华硕官方公布的p5n32-sli deluxe可以支持的CPU型号！不知那个好些
) L( v! r, _( k4 Q- C, z B% f! m8 \' Q1 R
0 V' @6 B! I5 V# i2 e# m$ @, _
Celeron D 325J (2.53 GHz, 533 FSB, LGA775) ALL ALL
2 R! A1 s3 U+ ^9 T( v( l % X2 e8 E9 j7 \# B1 E2 k
Celeron D 326(2.53 GHz, 533 FSB, LGA775)E0,EM64T ALL ALL 3 W! l3 Z& `/ v5 A9 ?* `
5 y3 R# g, H) e1 i( o* `/ ?) rCeleron D 326(2.53 GHz, 533 FSB, revG1, LGA775) ALL 0209 : L( J9 S8 y8 Q. ~6 ~5 z
# }# y9 g' P8 k* ]8 g4 i& m
Celeron D 330J (2.66 GHz, 533 FSB, LGA775) ALL ALL . c: K( K1 Q) y0 M* R
) H3 E a" {0 i5 WCeleron D 331(2.66 GHz, 533 FSB, LGA775)E0,EM64T ALL ALL
' x) q+ i$ F) Z8 J" O . b) j/ T- E+ z4 i2 I2 s B- l# x2 K' t
Celeron D 331(2.66 GHz, 533 FSB, revG1, LGA775) ALL 0209 a, ?9 Y* [: P1 W# H/ O2 Y
/ p& ~1 J# G3 _( S, g6 J$ aCeleron D 335J (2.80 GHz, 533 FSB, LGA775) ALL ALL
* w+ m7 O# t. `% } ~+ K8 h 9 K* y6 t& M1 w4 F8 f/ b
Celeron D 336 (2.80 GHz, 533 FSB, LGA775)E0,EM64T ALL ALL ; W! y: [$ j, L7 ~
' A2 P. V1 Q$ D' WCeleron D 336 (2.80 GHz, 533 FSB, revG1, LGA775) ALL 0209 s- X/ U% P1 ~
6 }9 h' [' \* e) ]
Celeron D 340J (2.93 GHz, 533 FSB, LGA775) ALL ALL
1 g* e6 G6 t! T4 ~- U, m" T, {- Y* C% p: R 0 M% T' P! p# G- v+ ]& v
Celeron D 341 (2.93 GHz, 533 FSB, LGA775)E0,EM64T ALL ALL : ]) f; h, d) U9 K1 W$ N: l! o
/ r- S/ t) B* B8 u$ h; K& B
Celeron D 341 (2.93 GHz, 533 FSB, revG1, LGA775) ALL 0209
$ R; r3 n$ ]* ~# @ % s& s& J7 L& X' x, t3 d6 G
Celeron D 345J (3.06 GHz, 533 FSB, LGA775) ALL ALL - U- A4 \7 a+ h2 F
1 ^! a4 E2 N0 u. E0 e+ r6 aCeleron D 346 (3.06 GHz, 533 FSB, LGA775)E0,EM64T ALL ALL : Z4 b0 b2 U9 I* R3 L
+ |3 a# w, C3 iCeleron D 346 (3.06 GHz, 533 FSB, revG1, LGA775) ALL 0209
9 Y8 @, V D2 O: d2 ~% m
) Z$ Y+ L9 N9 ]# E+ u: `) bCeleron D 351 (3.2 GHz, 533 FSB, LGA775)E0,EM64T ALL ALL 4 S. x, [" R) A7 U% P/ F& ]1 ~
0 v- J5 |. q: l. D5 lCeleron D 351 (3.2 GHz, 533 FSB, revG1, LGA775) ALL 0212
1 Y3 Z( k' _1 y/ R( R4 A
$ m& C5 {& H6 ZCeleron D 352 (65nm,3.20 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0405 ) Q! {- v! o3 ^9 ]$ \+ H
: ^9 f. d9 p, a
Celeron D 352 (revC1,65nm,3.20 GHz, 533 FSB, L2:512KB, LGA775) ALL 0310 - ?0 }; W3 R+ W, j, l
4 j9 v! o3 _& h0 b2 N2 |
Celeron D 355 (3.33 GHz, 533 FSB, L2:256KB, rev E0, LGA775) ALL ALL / M' o5 ?$ F9 ?" J% s5 j
! Q* ^- S' ?. g7 i$ x% fCeleron D 355 (3.33 GHz, 533 FSB, L2:256KB, revG1, LGA775) ALL 0209 3 d3 T! ?& x% Q \* j3 E
! [1 _3 w( Z- @ R6 f" M c( \Celeron D 356 (65nm,3.33 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0405
) }! x. R/ _; G/ v# [ & L$ g# j+ ?4 W, V9 e2 q
Celeron D 356 (revB1, 65nm,3.33 GHz, 533 FSB, L2:512KB, LGA775) ALL 0212
7 w( _% U: M0 _# m [: t6 r; j, {
" A, @7 y! I: N: E5 JCeleron D 356 (revC1,65nm,3.33 GHz, 533 FSB, L2:512KB, LGA775) ALL 0310
+ c/ N4 K8 G+ r) h0 V/ l
& J% s, n! u/ }' `6 VCeleron D 360 (65nm,3.46 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0405 0 O% M$ m5 y; f9 C2 F9 n
5 E6 y) p3 a2 g1 h3 `; s. A
Celeron D 365 (65nm,3.60 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0405 8 ?1 v5 a7 l: X/ P j$ k" G& z) ]
: C0 X% y. ^4 JP4-3.20F GHz (EM64T) ALL ALL
: O1 G8 C( D, K+ | & L2 F, o3 y) v( P
P4-3.40 GHz Extreme Ed. (800 FSB, HT, revM0, LGA775) ALL ALL
# c- @& ^" t9 ?
3 M% i X, G2 J' ?% o& DP4-3.40F GHz (EM64T) ALL ALL
1 [9 s7 k( V+ D3 T
! p( [% R4 g; r; u/ U; ZP4-3.40GHz(FSB800, revR0) ALL 0212 # [) B& f* z% f0 B. V/ ?
. T0 P! }7 t# [% f+ ?5 ^
P4-3.46 GHz Extreme Ed. (1066 FSB, HT, revM0, LGA775) ALL ALL 6 _0 b2 I3 K+ G" K# A
; H4 u- R9 K% T. V, x8 PP4-3.60F GHz (EM64T) ALL ALL 7 s" E% z _, X; U; J0 s/ e8 P8 a0 q
3 e+ f1 c8 |+ X3 P/ J$ e
P4-3.73 GHz Extreme Ed. (1066 FSB, HT, revN0, LGA775) ALL ALL ! m4 a3 v t: T
/ a& P4 Y, N- C( D6 G, |7 W* Y' FP4-3.80F GHz (EM64T) ALL ALL 1 i" Z* x4 O1 w+ M; {
+ n: [, A/ W7 M4 q* n' O" bP4-3.80GHz(FSB800, revR0) ALL 0212 n2 ^6 w5 B- p) s. X* r* Y
0 g) M2 D4 `; B- h y/ {) fP4-505 (2.66 GHz) (533 FS ALL ALL 2 k' i, b( E2 B! L) e% x
) I# C5 \- f$ k) x ]8 ~P4-506 (2.66 GHz) (533 FSB, EM64T) ALL ALL - b' B8 V* {, f: p! D, c5 S* [2 d
5 w9 Q1 ~7 F2 |/ _% w( WP4-506 (2.66 GHz) (533 FSB, EM64T, revG1) ALL 0212 % C g& o8 }" O5 L) F' T
# X2 N" _8 \) z7 F0 a
P4-511 (2.8 GHz) (533 FSB, EM64T) ALL ALL
D1 G. H* t# t$ R/ L
5 h, ^! r# ^2 d, Q) jP4-511 (2.8 GHz) (533 FSB, EM64T, revG) ALL 0212 2 m! e$ T5 i" M* O" ?- W" ~
) h& h8 W( _4 m, N* U* V
P4-515 (2.93 GHz) (533 FS ALL ALL
. N* A/ x3 J# W( n/ o ; _0 K6 J% B9 _: A
P4-516 (2.93 GHz) (533 FSB, EM64T) ALL ALL
" m" f+ B6 \1 J. n( z: h U
9 y( h. H! s3 oP4-516 (2.93 GHz) (533 FSB, EM64T, revG1) ALL 0212
+ z- d5 w2 ]8 R+ L" e$ O$ K+ r0 V
% _( n, }' R- [ T( |* UP4-520/520J (2.8E GHz) (800 FS (HT) ALL ALL / R7 y) O5 D4 \/ F/ x0 t% Q5 p& t; V
# g# n' i/ C9 n! ]; U% d7 uP4-521 (2.8GHz, 800 FSB,HT, L2 1M ALL ALL
8 X! P5 `4 K0 [5 j4 g( u
$ P+ s* ^# K' E* C# M3 ~- Y3 w7 cP4-524 (3.06GHz, 533 FSB,HT, L2 1M, revG1) ALL 0310
5 d& o# \5 C6 B: E% f! {
, T U: ^+ `% rP4-530/530J (3E GHz) (800 FS (HT) ALL ALL
- W; H) I3 e0 W' I ' K# g+ v) T0 z
P4-531 (3GHz, 800 FSB, L2 1M ALL ALL 5 `8 `" ^7 A; Q; Z3 v
2 F4 d+ a; k% W; h' r
P4-540/540J (3.2E GHz) (800 FS (HT) ALL ALL
8 Q8 z, g: @" Q; V) p( I T, i8 F5 t
% P; E! X5 q. m% e9 Z. q$ ?P4-541 (3.2GHz, 800 FSB, L2 1M ALL ALL
/ I$ w7 _' X+ a+ i8 w {+ e5 K* N% J+ W. j, i- b4 u
P4-550/550J (3.4E GHz) (800 FSB) (HT) ALL ALL . b2 u$ Q* V0 {, c' L
( R ^7 K4 C4 h" m4 w ], f
P4-551 (3.4GHz, 800 FSB, L2 1MB) ALL ALL
M" _* R$ P2 l, c0 x 7 D2 u& f' k- n( ~
P4-551 (3.4GHz, 800 FSB, L2 1MB, revG1) ALL ALL
6 O/ c4 P. F4 H' M. A
y+ T. O' N1 H" x+ \* AP4-560/560J (3.6 GHz) (800 FSB) (HT) ALL ALL ! P0 M/ E- E$ g# Q# t$ k& J
4 ^/ ?% H) j" V- W
P4-561 (3.6GHz, 800 FSB, L2 1MB) ALL ALL
l2 ?! T2 G3 c" e3 k1 Q
. U) Z; f+ B# g1 g3 \P4-570J (3.8 GHz) (800 FSB) (HT) ALL ALL + `) E3 Y/ a% J7 V& l
n' k" _3 O% ~& OP4-571 (3.8GHz, 800 FSB, L2 1MB) ALL ALL , p8 ]$ p6 L! L+ v% f4 D
8 }# s, e; S6 L! hP4-630 (3.0E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL ALL
! s' D5 D) K+ S6 P& h6 \! v2 L
+ G' Z& \3 r' f% jP4-631 (65nm,3.0GHz, 800 FSB, L2:2MB, revB1) ALL 0212
( W' N2 F* |- ]7 z! G" V7 ]+ s9 n 9 p$ o7 \5 c; C& Y9 D+ Q% h
P4-640 (3.2E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL ALL 7 o4 @) a3 d1 m* T( W7 g$ F
. S! o+ l. s( |: c1 ?P4-641 (65nm,3.2GHz, 800 FSB, L2:2MB, revB1) ALL 0212
' E: }0 w4 \4 f/ \
# b- l, Q1 I7 A( g- SP4-650 (3.4E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL ALL
5 Z% [0 ^6 }% a' j/ M2 i; w 9 N5 v" E. ~* |. M x, S# a5 Z. `/ @
P4-651 (65nm,3.4GHz, 800 FSB, L2:2MB, revB1) ALL 0212
0 L0 ]" r6 u3 ~( J7 W: x
( u3 E& y2 }2 t/ a; z% FP4-660 (3.6E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL ALL
; p) Y6 {3 M0 p( r. O# n 4 ^9 O9 m3 X( j7 Y! P9 H
P4-661 (65nm,3.6GHz, 800 FSB, L2:2MB, revB1) ALL 0212
6 C+ I+ u6 j* r D% q& p 7 g3 j: ~3 Y* m" L, {7 g
P4-662 (3.6 GHz, 800 FSB, L2:2MB, EM64T, HT, revR0) ALL 0209
$ X4 {$ y. O4 \5 q ) o% `) a% G$ e# Y" |
P4-670 (3.8 GHz, 800 FSB, L2:2MB) ALL ALL * t& ~5 M7 X0 a, P% G" ^# ]
) e5 L% ~4 N) D& k( Z7 WP4-672 (3.8 GHz, 800 FSB, L2:2MB, revR0) ALL 0209 # H5 |4 {1 x7 G1 h7 @" b
+ O( n+ u' I0 v! W0 I2 F3 t/ C7 d/ }Pentium D 805 (2.66 GHz, 533 FSB, revB0) ALL 0212
; z3 M2 `3 C4 d0 X5 V 0 P" D! c% ^; T: M L( b) r8 \
Pentium D 820 (2.8 GHz, 800 FSB, revA0) ALL ALL
6 R6 P0 @, P- m, O) K# I ! o6 t' p/ o& K8 Y
Pentium D 820 (2.8 GHz, 800 FSB, revB0) ALL 0301
4 v, | z6 X7 {9 P7 V- w
6 r3 @6 {% R5 o) m; c4 J6 JPentium D 830 (3.0 GHz, 800 FSB, revA0) ALL ALL
5 U0 X! g* N+ W) W . ~% p9 M" t6 [+ y+ j ^
Pentium D 830 (3.0 GHz, 800 FSB, revB0) ALL 0301
- ]* {& G, ~7 z' i; I& v/ L% e
5 x: v% o P2 T8 NPentium D 840 (3.2 GHz, 800 FSB, revA0) ALL ALL
. G, q3 F0 _& }( R: M* X . H% }3 B2 b$ @+ y" I4 j
Pentium D 840 (3.2 GHz, 800 FSB, revB0) ALL 0301
, }$ B% O3 V* Q4 O; C+ ~ 6 c" ^: P0 S9 j
Pentium D 915(2.8GHz, 800 FSB, L2 4MB, revC1, without VT function) ALL 0301
" v0 N4 ^; ?1 `6 b* }
, A7 B [" t" aPentium D 920(2.8GHz, 800 FSB, L2 4MB, revB1) ALL 0308
9 ]/ x5 N. h% e& {" @ 9 B0 p0 W/ R0 W& q
Pentium D 925(3.0GHz, 800 FSB, L2 4MB, revC1, without VT function) ALL 0301
& \# C0 L8 ^8 l/ E" T* j
6 v I0 u L3 w5 ]- |0 IPentium D 930(3.0GHz, 800 FSB, L2 4MB, revB1) ALL 0308 3 ?3 t- r1 S0 R, j+ m
( J* M- F' Z p4 Q/ a
Pentium D 930(3.0GHz, 800 FSB, L2 4MB, revC1) ALL 0310 ; n$ V4 w& f; ^5 R
! ? p8 K7 i! d, t" O4 n; S# O1 W7 B: ?6 r
Pentium D 940(3.2GHz, 800 FSB, L2 4MB, revB1) ALL 0308
/ L2 E% l! y# P8 C0 V
Z. m1 f1 C/ \$ V$ d0 fPentium D 940(3.2GHz, 800 FSB, L2 4MB, revC1) ALL 0310 8 i i4 w. j/ h9 R7 f4 G/ \
L2 n; E4 R) m) {$ t& J( O& D: iPentium D 945(3.4GHz, 800 FSB, L2 2X2MB, revD0, without VT function) ALL 0405 2 H. [: \7 u3 E* L8 t% W0 _
% c; E$ O3 O; c( c6 f K+ sPentium D 950(3.4GHz, 800 FSB, L2 4MB, revB1) ALL 0308 ) C. n% ^; D& p
1 I/ Y( k/ o, ?% j# w8 V# y( T
Pentium D 950(3.4GHz, 800 FSB, L2 4MB, revC1) ALL 0310
$ k, G% q+ a% Z. q; g
9 L) V7 S5 E5 m: z1 c; DPentium D 960(3.6GHz, 800 FSB, L2 2X2MB, revD0) ALL 0405
( v5 D% [- n8 X/ T" [ 0 a# N; \; i+ `& Q8 u
Pentium D 960(3.6GHz, 800 FSB, L2 4MB, revC1) ALL 0310 / H* e( [; e8 [* a) F
- N; R q Y4 {$ E
Pentium Extreme Ed-840 (3.2 GHz, 800 FSB, revA0) ALL ALL
+ J5 P! @8 U' G2 q7 s/ a+ x/ R( c i
- y" N7 n- T, P2 Z! LPentium Extreme Ed-840 (3.2 GHz, 800 FSB, revB0) ALL ALL
& P' @+ b, q. F3 D- ]; }
6 W1 Q3 [2 n3 `% w7 a- f GPentium Extreme ED-955(3.46GHz, rev B1) ALL 0308
( J& N/ Y7 L8 J: A- R 0 M6 D9 [4 Q+ K# K& ]
Pentium Extreme ED-965(3.73GHz, rev C1) ALL 0310 |
IP卡
狗仔卡
发表于 2006-9-20 20:38
QQ好友和群
收藏
分享
好贴
烂贴
提升卡
置顶卡
沉默卡
喧嚣卡
变色卡
显身卡
楼主