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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:; R6 l1 S! |! H4 \& r9 {6 {" w
http://www.asus.com/products.asp ... el=1289&modelmenu=18 v% K4 ]4 ~8 ?, h# `
P5WDG2 WS Professional The following table shows the support for CPU / Motherboard ) h5 r6 ^7 B, l+ t& o
- d3 c+ ^' T6 ]$ g
: p' A4 a5 |- s, A( Z& b+ g! c CPU
% M7 F0 T, n+ d; ^: d7 F Since PCB
, A3 Q" f" P, {" \. c! b' O/ v Since BIOS
$ Y: l" T/ W! E, f" j( a2 b Note
' ~0 C. R/ B5 o1 E, V$ ? B3 {
" S/ J c7 [! A; |. F/ HCeleron D 325J (2.53 GHz, 533 FSB, LGA775) ALL 0206
; H* F. r- A+ n0 I- _9 m 9 g3 q+ H/ a/ F& W8 G
Celeron D 326(2.53 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206
# j, z$ y& [* q: T
; u1 u* }* Y5 \Celeron D 326(2.53 GHz, 533 FSB, revG1, LGA775) ALL 0206
! q* P/ z$ i1 Z! z3 d- g
) M( T5 G4 n4 k& i UCeleron D 330J (2.66 GHz, 533 FSB, LGA775) ALL 0206 , m D2 U6 @; C& r1 U& b* o
# H m) J5 T2 \ r0 h4 x
Celeron D 331(2.66 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206
# c+ e; S! D0 |! e) v4 N 2 E9 }6 \3 p; n% ~2 i% K' w
Celeron D 331(2.66 GHz, 533 FSB, revG1, LGA775) ALL 0206 . ?- Y1 J. K+ F% B4 D$ k/ v2 A
% s+ B2 O U7 `1 G
Celeron D 335J (2.80 GHz, 533 FSB, LGA775) ALL 0206
R0 p2 L! V* m0 F$ d6 }8 e+ W
: c0 N& k6 H5 [Celeron D 336 (2.80 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206 + a. v3 e8 ?- h7 j/ @
3 {! Y& _! ?- H, F) N1 n
Celeron D 336 (2.80 GHz, 533 FSB, revG1, LGA775) ALL 0206
( k9 G9 F F! j 9 h8 [3 o- h5 W' H+ r4 x5 q5 O1 l
Celeron D 340J (2.93 GHz, 533 FSB, LGA775) ALL 0206
6 n& A# w, y' h! B ) n/ X7 l$ h' ?3 \
Celeron D 341 (2.93 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206 ' G4 W5 Y" S% i4 ^( k/ ]
( k+ J6 K A! @, y" K8 f/ [; p0 B
Celeron D 341 (2.93 GHz, 533 FSB, revG1, LGA775) ALL 0206 5 O) m, E" g+ o2 [' s3 r% {
0 d3 Q" M8 M! U8 v3 `Celeron D 345J (3.06 GHz, 533 FSB, LGA775) ALL 0206
4 F4 q2 n3 d5 | / y! x# j+ ~ w, Z8 S( w
Celeron D 346 (3.06 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206 2 o3 {& m# ~4 i# ~$ e" x
$ h: w2 [5 w" G* P* `' U* ]Celeron D 346 (3.06 GHz, 533 FSB, revG1, LGA775) ALL 0206 4 h. I. B) Y+ N ^+ E3 e
9 v6 b. c# H8 C n6 V8 D& FCeleron D 347 (revD0,65nm,3.06GHz, 533 FSB, L2:512KB, LGA775) ALL 0206 ! a( ?, b3 H, X& X, r' S: d
3 G* A2 B( S! T7 t# k7 t) b: U y
Celeron D 351 (3.2 GHz, 533 FSB, LGA775)E0,EM64T ALL 0206 * w2 W, M! V5 I8 F
1 K' v5 y( {# S( b4 wCeleron D 351 (3.2 GHz, 533 FSB, revG1, LGA775) ALL 0206
- G3 d" }/ T( S' N # z" {8 T- Q% c- ?* ~0 H3 f& e
Celeron D 352 (65nm,3.20 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0206
5 R: \4 u- s, Y% i0 a# Z) r8 D $ p: B2 l1 v: n# O/ p' [
Celeron D 355 (3.33 GHz, 533 FSB, L2:256KB, rev E0, LGA775) ALL 0206
1 f [" Z$ X( D) U# }3 ^ 4 C8 H3 u- y4 H6 M; k
Celeron D 355 (3.33 GHz, 533 FSB, L2:256KB, revG1, LGA775) ALL 0206 , @- n7 V5 a) @! {( e
. D8 k9 V2 \- |! r- _% o
Celeron D 356 (65nm,3.33 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0206
% Z$ }' d H9 I L
/ j; I3 W3 A9 n4 m# ^Celeron D 360 (65nm,3.46 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0206
N: p# e/ B# m$ S0 o1 E6 k) S& N3 C
4 Z: p8 r# b/ d T& |- F7 r: l$ GCeleron D 365 (65nm,3.60 GHz, 533 FSB, L2:512KB, revD0, LGA775) ALL 0206 ! M0 |% N- r n2 j3 S+ E/ p+ C
- N0 l2 d. |; }5 P& }) H
Celeron Dual Core E1200(1.6GHz,800 FSB,L2:512K,revM0) ALL 0805 ! ^' b5 q1 ]! T. }+ O. v' j; {, k% |
- }/ L4 e3 Z) t
Celeron Dual Core E1300 (1.8GHz, 800 FSB, L2: 512K, revM0) ALL 0805
" k" [7 U5 b- z9 F! p8 I7 w0 ^ ' u) @* S& Y( h7 M7 I' z) C
Core 2 Duo E4300 (1.8GHz,800FSB,L2:2MB,65W,rev.L2) ALL 0506 ' S* ]5 `/ K4 \9 a9 x
8 ~3 t$ }7 o' h( X2 B% rCore 2 Duo E4400 (2.0GHz,800FSB,L2:2MB,65W,rev.L2) ALL 0604
! G: P6 u1 k, X- F# j
0 R9 e4 g: z% Y7 a7 L7 q* k0 |Core 2 Duo E4400 (2.0GHz,800FSB,L2:2MB,65W,rev.M0) ALL 0805
~) s" B1 J7 H- t7 E . D7 ^& H. c) a& j! y t
Core 2 Duo E4500 (2.2GHz,800FSB,L2:2MB,65W,rev.M0) ALL 0805
, ^, |& o# F; S5 E ; t$ z8 t. F g1 q( u7 x/ G
Core 2 Duo E4600 (2.4GHz,800FSB,L2:2MB,65W,rev.M0) ALL 0805
- P& x8 F3 v/ G: q6 _ 5 o) D; |' T. p2 c e
Core 2 Duo E4700 (2.6GHz,800FSB,L2:2MB,revG0) ALL 0805
) J" c( S$ w$ C4 b$ o; z & ?9 [/ }: {. s, ?& ?
Core 2 Duo E6300 (1.86GHz,1066FSB,L2:2MB,rev.B2) ALL 0206 : j) M1 A1 i: ]
; `3 ~, j, n3 L4 U0 v6 b! ~Core 2 Duo E6300 (1.86GHz,1066FSB,L2:2MB,rev.L2) ALL 0604
) @* S5 G* K; }) y ) Z$ f( b- E6 }+ P1 X
Core 2 Duo E6320 (1.86GHz,1066FSB,B2:4MB,rev.B2) ALL 0803
4 Z% c( r# }' J6 R
5 Z% I. G( A2 t1 Q' SCore 2 Duo E6400 (2.13GHz,1066FSB,L2:2MB,rev.B2) ALL 0206
- M+ {3 h3 i2 j& a 4 `; |3 |3 N$ L8 a' q4 t; x* ^
Core 2 Duo E6400 (2.13GHz,1066FSB,L2:2MB,rev.L2) ALL 0604
5 c# |# P. j+ t7 `$ l
- A' U$ S n$ L0 g2 wCore 2 Duo E6420 (2.13GHz,1066FSB,L2:4MB,rev.B2) ALL 0803
- }; l7 d$ h( p4 b+ |: t/ b4 f1 g 6 c, d/ m+ r& Q1 W' Y5 B
Core 2 Duo E6540 (2.33GHz,1333FSB,L2:4MB,rev.G0) ALL 0802 1 m* k5 f1 ?1 E
7 J7 e9 u/ {4 {9 ^5 s7 E/ jCore 2 Duo E6550 (2.33GHz,1333FSB,L2:4MB,rev.G0) ALL 0802
' d' Y2 ~+ U8 \; j7 n% U
5 }3 |/ n7 c9 h3 |/ sCore 2 Duo E6600 (2.40GHz,1066FSB,L2:4MB,rev.B2) ALL 0206
8 Z% X( ?: S: Y, ], G
, ^" S: F, }+ _0 E3 |Core 2 Duo E6700 (2.66GHz,1066FSB,L2:4MB,rev.B2) ALL 0206 5 [% F- T- Q" c$ j3 T% W" T- A
9 j$ M0 d1 m. R k7 Z N, |% ~
Core 2 Duo E6750 (2.66GHz,1333FSB,L2:4MB,rev.G0) ALL 0805 6 Z& h( K. p+ [$ m, i+ y( b) B4 r
9 I! V, z0 a# B% \) T
Core 2 Duo E6850 (3.00GHz,1333FSB,L2:4MB,rev.G0) ALL 0805
9 T; [/ L2 @* c9 |" D
7 H7 I' \& [ x. d. M- t$ HCore 2 Duo E8200 (2.66GHz,1333FSB,L2:6MB,65W,rev.C0) ALL 0905
7 s$ v4 ^9 i" K& U8 O
. M! U$ v/ R$ H: m8 o8 r! B& |Core 2 Duo E8400 (3.00GHz,1333FSB,L2:6MB,65W,rev.C0) ALL 0905
) u. d* c) O$ [- G
4 d8 i: U% V- l% y& lCore 2 Duo E8500 (3.16GHz,1333FSB,L2:6MB,65W,rev.C0) ALL 0905
5 W) s6 T, u5 z; x( h% l 0 J( }& y6 r- J9 z7 e
Core 2 Extreme QX6700 (2.66GHz,1066FSB,L2:2X4MB,rev.B3,4 cores) ALL 0408 s9 W: Y% Q* J
' m$ B: k, g4 e& ~9 @
Core 2 Extreme QX6800 (2.93GHz,1066FSB,L2:2X4MB,rev.G0,4 cores) ALL 0805
( O" Y; o' e! w0 ?8 \
, _. N* T- e, k7 h8 m6 bCore 2 Extreme QX6850 (3.00GHz,1333FSB,L2:2X4MB,rev.G0,4 cores) ALL 0805 + E' E F$ Z6 c: n7 D
! L/ T" }# S. e/ f0 }
Core 2 Extreme QX9650 (3.00GHz,1333FSB,L2:2X6MB,rev.C1,4 cores) ALL 0905
2 ?& n2 h, C8 Z6 _0 z- D + N8 `/ T8 u' m6 u8 o
Core 2 Extreme QX9770 (3.2GHz,1600FSB,L2:2X6MB,rev.C0,4 cores) ALL 0905
0 d1 _9 W$ i. ]. M' J+ r
. G! m1 N2 w' A# Q( |9 }- _Core 2 Extreme X6800 (2.93GHz,1066FSB,L2:4MB,rev.B2) ALL 0206 2 \0 ~: p/ ]) s
. p5 s1 a0 h3 g8 R- x
Core 2 Quad Q6400 (2.13GHz,1066FSB,L2:2X4MB,rev.B3,4 cores) ALL 0408
4 Z7 m0 E1 x/ W7 @- H( y2 V$ z3 m
6 y! m0 g7 d; u1 LCore 2 Quad Q6600 (2.40GHz,1066FSB,L2:2X4MB,rev.B3,4 cores) ALL 0408 & T. K+ L5 N+ Z/ L/ Q
( q- r( L6 x% T2 R+ D1 @# {- g9 q
Core 2 Quad Q6600 (2.40GHz,1066FSB,L2:2X4MB,rev.G0,4 cores) ALL 0805
: f1 S# j% d. N* K4 i' J/ c6 b7 m
# L; q$ }4 I! B& U; mCore 2 Quad Q6700 (2.66GHz,1066FSB,L2:2X4MB,rev.G0,4 cores) ALL 0805
8 J6 o# `+ J4 Q7 I - [9 P3 i, l$ {: U; E) Y
Core 2 Quad Q9300 (2.5GHz,1333FSB,L2:6MB,rev.M1,4 cores) ALL 0905 8 S4 c% X# t: |) M9 ]( }* [
( j& r" F! O* g0 y g/ H3 ICore 2 Quad Q9450 (2.66GHz,1333FSB,L2:12MB,rev.C1,4 cores) ALL 0905 + H$ K3 H" t8 C4 N( M8 W
$ K( N1 t7 O/ m/ V# UCore 2 Quad Q9550 (2.83GHz,1333FSB,L2:12MB,rev.C1,4 cores) ALL 0905
; ^9 C* |! ~) n- S* e# j' B " m; L: h6 [( {6 i
P4-3.40GHz(FSB800, revR0) ALL 0206 * ?# F& S" {$ J" L/ K# [; i# l6 V
5 u2 p3 v! c" q, P3 E9 _5 T
P4-3.73 GHz Extreme Ed. (1066 FSB, HT, revN0, LGA775) ALL 0206
) q" c) T1 Y6 P1 O5 u E% F3 K
- Y4 u) N* J( UP4-3.80GHz(FSB800, revR0) ALL 0206
$ v; c; p* ]+ O' }2 @ & G% j3 l# k" {2 x, U5 Z; }
P4-506 (2.66 GHz) (533 FSB, EM64T, revG1) ALL 0206 & u, S2 h' ?. \* V: x
) l+ D+ W' w( E3 w0 [; H! [, Z
P4-511 (2.8 GHz) (533 FSB, EM64T, revG) ALL 0206 0 {: a) x+ u$ x# D3 }& r
- a6 E1 R% k( E" O- M1 f5 M" X
P4-516 (2.93 GHz) (533 FSB, EM64T, revG1) ALL 0206
6 a! k% m1 }0 N% ?; Z) w7 R( p
n; q4 l+ ~. n" x. Z) NP4-519K (3.06 GHz) (533 FSB, EM64T, revG1) ALL 0206
; T3 H9 c4 |. b
+ v0 c2 N$ ]8 Q2 S# G8 x" jP4-524 (3.06GHz, 533 FSB,HT, L2 1M, revG1) ALL 0206
& @+ @( {9 w6 B. a : A7 _2 h5 L+ e! f, ]
P4-530/530J (3E GHz) (800 FSB) (D0,E0) ALL 0206
1 U- E. M% k0 \9 p3 p - s U, r. c8 F; |" e3 _
P4-531 (3GHz, 800 FSB, L2 1MB)(D0,E0) ALL 0206
5 c: `; }4 ~) r& H5 Z& E' t , K, F, ?+ s1 [$ N' R6 V. |& [
P4-540/540J (3.2E GHz) (800 FSB) (E0,D0) ALL 0206
% C- E1 H" {$ \: d& C; h
3 Q q) h2 q, @8 F; {P4-541 (3.2GHz, 800 FSB, L2 1MB)(E0,D0) ALL 0206
5 C( A# g3 ~ I& D% ]" B
$ u8 W! o- `1 L" T; w' pP4-550/550J (3.4E GHz) (800 FSB) (D0.E0) ALL 0206 : q$ T- E5 A0 q; p
. T* [5 U0 _; s! M! RP4-551 (3.4GHz, 800 FSB, L2 1MB,D0,E0) ALL 0206 ! a+ W! M# _9 [; l( n' G- P& ] Z q
, z+ J5 a4 p4 P% }$ u
P4-560/560J (3.6 GHz) (800 FSB) (DO,E0) ALL 0206
6 w' V; B0 j2 K9 @; c , n# e. e8 T9 w& Y3 e4 [
P4-561 (3.6GHz, 800 FSB, L2 1MB) ALL 0206 ) S; o- o0 B" c
* ~) o/ i4 V' ^1 p8 M7 r$ `
P4-570J (3.8 GHz) (800 FSB) (D0,E0) ALL 0206
' f4 g/ H. j# v' w4 w
; i+ @: m: u, }1 _/ e1 n+ s$ h" [P4-571 (3.8GHz, 800 FSB, L2 1MB V E0) ALL 0206
, X& x) q% m* @) k4 ?+ I8 o ' ` V1 }- S5 g% ~
P4-630 (3.0E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL 0206
: N, H, m: W0 w' ?8 _
6 ]& R$ F( F9 {" \- fP4-631 (65nm,3.0GHz, 800 FSB, L2:2MB, revB1) ALL 0206 7 c5 }* Z% }+ Q: E. g( U% G7 p
1 f: [# D& D& N; o! D2 lP4-631 (65nm,3.0GHz, 800 FSB, L2:2MB, revC1) ALL 0206 3 E6 A m1 Y! S; H7 n0 o
' c1 `+ K' Z/ `/ s5 [) HP4-631 (65nm,3.0GHz, 800 FSB, L2:2MB, revD0) ALL 0206 2 P# R i: r* F3 y( X4 C
: V. V9 \- _: r* u( h9 P6 iP4-640 (3.2E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL 0206 ! T! d0 }/ L$ _8 a& j% c1 X* ?
# E3 j+ I% i+ ]$ `6 d. PP4-641 (65nm,3.2GHz, 800 FSB, L2:2MB, revB1) ALL 0206
& b# @9 S2 [* P! r$ }! G
0 V, Y; y$ ^' G. YP4-641 (65nm,3.2GHz, 800 FSB, L2:2MB, revC1) ALL 0206
1 {+ e1 f8 c; K2 e1 l+ X% L ( c3 n8 M% H4 Y# T9 H4 r8 q
P4-641 (65nm,3.2GHz, 800 FSB, L2:2MB, revD0) ALL 0206
8 l* `) J+ R4 V1 U& C, C$ W . t' r, F9 l, `! b5 w1 l; y
P4-650 (3.4E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL 0206
/ q2 C- l. k. D# n6 q " P, R. y5 X# i/ @ v
P4-651 (65nm,3.4GHz, 800 FSB, L2:2MB, revB1) ALL 0206 + e W! M, ]& ~. @4 N
; n, Z8 }, x5 m6 _4 gP4-651 (65nm,3.4GHz, 800 FSB, L2:2MB, revC1) ALL 0206
8 T9 C- Q; U6 Z+ i, G3 K * {3 }0 h7 Q8 i/ ?. t
P4-651 (65nm,3.4GHz, 800 FSB, L2:2MB, revD0) ALL 0206 ; F, F! I# J! T" x, w& h
, e+ }- ^% U3 i, c) u" L% tP4-660 (3.6E GHz, 800 FSB, L2:2MB, EM64T, HT) ALL 0206
: A" y" ~; \" {/ D5 L. X; } + M9 J. F* `2 y, ?
P4-661 (65nm,3.6GHz, 800 FSB, L2:2MB, revB1) ALL 0206
" o6 K( t; T2 N9 Y; k
$ |, j4 d1 g" n0 ?5 E% \P4-661 (65nm,3.6GHz, 800 FSB, L2:2MB, revC1) ALL 0206 ' ^5 z4 R* Y) j3 n- u- p& V
+ t f" h1 z% E1 E2 n8 qP4-661 (65nm,3.6GHz, 800 FSB, L2:2MB, revD0) ALL 0206
% C8 x/ }. y9 ?4 s ; a6 L1 H! y: _& g+ `! r
P4-662 (3.6 GHz, 800 FSB, L2:2MB, EM64T, HT, revR0) ALL 0206 / d3 t+ m, f+ j
; g% P6 `# J: SP4-670 (3.8 GHz, 800 FSB, L2:2MB) ALL 0206
0 b$ i) a, y+ y, {6 {& L
& G" z% P( ^# i- C& gP4-672 (3.8 GHz, 800 FSB, L2:2MB, revR0) ALL 0206 1 p' h2 U' a; m/ e h4 p7 O, c
) N! I9 Y7 z; P- p) K9 \5 i, A
Pentium D 805 (2.66 GHz, 533 FSB, revB0) ALL 0206 9 d- p( U/ q0 d' ~
6 Z2 K, E- G2 y" L4 B3 ~/ B! J( ~Pentium D 820 (2.8 GHz, 800 FSB, revA0) ALL 0206 3 v5 v- [2 n, ?1 E J" p
! g; f& u/ Y. M* W+ P/ H+ ^' oPentium D 820 (2.8 GHz, 800 FSB, revB0) ALL 0206
. J. J& Q0 Y" g3 Z. O" |
$ c1 P+ X% y l; U$ A1 O# o2 N3 SPentium D 830 (3.0 GHz, 800 FSB, revA0) ALL 0206 - p! T% C2 F- s, i% D* \& `
5 A2 n2 L: |' Z6 ^: K1 Y6 V8 E- K
Pentium D 830 (3.0 GHz, 800 FSB, revB0) ALL 0206
" `/ G4 X' w" R! V" T# R) a% o
+ a5 A8 a3 U0 W0 V5 g- u! Q2 |Pentium D 840 (3.2 GHz, 800 FSB, revA0) ALL 0206 : q2 O) M+ C$ ~; s
1 i+ |/ m5 B* X7 `9 a9 gPentium D 840 (3.2 GHz, 800 FSB, revB0) ALL 0206 ' {) L( f/ B5 F' v6 |' ^3 d* Q
# i( o2 ~1 p1 f
Pentium D 915(2.8GHz, 800 FSB, L2 4MB, revC1, without VT function) ALL 0206 * z" [ ~' Q& l( L
, l+ D! Q! P* L: ]& k
Pentium D 915(2.8GHz, 800 FSB, L2 4MB, revD0,without VT function) ALL 0206 7 j$ K) i! M# ] W$ A
( ^/ o$ }! i4 }% E; E' qPentium D 920(2.8GHz, 800 FSB, L2 4MB, revB1) ALL 0206
, U" w: o9 Y1 A
- k" e. t, m2 B: g5 P; kPentium D 925(3.0GHz, 800 FSB, L2 4MB, revC1, without VT function) ALL 0206 8 D+ D0 `5 O3 |+ t3 d ?& K
* k1 m* j1 F! h7 d& r
Pentium D 925(3.0GHz, 800 FSB, L2 4MB, revD0, without VT function) ALL 0206 0 r" s; v$ @* `4 Z
0 ~5 S) g9 d1 i! a, N9 n/ k2 C
Pentium D 930(3.0GHz, 800 FSB, L2 4MB, revB1) ALL 0206 ; T/ u1 o% J' h" {" R/ |, Y2 Y
6 `3 Y( b# W+ _0 l+ @Pentium D 930(3.0GHz, 800 FSB, L2 4MB, revC1) ALL 0206
4 V9 V! e! Z4 A& K) f 9 d+ h; O, v/ Y1 M
Pentium D 935(3.2GHz, 800 FSB, L2 4MB, 95W, revD0) ALL 0206
/ w8 S0 G* p& X
1 `. l. `9 @% D8 Q. hPentium D 940(3.2GHz, 800 FSB, L2 4MB, revB1) ALL 0206
B; t& B' q9 m; p' W: \ 9 r, z$ t6 |" M X% Q6 ~
Pentium D 940(3.2GHz, 800 FSB, L2 4MB, revC1) ALL 0206
5 n% E$ E4 w7 z% m
0 h0 u/ M7 ?. tPentium D 945(3.4GHz, 800 FSB, L2 4MB, revC1, without VT function) ALL 0206 ; Q% s! i4 M ~2 d
; L$ W9 [; B, O, dPentium D 945(3.4GHz, 800 FSB, L2 4MB, revD0, without VT function) ALL 0206 3 z5 a# b, R, V2 H% Y
# N u7 ?; k4 O8 t( A. JPentium D 950(3.4GHz, 800 FSB, L2 4MB, revB1) ALL 0206 * V0 h1 c u" Q" p p- [9 n8 P
0 T! W' G: K' i- T nPentium D 950(3.4GHz, 800 FSB, L2 4MB, revC1) ALL 0206
4 H" s$ q1 h$ t" N; B0 Z6 Q w6 R , D0 ~' r/ b) h
Pentium D 950(3.4GHz, 800 FSB, L2 4MB, revD0) ALL 0206
! |7 W% A# V0 I8 G- v - z4 i$ B1 u) G" E
Pentium D 960(3.6GHz, 800 FSB, L2 4MB, revC1) ALL 0206
: Y7 a, D/ E' ?, q3 Q. K+ }, j: w/ S
4 Q: I; i- Q% FPentium D 960(3.6GHz, 800 FSB, L2 4MB, revD0) ALL 0206 $ e }* N4 v" t% }
* { X7 F6 ]3 ^, E, v) Q. nPentium Dual Core E2140(1.6GHz, 800FSB, L2 1MB, rev.L2) ALL 0803 0 t. z: Y1 d& F% D; b' c
' X7 s- w3 y1 m
Pentium Dual Core E2140(1.6GHz,800FSB,L2 1MB,rev.M0) ALL 0805
6 J1 [2 W% _3 {6 H- Q5 t( p . j: ~" o' d. v
Pentium Dual Core E2160(1.8GHz, 800FSB, L2 1MB, rev.L2) ALL 0803 . H/ M& n/ q& \& p4 ]6 R1 _
- r; L' J$ Z, ZPentium Dual Core E2160(1.8GHz,800FSB,L2 1MB,rev.M0) ALL 0805 - H r" f) F2 D* W: n4 n
' W* S4 N1 E. Y+ Y, k2 I* TPentium Dual Core E2180(2.0GHz,800FSB,L2 1MB,rev.M0) ALL 0805
" q* B, c9 N. p 5 u+ a' ?2 `& E/ }7 T, Q
Pentium Dual Core E2200(2.2GHz,800FSB,L2 1MB,rev.M0) ALL 0805
5 }" g: N6 a0 v
5 h! _3 M) B8 EPentium Dual Core E2220(2.4GHz,800FSB,L2 1MB,rev.M0) ALL 0805 % c% c7 p6 c D3 l
" y- e' o8 f6 x: |. m# Z4 q8 p. j, ~
Pentium Extreme Ed-840 (3.2 GHz, 800 FSB, revA0) ALL 0206
4 D3 ]" H' A8 s5 X/ _
5 k0 h9 t' j: L7 x" w% MPentium Extreme Ed-840 (3.2 GHz, 800 FSB, revB0) ALL 0206
+ i/ l6 ]1 D, N; X. n I ( A5 `4 e- ?/ z, @1 j! q6 A8 B) P
Pentium Extreme ED-955(3.46GHz, rev A0,B1) ALL 0206 * q5 B4 Y5 j3 H
& `* l3 d# Y' Q
Pentium Extreme ED-965(3.73GHz, rev C1) ALL 0206. v( C) f; y0 f9 J
( }: }% ?" W: U& F[ 本帖最后由 Robin_Zhang 于 2008-5-16 16:18 编辑 ] |
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