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NEC gets official with dual-screen 7-inch LT-W Cloud Communicator
Is it an e-reader? A two-faced tablet? Something else entirely. Hard to say for sure, but just as it promised, NEC has furnished a boatload of details surrounding its heretofore mysterious LT-W Cloud Communicator. This dual-screen Android 2.1 device shares a pair of 7-inch resistive touchpanels, both of which have a non-glare (huzzah!) panel and an SVGA (800 x 600) resolution. Under the hood, we're looking at an ARM Cortex A8 processor, 802.11b/g WiFi, Bluetooth 2.1+EDR, a three megapixel camera, optional 3G, SDHC card slot, a single USB 2.0 connector, an ear-ratting monaural speaker and a bundled stylus pen. There's also an internal accelerometer, GPS sensor and a battery that's good for up to five hours in ideal conditions. It seems as if NEC is aiming this at folks looking for a more sophisticated e-reading device rather than those looking for a quirky alternative to the cadre of slates already on the market, but there's no word yet on a US price and release date. Needless to say, we'll be digging for both here on the show floor. One more look is after the break.
Samsung Orion dual-core ARM Cortex-A9 chip spotted in the wild
We know it's a little tough to get excited about a chip, even if that chip is the hotly anticipated Samsung Orion. Still, bear with us, because this isn't your average slab of cellphone silicon -- the Orion's got a dual-core 1GHz ARM Cortex-A9 CPU and a quad-core Mali 400 GPU on board. We spotted it at the ARM Technology Conference this week where it was pimping "Linaro" Linux middleware, as well as some stock Android 2.2. Unfortunately, the development boards still have a few kinks, so representatives couldn't show it pumping all those pixels to nearby HDTVs -- though we did get a butter-smooth demo of Futuremark's old Cyber Samurai benchmark running on the smaller screen. There are still rumors of this chip hitting some products late this year, but next year is much more likely. Either way, we're expecting some pretty impressive benchmarks from this thing when it inevitably winds up in the next Galaxy Tab or a flagship phone of some sort. %Gallery-107245%
ARM intros next-gen Mali-T604 embedded GPU, Samsung first to get it (update: video)
Promising "visually rich user experiences not previously seen in consumer electronics devices," ARM has introduced its latest embedded GPU architecture, Mali-T604, at its Technology Conference 2010 in California today. Though we're unlikely to see it in devices any time soon, the introduction means that the new design is available to ARM licensees -- and notably, the company points out that partner Samsung will be the first to get hooked up. Considering Sammy competes in the high-end embedded system-on-chip space already with its ARM-based Hummingbird line of cores, adding in the Mali-T604 is probably the next logical step for them. ARM says that it's designed "specifically" with the needs of general purpose GPU computing in mind and includes extensive support both for OpenCL and DirectX, so look for some insane number-crunching capabilities on your next-generation phone, tablet, and set-top box. Follow the break for ARM's press release. Update: We sat down with ARM's Jem Davies to get some more details about the new Mali, and discovered it's only the first of several potential next-gen GPUs to come as part of the Midgard platform -- while this particular processor is available with up to four shader cores, successors might have more. The T604 itself is no slouch, though, as it can theoretically deliver two to five times the performance of the company's existing Mali 400 GPUs core for core and clock for clock -- which themselves run circles around the PowerVR SGX 540 competition if you take ARM at its word. Davies told us that not only does the Mali-T604 do DirectX, it supports the game-friendly DirectX11 as well as the always-popular OpenGL ES 2.0, and will appear in an system-on-a-chip together with an ARM Cortex-A15 "Eagle" CPU, when both are eventually baked into silicon several years down the road. Of course, in the eyes of marketers the future is always now, so get a look at conceptual uses (hint: augmented reality) for ARM's new Mali right after the break. Additional reporting by Sean Hollister
Trident and ARM get together to make smarter STBs, bring more of the web to your tube
While you're surely familiar with ARM and its suite of processors powering many a spicy mobile device, Trident is something of a more silent entity -- having a presence in half of the TVs sold worldwide but hardly making a mark when it comes to consumer perception. That could change with a new line of web-enabled set top boxes that will be powered by the ARM Cortex-A9 processor, which, even in its earliest incarnations, does a fine job of handling web duties and even decoding HD video. The goal is to deliver "the most advanced multimedia experiences into the home," and while we think that's perhaps a bit optimistic, the right players are involved here, with an "extensive ecosystem" being developed including Flash, Android, and Qt user elements. It remains to be seen whether this device will actually run Android, perhaps joining Google TV on the STB front, but there is talk of pushing content to mobile devices and matching a consistent user experience whether you're couch or coach-bound. When will all this come to pass? We think it's a bit too early to be troubled by such details.
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.
Efika MX Smartbook now on sale for an exceedingly unattractive price
Ah, ha! If you'll recall, we happened upon a Lenovo-branded netbook of sorts back in June, but curiously enough, Freescale and Pegatron components were powering the thing. Now, it seems that yet another flavor has emerged as the Efika MX Smartbook. Frankly, we aren't too sure this thing fits into the 'smartbook' category (given the comparatively spacious 10-inch display), but we are sure that the $349 price point is borderline absurd considering the wealth of decent netbook options at or below that very MSRP. At any rate, those still interested should know that there's an 800MHz i.MX515 processor under the hood along with 16GB of NAND Flash, an MMC / SD card slot, 802.11b/g/n WiFi, a pair of USB 2.0 ports, integrated 1.3 megapixel camera, a 1,024 x 600 resolution panel and enough oomph to power through HD video, supposedly. Tap that source link if you're looking to take a risk, but we'd probably recommend against it.
Globalfoundries takes ARM Cortex-A9 into 28nm land, looks forward to 20nm chips in 2013
Forget the numbers, here's what matters: Globalfoundries' new production capabilities will lead to "smooth production ramp-ups and faster time-to-market" for its customers. Now consider that this promise relates to scrumptious 28nm Cortex-A9 SOCs and feel free to rejoice. The chip fabricator has just declared itself ready to take orders for ARM's systems-on-chip built using its high-k metal gate 28nm fab process. This fulfills its pledge for mass production in the latter half of 2010, but lest you think Globalfoundries is resting on any nanoscale laurels, it also has a 20nm roadmap to tell you about. It's very simple, really: expect even smaller, even more power-efficient silicon in 2013. We don't know if the future will be bright, but it sure looks like it's gonna be small.
DIYer constructs 4.3-inch Open SciCal graphing calculator, puts your TI-83+ to shame
What's 4.3-inches diagonally, costs $200 to build and has absolutely no reception issues when held as shown in the image above? Why, the Open SciCal! Matt Stack, the genius who pieced this gem together, relied on a 1GHz ARM Cortex A8 CPU, 8GB SD card, WiFi module and a spartan web browser in order to concoct what's likely the most desirable graphing calculator this side of Pluto. The handheld device weighs about 1.6 pounds, runs Linux as well as the statistically inclined R, and is reportedly capable of doing roughly twice as much crunching as Texas Instruments' Nspire. Skeptical? Considering that this bad boy sucked down stock data from Yahoo! Finance and ran auto-correlation on the numbers in order to near-instantly report current trends, we're guessing TI (or any other graphing calculator company, really) has no room to argue. Hit the source for more details, and don't worry -- that feeling of insignificance wanes with time.
ARM and TSMC team up for tinier 20nm Cortex SOCs
It's no secret that ARM ideas are powering much of the mobile revolution these days, but the company doesn't print its own systems-on-a-chip, that duty gets outsourced to silicon foundries -- like TSMC, who just got all buddy-buddy with the firm to transition future smartphone chips to the 28nm and obscenely tiny 20nm high-k metal gate processes. (We're not sure what this means for GlobalFoundries, who had a similar deal earlier this year.) As per usual with a die size reduction, ARM chips will see higher speed and have decreased power consumption, but since 20nm is (relatively) unexplored territory it could be years before chips hit the market. PR after the break, or hit the more coverage link for further explanation by an ARM VP of Marketing.
Samsung's ARM roadmap lays coordinates through 2013: Aquila, Venus, and Draco (oh my)
Ah, leaked company presentation slides, they have a clarity only Mr. Blurrycam would despise. EETimes got a batch of them from Samsung dated November 2009 making the rounds, but more important than revealing its equal love for both Roman and Greek mythology, we get a glimpse at its then-planned ARM chip roadmap (yeah, another one) through 2013. In a nutshell, for the Cortex A9 crowd we've got the 800MHz dual core "Orion" due for mass production in Q1 2011, a 1GHz single core "Pegasus" for Q4 2011, a 1GHz dual core "Hercules" for Q1 2012, and for sometime in 2012 / 2013, a 1.2GHz dual core "Draco" and quad core "Aquila." Fear not, Cortex A5 fanatics, you've got gifts as well, in the form of 600MHz single core "Mercury" and dual core "Venus" chips, slated for 2010 / 2011 and 2012 / 2013, respectively. We don't expect the nomenclature to extend beyond internal usage, but frankly, who cares -- it's the devices that count, and unfortunately all we can do is doodle our future gadget hopes and dreams onto scraps of paper while we wait.
Apple's A4 SoC faces Qualcomm Snapdragon in knock-down-drag-out benchmarking test
Up until now, a shroud of mystery has surrounded Apple's custom engineered A4 system-on-chip; we know it's clocked at 1GHz, likely tied to Apple's prior acquisition of P.A. Semi and manufactured by Samsung. Outside of that, the only other knowledge we've gained has come not from the mouth of Cupertino, but from the extracting wizards over at iFixit. The A4 contains at least three layers of circuitry layered on top of each other, though it's packaged just like the iPhone processor: microprocessor in one package and two memory modules in the other package. We also learned that the iPad RAM is actually inside of the A4 processor package, and we're expecting to learn even more from those folks in the coming days. All that said, there's still much debate on whether Apple's own silicon can stand up to Qualcomm's heralded 1GHz Snapdragon, the chip powering Google's Nexus One among other things. AnandTech pitted their iPad against the iPhone 3GS (600MHz ARM Cortex A8) and the aforesaid Nexus One (1GHz Snapdragon QSD8250), using a number of website loads as the primary benchmark. Overall, the A4 proved to be around 10 to 30 percent faster, though it's impossible to say what effect the operating system has on things. Have a gander at that source link for more -- we get the feeling the competitions have just begun.
EAFT Magic Tile and Compal tablets shown in India, Tegra 2 and Android in tow
We heard earlier this month that half a hundred ARM-based tablets would be launching this year, and it's pretty safe to say that these will be two of 'em. Shown off recently in Mumbai, India's own EAFT spurred interest with its Magic Tile, a presumably Billy Mays-endorsed Tegra 2-based tablet that runs on Android. We're told that it's equipped with a 7-inch touch panel (1,024 x 600 resolution), a front-mounted 1.3 megapixel webcam for video chats, 1080p video encoding / decoding abilities, optional 3G, a battery good for 8 hours of usage, inbuilt accelerometer, Bluetooth, HDMI output and a USB socket to round things out. All told, it's a pretty well-specced machine, though we're certainly hoping that the design gets a little TLC before it's launched in Q3 for an undisclosed rate. In related news, a Compal tablet was also on display, boasting a similar 7-inch layout, a Tegra 2 chip within, 512MB of DDR2 RAM, a 3 megapixel camera and a complete lack of WiFi (gasp!). Head on past the break for a hands-on vid. Update: We thought this thing looked familiar. If you had the same feeling, it's probably because the Magic Tile is actually that ICD Ultra tablet we played with a little while back. Still, "Magic Tile" has a catchy ring to it. [Thanks, Sriram]
Apple's A4 chip: less is more?
Although early erroneous reports placed Apple's custom A4 chip at the leading edge of ARM-based design, things are slowly falling back to earth. First, we learned that the graphics subsystem was almost certainly the same PowerVR SGX component found in the iPhone, and now Ars Technica reports that the actual CPU is the familiar single-core Cortex A8 also found in Apple's handset. That makes the A4 seem an awful lot like an tightened-up, overclocked iPhone 3GS chip, which makes sense, seeing as it was actually in production in September of last year. So why the need for a custom part? The answer may well be efficiency and power savings: by cutting out extraneous Cortex A8 features and I/O that go unused in the iPad, Apple can further reduce the A4's size and energy draw -- which could be why Steve Jobs said the iPad's chips "use hardly any power." That might not make a huge difference when tied to a large LCD in a device like the iPad, but Ars speculates that this strategy combined with some of P.A. Semi's dynamic power optimization tech could result in a hyper-efficient chip for the iPhone somewhere down the line. That would certainly be interesting in the future -- but right now we've got the A4, and we can't wait until the end of the month to properly put this thing through its paces.
ARM planning three new Cortex CPUs, Eagle headed for smartphones
As if the Cortex-A9 isn't stirring up enough emotion all by itself, ARM revealed the roadmap for an even faster iteration of its Cortex-A series of chips during its earnings call a few days ago. Codenamed Eagle, the new processor is slated for a production run of 3 billion units annually, but alas this slide shares no more information on it beyond the intended market of smartphones, mobile computing, and digital TV products. (We've definitely heard that it'll be a 28nm multi-core part destined to ship around 2012, however.) There's also word of a pair of embedded chips, dubbed Heron and Merlin, which will find roles to perform in automotive and audio processing environments. Unsurprising that ARM isn't standing still, but we could've done with a little less mystery and a few more specs. [Thanks, Kamal]
Apple's A4 chip is ARM Cortex A9 with an ARM Mali GPU?
For some of us, amid all the hubbub about revolutions and whatnot yesterday, the most significant announcement on hand was Apple's supposedly custom A4 CPU. Alas, in the cold and brutal light of the morning after, we're hearing that it is in fact a system-on-a-chip driven by a Cortex-A9 MPCore CPU "identical" to the one found inside NVIDIA's Tegra 2, while besting the iPhone 3GS significantly with its 1GHz speed and multicore architecture. The A4 is composed of that Cortex barnburner, an integrated memory controller, and the Mali GPU, making it an all ARM affair -- though we still don't know how much Apple and PA Semi did in terms of arranging and integrating those components within the silicon. While still not 100 percent confirmed, it would seem there were no revolutions on the iPad's processing front -- just a rebranded bit of well engineered hardware.
ARM-based processors to overtake x86 competition in netbooks and MIDs by 2013?
We suppose industry analysts must be paid on account of just how grand their prognostications are. ABI Research know-it-alls have come out with their own spectacular claim today by asserting their expectation that x86 processors -- still dominant the world over -- will be swept aside in the rapidly developing "ultra-mobile device" space by the ascension of ARM-based processing architectures. That the Cortex CPUs have grown in popularity (and power) is undeniable, but who realistically expects Intel to sit back and watch all this happen? The x86 patriarch has even gone and created an Atom SDK, so we hardly expect the forecast table above to become reality. We're just happy to see that ARM's lower power profile is attracting investment -- it's always good to see a threat to Santa Clara's chokehold on the CPU market, and AMD's sleepwalking through the past few months hasn't helped things. Now if only those Tegra 2 smartbooks were on retail shelves instead of inside prototype shells, we could get started on this supposed revolution.
ARM demos the Cortex-A9's web browsing skills on video
We've been hearing reports of the ARM Cortex-A9 holding its own with the ever-present 1.6GHz Atom processor for quite a while now, but ARM is now taking advantage of CES to do a bit more up-front boasting -- like this recently-posted video demoing the processor's browsing performance against an average netbook. While it's obviously not entirely scientific, the Cortex-A9 does seem to lag only slightly behind -- which is all the more impressive considering that the ARM is running at just 500MHz compared to the Atom's 1.6GHz. Equally impressive: ARM's fine taste in websites. Head on past the break for the video.
Freescale reveals 7-inch smartbook reference design, hopes to see it ship for $200
Freescale Semiconductor is helping to kick this year's CES off with a bang, as its latest reference smartbook design actually has somewhat of a sexy flair to it. Currently, the model is little more than a great idea, but the company is hoping to have it available for partner evaluation starting next month. In theory, at least, this "smartbook tablet" would boast an ultrathin form factor, weigh around 0.8 pounds and get powered by a 1GHz i.MX515 processor. Other specs would include 512MB of DDR2 RAM, a 1,024 x 600 touch panel, 4GB to 64GB of internal storage, a microSD expansion slot, optional 3G WWAN module, 802.11b/g/n WiFi, Bluetooth 2.1, GPS, a USB 2.0 socket, audio in / out, 3 megapixel camera, inbuilt 3-axis accelerometer, an ambient light sensor and a 1,900mAh battery. We aren't quite sure what kind of bulk discounts Freescale is counting on, but it's hoping that this design will "enable a second generation of smartbook products with prices less than $200." We dig the ambition and all, but we're guessing OEMs will actually want to turn a profit should they sign on to sell something like this. %Gallery-81144%
Direct Insight debuts SODIMM-sized, ARM-based computer-on-a-module
Well, it may not exactly be the computer everyone's been pining for, but those that have dreamed of an ARM Cortex-A8-based computer on a SODIMM module now finally one to call their own. That comes in the form of Direct Insight's new TRITON-TX51, which outdoes the Nokia N900 with an 800MHz Cortex-A8 processor, along with Freescale's i.MX515 system-on-a-chip, 128MB DDR400 RAM, 128MB of NAND flash, and a touchscreen controller that can drive screens at resolutions up to 1,280 x 768. You'll also get some other things nice to have on a computer like a 10/100 ethernet controller and a USB 2.0 interface, and even a reasonably capable PowerVR graphics engine that can do OpenGL ES 2.0 and hardware 720p decoding for MPEG-4/H264 video. Look for this one to land sometime next month for €150 (or just over $220).
Sony Ericsson Kurara previewed way ahead of release
We were promised a preview of Sony Ericsson's Symbian-sporting Satio sibling, and indeed here we are, looking at the machine-translated Kurara analysis courtesy of Eldar from Mobile Review. He pulls no punches in his introduction by noting that the new handset will offer little in terms of specs to trump the Samsung i8910 HD, and sketching out the tough market it'll have to compete in once the Nokia X6 comes out and starts grabbing market and mindshare alike. As to the phone itself, he describes the 8.1 megapixel camera as an "inexpensive" unit and lets the sample photos and 720p sample video shot with it speak for themselves. Battery life was found to be "lacking," though we congratulate SE on electing to use a 3.5mm headphone jack and MicroSD memory expansion over its own proprietary formats. Overall, the Kurara was "pleasant to use," but lacked the necessary wow factor and its fate, says Eldar, will depend on just how keenly Sony Ericsson wants to price it.
