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Texas Instruments to acquire National Semiconductor for $6.5 billion in cash money
As the saying goes, everything's bigger in Texas, and that includes Texas Instruments' (TI) share of the semiconductor market. The Dallas-based firm announced today that it will pay $6.5 billion for National Semiconductor. With the acquisition complete, National will become a branch of TI's analog segment, which is now positioned to make up 50 percent of the company's revenue. According to a joint press release, TI held the biggest chunk of the analog semiconductor market in 2010 at 14 percent, and with the new addition that number's bound to get even bigger. Full PR after the break.
Watch-controlled robo-tot grasps small objects, the meaning of life (video)
It may seem like there's an abundance of robot news lately, but we're just trying to please our mechanical overlords deliver the latest in gadget and technology news. What we've got here is an Arduino-based robo-gripper that serves only to move around and use its 3D printed claws to grab tiny objects that we'd otherwise be too lazy to pick up ourselves. The robot, infused with a Texas Instruments CC1110 dev kit, is controlled using an accelerometer-based Chronos watch and can move in all directions by simply tilting the timepiece. If you want to take a gander at this little guy in action, check out the video past the break -- it's always warming to see humans having the upper hand against the machine.
TI-Nspire graphing calcs get full color displays, 3D, WiFi, and new OS
It's been a good year or so since the TI-Nspire line of graphing calculators got a refresh, but that was nothing compared to what the company's planning for this year. Possibly responding to changing times (or the Casio Prizm), the new Nspire devices are getting a WiFi dongle for communication with TI-Navigator workstations, a 16-bit (320 x 240) full color display, and a number of new functions, including the ability to load images and analyze images for such things as curve fitting functions and regressions. Perhaps even more exciting, the new Nspire OS 3.0 features 3D functions -- and, yes, the original grayscale TI-Nspire models will be able to upgrade to the new OS when it becomes available this spring. Tech Powered Math is reporting a mid-April release date, for an MSRP of $165. Totally psyched? We bet you are! See the PR after the break for more info.
TI-Nspire calculator: yes, it plays Doom
Sure, folks have ported games over to the good ol' number cruncher for ages, but getting a fully rendered classic like Doom to run on a calculator is a different feat altogether. The folks over at omnimaga have successfully moved a beta version of nDoom (a reworked version of the original id Software's FPS) over to a Texas Instruments TI-Nspire and -- with all things considered -- the game runs shockingly smooth. As of right now, the only proof of concept is the video you see above, with a tragic crash bringing all things dangerous to a dismal halt. We're looking forward to a fully working version of nDoom because, you know, video games and calculators are two things close to our nerdy hearts.
Bookeen shows off FMV on a standard E Ink Pearl display (video)
The details are few with this one but really it's the highlights that matter here: Bookeen has managed to get smooth full-motion video to play on an E Ink Pearl display. Yes, the same sort that delivers agonizingly slow refreshes on the latest Kindles and such. It's a simple H.264-encoded clip (the same one with the chubby rabbit you've probably seen a dozen times before) played on a TI OMAP3621 processor. Power consumption in this mode is said to be no more than a non-backlit LCD, which is quite frugal indeed. No word on which actual readers this will debuting in, but according to E-Ink-Info.com it will be "available on the next-gen e-readers to appear soon." Check out the demo embedded below.
Pathpartner demos 720p HD Skype videocalling using Android and OMAP 4 (video)
Putting Pathpartner and Ittiam right beside one another may not have been the best idea if these two were hot-headed, but shockingly, they were treating each other with a great deal of respect within Texas Instruments' MWC booth. All jesting aside, the former's 720p HD videocalling solution is aimed at an entirely different market than that of the latter. Rather than arranging for a four-way video conference, Pathpartner has concocted an Android app that enables 720p video calling over Skype -- you know, that VoIP application that you're already obsessed with. Currently, the company's working with Skype in hopes of getting it 'Skype-certified,' and like Ittiam, it's also chatting with a number of handset makers in hopes of getting it embedded on the phone's software stack from the get-go. Alexy Mathew Joseph, the company's senior technical lead, was on hand to showcase a demo running on a pair of OMAP 4-based development boxes, and the low-bitrate technology that he has helped create enabled smooth, high-def streaming of the call. We should mention that this particular demo was done over an Ethernet network, but he affirmed that it would operate on 3G and 4G networks as well. Also of note, the new software is capable on running on more than just TI equipment, though he wouldn't elaborate other than saying that NVIDIA's Tegra 2 was a platform he hasn't tested on just yet. Just think -- 720p Skype videocalls could be hitting your phone prior to the dawn of 2012, and the carrier's have to be weeping at the mere mention. Vid's past the break, per usual.
LG Optimus 3D's OMAP 4 benchmarked, pulls ahead of Exynos and Tegra 2
Which dual-core 1GHz ARM Cortex A9 system-on-a-chip rules the roost? It's probably too early to tell, but if you're looking for a preliminary verdict, AnandTech has benchmarked all three of them now. Texas Instruments' OMAP 4430, NVIDIA's Tegra 2 and Samsung's Exynos 4210 went head to head in a gauntlet of browser and graphical benchmarks, and it looks like the LG Optimus 3D's OMAP 4 came out on top, boasting minor but significant improvements practically across the board. Good news for the BlackBerry PlayBook, no? Oh, and if you're wondering why the iPhone 4 and Atrix 4G fall behind their older brethren in the image above, remember that they both have to render images at a higher screen resolution. More graphs at our source link below.
Ittiam shows off four-way 720p HD video conferencing using Android, OMAP 4 (video)
Being Mobile World Congress, quite a few software vendors found themselves tucked into corners of bigger booths, eager and willing to showcase their latest work. Ittiam is one of those companies, relying on Texas Instruments' OMAP 4 platform to power its new HD video conferencing system. The demo shown here at MWC involved a foursome of TI development boxes, but the underlying platform was most certainly Android 2.2. Anil Kumar, the manager of Ittiam's video communications division, noted that the system would work just fine on Gingerbread and Honeycomb, enabling up to four devices (smartphones, tablets, whatever) to link up and enjoy a multi-faced call over a standard 3G network. Of course, the demonstration that we were shown used an Ethernet network for maximum stability, but the low-bitrate technology would allow bearable results on 3G networks (and better-than-average results on a 4G network). We were told that the company is in talks with "numerous" phone makers, in hopes of getting their VCS software integrated onto Android devices by the year's end -- think Qik, but for video conferencing -- but he couldn't hand out any specifics. Head on past the jump if you'd like to see a demo (and hear an awful lot more). %Gallery-116761%
Texas Instruments shows off minuscule nHD Pico projector chipset, USB-powered prototype
Can't say we really expected to see Texas Instruments' DLP group here at Mobile World Congress, but it's hard to deny just how mobile these things are becoming. In fact, the company came to Barcelona to (re)unveil its thinnest, smallest optical engine to date: the nHD Pico. It's small enough to fit into just about anything -- phones, slates, tiny projectors and the rear of your cranium should you choose to embed it there. As for specs? It's sporting a 640 x 360 resolution, a contrast ratio greater than 1,000:1, a true RGB LED wide color gamut and reliance on a low-power Pico DPP2601 / 2607 ASIC / processor. TI was using a newly launched Acer device (the C20, if we're being precise) to showcase the chip, and on-site representatives noted that other outfits are developing new kit with this guy in mind. In related news, another gem was on display that hasn't quite made it to market yet. The palm-sized nugget you see above is a full-on pico projector, designed to be powered entirely via USB. There's no built-in battery in this one, and no one would confess as to which company (or companies) were gearing up to ship a branded version of it later this year. That said, it's most certainly on the way, and you can bet we'll be keeping an eye out for it. Peruse the gallery's below at your leisure, of course. %Gallery-116646% %Gallery-116645%
CUPP crams ARM inside of a MacBook Pro, makes it run Android with a button press (video)
CUPP's original prototype wasn't exactly gorgeous, but the premise was sound -- couple an ARM platform with an x86 CPU in order to give consumers the ability to run a desktop OS and a low-power OS such as Chrome OS or Android. It's a tactic that has far-reaching potential. Imagine this: you're on a flight attempting to finish up a document, but you only have ten percent of your battery remaining. On a standard desktop OS (like Window 7 or OS X), that'll get you around 15 to 20 minutes of life; if you were instantly able to sleep that OS after saving your most recent copy on the hard drive, boot up Chrome OS and finish it there, you'd magically have at least an hour of usage time remaining. The fact is that ARM platforms require a fraction of the power that standard x86 systems do, with a demo unit here at MWC proving that a sleeping Windows 7 machine actually consumed more power than a typical ARM system that's running. The company has shown off a beast of a machine before in order to prove that it's concept was legit, but here at Barcelona's mobile extravaganza, it brought something special: a modified MacBook Pro with a TI OMAP-based daughter-board module sitting in place of the optical drive. In theory, a battery similar to that found in the machine above could power an instance of Chrome OS or Android for 20 to 30 hours, just to give you some numbers to nibble on. Care to see how it all panned out? Hop on past the break for a few impressions along with a video. %Gallery-116639%
LG Revolution gets Fulton inductive charging back, HTC and Samsung handsets joining the party soon
We've just swooped our way through the Fulton Innovation stand here at MWC and found, sat next to the familiar light-up cereal box, a peculiar version of the Verizon LTE network-riding LG Revolution. Thicker than its CES-announced counterpart (by only 1.5mm, if the Fulton reps are to be believed), this Revolution features a Qi wireless charging-compatible back, which happens to go very nicely with a Verizon-branded inductive charging station. You can scope those out in the gallery below. We're told the back cover that makes this possible will be available as an accessory in the next 30 to 60 days, but the excitement for us was in hearing that Samsung also has an unannounced handset that will feature a similar add-on, which will be landing in the same timespan. While at the stand, we were also shown the back cover of an HTC Thunderbolt -- we weren't told the Thunderbolt will be making like the Revolution and getting its own chunky wireless charging adapter, but don't be surprised if it does. %Gallery-116621%
LG Optimus 3D has dual-core 1GHz OMAP 4 CPU, video codecs up the wazoo
LG's been mighty stingy with details about its 3D smartphone, but some very promising ones have just trickled out of Barcelona ahead of Mobile World Congress -- in keeping with the company's theme of doubling everything, the LG Optimus 3D will ship with a dual-core 1GHz TI OMAP 4 chip. Considering that we've seen that particular SOC drive three screens, we're guessing that a single 4.3-inch stereo display (yes, 4.3-inch is confirmed) will be old hat, and we've certainly seen the included PowerVR SGX540 graphics throw around some weight in many a Galaxy S. Raw specs aside, though, the Optimus 3D has a feature that we've been waiting on in Android for a while: LG says it will have "four times more video decoders than competing designs." Admittedly, that probably means it will still only recognize about eight video formats in total, but as long as we can play the vast majority of our anime music video library without re-encoding the lot, we'll promise to only grumble occasionally. Deal? PR after the break. %Gallery-116393%
TI announces OMAP 5: two high-performance and two low-power cores, devices next year
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.
Texas Instruments announces DLP Pico HD chipset, slew of pico projectors CES-bound
Texas Instruments has just announced its latest DLP projector chipset, the Pico HD. The newest, tiny chipset offer HD WXGA resolution projections of up to 100 inches, and promises to be brighter and clearer than ever. So what does this mean to you, the consumer? Well, Texas Instruments is promising a host of hardware partners showing off their brand spanking new projecting wares. We don't have full details yet, but we do know that we can expect to see Acer unveil its HW300T pocket projector, while ViewSonic will show the PLED-W200 DLP Pico projector, and offerings from Optoma and LG to boot. We'll track them all down for you as soon as our tiny hands possibly can. And that, in a nutshell, is our Texas Instruments pico news of the day. The full-fledged, not in a nutshell press release is after the break.
Texas Instruments ups the wireless power game with industry's first Qi dev kit
We have yet to see a flood of Qi-enabled devices at CES, but here's a little something from Texas Instruments that will hopefully boost the number of products supporting this newfangled wireless charging standard. What we're looking at is the bqTESLA, the industry's first Qi-certified wireless power development kit that consists of a single-channel transmitter (presumably the transparent pad with a copper coil underneath), a direct-charge receiver (the black object) and "associated magnetics for applications requiring five watts of power or less" such as cellphones, MP3 players, cameras, etc. Interested techies can pick up one of these toys for $499, or for just $250 throughout CES 2011.
TI's OMAP4440 processor brings two blazing Cortex-A9 cores to the table
Phones and tablets based on TI's first production OMAP4 processor -- the OMAP4430 -- won't even be on the market until early next year, but TI's already planning ahead with the announcement of an upgraded chip that promises a 50 percent boost in overall performance. The new OMAP4440 can send its two Cortex-A9-based cores as high as 1.5GHz, while the 4430 tops out at 1GHz; TI says that means we should expect a 1.25x improvement in graphics performance, a 30 percent decline in webpage load time, and 1080p playback performance that doubles the slowpoke (comparably speaking, anyway) 4430. The company expects to sample these little speed demons to manufacturers in the first quarter of next year with volume shipment coming in the second half, itching to do battle with Samsung's Orion; in the meantime, we suppose your 4430 will have to do. Follow the break for the press release.
Rugged POV.HD video system captures 1080p through anything, for a price
The POV.HD video system is a new offering from V.I.O positioned as a more professional-grade alternative to other film-through-hell helmet cameras such as the GoPro HD or Drift Innovations HD170. Its two-ounce IP67 certified camera sports a six-element glass lens and a native 1080p CMOS sensor that can capture a 142 degree field-of-view -- claimed to be the widest on the market -- in full HD at 30fps. The head unit can also be adjusted to record 720p at 60fps with a 92 degree FOV for faster shots. A separate recording unit features Texas Instruments' latest Da Vinci DM368 processor and supports a real-time video pipeline while storing up to 4.3 hours of 1080p H.264 video footage on a 32GB of SDHC. It's also equipped with a two-inch LCD viewing screen with exposure and footage tagging controls. Priced at $600, V.I.O is currently accepting pre-orders, which if made between November 15th through December 17th, are guaranteed to arrive by December 22nd -- just in time for your family's' homebrew holiday response to Jackass.
Nook Color processor revealed: ARM Cortex A8-based TI OMAP3621
Barnes & Noble provided most of the specs for the Nook Color when it launched the device on Tuesday, but notably absent was any word on the processor that powers the e-reader. Thankfully, Texas Instruments has now come out confirmed that the Nook Color uses its ARM Cortex A8-based, 45nm OMAP3621 processor (still no word on the speed). What's more, the processor is actually part of TI's eBook Development Platform, which the Nook Color also relies on. That's particularly interesting considering that the processor and platform support a few features that the Nook Color does not, not the least of which is 3G connectivity. Of course, that doesn't necessarily mean we'll see a future Nook Color that takes advantage of those features, but at least we know it's not too much of a stretch for Barnes & Noble to add them. Update: Texas Instruments pinged us to say the chip within the Nook Color hums along at 800MHz.
TI and XTR team up on touchless gesturing system for mobile devices
We've seen a few examples of touchless, gesture-based interfaces for mobile devices, but it looks like Texas Instruments might be closer than most to making it a reality -- it's just announced a partnership with Extreme Reality (also known as XTR) on a new gesture engine and framework specifically designed for its OMAP 4 platform. The two companies actually showed off such a system back at MWC earlier this year (check out a demo of ti after the break), but they've only just now made the partnership official, and they're promising plenty more advancements to come -- including the ability to not only recognize simple gestures, but even things like whole body movements and two-handed gestures. Head on past the break for the complete press release.
ARM reveals Eagle core as Cortex-A15, capable of quad-core computing at up to 2.5GHz
Way to take the wind out of our sails, ARM -- no sooner does your dual-core Cortex-A9 finally ship, do you reveal an even more powerful smartphone, smartbook and server-slaying beast. The Cortex-A15 MPCore picks up where the A9 left off, but with reportedly five times the power of existing CPUs, raising the bar for ARM-based single- and dual-core cell phone processors up to 1.5GHz... or as high as 2.5GHz in quad-core server-friendly rigs with hardware virtualization baked in and support for well over 4GB of memory. One terabyte, actually. Like we'd heard, the ARMv7-A "Eagle" chips are destined for Texas Instruments, but ST-Ericsson and Samsung as also named as "lead licensees," so we fully expect to see some badass silicon powering a Galaxy when the 32nm and 28nm parts ship in 2013. Press release and video after the break, replete with ARM partner companies fawning over the new hotness. We can't really blame them.
