Intel CPU Processors specifications.
CPU Processors Specs >> IntelIntel Celeron D 340 Prescott (2933MHz, S478, 256Kb L2, 533MHz) |
|
 | Socket: S478 L2 Cache: 256 KB Clock frequency: 2933 MHz ... |
 Intel Celeron D 340 Prescott (2933MHz, S478, 256Kb L2, 533MHz) |
|
Intel Celeron D 335J Prescott (2800MHz, LGA775, 256Kb L2, 533MHz) |
|
 | Socket: LGA775 L2 Cache: 256 KB Clock frequency: 2800 MHz ... |
| Intel Celeron D 335J Prescott (2800MHz, LGA775, 256Kb L2, 533MHz) |
|
Intel Celeron D 335 Prescott (2800MHz, S478, 256Kb L2, 533MHz) |
|
 | Socket: S478 L2 Cache: 256 KB Clock frequency: 2800 MHz ... |
| Intel Celeron D 335 Prescott (2800MHz, S478, 256Kb L2, 533MHz) |
|
Intel Celeron D 330J Prescott (2667MHz, LGA775, 256Kb L2, 533MHz) |
|
 | Socket: LGA775 L2 Cache: 256 KB Clock frequency: 2667 MHz ... |
| Intel Celeron D 330J Prescott (2667MHz, LGA775, 256Kb L2, 533MHz) |
|
Intel Celeron D 330 Prescott (2667MHz, S478, 256Kb L2, 533MHz) |
|
 | Socket: S478 L2 Cache: 256 KB Clock frequency: 2667 MHz ... |
| Intel Celeron D 330 Prescott (2667MHz, S478, 256Kb L2, 533MHz) |
|
Intel Celeron D 325J Prescott (2533MHz, LGA775, 256Kb L2, 533MHz) |
|
 | Socket: LGA775 L2 Cache: 256 KB Clock frequency: 2533 MHz ... |
| Intel Celeron D 325J Prescott (2533MHz, LGA775, 256Kb L2, 533MHz) |
|
Intel Celeron D 325 Prescott (2533MHz, S478, 256Kb L2, 533MHz) |
|
 | Socket: S478 L2 Cache: 256 KB Clock frequency: 2533 MHz ... |
| Intel Celeron D 325 Prescott (2533MHz, S478, 256Kb L2, 533MHz) |
|
Intel Celeron D 320 Prescott (2400MHz, S478, 256Kb L2, 533MHz) |
|
 | Socket: S478 L2 Cache: 256 KB Clock frequency: 2400 MHz ... |
| Intel Celeron D 320 Prescott (2400MHz, S478, 256Kb L2, 533MHz) |
|
Intel Pentium M 730 Dothan (1600MHz, S479, 2048Kb L2, 533MHz) |
|
 | Socket: S479 L2 Cache: 2048 KB Clock frequency: 1600 MHz ... |
| Intel Pentium M 730 Dothan (1600MHz, S479, 2048Kb L2, 533MHz) |
|
Intel Pentium M 750 Dothan (1866MHz, S479, 2048Kb L2, 533MHz) |
|
 | Socket: S479 L2 Cache: 2048 KB Clock frequency: 1867 MHz ... |
| Intel Pentium M 750 Dothan (1866MHz, S479, 2048Kb L2, 533MHz) |
|
Intel Pentium M 770 Dothan (2133MHz, S479, 2048Kb L2, 533MHz) |
|
 | Socket: S479 L2 Cache: 2048 KB Clock frequency: 2133 MHz ... |
| Intel Pentium M 770 Dothan (2133MHz, S479, 2048Kb L2, 533MHz) |
|
Intel Pentium M 715 Dothan (1500MHz, S479, 2048Kb L2, 400MHz) |
|
 | Socket: S479 L2 Cache: 2048 KB Clock frequency: 1500 MHz ... |
| Intel Pentium M 715 Dothan (1500MHz, S479, 2048Kb L2, 400MHz) |
|
Intel Pentium M 725 Dothan (1600MHz, S479, 2048Kb L2, 400MHz) |
|
 | Socket: S479 L2 Cache: 2048 KB Clock frequency: 1600 MHz ... |
| Intel Pentium M 725 Dothan (1600MHz, S479, 2048Kb L2, 400MHz) |
|
Intel Pentium M 735 Dothan (1700MHz, S479, 2048Kb L2, 400MHz) |
|
 | Socket: S479 L2 Cache: 2048 KB Clock frequency: 1700 MHz ... |
| Intel Pentium M 735 Dothan (1700MHz, S479, 2048Kb L2, 400MHz) |
|
Intel Pentium M 745 Dothan (1800MHz, S479, 2048Kb L2, 400MHz) |
|
 | Socket: S479 L2 Cache: 2048 KB Clock frequency: 1800 MHz ... |
| Intel Pentium M 745 Dothan (1800MHz, S479, 2048Kb L2, 400MHz) |
|
Intel Pentium M 755 Dothan (2000MHz, S479, 2048Kb L2, 400MHz) |
|
 | Socket: S479 L2 Cache: 2048 KB Clock frequency: 2000 MHz ... |
| Intel Pentium M 755 Dothan (2000MHz, S479, 2048Kb L2, 400MHz) |
|
Intel Pentium M 765 Dothan (2100MHz, S479, 2048Kb L2, 400MHz) |
|
 | Socket: S479 L2 Cache: 2048 KB Clock frequency: 2100 MHz ... |
| Intel Pentium M 765 Dothan (2100MHz, S479, 2048Kb L2, 400MHz) |
|
Intel Xeon 3800MHz Irwindale (S604, 2048Kb L2, 800MHz) |
|
 | Socket: S604 L2 Cache: 2048 KB Clock frequency: 3800 MHz ... |
| Intel Xeon 3800MHz Irwindale (S604, 2048Kb L2, 800MHz) |
|
Intel Xeon 3600MHz Irwindale (S604, 2048Kb L2, 800MHz) |
|
 | Socket: S604 L2 Cache: 2048 KB Clock frequency: 3600 MHz ... |
| Intel Xeon 3600MHz Irwindale (S604, 2048Kb L2, 800MHz) |
|
Intel Xeon 3000MHz Irwindale (S604, 2048Kb L2, 800MHz) |
|
 | Socket: S604 L2 Cache: 2048 KB Clock frequency: 3000 MHz ... |
| Intel Xeon 3000MHz Irwindale (S604, 2048Kb L2, 800MHz) |
|
The date of the presentation of MediaTek's flagship Dimensity 9500 chip has been announced ? the platform will premiere one day earlier than its competitor, the Snapdragon 8 Gen 2 Elite.
An AMD patent application for the AM6 platform has appeared online. The document provides a general overview of future AMD chips ? in particular, it hints at increased power limits and compatibility with faster RAM.
AMD Ryzen Threadripper processors are primarily designed for workstations and are rarely mentioned in gaming news. However, enthusiasts pay little attention to such conventions: the authors of the German portal ComputerBase conducted detailed gaming tests on the 64-core Threadripper 9980X and compared its capabilities with current ?specialized? chips.