AMD Sempron 2650 Kabini (AM1, 1024Kb L2) specs.
CPU Processors Specs >> AMD >> AMD Sempron 2650 Kabini (AM1, 1024Kb L2)| Specifications | | | Reviews |
Basic Specs AMD Sempron 2650 Kabini (AM1, 1024Kb L2)
Socket:
AM1
Kernel AMD Sempron 2650 Kabini (AM1, 1024Kb L2)
The kernel:
Kabini
Number of cores:
2
The technological process:
28 nm
Frequency characteristics AMD Sempron 2650 Kabini (AM1, 1024Kb L2)
Clock frequency:
1450 MHz
Integrated graphics:
yes
Integrated memory controller:
yes
Cache AMD Sempron 2650 Kabini (AM1, 1024Kb L2)
The amount of cache L1:
64 KB
The amount of L2 cache:
1024 KB
Instruction sets AMD Sempron 2650 Kabini (AM1, 1024Kb L2)
Instructions:
MMX, SSE, SSE2, SSE3, SSE4
Support for AMD64/EM64T:
yes
Support Virtualization Technology:
yes
Detailed Specs AMD Sempron 2650 Kabini (AM1, 1024Kb L2)
Typical heat dissipation:
25 W
Reviews, Questions about AMD Sempron 2650 Kabini (AM1, 1024Kb L2)
Write Review / Ask a question about AMD Sempron 2650 Kabini (AM1, 1024Kb L2)
Popular today
Intel Xeon MP Beckton
Socket: LGA1567; Core: Beckton; Number of cores: 6; Process Technology: 45 nm; Clock frequency: 2000 MHz; System bus: QPI; The multiplication factor: 15; The core voltage: 0.675 V; The amount of L2 ca...
Intel Core i5 i5-3400 SR0T8
Processor: Intel; Processor Core: Quad-core (4 Core); Clock Speed: 3.20 GHz; Direct Media Interface: 5 GT/s; L2 Cache: 1 MB; L3 Cache: 6 MB; 64-bit Processing: Yes; Process Technology: 22 nm; Processo...
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.