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TI cuts the cables, backs Miracast as wireless video standard for OMAP platform

Zachary Lutz — Tue, 05 Jun 2012 00:28:00 -0400

It wasn't but a few days ago that the Wi-Fi Alliance announced its certification program for the Miracast wireless display specification. Now, TI has thrown its weight behind the technology with the announcement that future versions of its OMAP processor and WiLink connectivity chip will adhere to Miracast standards. As you'll recall, the Miracast certification program has yet to go into effect -- that'll happen later this summer -- which means for the time being, it's still too early to refer to TI's solution as "Wi-Fi Certified Miracast." Nonetheless, the company's already showing its compatible wares this week at Computex, which currently includes the OMAP 4470 / WiLink 7.0 combo. Naturally, TI also intends to ensure Miracast support as part of its upcoming OMAP 5 / WiLink 8.0 platform. As if you needed yet another reason to be excited for that one. To learn more, you'll find the full PR after the break.

Filed under: HD, Mobile

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Hands-on demo with TI's OMAP5 platform at MWC (video)

Zachary Lutz — Thu, 01 Mar 2012 13:23:00 -0500

It's TI's time to brag. We first met OMAP5 when the company's VP of the OMAP division, Remi El-Ouazzane, unveiled the developer's reference platform on our stage at CES. While there, he boasted OMAP5 as "the greatest platform on Earth right now," but we were given only a few insights into the platform's capabilities. Now, TI is back with a new wave of demos that better show the prowess of OMAP5 -- a system-on-chip design that houses a dual-core ARM Cortex-A15 CPU clocked at just 800MHz, two Cortex-M4 cores for low-power processes, along with a PowerVR SGX 544 GPU that handles 3D compositions, and a number of accelerators such as TI's IVA-HD, which supports both video encoding and decoding and plays 1080p video at a whopping 60fps. We were shown a demo of all these capabilities humming in unison on a 1080p display, along with a complex HTML5 mashup that adds credence to the company's latest benchmark report. Photography geeks should know the system supports up to 14 megapixel cameras, and is able to process ten shots per second at that setting. We're told to expect devices based on the OMAP5 platform by the end of the year, and if you're anything like us, it's going to be one hell of a wait. Hop the break for the demo.

Filed under: Mobile

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TI reveals more OMAP 5 details at MWC 2012

Michael Gorman — Mon, 27 Feb 2012 17:11:00 -0500

Well, if our hands-on at CES didn't sell you on TI's next-gen OMAP 5 platform, perhaps some more specs revealed recently at MWC 2012 will. We've known about its dual Cortex-A15 and Cortex-M4 architecture since this time last year, but we didn't know that those M4 cores are there to handle real-time processing of multimedia -- like video encoding and decoding -- which TI claims can provide up to ten percent power savings. Additionally, the company's wunderkind SoC will pack a dual-core PowerVR SGX544 GPU and a dedicated 2D hardware-accelerated composition engine to deliver great graphics and lower power consumption than other mobile silicon solutions. OMAP 5 also comes with a multi-tasking image signal processor that can use up to four image sensors at the same time, or take 1080p 60fps video while snapping 12-megapixel stills simultaneously. So, you ready for a super-speedy OMAP 5 chip in your next smartphone yet? Those who are still skeptical can peruse the PR after the break for a full rundown of its considerable capabilities.

Filed under: Mobile

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OMAP 5's dual A15 cores wipe the floor with four A9s in browsing benchmark

Terrence O'Brien — Thu, 23 Feb 2012 12:35:00 -0500

We've seen Texas Instrument's OMAP 5 in action, but we haven't been able to pit it directly against a competitor. The Dallas company must be growing more and more confident in its product however, as its posted a video demoing its pair of A15 cores alongside an unspecified quad-core A9 part -- presumably the Tegra 3. The video shows the next-gen TI part powering through the EEMBC BrowsingBench in 95 seconds, while its opposition takes a whopping 201. What's more, this thrashing was performed by an 800MHz part -- the four A9s were clocked at 1.3GHz. Of course, Tegra 3s are already in shipping products, while the OMAP 5 might not find a home in consumer devices before 2013. It's also unclear just how much of a hit these new high-powered ARM cores will have on battery life or how much the pair of M4 companion cores helped in the benchmark. Head on after the break to watch a pair of tablets load up 20 websites in quick succession.

Filed under: Mobile

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CES 2012: interview roundup (video)

Amar Toor — Mon, 16 Jan 2012 09:00:00 -0500

The Engadget stage was home to many an interview at this year's CES. Many, many interviews. Given the deluge of guests we hosted in Las Vegas this year, you could be forgiven for not keeping up -- for throwing up your hands in exasperation and making a sandwich to heal the hurt. You could, but you won't. That's because this year, we thought it'd be a good idea to corral all of our CES 2012 interviews into one big metallic box, and hand-pick only the plumpest, juiciest and most eyebrow-arching ones for your enjoyment. We then took those select few and put them in a smaller, spotlit box, which was affixed atop the aforementioned metallic box with a butterfly shaped bow and maybe some duck fat. Add some mood lighting, a splash of bourbon, and voilà. It's the CES 2012 interview roundup, and it's after the break.

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Texas Instruments demos first OMAP 5, Android 4.0-based reference design, promises it in laptops next year (video)

Darren Murph — Thu, 12 Jan 2012 21:20:00 -0500

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.

Gallery: Texas Instruments first-ever OMAP 5 reference design demo at CES 2012

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Imagination Technologies unveils Series 6 PowerVR GPUs -- promises desktop caliber graphics in mobile devices (update)

Michael Gorman — Fri, 18 Feb 2011 01:20:00 -0500

Imagination Technologies may not be a household name, but they created the PowerVR GPUs that are the gold standard in mobile graphics, and are a part of the ARM SoCs you find in mobile devices like the iPhone 4, Galaxy S, and the Droid 2. Not one to rest on its laurels, the company unveiled its new Series 6 PowerVR chips -- affectionately known as "Rogue" -- that are 20 to 100 times more powerful than its previous handheld offerings. That's right, these GPUs will have the same horsepower as today's desktop computers while needing only a milliwatt of juice to deliver face-melting graphics -- the catch is that this bit of black magic won't be showing up in devices for a few years. Guess we'll just have to settle for the Series 5 chips -- like the quad core beast found in the Sony NGP and the upcoming OMAP 5 platform -- which the company promises will make their way into select smartphones "within three months." Be still, our gaming hearts.

Update: Three months? Hardly, ST-Ericsson has announced a series of new SoC processors, including the Nova 9600 that has "Rogue" baked in. The chip delivers HD video at 120 frames per second and can pull off pro-quality 3D video recording as well. Press release is after the break.

[Thanks, Rich]

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TI announces OMAP 5: two high-performance and two low-power cores, devices next year

Chris Ziegler — Mon, 07 Feb 2011 12:24:00 -0500

We're still waiting for the first OMAP 4 devices to hit the market, but TI's planning ahead -- way ahead -- with its announcement today of the OMAP 5 platform that really kicks things into high gear. The headline feature would be the inclusion of two Cortex-A15 cores, each running at up to 2GHz; Cortex-A15 is the fastest architecture ARM has announced to date, featuring performance roughly 50 percent better than Cortex-A9 at the same clock speed. What's more, there are another two Cortex-M4 processors along for the ride, ready to take over less intensive tasks at much lower power consumption to improve device responsiveness. The platform can support up to four cameras operating at the same time, offer 3D playback, recording, and 2D upsampling to 3D at 1080p resolution, and control up to 8GB of RAM. The chips start sampling to device manufacturers in the second half of this year with retail devices expected in the second half of 2012. Follow the break for the full press release.

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