Until now, multi-core processors for the desktop and server marketshave garnered the lion’s share of media attention. But multi-core isalso taking root in the embedded industry, with the introduction ...

Multi-core processors are the engines that will fuel Intel's enterprise, mobile, office, and digital home platforms, enabling real time business anytime, anywhere.

Smaller transistors made chips faster, cheaper, and more capable. As Moore's law slows, a different limit has come into focus ...

The new processors deliver up to a 90 percent performance improvement for application servers over single-core AMD Opteron processors. For desktop PC users, AMD announced the new AMD Athlon 64 X2 Dual ...

A performance boost can be achieved with just a few clicks — without the need for traditional overclocking. AMD’s Precision ...

The P-Cores are derived from prior Intel Core processor architectures. They’re (relatively) large, have a lot of transistors, hit high clock speeds, and include multi-threading.

Architectural designs that minimize the number of synchronizations required are definitely the best. This is what makes fully utilizing a multi-core processor’s full potential difficult.

Today, Samsung announced its newest processors, the Exynos ModAP. This new chip fuses an LTE-A modem with a quad-core processor, built on a 28nm process. Designed with efficiency in mind, Samsung ...

Software development for embedded multi-core processors is considered to require a large expenditure and to be difficult. Researchers have now developed a new integrated tool chain to facilitate ...

Understand what CPU (Central Processing Unit) cores are and how many cores do you need for your PC, based on the nature of your work.

In games that don’t take advantage of multicore processors, single-core performance will matter more. You’ll see smaller, often negligible differences in framerates between 6-core and 8-core ...