Ibexpeak - M 5/9 - EUROCOM M770CU Service Manual

IBEXPEAK - M 5/9

Boot BIOS Strap
P CI _G NT #0 PC I_ GN T# 1 B oo t BI OS L oc at io n
0 0 LP C
0 1 Re se rv ed (N AN D)
1 0 PC I
1 1 SP I
R 3 1 1 *1 K _ 0 4 P C I _ G N T # 0
P C I _ G N T # 1
R 2 9 9 *1 K _ 0 4
Understa nd the RED FO NT def ine
P C I _ GN T# 3
R 31 0 * 1 K _0 4
3 . 3 V S
4 5 I N T_ P I R QE #
R N 3 7 3 6 P C I _ I R D Y #
I N T _ P I R Q D #
8 P 4 R X 8 . 2K _0 4 2 7
1 8 P C I _ F R A ME #
P C I _ P E R R #
4 5
R N 9 3 6 P C I _L O C K #
1 2, 4 6
P C I _ D E V S E L#
8 P 4 R X 8 . 2K _0 4 2 7
1 8 P C I _ S E R R #
4 5 P C I _R E Q #1
R N 4 1 3 6 P C I _ T R D Y #
8 P 4 R X 8 . 2K _0 4 2 7 I N T _ P I R Q H # B ACKL IGHT CONT ROL FROM IGPU /DGPU
1 8 P C I _R E Q #0
I N T _ P I R Q G#
4 5
R N 3 6 3 6 I N T _ P I R Q C #
I N T_ P I R QA #
8 P 4 R X 8 . 2K _0 4 2 7
1 8 P C I _ S T OP #
4 5 I N T_ P I R QB #
R N 4 2 3 6 I N T_ P I R QF #
8 P 4 R X 8 . 2K _0 4 2 7 P C I _R E Q #3
1 8
R 5 2 4 10 K _ 0 4 D GP U _ S E L E C T #
PIN PLT_R ST# t o Buf fer
2 1 C L K _ P C I _ F B
3 6 P C LK _ K B C
3 0 P C LK _ T P M
3. 3 V S
C 3 7 1 . 1U _ 16 V _ 0 4
U 2 1
P L T _ R S T # 1 MC 74 V H C 1 G 08 D F T1 G
4
2
IBEXPEAK - M (PCI,USB,NVRAM)
U 30 E
H 4 0 A Y 9 N V _C E [ 0 ] #
A D 0 N V _C E # 0
N V _C E [ 1 ] #
N 3 4 B D 1
A D 1 N V _C E # 1
C 4 4 A P 1 5 N V _C E [ 2 ] #
A D 2 N V _C E # 2
N V _C E [ 3 ] #
A 3 8 B D 8
A D 3 N V _C E # 3
C 3 6
A D 4
J 3 4 A V 9 N V _D QS [ 0 ]
A D 5 N V _ D Q S 0
A 4 0 B G 8 N V _D QS [ 1 ]
A D 6 N V _ D Q S 1
D 4 5
A D 7
E 3 6 A P 7 N V _D Q[ 0 ]
A D 8 N V _ D Q 0 / N V _I O 0
H 4 8 A P 6 N V _D Q[ 1 ]
A D 9 N V _ D Q 1 / N V _I O 1
N V _D Q[ 2 ]
E 4 0 A T 6
A D 10 N V _ D Q 2 / N V _I O 2
C 4 0 A T 9 N V _D Q[ 3 ]
A D 11 N V _ D Q 3 / N V _I O 3
N V _D Q[ 4 ]
M4 8 B B 1
M4 5 A D 12 N V _ D Q 4 / N V _I O 4 A V 6 N V _D Q[ 5 ]
A D 13 N V _ D Q 5 / N V _I O 5
N V _D Q[ 6 ]
F 5 3 B B 3
A D 14 N V _ D Q 6 / N V _I O 6
M4 0 B A 4 N V _D Q[ 7 ]
M4 3 A D 15 N V _ D Q 7 / N V _I O 7 B E 4 N V _D Q[ 8 ]
A D 16 N V _ D Q 8 / N V _I O 8
J 3 6 B B 6 N V _D Q[ 9 ]
A D 17 N V _ D Q 9 / N V _I O 9
K 4 8 B D 6 N V _D Q[ 1 0 ]
A D 18 N V _D Q1 0 / N V _ I O1 0
N V _D Q[ 1 1 ] Int el r ecomm ends rout ing from the
F 4 0 B B 7
A D 19 N V _D Q1 1 / N V _ I O1 1 pad of the N V_RC OMP p in u sing that
C 4 2 B C 8 N V _D Q[ 1 2 ]
A D 20 N V _D Q1 2 / N V _ I O1 2 N V _D Q[ 1 3 ] mic rost rip
K 4 6 B J 8
lay er t o one end of a 32. 4 O ? %
A D 21 N V _D Q1 3 / N V _ I O1 3
M5 1 B J 6 N V _D Q[ 1 4 ]
A D 22 N V _D Q1 4 / N V _ I O1 4 pre cisi on re sist or to gro und. Rout e
J 5 2 B G 6 N V _D Q[ 1 5 ] sig nal using 50- O
K 5 1 A D 23 N V _D Q1 5 / N V _ I O1 5 sin gle- ended imp edanc e an d 500 mil s
A D 24 (12 .7 m m) ma x tr ace l engt h. Av oid
L 3 4 B D 3 N V _A L E
A D 25 N V _ A L E rou ting next
N V _C L E
F 4 2 A Y 6 to cloc k pin s or unde r st itchi ng
A D 26 N V _ C L E cap acit ors
J 4 0
A D 27
G4 6
A D 28
F 4 4 A U 2 N V _R C O MP
A D 29 N V _ R C OM P
M4 7
A D 30
H 3 6 A V 7 N V _R _ B #
A D 31 N V _ R B #
J 5 0 A Y 8 N V _R E # _W R # 0
C / B E 0 # N V _ W R # 0_ R E #
G4 2 A Y 5 N V _R E # _W R # 1
C / B E 1 # N V _ W R # 1_ R E #
H 4 7
C / B E 2 #
G3 4 A V 1 1 N V _W E #_ C K 0
C / B E 3 # N V _W E #_ C K 0 N V _W E #_ C K 1
B F 5
N V _W E #_ C K 1
I N T _ P I R Q A # G3 8
P I R QA #
I N T _ P I R Q B #
H 5 1
I N T _ P I R Q C # B 3 7 P I R QB # H 1 8
P I R QC # U S B P 0 N
I N T _ P I R Q D # A 4 4 J 18
P I R QD # U S B P 0 P
A 1 8
P C I _ R E Q# 0 F 5 1 U S B P 1 N C 1 8
R E Q0 # U S B P 1 P
P C I _ R E Q# 1
A 4 6 N 2 0
R E Q1 # / GP I O 5 0 U S B P 2 N
D G P U _ S E L E C T # B 4 5 P 2 0
D GP U _S E LE C T # R E Q2 # / GP I O 5 2 U S B P 2 P
P C I _ R E Q# 3
M5 3 J 20
R E Q3 # / GP I O 5 4 U S B P 3 N
L 20
U S B P 3 P
P C I _ G N T # 0 F 4 8 F 2 0
GN T 0# U S B P 4 N
P C I _ G N T # 1 K 4 5 G2 0
GN T 1# / G P I O 51 U S B P 4 P
D G P U _ P W M _ S E L E C T # F 3 6 A 2 0
GN T 2# / G P I O 53 U S B P 5 N
P C I _ G N T # 3 H 5 3 C 2 0
GN T 3# / G P I O 55 U S B P 5 P
M2 2
U S B P 6 N
I N T _ P I R Q E #
B 4 1 N 2 2
P I R QE # / G P I O2 U S B P 6 P
I N T _ P I R Q F # K 5 3 B 2 1 ? ? ?
P I R QF # / G P I O3 U S B P 7 N
I N T _ P I R Q G#
A 3 6 D 2 1
I N T _ P I R Q H # A 4 8 P I R QG # / GP I O 4 U S B P 7 P H 2 2
P I R QH # / GP I O 5 U S B P 8 N
J 22
U S B P 8 P
K 6 E 2 2
P C I R S T # U S B P 9 N F 2 2
U S B P 9 P
P C I _ S E R R #
E 4 4 A 2 2
S E R R # U S B P 10 N
P C I _ P E R R # E 5 0 C 2 2
P E R R # U S B P 1 0 P
G2 4
U S B P 11 N
H 2 4
P C I _ I R D Y # U S B P 1 1 P
A 4 2 L 24
I R D Y # U S B P 12 N
H 4 4 M2 4
P A R U S B P 1 2 P
P C I _ D E V S E L # F 4 6 A 2 4
P C I _ F R A ME # D E V S E L # U S B P 13 N
C 4 6 C 2 4
F R A ME # U S B P 1 3 P
P C I _ L OC K #
D 4 9
P L OC K #
B 2 5 U S B _B I A S
U S B R B I A S #
P C I _ S T O P #
D 4 1
S T OP #
P C I _ T R D Y # C 4 8 D 2 5
T R D Y # U S B R B I A S
M 7
3 6 P ME # P M E #
N 1 6
O C 0 # / GP I O5 9
P L T_ R S T #
1 3 , 3 0 P L T_ R S T # D 5 J 16
P L T R S T # O C 1 # / GP I O4 0
F 1 6 U S B _O C # 4 5
O C 2 # / GP I O4 1
N 5 2 L 16 U S B _O C # 6 7
C L K O U T _ P C I 0 O C 3 # / GP I O4 2
R 5 2 9 2 2_ 0 4 C L K _ P C I _F B _R P 5 3 E 1 4 U S B _O C # 8 9
C L K O U T _ P C I 1 O C 4 # / GP I O4 3
C L K _ P C I _K B C _ R U S B _O C # 1 0 11
R 2 9 6 2 2_ 0 4 P 4 6 G1 6
C L K O U T _ P C I 2 OC 5 # / GP I O 9
P 5 1 F 1 2 U S B _O C # 1 2 13
C L K O U T _ P C I 3 O C 6 # / GP I O1 0
R 3 0 2 2 2_ 0 4 C L K _ P C I _T P M _ R P 4 8 T 15
C L K O U T _ P C I 4 O C 7 # / GP I O1 4 G P I O 14
I b e x P ea k -M _R e v 0 _9
U S B _ OC # 6 7
U S B _ OC # 1 0 1 1
U S B _ OC # 4 5
U S B _ OC # 8 9
B U F _ P L T _R S T # 4, 29 , 3 2 , 3 6
R 2 41
1 0 0 K _ 04
2 , 10 , 1 1 , 1 2, 1 3 , 1 4 , 2 0, 2 1 , 2 2 , 23 , 2 5 , 2 6, 2 7 , 2 9 , 30 , 3 1 , 3 2, 33 , 3 5 , 3 6, 3 7 , 4 2 , 43 , 4 4 , 4 6
3 , 4 , 1 2 , 13 , 2 0 , 2 1, 2 2 , 2 5 , 27 , 2 9 , 3 0, 31 , 3 2 , 3 3, 3 4 , 3 7 , 39 , 4 0 , 4 1
DMI Termination Voltage
Se t to Vs s wh en L OW
NV_CLE
Se t to Vc c wh en H IG H
N V _ C LE R 26 5 * 1K _ 0 4
V _ N V R A M _V C C Q
N V_ALE
Da nb ur y T ec hn ol og y
Di sa bl ed wh en L ow
En ab le d wh en H ig h
N V _ A L E R 26 0 * 1K _ 0 4
3 . 3 V S
+ C 5 86
* 10 0 U _6 . 3 V _ B 2 C O N 1
1 40
V C C _ 1 V C C _ 4
2 41
V C C _ 2 V C C _ 5
R 4 7 2 3 2. 4_ 1 % _0 4 3 42
V C C _ 3 V C C _ 6
N V _C E [ 2 ] # N V _ C E [ 2 ] #
4 43
C E _ 4 # C E _ 6 #
5 44
V S S _ 1 V S S _ 1 3
N V _D Q[ 0] 6 45 N V _ D Q[ 2]
D Q 0 D Q 2
N V _D Q[ 1] 7 46 N V _ D Q[ 3]
D Q 1 D Q 3
8 47
V S S _ 2 V S S _ 1 4
T P _ N V _ D QS _ 0 # 9 48 T P _ N V _ C K _ 0#
D Q S _ 0# C K _ 0 #
N V _D QS [ 0] 1 0 49 N V _ W E # _C K 0
D Q S _ 0 C K _ 0 / W E _ 0 #
1 1 50
V S S _ 3 V S S _ 1 5
N V _D Q[ 4] 1 2 51 N V _ D Q[ 6]
D Q 4 D Q 6
N V _D Q[ 5] N V _ D Q[ 7]
1 3 52
1 4 D Q 5 D Q 7 53
U S B _ P N 0 3 1
USB PORT0 V S S _ 4 V S S _ 1 6
T P _ N V _ R F U _ 1 1 5 54 N V _ R _ B #
U S B _ P P 0 3 1 R F U _ 1 R / B #
T P _ N V _ R F U _ 2 T P _ N V _ W P 0#
1 6 55
U S B _ P N 1 3 1 US B PORT 1
1 7 R F U _ 2 W P # 56
U S B _ P P 1 3 1 V S S _ 5 V S S _ 1 7
N V _C L E N V _ C L E
1 8 57
U S B _ P N 2 2 9 C L E _ 0 C L E _ 1
WLAN N V _A LE 1 9 58 N V _ A LE
U S B _ P P 2 2 9 A L E _ 0 A L E _ 1
U S B _ P N 3 2 9 2 0 59
NEW CA RD V S S _ 6 V S S _ 1 8
N V _R E # _ W R # 0 2 1 60 N V _ R E # _ W R # 1
U S B _ P P 3 2 9 W / R _ 0 # / R E _ 0 # W / R _ 1/ R E _ 1 #
N V _C E [ 1 ] # 2 2 61 N V _ C E [ 1 ] #
U S B _ P N 4 3 1 FING ER
C E _ 1 # C E _ 3 #
2 3 62
U S B _ P P 4 3 1
V S S _ 7 V S S _ 1 9
N V _C E [ 0 ] # 2 4 63 T P _ N V _ R F U _ 3
U S B _ P N 5 3 1
CCD C E _ 0 # R F U _ 3
2 5 64 T P _ N V _ R F U _ 4
U S B _ P P 5 3 1
C E _ 2 # R F U _ 4
2 6 65
V S S _ 8 V S S _ 2 0
KE Y
U S B _ P N 8 3 1 USB PO RT2
U S B _ P P 8 3 1 2 7 66
V S S _ 9 V S S _ 2 1
N V _D Q[ 8] 2 8 67 N V _ D Q[ 10 ]
U S B _ P N 9 3 0
3G N V _D Q[ 9] 2 9 D Q 8 D Q 1 0 68 N V _ D Q[ 11 ]
U S B _ P P 9 3 0
D Q 9 D Q 1 1
3 0 69
V S S _ 1 0 V S S _ 2 2
T P _ N V _ D QS _ 1 # 3 1 70 T P _ N V _ C K _ 1#
D Q S _ 1# C K _ 1 #
N V _D QS [ 1] 3 2 71 N V _ W E # _C K 1
U S B _ P N 1 1 3 3
BT D Q S _ 1 C K _ 1 / W E _ 1 #
3 3 72
U S B _ P P 1 1 33 N V _D Q[ 12 ] V S S _ 1 1 V S S _ 2 3 N V _ D Q[ 14 ]
3 4 73
D Q _1 2 D Q 1 4
N V _D Q[ 13 ] 3 5 74 N V _ D Q[ 15 ]
D Q _1 3 D Q 1 5
3 6 75
N V _C E [ 3 ] # V S S _ 1 2 V S S _ 2 4 N V _ C E [ 3 ] #
3 7 76
C E _ 5 # C E _ 7 #
3 8 77 T P _ N V _ V R E F
V C C Q_ 1 V R E F
3 9 78
V C C Q_ 2 V C C Q _ 3
R 5 1 2 2 0_ 1 % _ 04
5 0 7 71 -0 7 8 0M - 0 02
U S B _ OC # 01 3 1
U S B _ OC # 23 2 9 3. 3 V
3 . 3 V S 1 . 8 V S V _ N V R A M _ V C C Q
R 2 83 0_ 0 8
R 2 6 2 1 0K _0 4 R 2 84 *0 _ 08 C 4 02
R 2 5 2 1 0K _0 4
R 2 5 8 *0 _ 0 4 *2 2 U _ 6 . 3 V _0 8
A C _P R E S E N T 2 2, 3 6
W / BR AI DW OO D?
3. 3V
C 58 6 , C4 02 , R2 83 , C ON 1? ?
5 4
6 3 R N 7
7 2 8P 4 R X 10 K _ 0 4
8 1
7 , 26 , 3 7 , 3 9 1. 8 V S
3. 3 V S
3. 3 V
2 6 V _ N V R A M_ V C C Q
Schematic Diagrams
Sheet 24 of 55
IBEXPEAK - M 5/9
IBEXPEAK - M 5/9 B - 25