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Google TV officially switching to ARM, Marvell Armada 1500 CPU to lead the charge
After all the rumors including word that Intel was backing away from its Atom CE4100 CPU it's finally official: Google TV is moving from x86 to ARM, and Marvell is letting everyone know its Foresight platform has been selected to power the next generation of Google TV hardware. The Armada 1500 dual-core CPU at its heart promises PC-like performance with cellphone-like power management and support for Blu-ray 3D, video encoding / decoding and upscaling. enabling fanless smart TV products built on the package like this demo box seen above. Marvell Co-founder Weili Dai considers this as an opportunity to fundamentally change the relationship between content producers and consumers, a lofty goal for the second round of products after a lackluster market response to the initial effort. Of course, there are some early signs that this hardware switch could be just what the doctor ordered, like the fact that similar hardware powers the OnLive Microconsole, and likely lurked in the heart of the Vizio Google TVs we observed with inbuilt OnLive capabilities last year. Beyond the lower heat and power requirements this chip may be able to do it all for less money -- something we're sure $99 Revue buyers can appreciate. Check out the press release after the break for a few more details, we'll wait to find out more about the new partners and hardware before jumping on the Google TV 2.0 hype train along with Eric Schmidt.
Intel's 32nm Medfield SoC specs and benchmarks leak
Intel's Medfield may still be a ways from breaking into the smartphone and tablet market, but we're finally starting to get some concrete details on its specs and capabilities. VR-Zone got the nitty gritty on Chipzilla's first true SoC and it looks almost ready to run with the big dogs. A reference tablet, running at 1.6GHz with 1GB of RAM (which also packs Bluetooth, WiFi and FM radio) was put through some Android benchmarks and held it's own against a Tegra 2 and a Snapdragon MSM8260 -- which pulled a 7,500 and 8,000 in Caffeinemark 3, respectively. The admittedly higher clocked Atom scored an impressive 10,500, though power consumption on the pre-production chips was a bit higher than anticipated. At idle, the fledgling Medfield was sucking down 2.6W and spiking to 3.6W under load. Ultimately Intel hopes to cut those numbers to 2W at idle and 2.6W while pushing out HD video -- not far off from current-gen ARM SoC. Lets not forget though, benchmarks only tell part of the story -- we'll be waiting to see working hardware before declaring a victor.
Qualcomm's two new 1GHz dual-core chipsets make S1-to-S4 migration easier for manufacturers (updated)
If the most recent batch of S4 chips from Qualcomm wasn't enough to completely satiate your thirst for new SoC's, the folks from San Diego are adding two more options to the already heapin' pile. At the 2011 Uplinq China Conference in Shenzhen, Qualcomm announced the MSM8625 and MSM8225 S4-class dual-core chipsets, both of which can clock up to 1GHz and pack an Adreno 203 GPU plus a 3G modem. While these numbers aren't relatively exciting at this day and age, the real selling point here is that these chips are actually software and hardware-compatible with the entry-level MSM7x27A and MSM7x25A S1 chips, meaning some of the existing S1-based designs can be quickly and easily adapted to these new S4 chips. Interested manufacturers can nab some of this new silicon from the third-generation Qualcomm Reference Design (QRD) program -- which was also announced today as Qualcomm enters the smartphone reference design business -- or standalone in the first half of 2012, but let's just hope we won't end up seeing too many familiar-looking phones. Press release attached after the break. Zach Lutz contributed to this report. Update: We just did a hands-on with one of Qualcomm's new reference designs -- the one we played with had Dianxin OS installed, but we also came across one powered by Aliyun OS. Neither were running smoothly but we've been told they were slightly rushed so we'll give them the benefit of the doubt. Anyhow, enjoy the photos. %Gallery-141412% %Gallery-141413%
New Samsung chip has two of everything: two cores, 2GHz, 2560 x 1600 graphics
Sammy's current Cortex A9-based chips are hardly slackers -- the Galaxy Note already proved that to any lingering doubters. Nevertheless, the next-gen Exynos 5250 SoC promises to double that sort of performance, by harnessing two Cortex-A15 chips clocked at 2GHz each, along with a GPU that can output resolutions of up to 2560 x 1600 (WQXGA). It's like big.LITTLE computing, except without the LITTLE. Samsung reckons it'll start mass producing the 5250 for use in high-end tablets by the second quarter of next year, which should be just in time to stop NVIDIA from getting too cocky.
Qualcomm announces Snapdragon S4 Liquid mobile development platform tablet on The Engadget Show, we go hands-on (video)
At its investor conference earlier today, Qualcomm unveiled a variety of new Snapdragon processors to join its recently-announced MSM8960 S4 chip. But we got an exclusive first look at the 8960 in New York City this evening, in the form of a mobile development platform (MDP) tablet demo during The Engadget Show. The tablet the company had on hand isn't much to look at -- it's not the slimmest we've seen, and it feels a bit clunkier than models destined for consumers -- but its specs, which include an on-die LTE modem (the first of its kind -- we were seeing download speeds of around 45 Mbps), dual 1080p cameras (and another two for 3D), seven microphones, a spattering of sensors and a handful of connectors make this the ultimate platform for Android developers. Not convinced? Join us past the break for a hands-on walkthrough with Raj Talluri, Qualcomm's VP of Product Management, and stay turned for his segment from The Engadget Show.%Gallery-139648%
CSR sharpens indoor and in-car navigation with SiRFstarV, SiRFusion and SiRFprimaII
It's been a while since we last heard from CSR, but that changed earlier this week, when the company unveiled its new SiRFprimaII and SiRFusion platforms, alongside its SiRFstarV architecture. According to the UK-based firm, both SiRFstarV and SiRFusion are designed to provide more accurate geographic data and enhanced indoor navigation capabilities across PNDs and other mobile devices. SiRFstarV, the logical follow-up to CSR's SiRFstarIV architecture, culls location data not only from GPS, but from Galileo, Glonass and Compass satellites, as well as a range of radio signals, accelerometers, gyros and compasses. All this information is fed to the user via the SiRFusion platform, which combines data from radio systems and sensors to provide constantly updated location graphics. Together, both SiRFstarV and SiRFusion promise to help users find their way around both indoor and outdoor locales, within an accuracy range of ten to 15 meters. The SiRFprimaII platform, displayed above, is strictly geared toward in-car navigation and infotainment systems. This system combines a SiRFprimaII SoC and TriG RF multi-GNSS radio with CSR's Bluetooth and WiFi technologies to create a multimedia rich, touchscreen-based in-car environment. Geared toward both ODMs and OEMs, this hardware-software combo enables drivers to get more reliable navigation data, while allowing passengers to stream video, surf the web and manipulate everything via remote control. As for that SoC, it's powered by a 1GHz ARM Cortex A9 app processor, features an LCD controller for displays of up to 1280 x 720 resolution, and boasts a pair of 3D graphics and video accelerators. For more details, check out the pair of press releases, after the break.
ARM unveils Cortex-A7 processor, 'big.LITTLE' computing
Fancy a glimpse of the future? That little psychedelic beauty on the right is ARM's brand new Cortex-A7 processor. Its spec sheet might not seem so colorful at first glance, because it doesn't really do things any faster than existing high-end smartphone processors. However, this UK-based chip designer isn't known for bumping its gums, so it pays to look a little deeper. For a start, the Cortex-A7 is built using a 28nm process that makes it five times smaller and more efficient than the current-gen Cortex-A8. It's also cheap enough to power sub-$100 handsets, so we could be pulling GSII-like tricks on budget phones within a couple of years. Is that it? Nope, there's more: perhaps the most important feature of the A7 is that it can be combined with much higher-power cores like the Cortex-A15 side-by-side on the same chip. This allows a super-phone or tablet to switch between two totally different processing units depending on how much power is needed at the time. ARM calls this "Big.LITTLE" computing," and a similar concept is already in use on NVIDIA's Tegra 3 (aka Kal-El) SoC, which we'll see imminently in the next Asus Transformer. However, the Tegra 3 uses five identical Cortex-A9 cores, whereas a device that mix-and-matches the A15 and A7 could potentially deliver higher highs and lower lows, giving you speed when you need it and amazing battery life when you don't. How cute is that? Full PR after the break.
Qualcomm outs Snapdragon S4 SoC details, promises improved battery life and true world capability
Qualcomm has laid out its details of the upcoming S4 SoC, and yes, there's definitely reason for excitement with this next generation Snapdragon. First, it'll usher in a new 28nm manufacturing process alongside the company's Krait CPU and Adreno 225 GPU. The move from 45nm to 28nm promises smaller components, lower power consumption and improved thermal performance, while Krait will introduce a new pipeline architecture that promises a full 60% boost over the current Scorpion lineup with clock speeds ranging between 1.5 and 2.5GHz -- along with support for asynchronous multiprocessing and dual-channel memory. As for the GPU, the latest chip flaunts 50% greater performance over the current Adreno 220, where it also provides support for DirectX 9.3 for Windows 8, in addition to OpenGL ES 1.1 and 2.0. Should be quite the gaming experience, eh? It doesn't end there, as the S4 MSM8960 promises multi-mode world capabilities with support for all the commonly used frequencies from 700 to 2600MHz -- quite a feat, indeed. It handles Cat. 3 LTE (up to 100Mbps) and Cat. 24 HSPA+ (up to 42Mbps), along with EV-DO Rev. B, 1x Advanced and TD-SCDMA, as well as GSM, GPRS and EDGE. Oh, and there's also simultaneous support for GPS and GLONASS, along with Bluetooth, WiFi, FM radio and NFC. With samples already being sent to manufacturers, we're quite excited for what 2012 may bring.
Nissan Leaf mod offers more accurate battery status, less streamlined interior
Car mods come in many forms -- including, even, a piece of cardboard with some switches and an LED display. The car being modded in this case is the Nissan Leaf, and the mod in question (still in its temporary form here, thankfully) is a simple but important one. It's a homebrew device that plugs into the Leaf's OBD-II diagnostics port and displays the battery's exact state of charge, as opposed to the somewhat less specific bars that are displayed on the main dashboard display. Absolutely necessary? Not exactly, but the mod seems to be catching on with a growing contingent of DIY-minded Leaf forum members. Hit the source link below for a few more examples and some additional details for building your own. [Image credit: mwalsh / My Nissan Leaf Forum]
ASUS' next gen Eee Pad Transformer to be first Kal-El device?
Earlier this year, NVIDIA teased us all with the promise of its forthcoming Kal-El SoC, indicating an August debut. Well, we're currently in the thick of that hot and hazy month with no clear sign of an incoming quad-core tablet, but certainly more release gossip. According to Fudzilla, multiple sources have confirmed ASUS' next Eee Pad Transformer will indeed be first in line to pack four cores, lending credence to Chairman Jonney Shih's claims the tab would be "impressive." Concrete launch details for the slate have yet to be announced, but if Shih's pre-CES timeline pans out, you'll only have four long months to wait for a Glow Ball hands-on.
Apple's A6 processor may come courtesy of TSMC, Samsung left to wonder why
Apple's fondness for anorexic handhelds knows no bounds, and if this alleged deal with the Asian foundry holds water, expect to see its waistband tighten further. Rumoured back before the iPad 2 launch, the house-that-Steve-built's reportedly been eyeing Taiwanese Semiconductor Manufacturing Corp to produce an 'A6' for its upcoming iPhone refresh. While it's easy to dismiss this purported move as a direct diss to Samsung, what's more likely is that Cupertino's engaging in a competitive bit of size does matter -- specifically, the A5's 45nm process. A transition to newer, lower power 28nm ARM chips would give Jonathan Ives' employer a distinct market advantage, dwarfing even TSMC's current 40nm in the process. While it's all still just speculation for now, only time and an iPhone 5 tear-down will tell for sure.
Comcast to show off new Xfinity TV guide with Facebook tie-ins, Intel CPU Thursday (video)
Thanks to one of our readers getting an early install, we've already dug deep into Comcast's next generation Xfinity TV DVR, but on Thursday Brian Roberts will show it off in full (along with "new broadband speeds") at the 2011 NCTA Cable Show . According to the press release the new guide that blends internet content with TV broadcasts will include customizations and sharing tied to Facebook along with hardware built by Pace around an Intel CPU -- if anyone needs a suggestion for a service to add after Skype, we're thinking OnLive could be a good fit. The detail we're waiting to hear is when it will be upgrading the pitiful boxes currently available in our neck of the woods, but until then we have another tipster to thank for pointing out a cache of demo videos posted on the portal for initial testers in Georgia. The 17-minute compilation of walkthrough videos is embedded above, just try not to drool too hard over the HD formatted UI. [Thanks, Cypherstream]
Panasonic's 1.4 GHz dual-core Smart TV chip is industry's fastest, should load Netflix quicker
The next step for Panasonic's UniPhier family of processors for HDTVs and Blu-ray players has been unveiled, taking form as a 1.4GHz ARM Cortex-A9 based design that it claims is the industry's fastest for TVs. The MN2WS0220 will begin sample shipments this month and it can handle two HDTV streams, plus internet content and smart TV apps all at once while cutting power consumption from the previous generation by 40%. This follows in the footsteps of Toshiba's Cell-based CEVO TV processors that also bring multiple cores and high speed memory to bear. The other question of course is backwards compatibility, while some of the new Viera Connect apps for 2011 were also compatible with 2010 HDTVs, it'll be interesting to see if Panasonic's platform can take advantage of the new chip without making televisions that are currently on shelves obsolete, or if it considers joining forces with the Google TV cadre for apps like SlingPlayer and OnLive.
Nokia's Windows Phones will feature dual-core ST-Ericsson U8500, says STMicroelectronics chief
As you'll no doubt be aware, Qualcomm currently enjoys a stranglehold on processing hardware inside Windows Phone handsets. Its Snapdragon chip stars in both Microsoft's original and updated chassis spec for the platform, but its hegemony may soon be coming to an end. STMicroelectronics (the ST in ST-Ericsson) boss Carlo Bozotti is cited by Forbes as saying that Nokia will use ST-Ericsson hardware to power at least some of its Windows Phones. The dual-core U8500, a long-time Nokia favorite, is touted as the first such system-on-chip to appear, with its successors helping to populate Nokia's expansive WP lineup in 2012. The only intel we've had so far on Nokia's initial handsets for the new OS revolved around Qualcomm-based devices, so even if ST-Ericsson is indeed going to infiltrate the Windows Phone ecosystem, it doesn't look likely to be among the very first Nokias out of the gate.
Next-next-gen Atom will be a system on a chip called 'Silvermont,' pack 3D transistors?
Last week, we were treated to an earful about Intel's plans for its future chips -- most notably, that it's committing to 3D transistors across the board. Well, that trickle of information hasn't run dry just yet -- today's tidbit gives us a peek not into the next-generation of Atom, but the one already in the works to come after that. The new processor, codenamed "Silvermont," will be a system-on-a-chip and is reportedly slated to ship sometime in 2013. CNET also cites unnamed sources who claim that it will be designed specifically to take advantage of Intel's 22nm technology and 3D transistors. As it stands, though, they boost the cost of wafers by two to three percent, so here's hoping that premium comes down before the netbooks of the future hit the market -- if we have netbooks in the future.
ZiiLabs outs dual-core ZMS-20 and quad-core ZMS-40 for Honeycomb tablets, clocks 'em at 1.5GHz
For now, the HTC Flyer can console itself for not having a second core (like all the other guys) by noting that its 1.5GHz clock speed is faster than any other tablet. Pretty soon, however, the choice between speed and core count might not have to be made at all, as ZiiLabs has just announced new dual-core and quad-core ARM Cortex-A9 systems-on-chip that run at the same 1500MHz speed as the Flyer. Dubbed ZMS-20 and ZMS-40, respectively, they're taking the ZMS-08 legacy of focusing on HD video decoding even further, while also throwing in specific optimizations for Android Honeycomb tablets. The earlier-gen SOC was only picked up by parent company Creative, who inserted it in its ZiiO tablets, so let's hope the new silicon proves compelling enough for us to see it in more manufacturers' slates. Full PR and an intro video follow after the break.
Qualcomm shows off MSM8660's slick video performance on development kit (video)
If you've been closely tracking the development of Qualcomm's 1.5GHz dual-core MSM8660, you would've already seen AnandTech's impressive set of benchmark results back in early April. But of course, it'd be more convincing to actually see this chipset in action, so Qualcomm's latest videos of its Mobile Development Platform should satisfy your curiosity. As demoed after the break, this Snapdragon's Adreno 220 is seen effortlessly handling in-page HTML5 video streaming, Flash video streaming, and 1080p playback. And as a sideshow, Qualcomm even put its current-gen single-core QSD8255 head-to-head with a rival dual-core chipset -- no doubt a Tegra 2 in an LG Optimus 2x -- and easily won the Flash video contest. All of this might lure you into getting the MDP as your next everyday phone, but here's the bad news: this professional kit will cost you a dear $1,350. So unless you're feeling very generous, you'd probably want to wait for the consumer devices to arrive in the summer -- think EVO 3D, Sensation (with GSM-flavored MSM8260, naturally), and TouchPad.
LG licenses ARM Cortex-A15 and Mali-T604 graphics, starts scheming up mobile processors of its own
Some of LG's brightest attractions at the moment are the dual-core Optimus 2X and Optimus 3D smartphones and similarly equipped Optimus Pad tablet. The only problem with them? Those multicore chips are produced by NVIDIA for the 2X and Pad and Texas Instruments for the Optimus 3D, leaving LG a clear step behind its arch-nemesis Samsung who is producing its own dual-core system-on-chip. So what else could LG possibly do but buy its own ARM license -- specifically for the Cortex-A9 design that is dominating today and the Cortex-A15 with Mali-T604 graphics that promises to rule the mobile world from 2012 onwards -- and start churning out its own processors? The Korean company certainly has the budget, if not the manufacturing facilities, to produce such chips at volume, and we're all for seeing another competitor enter the ARM arena. This licensing deal also reminds us that the last fresh licensee to ARM's blueprints was Microsoft -- so we can now look forward to two industry giants bringing their technical expertise to this rapidly growing marketplace. See LG's full press release after the break.
Qualcomm reports record quarterly revenues, boasts 100th Snapdragon device
Qualcomm's back again with yet another set of impressive numbers. For the second quarter of this fiscal year, the chip giant saw record earnings of $3.88 billion, up 46 percent from the same quarter in the previous year, and collected $999 million of sweet profit which is a 29 percent jump from last year. This is no doubt to do with the 70 percent increase in the MSM7000- and MSM8000-series Snapdragon shipments in this half of the fiscal year (compared to 2H 2010), and it should be noted that this quarter also saw the 100th Snapdragon-powered device announced by a Qualcomm client. Additionally, EVP Steve Mollenkopf reassured us that the recent events in Japan won't have any significant impact on upcoming shipments, so the 30 Snapdragon tablets in the pipeline should arrive as scheduled. Excerpts from the financial report can be found after the break.
ARM predicts dual-core Cortex-A15 devices in late 2012, quad-core variants 'later on'
Smartphones and tablets, the two hottest categories of consumer devices right now, are dominated by ARM processor designs, so when the company speaks up about its product roadmap, we're inclined to listen in close. The next generation of ARM system-on-chip has been dubbed Cortex-A15 and was expected to ship in 2013, but that's now been accelerated slightly to late 2012, which is when we're told to expect actual devices on sale with A15 silicon on board. Single- and dual-core variants will get us started, before quad-core options start filtering through in 2013. ARM promises a stunning fivefold improvement in performance over current Cortex-A9 SOCs and already has NVIDIA, Samsung, ST-Ericsson, and Texas Instruments signed up as licensees for that new hotness. So now even Samsung's "desktop-class" 2GHz dual-core chip that's slated for 2012 has a reason to look over its shoulder. Happy times!
