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Rivals AMD and ARM unite, summon others to become 'heterogeneous'
Rumors of a hook-up between AMD and ARM have been circulating ever since someone coined the phrase "the enemy of Intel is my friend." As of today, however, that alliance is real and cemented in the form of the HSA Foundation -- a non-profit organization dedicated to promoting the dark arts of Heterogeneous System Architecture. It's a relatively old concept in computing, but the Foundation's founding partners (AMD, ARM, Imagination Technologies, MediaTek and Texas Instruments) all stand to gain from its wider adoption. How come? Because it involves boosting a chip's performance by making it use its various components as co-processors, rather than treating them as specialized units that can never help each other out. In other words, while Intel pursues Moore's Law and packs ever-more sophisticated transistors into its CPUs, AMD, ARM and the other HSA pals want to achieve similar or better results through parallel computing. In most cases, that'll mean using the graphics processor on a chip not only for visuals and gaming, but also for general tasks and apps. This can already be achieved using a programming language called OpenCL, but AMD believes it's too tricky to code and is putting mainstream developers off. Equally, NVIDIA has long had its own language for the same purpose, called CUDA, but it's proprietary. Whatever niche is left in the middle, the HSA Foundation hopes to fill it with an easier and more open standard that is not only cross-OS but also transcends the PC / mobile divide. If it works, it'll give us a noticeable surge in computational power in everyday apps by 2014. If it fails, these new-found friends can go back to the less awkward custom of ignoring each other.
Dausen iPhone pico projector battery case at Computex 2012 (hands-on video)
It's not the first iPhone 4/4S pico projector battery case we've come across here at Engadget, but we spotted this little number at Computex 2012 and just couldn't resist sharing it with you. What makes this accessory a bit more unique is that it incorporates the latest in DLP technology from Texas Instruments. As such, it's capable of projecting a 640x360-pixel image up to 70 inches across with 1000:1 contrast ratio. The 2200mAh battery lasts about 3 hours on a charge an can even top off your iPhone in a pinch. Additional features include a built-in speaker powered by a 0.5W audio amplifier. We spent a few minutes using the pico projector and while it works pretty much as advertised, it clearly struggled with the harsh lighting conditions of the show floor. Stay tuned for pricing and availability, but don't miss our hands-on gallery below and our demo video after the break.%Gallery-157640%
TI demos Windows RT on OMAP 4470 at Computex 2012, we go hands-on (video)
It seems like every ARM chip manufacturer wants a piece of Windows 8 here at Computex 2012 -- and for good reason. Hot on the heels of Asus' Tegra 3-equipped Tablet 600 and Qualcomm's Snapdragon S4-based development tablet, Texas Instruments is showing Windows RT on its very own OMAP 4470-based system. The 1.5GHz dual-core SoC features a PowerVR SGX544 GPU and leads the competition with a dual-channel memory interface. We chatted with Bill Crean, Product Manager of the OMAP Processor Business Unit who showed us Microsoft's latest OS running on TI's development tablet. The demo looked snappy enough, providing some insight about what to expect from some of Toshiba's upcoming devices. No word yet on a quad-core version. Enjoy our hands-on gallery below and take a peek after the break for our demo video.%Gallery-157638%
TI cuts the cables, backs Miracast as wireless video standard for OMAP platform
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.
Tips have Acer, ASUS and Toshiba showing Windows 8 tablets at Computex, color us unsurprised
We know Computex will involve nothing less than a deluge of new laptops, but if we believe Bloomberg, it's going to be a Windows 8 tablet-topia as well. Hot on the heels of the Windows 8 Release Preview, it's claimed by the ever-present "people with knowledge of the matter" that Acer, ASUS and Toshiba will all be showing tablets with the new OS at the Taipei show. ASUS will reportedly get the star treatment at Microsoft's keynote and show off Transformer-style Windows 8 tablets that we suspect are hinted at in ASUS' slightly cryptic trailers. Processor loyalties could be split across the wider group, though: ASUS is said to be spreading the love by showing both an Intel-based tablet as well as one using NVIDIA's ARM-powered Tegra line, but Acer's previously rumored tablet is poised to go the Intel-only route, and Toshiba's may exist solely in a TI OMAP-based ARM camp. It's not apparent if anyone else will join the Windows 8 tablet frenzy, although Qualcomm is expected to show yet another Snapdragon-running test device. We'll be on the ground at Computex next week, so you can be sure that we'll give you the full rundown on Windows 8's opening salvo.
Meta Watch announces new dev kit with added iOS support, Bluetooth 4.0
Can't wait for the Pebble E-Paper Watch to ship this fall? The Meta Watch developer system that we first saw last year just got a major upgrade, and could serve as an acceptable stand-in for now, with the arrival of both iOS support and Bluetooth 4.0 to the $199 connected wearable. The device includes a 96 x 96-pixel sunlight-viewable LCD, six programmable buttons, an accelerometer, vibrating motor, ambient light sensor and a black or white strap. The developer platform Meta Watch is available through Texas Instruments now for $199. Hit up the source link after the break to make it your own.
Matsunichi's MarquisPad MP977 tablet tempts us with $249, dual-core Android 4.0
You might remember Le Pan's tablets from CES this year, of which only one was truly ready at the time. The company is now ready to hit the US in earnest, but you'll have to forget the company name along with the earlier designs: it's now Matsunichi, and it's planning to kick off its US-ready makeover through the MarquisPad MP977. The tablet shares the 9.7-inch, 1024 x 768 display of the Le Pan II, but it's now running a slightly speedier dual-core, 1.2GHz TI chip (likely the same OMAP 4430 as in the Droid Xyboard), ships with Android 4.0 out of the gate and comes in a sleeker -- not to mention browner -- shell. Storage is being cut in half over the Le Pan II to just 4GB between the internal memory and a bundled microSD card, though, and the battery is good for a very modest five hours. Nonetheless, the $249 sticker and a May release will put the MP977 in the running with the slower but more capacious Galaxy Tab 2 7.0. Matsunichi also teased us with a roadmap for a pair of future tablets in the process. The 10.1-inch MP1010 will keep the resolution, but it'll run on a quicker 1.5GHz TI processor and carry a total of 10GB of space when it appears sometime between June and August. If those 0.4 inches of extra glass are just too much to bear, an MP979 will bring all the extra storage and speed of the MP1010 to a 9.7-inch screen sometime between August and September.
Switched On: Not weaned from Windows
Each week Ross Rubin contributes Switched On, a column about consumer technology. This recent announcement that Dell would not be pursuing new smartphones for the time being following the retirement of its Venue Windows Phone devices raised the spotlight on PC companies -- at least those other than Apple -- and why they have struggled so mightily in the US smartphone market. Virtually every major PC company, including HP, Dell, Acer, Lenovo, Toshiba and ASUS, has either passed completely on entering the domestic market or released only a handful of models without much carrier support behind them. HP, of course, made the largest investment in mobile with the purchase of an ailing developer of devices and operating systems. But even before that Palm slapped its forehead, HP had only casually flirted with smartphones, releasing a few token Windows Mobile smartphones. PC companies have been fighting the battle with some heavy handicaps. To be fair to these companies, the investment demands of the ultra-competitive smartphone market have proven formidable for many companies, including many, like Motorola, Nokia and RIM, that were once considered masters of the game. Even companies that have not seen such a prolonged decline, like HTC, can find the tables turned on them in the course of a financial quarter. But PC companies have been fighting the battle with some heavy handicaps.
Texas Instruments TI-83 Plus review
The year was 1999. I was pondering all too carefully what kind of threads I'd be wearing come the new school year. But all I could really think about was exactly how much of my styling budget would be blown on some antediluvian piece of technology that -- in my mind -- was no longer necessary due to the invention of the internet. That hunk was Texas Instruments' TI-83 Plus. So far as I could understand it, the "Plus" meant that it had a few extra megabytes of RAM; why you needed loads of RAM in a graphing calculator, I had no idea. At $119.99, it was the most expensive purchase I made leaving middle school, and now that I've had well over a decade to toy with it, it's about time I sat down and gave it a proper review. Join me after the break, won't you?
Miselu Neiro Android-powered synth hands-on at SXSW (video)
This is the Miselu Neiro, a "portable, net-enabled social music device" which was announced this weekend at SXSW. We were able see and handle the first-ever prototype fresh off the lab bench at the SoundCloud Open House in Austin. The app-based, Android-powered synth features a two octave velocity and pressure-sensitive keyboard, a capacitive multitouch widescreen, WiFi and Bluetooth connectivity and even a webcam. Battery life is expected to be in the five to six hour range. The laptop-sized instrument features audio I/O, MIDI I/O, two USB ports, an HDMI port and an SD card slot. It currently runs Gingerbread on a dual-core TI OMAP processor -- although those aren't the final specs. While the silicon valley startup is mum on pricing and availability, it's teamed up with Yamaha to outfit the device with an NSX-1 DSP chip (for high-quality synthesis and effects) and with Retronyms to create a powerful suite of touch-controlled, cloud-enabled musical apps in time for launch. The instrument also includes a dock area for accessories (such as a speaker bar) and the company plans to license the interface to third-party manufacturers. Beyond the Neiro prototype, Miselu also showcased its older, larger, proof-of-concept device (controlling Ableton Live via MIDI / OSC over WiFi) and a USB-powered digital speaker cabinet built in partnership with Onkyo that integrates Trigence's Dnote technology for high-quality audio reproduction using only 500mA of power. Check out the pictures in our gallery below, then hit the break for our hands-on video -- complete with a walkthrough by CEO Yoshinari Yoshikawa and a drum-machine demo.
iRobot and Texas Instruments announce plans for a future full of OMAP-packing 'bots
iRobot, the Massachusetts-based maker of consumer and battlefield 'bots, announced a team up with TI this week. The partnership, sadly, doesn't mean we'll be seeing an army of autotuned DJ Roombas -- we will, however, likely be getting a slew of "intelligent and practical" robots packing Texas Instruments' multi-core OMAP technology. Remember those words the next time you hurl one through a window or get it to mop up the tiles around your toilet. No word on the nature of the products that will arise from such a deal, but they'll likely continue to do our bidding for a little while longer at least. Check out a minimalistic press release after the break.
Hands-on demo with TI's OMAP5 platform at MWC (video)
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.
Texas Instruments dual WiFi module lets your tablet connect to your TV and the web simultaneously (hands-on)
Texas Instruments is helping to lead the way when it comes to mobile computing -- when we want an early look at what's to come months and even years down the road, TI is always one of our first stops. At this year's Mobile World Congress, the semiconductor leader wasn't shy about showing off its latest innovations, including those from its manufacturing and design partners. Today's demo focused on wireless video streaming -- a concept that engineers are approaching from every imaginable angle, and that is bound to make its way to consumers in a very big way within the next few years. TI's flavor is based on WiFi, and offers a dual-connection solution, letting you pair a tablet with a TV using peer-to-peer while also creating a second link between the tablet and a wireless router for Internet.We took the tech for a spin using one of TI's development platform tablets and an external WiFi dongle (shipping versions will be integrated), and everything worked as described, though the video stream was noticeably choppy and compressed. TI reps explained that they dialed down the bitrate in order to maintain a connection at the MWC expo hall, which, as you might imagine, probably had a wireless signal density greater than any other room in the world. The tablet we saw was running a very slick context-aware UI that displays one of three home screens based on your current location -- there's one for work (that displays your calendar), one for home (media and home automation controls) and another for travel (restaurant reviews and weather). Pushing content from the tablet to the TV seemed to be seamless, and while both the UI and wireless functionality may appear to be ready to make their way into your home, TI isn't making any announcements about availability. There's no need to wait for a teaser, however, which you'll find just past the break.%Gallery-149212%
Always Innovating HDMI Android dongle gets an ICS update, we swing by for a taste (video)
Always Innovating appears to be living up to its name, making significant progress on that clever HDMI Android dongle that we first heard of way back at CES. Now the company's TI OMAP4-based television companion is rockin' some Ice Cream Sandwich madness, drawing curious Mobile World Congress attendees into the Texas Instruments booth for a look. We happened upon the device on the last day of the show, and we couldn't help but be impressed. The premise here is quite simple: your "dumb TV" (i.e. one that isn't Internet-enabled) gives up one HDMI and one USB port (for power), in return connecting you to the wonderful world of Android 4.0. Think web browsing, tweeting, gaming (yes, even Angry Birds), video streaming -- that same experience you'll get with any Android tablet can now be had on your aging flat-screen TV. Always Innovating isn't feeling inspired enough to take the lead on manufacturing, instead licensing the technology to third parties, but with some agreements signed and others on the way, this ICS solution on a stick may be hitting stores just in time to become this holiday season's ultimate stocking stuffer. Pricing is of course up to the manufacturers, but TI reps suggested that we might see these things pop up later this year in the $50-99 range, finally making Google on every TV a much more reasonable proposition. Care to take a gander at this stick-based wunderkind? Jump past the break for our hands-on.%Gallery-149208%
Hands-on with wireless, ultrasonic stylus and touchless gestures at MWC (video)
This isn't the first time you've heard of EPOS or XTR, but it's been quite some time since we've checked in with either of the outfits. So, imagine our surprise as we stumbled on new developments from each company as we perused the Texas Instruments booth at MWC. In the case of EPOS, we're shown a stylus that, in addition to offering traditional physical touch input, also allows users to interact with a device via ultrasound. The system is built upon TI's OMAP4 platform and requires that four microphones be placed at the corners of the screen. In this demonstration, we're shown how users can manipulate objects on a 3D plane via the Z-axis by pulling the pen away from the display. Next, we're shown a new application for the touchless gesturing system that XTR first debuted back in 2010. In this scenario, it's demonstrated how tablet owners could use the front-facing camera (at merely QVGA resolution) to flip through pages of a cookbook without worry of getting ingredients on the device. The concept software was developed by a French outfit known as Stonetrip, and also allows users to zoom and pan through the pages. You'll find demonstrations of each technology in a video after the break.
TI reveals more OMAP 5 details at MWC 2012
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.
OMAP 5's dual A15 cores wipe the floor with four A9s in browsing benchmark
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.
Nike+ FuelBand's internals get splayed at the FCC
All of these wrist-mounted fitness gizmos are pretty nifty, but we always wonder how they get those rigid circuit boards into such an unsuitable form-factor. Well, thanks to those scalpel-happy boffins at the FCC's underground bunker, wonder no more. Nike's FuelBand was wheeled in on a trolley and torn (quite literally) to pieces, and we felt we just had to share the pictures with you. A long peruse of the user manual revealed that the two metal extender links (for bigger-wristed enthusiasts) have to be swapped out using a sizing tool -- but the manual notes that if one isn't to hand, a bent paperclip will suffice. The documents also revealed that it's using a TI CC2564 Bluetooth radio and a stack provided by Stonestreet One. The monopole antenna is etched directly into the substrate of the flexible circuit board -- ensuring it'll bend around your bones and still operate. We also learned that once connected to your cellphone, it'll sit in a low-power "sniff mode," for two minutes and if there's no further activity it'll shut down. Of course, what's interesting to you (and us, honestly) is all the pictures in the second gallery, so get looking!
Texas Instruments 2011 Q4 earnings: $3.42 billion in revenue, $298 million in profit
It's that special time of year after CES, when many tech companies regale us with their latest earnings reports. Texas Instruments is the most recent firm to divulge its financials, and while the company isn't breaking any records, it did beat Wall Street's expectations. TI pulled in $3.42 billion in revenue, a three percent dip from the previous year, and profit dropped to $298 million from the $942 million it made in Q4 2010. While the company's spinning the numbers as a positive, stating that orders for its chips are up and its revenue beat estimates, the fact that TI's closing two manufacturing plants over the next year and a half doesn't paint such a rosy picture. Of course, if the future with OMAP 5 is as good as we think it is, Texas Instruments should be just fine.
Is this an image of the LG Optimus 3D 2?
What you see before you is either the deranged rantings of a lunatic, or the second generation of LG's Optimus 3D, erm, 3D smartphone. Currently codenamed "CX2," the handset's packing a new NOVA autostereoscopic display for better brightness, an unnamed 1.2GHz dual-core TI CPU and an NFC module. What isn't changing is the dual five-megapixel cameras, the 8GB storage or the display's size or resolution. Our biggest gripe with the device was its heft, but if the rumors are true, it's slimmed down from 12mm to 10mm: making it significantly more pocket-friendly. Our palms are sweating in anticipation as Mobile World Congress inches ever closer to revealing the truth.
