 10,M2->Change R152 to 2.2k ohm for LVDS driving current.
Page 15,M3->Change R329 to 47 ohm for EMI solution. Page 12,M3->Change L19 to 10 ohm for TV quality.
Page 18,M4->Del bead to GND for ESD solution. Page 12,M4->Add by pass capicaty for +1.5VS power.
Page 19,M5->Change thansformer for LAN function. Page 12,M5->Add by pass capicaty for +1.05V power.
Page 19,M6->Add R500 for IRQA or IRQB selection. Page 15,M6->Add R525 and Q71 for RTC reset when power on.
D D
Page 20,M7->Add circuit for SMP. Page 18,M7->Del AGND for ESD solution.
Page 21,M8->Add CPU_PWR pin to EC for CPU vlotage detection function. Page 18,M8->Add delay time for card inserting in conn.
Page 21,M9->Change pin name for SMP. Page 18,M9->Reserve for FSC suggestion.
Page 23,M10->Add USB signal for mini_card. Page 19,M10->Reserve 0.1uf for EMI suggestion.
Page 24,M11->Change USB port power source. Page 20,M11->Reserve for EC control fan speed.
Page 24,M12->Reserve common choke for EMI test. Page 21,M12->Add EC control fan speed pin.
Page 24,M13->Change TV signal for right design. Page 21,M13->Add EC control blue tooh on/off pin
Page 24,M14->Change HDD LED circuit for flash function. Page 21,M14->Add EC control NB temperature pin.
Page 24,M15->Add cap. and resister for EMI solution. Page 21,M15->Add cap. for without gas gague circuit.
Page 25,M16->Change CRT signal bead for signal quality. Page 21,M16->Change cap.(C466/C467) for crystal working time.
Page 27,M17->Addjust CPU PWR load line. Page 22,M17->Reserve C540 for EC pin ESD protecting.
Page 27,M18->Addjust CPU PWR OCP point. Page 23,M18->Add Blue tooh circuit for L51 module.
Page 28,M19->Change PC15 to 6800pf for vset2 ccuracy. Page 23,M19->Add 3G power on circuit.
Page 28,M20->Change cap. from 0.1uf to 0.22uf for LX accuracy. Page 23,M20->Del colayout resister for SMT suggestion.
Page 28,M21->Disable skip mode. Page 24,M21->Add 3G LED control circuit.
Page 28,M22->Add PC151 and change PC91 to solve PWR ripple over spec. issue. Page 24,M22->Change cap. to 1uf to improve audio board power.
C C
Page 29,M23->Change PR87 to 1K ohm for skip mode function. Page 24,M23->Del colayout resister for SMT suggestion.
Page 30,M24->Add PQ70 for +2.5VS and +2.5V switch. Page 25,M24->Change bead to 60 ohm for EMI and signal quality.
Page 31,M25->Change PF1 type to 1A/32V. Page 25,M25->Add 0 ohm for projector quality.
Page 31,M26->Add cap. for OP input power. Page 25,M26->Reserve for PR8800 using.
Page 31,M27->Change PR46 to 20K ohm for bat temp. Page 26,M27->Change resister and cap.value to slove +3VA/+5VA induce noise issue.
Page 31,M28->Add Res. for EMI solution. Page 27,M28->Del jump for SMT suggestion.
Page 32,M29->Disable AC IN / OUT function. Page 27,M29->Add 4.7uf to improve vin power.
Page 32,M30->Add cap. for OP input power. Page 27,M30->Change resister and cap. value to slove induce noise issue.
Page 15,M31->Add cap. for EMI solution. Page 28,M31->Change PC18 to 0.01uf for OCP action point.
Page 29,M32->Add +2.0V LDO for 1394 core power.
Page 30,M33->Add delay time circuit for +2.5V.
Page 31,M34->Reserve 0.1uf for EMI test.
Page 31,M35->Change PR147 to bead for EMI suggestion.
Page 32,M36->Add discharge circuit for +2.5V power off.
B B
A A
Name of Part
Every Ver. Histor
Project Rev
L50II0
C
Sheet
/
Date: Wednesday, April 26, 2006 33 33
UNIWILL COMPUTER CORP.
3255
5 4 3 2 1


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