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Caratteristiche dei principali processori desktop
 
AMD AthlonXP

PR Rating

Frequenza (MHz)

Moltiplicatore

FSB DDR (MHz)

Vcore (Volt)

 Milioni di transistor Cache L1-L2 Socket

Potenza max (Watt)

Core

Tmax (°C)

Processo  (micron)

XP1500+

1333

10x

133

1.75

  128-256 A

60

Palomino

90

0.18

XP1600+

1400

10.5x

133

1.75

   128-256 A

62.8

Palomino

90

0.18

XP1700+

1467

11x

133

1.75

   128-256 A

64

Palomino

90

0.18

XP1800+

1533

11.5x

133

1.75

   128-256 A

66

Palomino

90

0.18

XP1900+

1600

12x

133

1.75

   128-256 A

68

Palomino

90

0.18

XP2000+

1667

12.5x

133

1.75

   128-256 A

70

Palomino

90

0.18

XP2100+

1733

13x

133

1.75

   128-256 A

72

Palomino

90

0.18
 

XP1700+

1467

11x

133

1.50

 37.2 128-256 A

49.4

ThoroughbredA

90

0.13

XP1800+

1533

11.5x

133

1.50

 37.2 128-256 A

51

ThoroughbredA

90

0.13

XP1900+

1600

12x

133

1.50

 37.2 128-256 A

52.5

ThoroughbredA

90

0.13

XP2000+

1667

12.5x

133

1.60 - 1.65

 37.2 128-256 A

60.3

ThoroughbredA

90

0.13

XP2100+

1733

13x

133

1.60

 37.2 128-256 A

62.1

ThoroughbredA

90

0.13

XP2200+

1800

13.5x

133

1.65

 37.2 128-256 A

67.9

ThoroughbredA

85

0.13
 

XP1700+

1467

11x

133

1.60

 37.2 128-256 A

59.8

ThoroughbredB

90

0.13

XP1800+

1533

11.5x

133

1.60

 37.2 128-256 A

59.8

ThoroughbredB

90

0.13

XP2000+

1667

12.5x

133

1.60

37.2

 128-256 A

61.3

ThoroughbredB

90

0.13

XP2100+

1733

13x

133

1.60

37.2

 128-256 A

62.1

ThoroughbredB

90

0.13

XP2200+

1800

13.5x

133

1.60

37.2

 128-256 A

62.8

ThoroughbredB

85

0.13

XP2400+

2000

15x

133

1.60 - 1.65

37.2

 128-256 A

65.3 - 68.3

ThoroughbredB

85

0.13

XP2600+

2133 – 2083

16x – 12.5x

133 - 166

1.65

37.2

 128-256 A

68.3

ThoroughbredB

85

0.13

XP2700+

2167

13x

166

1.65

37.2

 128-256 A

68.3

ThoroughbredB

85

0.13
XP2800+ 2250 13.5x 166 37.2 128-256 A ThoroughbredB 0.13
XP2500+ 1833 11x 166 1.65 54.3 128-512 A 68.3 Barton 85 0.13
XP2600+ 1917 11.5x 166 1.65 54.3 128-512 A 68.3 Barton 85 0.13
XP2800+ 2083 12.5x 166 1.65 54.3 128-512 A 68.3 Barton 85 0.13
XP3000+ 2167 - 2100 13x - 10.5x 166 - 200 1.65 54.3 128-512 A 74.3 - 68.3 Barton 85 0.13
XP3200+ 2200 11x 200 1.65 54.3 128-512 A 76.8 Barton 85 0.13
XP2200+ 1800 13.5x 133 1.6 37.2 128-256 A 62.8 Thorton 85 0.13
XP2400+ 2000 15x 133 1.65 37.2 128-256 A 68.3 Thorton 85 0.13
XP2600+ 1917 11.5x 166 1.65 37.2 128-256 A 68.3 Thorton 85 0.13
 
AMD AthlonMP

PR Rating

Frequenza (MHz)

Moltiplicatore

FSB DDR (MHz)

Vcore (Volt)

 Milioni di transistor Cache L1-L2 Socket

Potenza max (Watt)

Core

Tmax (°C)

Processo  (micron)

XP2400+

2000

15x

133

1.65

 37.2 128-256 A

60

ThoroughbredB

90

0.13

XP2600+

2133

16x

133

1.65

 37.2 128-256 A

60

ThoroughbredB

90

0.13
XP2800+ 2133 13x 166 1.6 54.3 128-512 A 60 Barton 90 0.13
AMD Sempron

PR Rating

Frequenza (MHz)

Moltiplicatore

FSB DDR (MHz)

Vcore (Volt)

 Milioni di transistor Cache L1-L2 Socket

Potenza max (Watt)

Core

Tmax (°C)

Processo  (micron)

2200+

1500

9x

166

 

 37.2 128-256 A  

ThoroughbredB

90

0.13

2300+

1583

9.5x

166

 

 37.2 128-256 A  

ThoroughbredB

90

0.13

2400+

1667

10x

166

   37.2 128-256 A  

ThoroughbredB

90

0.13

2500+

1750

10.5x

166

   37.2 128-256 A  

ThoroughbredB

90

0.13

2600+

1833

11x

166

   37.2 128-256 A  

ThoroughbredB

90

0.13

2800+

2000

12x

166

   37.2 128-256 A  

ThoroughbredB

90

0.13

3000+

2000

12x

166

   54.3 128-512 A  

Barton

90

0.13

3100+

1800

9x

200 (QDR)

 

   128-256 754  

Paris

 PC3200 SC 64bit

 

 
AMD Athlon64

PR Rating

Frequenza (MHz)

Moltiplicatore

FSB QDR (MHz)

Vcore (Volt)

 Milioni di transistor Cache L1-L2 Socket

Potenza max (Watt)

Core

 Memoria

Tmax (°C)

Processo  (micron)

2800+

1800

9x

800

1.5

 106 128-512 754 89

Clawhammer

 PC3200 SC 64bit

70

0.13

3000+

2000

10x

800

1.5

 106 128-512 754 89

Clawhammer

 PC3200 SC 64bit

70

0.13

3200+

2000

10x

800

 1.5 106 128-1M 754 89

Clawhammer

 PC3200 SC 64bit

70

0.13

3400+

2200

11x

800

 1.5 106 128-1M 754 89

Clawhammer

 PC3200 SC 64bit

70

0.13

3700+

2400

12x

800

 1.5 106 128-1M 754 89

Clawhammer

 PC3200 SC 64bit

70

0.13
 

3500+

2200

11x

1000

 1.5 68.5 128-512 939 89

Newcastle

 PC3200 DC 128bit

70

0.13

3800+

2400

12x

1000

 1.5 68.5 128-512 939 89

Newcastle

 PC3200 DC 128bit

70

0.13
 
AMD Athlon64-FX

Nome

Frequenza (MHz)

Moltiplicatore

FSB QDR (MHz)

Vcore (Volt)

 Milioni di transistor Cache L1-L2 Socket

Potenza max (Watt)

Core

 Memoria

Tmax (°C)

Processo  (micron)

FX-51

2200

11x

800

1.5

 106 128-1M 940 89

Sledgehammer

 PC3200 ECC DC 128bit

70

0.13

FX-53

2400

12x

1000

1.5

 106 128-1M 939 89

Sledgehammer

 PC3200 ECC DC 128bit

70

0.13

FX-53

2400

12x

800

1.5

 106 128-1M 940 89

Sledgehammer

 PC3200 ECC DC 128bit

70

0.13
 
AMD Opteron

Nome

Frequenza (MHz)

Moltiplicatore

FSB  (MHz)

Vcore (Volt)

 Milioni di transistor Cache L1-L2 Socket

Potenza max (Watt)

Core

Tmax (°C)

Processo  (micron)

140

1400

7x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

140 EE

1400

7x

400

1.55

 106 128-1M   30

Sledgehammer

70

0.13

142

1600

8x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

144

1800

9x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

146

2000

10x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

146 HE

2000

10x

400

1.55

 106 128-1M   55

Sledgehammer

70

0.13

148

2200

11x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

150

2400

12x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

240

1400

7x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

240 EE

1400

7x

400

1.55

 106 128-1M   30

Sledgehammer

70

0.13

242

1600

8x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

244

1800

9x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

246

2000

10x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

246 HE

2000

10x

400

1.55

 106 128-1M   55

Sledgehammer

70

0.13

248

2200

11x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

250

2400

12x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

840

1400

7x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

840 EE

1400

7x

400

1.55

 106 128-1M   30

Sledgehammer

70

0.13

842

1600

8x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

844

1800

9x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

846

2000

10x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

846 HE

2000

10x

400

1.55

 106 128-1M   55

Sledgehammer

70

0.13

848

2200

11x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13

850

2400

12x

400

1.55

 106 128-1M   84.7

Sledgehammer

70

0.13
 
Intel Celeron

Frequenza (GHz)

FSB (MHz)

Moltiplicatore

FSB QDR (MHz)

Vcore (Volt)

 Milioni di transistor Cache L1-L2 Socket

Potenza max (Watt)

Core

Tmax (°C)

Processo  (micron)

2.10

400

21x

100

1.475 - 1.500 - 1.525

 42 8-128 478 55.5

Northwood-128

69

0.13

2.20

400

22x

100

1.475 - 1.500 - 1.525

 42 8-128 478 57.1

Northwood-128

70

0.13

2.30

400

23x

100

1.475 - 1.500 - 1.525

 42 8-128 478 58.3

Northwood-128

70

0.13

2.40

400

24x

100

1.475 - 1.500 - 1.525

 42 8-128 478 59.8

Northwood-128

71

0.13

2.50

400

25x

100

1.475 - 1.500 - 1.525

 42 8-128 478 61.0

Northwood-128

72

0.13

2.60

400

26x

100

1.475 - 1.500 - 1.525

 42 8-128 478 62.6

Northwood-128

72

0.13

2.70

400

27x

100

1.475 - 1.500 - 1.525

 42 8-128 478 66.8

Northwood-128

74

0.13

2.80

400

28x

100

1.475 - 1.500

 42 8-128 478 68.4

Northwood-128

75

0.13
 
Intel Celeron-D

Nome

Frequenza

Moltiplicatore

FSB (MHz)

Vcore (Volt)

 Milioni di transistor Cache L1-L2 Socket

Potenza max (Watt)

Core

Tmax (°C)

Processo  (micron)

325

2530

19x

533

   125 16-256 478  

Prescott-256

 

0.09

330

2660

20x

533

   125 16-256 478   Prescott-256

 

0.09

335

2800

21x

533

   125 16-256 478   Prescott-256

 

0.09
 
Intel Pentium4

Nome

Frequenza

Moltiplicatore

FSB (MHz)

Vcore (Volt)

 Milioni di transistor Cache L1-L2 Socket

Potenza max (Watt)

Core

Tmax (°C)

Processo  (micron)

P4-2.80

2800

21x

533

 1.525 55 8-512 478 68.4 Northwood-B

75

0.13

P4-3.06

3060

23x

533

 1.55 55 8-512 478 81.8 Northwood-B

69

0.13

P4-2.80

2800

14x

800

 1.55 55 8-512 478 69.7 Northwood-C

75

0.13

P4-3.00

3000

15x

800

 1.55 55 8-512 478 81.9 Northwood-C

70

0.13

P4-3.20

3200

16x

800

 1.55 55 8-512 478 82 Northwood-C

70

0.13

P4-3.40

3400

17x

800

 1.55 55 8-512 478 89 Northwood-C

68

0.13
 

P4-2.8A

2800

21x

533

 1.55 125 16-1M 478 89 Prescott

69

0.09

P4-520

2800

14x

800

 1.55 125 16-1M 478 89 Prescott

69

0.09

P4-530

3000

15x

800

 1.55 125 16-1M 478 89 Prescott

69

0.09

P4-540

3200

16x

800

 1.55 125 16-1M 478 103 Prescott

73

0.09

P4-550

3400

17x

800

 1.55 125 16-1M 478 103 Prescott

73

0.09

P4-560

3600

18x

800

 1.55 125 16-1M 478   Prescott

 

0.09
 

P4 EE 3.20

3200

16x

800

 1.55 178 8-512 478 92.1 Gallatin

64

0.13

P4 EE 3.40

3400

17x

800

 1.6 178 8-512 478 102.9 Gallatin

67

0.13
 

Nota:
Per le cpu AMD Athlon 64 valgono le seguenti formule:
PR Rating = [ ( Frequenza CPU in MHz x 3 ) / 2 ] + 400
Frequenza in MHz = [ ( PR Rating - 400 ) x 2 ] / 3

Questa tabella non vuole essere esaustiva. Informazioni desunte dalla rete.
Copyright Fusco Carlo 2004.
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