ApplicationProcessor
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Samsung's new Exynos chip boosts photo-taking in mid-tier phones
Samsung's latest application processor (AP) is set to significantly improve photo-taking in mid-tier phones. The Eyxnos 7 9610 has boosted deep learning image properties, so it'll recognize faces in pictures even if they're not facing the camera, or if they're obstructed by hair or hats.
ST-Ericsson to pass off application processor business to STM, cut 1,700 jobs
It's not every day that ST-Ericsson crosses our radar twice, but in addition to reportedly signing a deal with HTC for developing low-end handset chips, the company just announced its plans for a turnaround. The message? A heavier focus on SoCs for smartphones and tablets, along with a push for even more partnerships to develop those products. While that all sounds rosy, ST-Ericsson is also ceding its application processor business -- employees, R&D and all -- to STMicroelectronics. All told, between the loss of its application processor business and other reshuffling, the company expects to shed around 1,700 jobs -- and save about $320 million annually. Those bittersweet details and more await you in the press release after the break.
Freescale intros Vybrid controller line, weds ARM A5 and M4 cores for an asymmetrical bang
Making good on its word, Freescale's line of Vybrid controllers is now ready for prime time multiprocessing. That asymmetrical setup, announced last October, takes the high / low approach we've seen gradually crop up in computing, pairing an ARM Cortex A5 and Cortex M4 in uneven, albeit harmonious CPU matrimony. The company's not targeting this new platform at consumers, though, as that market's already being served by the likes of NVIDIA's Tegra 3. No, this controller arrangement's headed directly for the industrial sector, where medical, point-of-sale and smart energy equipment can benefit from the cores' decreased power demands and ability for real-time control. Eager to dig deeper into this silicon platform? Then feel free to parse through the rest of the company's jargon-y release after the break.
Freescale joins ARM A5 and M4 cores at the hip for performance and power savings
You may have noticed a trend recently -- pairing slightly less powerful cores that sip power, with more robust ones that can chug through demanding applications. NVIDIA's Tegra 3 will be packing an underclocked fifth core, while ARM's big.LITTLE initiative matches a highly efficient 28nm A7 with the beefy A15. Now Freescale is planning to use the same trick, but you won't find its asymmetrical CPUs in your next tablet or smartphone. Its platform, which marries a Cortex M4 to a Cortex A5, isn't meant to compete with the latest Snapdragon. These chips will find homes in factories and in-dash infotainment systems which have increasingly sophisticated UIs, but don't need to push thousands of polygons. Software development tools will land before this quarter is out and the first batch of silicon will be announced in Q1 of 2012. Looks like the era of "dual-core" meaning two identical cores has officially come to an end.
Samsung's Galaxy S II to have a Tegra 2 version?
Just as we lay to rest the ghost of a phantom Tegra 2 chip inside the LG Revolution, here comes the specter of another unconfirmed appearance for NVIDIA's dual-core application processor, this time inside Samsung's Galaxy S II. If you'll recall, we were initially informed by Samsung's PR crew that their new Android flagship would run on NVIDIA's hardware, however a subsequent correction informed us that the processor inside would in fact be Samsung's own Exynos. Now, it turns out, both might be true. AnandTech have come across some benchmark results showing a GT-i9103 with Tegra 2 listed as its grunt provider, while Pocket-lint and others have noted that Samsung's own spec sheet for the Galaxy S II states that the dual-core Exynos "may not be applicable in some regions." The likeliest scenario here is that Samsung hasn't yet reached sufficient volumes with its own processor production and will rely on NVIDIA's Tegra 2 for handsets outside its critical markets -- much in the same vein as it replaced Super AMOLED with Super Clear LCD screens in Russia and some other territories. Don't fret too much, though, performance disparities between the two aren't likely to be overly significant.
Apple said to be in talks with Samsung to buy $7.8 billion worth of components
It's not clear if it's related to that mysterious $3.9 billion "strategic investment" or not, but it looks like Apple could be about to throw some serious cash in Samsung's direction. According to a report published in the Korea Economic Daily, Apple is expected to purchase some $7.8 billion worth of components from Samsung this year, including displays, applications processors, and NAND flash chips -- all intended for use in iPhones and iPads. As the paper notes, Apple would become Samsung's single biggest customer if the deal goes through, although the two obviously aren't strangers to massive deals -- Apple has already famously run Samsung's flash memory supplies dry a few times.
Samsung dubs its mobile processors Exynos, dual-core 4210 (formerly Orion) arriving next month
We've been talking about Samsung's Orion processor for some time, the dual-core successor to the well-received Hummingbird core of 2010 -- but Orion was a codename all along. What will you be calling these two slices of high-performance silicon by the time they finally grace a phone of yours? "Exynos 4210," it turns out, as the Orion becomes the first member of Sammy's newly-branded Exynos line of application processors. We'd already known that the company was targeting the first half of 2011 for Orion's commercial release, but they're ready to get a little more specific now... and the news is good: production begins next month, which might line up nicely for some announcements the company has in store for MWC next week. Here's hoping! Follow the break for the release.
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.
Samsung's Orion is the 1GHz dual-core ARM Cortex-A9 we've all been waiting for
We still consider Samsung's Hummingbird application processor to be among the very best for mobile computers, but this morning Sammy itself is stepping up the charge to make it look real old real fast. The freshly announced dual-core Orion promises to whip us all into a frenzy of geek lust with "5 times the 3D graphics performance over the previous processor generation from Samsung," 1080p video encoding and decoding at 30fps, embedded GPS, a native triple display controller, and on-chip HDMI 1.3a interface. Those last two bits mean you can drive two displays on your mobile device while feeding a third, such as a HDTV, all thanks to the one all-powerful chip inside. Availability for "select customers" is coming late this year, with mass production set for the first half of 2011. To say we're looking forward to it would be a massive understatement.
ODROID tablet sports Hummingbird application processor, shows off naked dev edition on video
Time to add another candidate for the tablet portion of your gadget budget. The ODROID tablet -- being developed by Hardkernel, the folks behind the ODROID portable console -- has at its heart a 1GHz Samsung S5PC110 application processor. Also known as Hummingbird, this chip can drive 1080p video at 30fps according to Samsung, and its ability to deliver a flawlessly smooth user experience was demonstrated in our Galaxy S hands-on. It is an extremely promising core to build around, and the 10.1-inch capacitive touchscreen with 1,366 x 768 resolution and Android 2.1 inclusions are nothing to sniff at either. For now, all we have is the demo video after the break -- starring your favorite tech blog -- but we'll surely keep an eye out for developments with this device. Particularly if the bezel matches the thin metal frame we're seeing right now.
Renesas's 1080p-decoding processor coming soon to a cell phone near you
Plenty of modern cell phones have HD-quality screens on them, but few can manage any sort of high-definition video content at a respectable frame rate. That's set to change with the release of the Renesas SH7370, a chip we first got wind of back in December with its promise to offer 1080p video at 30fps in a package small (and efficient) enough to be included in a handset. The first units are now shipping to manufacturers, and while the size has increased (it's about 1cm square vs. the 6.4 x 6.5mm package previously discussed) it's still impressively small given its functionality: 1080p H.264 video decoding and encoding along with on-chip Dolby Digital 5.1-channel output. Overkill? Maybe for now, but you might change your mind when the first head-mountable satellite speakers with subwoofer seat cushions hit retail.
Hands-on with NVIDIA's APX 2500, and yeah, it plays Quake
Yet another mobile platform, and this time with NVIDIA power. We had a chance to checkout the APX 2500 and its Quake skills at MWC today and we're definitely enthused about this new toy. Engadget Mobile has all the pics so just wander over via the link to see this thing in action.
nVidia's GoForce 6100: no, it's not another iPhone clone
Yup, just another touch-screen media phone up there which have are poppin' dime-a-dozen since you know what. Ok, it's just a rendering from Quanta (yeah, that Quanta); no worries, it's only meant to demonstrate nVidia's GoForce 6100 multimedia applications processor -- the company's first. That's right, nVidia just unleashed their new silicon slab pumping a dedicated 250MHz ARM processor are its core with hardwired acceleration for processing-intensive multimedia and security (read: DRM) functions. It's capable of delivering H.264 and WMV9/VC-1 video at up to VGA resolution and 30fps. Hell, it even integrates 802.11b/g WiFi with WPA2 security and QoS, and supports USB 2.0 hosting and camera sensors up to 8 megapixels. Best of all, it's said to do all this while consuming less than half the power of "any applications processor available on the market today." NVIDIA is demonstrating a prototype at 3GSM running Chronos' OpenKODE 1.0 (think DirectX for handhelds) for rich, 3D widgety goodness. Expect the new proc to show up in a wide variety of portable electronic devices in 2007/2008. Oh, and peep the OpenKODE interface after the break. Read -- NVIDIA Read -- Khronos OpenKODE
