Clevo M760TU, M740TU manual Sheet 7 of 51 Cantiga 3/7

Schematic Diagrams

CANTIGA 3/7

B.Schematic Diagrams

Sheet 7 of 51 CANTIGA 3/7

	DM I X 2 sel ec t					Lo w= DM I		x 2
	H igh =D MI		x	4 ( de fa ult )					R 7 7		*2 . 2 1K _ 1 % _0 4
							MC H _ C F G _ 5
	iT PM	HO ST	IN TER FA CE
	Lo w=	en abl e			(d ef au lt)
	Hi gh= di sab le								R 7 5		2. 2 1 K _ 1% _ 0 4
							MC H _ C F G _ 6
	ME TL S
	Co nfi de nti al ity
							MC H _ C F G _ 7		R 1 00		*2 . 2 1K _ 1 % _0 4
	PC I e xp res s			gra ph ic s l an e
	re ver se op ti on					fo r lay ou t
	co nve ni enc e						MC H _ C F G _ 9		R 7 3		*2 . 2 1K _ 1 % _0 4
	MC H_C FG _10
	PC IE	Lo opb ac k e na bl e
							MC H _ C F G _ 10		R 7 9		*2 . 2 1K _ 1 % _0 4
	MC H_C FG _12
	MC H_C FG _13						MC H _ C F G _ 12		R 9 3		*2 . 2 1K _ 1 % _0 4
	cl ock	u n-g at ing					MC H _ C F G _ 13		R 1 06		*2 . 2 1K _ 1 % _0 4
	FS B D yn ami c			ODT			MC H _ C F G _ 16		R 8 4		*2 . 2 1K _ 1 % _0 4
3 . 3 V S
	R 1 19				*4 . 0 2K _ 1 % _0 6				DM I la ne	re ver sa l
								M C H _C F G_ 1 9
									SD VO /D P/i HD MI
	R 1 13				*4 . 0 2K _ 1 % _0 6				Co nc ur ren t wit h PC Ie
								M C H _C F G_ 2 0

		M C H _R S V D 1	M3 6
		M C H _R S V D 2	N 3 6
		M C H _R S V D 3	R 3 3
		M C H _R S V D 4	T 3 3
		M C H _R S V D 5	A H 9
		M C H _R S V D 6	A H 1 0
		M C H _R S V D 7	A H 1 2
		M C H _R S V D 8	A H 1 3
		M C H _R S V D 9	K 1 2
		M C H _R S V D 1 0	A L 3 4
		M C H _R S V D 1 1	A K 3 4
		M C H _R S V D 1 2	A N 3 5
		M C H _R S V D 1 3	A M3 5
		M C H _R S V D 1 4	T 2 4
		M C H _R S V D 1 5	B 3 1
		M C H _R S V D 1 6	B 2
		M C H _R S V D 1 7	M 1
		M C H _R S V D 2 0 A Y 2 1
		M C H _R S V D 2 2 B G2 3
		M C H _R S V D 2 3	B F 2 3
		M C H _R S V D 2 4	B H 1 8
		M C H _R S V D 2 5	B F 1 8
2	MC H _ B S E L 0		T 2 5
			R 2 5
2 MC H _ B S E L 1
			P 2 5
2	MC H _ B S E L 2
		M C H _C F G_ 3	P 2 0
		M C H _C F G_ 4	P 2 4
		M C H _C F G_ 5	C 2 5
		M C H _C F G_ 6	N 2 4
		M C H _C F G_ 7	M2 4
		M C H _C F G_ 8	E 2 1
		M C H _C F G_ 9	C 2 3
		M C H _C F G_ 1 0	C 2 4
		M C H _C F G_ 1 1	N 2 1
		M C H _C F G_ 1 2	P 2 1
		M C H _C F G_ 1 3	T 2 1
		M C H _C F G_ 1 4	R 2 0
		M C H _C F G_ 1 5	M2 0
		M C H _C F G_ 1 6	L 2 1
		M C H _C F G_ 1 7	H 2 1
		M C H _C F G_ 1 8	P 2 9
		M C H _C F G_ 1 9	R 2 8
		M C H _C F G_ 2 0	T 2 8

U 2 3 B

R S V D 1 R S V D 2 R S V D 3

R S V D 4 R S V D 5

R S V D 6 R S V D 7

R S V D 8 R S V D 9

R S V D 1 0 R S V D 1 1 R S V D 1 2

R S V D 1 3 R S V D 1 4

R S V D 1 5

R S V D 1 6 R S V D 1 7

R S V D 2 0

R S V D 2 2

R S V D 2 3 R S V D 2 4 R S V D 2 5

C F G_ 0

C F G_ 1 C F G_ 2

C F G_ 3 C F G_ 4

C F G_ 5 C F G_ 6 C F G_ 7

C F G_ 8 C F G_ 9

C F G_ 1 0 C F G_ 1 1

C F G_ 1 2 C F G_ 1 3

C F G_ 1 4 C F G_ 1 5 C F G_ 1 6

C F G_ 1 7 C F G_ 1 8

C F G_ 1 9 C F G_ 2 0

R SV D

	S A _ C K _ 0
	S A _ C K _ 1
	S B _ C K _ 0
	S B _ C K _ 1
	S A _ C K #_ 0
	S A _ C K #_ 1
	S B _ C K #_ 0
	S B _ C K #_ 1
	S A _ C K E _ 0
	S A _ C K E _ 1
	S B _ C K E _ 0
	S B _ C K E _ 1
	S A _ C S #_ 0
	S A _ C S #_ 1
	S B _ C S #_ 0
	S B _ C S #_ 1
ON	S A _ OD T_ 0
	S A _ OD T_ 1
TI	S B _ OD T_ 0
	S B _ OD T_ 1
	S M_ R C OM P
SA
	S M _R C O MP #
EN	S M _R C O MP _ V OH
	S M_ R C OM P _ V OL
MP	S M_ V R E F
	S M_ P W R O K
L/CO	S M_ R E X T
	S M _ D R A M R S T #
	D P L L _R E F _ C L K
C ONCLTROK	D P L L _ R E F _ C L K #
	D P L L_ R E F _S S C L K
	D P L L _R E F _ S S C L K #
	P E G _ C L K
	P E G_ C L K #
K/	D MI _ R X N _ 0
	D MI _ R X N _ 1
	D MI _ R X N _ 2
CL	D MI _ R X N _ 3
	D MI _ R XP _ 0
R	D MI _ R XP _ 1
	D MI _ R XP _ 2
CFDDG DMI	D MI _ R XP _ 3
	D M I _ TX N _ 0
	D M I _ TX N _ 1
	D M I _ TX N _ 2
	D M I _ TX N _ 3
	D MI _ T XP _ 0
	D MI _ T XP _ 1
	D MI _ T XP _ 2
	D MI _ T XP _ 3

A P 2 4

M_ C L K _ D D R 0 1 2

1 . 8V

A T 21

M_ C L K _ D D R 1 1 2

Zdi ff=

A V 2 4

M_ C L K _ D D R 2 1 3

A U 2 0

S M _ R C O MP _ V OH

R 49 1

1 K _1 % _ 04

M_ C L K _ D D R 3

1 3

A R 2 4

M_ C L K _ D D R 0 # 12

70O ? 0%

A R 2 1

C 70 5

C 7 0 7

R 48 9

A U 2 4

M_ C L K _ D D R 1 # 12

A V 2 0

M_ C L K _ D D R 2 # 13

. 0 1 U _ 5 0V _ X 7 R _ 04

2. 2 U _6 . 3 V _ 06

3 . 0 1K _1 % _0 4

M_ C L K _ D D R 3 # 13

B C 2 8

M_ C K E 0 1 2

A Y 2 8

M_ C K E 1 1 2

S M _ R C O MP _ V OL

A Y 3 6

B B 3 6

M_ C K E 2

1 3

M_ C K E 3

1 3

Zo=

B A 1 7

M_ C S 0 # 1 2

C 70 3

C 7 0 6

R 49 0

A Y 1 6

M_ C S 1 #

1 2

. 0 1 U _ 5 0V _ X 7 R _ 04

2. 2 U _6 . 3 V _ 06

1 K _ 1 %_ 0 4

A V 1 6

M_ C S 2 #

1 3

55O ? 5%

A R 1 3

M_ C S 3 #

1 3

B D 1 7

M_ OD T 0 1 2

A Y 1 7

B F 1 5

M_ OD T 1

1 2

A Y 1 3

M_ OD T 2 1 3

1 . 8V

M_ OD T 3

1 3

R 48 3

* 20 _ 1 %_ 0 6

B G2 2

S M_ R C OM P

R 48 8

8 0 . 6_ 1 % _0 6

1 . 8V

B H 2 1

S M_ R C OM P #

R 48 5

* 20 _ 1 %_ 0 6

R 1 6 9

B F 2 8

S M_ R C OM P _V OH

R 48 2

8 0 . 6_ 1 % _0 6

B H 2 8

S M_ R C OM P _V OL

1 K _1 % _ 04

A V 4 2

M_ V R E F _M C H

A R 3 6

B F 1 7

S M_ R E X T

C 8 79

R 1 7 0

B C 3 6

D D R 3 _D R A M R S T #

B 3 8

C L K _ D R E F

R 4 8 1

. 0 1 U _ 5 0 V _X 7 R _ 0 4

1 K _1 % _ 04

C L K _ D R E F 2

A 3 8

C L K _ D R E F #

4 99 _ 1 %_ 0 4

E 4 1

C L K _ D R E F S S

C L K _ D R E F # 2

F 4 1

C L K _ D R E F S S #

C L K _ D R E F S S 2

C L K _ D R E F S S # 2

F 4 3

C L K _ P C I E _ 3 GP L L 2

E 4 3

C L K _ P C I E _ 3 GP L L # 2

C L K _ D R E F

R 4 7 9

*0 _ 04 _ + U

C L K _ D R E F #

R 4 7 8

*0 _ 04 _ + U

A E 4 1

D M I _T X N 0 2 3

C L K _ D R E F S S R 1 2 9

*0 _ 04 _ + U

A E 3 7

C L K _ D R E F

S S # R 1 3 3

*0 _ 04 _ + U

A E 4 7

D M I _T X N 1

2 3

D M I _T X N 2 2 3

A H 3 9

D M I _T X N 3

2 3

Zo=

55O? 5%

A E 4 0

D M I _T X P 0

23

A E 3 8

A E 4 8

D M I _T X P 1

23

?

?

?

?

DI SA BLE

: 0_0 4

TO

?

?

A H 4 0

D M I _T X P 2 23

D M I _T X P 3

23

A E 3 5

D M I _R X N 0

23

A E 4 3

D M I _R X N 1 23

A E 4 6

D M I _R X N 2

23

A H 4 2

D M I _R X N 3 23

A D 3 5

D M I _R X P 0

2 3

A E 4 4

D M I _R X P 1 2 3

A F 4 6

A H 4 3

D M I _R X P 2

2 3

D M I _R X P 3 2 3

	2 4 P M_ B MB U S Y #									R 2 9
3 , 22 , 4 1 H _ D P R S T P #										B 7
									P M _ E XT T S 0 #	N 3 3
This "Daisy Chain" CMOS topology	1 2 , 13	P M _E XT T S 1#							P M _ E XT T S 1 #	P 3 2
should be routed from ICH9M to Intel										A T 4 0
	2 4 , 41	D E LA Y _ P W R G D
MVP, then to (G)MCH and CPU (in this	1 5 , 23	P L T _R S T #	R 1 2 8			1 0 0_ 0 4			M C H _R S TI N #	A T 1 1
				R 9 6			*1	0m i l _s h or t	Z 0 7 0 1	T 2 0
order exactly). CPU must be end agent	3, 2 2	P M_ T H R MT R I P #		R 7	2		*1	0m i l _s h or t	M C H _D P R S L P V	R R 3 2
on the DPRSTP topology to avoid	2 4, 4 1	P M_ D P R S L P V R
signal integrity degradation.

D03-0221

P M_ S Y N C # P M_ D P R S TP #

P M_ E X T_ T S #_ 0

P M_ E X T_ T S #_ 1

P W R O K

R S T I N #

TH E R M TR I P # D P R S L P V R

PM

ID	GF X _ V I D _ 0
V	GF X _ V I D _ 1
	GF X _ V I D _ 2
HI CS	GF X _ V I D _ 3
	GF X _ V I D _ 4
	G F X_ V R _E N
AP

B 3 3	D F G T_ V I D _0 3 9		D03 -0 22 7
B 3 2
	D F G T_ V I D _1	3 9
G3 3
	D F G T_ V I D _2	3 9
F 3 3
	D F G T_ V I D _3	3 9	DEL
E 3 3
	D F G T_ V I D _4	3 9
C 3 4	D F G T_ V R _E N 3 9		D 03 -0 22 9
			1 . 05 V S

3 . 3 V S
	R 6 0 5		1 0 K _0 4	MC H _ C L K R E Q #
	R 1 3 1		1 0 K _0 4	P M_ E X T TS 0 #
	R 1 3 6		1 0 K _0 4	P M_ E X T TS 1 #
3 . 3V S			D03 -0 22 9
	R 1 0 9		2 . 2 K _0 4	H D MI _ C T R L C LK
	R 1 2 5		2 . 2 K _0 4 _ -U	H D MI _ C T R L D A TA
	D0 3- 03 03 -2			H ig h: SD VO/ iH DMI /D P ena bl e
	? ?	3. 3V S
	R 1 0 5		2 . 2 K _0 4 _ -U	D D P C _ C T R L D A TA
				Hi gh: i HD MI/ DP en ab le

MC H _N C _ 1 M C H _N C _ 2

M C H _N C _ 3

MC H _N C _ 4

M C H _N C _ 5 M C H _N C _ 6 M C H _N C _ 7

M C H _N C _ 8

MC H _N C _ 9

MC H _N C _ 1 0 M C H _N C _ 1 1

MC H _N C _ 1 2 M C H _N C _ 1 3

MC H _N C _ 1 4 M C H _N C _ 1 5 M C H _N C _ 1 6

M C H _N C _ 1 7

MC H _N C _ 1 8

MC H _N C _ 1 9 M C H _N C _ 2 0

MC H _N C _ 2 1 M C H _N C _ 2 2 M C H _N C _ 2 3

M C H _N C _ 2 4

MC H _N C _ 2 5 M C H _N C _ 2 6

BG4 8 B F 4 8

BD 4 8 B C 4 8

BH 4 7 B G4 7 B E 4 7

BH 4 6 B F 4 6

BG4 5 B H 4 4

BH 4 3 B H 6

B H 5 B G 4 B H 3

B F 3 B H 2

B G 2 B E 2

B G 1 B F 1 B D 1

B C 1 F 1 A 4 7

N C _ 1

N C _ 2

N C _ 3

N C _ 4

N C _ 5

N C _ 6

N C _ 7

N C _ 8

N C _ 9

N C _ 1 0

N C _ 1 1

N C _ 1 2

N C _ 1 3

N C _ 1 4

N C _ 1 5

N C _ 1 6

N C _ 1 7

N C _ 1 8

N C _ 1 9

N C _ 2 0

N C _ 2 1

N C _ 2 2

N C _ 2 3

N C _ 2 4

N C _ 2 5

N C _ 2 6

C A N TI G A

NC

GR	C L _ C L K
	C L _ D A T A
ME	C L _ P W R O K
	C L _ R S T #
	C L_ V R E F
	D D P C _C TR L C L K
	D D P C _C TR L D A T A
SC	S D V O _C TR L C L K
	S D V O _C TR L D A T A
	C L K R E Q#
MI	I C H _ S Y N C #
	T S A T N #
	H D A _ B C L K
	H D A _ R S T #
A	H D A _S D I
	H D A _ S D O
HD	H D A _ S Y N C

A H 3 7	C L _C L K 0 2 4
A H 3 6	C L _D A T A 0	2 4		R 14 3
A N 3 6	M P W R O K	1 4, 2 4 , 34		1 K _ 1% _ 0 4
A J 35
	C L_ R S T# 0	2 4	MC H _ C L _V R E F
A H 3 4

									Add 0.1uF capacitor on this
N 2 8	D D P C _ C T R L C LK						C 2 84	R 14 4	rail close to (G)MCH.
M2 8	D D P C _ C T R L D A TA						. 1U _ 10 V _ X7 R _0 4	5 1 1_ 1 %_ 0 4
G3 6	H D MI _ C T R L C L K		H D M I _C T R L C L K 4 3
E 3 6	H D MI _ C T R L D A TA
			H D M I _C T R L D A T A 4 3
K 3 6	MC H _ C L K R E Q #
H 3 6			M C H _C LK R E Q# 2
			M C H _I C H _ S Y N C # 2 4				1 . 0 5V S
B 1 2	MC H _ TS A TN #		R 44 6		5 4 . 9 _1 % _ 04				3 , 2 2, 3 4 , 3 5, 3 6 , 4 0 V D D 3
									2 , 3 , 4, 5 , 9 , 1 0, 2 2 , 2 5, 3 7 , 3 9 1 . 0 5 V S
						2, 3 , 6 , 1 0, 1 2 , 13 , 1 4 , 15 , 2 2 , 23 , 2 4 , 25 , 2 6 , 27 , 2 8 , 29 , 3 0 , 31 , 3 2, 33 , 3 4, 3 5 , 3 9, 4 1 , 4 3 3 . 3 V S
									9 , 1 0, 12 , 1 3, 1 4 , 1 6, 3 7 , 3 8 1 . 8 V
B 2 8					MC H _ H D A _ B C L K 2 2
B 3 0
					MC H _ H D A _ R S T # 22
B 2 9	Z 0 7 0 4 R 8 1	3 3 _ 04 _ -U
				MC H _ H D A _ S D I 2 2
C 2 9
A 2 8					MC H _ H D A _ S D O 22
					MC H _ H D A _ S Y N C 2 2

CHANGE TO 33_04

B - 8 CANTIGA 3/7