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想换个Opteron 165
, n% [) b8 L" e/ A0 N6 [1 k自己用的板子是微星 K8N Neo4 Platinum白金板 1 g- \) H1 x# {( r9 \2 h
SOCKET 939 K8 的; a. j6 N/ U5 C% o
到底算可以用不?6 M/ G1 f1 F8 B7 ^" C9 Y* v
去微星网站上看了下CPU支持列表如下: A+ `9 g6 h3 a0 K" Z: L- R0 k& ~2 c
5 C/ g3 E& [0 Y# \! x
+ }9 W/ `/ B. N8 _' O2 ~/ qCPU FSB 倍頻 測試結果
# ], [7 A2 w. {$ VAthlon 64 (ClawHammer, 130nm, L2 Cache 512KB) , l& @2 [5 h0 ^" }
Athlon 64 3500+ (CG version) 200 11 OK * B$ D! f: P* R t1 F+ c
Athlon 64 (ClawHammer, 130nm, L2 Cache 1MB) ! B* B) A; T) q6 M8 k9 |* e
Athlon 64 4000+ (CG version) 200 12 OK
' {6 m$ v# k! C& L- EAthlon 64 (Newcastle, 130nm, L2 Cache 512KB)
/ W0 p' [2 [3 c5 D: ~Athlon 64 3000+ (CG version) 200 9 OK 8 o- ]4 Y+ z9 d& ?. g$ b U
Athlon 64 3200+ (CG version) 200 10 OK ; f6 g+ i! B8 [+ ?8 \: t4 ^
Athlon 64 3400+ (CG version, Hypertransport) 200 11 OK
3 a6 v& H' x* d" z" o3 WAthlon 64 3500+ (CG version) 200 11 OK
" G2 W8 ?* R& a5 D% v9 qAthlon 64 3800+ (CG version) 200 12 OK " ]8 Y! O" ? }$ o
Athlon 64 (Winchester, 90nm, L2 Cache 512KB) \6 {* k' {1 m' G0 t: y
Athlon 64 3000+ (D0 version) 200 9 OK
& L4 e- |& ~+ NAthlon 64 3200+ (D0 version) 200 10 OK : H9 ]5 }6 X/ v8 a
Athlon 64 3500+ (D0 version) 200 11 OK 3 l* y) X$ |1 m& M+ I: s9 n8 r' _6 \, L
Athlon 64 (Venice, 90nm, L2 Cache 512KB) 6 J: c% C# I/ s8 ^: i# q
Athlon 64 3000+ (E3 version) 200 9 OK 4 Y: e. k/ p, j3 b/ [, _
Athlon 64 3200+ (E3 version) 200 10 OK
* o: I' x, K# R8 S: M5 K+ nAthlon 64 3500+ (E3 version) 200 11 OK : y- w' s; A8 _& O3 p6 D% G9 a7 S
Athlon 64 3800+ (E3 version) 200 12 OK / c0 d9 P; ^; U1 }- ]: l
Athlon 64 (Venice, 90nm, L2 Cache 512KB) / c& U) b) b+ @; @ N1 `) z
Athlon 64 3000+ (E6 version) 200 9 OK
' [: [2 v* d" R2 pAthlon 64 3200+ (E6 version) 200 10 OK
8 o# @! R9 V& h; r: D! pAthlon 64 3400+ (E6 version) 200 11 OK & a2 t) H# u' o# ?: l0 b* ]
Athlon 64 3500+ (E6 version) 200 11 OK + }+ M! {- k/ L' A1 b
Athlon 64 3800+ (E6 version) 200 12 OK 3 A! l- e* S! M. `
Athlon 64 (San Diego, 90nm, L2 Cache 1MB) ! a9 a9 x2 h; j
Athlon 64 3700+ (E4 version) 200 11 OK , Z' E/ H- f% t
Athlon 64 4000+ (E4 version) 200 12 OK 4 l0 Y" t! f# s- I* A7 y0 K* L
Athlon 64 FX (ClawHammer, 130nm, L2 Cache 1MB) & H+ |2 Y' a& }9 u+ V
Athlon 64 FX53 (CG version) 200 12 OK
3 U* Q* V _& J+ {& o# WAthlon 64 FX55 (CG version) 200 13 OK ; V! m& A% P9 A/ [/ N
Athlon 64 FX (San Diego, 90nm, L2 Cache 1MB)
4 }5 A$ x! f- p& M5 K5 _Athlon 64 FX-55 (E4 version) 200 13 OK ' j' ~+ _1 I/ `
Athlon 64 FX-57 (E4 version) 200 14 OK ) j) C% v% `% b/ ^6 f; R8 y
Athlon 64 X2 Dual-Core (Manchester, 90nm, L2 Cache 2 x 512KB) 5 K7 E% k7 J& T+ K8 a
Athlon 64 X2 Dual-Core 3800+ (E4 version) 200 10 OK
% |2 I' q2 v* _$ u6 R& D- O! dAthlon 64 X2 Dual-Core 4200+ (E4 version) 200 11 OK + R; I+ d% }# B3 B
Athlon 64 X2 Dual-Core 4600+ (E4 version) 200 12 OK
; `+ I. l7 `% O/ P3 E! }Athlon 64 X2 Dual-Core (Manchester, 90nm, L2 Cache 2 x 512KB)
5 G+ k4 B' ^: I1 u F AAthlon 64 X2 Dual-Core 3800+ (E6 version) 200 10 OK
. r1 d( w+ d) b# j% _, u& @1 SAthlon 64 X2 Dual-Core 4200+ (E6 version) 200 11 OK
4 d. O7 t+ N$ d7 e: b2 ]Athlon 64 X2 Dual-Core 4600+ (E6 version) 200 12 OK `, ?- S4 s8 C" ~- c* u9 \
Athlon 64 X2 Dual-Core (Toledo, 90nm, L2 Cache 2 x 1MB)
" j/ x, u5 w) L, ^: T nAthlon 64 X2 Dual-Core 4400+ (E6 version) 200 11 OK
. r: r! V2 e: nAthlon 64 X2 Dual-Core 4800+ (E6 version) 200 12 OK |
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