23
Nov
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It seems like Asus' Transformer Prime has been constantly making headlines since before it was announced. Giving those looking forward to the tablet/netbook hybrid another bit of news to drool over, the first hands-on video of the Prime has surfaced on YouTube.

http://youtu.be/ZHaczwP3nHI

It's worth noting that the tablet featured in this video is pre-production – it's running Android 3.2.1., and using hardware that may not be finalized for production or sale. That being said, it looks just as sleek, fast, and powerful as we expected, and did you notice the benchmark? It seems the Transformer Prime scores somewhere around 11,000 with AnTuTu Benchmark, light years ahead of even the Galaxy Nexus.

14
Nov
lenovo-kal-el-gal-2011-11-01

We knew that ASUS would be far from the only manufacturer working on a new tablet featuring the beastly NVIDIA Tegra 3 and Ice Cream Sandwich, and Engadget got their hands on some exclusive details of an upcoming Lenovo tablet that looks to give the Transformer Prime a run for its money. The tablet, said to be out by the end of the year, not only packs the Tegra 3, but 2GB of DDR3 RAM, a full-size USB port, a "fusion-skin body," and a fingerprint scanner/optical joystick on the backside, all powered by Android 4.0.

lenovo-kal-el-gal-2011-11-01

lenovo-kal-el-gal-2011-11-02-8 lenovo-kal-el-gal-2011-11-02 lenovo-kal-el-gal-2011-11-02-6 lenovo-kal-el-gal-2011-11-02-7

Sorry, no pics of the front.

08
Nov
Tegra3_Chip

There's no doubt that the Tegra 3 is going to be the reigning champ of mobile chips when it's released -- its quad-core setup and brilliant design offers the best of both worlds where performance and battery life are concerned.

For low power tasks, the fifth core, known as the companion core, runs the show; as more powerful processes come into play, the high performance cores activate and deactivate as needed. For things like playing music, watching video (even streaming 1080p), the companion core takes care of the job. For web browsing, one or two main cores may activate depending on activity.