Items tagged with ARM

Ever since AMD announced it would build an ARM processor, there've been questions about how the company would balance its x86 and ARM obligations and product lines. Today, the company gave a major update to how it sees the future of these products. This year, AMD will debut its first Cortex-A57 based server (codenamed Seattle). In 2015, AMD will launch a 20nm SoC family around the new Puma+ core and a second-gen Cortex-A57 chip -- and those two CPUs will be drop-in compatible with each other (codenamed Project Skybridge). In 2016, AMD will follow up with its own custom ARM architecture implementation. One of the major changes coming next year is that both the ARM and x86 chips will apparently... Read more...
Just when we thought we might know everything there is to know about the LG's forthcoming G3 superphone, a new report throws a wrinkle into the mix. Rather than run with a 2.3GHz quad-core Qualcomm Snapdragon 800 processor to power the G3's 5.5-inch qHD (2560x1440) display, there's chatter that LG might equip its flagship device with its own applications processor. A report in The Korea Herald claims to have heard from an LG spokesperson that the company will "soon" begin mass producing its own mobile chip. The spokesperson didn't elaborate, leaving everything else up to rumor, speculation, and leaked information. LG is reportedly tapping into TSMC to build its own brand mobile processor. Citing... Read more...
Last week, we took a trip to San Diego to meet with Qualcomm and discuss the company's cutting edge 20nm radios and upcoming Snapdragon processors. Unlike the already-launched Snapdragon 801 and 805, these are fundamentally new chips with updated CPU cores as well as Qualcomm's new Adreno 400-class GPU. Qualcomm is announcing two new chips today -- the Snapdragon 808 and the Snapdragon 810. Qualcomm Announces Next-Gen Snapdragona 808 And 810 SoCs The 810 will be the highest-end solution, with a quad-core ARM Cortex-A57 paired alongside four Cortex-53 CPUs... The 808 will also use a big.Little design, but the core layouts will be asymmetric -- two Cortex-A57's paired with four Cortex-A53's. The... Read more...
Last week, we took a trip to San Diego to meet with Qualcomm and discuss the company's cutting edge 20nm radios and upcoming Snapdragon processors. Unlike the already-launched Snapdragon 801 and 805, these are fundamentally new chips with updated CPU cores as well as Qualcomm's new Adreno 400-class GPU. Qualcomm is announcing two new chips today -- the Snapdragon 808 and the Snapdragon 810. The 810 will be the highest-end solution, with a quad-core ARM Cortex-A57 paired alongside four Cortex-53 CPUs. We've discussed ARM's big.Little implementations before -- unlike the designs we saw debut in 2012, these new cores will support the asymmetric operating modes that ARM described in 2013. That means... Read more...
The Internet of Things is coming, and there are increasing numbers of products designed to make the IoT reality more feasible and easier to build for. Enter The HIO Project, which offers an open hardware platform that features a tiny mainboard rocking Freescale i.MX6 ARM Cortex A9 processor technology. The premier portion of the project is the HIO-EMB-1200 mainboard which Habey USA describes as “a Post-it sized, Lego-like ARM based open modular platform for rapid prototyping, quick application module development, and fast time to market”. The board is just 72mm x 80mm and includes the processor, RAM, iNAND flash, and HDMI and USB ports. It’s designed for expandability in 3D... Read more...
For as dominant as chipmaker Intel has been in the PC market, it’s been unable to replicate that success in the mobile market, losing extensive ground to ARM-based devices. The company has an aggressive plan to change that, and it’s starting soon--in Shenzen, China. Intel reportedly announced that it’s spending $100 million from its venture capital arm to help Chinese hardware makers develop devices running Intel’s mobile chips. The company also has efforts brewing in China to develop an ecosystem around its mobile offerings, which include a new SoC codenamed SoFIA that sports Atom and has 3G capabilities. Further, Intel wants to partner to develop actual content such... Read more...
Freescale Semiconductor announced its smallest-yet MCU, and it’s destined for the many objects in the growing Internet of Things (IoT) trend. The Kinetis KL03 MCU is a 32-bit chip based on ARM, and it promises lower power requirements in smaller devices than existing solutions. “When size is no longer a barrier to incorporating microcontrollers into edge node devices, we can start to redefine what’s possible for the Internet of Things,” said Rajeev Kumar, Freescale’s director of worldwide marketing and business development in a press release. The Kinetis KL03 MCU includes a 48MHz ARM Cortex-MO+ core with 1.71-3.6V operation, 32KB flash memory, 2KB RAM, and 8K ROM... Read more...
Human adaptability is a hell of a thing, and one needs to look no further than quadriplegics who refuse to miss out. There are many quadriplegic gamers out there, and thanks to the work of Ken Yankelevitz, they’ve been able to enjoy a great deal of gaming for decades with his specially-designed joysticks. However, Yankelevitz has been unable to continue his work due to age and health issues of his own, but the mantle has been picked up by Fred Davison, who is raising Kickstarter funds to develop the next generation of adaptive game controllers. His case is compelling. “Video games today are as much about the social aspects as they are about presenting an intellectual puzzle or entertainment,... Read more...
AMD's Andrew Feldman announced today that the company is preparing to sample its new eight-core ARM SoC (codename: Seattle). Feldman gave a keynote presentation at the fifth annual Open Compute Summit. The Open Compute Project (OCP) is Facebook's effort to decentralize and unpack the datacenter, breaking the replication of resources and low volume, high-margin parts that have traditionally been Intel's bread-and-butter. We've known for months that AMD was working on its own ARM server core, but announcing imminent sampling means that the company is confident of shipping the part in fairly short order. The eight-core chip isn't HSA compatible -- it's not clear what GPU IP is used to provide a... Read more...
The mouse and keyboard have been the go-to method of input for computers for ages, but touchscreens and even gestures (with projects such as Leap Motion and Microsoft’s Kinect) have revolutionized how we interact with our computing devices. Still unsatisfied, humans are looking to push thing further. A group from Tel Aviv is developing Grippity, a transparent tablet that’s actually more of an input device than a computing device. The display is semi-transparent, and you can type on the upward-facing surface as well as the rear. This allows you to type with all ten fingers while allowing your wrists and palms to remain in a relaxed position. The device runs Android and has a 7-inch... Read more...
Google may be redefining the scope of “soup to nuts”. The company continually adds new lines of products and services, and now Google is reportedly considering getting into the server chip-designing business, too. The source is simply a “person with knowledge of the matter” that told Bloomberg that Google may design server chips using ARM-based technology. This would be a threat to Intel, which makes a good bit of money in the server market, and Google is a huge buyer. Image credit: Google Bloomberg says that Google is Intel’s fifth-largest customer and accounts for around 4.3% of the chipmaker’s revenue. Google declined to comment beyond noting that the company... Read more...
ARM, a company that has become monumentally important over the past few years as light, powerful, energy-efficient mobile devices have become more common, has just acquired Geomerics. That company calls itself a leader in "lighting technology for the gaming and entertainment industries,' and the agreement is enabling Geomerics to build on their existing partnerships as well as accelerate their development in mobile. "The innovative technologies being developed by Geomerics are already revolutionizing the console gaming experience and are set to rapidly accelerate the transition to photo realistic graphics in mobile," said Pete Hutton, EVP and GM Media Processing Division, ARM. "Empowering Geomerics'... Read more...
For the past few years, ARM has been steadily chipping away at rival PowerVR's domination of the Android and tablet GPU space. While Imagination Technologies dominated the early days of the industry, we've seen a number of competitors emerge since, thanks to aggressive products from Nvidia at the high end and companies like Vivante in the lower-end and midrange spaces. With Mali, ARM is trying to offer a comprehensive solution that can span the entire market, from budget products aimed at Eastern nations to high-end hardware suitable for a next-generation smartphone or tablet. Today, ARM is announcing two new GPU core products -- the Mali-T760 and the Mali-T720. The T760 is the upper-end part,... Read more...
We’ve heard from PengPod before, and we’ve seen that the company has tried to raise funds for its products via Indiegogo before. The company is back (and is renamed “PengPod” after its flagship product) with a new dual-booting tablet, the PengPod 1040. The PengPod 1040 is a 9.7-inch device that boasts a 2048x1536 IPS display and a quad-core 1GHz ARM Cortex-A7 processor with a Power VR SGX 544 GPU and 2GB of RAM, 16GB of onboard storage, and 2MP rear and 0.3MP front cameras. It also has HDMI and micro USB ports. The premiere feature of the PengPod 1040, however, is that the tablet can dual boot Android 4.1 (Jelly Bean) or a Linux distro. Currently, the device supports Linaro... Read more...
Samsung's Exynos 5 Octa processor is the first eight-core chip for smartphones, but it's always been a little deceiving to refer to it as a true eight-core part. That's because not all eight cores fire up at the same time. Instead, the more powerful quad-core ARM Cortex A15 cores handle CPU intensive tasks while the less powerful (and more battery efficient) quad-core ARM Cortex A7 cores tackle less intensive chores, but never at the same time. That's about to change. Taking a big step towards true eight-core processing, Samsung announced its Heterogeneous Multi-Processing (HMP) solution for Exynos 5 Octa to fully maximize the benefits of the ARM big.LITTLE technology. "It's usually assumed that... Read more...
The likes of Kickstarter and Indiegogo have become the land where dreams are born (or are crushed), and yet another intrepid group of techies-come-entrepreneurs is looking to raise money via crowdfunding. Flowton Technologies is a group that makes a “natural interface” controller for the home that allows users to control things with voice and gesture, and they need $150,000 to get from prototype to production. With the Flowton Controller, you’ll be able to walk into your house, say “I’m home”, and turn the lights on; control your TV with gestures in the air; adjust the thermostat without leaving the couch or using any other device; and more. It’s akin... Read more...
Intel announced a pair of new products today designed to boost data center efficiency, shrink footprints, and allow for faster deployments. The first are new microservers based on the C2000 (codename: Avoton) Atom architecture. We've discussed the Bay Trail Atom core several times and Intel's plans for the technology in the mobile space, but moving the hardware into data centers is a key component of Intel's microserver strategy. Based on what we know of Bay Trail/Avoton, we expect it will offer significantly improved performance over existing S1200 Atom servers, thanks to multiple microarchitechtural improvements and the integration of a quad-core processor rather than dual-core + Hyper-Threading.... Read more...
A company called AIO Robotics announced that it will be launching a Kickstarter campaign on September 4th to raise money for a 3D printer that also offers 3D “copying” (i.e., 3D scanning), and 3D faxing. (Yes, 3D faxing, as in you could “fax” someone a 3D file that would automatically print on their 3D printer. The use case on that seems quite narrow, although we suppose that if it’s perfected, it could have some benefit over time.) The printer may be given the name “Zeus”. More notable features of this prototype include that it will run on its own ARM-based onboard computer that you can navigate with a 7-inch touchscreen. Thus, it wouldn’t need... Read more...
Nvidia posted its earnings for the second quarter of 2013 (Q2 of fiscal year 2014 by the company's reckoning) and the results are relatively great. The company posted earnings per share (EPS) of $0.16, beating analyst expectations by three cents, with total revenue of $977 million. While that's still a decrease of 6.6% compared to last year, it's a mitigated decrease in line with Intel's sales decline, as opposed to AMD, which saw revenue fall by 18% year on year. Strong gross margin of 55.8% (up 4% year-on-year), new GPU launches, and sustained Quadro demand all helped anchor revenue. Tesla revenue surged in particular; up 127.5% year-on-year, while Quadro recorded a 14.3% gain. Consumer GPU... Read more...
Nvidia is showing off a bit more of the capabilities of its upcoming Kepler-based mobile GPU at SIGGRAPH this week, and the next-generation chip should be a quantum leap over what Nvidia is shipping currently. Then again, that's scarcely difficult -- Tegra 4 is based on 2005-era graphics hardware with some L2 cache and a few feature enhancements here and there. It doesn't support CUDA, DirectX 11, OpenCL, OpenGL ES 3.0, and it while it packs far more pixel shader and vertex pipelines than Tegra 3 offered, it was disappointing to those of us that hoped to see a Kepler-based design this generation. Tegra 5 supposedly fixes all this. The next-generation core will offer cutting-edge support for all... Read more...
Intel unveiled a number of new data center initiatives this week as part of its broad product strategy to redefine some of its market goals. In the past, Intel's efforts in this area have boiled down to giving customers more of what they wanted, where "more" was defined as higher clock speeds or more processing cores. That's not to imply that Intel didn't do a great deal of work on software optimization, compiler tools, or CPU fabric design -- it absolutely did -- but the pitches used to be simpler, and more hardware-focused. That's changing slowly, thanks to the growing difficulty of improving microprocessors at a rapid pace (on the one hand) and the popularity of low-power solutions on the... Read more...
Samsung announced the next generation of its Exynos processors with the Exynos 5 Octa 5420 chip, which boasts even more CPU and graphics processing power than previous editions. In fact, Samsung says that the new chip offers 20% better CPU processing and double the graphics firepower of any other Exynos 5 Octa. The Exynos 5 Octa uses four ARM Cortex-A15 (1.8GHz) and four Cortex-A7 (1.3GHz) processors in a big.LITTLE setup as well as ARM Mali-T628 MP6 graphics. It also features 14.9GBps memory bandwidth and 933MHz dual-channel LPDDR3 and supports 1080p HD video recording and playback at 60 FPS. And of course, power efficiency is at the forefront of the design. "Demand for richer graphic experiences... Read more...
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