The situation is even more complex now, as many mobile processors have two types of cores inside: efficiency and performance cores. If you plan on setting up virtual machines or just want to ...

While the speed in GHz refers to how fast a processor can compute data, it is the core count that defines how many tasks a CPU can handle simultaneously. Depending on the generation of the ...

At the center of that green PCB is a tiny little processor with way too many cores. It’s the GA144 which was taken for a test-drive on a breadboard by [Andrew Back]. We saw a multi-core ...

As for PC games, the gains in frames per ... core counts of its processors to new highs and moved to a next-generation process technology while Intel continues to use 14nm. Fertik said many ...

Just as you were getting used to the idea of multicore processors in systems on chips (SoCs), the world is changing again. As several presentations at August’s Hot Chips Conference make clear, ...

Although there are many differences between ... AMD’s competitive Threadripper Pro processors, the Xeon W series is priced competitively, on a cost-per-core basis – sometimes cheaper ...

Compared to second-gen Xeon processors, for instance, the performance-per-watt of Xeon 6 E-core CPUs is 2.6 times higher for web and microservices workloads like Java, 3.4 times higher for ...

Although bloggers' opinions on the Intel Core Ultra 9 285K were divided, this processor managed to become a bestseller (too ...

TL;DR: AMD's Ryzen Threadripper 9000 series "Shimada Peak" CPUs ... cores and 32 threads will feature dual 8-core CCDs, while the 96-core, 192-thread flagship will feature 12 CCDs in total (8 ...