Clevo M860TU manual Sheet 2 Penryn 1/2

Schematic Diagrams

Penryn 1/2

4	H _ A # [3 5:3 ]	H _ A # 3
		H _ A # 4
		H _ A # 5
		H _ A # 6
		H _ A # 7
		H _ A # 8
		H _ A # 9
		H _ A # 1 0
		H _ A # 1 1
		H _ A # 1 2
		H _ A # 1 3
		H _ A # 1 4
		H _ A # 1 5
		H _ A # 1 6
4	H _ A D S T B # 0
4	H _R E Q# [ 4 : 0 ]	H _ RE Q# 0
		H _ RE Q# 1
		H _ R E Q# 2
		H _ RE Q# 3
4	H _ A # [ 3 5: 3 ]	H _ RE Q# 4
		H _ A # 1 7
		H _ A # 1 8
		H _ A # 1 9
		H _ A # 2 0
		H _ A # 2 1
		H _ A # 2 2
		H _ A # 2 3
		H _ A # 2 4
		H _ A # 2 5
		H _ A # 2 6
		H _ A # 2 7
		H _ A # 2 8
		H _ A # 2 9
		H _ A # 3 0
		H _ A # 3 1
		H _ A # 3 2
		H _ A # 3 3
		H _ A # 3 4
		H _ A # 3 5
4	H _ A D S T B # 1
13	H _ A 2 0M #

13H _ F E R R #

13H _ IG NNE #

13 H _ S T P CL K #

13H _ I N T R

13H _N MI

	13	H _ S MI #
			H _ B P M _2	# 1
			H _ B P M _2	# 0
3	H _ TH E R M D A 2
3	H _ TH E R M D C 2		H _ B P M _2 # 2
	C P U _ GT L RE F 2		Z 0 20 6
3		TD O_ M
3		TD I _ M

J 4	U 2 2 A
	A [3 ]#					A D S #
L 5
	A [8 ]# 0GROUPDDRA
L 4						D RDY #
	A [4 ]#					B NR #
	A [5 ]#					B P R I#
K 5
M 3	A [6 ]#
N 2	A [7 ]#				DE F E R #
J 1	A [9 ]#					DB S Y #
N 3
	A [1 0]#
P 5
P 2	A [1 1]#						B R0 #
	A [1 2]#			CONTROL
L 2
P 4	A [1 3]#					IE RR #
	A [1 4]#						INIT #
P 1
	A [1 5]#
R 1
M 1	A [1 6]#					L OC K #
	A DS T B [0 ]#
K 3						RE S E T #
	RE Q [0]#					RS [0 ]#
H 2
	RE Q [1]#					RS [1 ]#
K 2
	RE Q [2]#					RS [2 ]#
J 3
L 1	RE Q [3]#					T RDY #
	RE Q [4]#
Y 2							HIT #
	A [1 7]#
U 5						H	ITM #
	A [1 8]#
R 3		ADDR GROUP 1
W 6	A [1 9]#					B P M[0 ]#
	A [2 0]#					B P M[1 ]#
U 4
W 5	A [2 7]#			SIGNALS			T DO
Y 5	A [2 1]#					B P M[2 ]#
U 1	A [2 2]#					B P M[3 ]#
R 4	A [2 3]#					P RDY #
T 5	A [2 4]#					P RE Q #
	A [2 5]#						T C K
T 3
W 2	A [2 6]#						T D I
	A [2 8]#						T M S
Y 4				XDP/ITP
	A [2 9]#					T RS T #
W 3
U 2
	A [3 0]#					DB R #
V 4
	A [3 1]#
A A 4	A [3 2]#			THERMAL
	A [3 3]#
A B 2
A A 3	A [3 4]#
	A [3 5]#			P R OCH OT #
V 1
	A DS T B [1 ]#			T HE R MD A
A 6	A 20 M #			TH E RM DC
			ICHTH E RM TR IP #
A 5
C 4	F E RR #
	IGN NE #
D 5	S TP CL K #
C 6				H CLK
	LIN T 0
B 4
	LIN T 1					B CL K [0 ]
A 3
M 4	S MI#					B CL K [1 ]
	RS V D [01 ]/B P M _2 # [1 ]
N 5
	RS V D [02 ]/B P M _2 # [0 ]
T 2
	RS V D [03 ]/T HR MD A _2
V 3
B 2	RS V D [04 ] /T HR MD C _ 2
	RS V D [05 ]B P M _2 # [2 ]
D 2
	RS V D [06 ]
D2 2
	RS V D [07 ]
D 3
F 6	RS V D [08 ]/T DO _M
	RS V D [09 ]/T DI _ M
	RESERVED
	S OC K E T G 4 7 9P

H1

E 2 G5

H5

F 2 1

E 1

F 1

D2 0

B 3 H4

C1

F3 F 4 G3 G2

G6

E 4

A D4 A D3

A D1

A C4 A C2 A C1

A C5 A A 6 A B 3

A B 5

A B 6

C2 0

D2 1

A 2 4

B 2 5

C7

A 2 2

A 2 1

	H _ A DS #	4
	H _ B N R #	4
	H _ B P R I #	4
	H _ DE F E R #		4
	H _ DR DY #	4
	H _ DB S Y #	4
	H _ B R0 #	4
H _ IE R R#
	H _ INIT #	1 3
	H _ L OCK #	4
	H _ CP U RS T #		4
	H _ RS # 0	4
	H _ R S # 1	4
	H _ RS # 2	4
	H _ T R D Y #	4
	H _ HIT #	4
	H _ H I T M#	4
H _ B P M 0#
H _ B P M 1#
H _ B P M 2#
H _ B P M 3#
H _ P R D Y #
H _ P R E Q#
H _ T CK
H _ T D I
H _ T D O
H _ T MS
H _ T R S T #
IT P _ DB RS T#
H _ P R OCH OT #
H _ T HE R MD A 1
H _ T H E R MD C 1

P M_ T HRM T RIP #	5 ,13
CL K _ CP U _ B C LK	18

C L K _ C P U _ B C LK # 1 8

10m ils

							U2 2 B
4	H _ D# [63 :0 ]		H _ D # 0		E 2 2
			H _ D# 1		F 2 4		D[0 ]#			D[3	2 ]#
			H _ D# 2		E 2 6		D[1 ]#		GRP0DATADATAGRP2	D[3	3 ]#
							D[2 ]#			D[3	4 ]#
			H _ D# 3		G2 2
			H _ D# 4		F 2 3		D[3 ]#			D[3	5 ]#
			H _ D# 5		G2 5		D[4 ]#			D[3	6 ]#
			H _ D# 6		E 2 5		D[5 ]#			D[3	7 ]#
			H _ D # 7		E 2 3		D[6 ]#			D[3	8 ]#
							D[7 ]#			D[3	9 ]#
			H _ D # 8		K 2 4
							D[8 ]#			D[4	0 ]#
			H _ D# 9		G2 4
			H _ D# 1 0		J 2 4		D[9 ]#			D[4	1 ]#
			H _ D# 1 1		J 2 3		D[1 0]#			D[4	2 ]#
			H _ D# 1 2		H2	2	D[1 1]#			D[4	3 ]#
			H _ D # 1 3		F 2 6		D[1 2]#			D[4	4 ]#
							D[1 3]#			D[4	5 ]#
			H _ D# 1 4		K 2 2
			H _ D # 1 5		H2	3	D[1 4]#			D[4	6 ]#
					J 2 6		D[1 5]#			D[4	7 ]#
4	H _D S T B N# 0				H2	6	DS T B N[0 ]#		D S TB N [2 ]#
4	H _ D S TB P #0						DS T B P [0 ]#		D S T B P [2 ]#
					H2	5
4	H _D INV # 0						DINV [ 0]#			DIN V [2 ]#
4	H _ D# [63 :0 ]		H _ D # 1 6		N2	2
			H _ D# 1 7		K 2 5		D[1 6]#			D[4	8 ]#
			H _ D# 1 8		P 2 6		D[1 7]#			D[4	9 ]#
			H _ D # 1 9		R2	3	D[1 8]#			D[5	0 ]#
			H _ D# 2 0		L 2 3		D[1 9]#			D[5	1 ]#
							D[2 0]#			D[5	2 ]#
			H _ D# 2 1		M2 4
			H _ D # 2 2		L 2 2		D[2 1]#		3	D[5	3 ]#
							D[2 2]#			D[5	4 ]#
			H _ D# 2 3		M2 3				DATA
			H _ D# 2 4		P 2 5		D[2 3]#		GRP	D[5	5 ]#
							D[2 4]#			D[5	6 ]#
			H _ D# 2 5		P 2 3
			H _ D # 2 6		P 2 2		D[2 5]#		GRP1	D[5	7 ]#
			H _ D# 2 7		T 2 4		D[2 6]#			D[5	8 ]#
									DATA
			H _ D # 2 8		R2 4		D[2 7]#			D[5	9 ]#
			H _ D # 2 9		L 2 5		D[2 8]#			D[6	0 ]#
			H _ D# 3 0		T 2 5		D[2 9]#			D[6	1 ]#
			H _ D# 3 1		N2 5		D[3 0]#			D[6	2 ]#
							D[3 1]#			D[6	3 ]#
					L 2 6
4	H _D S T B N # 1						DS T B N[1 ]#		D S TB N [3 ]#
4	H _ D S TB P #1				M2 6		DS T B P [1 ]#		D S T B P [3 ]#
					N2 4
4	H _D INV # 1						DINV [ 1]#			DIN V [3 ]#
				A	D2 6		GT LR E F			C OMP [0]
	R 3 7 6	*1 K _ 0 4	CP U _T E S T 1		C2 3			MI SC
							TE S T 1			C OMP [1]
	R 3 7 5	*1 K _ 0 4	C P U _T E S T 2		D2 5
			Z 0 2 10		C2 4		TE S T 2			C OMP [2]
	C4 6 8	* 0. 1 u _ X7 R _ 0 4	C P U _T E S T 4 A F 2 6				TE S T 3			C OMP [3]
			Z 0 2 11		A F 1		TE S T 4			DP R S T P #
			Z 0 2 12		A 2 6		TE S T 5
							TE S T 6			D P S L P #
			Z 0 2 13		C 3
							TE S T 7			DP W R #
1 8	C P U _ B S E L 0				B 2 2
							B S E L[ 0]		P W R GO OD
1 8	C P U _ B S E L 1				B 2 3
					C2 1		B S E L[ 1]			S L P #
1 8	C P U _ B S E L 2						B S E L[ 2]			P S I#
Layout		note:					S OC K E T G 4 79 P
Zo=55 ohm, 0.5"max
for	GTLREF
C P U _ GT L RE F 1		R3 7 9	1 K _ 1 %_ 0 4	1 . 0 5V S
		R 3 8 0
		2K _1 % _0 4

Y 2 2		H _ D # 3 2	H _ D# [6 3 :0]		4
A B 24		H _ D# 3 3
V 24		H _ D# 3 4
V 26		H _ D# 3 5
V 23		H _ D# 3 6
T 2 2		H _ D # 3 7
U 2 5		H _ D# 3 8
U 2 3		H _ D # 3 9
Y 2 5		H _ D# 4 0
W	22	H _ D# 4 1
Y 2 3		H _ D# 4 2
W	24	H _ D# 4 3
W	25	H _ D # 4 4
A A 23		H _ D# 4 5
A A 24		H _ D # 4 6
A B 25		H _ D# 4 7
Y	2 6		H _ DS TB N #2			4
A	A 26
			H _ D S TB P # 2			4
U 2 2
			H _ DI NV # 2		4
A E 24		H _ D# 4 8	H _ D # [ 6 3 : 0]		4
A D2 4		H _ D # 4 9
A A 21		H _ D# 5 0
A B 22		H _ D# 5 1
A B 21		H _ D # 5 2
A C2 6		H _ D# 5 3
A D2 0		H _ D# 5 4
A E 22		H _ D# 5 5
A	F 23	H _ D # 5 6
A C2 5		H _ D# 5 7
A E 21		H _ D# 5 8
A D2 1		H _ D # 5 9
A C2 2		H _ D# 6 0
A D2 3		H _ D # 6 1
A F 22		H _ D# 6 2
A C2 3		H _ D# 6 3
A	E 25		H _ DS TB N #3			4
A F 24
			H _ DS TB P # 3 4
A C2 0
			H _ DI NV # 3		4
R 2 6		C O MP 0
U 2 6		CO MP 1
A A 1		CO MP 2
Y 1		C O MP 3
E 5			H _ DP RS T P #			5,1 3 ,3 5
B 5
			H _ DP S LP #		1 3
D 2 4
			H _ DP W R#		4
D 6
			H _ P W R GD		13
D 7
A E 6			H _ CP US L P #			4
			P S I#	3 5

Layout note:

COMP0, COMP2: 0.5" Max, Zo=27.4 Ohms

COMP1, COMP3: 0.5" Max, Zo=55 Ohms

Best estimate is 18 mils wide trace for outer layers and 14 mils wide trace if on internal

Sheet 2 of 42

Penryn 1/2

B.Schematic Diagrams

1 . 0 5V S
	R 35 8	5 6 _ 04		H _ I E R R #
	R 52		5 4 . 9 _1 % _ 04 H _ P R E Q#
	R 36 9		5 6 _ 04	H _ P R OC H OT #

If P ROC HO T#	is	n ot ur ed, th en it	m ust b e
te rm ina te d	wit h	56- Oh m p ul l- up	to VC CP .

V D D3	layers.
R 3 9 2	C OMP 0
	C OMP 1

R 32 6	5 4 . 9 _1 % _ 04		H _ T MS
R 32 9		5 4 . 9 _1 % _ 04	H _ T DI
R 32 7	5 4 . 9 _1 % _ 04		H _ T CK
R 64 1		5 4 . 9 _1 % _ 04	H _ T RS T #

D V T

3 . 3 V S

R 35 7 1 K _ 0 4 IT P _ DB RS T#

Layout Note:		PV T
	3 . 3 V
Within 2.0"		R 3 73
of the CPU

					V _ T H R M
*1 0m i l _s h or t
		R3 55		C4 6 3
		10 0 K _ 04		1 0u _ 10 V _ 0 8				Near toCPU
						1		U 2 4
	H _T H E RMD A 1						2	V D D	TH E R M
			C 47 8					D +	A L E R T
			1 0 0 0p _ 50 V _ 0 4 3					D -	S D A T A
	H _T H E R MD C 1						5
								GN D	S C L K
								A S C 7 5 2 5

*1 0 K _ 1% _ 0 4

C OMP 2

C OMP 3

1

CP U _T H E RM

22

R 5 6

R5 7

R3 8 2

R 3 81

V _T HR M

RT 2

* NT C _ 1 0 0K _ 0 6

DVT

2

54 . 9 _1 % _ 04

2 7. 4 _ 1 %_ 0 4

5 4 . 9 _1 % _0 4

2 7 . 4_ 1 %_ 0 4

R 3 88

*1 0 K _0 4

4

R

38 9

*1 0m i l _s h ort

R 39 0

* 0 _0 4

6 H _ A LE R T 1

P M_ T H R M # 3, 1 5 , 2 2

3

V _ T HR M

R

39 1

* 1 0K _ 0 4

3

CP U _ GT LR E F 2

V D D 3

3 , 4, 5 , 9 , 1 3, 1 6 , 1 8, 3 3 1 . 05 V S

7

S MD _T HE R M1

3 ,2 2

8

S MC

_T HE R M1

3 ,2 2

14 ,1 5, 16 ,1 9,2 1 ,2 7,2 8 ,2 9,3 0 ,3 1,3 2 ,3 4,3 6 ,3 7,3 8 3 . 3V

R

38 3

4 . 7 K _ 04

3 , 5 , 9 , 12 , 1 3 , 14 , 1 5 , 16 , 1 9 , 20 , 2 1, 22 , 2 3, 2 4 , 2 5, 2 6 , 2 8, 3 0 , 3 2, 3 3 , 3 5, 3 6 , 3 7, 3 8 3 . 3V S

V D D3

1 3 , 1 9, 2 2 , 2 4, 2 9 , 3 2, 3 3 , 3 4, 3 7 V D D 3

R

38 7

4 . 7 K _ 04

Layout Note:	Layout Note:
Route H_THERMDA and	Near to Thermal IC

H_THERMDC on same layer.

10 mil trace on 10 mil spacing.

						P V T
? ? ? VGA? ? thermal IC ? ? ? ?
	A DM	103	1	SM bu s =	9 8h
	G7	81-	1	SM bu s =	4 Dh

Penryn 1/2 B - 3