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Texas Instruments demos first OMAP 5, Android 4.0-based reference design, promises it in laptops next year (video)
Texas Instruments promised us a new helping of OMAP right around a year ago, and sure enough, OMAP 5 processors will be sampling to partners as early as next week. Texas Instruments' Remi El-Ouazzane (VP of OMAP) just debuted an OMAP 5-based reference design (or "development platform," if you will) on our CES stage, a solid four years after OMAP 3 debuted on a nondescript Archos tablet. OMAP 5 brings along a pair of cores and plenty of power savings, a dual-GPU architecture and more raw horsepower than the average simpleton is used to handling in a single palm. We saw quite a bit of swiping through Android 4.0.1, and as you'd expect, everything looked decidedly snappy. 720p video at 30 frames per second is no real chore, with the platform capable of pushing 1080p material at 64 frames per second (130 frames per second without screen refresh limitations). Of course, with everything being hardware accelerated, we can't feign surprise about its future on netbooks and laptops. To quote Remi: "This is the greatest platform on Earth right now... way ahead of Apple, and it's the first Cortex-A15 (which runs 2x faster than the Cortex-A9) product on the market. When running two Cortex-A15 chips at 800MHz, it's more or less the same performance as running two Cortex-A9s at 1.5GHz. You'll see [commercially available products] ramping up with this stuff in late 2012 or early 2013. We are also running Windows 8 on the latest OMAP; it runs perfectly well, and we've been working very closely with Microsoft. We're working on multiple form factors -- tablets, thin-and-lights -- and we think ARM is going to bring tablets to the masses."He also made clear that he's hoping to bring more and more Android into the enterprise, therefore accelerating the proliferation of the OS as a whole. Moreover, he told us to "expect" OMAP 5 in laptops and Ultrabooks running Windows 8, and alluded to the possibility of seeing the first ones by CES 2013. Have a peek at the first-ever reference demo in the gallery below, and have a look at the video just past the break.
ODROID-A tablet fits 1366 x 768 res on a 10-inch screen, dual-core Exynos inside transparent shell
Samsung might not have quite enough Exynos 4210 processors to sell a tablet of its own based on that Cortex-A9 dual-core beastie, but it's found a few to hand over to Korean partner Hardkernel for this here ODROID-A reference platform. It's strictly a dev kit, and as such is unlikely to find its way to your local Best Buy any time soon, but we have to admire the specs on offer. First up is the delightfully dense 1366 x 768 resolution, a rare sight on a 10-inch display, followed by a transparent rear panel that bests anything out on the market right now in terms of sheer sex appeal, and then there are also two MicroSD slots, a HSPA+ modem, HDMI output, a USB 2.0 port, cameras on the front and rear, and a crazy 9000mAh battery. How all this is supposed to only cost $750, we don't know, but then we also don't know how to qualify to get one when it becomes available later this month. So many mysteries. Jump past the break for some hands-on and benchmarking video action.
Aava Virta Android reference platform will be the first shipping Moorestown smartphone
Sure, Intel might not be planning for Moorestown-based smartphones to hit the market for at least another six months, and the LG GW990 might have died a quiet death, but that's not stopping Aava from getting right in the game with its Virta Android, an Atom Z600-based reference smartphone designed for developer testing. Slated to ship in Q3, the Virta features a Moorestown processor, a 3.8-inch 864 x 480 capacitive touchscreen, quad-band EDGE radios with AT&T 3G support, WiFi, Bluetooth, a five megapixel video camera, and a microSD slot. We're assuming the shipping version will look a lot like the prototype Aava device we've been seeing for a while now, but Aava has some fancier renders up on its site, so we'll see what happens and how much this costs when this thing arrives.
