MSI MS-7366 User Manual

P 6 NG M S e r ies

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

G 5 2 -736 6 1 X3

i

C o p yr ig h t N o tice

T he m a t e r i a l i n t hi s d o c u m e n t i s t h e in t e l le c t uMalI CpRr oOp-eSr Tt yARo f

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.
N V I D IA ,		th e N V ID I A log o , D u a lN e t,			a nd	n F o r c e a r e r e gi s te r e d			tr a d e m a r k s o r t
m a r k s	o f N V ID IA C o r p o r a tio n in th e				U ni te d		S ta te s a nd /o r o th e r		c o un trie s.
A M D ,	A t h™l on, A th lon™ X P , T h o r o u g h b r,eda n™d					D u r ona™r e r eg i s t e r e d			t r a de-
m a rk s	o f A M D C o r p o r a tio n.					o f		In te l C o r po r a tio n.
In tel an d		P e n tiuma re		r eg is te r e d t r a d e m a rk s
®	a nd		®	r e gi s t e r e d t r a d e m a r k s			o f	In t e r na t i o n a l B u s i ne ss M a c h in e
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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			N o v e m b e r	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 in f o r m aht itont p :: //glo b a l. ms i . c o m . t w /ind ex . php?

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ii

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.

K ee p

thi s

U’s erM a nu a l f o r f u tu r e

r e f e r en c e.

3.

K ee p

thi s

e quip

m e n t

a w a y

f r o m

hu m idi ty.

4.

L

a y

thi s

e q u ip m e n t

o n a r e lia bl e f la t

s u r f ac e b e fo r e

s e t ting

it up.

5.

T h e o p e ning

s o n th e

e n c lo s u r e

a r e f o r a ir c on v e c tio n

h e n c e

p r o te c ts

th e e q

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.

M a k e

s u r e

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

s o u r c e

a n d a d j u s t

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

f o r e c o nn e c tin g

th e e qui p m e n t

to t h e

p o w e r

i nl e t.

7.

P l ac e

the

po w e r c o r d

s u c h a w a y

tha t

p eo p le c a n

n o t

s t e p

on i t. D o

n o t pl

an y th in g o v e r t h e po w e r c o r d.

8.

A lw a y s

U np l ug

t h e P o w e r

C o r d

b e f o r e

in s e r tin g a n y

a d d - o n

c a r d o r

m o d u l

9.

A ll c a u tion s

a nd

w a r ning s

o n t h e e quip

m e n t

s h o ul d

b e

n o te d.

10.

N e v e r

pou

r

a n y

li q u i d

in to

th e

o p e n i n g

t h a t

c o u ld

d a m age

o r c a u s e

e l e c tr

s h o c k.

11.

If

a n y

o f th e f o ll o w ing

s itu a tion s

a r is e s ,

g e t th e e qu ip m e n t

c h e c k e d b y a s e r

p e r s on n e l:

† T h e p o w e r c o r d o r pl u g is d am a g e d.

† Liquid

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

† T h e e qu ip m e n t h as b e en e x p o s e d to m o is tu r e.

† T h e

e qu ip m e n t h a s

n o t

w o r k w el l

o r y o u

c a n n o t

g e t

i t

w o r k a c c o r d ing

U s er’s

M a nu a l.

† 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 - 7366

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 o p y r i gh t N o t i c e ........................................................................................................
T r a d em a r k s .................................................................................................................
R ev is io n	H is t o r y ........................................................................................................
T e c h n i c a l S u p p o r t .....................................................................................................
S a f e t y In s t r u c t i o n s ..................................................................................................
F C C - B R a d io F r e qu e n c y In t e r f e r e n c e St a t em e n t ............................................
W E EE ( W a s t e E le c t r ic a l a nd E le c t r o ni c E q ui p me n t) S t a t e m e n t ......................
E n gl is h .....................................................................................................................			.
S pe c if i c a ti o n s ...................................................................................................			. E
C en tra l P ro c e s s ing U n it: C P U ..........................................................................			. E
M e m o r y ..............................................................................................................			. E
C o nn e c to r s , J u m p e r s , S lo ts ............................................................................			. E
B ac k P a ne l .......................................................................................................			. E n
B IO S	S e tu p ......................................................................................................		. E n
S o ft w a r e I n f o r m a ti o n .....................................................................................			. E n
D e u t s c h	...................................................................................................................		.
S p e z if ik a tio n e n .................................................................................................			. D
H au p tp r o z e ss o r : C P U ......................................................................................			. D
S pei c he r ............................................................................................................			. D
A n s c hl ü ss e ,		S teückkbren und S lo ts ............................................................	. D e -9
H i n te r e s A n s c h l u ss p a ne e l ............................................................................			. D e
B IO S	S e tu p ......................................................................................................		. D e
S o f t w a r e - In f o r m a t io n .....................................................................................			. D e
F r anç a i s ....................................................................................................................			. F
Spéc if ic éits ........................................................................................................			. F r-
C en tra l P ro c e s s ing U n it: C P U ...........................................................................			.
Mém o ir e ..............................................................................................................			. F
C o nn e c teu r s ,		C a v a li e r s , S lo ts .........................................................................	.
P a nne	a u Aèrreri	..............................................................................................	. F r- 18
C o n f igu ra tion		d u B IO S .....................................................................................	. F
In fo r m a tio n d e L o gi c ie l ....................................................................................			. F
Р у с с к ий...................................................................................................................			. R u
Х а р а к т е р и с т..............................................................................................ики			. R u -2
Ц е н т р а л ь н пыйр о ц е сс ор( C P U ) ....................................................................			. R u -5
П а м я ть.............................................................................................................			. R u -
К о н н е к т о,рып ере м ы ч кира, з ъ е мы.............................................................			. R u -9
З а дн яяп а н е ль..............................................................................................			. R u -18
Н а с т р о й каB IO S .............................................................................................			. R u -2
С в е д е н ияо п р о г р а м м н омб е с п е ч е н..................................................ии			. R u -25

v iii

English

P 6N GM

U s er’s G u ide

E n g lish

E n -1

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

S p e c ifica tio ns

P r o ces s o r S upp					o rt
- S upp		o r t s	I n tCelo r e 2 Q u a d ,				C o r e	2 D u o , P en t iu m , C e le r on
			®
	p r o c e ss o r s in			t h e	L G A 775		p a c k a g e.
( F o r t h e la t e s t i n fo r m a t io n a bou t								C P U , p le a s e v is it
h t t p : / / g loba			l . m s i . c o m . t w / i n d e x . p h p ? f u n c = c p u f o r m)
S u pp o r t e d F SB
-	S upp	o r t s	F SB	up	t o	1333	M H z	( fo r	73 U /PV)
-	S upp	o r t s	F SB	up	t o	1066	M H z	( fo r	73 V)

C hip		set
-	N v id ia		M C P 73 U / P V/V			c h i p e st
M em o r y				S uppo rt						r 7 3 U /PV)
-	DDR	2	533 / 667		/ 8 0 0 S DR A M			( 2 4 0p in / n o n - E CC)	( fo
-	DDR	2	533 / 6 67		S DR A M ( 240p			in / n o n - E C C) ( fo r	73 V)
- 2 DDR			2	D I MM s ( 4 G B		M a x)
( F o r m o r e				in fo r m a t ion		o n c o m pa t ib le c o m p o nen			t s , p le a s e v is it
h t t p : / / g loba l . m s i . c o m . t w / i n d e x . p h p ? f un)c = t e s t r e p o rt
L AN
-	S up p o r t s			L A N	1 0 / 100	/ 100 0	F a s t Et he r m®eRt TLby R e a lt ek
	82 1 1 B L			( fo r 7 3 U /PV)
-	S up p o r t s			L A N	10 / 100	F a s t	E t h e r m e®t Rb yT LR e8 a201ltekCL
	(fo r	7 3 V)

IE E E 1 3 94( o p tio n a l)

- C h i p i n t e g r a t ed b y J M ic r on J M B 3 81

A udio

-	C h ip in t e g r a t ed	b y R eAaLltCek8 88
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- C o m p li a n t w i t h		A z a l ia 1 . 0 S p ec

IDE

-	1 I D E p o r t b y M C P 73 U /PV/V
-	S upp o r t s U lt r a D M A 6 6 / 100 / 133 , PI O & B u s M a s t e r op e r a t ion
	m o de

S A TA

- 4 S A T AII po r t s s u pp o r t 4 S A T A d e v ic es

R A ID

-	S A TA 1 ~ 4	s up po r t	R AI D 0 , 1 ,	5 , 0 + 1 , J B O D ( fo r 7 3 U /PV)
-	S A TA 1 ~ 4	s u p p o r t	R A ID 0 , 1 ,	J B O D ( fo r 73 V)

E n -2

F lo p py

English

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1

fl o p p y

po rt

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S u p p o r t s

1 F DD

w it h 3 60 KB,

720

K B,

1 . 2 M B , 1 . 44 M B and

2.

8 8 MB

C o nn e c t o rs

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L A N

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6

a ud io j a c ks

O n - B o a r d

P inh ea d e rs

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3

U S B

2 . 0 p inh e ad e r s ( fo r 7 3 U /PV)

- 2 U SB 2 . 0 p in h ea d e r s ( fo r 73 V)

- 1 I E E E 1 3 9 4 p i n h e a d e r ( o p t i o n a l)

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1

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S lo ts

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o rt 3 . 3 V / 5 V

P C I

bu s

I n t e rfa ce

F o r m F a c t or

- M - A T X ( 24 . 4 c m X 22 . 0 c m)

M o u n t i ng

- 6 m o u n t in g h o l es

E n -3

M S - 7 3 6 6 M a in b o a rd
		D	F	G	J	I
		E n -18	E n -19 E n -19 E n -20 E n -20
						M	E n -20
A	E n -18					L	E n -20
A	E n -18					N	E n -20
	Q	E		H	K	E n -20
	E n -20 E n -19			E n -20
	24	1		4		3	5
	E n -16	E n -5		E n -9		E n -7	E n -9

						15	E n -12
						22	E n -15
						6	E n -9
28	E n -17
						4	E n -9
29	E n -17					7	E n -10
14	E n -12
12	E n-11					30	E n -17
	10		9	8		17
	E n-11	11	E n -10	E n -10	21	E n -13
		E n-11			E n -15
	Q u i c k C o m p on e n t s G u id e o f P 6 N G M S er ies
	( M S- 7 36 6 v 1 . X ) M a i n bo a rd
E n -4

	C e n tr a l P ro ce s s in g U n it : C PU					English
	1 Th e	m a inb oa r d s upp o r®t sp Irno tcel ss o r . T h e	m a inb oa r d		u s e s
						a C P U s o c k e t c a ll ed
	S o c k e t	775 fo r ea s y C P U in s t a ll a t ion . I f	y ou	do n o t	h a v e	t h e C P U c o o le r , c on s u l t
	de a l e r b e f o r e t u r n in g o n t he c o m p u t e r.
	F o r t h e	l a t e s t i n fo r m a t i o n a b o u t C P U , p le a s e		v is it h tt p :// g lo b a l . m s i . c o m . t w / i nde x .
	fu n c = c p u fo rm

		Im po r ta nt
O ve r h e a t i ng
O v e r hea		t in g	w ill	s e r io u s ly d a m age			t he C P U	and sys t e m . A lw a ys m a k e	s u r e t h
c oo l ing		f a n	c an	w o r k p r o pe r ly		t o p r o t e c t t he		C P U f r o m o v e r h e a t ing . M a k e		s u r
t h a t	y o u	ap p ly a n			e v en la y e r o f	the rm a l pa s t e		( o r t h e r m a l t a pe ) be tw e e n	the	C P
a n d	t h e	h e a t s in k			t o en h a n c e	h e a t	d i ss i pa t ion.
R e p l ace i n g			t h e	C PU

W h il e r ep l a c in g t h e C P U , a lw a y s t u r n o ff p o w e r s upp’s lyp o w e r c o r d f r o m t h e g r o unded C P U.

t he A T X p o w e r s u pp ly o r unp l ug t h o u tle t f ir s t t o en s u r e t he s a f e t y of

O ve r c l o ck i ng
T h i s	m a i n b oa r d i s	d e s ign e d t o	s u pp o r t o v e r c l o c k i n g . H o w e v e r , p le a s e	m a k
s u r e	y o u r c o m pone	n t s a r e ab l e	t o t o le r a t e s u c h a bno r m a l s e tt i ng , w h il e	d o i n

o v e r c l o ck i ng . A n y a tt e m p t t o o pe r a t e be y o nd p r o du c t s p e c i f i c a t i o n s i s n o

r e c o mm endedWe. d o	no t g u a r a n t ee t h e d a m a g es o r r i sks ca u se d b y i n a d-
e q u a t e o p e r a ti o n	o r b e y ond p r o du c t s p ec i fi c a t i o n s.

E n -5

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

C P U & C oo le r In s t a ll a t io n P r o ce du r es						f o r S o cke t 775
1 . T h e C P U s o ck e t ha s a p la s t i c c a p on i t t o p r o t e c t							c t fr om
	da m a g e . B e fo r e y o u h a v e i n s t a l le d t h e C P U , a lw a ys						t o p r o-
	t e c t t h e s o c k e t p in.
2 .	R e m o v e t h e c a p	fr o m	l e v e r h i nge		s id e.
3 . T he p in s o f s o c k e t r e v ea l.
4 . O p e n t he l oa d le v e r.
5 . L i ft t he l o ad le v e r up a n d o p e n t he l o ad p l a t e.
6 .	A ft e r c o n fir m ing	t h e C P U		d ir e c t ion	fo r c o rr e c t m a t i		n	t he
	C P U in th e s o ck e t	h o u s ing		f r a m e . B e	s u re to g r a s p o		f	the
	C P U b a s e . N o t e t h a t t he a li g n m e n t k e ys a r e m a t c h
7 . V is u a ll y in s p e c t if t he C P U is s ea te d w e ll in t o t h e s							t a ke
	o u t t h e C P U w it h	p u r e	v e r t ic a l m o t io n			a n d r e in s t a l l. a lig n m e n t	k ey
8 . C o v e r t h e l oa d p l a t e on t o t h e p a c k a g e.
9 . P r e ss d o w n t h e l oa d l e v e r li gh t l y o n t o t h e l oa d							t h en
	s e c u r e t h e l e v e r w i t h t h e			h o o k u nd e r r e t e n t io n t ab.

10 .A li g n t h e h o l e s o n t h e m a i n b o a r d w i t h t h e c o o le r . P u s h do w n t he

c oo le r

un t il

it s

fo u r c li p s g e t w ed

g e d in t o

t h e

ho le s o

oa r d.

1 1 .P r e ss

t h e

f o u r hoo

ks

d o w n

t o

f a s t e n

t h e

c oo l e r .

t e

t he

lo c k ing s w it c h

(r e fe r

t o

t he

c o rr e c t d ir e c t io n

m a r k e d

k

t he

h o o ks.

12 .T u r n

o v e r

t he

m a i nbo

a r d

t o

c on f ir m t ha t

- e n ds

a r e c o rr e c t l y in s e r t e d.

Im po r ta nt

1 .

R ead

t h e

C P U s t a t u s in BI O S.

2 .

Whe n e v e r

C P U

is

no t

in s t a ll e d , a l w a y s

p r o t e c t

y o u r C P U

s o ck e t

p in

w it h t

p la s t ic

c a p

c o v e r e d

t o

a v o i d d a m ag i ng.

3 .

M a inb o a r d

p h o t o s

s ho w n

i n t h i s s e c t i on

a r e f o r d e m o n s t r a t i o n

o f t h e C P

c oo l e r

in s t a ll a t io n

o n ly . T h e

app e a r an c e

o f

y o u r

m a in b o a r d

m a y v a r y

de p end

in g o n

t he

m ode l

y o u p u r c h a s e.

E n -6

M e m o ry

2 DDR

S p ec if i ca t ion: 184

- p i n , 2 . 5 v.

S ing le c h a nn e l

d e f in: itA ionll D I MM

s lo t s a r e

G R EE N

c o lo r.

D u a l c h a n n e ls

d e f in it ion

: D I M M s l o t ( s )

o n C han n e l A a r e m a r k e d i n

D I M M s lo t ( s ) o n

C h a nne l B

a r e

m a r k e d

P u r p l e

c o l o r.

40x2 = 8 0 p in 5 2 x2 = 1 04 p in

3 D D R2
S p ec if i ca t ion: 240	- p i n , 1 . 8 v.
S ing le c h a nn e l	d e f in: itA ionll D I MM		s lo t s a r e	G R EE N c o lo r.
D u a l c h a n n e ls	d e f in it ion	: D I M M s l o t ( s )			o n C han	n e l A a r e m a r k e d i n
D I M M s lo t ( s ) o n	C h a nne l B	a r e	m a r k e d	in	O r a n g e	c o l o r.

English

G R E E N

G R E E N

6 4 x2 = 1 28 p in

5 6 x2 = 1 12 p in

Im po r ta nt

- D DR 2 m e m o r y m odu le s a r e n o t in t e r c h a ngea b le w it h D DR a nd t he d a r d is n o t b a ck w a r d s c o m p a t i b le . Y ou s h o u l d a l w a y s i n s t a ll D D m od u le s in t he DDR 2 D IMM s lo t s.

D D R 2 s t R 2 m e m o

-	In	D ua l -C hanne l m o de , m a k e		s u r e t ha t	y o u in s t a ll m et hmeo rsay meo du le s o f
	t y p e a n d		d e n sini tyd iff e r en t c h a nne l D IMM		s lo t s.
-	To	e na b le	s u c c e s s f u l sy s t e m	b o o t - u p , a lw a ys in s e r t the m e m o r y m od u le s in t o t

D I MM 1 f i r s t.

E n -7

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

In s t a lli n g M e m o r y M o d u les

Y o u

c a n

find t h e

n o t c h

o n

t h e

m e m o r y

m o du le s

a nd

t h e v o lt

o n

t h e D I MM

s lo t s

w h

D D R

o r

DD R 2 . F o ll o w

t h e

p r o c e d u r e s

b e l o w

t o

i n s t a ll t h e m e m o r y

m odu

le

p r op e r

1 . T he

m e m o r y

m o du le s h a s

o n ly o ne

n o t c h

o n

t h e

c e n t e r

a n d

w il l

o n ly

fit

in

t h e

o r i e n t a t i o n.

2 . I n s e r t	t h e m e m o r y m o d u l e v e r t ic a ll y in t o t h e D I M M s l o t . T h e n p u s h i t in u n t
go ld e n	fi n g e r o n t h e m e m o r y m o d u l e i s de e p l y in s e r t ed i n t he D I M M s lo t.

Im po r ta nt

Y o u	c an ba r e ly s ee	t he g o lden	f inge r	if t he	m e m o r y	m o du le is p r o pe r ly in s e r t ed
t h e D IM M s lo t.
3 . T h e	p la s t ic c l ip a t	ea c h s ide	o f t h e	D I M M	s lo t w i ll	a u t o m a t ic a ll y c lo s e.

Vo lt

N o t ch

E n -8

C o nn ec to rs , J u m p e rs , S lo ts

4 F a n P o w e r C o nn ec t o rs

English

T h e

fan p o w e r c o nn e c to r s

s upp o r t

s y s t e m

c oo ling f a n w it h

+ 12 V . T h e C P U F A N s up

S m a r t F ANfu n c t io n . W h e n c o nn e c t

t h e w ire

t o t h e c o nn e c t o r s ,

a lw a ys ta k e no t e t h a t t

r e d w ir e is t he p o s it iv e a nd s h o u l d b e c o n n e c t e d t o t h e + 12 V, t h e b la ck w ir e is G r

an d

s hou l d b e c on n e c t e d t o

G N D . I f t he

m a i n b o a r d ha s

a

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

M o

c h i p s e t o n - b o a r d ,

y o u m u s t

u s e

a s p e c i a ll y de s ign ed f a n

w it h

s p e e d s e n s o r

t o

ad v a n t a g e o f

t h e

fan

c o n t r o l.

C o n t rol

SE N S O R

o r

NC

SE N S OR

+ 1 2V

+ 1 2V

G ND

G ND

SY S F A N / NB F A N/

C P U F AN

P O WE R F AN

Im po r ta nt

1 .

P lea s e

r e f e r

t o

t he

r e c o mm

e n ded C P U f an’ss oafft icp riao lc ewssebors it e

or

c o n s u lt

t he v end

o r s

f o r

p r o p e r C P U

c oo l ing f an.

2 . C P U F A N s u pp o r t s f an c o n t r o l . Y o uDcuanl inC os rt aellC e nu t eil irt y t h at

w il l a u t o m a t i c a ll y c o n t r o l t he C P U f an s p ee d				a c c o r d in g		t o t h e a c t ua l C PU
t e m pe ra t u r e.
3 . F a n c oo le r	s e t w it h	3 o r 4 p in s po w e r	c o n n e c to r	a r e b o t h	a v a ila b le f o r C P U F A N
5 F lo pp y D isk	D r ive C o nn ec t or
T h i s c o n n e c t o r	s u p p o r t s	360 K B, 7 2 0 KB,	1 . 2 M B, 1 . 44 M B o r		2 .	88 M B flo p p y d is k d

6ID E c o nn ec t or

T h is c on n e c t o r s upp o r ts I D E h a r d d is k d r iv e s , o p t ic a l d isk d r iv e s a nd o t h e r I D E d e v

Im po r ta nt

If y ou in s t a ll t w o ID E		de v ic e s o n t he s a m e c ab le , y o u m u s t c o n f ig u r e t he d r iv e
s e p a r a te ly	t o M a s t e r /	S la v e	m o d e b y s e t ting ju m p e r s . R’es f ed ro ctou-ID E de v ice
m en t a t io n	s up p li ed b y t h e		v end o r s f o r ju m p e r s e tt in g in s t r u c t io n s.

E n -9

M S - 7 3 6 6 M a in b o a rd
7 S e r ia l A T A C on n ec tor
T h is c o nn e c t o r is a h igh - s pee d			S e r ia l A T A in t e r fa c e			p o r t. E a c h c o nn e c to r c a n			c o n ne
o n e S e r ia l A T A d e v ic e.
Im po r ta nt
P le a s e d o n o t f o ld t he		S e r ia l A T A c ab le		in t o	90 - d eg r e e		ang	l e . O t he r w i s e , d a t
lo ss m a y o cc u r d u r ing		t r an s m iss io n.
8 F r on t P a n e l C o nn e c t o rs
T h e s e c o n ne c t o r s a r e	f o r	e l e c t r i c a l c o n ne c t ion			t o	t h e f r on t	pane l s w i t c he s		a n d L
T h e J F P 1 is c o m p l ia n t	w®i tFh r oInnttelP an e l I/ O			C o n n e c t iv i t y D e s i gn				G u id e.
R e s et HDD			S p ea ker
S w itch L ED

9							1		2												8
									1								7
10								2
									P o w e r L ED
	P o w erP o w er
	S w itchL ED
			J FP1									JFP2

9 IEEE 1394 C o n n ec t o r ( Gr ee n)

T h is c o n n e c t o r a l lo w s y o u t o c o n n e c t t h e I E EE 1 39 4 de v ic e v ia a n o p t io n a l IE E E b r a c k e t.

TPA-	Ground TPB-	Cablepower Ground	TPA-	Ground	TPB-	Cablepower Ground
TPA+	Ground TPB+	Cablepower pin)(noKey
2			10
1			9
			2			10
			1			9
			TPA+	Ground	TPB+	Cablepower Key(no pin)

IE E E 13 9 4 B r a c k et

(O p tiona l)

E n - 10

10 Fr o n t U S B				C o nn e c t o r (Y e llo w)		D e s i gn G u ide , is id ea l f o r c on-
T h is	c onne	c t o r , c o m p l ia n t w itI/hO I nCtonel n e c t iv it y
p laye	rs, p r in t e rs, m o d e m s				®		English
					a n d t h e. like
n e c ting h ig h - s p ee d U SB					in t e r fa c e p e r iph eUr aSlsB sHDDu c hd ig,a sit a l ca m e rMasP3,
	VCC	USB1-	USB1+	GND USBOC		(O p tiona l)
						U S B 2 .0 B r acket
	2			10
	1			9
	VCC	USB0-	USB0+	GND (no pin)
				Key

Im po r ta nt

N o t e t ha t t h e p in s o f V C C	a n d G ND m u s t b e c o nne c t e d	c o rr e c t ly t o a v o id p o s s ib l
d a m a g e.
11 S/ P D IF -O u t C on n ec to r	(O p tio n a l, f o r HD M I g ra ph ics	ca r d o n ly)

T h is c onn	e c
in t e r fa c e	fo r

t o r is u s e d t o	c o nne c t S/P D I F	( S o n y & P h ili p s D ig it a l I n t e r c o nn e c t F o
d ig it a l a ud io	t r a n tsom tissh eionHD M I	g r a ph ic.s c a rd

SP D IFO G ND

12 F r o n t P a n e l A u d io C o nn ec t o r ( A z a li a S p ec)

T h is c o nn e c t o r a ll o w s y o u t o F r o n t P a ne l I / O C onne c t i v i t y

c o nn e c t t h e fr on t p a ne l a ud io a nd is® c o m p li a n t w it h D e s ig n G u id e.

Ground	Presence# MIC JD	NC(No pin)	LINE out JD
2			10
1	MIC R LINE out R	Front JD	9
MIC L			LINE out L

E n - 11

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

13F r o n t P a n e l A u d io C o nn ec to r ( A C 97 S p ec)

T h is c o nn e c t o r a ll o w s y o u t o F r o n t P a ne l I / O C onne c t i v i t y

c o nn e c t t h e fr on t p a ne l a ud io a nd is® c o m p li a n t w it h D e s ig n G u id e.

1 2	A UD _GND
AU D_MIC
AU D_MI C_BIAS	A U D _ V CC

A U D _ F P o u t_R A U D _ R E T _R H P _ ON Key

A U D _ F P o u t_L A UD _ R E T _L 9 10

Im po r ta nt

If	y ou	d ’ontw an t
t o	be	ju m p e r e d

O t he rw is e , t h e

t o c o nne c t t o t he f r o n t aud io heade r , p in s 5 & 6 , 9 & 1 0 ha ve in o r d e r t o h a v e s ig n a l ou t p u t d ir e c t e d t o t he r ea r a u d io p o r t s L i ne - O u t c onn e c t o r on t he ba c k p an e l w il l no t f un c t ion.

14 C D - In C on n ec tor

T h is c o n n e c t o r i s p r o v i ded fo r e x t e r n a l au d io in p u t.

L G ND R

15 C h ass is In t r u s io n C o nn ec t or

T h is c o nn e c t o r c o nn e c t s t o t h e c h a ss is in t r u s io n

t h e c h a ss is in t r u s ion m e c ha n is m	w ill b e a c t iv a t ed .
s h o w a w a r n ing m e ss age o n t h e	s c r ee n . To c lea r
u t il i t y a n d c le a r t h e r e c o r d.

s w it c h c a b le . T h e sy s t e m t h e w a r n ing ,

I f t h e c h a ss is is o p w ill re c o rd t h is s t a t u y o u m u s t e n t e r t h e

1 C IN T RU

2 G ND

E n - 12

16 In f r a r e d		M o du le C o nn ec t or
T h is	c o n ne c t o r		a ll o w s	y o u t o c on n e c t t o in fr a r e d m od u le an d		i s® c o m p l ian t		w it h
BI O S	s e t up	t o	u s e t h e	in fr a r e d	f un c t i o n.		English	t h r o u g
F r o n t	P a n e l	I/ O	C o nn e c t i v it y D e s i gn G u id e . Y o u m u s t c o n figu r e			t h e s e tt i ng
					1 2
				NC	NC
				V C C5	G ro u nd
				IR TX	IRRX
					5 6
17 S e r ia l P or t C o nn ec t or
T h i s c on n e c t o r i s a 1 65 5 0 A h i g h s p e e d c o mm u n i c a t io n p o r t t h a t s e nd s / r e c e i v e
b y t e s F I F O s . Y o u c a n a tt a c h a s e r ia l d e v ic e.
				DSR RTS CTS RI (9)
				6	5
				1
				DCD SIN SOUT DTR Ground

18 T V -O u t C o n n e c t or

T h is c o nn e c t o r is fo r y o u t o a tt a T V - O u t c o n n e c t o r s . S e l e c t t h e

c h a n op t io n a l T V - O u t b r a c k e t	t h a t o ffe r s s o m e t y p
a p p r o p r i a t e o n e t o c o n n e c t t o	an t e l e v i s ion.

	1 4
G ro und	C O M P o r C VBS
Yo ut	G rou n d (5)
C out	3

19 Vo IP C a r d C o n n ec t or

T h is c o n ne c t o r c on n e c t s t o t he V o IP c a r d . P l e a s e r e f e r t o t he in s t r u c t ion o f t h e c a r d.

E n - 13

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

20 D- B racket™ 2 C o nn e c t or

T h is c o nn e c t o r is fo r U SB p o r t s . It a ll o w s o f L E D s igna ls.

y ou t o	c on n e c t t o t ™h e2 DwhBicrahc inkete g ra t e s fo u r
u s e r s	t o id e n t ify sys te m p r o b le m s t h r o ugh

L E D s a nd
16 v a r io u s	c o m b in a

D - Br acket™ 2

( O p tio n a l)

DBR1 DBR2 DBR3 DBR4 NC
2	10
1	9
DBG1 DBG2 DBG3 DBG4 Key
		C o nn e c te d to D-
	C o n ne c t ed	to U S B c o nne cBorat	c k e t 2 c o nne c tor
R ed	G re en
L E D S ign al	D e s c r ip t ion	L E D S ign al	D e s c r ip t ion

1

3

1

3

1

3

1

3

1

3

1

3

1

3

1

3

2	S ys te m P o w e r ON						1
	T h e D -L E D w il l h a ng
						h e r e i f the
4	p ro c e s s o r i s d a m a g e d o r no3 t in-
	s ta lled p ro p e rly.
2	E a rly C h ip s e t In itia li za tion						1
4							3
	Memo	ry D e te c tion			Te st
2	Te s ting onboa rd m e m o ry s iz e . T he
	D -L E D w ill h a n g if th e memo						1
4							ry m o d-
	u l e is	da m aged			o r not		3
						i n s ta ll ed
	p rope	rly.
2	D e c o m p re s s in g B IO S ima g e to1R AM
4	fo r fa s t boo			ting.			3
2	In itia li z ing			K e y boa			1
					rd C on tro ll e r.
4							3
2	Te s t ing V G A B IOS						1
	T h is w ill		s ta rt w riting V G A si gn -on
4	m e s s age		to th e sc re en.				3
2	P ro c e ss o r In itia li z a tion						1
	T h is w il l s ho w in fo rma tion						rega rd ing
4 th e p ro c e s s o r (li k e b rand						na m e3, s ys-
	tem bu s , e tc ...)
2	Te s tin g R T C (R e a l T im e C lo c1k)
4							3

In itia li z ing V ideo In te rfa ce

2T h is w ill s ta r t de te c t ing C P U c lo ck,

4c h e c k in g ty p e o f vid e o o n b oa rd . T h e n, d e te c t a n d in itia liz e th e vid e o a d a p te r.

B IO S S ign On

2T h i s w il l s ta rt s h o w in g in f o rm a t ion 4abou t logo , p ro c e ss o r b rand na m e, e tc ...

Te s tin g B a s e an d E xten d ed Me m o ry 2Te s ting ba s e m e m o ry fro m 240 K to

4640 K an d e xtended		m e mo ry abo ve
1M B u si ng	va riou s pa tte rn s.
2 A ssi gn R e s ou rc e s to a ll ISA.
4
In i tia li z in g	H a rd D riv e C o n tro l ler
2T h is w ill	i n i t i a li z e	ID E	d r i v e and
4c on tro ll e r.
2In itia li z ing	F lop p y D rive		C on t ro ll er
T h is w ill in itia li z e F lopp			y D rive and
4c on tro ll e r.

2	B o ot A tte m pt
4	T h is w ill s e t lo w s ta c k and boo t via
	IN T 1 9 h.
2	O p e ra ting S ys te m B oo ting
4

E n - 14

21 C le a r C M O S J u m p er
T h e r e is	a C M O S R A M	o nb oa r d	t h a t	h a s	a p o w e r s upp ly fr o m		a n e x te r n a l b a tt e ry	t o
t h e da t a	o f s ys t e m c o n f igu r a t i o n . W it h				t h e	C M O S R A M , t h e	s ys t e m c a n a u t o m a t
ju m p e r t o c le a r d a t a.		t u r n e d	o n . I f	y o u w a n t t o c lea r t h e sys			English	s
b oo t O S	e v e r y t im e it is						t e m c o n figu r a t io n ,
	1	3	1		3	1
		K e e p D a ta (de fa u lt)			C lea r D a ta

Im po r ta nt

Y o u

c a n c lea r C M O S

b y

s h o r t in g

2 -3 p in w h il e t h e

sy s t e m is

o ff . T h e n r e t u r n t o 1

2 p in p o s it io n . A v o id

c lea r ing

t he

C M O S w h i le t he s ys t e m

is o n ;

it

w il l da m ag

t h e m a i nb o a r d.

Po w e r

S upp ly

A t tac h m e nt

B e fo r e

in s e r t ing

t h e

p o w e r

s upp ly

c o nn e c t o r ,

a lw a ys

m a k e s u r e

t h a t

a ll

c o m p o n e n t

in s t a l led p r o p e r l y t o

en s u r e t ha t

no

d a m a g e

wAillll bepo wc ea ru scedon .n e c t o r s

on

t he m a inbn o a r d ha v e t o

c o nne c t t o t he A T X p o w e r s up p ly and

ha v e

t o

w o r k t o ge t h

e n s u r e

s t ab l e o p e r a t ion

o f

t h e m a in b o a r d.

22 A T X 2 4 - Pi n P o w e r C o n n ec t or

T h is c onn e c t o r

a ll o w s y o u

t o c o nn e c t a n A T X

24 - p in

p o w e r s upp l y. To

c o nn e c t t h e

24 - p in p o w e r s u pp ly , m a k e s u r e t h e p lu g o f t h e p o w e r s u pp ly is in s e r t e d in t h e p

o r ie n t a t ion and t h e p in s a r e	a li gned	. T h e n	pu s h do w n t h e p o w e r s upp l y fi r ml y in t
c o n ne c t o r.
Y ou m a y u s e t h e 20 -p in A T X	p o w e r	s u p p ly	a s ’dy oliuk elikteo. uI fs ey outh e	20 -p in A TX
po w e r s up p ly , p le a s e p lu g y ou r p o w e r s u pp l y a l o ng w it h p i n				1 & p in 1 3.

12 24

+3.3V

+12V

+12V

5VSB P W R OK

GND

+5V G ND

+5V

GND

+3.3V

+3.3V

1 13

G ND

+5V

+5V

+5V

NC

G ND

G ND

G ND

P S -O N# G ND -12V

+ 3.3V

E n - 15

M S - 7 3 6 6 M a in b o a rd
23 A T X 2 0 - Pi n P o w e r C o n n ec t or
T h is c o n n e c t o r a ll o w s y o u t o	c o nn e c t a n A T X			20 - p in p o w e r		s upp ly. To c o nn e c t	t h e
20 - p in p o w e r s u p p ly , m a k e s u r e t he p lu g o f t h e p o w e r s u p p ly is in s e r t e d i n t he p
o r i e n t a t io n a n d t he p in s a r e	a l igned		. T h e n pu s h d o w n		t h e	po w e r s up p ly f ir ml y	in t
c o n ne c t o r.
5V 5V -5V GND GND GND PS-ON GND -12V 3.3V
10 20			1 11
12V 5VSB PWR OK GND	5V GND 5V	GND	3.3V 3.3V
24 A T X 1 2 V P o w e r C o nn ec t o r ( 2 x 2 - Pi n)
T h is 12 V po w e r c onn e c t o r is	u s ed		t o p r o v id e	p o w e r t o	t h e	C P U.
	2	1
G ND			G ND
12V			12V
	4	3
25 A T X 1 2 V P o w e r C o nn ec t o r ( 2 x 4 - Pi n)
T h is 12 V po w e r c onn e c t o r is	u s ed		t o p r o v id e	p o w e r t o	t h e	C P U.
	+ 12V

8	5
4	1

G ND

26 A T X 1 2 V P o w e r C o nn ec t o r ( 1 x 4 - Pi n)

T h is 12 V p o w e r c o nn e c t o r is u s e d t o p r o v id e p o w e r t o t h e g r a p h ic s c a r d.

1	5V
2	GND
3	GND
4	12V

27 P a r a ll e l P o r t C o nn ec t or
T h i s c o n n e c t o r is	u s e d	t o c o nne	c t a n o p t ion a l	p a r a ll e l	p o r t	b r a c k e t. T h e pa r a ll e l	p
a s t a nd a r d p r in t e r	p o r t	t h a t s upp	o r t s E nh a n c e d	P a r a ll e l	P o r t	( EPP ) a nd E x t e nd e d	C
b i li t ie s P a r a l le l P o r t ( E C P ) m o d e.
		K e y (N o p in)	S L CT
		G ND	PE
		G ND	B U SY
		G ND	A C K#
		G ND	P R N D7
		G ND	P R N D6
		G ND	P R N D5
		G ND	P R N D4
		G ND	P R N D3
		L P T _ S LI N#	P R N D2
		P IN IT#	P R N D1

E R R# P R N D0 A F D# RS TB#

2 1

E n - 16

28 PC I E x p r ess	S lo t	( x16 /	x4 /	x1)
T h e P C I E x p r e ss	s l o t	s upp	o r t s	t h e P C I E x p r e ss in t e r fa c e e x p a n s io n c a r d.
				English
				P CI E x p r e s s x 16 S lot
	P CI E x p r ess x 4 S lot
P CI E x p r ess x 1 S lot

29 P C I ( P e r ip h e r a l C o m p o n e n t In t e r c o nn ec t) S lot

T h e P C I s l o t s u p po r t s L A N c a r d , S C S I c a r d , U S B c a r d , an d o t h e r ad d - on c a r d s c o m p ly w it h P C I s pe c ific a t i o n s.

Im po r ta nt

Whe n	add in g o r r e m o v ing e x pan		s io n c a r d s , m a k e s u r e		tha t y o u	unp	lu g t he po w e
s u p p ly	firs t. M e a n w h ile , re a d	t h e	d o c u m e n t a t ion	fo r th e e x p a n s ion		c a rd t o		c on f ig u r
a n y n e c e ss a r y h a r d w a r e o r		s o f t w a r e s e t t i n g s		f o r t h e	e x p an s ion		c a r d ,	s u c h a
ju m pe r s , s w it c he s o r B IO S c o n f igu r a t io n.

30 T P M M o du le C o nn e c t or

T h is c o nn e c t o r c o nn e c t s t o a T P M ( T r u s t e d P la t fo r m M o du le ) m o d u le ( o p t io n a l) . P r e fe r t o t he T P M s e c u r it y p l a t fo r m m a n u a l fo r m o r e d e t a il s a n d u s a ge s.

13

14

LFRAME# LAD3 LAD2 LAD1 LAD0 LRST# LCLK
				1
GND				2
		VCC5 VCC3
GND	pin)		SIRQ	STB
	Key(no			3Vdual / 3V

E n - 17

M S - 7 3 6 6 M a in b o a rd
B a c k P a n el
A M o u se / K ey b o a rd
®		®
T h e s t a nd a r d PS/2m o u s e / k e y b oa r d	D I N c onn e c t o r is fmoroua sPeS/2ke y b o a r d.
P S /2 Mo u s e c o n n e c t o r ( G r ee n / 6 - p in f e m a l e)
P S /2 K e yb oa r d		c on n e c t o r ( P u r p le / 6 - p i n fem a l e)
B P a r a l le l P o rt
A p a r a lle l p o r t is a s t a nd a r d p rin t e r p o r t		th a t s upp o r t s E nh a n c e d P a r a ll e l	P o r t	( E PP
E x t en d e d C a p a b il it ie s P a r a l le l P o r t ( E C P ) m o d e.
13	1
		(2 5 - p i n fem a l e c o n n e c to r)
25	14

C S e r ia l P o rt

T h e s e r ia l po r t is a 1 65 5 0 A h ig h s pe e d c o m m un i c a t i o n s p o r t b y t e s F I F O s . Y o u c a n a tt a c h a s e r i a l m o u s e o r o t h e r s e r i a l c o n ne c t o r.

t ha t s end d e v i c e s

s / r e c e i v e d i r e c t l y t

1	5
	(9 - P in M a le C o n ne c t o r)
6	9

D V G A P o rt
T h e D B 15 - p i n fe m a l e c onne c t o r	is p r o v id e d f o r m on i t o r.
5	1
	(1 5 - P i n F ema le DIN C o n n e c to r)
15	11

E n - 18

E D V I P o rt

T h e D V I ( D ig it a l V i s ua l I n t e r fa c e ) c o n n e c t o r a ll o w s y o u t o c o n n e c t a

n L C D m on it

d e v i c e .

T o

c o n n e c t

a n

L C D

m o n i t o r,

s i m p l y p l ug

y o u r m o n i t o r c a b l eEnglish

i n t o t h e

p r o v i de s

a

h igh - s p e e d

d i g i t a l

i n t e r c o nn e c t i on

b e t w e e n

t h e

c o m p u t e r an d i t s

d i

c o nne c t o r ,

a n d m a k e s u r e

t h a t

t h e o t h e r e nd

o f

t h e

c a b le

is

p r o p e r ly

c o n n e c t e d

t o

m on it o r ( r e fe r t o y o u r m o n it o r m a n u a l f o r m o r e in f o r m a t io n .)

1

8

17

24

Im po r ta nt

P l ea s e

n o t e t h a t

t he

D V I

c o nn e c t o r

d o e s

n o t s uppo r t

c o nn e c t in g

t h e

D - S ub

t

D VI c on v e rt e r.

F 1 3 94

P o rt

T h e I EE E 13 9 4 po r t

o n

t he

ba c k p a n e l

p r o v ide s

c o n n e c t io n

t o I E EE 1 3 94

d e v ic e s

G L AN

T h e s t a nd a rd R J - 45 L A N ja c k is fo r c o n ne c t io n to t he L o c a l A r e a N e tw o r k ( L A N) . Y o c o n n e c t a n e t w o r k c a b l e t o it.

L ED C o l or

L E D S ta te

C on d i t i on

O ff

L eft O r a n ge O n (s te a d y s ta te)

O n (b ri gh te r & p u ls i ng)

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

Th e c o m p u te r is c omm u n ic a tin g w ith an o th e r c om 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 n - 19

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

H

U S B P o rt

T h e U S B ( U n iv e r s a l S e r i a l B u s ) p o r t i s fo r a t t a c h i n g U S B de v i c e s s u c h a s k e y b

m ou s e , o r o t h e r U SB - c o m p a t ib le de v ic e s.

A u d io

P o r t C o nn ec to rs

T h e s e

a u d io

c o n n e c t o r s a r e

u s ed

fo r

au d io

de v i c e s . Y ou

c a n d iff e r e n t i a t e

t he

c o

t h e

a u d io ja c ks fo r d i ff e r e n t

aud

io

s oun

d

e ff e c t s.

I

L in e - O u t

( Gr ee- Lnin) e

O u t,

is

a

c o nn e c t o r

fo r s p ea k e r s o r

he a dph o n e s.

J

L in e - In

( B lu- eL)ine I n

/ S i d e - S u r r o und

O u t

in 7 . 1 c hann

e l m od e , is u s e d

fo r

e x-

t e r n a l C D p la y e r , t a p e p l a y e r o r o t he r a u d io d e v i c e s.

K

M IC

( Pi n k)- M i c I n , is

a c o nne

c t o r

fo r

m ic r o p h o n e s.

L

C S - O u t

( O r a ng- Ce)e n t e r /

S ub w o o fe r

O u t

in

5 . 1 /

7 . 1 c hann

e l m o d e.

M

R S - O u t

( B la -c kR)e a r- S u r r o und

O u t

in

4 / 5 . 1 / 7 . 1

c h a nn e l

m o d e.

N

SS - O u t

( Gr ay)- S id e - S u r r o und

O u t

7 . 1

c h a nn e l m o d e.

O C o ax ia l S / P D IF - o ut

T h i s S/P D I F

( S o n y &

P h il ip s

D i g i t a l

I n t e r c on n e c t F o r m a t ) c on n e c t o r

i s

p r o v i d e

d i g i t a l

aud

i o

t r an s m is s ion

t o

e x t e r na l

s pe a k e r s t h r oug h a

c o a x i a l c ab l e.

P

O p t ica l

S / P D IF - o ut

T h i s S/P D I F

( S o n y &

P h il ip s

D i g i t a l

I n t e r c on n e c t F o r m a t ) c on n e c t o r

i s

p r o v i d e

d i g i t a l

a u d i o

t r an s m is s ion

t o

e x t e r n a l

s p e a k e r s t h r o u g h a n

o p t ic a l fi b e r

c ab l e.

Q HD M I P o rt

T h e H ig h - D e f in it i o n M u lt im ed ia I n t e r f a c e ( HD M I ) is an a ll - d i g i t a l a u d i o / v id eo in t e

c a p a b le o f

t r a n s m itt ing

un c o m p r e ss e d

s t r ea m s . HD M I s upp

o r t s a ll T V fo r m a t , in c l

s t a n da r d , e nh a n c e d , o r h i gh - d e f in i t i o n v id eo , p l u s m u l t i - c h a nn e l d i g it a l a ud i o

s in g l e

c a b le.

E n - 20

B IO S S e tup

English

T h i s c h a p t e r

p r o v ide s

b a s ic

in f o r m a t io n

o n

t h e BI O S S e t up p r o g r a m

a ll o w s

y

a n d

c o n fig u r e

t h e

sys t e m

fo r

o p t im u m

u s e .

Y o u m a y

n ee d

t o r un

t h e S e t up p r o g r a m

w

* A n e rr o r

m e ss ag e a ppe

a r s

o n t h e sc r ee n

d u r ing

t h e

s y s t e m

b oo t ing

up ,

a n d r e q

y o u t o r un BI O S SE T U P.

* Y o u w a n t t o

c h a nge

t he d e fau lt

s e t t ing s

fo r c u s t o m iz ed fe a t u r e s.

Im po r ta nt

1 . T he it e m s unde

r ea c h B IO S

c a t eg o r y de sc r ibed i n t h is c hap

t e r

a r e unde

r c o n

t inu o u s u p da t e

f o r

be tt e r

sy s t e m

pe r f o r m an c e . T he r e f o r e ,

t he de sc r ip t io n

m ay

be

s li g h t ly d iff e ren t

fr o m

the

la t e s t B IO S

and

s h o u ld be h e ld

fo r

r e f e r e n c e

on ly

2 . U p on b oo t - up ,

t he

1 s t l ine

appea

r ing

a ft e r t h e m e m o r y

c o un t i s t h e

B I O

v e r s io n . It is u s u a ll y in t he f o r m a t:

A 7 36 6 N M S V 1 . 0 1 0 10 0 7 w he r e:

1 s t

d ig it r e fe r s

t o B IO S

m a k e r a s

A

=

A M I,

W

= A W A R D , an d

P =

P H O E N IX.

2nd

- 5 t h d ig it

r e f e r s

t o

t he

m ode

l

nu m be r.

6 t h re f e r s t o t h e C h ip s e t v en d e r a s A = A M D , I = I n te l, V = V IA , N = N v id ia , U = U L

7 t h	- 8 t h	d ig it	r e f e r s	t o t h e	c u s t o m e r	a s M S = a ll s t anda r d c u s to m e r s.
V 1 . 0 r e fe r s t o t he B IO S v e r s io n.
1010	0 7	r e f e r s	t o t he	da t e	t h is B IO S	w a s r e le a s ed.

E n - 21

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

E n t e r in g	S e tup
P o w e r o n	t h e c o m pu t e r a n d t h e sys t e m w il l s t a r t P O S T ( P o w e r O n S e lf Te s t ) p r o

W h e n t h e m e ss a g e b e lo w a pp ea r s o n t h e s c r ee n , p r e ss < D E L > k e y t o e n t e r S e t up

P r e ss D E L t o e n t e r S E T UP

I f t h e m e ss a g e d is app ea r s b e fo r e y o u r e s p o n d a nd y o u s t i ll w is h t o t he s y s t e m b y t u rn in g it O F F a n d O n o r p r e s s in g t he R E SE T bu tt o n . t h e sys t e m b y s im u lt a n eo u s l y p r e ss ing < C t r l> , < A lt > , a nd < D e le t e >

en t e r S e t up ,	r
Y ou m a y a ls o	r
k e ys.

G e tt in g

H e lp

Aft e r

e n t e r i ng

t h e S e t u p

m e nu ,

t h e

f ir s t

m enu

y o uM wa inill Mseeen uis.

t he

M a in

M e nu

T h e m a in

m e n u

li s t s t h e

s e t u p

f u n c t ion s y o u

c a n m a k e c han

g e s

t o . Y o u

c a n

u s

a r r o w

k e ys↑↓(

)

t o s e l e c t

t he

it e m . T he

on - l in e

d e sc r ip t ion

o f

t h e

h ig h li g h t ed

s e t

fu n c t ion

is

d is p la y e d a t t h e bo tt o m

o f t h e s c r e e n.

S ub - M e nu

I f y o u

find

a r igh t p o in t e r

sy m b o l

( a s

s h o w n in t h e r ig h t v ie w)

a p pe a r s t o t he l e ft o f c e r t a in fi e ld s t h a t m e a n

c o n t a i n i n g a d d i t i o n a l o p t i o n s c a n be l a u n c

fi e l d . Y ou

c an

u s e c on t r o↑↓l k e y)s t(o h i g h li g h t t he

an d p r e s s < E n t e r > t o c a l l u p t h e s u b - m en u .

u s e t h e

c on t r o l k e ys t o e n t e r

v a lue s

a nd

m o v e

fr o m f ie ld t o

fie ld w it h i n a

s u b - m e

y o u w a n t t o r e t u r n t o t h e m a in m e nu , ju s t p r e ss < E s c >.

G e n e r a l H e lp < F 1>

T h e BI O S s e t up p r o g r a m p r o v id e s

fr o m	a n y	m e n u b y s im p ly p r e ss ing
u s e	and	t h e p o s s ib le s e le c t i o n s fo r
s c r e e n.

a G e n e r a l H e lp < F 1 > . T he H e lp t h e h igh l ig h t e d

sc r ee n . Y o u s c r ee n li s t s it e m . P r e ss

c a n c a ll u p t h is s t h e a pp r o p r ia t e k e < E s c > t o e x it t he

E n - 22