MSI MS-7346 User Manual

P 6 N 2 S L I / U lt ra s e r ie

M S - 73 4 6 (v 1 .X ) M a in bo a rd

G 5 2 -734 6 1 X1

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IN T E RN A T IO N. WALe t a k e e v e r y c a r e in the p r e p a r a ti o n o f t hi s d o c u m e n t, bu t no g ua r a n t e e is g iv e n as t o th e c o r r e c t n e s s o f it s c on t en t s . O u r p r o d u c ts a r e u c o n tinu a l im p r o v e m e n t a nd w e r e s e r v e th e r ig h t to m a k e c h a ng e s w ith o u t n o ti

T ra d e m a rks

A l l t r a d e m a r k s a r e th e p r o p e r ti e s o f thei r

r e s p e c tiv e o w n e r s.

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th e N V ID I A log o , D u a lN e t,

a nd

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tr a d e m a r k s o f M ic r o s o f t C o r p o r a tio n.

W in do ws95 /98 /2000 /N T /X P a r e r e gi s te r e d

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R e v is io n	H is to ry
R e v is ion	R ev is io n			H is t o ry	D a te
V 1 .0	F ir s t	r e le ase			F e b r u a r y	2007
T e c hni ca l	S uppo	rt
If a p r ob le m	a ris e s w ith		y o u r	s y s te m	an d n o s o lu tio n		c a n b e o b’sta in e d f r o m th e u
m a n u a l , pl e as e c o n t a c t			y o u r p la c e		o f p u r c h as e	o r	l o c a l d is t r ibu t o r. A lt e r n a t
p l e as e t r y th e f o ll o w i ng h e l p r e s o u r c e s fo r f u r t h e r g ui d a n c e.

V is it th e M S I w e b s ite fo r F A Q , te c h ni c al g u id e , B IO S u p d a te s , d rive r u p d a te a n d o t h e r i n f o r m aht iot t np :: // ww w . ms i . c o m . t w /p r o g r am / s e r v i c e / f a q/

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S a fe ty

In s tru c tio ns

1.

A l w a y s r e ad th e s a f e ty i n s tr u c ti o n s c a r e f u ll y.

2.

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thi s

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r e f e r en c e.

3.

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4.

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a y

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it up.

5.

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m e n t fro m o ve rh ea tin g . D O N O T C O VE R T H E O PE N IN G S.

6.

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th e v o l ta g e o f the p o w e r

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a n d a d j u s t

p r o p e r ly 1 1 0 /2 20 V

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8.

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in s e r tin g a n y

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h as p e n e tr a te d in to th e e qu ip m e n t.

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e qu ip m e n t h a s

n o t

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† T h e eq u ip m e n t h as d r o pp e d a nd d am a g e d.

† T h e e q u ip m e n t h as

o b v io u s s ign

o f

b r e a k a g e.

1 2 . D O N O T L E AV E T H IS E Q U IP M E N T IN A N E NV IR O N M E N T U NC O N D IT IO N E D , S A G E T E M PE R A T UR E AB 0OC V(140FE60), IT M A Y D A M A G E T H E E Q U IP M E N T.

C A U T I O ND:a nge r o f e x p l o s i o n R e pl a c e o n l y w i t h t he s a m e o r m a n u f ac t u r e r.

i f b a t t e r y eq ui v a l e n t

i s i n c o rr e c t l y r e p l a c ed. t y pe r e c o mm e nd e d b y

iii

F CC -B Ra dio	F re qu e n cy In ter fer e n ce St a t eme nt
T h i s e q u i p m e n t h a s be en
t e s t ed a nd f ound	t o c o m ply

w i th t he l im i t s fo r a C l a s s B d ig ita l d e v ic e , p u rs u a n t to P a rt

1 5 o f t he F C C R u l e s . T h e s e li m i ts a r e d e s i g n e d t o p r o v id e r e as o n a b le p r o te a g a in s t h a r m f ul in te r f e r e n c e i n a r e s i d e n tia l i n s ta ll a t io n . T hi s e quip m en t g e n e r u s e s a nd c a n r a d ia te r a di o f r e q u e n c y e n e r g y a nd , if n o t in s ta ll e d a nd u s ed in a

d a n c e w ith	th e in s tr u c tio n s , m a y c a u s e				ha r m ful	in te r fe r e n c e t o r ad io c o m m un ic a t
H o w e v e r ,	t h e r e i s	no	gu a r a n t ee	t h a t	in t e r f e r e n c e w ill n o t o cc u r				in	a	p a r t i
in s t a ll a tio n . If th i s		e quip	m e n t d o e s	c a u s e h a r m f ul			in te r f e r e n c e to	r a di o		o r	te le v
r e c e p tion ,	w hi c h c a n b e de te r m in e d b y				tu rning	th e	e quip m en t o ff	a nd	o n , the u s

e n c ou r a g e d to tr y to c o r r e c t th e in te r f e r e n c e b y o ne o r m o r e o f t h e m e as u r e s l b e l o w.

† R e o r ie n t		o r r e lo c a te th e r e c e iv i ng a n tenn a.
† In c r e a s e th e s ep a r a t io n b e tw e e n th e e q u ip m en t a nd r e c e iv e r.
† C on n e c t th e e q u i p m en t i n t o a n ou t le t on a c i r c u i t d i f f e r en t f r o m th a t
w h ic h t h e r e c e i v e r i s c o n n e c ted.
† C o n s u lt th e d e al e r o r a n e x p e r ie n c e d r a di o /t e le v is io n te c h ni c ia n f o
						r	h e l
N o t i c e 1
T h e c h a nge	s o r	m o d if ic a tion s no t	e x p r e s s l y	a pp r o v e d	b y th e p a r ty r e s pon s i bl
c o m pli a n c e	c o uld	v o id th’s eau sthero r ity	to o p e r a te	th e e quip	m e n t.

N o t i c e 2

S h i e l de d in t e r f ac e c a bl e s a nd A . C . p o w e r c o r d , if a n y, m u s t b e u s e d i n o r d c o m p ly w ith th e e m iss io n li m its.

V O IR L A N O T IC’INESDT A L L A T IO N AV A N T D E R A C C O RD E R A U R ESE A U.

M ic r o - S t a r I n t er n a t io n al

M S - 7346

T h is d e v ic e c o m p lie s w ith P a r t 1 5 o f					th e F C C R ule s . O p e r a t io n	is s u b j e c t t
fo ll o w in g tw o c o ndi tio n s:
( 1 )	th is	de v ic e	m a y no t c au s e ha r m fu l		in te r fe r en c e , a nd
( 2 )	thi s	de v ic e	m u s t a cc e p t	a n y in t e r fe r e n c e r e c e iv e d , in c lu d in g		in t e r fe r e n c e
	m a y	c au s e	u nde s ir e d ope	r a t ion.

iv

W EEE (W a s te E le c trica l and E le c tron i c E qu ip me n t) S ta te me n

v

vi

v ii

C O N T E N TS

C op y r ig h t	N o tic e .............................................................................................................
T r a d e m a r k s ......................................................................................................................
R e v is io n	H is to r y .............................................................................................................
Te c hni c al	S upp o r t ..........................................................................................................
S a f e ty In s tr u c t io n s ........................................................................................................
F CC -B R a di o F r e qu e n c y I n te r f e r e n c e S ta te m e n t .......................................................
W E E E (W as te E le c tric a l a n d E le c tron ic		E q u ip m en t) S ta te m e n t ...................................
C h a p t e r 1 . G e t t i n g St a r t e d ...................................................................................
M a i nb oa r d S p e c i f ic a ti o n s ..................................................................................							.
M ain b oa r d L a y ou t ...............................................................................................							.
P ac k in g C h e c k lis t ................................................................................................							.
C h ap t e r 2 . H a r d w a r e S e t u p .................................................................................
Q u ick	C o m p o n e n ts G u id e ...................................................................................						.
C P U (C e n tr a l P r o c e s s in g U n it) ...........................................................................							.
In tr o d u c tio n to L G A 7 7 5 C P U .....................................................................			.				2
C P U & C o ole r In s ta lla tio n ............................................................................			.				2
M e m o r y ................................................................................................................							.
D ua l-C h a nn e l m ode P o p u la tion		.........................................................R u le				.	2
In s tal lin g M e m o r y M o d u le s						.	2
P o w e r S u p p l y ...................................................................................................			. 2
A T X 24 -P in P o w e r C o n ne c to r : A T X .........................................................			. 2 -
A T X 1 2 V P o w e r C on n e c to r : J P W 1 / J P W 2 .............................................			. 2 -
B ac k P a ne l ..........................................................................................................			. 2
C on n e c to r s .......................................................................................................			. 2
F lo p p y D is k D rive C o n ne c to r : FD D 1 .........................................................			. 2				-
ID E C o nn e c to r : ID E 1 , ID E 2 ........................................................................			. 2 -
S e ria l A T A C o n ne c to r: S A T A 1 / S A T A 2 / S A T A 3 / S A T A 4 ........................			. 2				-
F a n P o w e r C o nn e c to rs : C P U F A N , S Y S F A N 1~ 3 ....................................			. 2 -
C h ass is In tr u s io n C o nn e c to r: J C I1 ..........................................................			. 2				-
S /P D IF -O u t C o n ne c to r : J S P D 1		(2 p in , 3 p in o p tio n a l) ..............................	. 2				-
C D -In C onne c to r: J C D 1 ............................................................................			. 2				-
F ron t P a n e l C o n ne c to r s : J F P 1 , J F P 2 ......................................................			. 2				-
F r o n t P a ne l A u di o C o nn e c to r : J A UD 1 .....................................................			. 2 -
F W H /L P C D e b u g g in g c on n e c to r : J L P C 1 .................................................			. 2 -
F ron t U S B C o n ne c to r : J U S B 1 / J U S B 2 ...................................................			. 2				-
J SP I D e bu g ging P in H ea d e r: J SP I1 ...........................................................			. 2				-
D - B r ac k™et 2 C on n e c to r : J D B 1 ..............................................................			. 2 - 19
J u m p e r s .............................................................................................................			. 2

v iii

S ele c t e S A T A P o r t / P C I_ E 1 S lo t J u m p e r : J 1 , J 2 ( o p tio n a l) ...................					. 2 -
B u tt o n ................................................................................................................					. 2
C lea r C M O S B u tto n : S W 1 .........................................................................					. 2 -
S lo ts		...................................................................................................................			. 2
P C I (P e riph e ra l C o m p o n en t I n te r c on n e c t)				E x p r e ss S lo ts ......................	. 2 -
N V S L I Te c hn o lo g y ...................................................................................					. 2 -
P C I ( P e r iph e r a l C o m p one n t I n te r c o nn e c t)				S lo ts .....................................	. 2 -
P C I In te rr u p t R e q ue s t R o u tin g ..................................................................					. 2 -
L E D S ta tu s I n d ic a to r s .......................................................................................					. 2
C h a p t e r 3 B I O S S e t u p ............................................................................................
E n te r in g S e tu p ....................................................................................................					.
T h e M a in M en u ....................................................................................................					.
S ta nd a rd C M O S F ea tu r e s ..................................................................................					.
A d v a n c e d B IO S F e a tu r e s ..................................................................................					.
In te g ra te d			P e r ip h e r a ls .......................................................................................		. 3
P o w e r M a n a g e m e n t S e tu p ..............................................................................					. 3
P N P /P C I C o n figu ra tio n s ....................................................................................					. 3
H /W	M oni to r .......................................................................................................				. 3
C ell	M en u ...........................................................................................................						. 3
L o a d		F a il - S a f e / O p tim iz ed D e f a ul ts ................................................................					.	3
B IO S		S e tt ing P as s w o r d					. 3
A p p e n d i x A R e a lt e k A L C 8 8 8 A u d i o ...................................................................
In s ta llin g th e R e al te k H D A u d io D rive r ...............................................................					.
S o ft w a r e C o n f i g u r a ti o n .....................................................................................					.
S o und			E ff e c t ...............................................................................................				. A
M ............................................................................................................ix e r							. A
A ....................................................................................................u d io I/O					. A-
M ...............................................................................................ic r o p h o n e					. A-
3 D ..........................................................................................A u dio D e m o					. A-
In .................................................................................................f o rm a tio n					. A-
H a r d w ...............................................................................................a r e S e tu p							. A
A pp e n d ix ........................................................................................B n V i di a R A ID
In tr od .........................................................................................................u c tio n					.
S ..................................................................................y s te m			R e qui r e m e n t				. B
R ................................................................................................A ID Arr a y s							. B
S ..............................................................u mm a r y o f R A ID C o n f igu r a tio n s							. B
R A ID .............................................................................................		C on f ig u r a tio n			.
B ...............................................................as ic C o n f igu r a tio n In s tr u c tio n s							. B
S e ......................................................................tt ing			U p th e N V R A ID B IO S				. B
In ...............................s ta llin g th e R A ID D r iv e r ( fo r b oo ta bl e R A ID A rr a y )							. B

ix

N V ID IA ID E D rive / R A ID U tili ty I n s tall a tio n ..........................................................			.
In s tal lin g th e N V ID IA R A ID S o ft w a re U n de r W in d o w s			( fo r N o n -b o o ta b le R A
Ar r a y ) ..........................................................................................................						. B
In itia li z ing	and U s in g t h e D isk A rr a y ........................................................			. B-
N V R A ID M an a g e m e n t U tility .............................................................................						. B
V ie w in g R A ID Arr a y C on f ig u r a ti o n s .......................................................				. B-
S e ttin g U p a S p a r e R A ID D is k ..................................................................				. B-
C re a te R A ID V ol u m e f r o m E xis tin g D is k ..................................................				. B-
M o rphing	F r o m O n e R A ID A rr a y to A n o th e r ...........................................			. B-
H o t P lu g A rr a y ...........................................................................................				. B-
In itia li z in g	a	R A ID Ar ra y ............................................................................		. B-
R e bu ild in g a R A ID Ar ra y ...........................................................................				. B-
S y n c h r oni z ing a R A I D Arr a y ....................................................................				. B-
A p p e n d ix C D u a l C o r e C e n t e r ............................................................................
A c tiv a ting D u a l		C o r e C e n te r ..............................................................................	.
M a in .....................................................................................................................			.
D O T (D y n am ic		O ve r C lo ck in g ) ............................................................................	.
C lo c k
							.
V ol t a g e ................................................................................................................						.
F A N S p e e d ..........................................................................................................			.
Te m p e r a t u r e ........................................................................................................			.
U s e r P r o f ile .......................................................................................................						. C

x

G e t t ing St a r t ed

C h a p te r 1

G e tt ing S ta rted

T han k y ou	f o r	c ho o s ing t he P 6 N 2 S L I / U l tr a	S e r ies
( M S- 7346	v 1 . X ) A T X m a inb oa r d . T h e P 6 N 2 S L I / U ltra
S e r i e s m ai n b o a r d s a r e b ansFedo r ceo n6 5 0 I S L I /
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U l t r a& 4 3 0 Ic h ip s e ts f o r op t i m a l s y s t e m e ff ic ie n c y.
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s o lu t io n.

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s u p p o r ted

- S u pp o r ts u p t o 4 S A TA II d e v ic es

-

S upp o r t s 1 e S A T A

p o r t b y

s ili c o n

im a g e

S il 3531

( o p t io n a l)

Fl o ppy

-

1 flo pp y

p o rt

-

S upp o rt s

1 F DD w it h 3 60 K,

720 K , 1 . 2 M ,

1 .44 M

a nd 2 .88 M b y t es

1 -2

G e t t ing St a r t ed

C o nn e c t o rs

B ack p a n el

- 1 P S / 2 m o u s e p o rt

- 1 P S / 2 k e y boa rd p o rt

-	1 e S A T A p o r t ( o p t io n a l)
-	4 U S B 2 . 0 P o r ts

- 1		L A N	ja ck
-	6	fle x ib le a ud io ja c ks
-	1	C O M	p o rt

O n - B o a r d P in h ea d e r s / c o nn e c t o rs

-	1	D- B ra c k e t 2 p inh e a d er
-	2	U SB	2 .0 p in heade r s (4 po r ts)
-	1	c h a s is in t ru s io n c o n ne c tor
- 4 S A TA II c on n e c t o rs
-	1	S P D I F p in hea d er
-	1	fr o n t	a u d io p inh e ad er
-	1	C D- in c o n ne c tor

S lo ts

F o r P 6 N 2 S L I S e r ies

- 2 P C I E xp re s s x 1 6 s lo t s , bo t h r u n n in g a t x8. - 2 P C I E xp r e s s x1 s lo ts

- 2 P C I s lo t s (S u p po r t 3 . 3 V / 5 V P C I b u s I n t e r fa c e)

F o r P 6 N 2 U ltr a S e r ies

- 2 P C I E xp r e s s x1 6 s lo t s , P C I_ E 2 - ru n n in g a t x 1 6 , P C I _ E 4 - s t opp in g.

- 2 P C I E xp r e s s x1 s lo ts

- 2 P C I s lo t s (S u p po r t 3 . 3 V / 5 V P C I b u s I n t e r fa c e)

F o r m F ac t or

- A T X ( 3 0 .4 c m X 2 4 .5 c m)

M oun t ing

- 9 m o un t ing h o les

1 -3

M S - 7 3 4 6 M a in b o a rd

M a in bo a rd L a y o ut

To p : m o us e B o t tom:

k e y boa rd

To p:US B port s

B o t tom : VG A por t

To p : LA N Jack
B o t tom:	US B port		s
eS A TA port				N v i d ia
(optional)			JPW1	650I
T:L in e -In
M:Line-Out
B:M ic			J1,J2 (o p t i o n a l)
T:R S -O ut				SYSFAN1
		JPW2
M : C S - O ut
B :SS-O	ut

		P C I _ E1
		P C I _ E2
JSPI1	JLPC1
JCI1		P C I _ E5

P C I _ E3

JCI2

P C I _ E4

C od ec

CPU F AN1

ATX1

IDE2

IDE1

DIMM1

DIMM3

DIMM2

DIMM4

SYS F AN2

N v i d ia

4 3 0I

SATA4

SATA3

SATA2

SW1

SATA1

BA TT

+

P C I2

					JFP2
JCD1	JAUD1 JSPD1	J U S B1	JUSB2	SYS F AN3 JDB1	JFP1
		F D D1

P 6N2	S LI / U l t ra S er i es
(M S - 7346	v1 . X ) A T X M a inb o ard

1 -4

G e t t ing St a r t ed

P ack in g C h eck li st

M S I m o th e r b o a rd

P o w e r C a ble

U s er’s G u ide

M S I D rive r/U tili ty CD

S A T A C able

S ta nd a r d C ab le	for
ID E D e vic es	B a ck I O S h ie ld

* T he pi c tu r e s a r e f o r r e f e r e n c e on ly a n d m a y v a r y f r o m th e p a c k in g c o n te n ts o p r o du c t y o u pu r c h a s e d.

1 -5

C h a p te r 2

H a r d w a r e S e tup

T hi s c h a p te r te ll s y o u h o w to in s ta ll						th e C P U , m e m o r y m o dul e s,
a n d e x p a n s i o n c a r d s , a s w e l l a s ho w to s e tu p t he j u m p e r s on
the	m a in b oa r d . A l s o , i t			p r o v id e s	the	in s t r u c ti o n s on	c onn e c t ing
th e	p e r ip h e r a l d e v ic e s ,			s u c h a s	the	m o u s e , k e y b oa r d , e tc.
W h ile doi ng		the	in s tal la tio n , b e c a r e f u l in h ol d ing the				c o m p onen ts
a n d	f o l lo w	th e	in s tall a t io n p r o c e du r e s.

M S - 7 3 4 6 M a in b o a rd
Q u ick	C o m p on e n ts G u ide
	J PW2, p .2 -10	C PU, p .2 -3
	J PW1, p .2 -10		C P U F AN, p . 2 -14
	J1 ,J2 , p .2 -20
	S Y S F AN1,			DI MM1	/3 /2, p/4.2 -7
	p .2 -14
					ATX, p .2 -10
B a ck P a n, el
p .2 -11					I D E 1/I D E2,
					p .2 -13
P C I_ E 1,/2					N V S LI
p .2 -22					c o n n ec t,or
J C I1,p .2 -15					p .2 -22
					S Y S F AN2,
J S P I1,p .2 -18
					p .2 -14
J L P C1,p .2 -17
					S W1,
					p .2 -21
P C I_ E 3,/4
p .2 -22					S ATA1 /2/3/4,
					p .2 -14
P C I1 /2,					J F P2,
p .2 -26
					p .2 -16
					J F P1,
	J S P D1,	F DD1 ,	J U S B 1,/2		p .2 -16
					J D B1,
	p .2 -15	p .2 -13
			p .2 -18		p .2 -19
	J A U D1,
				S Y S F AN3,
	p .2 -17
				p .2 -14
J C D1,
p .2 -15
2 -2

H a r d w a r e S e t up

C P U

(C e n tra l P ro cess

in g U n it)

T h is m a inbo a rd s up p o rtsP enIteltiu m 4 in

L G A

7 7 5

pa c k ag e . W h e n you a re in s tall ing

®

th e

C P U,m a ke

s u r e t o

i n s t a l l

t h e

c ool e r

t o

p r e v e n t Ifo vy oeur hdoea tninotg.

h a v e th e

C P U

c oo le r ,

c o n s ul t

y o u r

de a le r

b e f o r e tu r ning

o n

t h e c o m pu te r.

F o r

the la te s t

in f o r m a tio n a b ou t

C P U , hpttple a://wws e visw it. m s i. c o m .t w /c pu s upp

o r t.

h tm

Im po r ta nt

O v e r h e a t i ng

O v e r hea

ting

w ill

s e r iou s ly

da m age

the

C P U

and

sys

te m . A lw a ys

m a k e

s u r

th e c o o lin g f a n c a n

w o r k

p r op e r ly t o

p r o te c t the

C P U

f r o m o v e r he a tin g . M a k

s u re

th a t y o u

a p p ly

an e v en

la y e r o f

the r m a l p a s te ( o r the r m a l tape ) be tw een

the C P U

a nd

the

hea ts in k

to enhan

c e

hea t

d is s ipa tion.

R e p l ace

i n g

t h e

C PU

W h ile

rep la c in g th e

C P U ,

a lw a y s

tu rn o ff t h e

A T X po w e r

s upp ly

o r un pl ug t h

p o w e r

s up’splypo w e r

c o r d fr o m

t h e

g rou n ded

ou tle t fir s t to

en s u r e

the s a fe ty

o f C P U.

O v e r c l o c k i ng

T h is

m a inboa

r d is de s igned

to s uppo

r t

o v e r c lo ck ing . H o w e v e r , p lea s e

m

a

k

s u r e

y o u r

c o m p onen ts

a r e

ab le

t o

t ol e r a te s u c h

abn

o r m a l

s e tt in g ,

w

hil

do ing

o v e r c lo ck ing . A n y

a tt e m p t

to o p e r a te

be y ond

p r odu c t s pe c ific a tion s i

n o t r e c o m m e ndWe ed . d o no t g u a r a n t e e t h e d a m a g es o r r is ks c a u s ed

b y in a d e q u a t e

op e r a t ion

o r

b ey o n d p r odu

c t s p ec if i c a t io n s.

In tro d u c tion to L G A 7 75 C PU

T h e pin - p a d s i d e o f L G A C PU.

775T he s u r f a c e o f		L G A	7 7 5 C P U.
R e m e m b e r	to	a p pl y	s o m e	the r-
m al p a s te	o n	i t f o r	b e tt e r	heat
d i s p e r s ion.

A lig n m e nt K ey

A lign m e nt K ey

Ye ll o w triang le is the P in 1 ind ic a tor	Ye ll o w triang le is the P in 1 ind ic a tor

2 -3

M S - 7 3 4 6 M a in b o a rd

C P U & C ool er In s ta ll a tion

W h e n y o u a r e in s t a llin g thmae CkPeU,s u r e t h e C P U h a s a c o o le r a t t ac h e d on

t h e t o p t o p r e ve n t o v e r h e a t in g. M ea n w hi l e , d o n o t f o r ge t t o a p pl y s o m e t h e

p a s te	o n C P U b e f o r e in s ta lling		th e h ea t s in k /c oo le r f a n f o r			b e tt e r	h ea t di s p e r s i
F o llo w	th e	s t e p s b e lo w to in s t a ll th e C P U &		c o ol e r c o r r e c tly . W r o ng in s t a ll a tio
c a u s e	th e	d a m a g e o f y o u r C P U	& m a in boa r d.
1 . T he	C P U s o ck e t h a s a pl a s tic2 c. apR e m o v e			th e	c ap f r o m	le v e r	h i n ge
o n i t t o		p r o t e c t t h e c on t a c t	f r omsid e ( a s	t h e	a rr o w s h o w s ).
da m age . B e f o r e yo u in s tall th e C P U,
al w a ys c o v e r it to p r o te c t th e s o c k et
p in.

3 . T h e pin s o f s o ck e t r e v ea l.

4 . O p e n th e l oa d le v e r.

Im po r ta nt

1	. C o n firm if y o u r		C P U c o o le r		is fir m ly	in s tall e d
2	. D o	no t tou c h the		C P U s o c k e t p in s		to	a v o id
3	. T he	a v a ilab ili ty	o f	th e C P U	la n d s ide		c o v e r

be fo r e t u r ni ng on y ou r	sys te m
da m ag ing.
d e pend s o n y ou r C P U	pa c k ing

2 -4

H a r d w a r e S e t up

5 . L if t	th e lo a d le v e r up	a n d ope n the6 . A ft e r c on f irm in g the		C P U di r e c tion
loa d	pl a te.	f o r c o r r e c t m a t ing ,		p u t d o w n the
		C P U in th e s o c k e t h o u s in g f r a m e.
		B e s u r e	to g r a s p on t he e dg e of
		the C P U	ba s e . N o te t h a t th e a li g n-
		m e n t k e y s a r e m a tc h e d.

a l ig n m e nt key

7 . V i s u a l l y i n s p e c t			i f	t h e	C P U is8 .
s ea te d w e ll	in to	th e	s o c k e t. If n o t,
ta k e o u t the	C P U	w ith		p u r e	v e r tic al
m o tio n a nd	r e in s ta ll.

C o v e r t h e l oad pl a t e o n t o t he p a c k age.

2 -5

M S - 7 3 4 6 M a in b o a rd

9 . Pr e ss do w n			th e loa d	le v e r	lig h1t0ly. A li g n th e h o le s on t h e					m a in b o a rd
o n to	t he	l o a d	p la t e , a nd th e n s e-			w it h th e	h e a ts in k . P u s h			d o w n	the
c u r e	th e	le v e r	w ith th e	h oo k	u n d er	c o o le r	u n t i l	i t s	f o u r	c li p s	g et
r e te n ti o n		ta b.				w edged	in t o	t he	hol e s o f		t he
						m a in b oa r d.

11 . Pr e ss		t h e f o u r hoo k s d o w n to f a12s- . T u r n						o v e r t he	m ai n bo a r d t o	c on-
ten	th e	c o ol e r . T h e n		ro ta te th e lo c k-			f i r m t h a t t h e		c l ip - e nd s a r e	c o r-
ing	s w itc h (r e f e r		to	th e	c o rr e c t	di-	r e c t ly	in s e r ted.
r e c t i o n		m a r k e d	o n	i t)	t o l o c k	the
h o o k s.

lo ck i ng s w itch

Im po r ta nt

1	. R ea d	the	C P U		s ta tu s in B IO S ( C h a p te r			3 ).
2	. W hen	e v e r		C P U	is	no t in s tall ed , a lw a ys p r o te c t y ou r C P U				s o ck e t p in w ith t
	p la s t ic	c ap		c o v e r ed		( s ho w n in F igu r e 1 )		to a v o id	da m a g ing.
3	. M a inb o a r d			pho	to s	s ho w n	in th is s e c tion	a r e fo r	de m on s t r a tion o f		th e C P
	c o o le r	in s talla tion o nl y . T he					a p pe a r a n c e o f y ou r m a in b o a r d			m a y v a ry	de p e n
	in g o n	th e	m od el		y ou pu r c ha s e.

2 -6

H a r d w a r e S e t up

M e m o ry

T h e s e D IMM s lo ts a r e u s e d f o r in s ta ll ing m e m o r y m o du le s.

F o r m o r e in f o r m a tio n o n c o m p a tibl e c o m p o n e n htstt, pl:ea// wwws e v is. msit i. c o m. t w / t es t r e p o r t . h tm

DD R2

2 4 0 -p in , 1 . 8V 6 4 x2 = 1 28 p in 5 6 x2 = 1 12 p in

S i ng le -C h a nn: Ael DI MM s in G R EEN

D u a l-C h a nn: Celhanne l A in G R EE N ; C hanne l B in O R A N GE

D u a l- C h a nn e l m od e P o p ul a tion R ule

In D u a l- C h a nn d a ta b u s lin e s pe r f o r m an c e . D ua l- C h an n el

e l m o d e , th e	m e m o r y m o dul e s	c a n tr a n s m it a nd r e c e iv e d a ta w it
s im ul ta n eou s ly . E n a bli n g D ua l- C h a n ne l m o d e			c a n	e nh a n c e th e			s y
P le a s e r e f e r	to t he f o l lo w i ng	il lu s t r a ti o n s f o r	pop	u la ti o n r u l e s				u
m ode.

1	D IMM1	I n s t a l l ed
	D IMM3
		E m p ty
	D IMM2
	D IMM4

2 D IMM1

D IMM3

D IMM2

D IMM4

3	D IMM1
	D IMM3
	D IMM2
	D IMM4

2 -7

M S - 7 3 4 6 M a in b o a rd

In s ta lling		M em o ry		M odul		es
1	. T h e m e m o r y m o dul e			h a s	o nl y	o n e n o tc h o n th e c e n te r		a nd w ill	o nl y f it	in	th e
	o r i e n ta ti o n.
2	. In s e r t th e	m e m o r y	m o dule		v e r ti c a ll y		in to t h e D IM M s lo t . T h e n		pu s h it	in	un t
	g ol d e n f ing e r o n t h e		m e m o r y m o du le				is d ee pl y in s e rte d	in th e D IMM s lo t.

Im po r ta nt

Y ou

c an b a r e ly

s e e t he

go lde n

finge

r if th e m e m o ry m od ul e is p r ope r ly in s e r t

in the D IMM

s lo t.

3 . T h e

pl a s tic

c lip

a t ea c h

s id e o f

th e

D IMM s lo t w ill a u to m a tic a ll y c lo s e.

V o lt

N o t ch

Im po r ta nt

- D D R 2	m e m o r y m o dule			s a r e	n o t in t e r c h a n g e a ble	w ith D D R	a n d th e	D D
s t anda	r d	is no t	ba ck w a r d s		c o m pa t ibl e . Y ou s hou	ld a lw a ys	in s t all	DDR2
m e m o r y		m odu le s	in the	D D R 2 D IMM s lo ts.

- In D u a l- C h a nn e l m o d e , m a k e s u r e th a t y o u in s ta ll m etmheo r y m od u le s o f

sa m e t y p e

a nd d e ins dityff e r en t

c h a nn e l D IMM

s lo t s.

-

To e n a ble

s u c c e s s f ul s y s te m

b o o t - u p ,

al w a y s in s e r t

th e

m e m o r y m o d ule

in to

th De IM M 1 f ir s t.

-

D ue

to

the

c h ip s e t r e s ou r c e

dep lo y m en t, th e

sys te m

den

s ity w ill

on ly

be

de te c ted

up

to 7+ G B ( no t fu ll

8 G B) w hen

ea c h

D IMM

is in s ta ll ed

w ith

a 2 G

m e m o r y

m odu le.

2 -8

H a r d w a r e S e t up

If you in tend

to in s ta ll t h e D D R 2 8 00

m e m o ry m odu le s in to t h e D IM M s lo ts o f t he

m ai nb oa r d , w e re c o mm e nd

th a t y o u t o u s e

th e a v a il a b le m e m o r y m o dul e s as b e

Memo

ry Slot

Memor y

M

S ize

1

2

3

4

Ba ndwidt

R .S.T

Tw inMOS

Tw iSTER

Series 8G

24IK-T

W 256MB

V

OK

OK

#

V

V

OK

OK

V

V

V

V

OK

OK

A- DATA

V

itesta(

M 20AD6

G 3H3160I1

E53)

V

512MB

OK

OK

V

V

OK

OK

V

V

V

V

OK

OK

G EIL

G X21GB6

400DC

512MB

V

OK

OK

V

V

OK

OK

H YNIX

H YMP5 64 U 64BP8-

S5 AB

512MB

V

OK

OK

(

H YNIX

H Y5PS128

21BFP-S

5)

V

V

OK

OK

V

V

V

V

OK

OK

Infi neon

H YS64T 64000HU-3

S -B

512MB

V

OK

OK

(In fineon H

YB18T5 12800BF3 S)

V

V

OK

OK

V

V

V

OK

OK

Ki ngston

KVR800 D 2N5/512

512MB

V

OK

OK

(

SEC K4T

51083Q C ES)

V

V

OK

OK

V

V

V

V

OK

OK

P Q I

M

EAE-30

3HA

512MB

V

OK

OK

(ELPID A E2508AB-

G E-E)

V

V

OK

OK

V

V

V

V

OK

OK

Pr oMOS

V916764 K24QBF W -G5

512MB

V

OK

OK

(ProMOS

V59C151

2804QBF25)

V

V

OK

OK

V

V

V

V

OK

OK

Transce

nd

VB(SE C K4T51083

Q C)

512MB

V

OK

OK

V

V

OK

OK

V

V

V

V

OK

OK

Transcend

[VB](HYNI

X HY5PS1

2812B)

51 V

2MB

OK

OK

V

V

OK

OK

V

V

V

V

OK

OK

Ap acer

78.

01G9I.A

U C

1GB

V

OK

OK

(A

pacer A M 4 B5708BH

JS8E)

V

V

OK

OK

G EIL

G

X22GB640 0DC

1GB

V

OK

OK

V

V

OK

OK

V

V

V

V

OK

OK

H YNIX

H

YMP512

U 64BP8-

S5 A B

1GB

V

OK

OK

(H

YNIX H

Y5PS12821

BFP-S5)

V

V

OK

OK

Ki ngBox

1GB

V

OK

OK

(K

INGBO X EPR26408

2200-3)

V

V

OK

OK

V

V

V

OK

OK

Transcend

V Q (SEC K4

T51083Q

C )

1GB

V

OK

OK

V

V

OK

OK

Ki ngston

H

YPER(KH

X6400D2

LL K2/2G)

1GB

V

OK

V

V

OK

OK

V

V

V

V

OK

OK

A ENEON

A ET760UD

00-25DB

97 X

1GB

V

OK

OK

(A

ENEON

A ET93R25

0)

V

V

OK

OK

V

V

V

V

OK

OK

2 -9

M S - 7 3 4 6 M a in b o a rd

P o w e r S u p p ly

AT X 24 -P in P ow e r C onn ec to r: ATX

T hi s c o nn e c to r a ll o w s yo u to c on n e c t a n A T X 24 - pi n

To c on n e c t t h e A T X 24 -pin	p o w e r s u ppl y, m a k e s u r e
p o w e r s uppl y is i n s e r te d in	th e p r o p e r o r ie n ta tio n a

al ig n e d . T h en p u s h d o w n t he p o w e r s u p p ly f ir m ly in to

Yo u	m a y	u s e	th e	2 0 - pin A T X		po w e r	s upp		ly a s ’dy oliukeli
to u s e th e 2 0 - pin				A T X	p o w e r	s uppl	y,	pl ea s e plug		y
pl y	a lo ng	w ith	pin	1 &	pin 13	(r e fe r	to	th e	im age	a t t

12	24
A TX
1	13

P i n D e f i n i t i on

P IN	S IG N AL	P IN	S IG N AL
1	+ 3.3V	13	+ 3.3V
2	+ 3.3V	14	-12V
3	G ND	15	G ND
4	+ 5V	16	PS -O N#
5	G ND	17	G ND
6	+ 5V	18	G ND
7	G ND	19	G ND
8	P W R OK	20	NC
9	5VSB	21	+ 5V
10	+ 12V	22	+ 5V
11	+ 12V	23	+ 5V
12	+ 3.3V	24	G ND

p i n 13	y.
	t he
	a re
	to r.

up-

p i n 12 nd ).

AT X 12 V P ow er C on n ec to r: J P W 1 / J P W2

T he J P W 112 V p o w e r c o nn e c to r is u s e d to p r o vid e p o w e r to t h e C P U . A n d t h e J 12 V p o w e r c o nn e c to r is u s e d to p r o v id e p o w e r t o th e P C IE X 1 6 g r a p hi cs c a r d.

5	1		P i n D e f i n i t i on							1	P i n D e f i n i t i on
		P IN	S IG N ALP IN		S IG N AL						P IN	S IG N AL
		1	G ND	5	+ 12V
8	4										1	5V
		2	G ND	6	+ 12V						2	G ND
	J P W1	3	G ND	7	+ 12V	J P W2					3	G ND
		4	G ND	8	+ 12V
											4	12V

Im po r ta nt

1

. M a k e s u r e tha

t a ll the

c onne

c to r s

a r e

c onne c te d

to p r ope r A T X

po w e r

s u

pl ie s

to

e n s u r e

s table

o p e r a t ion

o f

the

m a in boa

r d.

2

. P o w e r

s up p ly

o f 3 50

w a tt s

( a nd

a bo v e ) is highl

y

r e c o m m en d ed

f o r sys

t

s t abi

li t y.

3

. A T X

12 V po w e r c onne

c tio n

s hou

ld

be

g r ea te r than

18 A.

2 - 10

H a r d w a r e S e t up

B a c k P a n el

T he

b a c k

pan

e l p r o v i d e s

t h e

f o llo w ing

c o n n e c to r s:

L - In R S - O ut

M o u se

U S B

P o r ts

L AN

e S A T A

P o rt

( o p t i o n a l)

K e y b o a rd

C O M P o rt U S B P o r ts

L - O ut C S - O ut

M ic

SS- O ut

M ou s e / K e y b o a rd

T h e

s ta nd a r d

®

D IN c o nn e c to r is

®

fmoro ua sPSe/k/2e y b oa r d.

PSm/2o u s e /k e y b oa r d

U S B P o rt

T h e

U SB

(U ni v e r s a l S e r ial B u s )

p o r t is

f o r a tta c hin g U SB

d e v ic e s

s u c h a s k e y b

m o u s e ,

o r

o th e r

U SB- c o m p a tibl e d e v ic e s.

S e r i a l

P o rt

T h e

s e r ial

p o r t is

a

1 6550

A h igh

s pee d

c o mm uni c a tio n s

p o r t

th a t

s e nd s / re c e iv e

b y te s

F IF O s . Y o u

c an a tt a c h

a

s e r ial

m o u s e

o r

o the r s e r ial

d e v i c e s d ir e c t ly t

c on n e c to r.

L AN

T he

s ta nd a r d

R J - 4 5 L A N

ja c k is

fo r c o n ne c tio n

to

th e Lo c al A rea N e tw o r k ( L A N )

c an

c onn e c t

a n e t w o r k c abl e

to

i t.

A c tivity Ind ic a tor

L in k Ind ic a tor

L ED

C o l or

L E D S ta te

C on d i t i on

O ff

L A N li n k is no t e s ta b lis h ed.

L eft

O r a n ge

O n (s te a d y s ta te)

L

A N li n k is e s tab lis h ed.

O n (b ri gh te r & p u ls i ng ) T h e c o m p u te r is c o mm u n ic a tin g w ith an o th e r c o m p u te r o n th e L A N.

G re en

O ff

10 M b it/ s e c da ta ra te is s e le c ted.

R ight

On

10 0 Mb it/s e c d a ta ra te is s e le c ted.

O r a n ge

On

10 0 0 Mb it/ s e c da ta ra te is s e le c ted.

e S A T A P o r t ( o p t io n a l)

T h e

e S A T A

p o r t

is

f o r a tt a c hin g

th e e S A T A e x te r n a l h a r d d r iv e.

2 - 11

M S - 7 3 4 6 M a in b o a rd

A u di o P o r ts
T he s e	a u d io	c o n n e c to r s a r e u s e d f o r		a u di o	de v ic e s . Yo u c a n d i ff e r e n tia te th e
o f th e	a ud i o	ja c k s f o r d iff e r e n t a ud i o		s o u nd	e ff e c ts.
	Li n e - In ( B lu- eL )in e		In is u s e d f o r e x te rn a l C D pl a y e r , t ape			pl a y e r o r o th er
		a u dio	d e v ic e s.
	Li n e - O u t ( G r e- eLinne) O u t, is a c o nn e c to r f o r s p ea k e r s o r h ea dp ho n e s.
	M ic ( P in -k)M ic , is a c o nn e c to r f o r m i c r o ph o n e s.
	R S -O u t ( B la-ckR )e a r-S u rr o und			O u t in	4 / 5 .1 / 7 . 1 c h a nn e l	m o d e.
	C S- O u t ( O r a ng- Ce)e n te r / S ub w oo f e r O u t in 5 . 1 / 7 . 1 c h a n n e l m o d e.
	SS- O u t ( G r -a y)S id e -S u rr ou nd O u t 7 . 1 c h a nn e l m o d e.

2 - 12

H a r d w a r e S e t up

C o nn e c to rs

F lop p y D isk Dr ive C o n n e c to r: F D D1

T h is c on n e c to r s u pp o r ts 3 60 K B , 72 0 KB , 1 .2 M B , 1 . 4 4 M B o r 2 . 8 8 M B flop p y di sk

FD D1

ID E C on n ec to r: ID E 1 , ID E2

T h is c o n n e c to r s u ppo rts I D E h a rd d is k d rive s , op tic a l d is k d rive s a n d o the r ID E d e v

ID E2 ID E1

Im po r ta nt

If y o u in s t al l t w o

d r iv e s	s epa r a t e ly
de v ice’s	d o c u m en

in s t r u c t io n s.

ID	E d e v ic e s
to	P r im a r y /

t a t i on s u pp

o n	t h e	s a m e c a b le , y o u m u s t c o n f ig u r e			the
S la v e m ode			b y s e tt in g	ju m pe r s . R e fe r t o	IDE
li ed	b y	t he	v endo r s	f o r ju m pe r s e t t i ng

2 - 13

M S - 7 3 4 6 M a in b o a rd

S er ia l AT A C onn ec to r: S AT A 1 / S AT A 2 / S AT A 3 / S AT A4

T hi s c o nn e c to r is a hig h - s p ee d S e r ia l A T A in te r f a c e p o r t . E a c h c o nn e c to r c a n n e c t to o n e S e ria l A T A d e v ic e.

S AT A4S AT A3S AT A2S AT A1

Im po r ta nt

P le a s e d o n o t fo ld th e S e r ia l A T A c a b le in to 9 0 - d e g r e e a n g le . O t h e r w is e d a ta lo s s m a y o c c u r du r ing tr a n s m iss io n.

F a n P o w e r C o n n e c to rs : C P U FA N , SY S F A N 1 ~3

T h e f a n

p o w e r

c o nn e c to r s

s upp o r t s y s te m

c oo ling

f a n w ith

+12

V . W h e n

c o nn e

the w ir e

to t h e

c o n n e c to r s ,

al w a y s

n o te th a t th e r e d w i r e is

th e

p o s iti v e

a n d s h

b e c on n e c te d to the

+ 1 2 V ; the bl a c k w ir e is

G r o u n d a n d s h ou ld b e c on n e c te d to G

If th e m a inb o a r d h a s a

S y s te m H a r d w a r e

M o ni to r

c hip s e t o n - b oa r d , y o u

m u s t u

s p e c ia ll y

d e s ign e d f an

w ith

s p ee d

s e n s o r

to ta k e

a d v a n ta g e

o f th e C P U

f a n c o

S E N S OR

G ND

S E N S OR

C O NT R OL

G ND

+ 1 2V

+ 1 2V

+ 1 2V

S E N S OR + 1 2V

G ND

S E N S OR

G ND

C P U FAN

S Y S FAN1

S Y S FAN2

S Y S FAN3

Im po r ta nt

1 . P lea s e r e fe r	to	the	r e c o mm			ended	C P U	fan ’s oa fft icpriao lc wesseb orsite
o r c on s u lt the	v endo		r s	fo r	p r ope r		C P U	c oo li ng fan.
2 . F a n c o o le r s e t		w it h 3		o r	4	pi n s	po w e r c on n e c t o r a r e b o t h a v ail a bl e fo
C P U F A N.

2 - 14

H a r d w a r e S e t up

C h a s s is In tru s io n C o n n e c to r: J C I1
T h i s c on n e c t o r c o nn e c ts to th e c h a ss is in t r u s io n s w it c h c a b le . I f t h e c ha s s
o pen	e d , th e c h a s s is			i n tr u s io n m e c h a ni s m		w il l be	a c ti v a ted . T h e s y s te m w il l r e
th is	s ta t u s	and	s h o w	a w a r n ing	m e s s a ge	o n the	s c r ee n . T o c l ea r the w a r ni n g
m u s t e n te r		th e	B IO S	u tili ty a nd c le a r th e r e c o r d.
				C IN T RU	1
				G ND	2
				J C I1

S /P D IF -O u t C onn e c to r: J SP D 1 (2 p in, 3 pin o p tio n a l)
T h is c o n ne c to r is u s e d to	c on n e c t S /P D IF ( S on y & P h ilip s D ig ita l I n te r c on n e c t F o
in te r f a c e f o r digi ta l a udi o	tr a n s m iss io n.

	SP D IFO	G ND	V CC	G ND
	J SP D 1 ( 2 p in, f o r H D MI		S P D IF
			J SP D 1	( 3 p in)
	g r ap hi c s	c a r d)

C D -In C o n n e c to r: J C D1

T hi s c o nn e c to r is p r o v id e d f o r e x te r n a l a udi o i npu t.

G ND

LR

J C D1

2 - 15