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Intel CPU Processors specifications.
CPU Processors Specs >> IntelIntel Celeron M ULV Dothan |
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 | L2 Cache: 512 KV Clock frequency: 900 MHz ... |
 Intel Celeron M ULV Dothan |
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Intel Celeron M ULV Banias |
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 | L2 Cache: 512 KV Clock frequency: 900 MHz ... |
| Intel Celeron M ULV Banias |
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Intel Celeron M Banias |
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 | L2 Cache: 512 KV Clock frequency: 1200 MHz ... |
| Intel Celeron M Banias |
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Intel Xeon Paxville |
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 | Socket: S604 L2 Cache: 4096 KV Clock frequency: 2800 MHz ... |
| Intel Xeon Paxville |
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Intel Celeron Willamette |
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 | Socket: S478 L2 Cache: 128 KV Clock frequency: 1700 MHz ... |
| Intel Celeron Willamette |
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Intel Celeron Allendale |
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 | Socket: LGA775 L2 Cache: 512 KV Clock frequency: 2400 MHz ... |
| Intel Celeron Allendale |
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Intel Celeron M Dothan |
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 | L2 Cache: 1024 KV Clock frequency: 1500 MHz ... |
| Intel Celeron M Dothan |
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Intel Core 2 Extreme Edition Conroe XE |
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 | Socket: LGA775 L2 Cache: 4096 KV Clock frequency: 2930 MHz ... |
| Intel Core 2 Extreme Edition Conroe XE |
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Intel Core i7 Extreme Edition Bloomfield |
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 | Socket: LGA1366 L2 Cache: 1024 KV Clock frequency: 3200 MHz ... |
| Intel Core i7 Extreme Edition Bloomfield |
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Intel Core 2 Extreme Edition Kentsfield |
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 | Socket: LGA775 L2 Cache: 8192 KV Clock frequency: 2667 MHz ... |
| Intel Core 2 Extreme Edition Kentsfield |
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Intel Pentium Extreme Edition |
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 | Socket: LGA775 L2 Cache: 4096 KV Clock frequency: 3733 MHz ... |
| Intel Pentium Extreme Edition |
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Intel Pentium Mobile |
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 | L2 Cache: 1024 KV Clock frequency: 1600 MHz ... |
| Intel Pentium Mobile |
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Intel Pentium G3320TE Haswell (2300MHz, LGA1150, L3 3072Kb) |
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 | Socket: LGA1150 L2 Cache: 512 KB L3 Cache: 3072 KB Clock frequency: 2300 MHz ... |
| Intel Pentium G3320TE Haswell (2300MHz, LGA1150, L3 3072Kb) |
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Intel Pentium G3220T Haswell (2600MHz, LGA1150, L3 3072Kb) |
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 | Socket: LGA1150 L2 Cache: 512 KB L3 Cache: 3072 KB Clock frequency: 2600 MHz ... |
| Intel Pentium G3220T Haswell (2600MHz, LGA1150, L3 3072Kb) |
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Intel Pentium G3420 Haswell (3200MHz, LGA1150, L3 3072Kb) |
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 | Socket: LGA1150 L2 Cache: 512 KB L3 Cache: 3072 KB Clock frequency: 3200 MHz ... |
| Intel Pentium G3420 Haswell (3200MHz, LGA1150, L3 3072Kb) |
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Intel Pentium G3420T Haswell (2700MHz, LGA1150, L3 3072Kb) |
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 | Socket: LGA1150 L2 Cache: 512 KB L3 Cache: 3072 KB Clock frequency: 2700 MHz ... |
| Intel Pentium G3420T Haswell (2700MHz, LGA1150, L3 3072Kb) |
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Intel Pentium G3220 Haswell (3000MHz, LGA1150, L3 3072Kb) |
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 | Socket: LGA1150 L2 Cache: 512 KB L3 Cache: 3072 KB Clock frequency: 3000 MHz ... |
| Intel Pentium G3220 Haswell (3000MHz, LGA1150, L3 3072Kb) |
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Intel Pentium G3430 Haswell (3300MHz, LGA1150, L3 3072Kb) |
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 | Socket: LGA1150 L2 Cache: 512 KB L3 Cache: 3072 KB Clock frequency: 3300 MHz ... |
| Intel Pentium G3430 Haswell (3300MHz, LGA1150, L3 3072Kb) |
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Intel Core i3-4330TE Haswell (2400MHz, LGA1150, L3 4096Kb) |
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 | Socket: LGA1150 L2 Cache: 512 KB L3 Cache: 4096 KB Clock frequency: 2400 MHz ... |
| Intel Core i3-4330TE Haswell (2400MHz, LGA1150, L3 4096Kb) |
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Intel Core i3-4340 Haswell (3600MHz, LGA1150, L3 4096Kb) |
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 | Socket: LGA1150 L2 Cache: 512 KB L3 Cache: 4096 KB Clock frequency: 3600 MHz ... |
| Intel Core i3-4340 Haswell (3600MHz, LGA1150, L3 4096Kb) |
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Unisoc has released a new mobile processor called the T9300 5G. The new product is positioned as a solution for budget-conscious gamers and supports several technologies designed to enhance the image quality of inexpensive smartphones.
Qualcomm unveiled the successor to the Snapdragon X Elite back in September, and now the company has revealed new technical details, including actual power consumption levels in different types of laptops. According to the new data, the Snapdragon X2 Elite Extreme is capable of consuming more than 100 W in unrestricted mode.
AMD officially unveiled its updated roadmap for processors and graphics, confirming the release of the Gorgon line in 2026 and the flagship Medusa line in 2027. Both series will be part of the new generation of AI computers and will lay the foundation for the next generation of gaming graphics cards, which will replace RDNA.