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Qualcomm unveils dual-core Snapdragon reference handset at CES 2011
NVIDIA's Tegra 2 was tearing it up on the CES 2011 show floor in a host of new tablets, but unbeknownst to us, Qualcomm's long-awaited dual-core Snapdragon made a pair of cameo appearances as well. The first was in ASUS' Eee Pad MeMO, which showed off its pressure-sensitive stylus action on the floor, and the second is in the new Qualcomm reference design you see immediately above. According to a video released on Qualcomm's website -- which you can watch after the break -- Qualcomm attempted to distract tech journalists from Verizon's press conference by giving them a sneak peek at the HTC Thunderbolt here instead. Then, we like to imagine, the company brainwashed the lot into believing the 1.2GHz MSM8660 with Adreno 220 graphics is destined for a host of tablets and phones. Of course, if that's actually the case, we'll gladly join the throng. Where do we sign up?
Infinity I-Kitchen sports Linux-based touch screen computer, kitchen sink still not included
We've seen ridiculous fridge concepts from Electrolux before and covered Linux running on all types of gadgets, so it's only natural that the OS has found its way into an icebox developed by Electrolux's Brazilian subsidiary in partnership with ProFusion Embedded Systems. Dubbed the Infinity I-Kitchen, it sports a Linux-based 800 x 480 touchscreen computer built around a 400Mhz Freescale i.MX25 SoC -- which itself is based on 400MHz ARM926EJ-S core and already used in some automotive systems. The touch UI was developed by the open source organization Enlightenment Foundation Libraries and allows users to control a variety of fridge functions like internal temperature in addition to running apps for notes, calendars, contacts, photos, and recipes. All of the particular open source code modifications developed for the fridge have also been shared back with the community in Tux-approved fashion and will soon be posted to Electrolux's site too. Unfortunately, there's no mention however of features like internet connectivity (WiFi or otherwise), USB ports, or SD Card slots being on the appliance. Likewise, details on pricing or availability are also unknown, so your iPhone can hold off on making those the jealousy-fueled fat jokes for now.
Qualcomm teases 28nm dual-core Snapdragons, pixel-punching Adreno 300 GPU
By the time Qualcomm's 1.5GHz QSD8672 Snapdragon finally makes it to market, it might be obsolete -- the company just announced that the new 28nm dual-core MSM8960 system-on-a-chip will have five times the performance and consume 75 percent less power than the original Snapdragon when it arrives in 2011. It's got the usual WiFi, GPS, Bluetooth and FM radio modules but also a multi-mode LTE / 3G modem too, and reportedly four times the graphical muscle on board. Speaking of graphics, Qualcomm separately took the time to detail a new GPU: the Qualcomm Adreno 300 series, which will allegedly offer the gaming performance of an Xbox 360 or PS3. We'd say "We'll believe it when we see it," but that would imply doubt -- the reality is that we just want to feast our eyes on mobile gaming bliss as soon as humanly possible. [Thanks, PhineasJW]
Marvell unveils 1.5GHz triple-core application processor, all current smartphones look on in envy
Marvell's decided to whip out the "game changer" tag for its latest slice of silicon, but when you read the spec sheet that accompanies it, you might be willing to forgive it. Just this once. The new Armada 628 application processor delivers three cores, two of which crank along at 1.5GHz, and enough graphical prowess to churn 200 million triangles a second. You might remember we were once impressed by the Hummingbird's 90 million -- yeah, not so much anymore. The 628 is capable of 1080p 3D video and graphics (meaning it can sustain two simultaneous 1080p streams, one for each eye) and pledges to have an "ultra" low power profile: more than 10 hours of 1080p video or 140 hours of music playback are on offer. If that's not enough, it's also the first mobile SOC to include USB 3.0 support, adding yet another speed crown to its bulging resume. Now if it can also be SuperSpeedy in coming to market, that'd be just swell.
Qualcomm: 1.5GHz dual-core Snapdragon devices to arrive at end of 2011, 1.2GHz in Q1
Bad news: Qualcomm's just informed us that while it's still on track to ship the juicy 1.5GHz dual-core QSD8672 Snapdragon in Q4 this year, the end-user devices aren't expected to hit the market until the end of 2011 -- potentially almost a whole year later than its previous "early next year" or "by Christmas" prediction. What a shame. On a slightly more positive beat, though, the lesser 1.2GHz dual-core MSM8x60 chipset should be heading towards consumers early next year. Alas, this won't change the fact that we'll still need something to fill the void until 2011 -- Windows Phone 7, we're looking at you.
Vejle bares all: Xbox 360 Slim's system-on-chip exposed
Technophiles have no doubt been anxious to traverse that final frontier of Xbox 360 S technology: the shared CPU/GPU, dubbed Vejle after the city in Denmark. This 45nm system-on-chip (SoC) trims much of the fat of its predecessor, slimming down to 372 million transistors (it is summer -- gotta look your best out there!), requiring a mere 40 percent of the power and less than 50 percent of the die space used by the original Xbox 360 chipset. It's actually the first desktop-class processor to combine a CPU, GPU, memory and I/O logic onto a single slice of silicon, which cuts down manufacturing costs dramatically. But perhaps one of its best features is how the chip will actually self-induce lag so as not to run faster than the previous chip -- a necessity of the architecture of the Xbox 360, since the new console must perform exactly as the previous hardware has. The rest of it is probably too technical for us to try and explain, so hit up the source links below for additional info. If you need help breaking it all down, call up Tom, that smart friend of yours -- he's probably just sitting around, watching Star Trek or something.
Microsoft details Vejle, the new Xbox 360's system-on-chip architecture
There aren't many unresolved mysteries with Microsoft's new console by this point -- apart from perhaps why it wasn't named the Stealthbox, like we were suggesting -- but one thing that hasn't been covered in excruciating detail yet is the new 360's splicing of the CPU and GPU into the same chip. Microsoft has remedied that today, informing us that the 45nm system-on-chip (codenamed Vejle; sorry, Valhalla fans) inside the refreshed Xbox makes do with a relatively minimal 372 million transistors, requiring only 40 percent of the power and less than 50 percent of the die space of its 2005 ancestor. A somewhat bemusing addition, noted by Ars, is the FSB Replacement sector you see in the image above. It's designed to induce lag in the system so that the Vejle chip doesn't run faster than the old stuff, something Microsoft couldn't allow to happen. Facepalm away, good people, facepalm away.
ARM, Samsung, IBM, Freescale, TI and more join to form Linaro, speed rollout of Linux-based devices
My, my -- what have we here? No, seriously, what is this hodgepodge of (rival) companies, and why have they suddenly decided to high five each other here at Computex? Frankly, we're still trying to piece it all together, but after sitting through a Linaro launch event in Taipei, we're beginning to get a better handle on the relationship that Samsung, ARM, IBM, Freescale, ST-Ericsson, Texas Instruments and the Linux Foundation have just made official. The outfits mentioned above are coming together to form the UK-based Linaro (a not-for-profit entity), which currently has 25 engineers but will see that figure shoot up to nearly a hundred around the world in the coming days. In short, the new firm -- which will have an annual budget in the "tens of millions of dollars" but below "$100 million" -- is seeking to "speed the rollout of Linux-based devices," with one of the key points being this: Linaro will "provide a stable and optimized base for distributions and developers by creating new releases of optimized tools, kernel and middleware software validated for a wide range of SoCs, every six months." Read on for more...%Gallery-94261%
NVIDIA puts its Tegra 2 eggs in Android's basket, aims to topple Apple's A4
Microsoft's Kin One and Kin Two might not turn out to be the most auspicious devices for Tegra's debut in the smartphone arena, but NVIDIA seems to be learning from its mistakes. Admitting that the company committed too strongly to Microsoft with the first-gen iteration, Jen-Hsun Huang has now said that the second generation of Tegra will look to Android devices first and foremost. This newfound focus will materialize with both smartphones and tablets in the third and fourth quarter of this year, and will, according to Jen-Hsun, offer device makers a viable competitor to Apple's A4 SOC. In other news, NVIDIA has now shipped "a few hundred thousand" Fermi cards, and has also achieved 70 design wins with its Optimus graphics switching technology. Eleven of those are now out in the wild, but the vast majority are still to come, mostly as part of the seasonal "back to school" refresh at the end of the summer. These revelations came during the company's earnings call for the first quarter of its 2011 fiscal year, and you can find the full transcript at the source below. [Thanks, TareG]
Intel reaches for the 'smartphone zone' with Moorestown-based Atom Z6, comes up shorthanded
We've seen the future of Intel's mobile platform, and it isn't all roses and sunshine. Three years after the chipmaker told us Moorestown would reduce Atom's energy consumption by a factor of 20, company execs told us earlier today that they've more than reached that goal with the new Z6xx series. Problem is, in the smartphone realm Intel's competitors haven't been sitting idle; according to one of Chipzilla's cantaloupe-and-magenta bar charts, it seems the company has merely caught up in terms of battery life. That's not to say the chips aren't worlds better than previous Atoms -- Intel sees 1.5GHz smartphone processors that slay Snapdragons and up to 1.9GHz in a tablet PC variety -- but 5 hours of web browsing is most decidedly not the 24 hours of productivity Intel previously promised. Besides, who knows: Qualcomm also has a 1.5GHz SoC in the works, though it may not be available by the time Intel's chips ship in the second half of the year. None of this is to say that Intel won't continue to dominate in the netbook marketplace -- we shudder to think at the potential when combining a nice, chunky battery with Intel's nearly leakproof new chips, and perhaps a small serving of switchable graphics while we're at it. But without a single new MID or smartphone to show us this morning -- Aava Mobile and OpenPeak's offerings seemed unchanged from our previous encounters -- we're not sure if the company's other mobile ambitions have any sway. Not technical enough of a discussion for you? Peruse our gallery for the nitty-gritty. %Gallery-92318%
Socle Technology's ARM-powered, 1080p tablet platform due later this year
Socle Technology, a system-on-a-chip manufacturer based in Taiwan, has just announced its sPad A11 design and development platform. Consisting of the GlobalFoundries 65nm chipset, the ARM 1176 CPU and FPU core, Mali 3D Graphic Core, and a full HD 1080p Video CODEC application processor, this bad boy supports multitasking, 3D graphics, and sports a camera, Bluetooth, and Wi-Fi. This is a device for those of you who believe there aren't enough Android tablets in the world -- or at least for those of you who realize that the Intel Atom and the Apple A4 aren't the only games in town. Are you an enterprising young businessman or woman hoping to get into the slate game, and in a hurry? We thought so (you do have that "look" about you). The company promises that this thing'll be available sometime in the second half of this year. For more info, peep the PR after the break.
Intel unveils Atom-based Queensbay system-on-chip, in-car infotainment, China Mobile partnership
Can't get enough of Intel's Atom? Try the new Tunnel Creek system-on-chip flavor that the company has announced. It's part of the Queensbay platform, something of a Menlow successor that's better suited for MIDs and the like thanks to its greater RAM capacity (still only 1GB), PCIe bus (opening the door to Ion), and integrated gigabit LAN. All that with a consumption of just 5TDP leaves our friend Chippy from UMPC Portal to say the platform could be "the natural choice for simple, low-cost MIDs." As Intel ramps up for its Developer Forum the company is also touting its partnership with the Chinese auto manufacturer HawTai to produce a MeeGo-based infotainment system that, wait for it, also runs on Atom. And, finally, China Mobile is looking to rely on Intel chips for "targeted platforms powering its wireless networks" and to "provide our broadband wireless network the benefits of world class energy efficiency." Next up: Atom-based pacemakers, espresso machines, and puppy dogs.
Apple's A4 system-on-chip gets decoupled from iPad, investigated with the help of an X-ray
Ever so gently, we're starting to peel away the layers of mystery surrounding the A4 system-on-chip that powers Apple's fancy new slate device. iFixit, helped by reverse engineering firm Chipworks, have gone to the trouble of both dissecting and X-raying the iPad's central processing hub in their quest to lift the veil of ignorance. Their findings confirmed that the A4 is built using a "package on package" method, meaning that the 256MB of Samsung-provided SDRAM is stacked immediately atop the CPU, which is noted as being reductive to both latency and energy use. With a single core processor inside, the iFixit team concluded the iPad had to be running on a Cortex A8 -- which is very much the likeliest choice at this point -- but their assertion that it couldn't be a Cortex A9 MPCore inside is inaccurate, as those chips also come in single-core options. Either way, it'll be interesting to see how it stacks up against Samsung's Hummingbird chip, which was designed by Intrinsity, the same company Apple is being rumored to have recently acquired. Finally, the visual inspection of the iPad's mobo puts a model number to the already known PowerVR GPU, narrowing it down to the SGX 535, while also naming and picturing a number of other exciting components, such as the always popular capacitive touchscreen controller. Hit the source link below for all the lurid images.
Samsung's Galaxy S has four times the polygon power of Snapdragon
When we got some hands-on time with the recently announced Samsung Galaxy S, it was painfully apparent that the thing has some serious power under the hood. Now we have a better idea of just how much power, with reports indicating that it has the graphics oomph (thanks to its PowerVR SGX540 GPU) to push 90 million triangles per second. Compare that to the Snapdragon platform, which manages 22 million polygons, and the iPhone 3GS's 28 million from the earlier SGX535, and you get a feel for the muscle lurking behind that gorgeous Super AMOLED screen. Of course, polygon counts aren't everything when it comes to graphical power these days, and 300 million triangles won't help you if your handset gets laggy after you install every single Bejeweled clone in the Android Market, but forgive us if we're a little excited about the rapidly brewing mobile GPU war. [Thanks, Robert]
Qualcomm's 7x30 offers stellar 3D and multimedia performance, coming this year (video)
Feeling the post-MWC blues? Not enough smartphone hardware talk to get you through your Monday trudge? Fear not, we've grabbed a pair of Qualcomm demo videos from this year's event in Barcelona that show off its MSM7x30 smartphone platform (first announced in November of last year). It has now made its way into some demo devices and its early performance points to a very happy future for all of us mobile media vultures. Equipped with the same CPU as resides inside Qualcomm's Snapdragon, this system-on-chip comes with an HDMI output and the ability to play back 720p video on both its host device and your nearest HDTV. There's also some very welcome 3D gaming on show as well as YouTube playback using Flash 10.1 (smooth and silky), but our attention was captured by a nifty picture browser provided by Scalado. It allows you to view up to 1,000 images at the same time, zoom into each individual one, or sort them by name, color and other attributes. Being able to handle all that, with only minor perceptible lag, shows we're looking at what's shaping up to be a pretty beastly chip. Check it out after the break, and expect it to show up in a lust-worthy smartphone near you by the end of 2010. [Thanks, TareG]
ARM and Globalfoundries partner up for 28nm Cortex-A9 SOCs, invite great expectations
This one slipped the net during the excitement that was MWC this year, but it's such a promising development that we have to give it its due attention. ARM and Globalfoundries have announced plans to start building new systems-on-chip using the latter's ultramodern 28nm high-k metal gate production process, with the resultant chips offering up to 40 percent greater computational power, 30 percent greater power efficiency, and a terrific 100 percent improvement in battery longevity relative to their current-gen siblings. Mass production of these Cortex-A9-based units is expected in the second half of 2010, which means they should be among the very first chips off Globalfoundries' 28nm assembly line. The good news, though, is that the technology is described as "ready for high-volume implementation," so there should be no shortages when things finally get rolling. Let the wild-eyed anticipation begin.
ST-Ericsson's U8500 brings dual-core 1.2GHz ARM Cortex-A9 to the Android world
Can't get enough of hearing about implementations of ARM's Cortex-A9 MPCore processors? Good. ST-Ericsson's powerhouse U8500 system-on-chip has come a major step closer to appearing in mainstream devices with today's newly announced support for the Android operating system. Having optimized the OS to take advantage of Symmetric Multi Processing -- a method for extending battery life by sharing the load between the two processing cores and underclocking when necessary -- the partner company is now ready to start dropping these 1.2GHz dual-core beasts inside the next generation of smartphones. The claim is that you'll get all that additional power while sacrificing nothing, as devices based on the U8500 would maintain "the cost and power consumption characteristics of a traditional feature phone." We're promised built-in HDMI-out support, 1080p video recording, and 120 hours of audio playback or 12 hours of Full HD video off a 1,000mAh battery -- pledges we'd very much like to see fulfilled.
Texas Instruments introduces ARM-based OMAP 4 SOC, Blaze development platform
Texas Instruments has just made its OMAP 4 system-on-chip official, and garnished the announcement with the first development platform for it, aggressively titled Blaze. We already caught a glimpse of it in prototype form earlier this month, and the thing is quite a whopper -- you can see it on video after the break and we doubt you'll accuse TI of placing form before function with this one. The company's focus will be on promoting innovative new modes of interaction, with touchless gesturing (or "in the air" gesture recognition) figuring strongly in its vision of the future. Looking at the SOC diagram (available after the break), you'll find that its grunt will be provided by the same ARM Cortex-A9 MPCore class of CPU that powers the iPad, though TI claims it will be the only mobile platform capable of outputting stereoscopic 720p video at 30fps per channel. Perhaps its uniqueness will come from the fact that nobody else cares for the overkill that is 3D-HD on a mobile phone, whether it requires glasses or not. It'll still be fascinating to see if anybody picks up the chunky Blaze idea and tries to produce a viable mobile device out of it -- we could be convinced we need multiple displays while on the move, we're just not particularly hot on the 90s style bezel overflow.
TI stuffs WiFi, GPS, Bluetooth and FM radios on a single chip, UWB and LTE are like 'hello?'
Heads-up, kids -- Mobile World Congress is but days away from liftoff, and it looks like Texas Instruments will be there with a purpose. The company has today introduced what it's calling the "industry's first quad-radio single chip," which throws 802.11n, GPS, FM transmit / receive and Bluetooth radios onto a single 65-nanometer WiLink 7.0 solution. Purportedly, this device reduces costs by 30 percent, size by 50 percent and bragging rights by 894 percent. The chip is currently sampling to OEMs with undisclosed names, which could mean that a prototype phone or two will be taking advantage in Barcelona. Fingers crossed.
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.
