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Old 16-03-05, 12:35 AM
brower brower is offline
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PDF from AMD Processors

A little help about AMD processors.

The cache is only the L2, isnt the total.



Socket A (462)

XP1500+

=> AX1500DMT3C = 1333MHz Palomino (Model 6) 266FSB (133.3 x 10), 256K cache, 1.75V, 90C Max Die Temp.

XP1600+

=> AX1600DMT3C = 1400MHz Palomino (Model 6) 266FSB (133.3 x 10.5), 256K cache, 1.75V, 90C Max Die Temp.

=> AXDA1600DLT3C = 1400MHz Tbred A (Model 8) 266FSB (133.3 x 10.5), 256K cache, 1.5V, 90C Max Die Temp.

XP1700+

=> AX1700DMT3C = 1467MHz Palomino (Model 6) 266FSB (133.3 x 11), 256K cache, 1.75V, 90C Max Die Temp.

=> AXDA1700DLT3C = 1467MHz Tbred A (Model 8) 266FSB (133.3 x 11), 256K cache, 1.5V, 90C Max Die Temp.

=> AXDA1700DLT3C = 1467MHz Tbred B (Model 8) 266FSB (133.3 x 11), 256K cache, 1.5V, 90C Max Die Temp.

=> AXDA1700DUT3C = 1467MHz Tbred B (Model 8) 266FSB (133.3 x 11), 256K cache, 1.6V, 90C Max Die Temp.

XP1800+

=> AX1800DMT3C = 1533MHz Palomino (Model 6) 266FSB (133.3 x 11.5), 256K cache, 1.75V, 90C Max Die Temp.

=> AXDA1800DLT3C = 1533MHz Tbred A (Model 8) 266FSB (133.3 x 11.5), 256K cache, 1.5V, 90C Max Die Temp.

=> AXDA1800DLT3C = 1533MHz Tbred B (Model 8) 266FSB (133.3 x 11.5), 256K cache, 1.5V, 90C Max Die Temp.

=> AXDA1800DUT3C = 1533MHz Tbred B (model 8) 266FSB (133.3 x 11.5x), 256K cache, 1.6V, 90C Max Die Temp.

XP1900+

=> AX1900DMT3C = 1600MHz Palomino (Model 6) 266FSB (133.3 x 12), 1.75V, 256K cache, 90C Max Die Temp.

=> AXDA1900DLT3C = 1600MHz Tbred A (Model 8) 266FSB (133.3 x 12), 256K cache, 1.5V, 90C Max Die Temp.

XP2000+

=> AX2000DMT3C = 1667MHz Palomino (Model 6) 266FSB (133.3 x 12.5), 1.75V, 256K cache, 90C Max Die Temp.

=> AXDA2000DUT3C = 1667MHz Tbred A (Model 8) 266FSB (133.3 x 12.5), 256K cache, 1.6V, 90C Max Die Temp.

=> AXDA2000DUT3C = 1667MHz Tbred B (Model 8) 266FSB (133.3 x 12.5), 256K cache, 1.6V, 90C Max Die Temp.

=> AXDA2000DKT3C = 1667MHz Tbred B (Model 8) 266FSB (133.3 x 12.5), 256K cache, 1.65V, 90C Max Die Temp.

=> AXDC2000DUT3C = 1667MHz Thorton (Model 10) 266FSB (133.3 x 12.5), 256K cache, 1.6V, 90C Max Die Temp.

XP2100+

=> AX2100DMT3C = 1733MHz Palomino (Model 6) 266FSB (133.3 x 13), 256K cache, 1.75V, 90C Max Die Temp.

=> AXDA2100DUT3C = 1733MHz Tbred A (Model 8) 266FSB (133.3 x 13), 256K cache, 1.6V, 90C Max Die Temp.

=> AXDA2100DUT3C = 1733MHz Tbred B (Model 8) 266FSB (133.3 x 13), 256K cache, 1.6V, 90C Max Die Temp.

XP2200+

=> AXDA2200DKV3C = 1800MHz Tbred A (Model 8) 266FSB (133.3 x 13.5), 256K cache, 1.65V, 85C Max Die Temp.

=> AXDA2200DKV3C = 1800MHz Tbred B (Model 8) 266FSB (133.3 x 13.5), 256K cache, 1.65V, 85C Max Die Temp.

=> AXDA2200DUV3C = 1800MHz Tbred B (Model 8) 266FSB (133.3 x 13.5), 256K cache, 1.6V, 85C Max Die Temp.

=> AXDC2200DUV3C = 1800MHz Thorton (Model 10) 266FSB (133.3 x 13.5), 256K cache, 1.6V, 85C Max Die Temp.

XP2400+

=> AXDA2400DKV3C = 2000MHz Tbred B (Model 8) 266FSB (133.3 x 15), 256K cache, 1.65V, 85C Max Die Temp.

=> AXDA2400DUV3C = 2000MHz Tbred B (Model 8) 266FSB (133.3 x 15), 256K cache, 1.6V, 85C Max Die Temp.

=> AXDC2400DUV3C = 2000MHz Thorton (Model 10) 266FSB (133.3 x 15), 256K cache, 1.6V, 85C Max Die Temp.

XP2500+

=> AXDA2500DKV4D = 1833MHz Barton (Model 10) 333FSB (166.6 x 11), 512K cache, 1.65V, 85C Max Die Temp.

XP2600+

=> AXDA2600DKV3C = 2133MHz Tbred B (Model 8) 266FSB (133.3 x 16), 256K cache, 1.65V, 85C Max Die Temp.

=> AXDA2600DKV3D = 2083MHz Tbred B (Model 8) 333FSB (166.6 x 12.5), 256K cache, 1.65V, 85C Max Die Temp.

=> AXDA2600DKV4D = 1917MHz Barton (Model 10) 333FSB (166.6 x 11.5), 512K cache, 1.65V, 85C Max Die Temp.

XP2700+

=> AXDA2700DKV3D = 2167MHz Tbred B (Model 8) 333FSB (166.6 x 13), 256K cache, 1.65V, 85C Max Die Temp.

XP2800+

=> AXDA2800DKV3D = 2250MHz Tbred B (Model 8) 333FSB (166.6 x 13.5), 256K cache, 1.65V, 85C Max Die Temp.

=> AXDA2800DKV4D = 2083MHz Barton (Model 10) 333FSB (166.6 x 12.5), 512K cache, 1.65V, 85C Max Die Temp.

XP3000+

=> AXDA3000DKV4D = 2167MHz Barton (Model 10) 333FSB (166.6 x 13), 512K cache, 1.65V, 85C Max Die Temp.

=> AXDA3000DKV4E = 2100MHz Barton (Model 10) 400FSB (200 x 10.5), 512K cache, 1.65V, 85C Max Die Temp.

XP3200+

=> AXDA3200DKV4E = 2200MHz Barton (Model 10) 400FSB (200 x 11), 512K cache, 1.65V, 85C Max Die Temp.



Socket A (462)

Sempron 2200+

=> SDA2200DUT3D = 1500 MHz - 333 FSB (166 x 9), Thoroughbred, 256 KB Cache L2, 1.6V, 90 C, 130 nm

Sempron 2300+

=> SDA2300DUT3D = 1583 MHz - 333 FSB (166 x 9.5), Thoroughbred, 256 KB Cache L2, 1.6V, 90 C, 130 nm

Sempron 2400+

=> SDA2400DUT3D = 1667 MHz - 333 FSB (166 x 10), Thoroughbred, 256 KB Cache L2, 1.6V, 90 C, 130 nm

Sempron 2500+

=> SDA2500DUT3D = 1750 MHz - 333 FSB (166 x 10.5), Thoroughbred, 256 KB Cache L2, 1.6V, 90 C, 130 nm

Sempron 2600+

=> SDA2600DUT3D = 1833 MHz - 333 FSB (166 x 11), Thoroughbred, 256 KB Cache L2, 1.6V, 90 C, 130 nm

Sempron 2800+

=> SDA2800DUT3D = 2000 MHz - 333 FSB (166 x 12), Thoroughbred, 256 KB Cache L2, 1.6V, 90 C, 130 nm

Sempron 3000+

=> SDA3000DUT3D = 2000 MHz - 333 FSB (166 x 12), Barton, 512 KB Cache L2, 1.6V, 90 C, 130 nm

Socket 754

Sempron 2600+

=> SDA2600AIO2BA = 1600 MHz(8x200MHz), Palermo, 128 KB Cache L2, 1 .4V, 69 C, Rev. D0 90 nm

Sempron 2800+

=> SDA2800AIO3BA = 1600 MHz(8x200MHz), Palermo, 256 KB Cache L2, 1.4V, 69 C, Rev. D0 90 nm

Sempron 3000+

=> SDA3000AIO2BA = 1800 MHz(9x200MHz), Palermo, 128 Kb Cache L2, 1.4V, 69 C, Rev. D0 90 nm

Sempron 3100+

=> SDA3100AIP3AX = 1800 MHz(9x200MHz), Paris, 256 KB Cache L2, 1.4V, 70 C. Rev. CG 130 nm

=> SDA3100AIO3BA = 1800 MHz(9x200MHz), Palermo, 256 Kb Cache L2, 1.4V, 69 C, Rev. D0 90 nm



Socket 754

Athlon 64 2800+

=> ADA2800AEP4AP = 1800 MHz(9x200MHz), ClawHammer, 512 KB Cache L2, 1.5 V, 70 C, Rev. C0 130 nm

=> ADA2800AEP4AX = 1800 MHz(9x200MHz), NewCastle, 512 KB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

Athlon 64 3000+

=> ADA3000AEP4AP = 2000 MHz(10x200MHz), ClawHammer, 512 KB Cache L2, 1.5V, 70 C, Rev.C0 130 nm

=> ADA3000AEP4AR = 2000 MHz(10x200MHz), ClawHammer, 512 KB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

=> ADA3000AEP4AX = 2000 MHz(10x200MHz), NewCastle, 512 KB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

Athlon 64 3200+

=> ADA3200AEP5AP = 2000 MHz(10x200MHz), ClawHammer, 1 MB Cache L2, 1.5V, 70 C, Rev. C0 130 nm

=> ADA3200AEP5AR = 2000 MHz(10x200MHz), ClawHammer, 1 MB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

=> ADA3200AEP4AX = 2200 MHz(11x200MHz), NewCastle, 512 KB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

Athlon 64 3400+

=> ADA3400AEP5AP = 2200MHz(11x200MHz), ClawHammer, 1 MB Cache L2, 1.5V, 70 C, Rev. C0 130 nm

=> ADA3400AEP5AR = 2200MHz(11x200MHz), ClawHammer, 1 MB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

=> ADA3400AEP4AR = 2400MHz(12x200MHz), ClawHammer, 512 KB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

=> ADA3400AEP4AX = 2400MHz(12x200MHz), NewCastle, 512 KB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

Athlon 64 3700+

=> ADA3700AEP5AR = 2400 MHz(12x200MHz), ClawHammer, 1 MB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

Socket 939

Athlon 64 3000+

=> ADA3000DIK4BI = 1800 MHz(9x200MHz), Winchester, 512 KB Cache L2, 1.4V, 65 C, Rev. D0 90 nm

Athlon 64 3200+

=> ADA3200DIK4BI = 2000 MHz(10x200MHz), Winchester, 512 KB Cache L2, 1.4V, 65 C, Rev. D0 90 nm

Athlon 64 3400+

=> ADA3400DEP4AZ = 2200 MHz(11x200MHz), NewCastle, 512 KB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

Athlon 64 3500+

=> ADA3500DIK4BI = 2200 MHz(11x200MHz), Winchester, 512 KB Cache L2, 1.4V, 65 C, Rev. D0 90 nm

=> ADA3500DEP4AW = 2200 MHz(11x200MHz), NewCastle, 512 KB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

Athlon 64 3800+

=> ADA3800DEP4AW = 2400 MHz(12x200MHz), NewCastle, 512 KB Cache L2,1.5V, 70 C, Rev. CG 130 nm

Athlon 64 4000+

=> ADA4000DEP5AS = 2400 MHz(12x200MHz), ClawHammer, 1 MB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

Athlon 64 FX

FX-53 => ADAFX53DEP5AS = 2400 MHz(12x200MHz), ClawHammer, 1 MB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

FX-55 => ADAFX55DEI5AS = 2600 MHz(13x200MHz), ClawHammer, 1 MB Cache L2, 1.5V, 63 C, Rev. CG 130 nm

Socket 940

FX-51 => ADAFX51CEP5AK = 2200MHz(11x200MHz), SledgeHammer, 1 MB Cache L2, 1.5V, 70 C, Revi. C0 130 nm

FX-51 => ADAFX51CEP5AT = 2200MHz(11x200MHz), SledgeHammer, 1 MB Cache L2, 1.5V, 70 C, Rev. CG 130 nm

FX-53 => ADAFX53CEP5AT = 2400MHz(12x200MHz), SledgeHammer, 1 MB Cache L2. 1.5V, 70 C, Rev. CG 130 nm

  #2  
Old 06-04-07, 01:37 PM
Sinistercr0c Sinistercr0c is offline
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Join Date: Apr 2007
Posts: 4
interesting.....
  #3  
Old 06-04-07, 01:56 PM
Toxcity Toxcity is offline
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Join Date: Dec 2005
Posts: 6,969
Matey please check the dates on things before posting.. And at least post something of use.

EDIT: Ha, Got banned. Teaches ya!
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