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这是产品页面,楼主以后要记得学会察厂商资料,直接在Download里面找,然后会有支持的CPU型号列表:
5 j# \ a) `7 j. ehttp://www.asus.com/products.asp ... el=1289&modelmenu=1
* z( T2 W( b4 B2 K; T" O5 j P5WDG2 WS Professional The following table shows the support for CPU / Motherboard 0 h1 \8 [3 o+ u% b) Z
& Z5 P a1 q# L ?/ P% P- x, S
) O4 G- f" }8 n& q/ |. b9 k CPU
, h$ [' V% b- Y. Y! c Since PCB $ h/ m8 |! Z# |$ |% }* p
Since BIOS ( L* U; D3 i3 T7 [% E
Note H) o) ?% n7 e+ \( P4 W. {" K
- Y2 S( P9 X8 ]# k& i9 {& u7 _% J& e) v
Celeron D 325J (2.53 GHz, 533 FSB, LGA775) ALL 0206 / ~3 [! o6 T z6 }
5 l) B; |' }0 }" V3 x
Celeron D 326(2.53 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206
$ `; Y" ~7 T8 y ; r" E7 M% ]4 J
Celeron D 326(2.53 GHz, 533 FSB, revG1, LGA775) ALL 0206
" @1 Z3 ^, u: r' f) @# H8 L% X: r3 I
) h1 \ ~2 X+ V' s$ ECeleron D 330J (2.66 GHz, 533 FSB, LGA775) ALL 0206
; A2 z" I1 r- i u5 Q x 0 U4 O' p; R, T# v7 h9 k
Celeron D 331(2.66 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206 6 J9 e. l' Y( h% R4 @( k( D
# ^2 K+ r) z) j- r. \& C
Celeron D 331(2.66 GHz, 533 FSB, revG1, LGA775) ALL 0206 $ _ l! x5 b% Y1 o1 H, p
* [0 p$ i7 @7 L4 N5 y1 c6 lCeleron D 335J (2.80 GHz, 533 FSB, LGA775) ALL 0206
0 _$ \2 ^/ w" Q1 O; |7 D3 z, }" k
`1 ^$ }/ E" F9 c* ^Celeron D 336 (2.80 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206
/ l! w% z7 b5 c5 e' X / _' p0 x" O8 e& S
Celeron D 336 (2.80 GHz, 533 FSB, revG1, LGA775) ALL 0206
) I x- K7 Z% O/ z8 _4 p
/ m. f* W+ D H0 P/ e1 @. ECeleron D 340J (2.93 GHz, 533 FSB, LGA775) ALL 0206
3 M, R9 n0 w7 G: ~
5 S! r! u4 A: L6 n: ~* V+ ZCeleron D 341 (2.93 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206 . W8 P) m k6 r
$ A; M& }- N k; b( f( }
Celeron D 341 (2.93 GHz, 533 FSB, revG1, LGA775) ALL 0206
& g( ~; G8 `/ S # h: W3 S& {6 J3 T. E3 p
Celeron D 345J (3.06 GHz, 533 FSB, LGA775) ALL 0206
0 c0 M$ E8 |+ |* b! q% k; z
/ m' b1 e4 Q! H1 rCeleron D 346 (3.06 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206 4 O- S. x+ g* g/ z3 [% C& O
; U6 }( z: F# L* GCeleron D 346 (3.06 GHz, 533 FSB, revG1, LGA775) ALL 0206 2 ] @/ v5 M) J( m
8 c* ]+ L1 m. o: B: B
Celeron D 347 (revD0,65nm,3.06GHz, 533 FSB, L2:512KB, LGA775) ALL 0206 . @ S- K9 F4 U" `5 {
, V2 a6 e# f, X
Celeron D 351 (3.2 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206
1 A' p; M* u# B3 p$ z$ t ; s* Q' X g2 R: \
Celeron D 351 (3.2 GHz, 533 FSB, revG1, LGA775) ALL 0206
* e, K1 v6 g& Y0 y. R! l; m
. U) a6 y/ i- @2 ?Celeron D 352 (65nm,3.20 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0206 # e1 g2 }6 |% N+ X
7 d2 C7 N/ ^4 N
Celeron D 355 (3.33 GHz, 533 FSB, L2:256KB, rev E0, LGA775) ALL 0206
3 s7 y; Q' p. u/ ~; s
0 O# H3 {3 M# }3 O9 n* }6 h" kCeleron D 355 (3.33 GHz, 533 FSB, L2:256KB, revG1, LGA775) ALL 0206 - ?& R8 \2 _* a+ `
. R0 e- I% i. q& A3 H8 g: MCeleron D 356 (65nm,3.33 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0206
; |+ N" ]3 j3 J- _% x: p2 a* j
7 m: w; U0 F0 _4 X% ]Celeron D 360 (65nm,3.46 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0206 ' b4 z9 F# `' c. h- n+ T8 U
1 c% s; p9 X; M! r! h) w
Celeron D 365 (65nm,3.60 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0206 ; z6 Y8 W3 H" K8 T( |- h' P
- v. z5 |. H9 y- i5 e2 M# u8 T
Celeron Dual Core E1200(1.6GHz,800 FSB,L2:512K,revM0) ALL 0805 & T- W9 w; x e" h
$ u; W1 N% ^" Z# O( S
Celeron Dual Core E1300 (1.8GHz, 800 FSB, L2: 512K, revM0) ALL 0805 5 z$ N& @6 L1 f( W
3 Y) V' z5 a, W) q) D8 a A8 T- B% b
Core 2 Duo E4300 (1.8GHz,800FSB,L2:2MB,65W,rev.L2) ALL 0506 1 Q3 z1 h5 V( k! y H
: p, ~( a$ }; ]
Core 2 Duo E4400 (2.0GHz,800FSB,L2:2MB,65W,rev.L2) ALL 0604 9 T& b/ h9 T& \8 |! z& o
' F1 t/ w7 R& t( T' s; Y
Core 2 Duo E4400 (2.0GHz,800FSB,L2:2MB,65W,rev.M0) ALL 0805 : _: w% C9 S1 h2 ]" `7 |- \! I7 T+ V
' x: I8 e2 W* L; N' pCore 2 Duo E4500 (2.2GHz,800FSB,L2:2MB,65W,rev.M0) ALL 0805
7 e7 \' N4 t" F2 q- Z T2 | A3 t& }$ z
Core 2 Duo E4600 (2.4GHz,800FSB,L2:2MB,65W,rev.M0) ALL 0805
3 x) V' K9 u8 r& K% j0 z
% k2 k8 F& [' b# a) Q# q! e* V; H9 `1 ~Core 2 Duo E4700 (2.6GHz,800FSB,L2:2MB,revG0) ALL 0805
3 R6 C+ q ^0 Q! ]: D q0 h7 O7 w
- x9 t8 ]8 g- e! Z" @+ UCore 2 Duo E6300 (1.86GHz,1066FSB,L2:2MB,rev.B2) ALL 0206 1 E; y3 x$ ?6 _3 B. ?
! @& E2 U i% @0 S/ |- L0 E
Core 2 Duo E6300 (1.86GHz,1066FSB,L2:2MB,rev.L2) ALL 0604
& S+ E4 P0 s( M4 T8 y f: z 4 `! _5 F: b( f$ ~) H& j
Core 2 Duo E6320 (1.86GHz,1066FSB,B2:4MB,rev.B2) ALL 0803 A$ v& r2 h: \# q
5 [+ [. A4 }3 x9 O. `Core 2 Duo E6400 (2.13GHz,1066FSB,L2:2MB,rev.B2) ALL 0206 & m" a7 w/ k2 I: N0 G7 p
+ ~" Z! r3 I; @' N4 YCore 2 Duo E6400 (2.13GHz,1066FSB,L2:2MB,rev.L2) ALL 0604
* F ?3 ~- v/ H/ ^
) U) I& L y2 w/ s, Z' ACore 2 Duo E6420 (2.13GHz,1066FSB,L2:4MB,rev.B2) ALL 0803 ; K F; z4 J2 m; Z. H) K
, E. s6 t! `) ^# ^; b4 ^6 U w
Core 2 Duo E6540 (2.33GHz,1333FSB,L2:4MB,rev.G0) ALL 0802 , i0 n6 O5 n6 O* S9 @' ~
) p9 \2 Y1 k3 V6 g! ?# ?' T4 Z
Core 2 Duo E6550 (2.33GHz,1333FSB,L2:4MB,rev.G0) ALL 0802
0 M7 ~) \' P0 e6 P. J* ~ ( o; V3 K0 H6 e+ m5 m! T0 w
Core 2 Duo E6600 (2.40GHz,1066FSB,L2:4MB,rev.B2) ALL 0206 1 K# O) k, G' Y3 G {8 Y
+ `7 x, }1 }# t
Core 2 Duo E6700 (2.66GHz,1066FSB,L2:4MB,rev.B2) ALL 0206
1 \9 w7 e. O5 Y C / t4 F8 k. l1 e: s2 |3 h
Core 2 Duo E6750 (2.66GHz,1333FSB,L2:4MB,rev.G0) ALL 0805 1 y; \% H7 l. Z, }1 ]# s1 ~0 z- f& ~! r
8 Z8 h d( I4 k9 T; o, n- `0 |Core 2 Duo E6850 (3.00GHz,1333FSB,L2:4MB,rev.G0) ALL 0805
9 g* z( W1 h6 P) c% U) ?0 ^
* g) b- [( V4 x, s9 u7 UCore 2 Duo E8200 (2.66GHz,1333FSB,L2:6MB,65W,rev.C0) ALL 0905
; f2 V4 v( ^ b' _5 {" Y4 ^ / \7 n5 h' y* K( V5 z* }0 L
Core 2 Duo E8400 (3.00GHz,1333FSB,L2:6MB,65W,rev.C0) ALL 0905
0 a s$ I+ p1 \0 E 6 F% |( m0 F; }( h: Z
Core 2 Duo E8500 (3.16GHz,1333FSB,L2:6MB,65W,rev.C0) ALL 0905 , a3 C2 O1 Y3 y7 q. f
, }# {. `* R7 s1 E- xCore 2 Extreme QX6700 (2.66GHz,1066FSB,L2:2X4MB,rev.B3,4 cores) ALL 0408 ; r% Z0 i; { \, x3 a1 p
: i7 I8 q# f* j; W3 s. @7 [# \- m
Core 2 Extreme QX6800 (2.93GHz,1066FSB,L2:2X4MB,rev.G0,4 cores) ALL 0805
2 N0 o5 v! m; x8 _
) m7 Q2 K5 e' g! |* m1 h: U! RCore 2 Extreme QX6850 (3.00GHz,1333FSB,L2:2X4MB,rev.G0,4 cores) ALL 0805 2 C5 a* S$ B( \: B
8 S6 ` Z! q ~# X) o/ y
Core 2 Extreme QX9650 (3.00GHz,1333FSB,L2:2X6MB,rev.C1,4 cores) ALL 0905
4 }6 Y E( p+ Y: s, Y, g9 c6 T$ e
6 ~$ w r2 |9 c" F) W: j, pCore 2 Extreme QX9770 (3.2GHz,1600FSB,L2:2X6MB,rev.C0,4 cores) ALL 0905 ; ~' ?9 F' L3 ?7 q
# x2 B* s1 I+ {Core 2 Extreme X6800 (2.93GHz,1066FSB,L2:4MB,rev.B2) ALL 0206 ! y$ C/ W% R$ d8 C+ @+ }
, W. K+ a; I) a! BCore 2 Quad Q6400 (2.13GHz,1066FSB,L2:2X4MB,rev.B3,4 cores) ALL 0408
" u+ i+ t+ h* y0 `- n # Y% U% x. y! R, V1 x! T
Core 2 Quad Q6600 (2.40GHz,1066FSB,L2:2X4MB,rev.B3,4 cores) ALL 0408 & b4 ^" f; n: w9 i& s
0 V$ {6 c. r$ N& R
Core 2 Quad Q6600 (2.40GHz,1066FSB,L2:2X4MB,rev.G0,4 cores) ALL 0805 s1 g1 @( N* i, e$ x6 W4 k2 ~
/ I9 X& C1 P0 A4 ?$ h8 ]Core 2 Quad Q6700 (2.66GHz,1066FSB,L2:2X4MB,rev.G0,4 cores) ALL 0805
3 P. x' U8 \- n `, k1 ` 6 B1 o" T! s9 Y5 f- z" [
Core 2 Quad Q9300 (2.5GHz,1333FSB,L2:6MB,rev.M1,4 cores) ALL 0905 : @% {% ?1 i1 \) ]# o
0 y* h! Y/ }- I, U3 c2 b- d: I8 ^8 m" hCore 2 Quad Q9450 (2.66GHz,1333FSB,L2:12MB,rev.C1,4 cores) ALL 0905
: J) G3 b) ^7 z% u; L
) z8 I; g1 y; m4 {5 G6 P5 mCore 2 Quad Q9550 (2.83GHz,1333FSB,L2:12MB,rev.C1,4 cores) ALL 0905 3 P/ C# U5 [- q9 M% j4 k* {/ t; N* [8 d
# z4 K8 J4 G! a2 ~' z2 z
P4-3.40GHz(FSB800, revR0) ALL 0206 9 s$ Z9 Y2 N. L- V [. s8 _# z1 Z3 ^
" ]! T# I1 d8 Y. u E# e2 ^P4-3.73 GHz Extreme Ed. (1066 FSB, HT, revN0, LGA775) ALL 0206
3 c- i7 l& Q. v' H8 a/ L; n
7 |$ L8 j! \3 l8 {% [2 jP4-3.80GHz(FSB800, revR0) ALL 0206
# c. Q9 o1 F$ Z. T6 H# ^ 8 p. u7 B* ?1 [" y5 r
P4-506 (2.66 GHz) (533 FSB, EM64T, revG1) ALL 0206
& A6 s7 E; _) W! q1 R% h! N4 c6 K' S 1 R: E% w1 k2 k
P4-511 (2.8 GHz) (533 FSB, EM64T, revG) ALL 0206 % h* H4 O. D. Z6 j
2 |& `: d0 K0 J& R& N: ?P4-516 (2.93 GHz) (533 FSB, EM64T, revG1) ALL 0206
) ? H, c) _/ m. f# R ' {' e( x% V* U5 c. g# }7 Q
P4-519K (3.06 GHz) (533 FSB, EM64T, revG1) ALL 0206
/ L i3 b! w$ F4 h. x+ |: e/ p
. T5 Z" F: d5 J# m& H i% ^1 G! cP4-524 (3.06GHz, 533 FSB,HT, L2 1M, revG1) ALL 0206 : e9 B3 ~( t$ V* p1 `6 W: R$ E7 }1 Q
) l4 c8 I" T# C3 N8 f- s" o, O
P4-530/530J (3E GHz) (800 FSB) (D0,E0) ALL 0206 ( g! v! ~* |7 Q L
+ I* z- r- ]$ k" N3 h8 n% CP4-531 (3GHz, 800 FSB, L2 1MB)(D0,E0) ALL 0206
0 D: ^+ T+ @+ Q3 w/ A, e9 G% |" I $ Z* Z' g* R- i1 R+ S
P4-540/540J (3.2E GHz) (800 FSB) (E0,D0) ALL 0206 4 i( {; J9 G9 x4 o
6 k; j* d& s* i+ ?" U+ M
P4-541 (3.2GHz, 800 FSB, L2 1MB)(E0,D0) ALL 0206
; o, }9 N& v2 @9 E
2 `2 L% t# Q+ J& l6 {P4-550/550J (3.4E GHz) (800 FSB) (D0.E0) ALL 0206
+ m. E: i6 B5 l 8 m3 I+ f' f+ K1 r
P4-551 (3.4GHz, 800 FSB, L2 1MB,D0,E0) ALL 0206 ' m2 s: {( @% ~
% @3 q1 \0 w) f0 H+ @- e3 i
P4-560/560J (3.6 GHz) (800 FSB) (DO,E0) ALL 0206 % v, f( t& L. F: c, Q
$ H6 C: A' h: H+ g4 B [8 Y+ Q* y qP4-561 (3.6GHz, 800 FSB, L2 1MB) ALL 0206
, t6 U9 l! @ o$ I
4 y" s! Y/ H" U9 T. tP4-570J (3.8 GHz) (800 FSB) (D0,E0) ALL 0206
0 Q) e4 t( p# Y* v& _ ) Z6 H3 d- v6 i8 J5 A5 l& z2 y) a& F
P4-571 (3.8GHz, 800 FSB, L2 1MB V E0) ALL 0206
/ I' e7 ~8 D, E0 l1 u
* p6 p. N% @) K, B8 LP4-630 (3.0E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL 0206
' Y# d, @- a. V" y, V7 M2 ?3 i - ^. S! y8 H6 u
P4-631 (65nm,3.0GHz, 800 FSB, L2:2MB, revB1) ALL 0206 * H6 L# m8 Y- N1 T: A/ ?; ?. v
3 r3 t& n" J2 U* M* w& P* E: \/ Z5 j# F
P4-631 (65nm,3.0GHz, 800 FSB, L2:2MB, revC1) ALL 0206
& a% A; P! j ?9 P0 ~
- |& h( V, q) r4 m1 X, h7 o# KP4-631 (65nm,3.0GHz, 800 FSB, L2:2MB, revD0) ALL 0206 6 W A9 a3 J4 J; f
( ^& z6 T* U: Y' I' q; A v
P4-640 (3.2E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL 0206 : Q" n& g8 J1 q3 m
9 Y- O, M8 F& }, S {: F: d" ^P4-641 (65nm,3.2GHz, 800 FSB, L2:2MB, revB1) ALL 0206
4 f0 R* I) e9 I! w2 a 8 k9 s+ X# g0 T$ G: ^2 o+ N- ~3 U9 N
P4-641 (65nm,3.2GHz, 800 FSB, L2:2MB, revC1) ALL 0206
$ y: }% K2 x9 c" L2 l! }- L) R 9 q% o0 {% c, { o7 l. [/ e
P4-641 (65nm,3.2GHz, 800 FSB, L2:2MB, revD0) ALL 0206
1 A. ]" m# H+ _: Z
4 b/ l9 {' i0 u! r3 qP4-650 (3.4E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL 0206 ) g2 G5 G6 h; }) U
* e w- G4 O0 {% f4 g8 g8 v9 sP4-651 (65nm,3.4GHz, 800 FSB, L2:2MB, revB1) ALL 0206 , p, k5 u* y' m
: V" Q/ T% |- [
P4-651 (65nm,3.4GHz, 800 FSB, L2:2MB, revC1) ALL 0206
$ P' K0 ^4 q' m8 V+ I9 V + d# f& D) M9 t
P4-651 (65nm,3.4GHz, 800 FSB, L2:2MB, revD0) ALL 0206 ! z) ^* n) e( [- c6 y
7 |5 {; _& E% K) ^P4-660 (3.6E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL 0206 2 o8 S0 x' E3 M4 Y9 \
' `! H6 N$ G; e3 x/ ?5 JP4-661 (65nm,3.6GHz, 800 FSB, L2:2MB, revB1) ALL 0206 $ Z! Z4 G; }+ R; q& ^! `7 A
. F* a& F; V2 Z+ I1 B
P4-661 (65nm,3.6GHz, 800 FSB, L2:2MB, revC1) ALL 0206
( J: C+ s s% S& z
% Y& i3 B4 K0 H# N8 f- n% _/ PP4-661 (65nm,3.6GHz, 800 FSB, L2:2MB, revD0) ALL 0206 6 ?% S; m A; W" f2 u/ D
) b; ?" {) l1 [
P4-662 (3.6 GHz, 800 FSB, L2:2MB, EM64T, HT, revR0) ALL 0206
3 t4 i+ l9 i7 {0 O
9 W- P. H; w. j& |, LP4-670 (3.8 GHz, 800 FSB, L2:2MB) ALL 0206
+ W6 t: |) W: W1 n& ?% ~
e, O5 n3 k1 ]$ o4 ]5 ~P4-672 (3.8 GHz, 800 FSB, L2:2MB, revR0) ALL 0206 5 l: e. O' u: L# W6 w8 i
1 H# | c5 i! f5 {2 T; y7 t5 j1 N5 xPentium D 805 (2.66 GHz, 533 FSB, revB0) ALL 0206
" r( {8 z. e4 x5 ]4 d; E
; E5 u! i J! l" C6 sPentium D 820 (2.8 GHz, 800 FSB, revA0) ALL 0206 ' m$ E- W3 D! B& A
1 W% R7 j8 B1 Q$ j0 f# RPentium D 820 (2.8 GHz, 800 FSB, revB0) ALL 0206 . T2 C2 R; X; o
* i d2 M+ C @- uPentium D 830 (3.0 GHz, 800 FSB, revA0) ALL 0206
/ q W% i% j& [+ i" \
# ~* G1 |+ R1 n/ YPentium D 830 (3.0 GHz, 800 FSB, revB0) ALL 0206
# T/ j4 S4 t. F' I& t' Q & k! `; x3 T6 Q3 m: d* u
Pentium D 840 (3.2 GHz, 800 FSB, revA0) ALL 0206 4 G4 M8 |4 x/ A4 _) [$ D a/ S
4 o' W. K9 A' l) t) n& q- {9 W
Pentium D 840 (3.2 GHz, 800 FSB, revB0) ALL 0206
( y" `/ C5 a2 B9 t- q7 W
2 U2 o3 x* E5 R9 S# g% }$ j: ?Pentium D 915(2.8GHz, 800 FSB, L2 4MB, revC1, without VT function) ALL 0206
. J2 ^3 U/ j0 H* d( ^, `, y 4 }- r) R- W' ]# N8 v: j
Pentium D 915(2.8GHz, 800 FSB, L2 4MB, revD0,without VT function) ALL 0206
- Y' j5 @0 o. u" u
' q8 L, M3 M; y) ^/ f' S! @* kPentium D 920(2.8GHz, 800 FSB, L2 4MB, revB1) ALL 0206
# I) z: ]5 T2 O2 K! ^0 | 7 O( B. [. w( [2 s" X, U& z
Pentium D 925(3.0GHz, 800 FSB, L2 4MB, revC1, without VT function) ALL 0206 3 m7 z2 { L5 D( V
# [3 s. m$ ~6 M6 \
Pentium D 925(3.0GHz, 800 FSB, L2 4MB, revD0, without VT function) ALL 0206
9 T$ ~1 h$ c! W$ I5 L3 m" l
3 T1 t6 z5 \: d. C1 VPentium D 930(3.0GHz, 800 FSB, L2 4MB, revB1) ALL 0206 ) e4 _* U' V# z4 W3 l
/ L, }( ^% J# E# VPentium D 930(3.0GHz, 800 FSB, L2 4MB, revC1) ALL 0206 2 u x. r! O# E: G1 ?6 W9 F- N/ p+ O
/ A5 ]5 X& r1 U0 q% p
Pentium D 935(3.2GHz, 800 FSB, L2 4MB, 95W, revD0) ALL 0206 - G' w! ?& v0 q8 r( t5 Z& @) V
5 e( A) z# E; C" A5 tPentium D 940(3.2GHz, 800 FSB, L2 4MB, revB1) ALL 0206 + Q. z6 p: k# k2 l5 }7 Z5 ~
& s) Q" Y M7 L: k: L% q$ Y, X
Pentium D 940(3.2GHz, 800 FSB, L2 4MB, revC1) ALL 0206 1 q) {! }/ O9 V* u) y/ t/ W
: Z7 ?! F1 m7 L* ^
Pentium D 945(3.4GHz, 800 FSB, L2 4MB, revC1, without VT function) ALL 0206
9 ~* q3 a+ ^* ? S9 P + J* u. N: m6 C7 q9 t
Pentium D 945(3.4GHz, 800 FSB, L2 4MB, revD0, without VT function) ALL 0206 ' C' I5 x3 t( U0 W1 A4 k
' T% [0 k$ _& r! ~( xPentium D 950(3.4GHz, 800 FSB, L2 4MB, revB1) ALL 0206
1 n; j* J) ?4 c: w
1 V; D& }/ t+ \Pentium D 950(3.4GHz, 800 FSB, L2 4MB, revC1) ALL 0206
K3 L$ t) T" U' q6 N3 \# Y& D
. F8 \; \7 k4 z* O1 B$ {" g6 aPentium D 950(3.4GHz, 800 FSB, L2 4MB, revD0) ALL 0206 4 D4 m1 `8 Y8 F& `( y
+ Y* l/ t8 w k7 v! A
Pentium D 960(3.6GHz, 800 FSB, L2 4MB, revC1) ALL 0206
% \3 n2 Q3 c- D* W+ y
* g W* n n# o# _0 pPentium D 960(3.6GHz, 800 FSB, L2 4MB, revD0) ALL 0206
0 N3 w* o* e" U h3 `
3 z M5 J9 N) ?; p+ H8 o, ?2 l6 ^Pentium Dual Core E2140(1.6GHz, 800FSB, L2 1MB, rev.L2) ALL 0803
# m1 W3 m; a) V4 g# W 6 p9 y w3 l) q4 S; D& N: v! X q
Pentium Dual Core E2140(1.6GHz,800FSB,L2 1MB,rev.M0) ALL 0805 ; Y! J: w& V3 h/ i$ v( g# W( Y
/ _; D) z) `$ L; ^7 t. lPentium Dual Core E2160(1.8GHz, 800FSB, L2 1MB, rev.L2) ALL 0803 + \9 h$ L$ C% z4 @0 ?* n F* |
/ }2 U3 l4 B4 x: ^4 C3 [7 O0 T: Y4 i
Pentium Dual Core E2160(1.8GHz,800FSB,L2 1MB,rev.M0) ALL 0805
- t8 o' q/ h$ ]! T
, e+ y- u3 _, dPentium Dual Core E2180(2.0GHz,800FSB,L2 1MB,rev.M0) ALL 0805
, ^* l: T5 L- y; ?; A7 h
1 `& A, m: ~ ~9 m' VPentium Dual Core E2200(2.2GHz,800FSB,L2 1MB,rev.M0) ALL 0805 2 x0 t& d& r8 j' C, o" {) l3 p
9 K8 V$ p* {- g+ n1 Q
Pentium Dual Core E2220(2.4GHz,800FSB,L2 1MB,rev.M0) ALL 0805 $ _, O$ M* @9 m+ K; G8 T
4 h0 F, I Z) p: _Pentium Extreme Ed-840 (3.2 GHz, 800 FSB, revA0) ALL 0206
8 z, s* I$ P: _7 n: C
. F# P6 m \& R" C. @$ OPentium Extreme Ed-840 (3.2 GHz, 800 FSB, revB0) ALL 0206
) c0 j0 _5 d5 O) g7 S
" j8 w7 g; W/ a% NPentium Extreme ED-955(3.46GHz, rev A0,B1) ALL 0206
, y5 w7 O- p& K0 }4 G! X
|! H2 I1 ^$ f0 r1 u* _7 G$ mPentium Extreme ED-965(3.73GHz, rev C1) ALL 02061 h" |) |; U% S% L E
8 O/ `+ m3 m- \8 a, p: x# Y
[ 本帖最后由 Robin_Zhang 于 2008-5-16 16:18 编辑 ] |
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