Intel InTru 3D / Clear Video HD - 3D Blu-ray playback over HDMI 1.4? Not a problem for Intel's Core 2011 platform.Intel's partnered with media software companies like CyberLink, Corel, and ArcSoft to enable this hardware-accelerated H.264 and MPEG-2 video conversion. Intel Quick Sync Video - The title of this one isn't exactly the most self explanatory, but Intel's promising way faster video transcoding with it's new integrated Quick Sync feature, which does encoding in hardware - it says it will be 17x faster than older generations of integrated graphics.Most of them have to do with the enhanced graphics - here's a short rundown of the main ones we expect to hear quite a bit about at CES and at Intel's CES presser. That's the brunt of the technical stuff (if you are looking for more on that, hit some of the links in more coverage), but Intel's trying harder than ever to explain the speeds and feeds with new consumer friendly features. There's even a set of specially-marked overclockable 'K' series processors for the tweakers in your family, which lets them individually set the clockspeed ratios for each individual core - though they'll also need a premium P67 Express motherboard. Not to worry, the ultra-low voltage (ULV) versions for ultraportable laptops are coming and will be introduced in the second half of the year. As we had heard, the quad-core i7 CPUs will be the first to ship in systems - they should be hitting this week - while the dual-core versions won't be shipping until February. You will note that there's a slightly different naming convention now - there's the processor name followed by four numbers, rather than the previous three. The chart above gives you a pretty good breakdown of the versions and Intel's provided a more detailed breakdown of each of these, including clock speeds and TDP here. That new architecture means new CPUs, and Intel's introducing a total of 29 new processors, which include different varieties of mobile and desktop Core i3, Core i5, and Core i7 models. Additionally, the new integrated chips reduce power consumption and can actually completely turn off an idle optical drive, enabling what Intel's calling "incredible battery life." What's more, Intel's improved its Turbo Boost and Hyper-threading technologies such that the new chips enable higher levels of CPU performance as well - up to a 60 percent improvement with quad-core mobile CPUs. According to Intel, the new HD 20 processor graphics provide 2x the performance of Capella-based systems, and that actually holds up with what we've seen in early benchmarks (so long, GMA 4500). Speaking of those graphics, while they may still not be on par with a discrete video card, they're more powerful than ever before. What's that mean for you? In short, it means the package is smaller and all the parts get to take advantage of each other better - for instance, by dynamically clocking both the CPU cores and graphics to match whatever workload you throw at it, and giving them up to 1MB of shared cache. For those that haven't followed the Sandy Bridge saga, the new family of processors are all based on Intel's 32nm microarchitecture and are the first to put both the processor, memory controller, and graphics on the same die. It was just a year ago that Intel released its first generation Core processors, so what exactly makes this platform different? Well, a few things.
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