Corsair Memory introduced its original Dominator-series of memory modules back in 2006 to coincide with the launch of Intel Core 2 Duo and Core 2 Quad microprocessors. The Dominator modules quickly became popular for their high performance, reliability, overclockability and wide availability worldwide.  This summer, Corsair plans to revolutionize the memory market once again with the Dominator Platinum family of products.

Corsair Dominator Platinum DDR3 memory modules will use a new printed circuit board (PCB) with internal cooling planes/layers as well as external copper thermal pads that are specifically tailored to install specials DHX (dual-path heat exchange) aluminum fins that dissipate the heat absorbed by the PCB.

Unless you're lucky enough to live in Scandinavia, you'll have to wait till the end of summer to get your Cotton Candy fix. Aching to nab yourself a computer-on-a-stick before then? If you're willing to step down in specs, the Chinese-made MK802 could be the PC in your pocket. For $74 (versus $199 for the Cotton Candy), this 7-ounce device gives you a 1.5-GHz Allwinner A10 CPU, 512MB of RAM, 4GB of storage and, like the Cotton Candy, Android 4.0.

FXI's version, on the other hand, packs a dual-core 1.2-GHz Samsung Exynos processor, and while the MK802 offers an HDMI port, the Cotton Candy includes an HDMI connector.

Team Group, a leading maker of high-performance dynamic random access memory modules, has announced the world's first and yet the only memory sticks officially rated to run at whopping 3.0GHz. The new Xtreeme Limited Edition modules have all chances to become enthusiasts' favourite memory in the coming months.

The Team Xtreem DDR3 3000 Limited Edition 4GB memory modules are designed to operate at 3000MHz with CL11 13-13-35 latency settings on systems powered by Intel Core i-series 3000 "Ivy Bridge" central processing units and Intel Z77 platforms. The modules comply to XMP v1.3 specification, hence, should work at full speed on virtually any advanced mainboard with appropriate microprocessor.

Paul Otellini, chief executive of Intel Corp. said that the company had begun to work on 7nm a 5am process technologies. The company's plans now are to equip its Oregon, Arizona and Irelands fabs to make chips using 14nm fabrication processes.

"Our research and development is quite deep, I talk about ten years," said Paul Otellini, chief executive of Intel.