AMD CPU Processors specifications.
CPU Processors Specs >> AMDAMD Athlon XP 2600 Barton (S462, 512Kb L2, 333MHz) |
|
 | Socket: S462 L2 Cache: 512 KB Clock frequency: 1917 MHz ... |
 AMD Athlon XP 2600 Barton (S462, 512Kb L2, 333MHz) |
|
AMD Athlon XP 2800 Barton (S462, 512Kb L2, 266MHz) |
|
 | Socket: S462 L2 Cache: 512 KB Clock frequency: 2133 MHz ... |
| AMD Athlon XP 2800 Barton (S462, 512Kb L2, 266MHz) |
|
AMD Athlon XP 2800 Barton (S462, 512Kb L2, 333MHz) |
|
 | Socket: S462 L2 Cache: 512 KB Clock frequency: 2083 MHz ... |
| AMD Athlon XP 2800 Barton (S462, 512Kb L2, 333MHz) |
|
AMD Athlon XP 3000 Barton (S462, 512Kb L2, 333MHz) |
|
 | Socket: S462 L2 Cache: 512 KB Clock frequency: 2167 MHz ... |
| AMD Athlon XP 3000 Barton (S462, 512Kb L2, 333MHz) |
|
AMD Athlon XP 3000 Barton (S462, 512Kb L2, 400MHz) |
|
 | Socket: S462 L2 Cache: 512 KB Clock frequency: 2100 MHz ... |
| AMD Athlon XP 3000 Barton (S462, 512Kb L2, 400MHz) |
|
AMD Athlon XP 3200 Barton (S462, 512Kb L2, 400MHz) |
|
 | Socket: S462 L2 Cache: 512 KB Clock frequency: 2200 MHz ... |
| AMD Athlon XP 3200 Barton (S462, 512Kb L2, 400MHz) |
|
AMD Sempron 2300 Thoroughbred (S462, 256Kb L2, 333MHz) |
|
 | Socket: S462 L2 Cache: 256 KB Clock frequency: 1583 MHz ... |
| AMD Sempron 2300 Thoroughbred (S462, 256Kb L2, 333MHz) |
|
AMD Sempron 2400 Thoroughbred (S462, 256Kb L2, 333MHz) |
|
 | Socket: S462 L2 Cache: 256 KB Clock frequency: 1667 MHz ... |
| AMD Sempron 2400 Thoroughbred (S462, 256Kb L2, 333MHz) |
|
AMD Sempron 2500 Thoroughbred (S462, 256Kb L2, 333MHz) |
|
 | Socket: S462 L2 Cache: 256 KB Clock frequency: 1750 MHz ... |
| AMD Sempron 2500 Thoroughbred (S462, 256Kb L2, 333MHz) |
|
AMD Sempron 2600 Thoroughbred (S462, 256Kb L2, 333MHz) |
|
 | Socket: S462 L2 Cache: 256 KB Clock frequency: 1833 MHz ... |
| AMD Sempron 2600 Thoroughbred (S462, 256Kb L2, 333MHz) |
|
AMD Sempron 2800 Thoroughbred (S462, 256Kb L2, 333MHz) |
|
 | Socket: S462 L2 Cache: 256 KB Clock frequency: 2000 MHz ... |
| AMD Sempron 2800 Thoroughbred (S462, 256Kb L2, 333MHz) |
|
AMD Sempron 3000 Thoroughbred (S462, 512Kb L2, 333MHz) |
|
 | Socket: S462 L2 Cache: 512 KB Clock frequency: 2000 MHz ... |
| AMD Sempron 3000 Thoroughbred (S462, 512Kb L2, 333MHz) |
|
AMD Athlon XP 1600 Palomino (S462, 256Kb L2, 266MHz) |
|
 | Socket: S462 L2 Cache: 256 KB Clock frequency: 1400 MHz ... |
| AMD Athlon XP 1600 Palomino (S462, 256Kb L2, 266MHz) |
|
AMD A10-6700T Richland (FM2, L2 4096Kb) |
|
 | Socket: FM2 L2 Cache: 4096 KB Clock frequency: 2500 MHz ... |
| AMD A10-6700T Richland (FM2, L2 4096Kb) |
|
AMD A8-6500T Richland (FM2, L2 4096Kb) |
|
 | Socket: FM2 L2 Cache: 4096 KB Clock frequency: 2100 MHz ... |
| AMD A8-6500T Richland (FM2, L2 4096Kb) |
|
AMD A10-6790K Richland (FM2, L2 4096Kb) |
|
 | Socket: FM2 L2 Cache: 4096 KB Clock frequency: 4000 MHz ... |
| AMD A10-6790K Richland (FM2, L2 4096Kb) |
|
AMD Athlon X4 750 Richland (FM2, L2 4096Kb) |
|
 | Socket: FM2 L2 Cache: 4096 KB Clock frequency: 3400 MHz ... |
| AMD Athlon X4 750 Richland (FM2, L2 4096Kb) |
|
AMD FX-8140 Zambezi (AM3 , L3 8192Kb) |
|
 | Socket: AM3 L2 Cache: 8192 KB L3 Cache: 8192 KB Clock frequency: 3200 MHz ... |
| AMD FX-8140 Zambezi (AM3 , L3 8192Kb) |
|
AMD A10-7700K Kaveri (FM2 , L2 4096Kb) |
|
 | Socket: FM2 L2 Cache: 4096 KB Clock frequency: 3400 MHz ... |
| AMD A10-7700K Kaveri (FM2 , L2 4096Kb) |
|
AMD A10-7800 Kaveri (FM2 , L2 4096Kb) |
|
 | Socket: FM2 L2 Cache: 4096 KB Clock frequency: 3500 MHz ... |
| AMD A10-7800 Kaveri (FM2 , L2 4096Kb) |
|
AMD CEO Lisa Su shared details about the upcoming presentation of the company's next-generation graphics processors. Thus, the company for the first time confirmed the release dates of the new products.
AMD announced the release date of the new Ryzen 7 9800X3D processor, the main feature of which will be a ?gamer? cache memory. The new product will replace the 7800X3D, offering higher clock speeds and overall performance.
AMD is already preparing for the premiere of Ryzen 7 9800X3D, which promises to be one of the most powerful processors for gaming PCs. The company has not yet compared the new chip with the previous model, but a marketing description showing the difference between them has already appeared online.