Sheet 5 Cantiga 2/6, PEG | Clevo M860TU specification

Schematic Diagrams

Cantiga 2/6, PEG

B.Schematic Diagrams

Sheet 5 of 42

Cantiga 2/6, PEG

DMI X2 se lect

MCH _CF G _5

Lo w= X 2

U 25 B

Hi gh =X 4(D ef au t)l

Z 0 50 1

M3 6

RS V D1

R 36 6

Z 0 50 2

N3 6

Z 0 50 3

R3 3

RS V D2

* 2. 2 1K _ 1 %_ 04

Z 0 50 4

T 3 3

RS V D3

Z 0 50 5

AH 9

RS V D4

Z 0 50 6

A H1 0

RS V D5

Z 0 50 7

A H1 2

RS V D6

Z 0 50 8

A H1 3

RS V D7

Z 0 50 9

K 1 2

RS V D8

PCIe Graphics Lane

RS V D9

L ow= Rev e rs e L an es

Hi gh = Norm a l

Z 0 51 0

T 2 4

Op era ti on (De fau l t)

RS V D1

MCH _CF G _9

Z 0 51 1

B 3 1

RS V D1

R 36 2

Z 0 51 2

M 1

RS V D1

Z 0 51 3

A Y 2 1

* 2. 2 1K _ 1 %_ 04

RS V D2

Z 0 51 4

B 2

RS V D2

Z 0 51 5

B G2 3

Z 0 51 6

B F 2 3

RS V D2 2

MCH _CF G _1 2

ALLZ

Z 0 51 7

B H1 8

RS V D2

Z 0 51 8

B F 1 8

RS V D2

R 12 2

L ow=

A LL Z

mo de

en a bl ed

RS V D2

Hi gh = Dis a bl e (D ef

au t)l

* 2. 2 1K _ 1 %_ 04

MC H _ CF G_ 13

XOR

R 12 9

L ow=

XOR

mo de

e na bl e d

Hi gh = Dis a bl e (D ef

au t)l

* 2. 2 1K _ 1 %_ 04

ME _ J_ TC K

AL 3 4

ME _ JT A G_ TC K

clo ck u n-ga ting

ME _ J_ TD I

A K 3 4

ME _ JT A G_ TD I

ME _ J_ TD O A N3 5

ME _ JT A G_ TD O

FSB Dynamic ODT

ME _ J_ TM S

A M3 5

ME _ JT A G_ TM S

L ow= di sa b el

Hi gh = en ab l e(De fa ul t)

T 2 5

MC H _B S E L 0

CF G_ 0

R2 5

MC H _B S E L 1

CF G_ 1

MC H _ C F G_ 1 6

P 2 5

MC H _B S E L 2

CF G_ 2

MCH _ CF G_ 3

P 2 0

MCH _ CF G_ 4

P 2 4

CF G_ 3

R 11 0

MC H _ C F G_ 5

C2 5

CF G_ 4

MCH _ CF G_ 6

CF G_ 5

* 2. 2 1K _ 1 %_ 04

MCH _ CF G_ 7

CF G_ 6

CF G_ 7

MCH _ CF G_ 8

E 2 1

MCH _ CF G_ 9

CF G_ 8

MCH _ CF G_ 1 0

CF G_ 9

MCH _ CF G_ 1 1

CF G_ 1

DMI Lne Reversal

CF G_ 1

MCH _ CF G_ 1 2

P 2 1

CF G_ 1

3. 3 V S

MCH _ CF G_ 1 3

T 2 1

CF G_ 1

L ow= Norm al

o pe rati o n(De fa ul t)

MCH _ CF G_ 1 4

R2 0

Hi gh = Rev e rse L an es

CF G_ 1

MCH _ CF G_ 1 5

M2 0

R7 9

CF G_ 1

MCH _ CF G_ 1 6

L 2 1

CF G_ 1

MCH _ CF G_ 1 7

H2 1

*4 . 02 K _1 % _0 4

CF G_ 1

MCH _ CF G_ 1 8

P 2 9

CF G_ 1

MCH _ CF G_ 1 9

R2 8

CF G_ 1

MCH _ CF G_ 2 0

T 2 8

MCH _CF G _1 9

PM _S Y N C#

R2 9

CF G_ 2

P M_ S Y NC#

B 7

2 , 13 , 35 H _ D P R S T P #

P M_ DP RS T P #

P M_ EX T TS 0 #

N3 3

PM _E X TT S 0#

P M_ EX T TS 1 #

P 3 2

P M_ E XT _T S # _0

15 ,35

DE LA Y _P W RGD

PM _E X TT S 1#

AT 4 0

P M_ E XT _T S # _1

P M_ R S TI N #

AT 1 1

P W ROK

1 4,2 2,3 7 ,38 P LT _R S T#

RS T IN#

R1 4

1 00 _ 1% _0 4

Z 0 53 4

T 2 0

2 ,1 3

P M_ TH RMT RIP #

T HE RMT RIP #

R1 2 6

*1 0m i l s ho rt

Z 0 53 5

R3 2

15 ,3 5

P M_ DP RS L P VR

R3 5

0 _

0 4

DP RS L P V R

Digital Dispaly Port Concurrent wiht PCie

P M_ NC1

B G4 8

NC _1

P M_ NC2

B F 4 8

P M_ NC3

B D4 8

NC _2

3. 3 V S L o w= On l y(D efa u t)l

P M_ NC4

B C4 8

NC _3

H gi h= s mi

ul ta ne ou s yl

P M_ NC5

B H4 7

NC _4

NC _5

P M_ NC6

B G4 7

R3 67

NC _6

P M_ NC7

B E 4 7

P M_ NC8

B H4 6

NC _7

*4 . 02 K _1 % _0 4

P M_ N C 9

B F 4 6

NC _8

P M_ NC1 0

B G4 5

NC _9

P M_ NC1 1

B H4 4

NC _1 0

NC _1 1

MCH _CF G _2 0

P M_ NC1 2

B H4 3

P M_ NC1 3

BH 6

NC _1 2

ITPM Hos t Interface

P M_ NC1 4

BH 5

NC _1 3

P M_ NC1 5

BG 4

NC _1 4

L ow= In te rfa ce i s e na b el

P M_ NC1 6

BH 3

NC _1 5

MCH _ CF G_ 6

H gi h= di s ab l e(De fa ul t)

P M_ NC1 7

B F 3

NC _1 6

NC _1 7

P M_ NC1 8

BH 2

P M_ NC1 9

BG 2

NC _1 8

R 36 4

P M_ N C 2 0

B E 2

NC _1 9

P M_ NC2 1

BG 1

NC _2 0

* 2. 2 1K _ 1% _ 04

NC _2 1

P M_ NC2 2

B F 1

NC _2 2

P M_ NC2 3

BD 1

P M_ NC2 4

BC 1

NC _2 3

P M_ NC2 5

F 1

NC _2 4

MCH _ CF G_ 7 R3 63

*2 . 21 K _ 1% _0 6

NC _2 5

C A NTIG A

MC H _ C F G_ 1 0R3 65

*2 . 21 K _ 1% _0 6

	RSVD	TROL/C OMPENSA TION
		CON
		C LK/
		DDR
	ME J	CLK
	TAG
CFG		DMI
		VID
PM		GRAPH ICS
		ME
NC		MISC
		MISC
		HDA

S A_ CK _ 0

S A_ CK _ 1

S B_ CK _ 0

S B_ CK _ 1

S A _C K #_ 0

S A _C K #_ 1

S B _C K #_ 0

S B _C K #_ 1

S A _CK E _ 0

S A _CK E _ 1

S B _CK E _ 0

S B _CK E _ 1

S A _C S #_ 0

S A _C S #_ 1

S B _C S #_ 0

S B _C S #_ 1

S A _OD T_ 0

S A _OD T_ 1

S B _OD T_ 0

S B _OD T_ 1

S M_ RCOMP

S M_ RCO MP #

S M_ RCOM P_ V OH S M _RC OMP _ V OL

S M_V R EF S M _P W ROK

S M_ RE X T S M_D RA MRS T #

DP L L_ RE F _ CLK

DP LL _R E F_ CL K #

DP L L _RE F _ S S CLK DP LL _ RE F _S S CL K #

P E G_ CLK

P E G_ CL K #

DM I _RX N _ 0

DM I _RX N _ 1

DM I _RX N _ 2

DM I _RX N _ 3

DMI _R XP _ 0 D MI _R XP _ 1 D MI _R XP _ 2

D MI _R XP _ 3

DMI _ TX N _ 0

DMI _ TX N _ 1

DMI _ TX N _ 2

DMI _ TX N _ 3

DM I _T XP _ 0

DM I _T XP _ 1

DM I _T XP _ 2

DM I _T XP _ 3

GF X _V ID _ 0

GF X _V ID _ 1

GF X _V ID _ 2

GF X _V ID _ 3

GF X _V ID _ 4

GF X _ VR _E N

CL _ CLK

C L_ DA TA

CL _P W ROK

CL_ RS T #

CL _V R EF

DDP C _ CT RL CLK DDP C _ CT RL DA TA S DV O_ CT RL CLK S DV O_ CT RL DA TA CL KR E Q#

ICH _S Y N C#

TS A T N#

HDA _ B CLK

HD A_ RS T #

H DA _S DI

HD A_ S DO

HDA _ S Y NC

P E G_T X P [0 .. 1 5]

P E G_ TX P [0.. 1 5]

P E G_T X N[0.. 1 5 ]

P E G_ TX N[0 .. 15 ]

3 7

P E G_ RX P [0.. 1 5]

P E G_ RX P[0 .. 15 ]

P E G_R XN[0 .. 1 5]

P E G_ R X N [ 0. . 1 5]

U2 5C

A P 2 4

M_ CLK _ DDR 0

1 0

Z 0 57 2

A T 21

L 32

A V 2 4

M_ CLK _ DDR 1

1 0

G M_B L ON

G 32

L_ B K LT _C TRL

M_ C LK _ D D R 2

1 1

L_ B K LT _E N

A U2 0

R 12 0

* 10 K _0 4 L _C TRL _ CLK

M 32

M_ CLK _ DDR 3

1 1

3 . 3V S

L_ CT RL_ CL K

A R2 4

M_ CLK _ DDR 0#

R 11 5

* 10 K _0 4

L _C TRL _ DA TA

M 33

L_ CT RL_ DA T A

A R2 1

1 2

GM _E DID _ CL K

K 33

M_ CLK _ DDR 1#

L_ DDC _CL K

A U2 4

M_ CLK _ DDR 2#

1 2

GM _E DID _ DA T A

J 33

A V 2 0

L_ DDC _DA T A

M_ CLK _ DDR 3#

B C2 8

M_ CK E 0

1 0

12 GM _E NA V DD

R 8 2

*2 . 37 K _1 % _0 4 Z 0 57 3

M 29

L_ V DD _ E N

A Y 2 8

M_ C K E 1

1 0

C 44

LV DS _ IB G

A Y 3 6

Z 0 57 4

B 43

M_ CK E 2

1 1

R9 3

*0 _0 4

LV DS _ V B G

B B 3 6

M_ CK E 3

1 1

Z 0 57 5

E 37

B A 1 7

R9 8

*0 _0 4

Z 0 57 6

E 38

LV DS _ V RE F H

M_ C S 1#

1 0

1 2

GM_ LV DS _ LC LK P

GM_ LV D S _L CL KN

C 41

LV DS _ V RE F L

A Y 1 6

GM_ LV D S _L CL KP

C 40

LV DS A _ CL K

M_ CS 0#

1 0

1 2

GM_ LV DS _ LC LK N

LV DS A _ CL K #

A V 1 6

M_ CS 2#

1 1

1 2

GM_ LV DS _ UCL K N

GM_ LV D S _UC LK N

B 37

LV DS B _ CL K #

A R1 3

1 2

GM_ LV DS _ UCL K P

GM_ LV D S _UC LK P

A 37

M_ CS 3#

1 1

LV DS B _ CL K

B D1 7

M_ ODT 0

1 0

1 2

G M_ LV DS _ L0 N

GM_ LV D S _L 0N

H 47

LV DS A _ DA T A# _ 0

A Y 1 7

M_ ODT 1

1 0

1 2

G M_ LV DS _ L1 N

GM_ LV D S _L 1N

E 46

LV DS A _ DA T A# _ 1

B F 1 5

M_ ODT 2

1 1

1 2

G M_ LV DS _ L2 N

GM_ LV D S _L 2N

G 40

LV DS A _ DA T A# _ 2

A Y 1 3

M_ ODT 3

1 1

A 40

LV DS A _ DA T A# _ 3

B G2 2

S M_ RCOM P

1 2

G M_ LV DS _ L0 P

GM_ LV D S _L 0P

H 48

LV DS A _ DA T A_ 0

B H2 1

S M_ RCOM P#

GM_ LV D S _L 1P

D 45

HIC

B H2 8

S M_ RCOM P_ V OL

1 2 G M_ LV DS _ L1 P

LV DS A _ DA T A_ 3

B F 2 8

S M_ RCOM P_ V OH

1 2

G M_ LV DS _ L2 P

GM_ LV D S _L 2P

F 40

LV DS A _ DA T A_ 2

B 40

M_ V R E F _M C H

1 2

G M_ LV DS _ U0 N

GM_ LV D S _U0 N

A 41

LV DS B _ DA T A# _ 1

A V 4 2

1 2

G M_ LV DS _ U1 N

GM_ LV D S _U1 N

H 38

LV DS B _ DA T A# _ 0

A R3 6

Z 05 6 1

R20 7

* 10 mi l _s ho rt

1. 5 V _P W RG D

15 ,3 1

1 2

G M_ LV DS _ U2 N

GM_ LV D S _U2 N

G 37

LV DS B _ DA T A# _ 2

B F 1 7

Z 05 6 2

R15 5

49 9_

1 %_ 04

J 37

LV DS B _ DA T A# _ 3

B C3 6

DDR3 _ DRA MRS T #

1 0 ,11

1 2

G M_ LV DS _ U0 P

GM_ LV D S _U0 P

B 42

B 3 8

LV DS B _ DA T A_ 0

CL K_ DRE F

1 2

G M_ LV DS _ U1 P

GM_ LV D S _U1 P

G 38

A 3 8

GM_ LV D S _U2 P

F 37

LV DS B _ DA T A_ 1

CL K_ DRE F #

1 2

G M_ LV DS _ U2 P

LV DS B _ DA T A_ 2

E 4 1

CL K_ DRE F _ S S

K 37

LV DS B _ DA T A_ 3

F 4 1

C L K_ D R E F _ S S # 1 8

F 4 3

CL K_ P CIE _ 3GP L L

1 8

D VT : F or P M

R 10 1

0 _ 04

Z 05 8 1

F 25

E 4 3

TV A _ DA C

CL K_ P CIE _ 3GP L L #

1 8

R 10 5

0 _ 04

Z 05 8 2

H 25

A E 3 7

R 11 1

0 _ 04

Z 05 8 3

K 25

TV B _ DA C

EXP

TV C _ DA C

A E 4 1

DMI _ TX N0

H 24

TV _ RT N

A E 4 7

DMI _ TX N1

DMI _ TX N2

DV T: F o r P M

A H3 9

DMI _ TX N3

C 31

A E 4 0

R 11 9

0 _ 04

TV _ DCON S EL _ 0

DMI _ TX P 1

1 4

E 32

A E 4 8

R10 3

0 _ 04

TV _ DCON S EL _ 1

A E 3 8

DMI _ TX P 0

1 4

R11 3

0 _ 04

A H4 0

DMI _ TX P 2

1 4

D MI _ TX P 3

1 4

A E 3 5

DMI _ RX N0

1 4

E 28

A E 4 3

CRT _B L UE

A E 4 6

DMI _ RX N1

1 4

2 8

GM_ D A C _ B

A H4 2

DMI _ RX N2

1 4

G 28

CRT _G RE E N

DMI _ RX N3

1 4

2 8

GM_ DA C _ G

A D3 5

DMI _ RX P0

1 4

2 8

GM_ DA C _ R

J 28

CRT _R ED

A E 4 4

A H4 3

DMI _ RX P2

1 4

CRT _IRT N

A F 4 6

DMI _ RX P1

1 4

G 29

DMI _ RX P3

1 4

2 8 GM_ DDC _ CL K

H 32

CRT _D DC _ CLK

J 32

2 8 GM_ DDC _ DA T A

CRT _D DC _ DA TA

R 80

* 30 . 1_ 1 %_ 04

J 29

2 8

G M_ DA C _ HS Y NC

R 94

0 _

Z 05 8 5

E 29

CRT _H SY NC

L 29

CRT _T V O_ IRE F

B 3 3

2 8 G M_ DA C _ VS Y NC

R 75

* 30 . 1_ 1 %_ 04

CRT _V S Y N C

B 3 2

DF GT _ V DI _0 30

G3 3

DF GT _ V DI

R 81

0 _ 04

DF GT _ V DI

F 3 3

D F GT _ V DI

R 74

0 _

CA NT IGA

E 3 3

DF GT _ V DI _4 30

R 12 7

0 _ 04

L _C TRL _ CLK

1 . 5V

R 11 2

0 _

L _C TRL _ DA TA

R 11 4

0 _

GM _E DID _CL

C3 4

DF GT _ V R _E N

3 0

R 85

0 _

GM _E DID _DA

T A

R 15 7

R 16 1

1. 0 5V M

For PM

80 . 6_ 1 %_ 04

A H3 7

M_V R EF _ MC H

1 0 K _1 %_ 04

S M _RC OMP

C L_ CL K0

1 5

A H3 6

C L_ D A TA 0

R1 47

S M_R COMP #

A N3 6

MP W ROK

1 5

1 K _ 1% _0 4

A J 35

C 25 3

R 15 6

A H3 4

C L _R ST # 0

1 5

CL _V RE F

R 16 0

C2 1 0

3V_

1 0 K _1 %_ 04

R 14 6

80 . 6_ 1 %_ 04

N2 8

DDP C _CT _ CLK

0 . 1u _1 0 V _0 4

M2 8

D D P C _C T _ D A TA

5 1 1_ 1% _ 04

3. 3 V S

2. 2

G3 6

S DV O_ CT _CL K

3. 3 V S

E 3 6

S DV O_ CT _DA T A

K 3 6

MCH _CL K RE Q#

MCH _ CL K RE Q# 18

H3 6

MCH _ ICH _S Y NC #

1 5

R 7 2

R 7 8

R7 7

1 . 0 5V S

B 1 2

MCH _ TS A T N#

R3 68

5 6_ 04

*1 K _0 4

1 0K _ 1% _ 04

MCH _ T HE RM

2 2

B 2 8

Z0 5 67

B 3 0

Z0 5 68

B 2 9

Z0 5 69

RT 1

C2 9

Z0 5 70

N TC _ 1 00 K _0 6

A 2 8

Z0 5 71

Q2 1

MCH _T S A TN # B

*2 N3 90 4

Q5 1

S DV O_ CT_ CL K

R 1 0 9

*1 0 mi l s ho rt

*2 N 3 90 4

S D V O_ C T_ D A T A R1 0 8

0 mi l s ho rt

2 ,3,4 ,9,1 3,1 6 ,1 8 ,33

1. 0 5V S

For PM

7 ,9 ,1 0,1 1,2 7 ,3 1 ,33

1. 5 V

2 ,3,9 ,12 ,13 ,1 4,1 5,1 6 ,1 9 ,20 ,21 ,22 ,2 3,2 4,2 5 ,2 6 ,28 ,30 ,32 ,3 3,3 5,3 6 ,3 7 ,38

3. 3 V S

T 37

P E G _CO MP

12 8

P E G_ COMP I

T 36

V CC _ P E G

P E G_C OMP O

4 9

. 9_ 1% _0 4

P E G_ RX #_ 0

P E G_ RX N0

J 46

P E G_ RX N1

P E G_ RX #_ 1

L 44

P E G_ RX N2

P E G_ RX #_ 2

L 40

P E G_ RX N3

P E G_ RX #_ 3

N4 1

P E G_ RX N4

P E G_ RX #_ 4

P 4 8

P E G_ RX N5

P E G_ RX #_ 5

N4 4

P E G_ RX N6

P E G_ RX #_ 6

T 43

P E G_ R X N 7

P E G_ RX #_ 7

U4 3

P E G_ RX N8

P E G_ RX #_ 8

Y 4 3

P E G_ RX N9

P E G_ RX #_ 9

Y 4 8

P E G_ RX N1

P E G _RX # _1 0

Y 3 6

P E G_ RX N1 1

P E G _RX # _1 1

A A 4 3

P E G_ RX N1 2

P E G _RX # _1 2

A D3 7

P E G_ RX N1 3

P E G _RX # _1 3

A C4 7

P E G_ RX N1 4

P E G _RX # _1 4

A D3 9

P E G_ RX N1 5

P E G _RX # _1 5

P EG _R X_ 0

H4 3

P E G_ RX P

J 44

P E G_ RX P 1

P EG _R X_ 1

L 43

P E G_ RX P 2

P EG _R X_ 2

L 41

P E G_ RX P 3

P EG _R X_ 3

N4 0

P E G_ RX P

P EG _R X_ 4

P 4 7

P E G_ R X P 5

P EG _R X_ 5

N4 3

P E G_ RX P 6

P EG _R X_ 6

T 42

P E G_ RX P 7

P EG _R X_ 7

U4 2

P E G_ RX P 8

P EG _R X_ 8

Y 4 2

P E G_ RX P 9

P EG _R X_ 9

W 4 7

P E G_ RX _1 0

Y 3 7

P E G_ RX P 11

P E G_ RX _1 1

A A 4 2

P E G_ RX P 12

P E G_ RX _1 2

A D3 6

P E G_ RX P 13

P E G_ RX _1 3

A C4 8

P E G_ RX P 14

P E G_ RX _1 4

P E G_ RX _1 5

A D4

P E G_ RX P

J 41 G TN 0 C 1 55

0. 1 u_ 1 0V _ 04

P E G_T X N0

P E G_T X #_ 0

M4 6

G TN 1 C1

0. 1

u_ 1 0V _ 04

P E G_T X N1

P E G_T X #_ 1

M4 7

G TN 2 C1

0. 1

u_ 1 0V _ 04

P E G_T X N2

P E G_T X #_ 2

M4 0

G TN 3

C1 72

0. 1 u_

0V _ 04

P E G_T X N3

P E G_T X #_ 3

M4 2

G TN 4 C1

0. 1

u_ 1 0V _ 04

P E G_T X N 4

P E G_T X #_ 4

R4 8

G TN 5 C1

0. 1

u_ 1 0V _ 04

P E G_T X N5

P E G_T X #_ 5

N3 8

G TN 6 C1

0. 1

u_ 1 0V _ 04

P E G_T X N6

P E G_T X #_ 6

T 40

G TN 7 C1

0. 1

u_ 1 0V _ 04

P E G_T X N7

P E G_T X #_ 7

P E G_T X #_ 8

U3 7

G TN 8 C1 47

0. 1 u_ 1 0V _ 04

P E G_T X N 8

P E G_T X #_ 9

U4 0

G TN 9

0. 1

u_ 1

0V _ 04

P E G_T X N9

Y 4 0

G TN 10 C1

0. 1

u_ 1

0V _ 04

P E G_T X N10

P E G_ TX # _1 0

A A 4

G TN 11 C1

0. 1

u_ 1

0V _ 04

P E G_T X N11

P E G_ TX # _1 1

A A 3

G TN 12 C1

0. 1

u_ 1

0V _ 04

P E G_T X N12

P E G_ TX # _1 2

A A 4

G TN 13 C1

0. 1

u_ 1

0V _ 04

P E G_T X N13

P E G_ TX # _1 3

A D4

3G TN 14 C1 61

0. 1 u_ 1

0V _ 04

P E G_T X N14

P E G_ TX # _1 4

A C4

G TN 15 C1

0. 1

u_ 1

0V _ 04

P E G_T X N15

P E G_ TX # _1 5

P E G_ T X_ 0

J 42 G TP 0 C 1 56

0. 1 u_ 1 0V _ 04

P E G_T X P0

L 46

G TP 1 C1

0. 1

u_ 1 0V _ 04

P E G_T X P1

P E G_ T X_ 1

M4 8

G TP 2 C1 54

0. 1 u_ 1 0V _ 04

P E G_T X P2

P E G_ T X_ 2

P E G_ T X_ 3

M3 9

G TP 3

0. 1

u_ 1

0V _ 04

P E G_T X P3

M4 3

G TP 4 C 1

0. 1

u_ 1 0V _ 04

P E G_T X P4

P E G_ T X_ 4

R4 7

G TP 5 C1

0. 1

u_ 1 0V _ 04

P E G_T X P5

P E G_ T X_ 5

N3 7

G TP 6 C1

0. 1

u_ 1 0V _ 04

P E G_T X P6

P E G_ T X_ 6

T 39

G TP 7 C1

0. 1

u_ 1 0V _ 04

P E G_T X P7

P E G_ T X_ 7

U3 6

G TP 8 C 1 48

0. 1 u_ 1 0V _ 04

P E G_T X P8

P E G_ T X_ 8

U3 9

G TP 9 C1

0. 1

u_ 1 0V _ 04

P E G_T X P9

P E G_ T X_ 9

Y 3 9

G TP 1 0 C1

0. 1

u_ 1 0V _ 04

P E G_T X P1 0

P E G_T X _1 0

Y 4 6

G TP 1 1 C 1

0. 1

u_ 1 0V _ 04

P E G_T X P1 1

P E G_T X _1 1

A A 3 6

G TP 1 2 C1

0. 1

u_ 1 0V _ 04

P E G_T X P1 2

P E G_T X _1 2

P E G_T X _1 3

A A 3 9G TP 1 3 C1 41

0. 1 u_ 1 0V _ 04

P E G_T X P1 3

P E G_T X _1 4

A D4 2

G TP 1 4 C1

0. 1

u_ 1 0V _ 04

P E G_T X P1 4

A D4 6

G TP 1 5 C1

0. 1

u_ 1 0V _ 04

P E G_T X P1 5

P E G_T X _1 5

1 5. V

R1 6 4

S M_ RCO MP _V OH

1K _ 1% _0 4

C2 51

C 25 5

0 . 01 u_ 5 0V _ 04

2 . 2u _6 . 3V _ 0 6

R1 6 2

S M _RC OMP _ VO L

3. 0 1K _

1% _ 04

C2 52

C 25 4

R 1 6 3

0 . 01 u_ 5 0V _ 04

2. 2 u_ 6 . 3V _ 06

1K _ 1% _0 4

3 . 3V S

P M _E X TT S 0#

R 12 1

1 0K _ 0 4

P M _E X TT S 1#

R 12 5

1 0K _ 0 4

B - 6 Cantiga 2/6, PEG

Clevo M860TU manual Sheet 5 Cantiga 2/6, PEG

Models: M860TU

Cantiga 2/6, PEG

Sheet 5 of 42

Cantiga 2/6, PEG

DMI X2 se lect

PCIe Graphics Lane

ALLZ

XOR

FSB Dynamic ODT

Hi gh = en ab l e(De fa ul t)

DMI Lne Reversal

Hi gh = Rev e rse L an es

Digital Dispaly Port Concurrent wiht PCie

ITPM Hos t Interface

CFG

DMI

VID

GRAPH ICS

MISC

HDA

P E G_ CLK

G M_B L ON

GM _E DID _ CL K

LV DS A _ CL K

LV DS B _ CL K

HIC

S M_ RCOM P_ V OH

TV _ RT N

DV T: F o r P M

DMI _ RX P3

For PM

P E G _CO MP

P E G_C OMP O

S M_ RCO MP _V OH