AMD CPU Processors specifications.
CPU Processors Specs >> AMDAMD A10-7850K Kaveri (FM2 , L2 4096Kb) |
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 | Socket: FM2 L2 Cache: 4096 KB Clock frequency: 3700 MHz ... |
 AMD A10-7850K Kaveri (FM2 , L2 4096Kb) |
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AMD A8-7600 Kaveri (FM2 , L2 4096Kb) |
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 | Socket: FM2 L2 Cache: 4096 KB Clock frequency: 3300 MHz ... |
| AMD A8-7600 Kaveri (FM2 , L2 4096Kb) |
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AMD A6-6420K Richland (FM2, 1024Kb L2) |
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 | Socket: FM2 L1 Cache : 48 KB L2 Cache: 1024 KB Clock frequency: 4000 MHz ... |
| AMD A6-6420K Richland (FM2, 1024Kb L2) |
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AMD A4-4020 Richland (FM2, 1024Kb L2) |
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 | Socket: FM2 L1 Cache : 48 KB L2 Cache: 1024 KB Clock frequency: 3200 MHz ... |
| AMD A4-4020 Richland (FM2, 1024Kb L2) |
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AMD A4-6320 Richland (FM2, 1024Kb L2) |
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 | Socket: FM2 L1 Cache : 48 KB L2 Cache: 1024 KB Clock frequency: 3800 MHz ... |
| AMD A4-6320 Richland (FM2, 1024Kb L2) |
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AMD Athlon 5150 Kabini (AM1, 2048Kb L2) |
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 | Socket: AM1 L1 Cache : 64 KB L2 Cache: 2048 KB Clock frequency: 1600 MHz ... |
| AMD Athlon 5150 Kabini (AM1, 2048Kb L2) |
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AMD Athlon 5200 Kabini (AM1, 2048Kb L2) |
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 | Socket: AM1 L1 Cache : 64 KB L2 Cache: 2048 KB Clock frequency: 2050 MHz ... |
| AMD Athlon 5200 Kabini (AM1, 2048Kb L2) |
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AMD Sempron 2650 Kabini (AM1, 1024Kb L2) |
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 | Socket: AM1 L1 Cache : 64 KB L2 Cache: 1024 KB Clock frequency: 1450 MHz ... |
| AMD Sempron 2650 Kabini (AM1, 1024Kb L2) |
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AMD Sempron 3850 Kabini (AM1, 2048Kb L2) |
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 | Socket: AM1 L1 Cache : 64 KB L2 Cache: 2048 KB Clock frequency: 1300 MHz ... |
| AMD Sempron 3850 Kabini (AM1, 2048Kb L2) |
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An insider and author of Moore's Law is Dead YouTube channel has revealed information about AMD's next 3D V-Cache-enabled gaming processor and shared data about Zen 6 family.
AMD processors with 3D V-Cache, such as Ryzen 7 7800X3D or 9800X3D, are considered one of the best for gaming due to their huge L3 cache. But even such chips allow unpleasant stuttering and pinging in games. It turned out that it can be fixed by simple manipulations.
After numerous rumors, Samsung has unveiled a new flagship processor Exynos 2500, which is created on a 3-nanometer process using GAA architecture. Compared to its predecessor, the main focus here is on graphics performance and working with artificial intelligence tasks.