Intel's Hyper-Threading technology was introduced with the 3.06 GHz Pentium 4 microprocessor. A few years later, the new Intel Core i7 processors offer Hyper-Threading again.

Many people say multicore CPUs are useless. Watching this video you will find out that there is a lot of power in multicore CPUs.

When it comes to Intel's X.Org driver for Linux, xf86-video-intel, the most recent release was version 2.10 and it arrived in early January complete with Pineview (their next-generation Intel Atom systems) support, X-Video improvements, and various other features.

I’ve had persistent issues with Intel Video since the Jaunty release of Ubuntu. The short version is that the fancy effects that I eventually came to depend on stopped working after the Intrepid release of the distribution. Both Jaunty and Karmic include Intel video drivers – and I’ve tried every bleeding edge PPA version I can find – that simply don’t work with Compiz.

OpenShot video editor is one of the best video editor available for Linux platform. The development has been really fast and the video editor has come a long way.

The video editor is developed by Jonathan Thomas. The new version comes with lots of features:

Parallel programming is not just about multi-threading and multi-core. There’s also a lot of power in the SIMD (Single Instruction Multiple Data) extended instruction set available in most modern microprocessors from Intel and AMD.

GCC 4.6 brings support for the new Go programming language, improved experimental support for the C++0x standard, support for Android Bionic C library, support fot ARM Cortex-M4, basic support for the Cortex-A15, Intel Core 2 and Core i7 optimizations, support for AMD Bobcat CPUs and more.

Phoronix: "It was earlier this month that version 2.1.0 of the xf86-video-intel driver was released, which among other things had introduced open-source Linux graphics support for the G33, Q33, and Q35 chipsets..."

A startup founded by an MIT professor claims to have "solved the fundamental challenges associated with multicore scalability." Tilera's first products include a 64-core Tile64 SoC (system-on-chip), PCIe Express add-in board for networking and video-processing applications, multicore-optimized Linux libraries, and an Eclipse-based multicore development environment toolset.