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0. 规格术语 S9 a; }" \& Y$ j# x! O4 [3 A
4 Z3 @3 n6 q: g% JProcessor Number: 处理器号 8 c6 ?- D, I e4 s# a4 g* `
Architecture: 架构(制造工艺)6 U9 x1 ]! D: f& u3 K1 z
Cache: 高速缓存 * u* J9 X* Y/ I$ B) o
Clock Speed: 时钟速度 5 I& _/ }9 I& N R
Power: 功耗# N" T3 |5 H6 G6 r* t- g
Front Side Bus: 前端总线
, f( w) V) f4 ^6 }% `+ P! cIntel(R)VT±: 英特尔虚拟化技术6 M1 |" J+ ?$ y
Intel(R) 64Φ: 英特尔64位技术 # u6 O1 C* l, D5 S
Quad-core: 四核
' S4 I* H9 E: i" w9 P/ g" @$ A' JDual-core: 双核) v! | y4 M+ t* T
Enhanced Intel SpeedStep(R) Technology: 增强的英特尔加速技术0 G3 y8 N' R0 {* }; _
Execute Disable Bit: 执行取消位6 B5 f; r) U; O) g
HT Technology: 超线程技术nm: 纳米3 L6 H% y" O8 ?- v: U/ ~
HZ: 赫兹0 H9 ^8 U4 ?3 I; `2 t& c
G: 吉, 频率为10^93 u% C" j- t' W/ C, B3 t
M: 兆, 频率为10^6, CACHE为2^20
; i7 t# Q& m6 e; S pK: 千, 频率为10^3, CACHE为2^10! q S6 w/ a: q" F' u: y
B: 字节
! |: B$ `$ u7 B. n' UW: 瓦1 K$ x( M& V) c8 S
L3: 三级缓存8 x3 v, {$ V3 G* L1 _
L2: 二级缓存% c% x" m, X6 o! f9 L/ Y3 Y2 j- r
X: 具备该特性6 G' x' p. v$ t: T9 _
0: 不具备该特性- m$ [; S2 Q- B& n$ m
% Y, M% y$ i; x2 ^5 D+ Y
1. 至强系列/ Q5 J; s: d, s
. K6 \; W2 j W4 Y, U# o( O; n# C; y
All Intel(R) Xeon(R) processors feature:4 M* C1 R7 J6 R
Intel(R) Virtualization Technology±
3 i( b" G+ V" T& c- GIntel(R) Extended Memory 64 TechnologyΦ
. L- f9 M+ G4 o& ~4 M- u) ? @Execute Disable Bit°8 I" P3 |, L, x H, w+ W
( h2 u4 Q( {8 _6 }1 p( N* n
Intel Xeon 至强8 ^. L& P1 [+ |$ P. X
所有至强处理器都支持虚拟化技术, 64位和执行取消位
1 D* D. Q0 ^: d8 x8 B- W; l. tProcessor Number * X7 Z5 | M! O- O1 ?, N% h+ W) o
Architecture
2 u% i* Z$ r5 n* [% |Cache & a# Y( o2 ^6 E& ~1 O
Clock Speed 4 w2 g) r* t! `: |! }8 S* s" I
Front Side Bus
3 E; p, J- o0 u& v+ ]9 }Power
" p7 V; D8 t# P& {( oSystem Type
& I! v ?# {2 C V4 @" f1 QQuad-Core
. N) M' a1 ?" @1 D8 O* m; ^Dual-Core
9 D$ i( Z8 L7 v7 KHT Technology( Y" f: p0 @3 x+ Z
(45-nm technology )2 M |2 z4 t; g$ e$ b4 O7 }
X5482 45 nm 12 MB L2 3.20 GHz 1600 MHz 150W DP X 0 0 . M- L7 K6 ?6 s! L( a
X5472 45 nm 12 MB L2 3.00 GHz 1600 MHz 120W DP X 0 0 7 h7 n$ u& q# e6 h3 h
X5460 45 nm 12 MB L2 3.16 GHz 1333 MHz 120W DP X 0 0 " f, z( H3 P1 M3 J6 m8 _2 H
X5450 45 nm 12 MB L2 3.00 GHz 1333 MHz 120W DP X 0 0 ( @: `4 P) y ]- `
E5472 45 nm 12 MB L2 3.00 GHz 1600 MHz 80W DP X 0 0
P7 \2 T# a5 B5 A! h8 k9 R% jE5462 45 nm 12 MB L2 2.80 GHz 1600 MHz 80W DP X 0 0 t: }: Y1 r8 H& P5 D# H, W
E5450 45 nm 12 MB L2 3.00 GHz 1333 MHz 80W DP X 0 0 $ {$ Z$ T: K/ \& {2 C2 O% R
E5440 45 nm 12 MB L2 2.83 GHz 1333 MHz 80W DP X 0 0
! |. N! t/ R7 K2 A$ i9 yE5430 45 nm 12 MB L2 2.66 GHz 1333 MHz 80W DP X 0 0 , g4 Q! q1 \) N, j
E5420 45 nm 12 MB L2 2.50 GHz 1333 MHz 80W DP X 0 0 / c! w$ p, ^' [0 \7 C
E5410 45 nm 12 MB L2 2.33 GHz 1333 MHz 80W DP X 0 0
K9 v5 [& A- HE5405 45 nm 12 MB L2 2.00 GHz 1333 MHz 80W DP X 0 0 / ]! |# S0 ] i3 D! F: Q0 V
X5272 45 nm 6 MB L2 3.40 GHz 1600 MHz 80W DP 0 X 0 2 |4 X! k% f0 N
X5260 45 nm 6 MB L2 3.33 GHz 1333 MHz 80W DP 0 X 0
" O8 F7 V7 `7 P; n7 }# {! S9 H4 @1 KE5205 45 nm 6 MB L2 1.86 GHz 1066 MHz 65W DP 0 X 0 # V* z$ f; q5 Z$ i; h
; \7 U8 N3 G5 x/ Y9 f65-nm technology 0 E9 {: ]0 f N8 g4 u# { h
X7350 65nm 8 MB L2 2.93 GHz 1066 MHz 130W MP X 0 0
" s; b+ E/ ^, Q bX5365 65nm 8 MB L2 3.00 GHz 1333 MHz 120W DP X 0 0
/ H$ W' }. f2 T+ K5 A1 {3 B0 l$ FX5355 65nm 8 MB L2 2.66 GHz 1333 MHz 120W DP X 0 0
1 X4 N; |4 M- G% _! yX3230 65nm 8 MB L2 2.66 GHz 1066 MHz 95W UP X 0 0
) K# I4 g, S4 R* w4 q# q7 p" gX3220 65nm 8 MB L2 2.40 GHz 1066 MHz 105W UP X 0 0
- Y+ V8 K; v2 s) y7 r1 x5 e7 U. `X3210 65nm 8 MB L2 2.13 GHz 1066 MHz 105W UP X 0 0 0 U: X; i0 g, P7 B3 r
L7345 65nm 8 MB L2 1.86 GHz 1066 MHz 50W MP X 0 0 ! a6 G h4 e& G8 [1 _4 P- l
L5335 65nm 8 MB L2 2.00 GHz 1333 MHz 50W DP X 0 0 ! S! o$ w+ s- Z$ a/ g$ I1 j; m
L5320 65nm 8 MB L2 1.86 GHz 1066 MHz 50W DP X 0 0
?9 u& q* n# UL5310 65nm 8 MB L2 1.60 GHz 1066 MHz 50W DP X 0 0
* M( V, C- ]( i2 ~6 ]E7340 65nm 8 MB L2 2.40 GHz 1066 MHz 80W MP X 0 0
/ P y, B8 o0 E$ z& q+ K: vE7330 65nm 6 MB L2 2.40 GHz 1066 MHz 80W MP X 0 0
3 l$ Q: ~* o3 l- ^2 ~( P( ~% z) rE7320 65nm 4 MB L2 2.13 GHz 1066 MHz 80W MP X 0 0 , r. y7 d2 H1 |# O$ j
E7310 65nm 4 MB L2 1.60 GHz 1066 MHz 80W MP X 0 0
& J. L/ J$ L& O7 v+ ^E5345 65nm 8 MB L2 2.33 GHz 1333 MHz 80W DP X 0 0
7 V# j- Z, F8 [' h( H4 \$ R+ r9 N5 kE5335 65nm 8 MB L2 2.00 GHz 1333 MHz 80W DP X 0 0
; B( g0 K/ W7 HE5320 65nm 8 MB L2 1.86 GHz 1066 MHz 80W DP X 0 0
3 n6 B4 J$ n; Q2 h- WE5310 65nm 8 MB L2 1.60 GHz 1066 MHz 80W DP X 0 0 3 k# |0 G# f7 e7 T( p) r4 R; B r
E7220 65nm 8 MB L2 2.93 GHz 1066 MHz 80W MP 0 X 0
+ d: h% O1 b: s/ eE7210 65nm 8 MB L2 2.40 GHz 1066 MHz 80W MP 0 X 0
' c, e8 {0 _9 h6 X# Z7150N 65nm 16 MB L3 2x1 MB L2 3.50 GHz 667 MHz 150W MP 0 X X
1 q( b: o1 A! K7140M 65nm 16 MB L3 2x1 MB L2 3.40 GHz 800 MHz 150W MP 0 X X - v0 m6 o; O& @# e
7140N 65nm 16 MB L3 2x1 MB L2 3.33 GHz 667 MHz 150W MP 0 X X
1 m& p& t5 Z" R4 g2 b" o7130M 65nm 8 MB L3 2x1 MB L2 3.20 GHz 800 MHz 150W MP 0 X X
$ N7 r1 Y: m8 Z5 f" ?, m7130N 65nm 8 MB L3 2x1 MB L2 3.16 GHz 667 MHz 150W MP 0 X X : N, O( m }4 o# x5 p
7120M 65nm 4 MB L3 2x1 MB L2 3.00 GHz 800 MHz 95W MP 0 X X" }, A/ ]* K$ T* p" ~% P% c
7120N 65nm 4 MB L3 2x1 MB L2 3.00 GHz 667 MHz 95W MP 0 X X
& W! N/ ]) E' w7110M 65nm 4 MB L3 2x1 MB L2 2.60 GHz 800 MHz 95W MP 0 X X; M- ~$ d" O( E1 l) ?. B7 b
7110N 65nm 4 MB L3 2x1 MB L2 2.50 GHz 667 MHz 95W MP 0 X X
6 ]7 F5 g# F2 X: G8 P+ r5160 65nm 4 MB 3.00 GHz 1333 MHz 80W DP 0 X 0
2 a( d) s: ]5 R, r5150 65nm 4 MB 2.66 GHz 1333 MHz 65W DP 0 X 08 L6 v. _1 _7 n+ A" }
5148LV 65nm 4 MB 2.33 GHz 1333 MHz 40W DP 0 X 0. u! }5 l1 N5 J1 L3 s2 O
5140 65nm 4 MB 2.33 GHz 1333 MHz 65W DP 0 X 0, g, |7 K$ \- z9 Q3 `' j- h
5130 65nm 4 MB 2.00 GHz 1333 MHz 65W DP 0 X 0
. D6 X+ Q. U8 U/ V6 N6 X5 R5120 65nm 4 MB 1.86 GHz 1066 MHz 65W DP 0 X 0& Q9 O/ d- C0 R1 B: Z
5110 65nm 4 MB 1.60 GHz 1066 MHz 65W DP 0 X 0
' `% S$ a! B* Q" ^4 r5080 65nm 2x2 MB 3.73 GHz 1066 MHz 130W DP 0 X X
% X$ ~: ~( W( C3 v. d7 {5063 65nm 2x2 MB 3.20 GHz 1066 MHz 95W DP 0 X X : {! x/ ]9 z+ ?! {
5060 65 nm 2x2 MB 3.20 GHz 1066 MHz 130W DP 0 X X 8 ]' J' B. f) G5 l ?: j+ `
5050 65 nm 2x2 MB 3.00 GHz 667 MHz 95W DP 0 X X
- g2 d. v5 |- x; Q, j; L5030 65 nm 2x2 MB 2.67 GHz 667 MHz 95W DP 0 X X
# a$ B) u* j! Z3085 65 nm 4 MB L2 3.00 GHz 1333 MHz 65W UP 0 X 0
. p% Q1 a$ v5 V3075 65 nm 4 MB L2 2.66 GHz 1333 MHz 65W UP 0 X 0
, k7 |& v# t: S" e1 D1 ?0 \3070 65 nm 4 MB L2 2.66 GHz 1066 MHz 65W UP 0 X 0 h6 }4 h4 z" `- i- ?: ^5 r
3065 65 nm 4 MB L2 2.33 GHz 1333 MHz 65W UP 0 X 0
! u9 W1 R/ T8 h. l$ x2 U: T3 Z3060 65 nm 4 MB L2 2.40 GHz 1066 MHz 65W UP 0 X 0 ! o" }2 L+ S; }5 Z
3050 65 nm 2 MB L2 2.13 GHz 1066 MHz 65W UP 0 X 0
; _+ k7 Y7 Q. z* i, Y' h3040 65 nm 2 MB L2 1.86 GHz 1066 MHz 65W UP 0 X 0 & L$ D/ @7 l6 s0 T
! o1 `1 u. i& u9 N/ y
(90-nm technology)
1 r2 N2 a5 f3 r6 Y& g7041 90 nm 2x2 MB 3.00 GHz 800 MHz N/A MP 0 X X1 d7 N. o! l# f" A
7040 90 nm 2x2 MB 3.00 GHz 667 MHz N/A MP 0 X X" b$ O* u3 S, s* g
7030 90 nm 2x1 MB 2.80 GHz 800 MHz N/A MP 0 X X ?( r/ Q( T6 U3 N* r
7020 90 nm 2x1 MB 2.66 GHz 667 MHz N/A MP 0 X X $ f" D6 h# P2 n/ Q) ~
! f, \, E/ @$ Y$ t
, R# T) I1 F$ ]# p' j! W
2. 酷睿2系列, j2 U3 \4 b4 K
% H! p/ H& b+ K6 x1 O" z
2.1 Extreme系列+ A7 t H+ \6 h, c, l$ j
) \6 O$ `# m7 D
Intel(R) Core(TM) 2 Extreme processor + u G0 S+ l$ ]& j
$ d }0 ^1 P! z
Processor Number * N( `4 E }, W
Architecture 6 ]# `7 O+ u5 O$ K7 \
Cache " H, T; \5 D6 Z
Clock Speed & H2 L2 z5 \4 V5 z
Front Side Bus
- Z' v8 J. q9 P/ RQuad-core ( q% h8 r$ I# _6 L; i4 B
Dual-core 2 g4 n/ }4 u1 t# `; \9 E
Intel(R)VT±
' d5 @" T( @5 @& N5 rEnhanced Intel SpeedStep(R) Technology
: M: h0 y' h' B; j- l T, ^Intel(R) 64Φ p% A/ m+ k# n8 Y5 }: o
Execute Disable Bit°; a: Y2 b- }- l# h1 G4 B, g& R- N; A
45nm
0 F6 H# G# k$ X {7 E# K: n* ~QX9650 12MB L2 3.00 GHz 1333 MHz Desktop X 0 X X X X ( C3 W# C3 X7 |' ?( i& E$ P
X9000 6MB L2 2.80 GHz 800 MHz Mobile 0 X X X X X
- C1 G( J3 a; ~6 D# @65nm9 `+ k+ o {: J
QX6850 65 nm 8MB L3 3.00 GHz 1333 MHz X 0 X X X X . D& F9 v5 u: j2 Z$ i+ r5 W
QX6800 65 nm 8MB L2 2.93 GHz 1066 MHz X 0 X X X X % b) X3 j f" \% T$ {/ a; ~; Z
QX6700 65 nm 8MB L2 2.66 GHz 1066 MHz X 0 X X X X
/ T- a3 x3 T7 bX7800 65 nm 4MB L2 2.60 GHz 800 MHz 0 X X X X X 4 M8 t# s3 _% m$ @' c8 ^+ T
X6800 65 nm 4MB L2 2.93 GHz 1066 MHz 0 X X X X X
" y! u. E4 M. @4 l+ Q3 P
" i% u, q1 i- @5 W! W* |' C; d: J- `4 Z4 O
% M2 Z) x+ Y7 r; G6 E2.2 桌面4核
$ G! k, {% } f0 K+ g4 ~ D# Y& `' O' q" M. O
Intel(R) Core(TM)2 Quad processor
; n& M. h# n0 {6 ^8 l9 y
7 F9 t0 x& ^8 |( I6 w4 X9 `- Z W8 [/ K/ {$ d4 ~
Processor Number & P+ c5 Z4 o7 _
Architecture
, r+ |( T6 p- `! o3 xL2 Cache
/ M" _7 q9 i- S% v; Z# A C3 yClock Speed ' L; I& |7 i6 _: F
Front Side Bus $ E, i- L2 Q* \! H/ d5 k* W
Quad-core E' ^' L7 p" J
Intel(R) VT± " P5 U1 S' n/ h, j; K
Enhanced Intel SpeedStep(R)Technology - A# J8 e6 j$ X4 b) Q0 n2 T
Intel(R) 64Φ
! l2 V5 J( y" r' Q) F! T( XExecute Disable Bit°
" S& U0 W/ `7 d J( mIntel? Trusted Execution Technology
* C7 V/ b9 A& }Q9550 45 nm 12MB 2.83 GHz 1333 MHz X X X X X X
4 ?3 b4 b' u* N! I2 ?2 |$ vQ9450 45 nm 12MB 2.66 GHz 1333 MHz X X X X X X
" D1 M9 c+ Z8 O) f9 f( O" N2 \" oQ9300 45 nm 6MB 2.50 GHz 1333 MHz X X X X X X
- ]7 j' J8 F5 i& A' VQ6700 65 nm 8MB 2.66 GHz 1066 MHz X X X X X 0
. E% f/ B4 X- GQ6600 65 nm 8MB 2.40 GHz 1066 MHz X X X X X 0% [! J0 e+ p3 d \# l& a! D! S0 \, x! H
/ ]( H+ [' I0 j( y
! F$ g9 M4 x* ~+ y W' p/ e& j1 n9 x# a) h/ R, v# G
2.3 桌面双核
8 g. ?% s9 a% ^, g% B, K [) Q9 F, \% M7 \* L3 p9 c! O B
Intel(R) Core(TM)2 Duo processor
0 L* n, V1 K; G. d1 p! P2 X
' `$ t! t2 |6 Q& KProcessor Number 8 b# J7 U* z0 g& Q) }" n+ R
Architecture % K; C4 b3 j7 F
Cache
r l1 m4 k) h2 e( S+ t; A' r; kClock Speed
4 Q8 s+ d4 b+ M: q }% I% `Front Side Bus 1 q: ^& s- i3 y9 A1 `/ E
Dual-core 4 C! [- v( _6 D7 m& s8 W
Intel(R) Virtualization Technology(Intel(R) VT)±
+ Y9 V. i( L5 Z( w0 B1 A9 k0 `Enhanced Intel SpeedStep(R) Technology + }5 N' O/ r5 ]- |. u
Intel(R) 64Φ
0 }! _0 r) n- c4 {7 i# L: x" yExecute Disable Bit°
9 I9 o& p3 `* }* O3 C' F7 {- AIntel? Trusted Execution Technology
6 p+ @. {# A4 X) D, v: }E8500 45 nm 6MB L2 3.16 GHz 1333 MHz X X X X X X7 i! A7 D& p: G! J
E8400 45 nm 6MB L2 3.00 GHz 1333 MHz X X X X X X
% q; ~; P5 s: O; O) [& b' tE8200 45 nm 6MB L2 2.66 GHz 1333 MHz X X X X X X 2 c, B6 N( C! x, P7 `, B
E8190 45 nm 6MB L2 2.66 GHz 1333 MHz X 0 X X X 0 8 M9 P. l `/ X o: w
E6850 65 nm 4MB L2 3.00 GHz 1333 MHz X X X X X X
0 ? g9 s* q5 e, P9 `E6750 65 nm 4MB L2 2.66 GHz 1333 MHz X X X X X X
8 a0 @ Q9 v1 _5 M3 hE6700 65 nm 4MB L2 2.66 GHz 1066 MHz X X X X X 0+ F$ N8 W0 u1 d" g
E6600 65 nm 4MB L2 2.40 GHz 1066 MHz X X X X X 0
2 v. ]! P2 U; j. AE6550 65 nm 4MB L2 2.33 GHz 1333 MHz X X X X X X ' g: [ F" s) E5 x% k( {2 f
E6540 65 nm 4MB L2 2.33 GHz 1333 MHz X X X X X 0 " S3 n4 h0 g7 k. A6 C
E6420 65 nm 4MB L2 2.13 GHz 1066 MHz X X X X X 0
* y$ A3 b) m+ b7 M- VE6400 65 nm 2MB L2 2.13 GHz 1066 MHz X X X X X 0
* p: B+ ?0 B! v0 z0 uE6320 65 nm 4MB L2 1.86 GHz 1066 MHz X X X X X 0 ' A( d9 c! F% ^8 Z0 ?# x, t; O. s
E6300 65 nm 2MB L2 1.86 GHz 1066 MHz X X X X X 0
( N) N8 {8 s- l9 U& ]: r+ Q/ GE4600 65 nm 2MB L2 2.40 GHz 800 MHz X 0 X X X 0
# p, G$ y" Z; P- i/ ^2 v7 b- |! nE4500 65 nm 2MB L2 2.29 GHz 800 MHz X 0 X X X 0 2 q9 [# P$ W4 t' S6 F2 M
E4400 65 nm 2MB L2 2.00 GHz 800 MHz X 0 X X X 0
' i! A8 H- ~6 i. G/ s" K; HE4300 65 nm 2MB L2 1.80 GHz 800 MHz X 0 X X X 0
4 ` s# f% f# b. m/ s* U- m4 m5 O3 [; x. Z A7 @, E* z
2.4 笔记本双核
9 M6 n( Z/ x m) C: Y dProcessor Number 3 f; g8 F% k8 a1 T
Architecture " s4 l* b7 P# S7 s- [ g* u, i
Cache 6 v& m- m/ l4 o/ b/ E
Clock Speed 9 `4 ?* F; t" G' p1 L W
Front Side Bus
) L4 ?% V3 i# h8 a. Q2 @Dual-core
* h6 f0 e4 h7 {- A- y7 H+ QIntel(R) Virtualization Technology(Intel(R) VT)± 6 e. ^' |) _* N; z1 m
Enhanced Intel SpeedStep(R) Technology
; X6 ~4 q# \6 F. LIntel(R) 64Φ
6 K, d. s- ~5 IExecute Disable Bit°
3 K/ `, d, }3 hT9500 45 nm 6MB L2 2.60 GHz 800 MHz X X X X X
% M" R r7 Y& y; ST9300 45 nm 6MB L2 2.50 GHz 800 MHz X X X X X : G2 _+ \! K8 r8 T
T8300 45 nm 3MB L2 2.40 GHz 800 MHz X X X X X ! u3 ?) _1 G* |% I5 B1 Q2 L$ j8 n$ `
T8100 45 nm 3MB L2 2.10 GHz 800 MHz X 0 X X X + p3 l/ |5 E5 ?4 I$ L
T7800 65 nm 4MB L2 2.60 GHz 800 MHz X X X X X ( [7 d) n# X' X" a8 ?: A0 a
T7700 65 nm 4MB L2 2.40 GHz 800 MHz X X X X X
; y7 M& V& M. G$ eT7600 65 nm 4MB L2 2.33 GHz 667 MHz X X X X X / @% r; w6 n Y* M* R: y P6 l
T7500 65 nm 4MB L2 2.20 GHz 800 MHz X X X X X
3 |0 k# X7 b" X, g, b8 J* vT7400 65 nm 4MB L2 2.16 GHz 667 MHz X X X X X * @2 k/ {2 X5 i. I1 D
T7300 65 nm 4MB L2 2.00 GHz 800 MHz X X X X X : z# q/ A, s/ F- E
T7250 65 nm 2MB L2 2.00 GHz 667 MHz X X X X X - C& }# [0 ]" z, a# }# S
T7200 65 nm 4MB L2 2.00 GHz 667 MHz X X X X X
2 K# x/ z1 R, L5 u* AT7100 65 nm 2MB L2 1.80 GHz 800 MHz X X X X X
* _5 L& A& {* D3 S! |) OT5600 65 nm 2MB L2 1.83 GHz 667 MHz X X X X X 6 J; s% ?" p5 V i' V( ]
T5550 65 nm 2MB L2 1.83 GHz 667 MHz X 0 X X X : W. @, ?" ~4 Y5 D3 a# R8 y
T5500 65 nm 2MB L2 1.66 GHz 667 MHz X 0 X X X $ s$ A8 t+ Y: N Q1 L" L; ~
T5470 65 nm 2MB L2 1.60 GHz 800 MHz X 0 X X X + L' a+ @2 o& r& \ s
T5450 65 nm 2MB L2 1.66 GHz 667 MHz X 0 X X X
" C( {9 Q6 R+ z- RT5300 65 nm 2MB L2 1.73 GHz 533 MHz X 0 X X X 7 u+ x& P, i8 q7 S# m8 u
T5270 65 nm 2MB L2 1.40 GHz 800 MHz X 0 X X X 3 @& x# ]" W3 |1 T
T5250 65 nm 2MB L2 1.50 GHz 667 MHz X 0 X X X
( f3 r3 v5 s. CT5200 65 nm 2MB L2 1.60 GHz 533 MHz X 0 X X X
% n& `* }0 f& j$ b% @9 O8 i2 x- S* j' Q8 r) M+ ?" u0 ~' f
1 V0 j; x* Y" ~: B$ W0 ^: f2.5 笔记本双核低压版' r2 T9 A) b9 K9 ^
Intel(R) Core2 Duo Low Voltage
# T2 Q- {$ Y* {. I8 C* S% [, f/ IProcessor Number
1 |6 T# W& e; }' [$ B! [9 i, _- xArchitecture
1 i. w6 y$ Q1 n: ^6 ~Cache
N- u% o% B$ Q2 F) }9 |Clock Speed / a+ E0 L1 j2 S$ S U
Front Side Bus ) I0 ]+ Z* O$ c. h8 e
Dual-core 5 L6 C) B- ^6 N+ }6 A
Intel(R) Virtualization Technology(Intel(R) VT)± + a4 n5 o! F3 D( J" P5 }& [
Enhanced Intel SpeedStep(R) Technology . ^8 i- R2 |- n- M c4 e
Intel(R) 64Φ
3 o7 n; ?; g. TExecute Disable Bit°
: I; b! h- Z, NL7500 65 nm 4MB L2 1.60 GHz 800 MHz X X X X X
( D `2 G: n2 H9 i4 y& d: u; {L7400 65 nm 4MB L2 1.50 GHz 667 MHz X X X X X $ d1 ^! l. h: |7 F6 |. t
L7300 65 nm 4MB L2 1.40 GHz 800 MHz X X X X X
: A3 x5 [ t. X rL7200 65 nm 4MB L2 1.33 GHz 667 MHz X X X X X |
IP卡
狗仔卡
提升卡
置顶卡
沉默卡
喧嚣卡
变色卡
显身卡
