Tag: intel

HandBrake 1.0.0 Released After 13 Years Of Development

HandBrake, popular open source video transcoder, has finally hit version 1.0.0 affter spending roughly more than 13 years in development. HandBrake 1.0.0 brings tons of new presets and support for more devices and file types. From a report: HandBrake 1.0.0 comes with new web and MKV presets. The official presets from HandBrake 0.10.x can be found under ‘Legacy.’ New Jason-based preset system, including command line support, has been added. The additional features of HandBrake are title/chapter selection, queuing up multiple encodes, chapter markers, subtitles, different video filters, and video preview. Just in case you have a compatible Skylake or later CPU, Intel QuickSync Video H.265/HEVC encoder support brings performance improvements. HandBrake 1.0.0 also brings along new online documentation beta. It’s written in a simple and easy-to-understand language.You can download it here. Read more of this story at Slashdot.

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HandBrake 1.0.0 Released After 13 Years Of Development

TSMC plans a new factory to pump out tomorrow’s 3 nm chips

News leaked in late August that chipmaker Taiwan Semiconductor Manufacturing Co (TSMC) and Apple were working shrinking the A11 processor set to go in next year’s iPhone down to 10nm. But to ensure it stays in business with the tech titan and other device manufacturers, TSMC is planning to build a new plant to build future chips at 5nm and 3nm sizes. According to Nikkei Asian Review , TSMC announced the new $15.7 billion facility a day after Taiwan’s minister of science and technology, Yang Hung-duen, told local media about it. His ministry might select a site in Kaohsiung for the factory, which could start production as early as 2022. That gives TSMC’s competitors a few years’ breathing room, but the race to smaller and smaller chips continues. While Intel claims it will produce a 10nm processor before its competitors, it conceded that production facilities equipped to pump out increasingly-smaller chips will only get more expensive. That’s why the company is slowing its two-year cycle “tick-tock” innovation cycle to reduce chip size every three years instead, focusing instead of improving internal architecture and performance in the interim. But even that lead might not be enough: On a conference call back in January, TSMC said it has a plan to push out 7nm chips by 2017 and 5nm by 2020. Via: 9to5Mac Source: Nikkei Asian Review

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TSMC plans a new factory to pump out tomorrow’s 3 nm chips

Qualcomm Debuts 10nm Server Chip To Attack Intel Server Stronghold

An anonymous reader quotes a report from Tom’s Hardware: Qualcomm and its Qualcomm Datacenter Technologies subsidiary announced today that the company has already begun sampling its first 10nm server processor. The Centriq 2400 is the second generation of Qualcomm server SOCs, but it is the first in its new family of 10nm FinFET processors. The Centriq 2400 features up to 48 custom Qualcomm ARMv8-compliant Falkor cores and comes a little over a year after Qualcomm began developing its first-generation Centriq processors. Qualcomm’s introduction of a 10nm server chip while Intel is still refining its 14nm process appears to be a clear shot across Intel’s bow–due not only to the smaller process, but also its sudden lead in core count. Intel’s latest 14nm E7 Broadwell processors top out at 24 cores. Qualcomm isn’t releasing more information, such as clock speeds or performance specifications, which would help to quantify the benefit of its increased core count. The server market commands the highest margins, which is certainly attractive for the mobile-centric Qualcomm, which found its success in the relatively low-margin smartphone segment. However, Intel has a commanding lead in the data center with more than a 99% share of the world’s server sockets, and penetrating the segment requires considerable time, investment, and ecosystem development. Qualcomm unveiled at least a small portion of its development efforts by demonstrating Apache Spark and Hadoop on Linux and Java running on the Centriq 2400 processor. The company also notes that Falkor is SBSA compliant, which means that it is compatible with any software that runs on an ARMv8-compliant server platform. Read more of this story at Slashdot.

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Qualcomm Debuts 10nm Server Chip To Attack Intel Server Stronghold

4K Netflix is finally available on Windows 10 PCs

Netflix has been pushing out 4K content to its apps on streaming boxes and Smart TVs for awhile, but the entertainment industry’s anti-piracy crusade and some DRM limitations have meant PC users looking to stream ultra HD episodes of Bloodline have been out of luck until now. Starting today, Netflix’s 4K content is available to stream on Windows 10 PCs — but only if your machine is a fairly recent one. The catch: you’ll need a new or new-ish Windows 10 PC with a seventh-gen Intel Kaby Lake processor and 4K display to take advantage. So, your options are basically limited to the Lenovo Yoga 910 and a handful of gaming laptops and desktop machines at the moment. Assuming your hardware is good to go, you’ll also need to upgrade to the $12 monthly Premium subscription with Ultra HD streaming. Users with older Home Theater PCs are still out of luck, unfortunately. On the bright side, the new partnership with Netflix — which includes getting Gilmore Girls: A Year in the Life in 4K a few days before everyone else — gives Redmond the opportunity to tout battery life improvements they’ve made to their very own Edge browser . According to Microsoft, you’ll be able to squeeze in one more episode before your battery dies if you’re streaming on Edge instead of Chrome. Of course, a Chromecast Ultra would also do the trick. Source: Windows Blog

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4K Netflix is finally available on Windows 10 PCs

Apple Abandons Development of Wireless Routers, To Focus On Products That Return More Profit

Apple has disbanded its division that develops wireless routers in a move that further sharpens the company’s focus on consumer products that generate the bulk of its revenue, Bloomberg reports. From the article:Apple began shutting down the wireless router team over the past year, dispersing engineers to other product development groups, including the one handling the Apple TV. Apple hasn’t refreshed its routers since 2013 following years of frequent updates to match new standards from the wireless industry. The decision to disband the team indicates the company isn’t currently pushing forward with new versions of its routers. Routers are access points that connect laptops, iPhones and other devices to the web without a cable. Apple currently sells three wireless routers, the AirPort Express, AirPort Extreme, and AirPort Time capsule. The Time capsule doubles as a backup storage hard drive for Mac computers. Read more of this story at Slashdot.

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Apple Abandons Development of Wireless Routers, To Focus On Products That Return More Profit

HP’s tiny Xeon-powered PC puts the Mac Mini to shame

HP has unveiled the Z2 Mini , a mini PC that packs workstation-class parts, including an Intel Xeon CPU, NVIDIA Quadro mobile M620 graphics and M.2 SSD tech. By using powerful notebook-sized parts, it squeezed that power into a 2.3-inch-high case that’s “90 percent smaller than a traditional business-class tower, ” HP wrote. In its top configuration, the device is twice as powerful as any mini PC on the market, letting it run up to six displays in a stock configuration. The Z2 Mini is 63 percent quieter than HP’s business-class mini PCs, thanks to a custom cooling system. The PC maker hyperbolically describes the engineering, saying “the octagon form of the Z2 Mini is the most uniquely designed workstation in HP’s 35 years of workstation history.” HP is targeting CAD, design, graphics and 3D users, though it could make a decent gaming rig in some configurations. Spec-wise, it comes with up to 32GB of DDR4 RAM and an HP Z Turbo Drive , with M.2 SSD read speeds over 1GB/s and a capacity up to 1.5TB. You can get one with an Intel Core i7, i5, or i3 CPU, or pay more (presumably a lot more) for Intel’s Xeon E3-1200v5 family, normally used in workstations and servers. Another option is NVIDIA’s mobile M620 Quadro GPU with 2GB of VRAM, also geared toward workstations and officially approved for pro apps like Autocad and 3DS max. However, it doesn’t meet NVIDIA’s “VR Ready” criteria, so it’s not certified with the Oculus Rift or HTC Vive, and would probably allow middling gaming performance, at best. The Z2 Mini is missing a few other features, too. While USB-C is available, it doesn’t have a Thunderbolt 3 port, limiting drive options for video editors. And while it has three DisplayPort slots, it lacks an HDMI port (though USB-C can be adapted for that purpose). As for the price, the compact PC starts at $699, which probably gets you an Intel Core i3 configuration without discreet graphics. Intel hasn’t said how much a stouter setup will cost, but it probably runs over double that with workstation components. If you’re in the market for a small, powerful PC and are tired of waiting for the next Mac Mini, however, it may be your best option. HP said it should arrive to market in December — hopefully we’ll get a better look at it before then. Source: HP

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HP’s tiny Xeon-powered PC puts the Mac Mini to shame

Why Apple and Microsoft Are Using Last Year’s Skylake Processors In Their New Computers

Apple released new MacBook Pros yesterday that feature Intel’s year-old Skylake microarchitcure, as opposed to the newer Kaby Lake architecture. Two days earlier, Microsoft did the same thing when it released the Surface Studio. Given the improvements Kaby Lake processors have over Skylake processors, one would think they would be included in the latest and greatest products from Microsoft and Apple. Gizmodo explains why that’s not the case: In the case of the new 15-inch MacBook the answer is simple. “The Kaby Lake chip doesn’t exist yet, ” an Apple rep told Gizmodo. Kaby Lake is being rolled out relatively slowly, and it’s only available in a few forms and wattages. The 15-inch MacBook Pro uses a quad-core processor that has no Kaby Lake equivalent currently. That particular laptop really does have the fastest processor available. The same goes for the Microsoft Surface Studio and updated Surface Book — both also use a quad-core Skylake processor with no Kaby Lake counterpart. But the Studio and Surface Book are also using much older video cards from the Nvidia 900 series. Nvidia has much faster and less power-hungry chips (the 1000 series) available based on the Pascal architecture. Microsoft’s reasoning for going with older video cards is nearly identical to Apple’s for going with a slower processor in its 13-inch MacBook Pro: the Nvidia 1000 series came out too late. The major intimation was that Kaby Lake and Pascal came so late in the design process that it would have delayed the final products if they’d chosen to use them. New technology, no matter how amazing an upgrade it might be, still requires considerable testing before it can be shipped to consumers. One minor bug, particularly in a system as engineered as the Surface Studio or MacBook Pro, can turn catastrophic if engineers aren’t careful. In the case of Microsoft, it’s frustrating, because that old GPU is significantly slower than the Pascal GPUs available. It’s a little less frustrating in Apple’s case, largely because of the old processor microarchitecture that Apple elected to shove into its new 13-inch MacBook Pro. Apple went with a new Skylake dual core processor that draws a lot of power — more so than any Kaby Lake processor available. It then uses all that extra power to ramp up the speeds of the processor. Which means it is capable of pulling off speeds that can actually match those of the fastest Kaby Lake processor out there. The only downside to this decision is battery life. Read more of this story at Slashdot.

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Why Apple and Microsoft Are Using Last Year’s Skylake Processors In Their New Computers

WiGig will bring superfast WiFi to devices next year

The WiFi Alliance has finally certified ” WiGig , ” a high-speed, 60 GHz standard otherwise known as 802.11ad. Using beamforming, it can yield speeds of up to 8 Gbps, or nearly 1GB per second from a distance of up to 10 meters. As many as 180 million devices using the standard, like routers, laptops and smartphones will arrive by the end of next year, the group said. It also unveiled the first five certified WiGig products from Intel, Dell and Qualcomm, among others. The WiFi Alliance notes that the new standard operates in the “less congested” 60 GHz spectrum, which should aid speeds. It says that manufacturers can implement “handoff” technology so that your phone and router will automatically switch to 2.4 or 5 GHz WiFi if you leave the room, for instance. Samsung, among others, has already released uncertified WiGig devices. 8 Gbps is around three times faster than the best 802.11ac routers can do right now. However, in the real world, most current devices can only hit 600 Mbps or so, less than a fifth of the theoretical maximum in some cases. In theory, 802.11ad should be faster, thanks to the beamforming and distance limitation, but you’ve essentially got to be in the same room as the router to benefit from such speeds. Of course, your smartphone or laptop would have to support the standard too, not just the router. Qualcomm’s WiGig video from CES 2016 Nevertheless, if the new standard can do even 20 percent of the promised speeds, it’ll be useful in a lot of cases. If you usually work from the same room and transfer files around your network, for instance, you’ll no longer need a wired gigabit connection. And folks with Google Fiber or other high-speed internet services should get faster wireless speeds — my router and smartphone combination limits me to 200 Mbps, for instance, while my laptop gets 1 Gbps via wired ethernet. The first mobile device to carry the standard is the Dell Latitude E7450/70, and both Intel and Qualcomm have certified router solutions. Expect a flood of devices to carry the standard soon, including smartphones, tablets, and notebooks. By next year, many will probably factor the standard into their “buy” decisions. Source: WiFi Alliance

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WiGig will bring superfast WiFi to devices next year

Samsung 960 Pro review: The fastest consumer SSD you can buy

(credit: Edward Chester) The all new Samsung 960 Pro, released today, is the follow up to last year’s 950 Pro . It offers the same core set of features, with an M.2 form factor , four-lane PCIe 3.0 interface, NVMe communication standard, and 3D V-NAND. But the 960 Pro isn’t just a minor spec bump. Samsung has seriously cranked up the speed (and capacities) of its flagship drives to the point where such ludicrous performance may be lost on all but the most demanding of users. These are some seriously hardcore SSDs. Where the 950 Pro was available in just 256GB and 512GB versions, the 960 Pro starts at 512GB, with 1TB and 2TB versions also available. For the first time, you can reasonably consider replacing an entire array of spinner hard drives or even 2.5-inch SATA SSDs with these things—so long as you’ve got the cash, of course. With a 256GB starting capacity, Samsung was able to offer the speed, longevity, and warranty of the 950 Pro to those only able to budget £170 ($199) for an SSD. But with the 960 Pro starting at $329 for the 512GB model  (probably ~£330), rising to $629 for 1TB, and an eye-watering $1,299 for 2TB, you’ll need to save some extra pennies to buy one, or wait it out for the Evo drives Samsung is launching later this year. Although a marked step down from the Pro range in some regards, the Evos are in theory faster than the 950 Pro drives for less money (thanks to using cheaper and more tightly packed TLC V-NAND). The 250GB will cost just $129 (~£130), 500GB will be $249 and 1TB will cost $470. There won’t be a 2TB version of the 960 Evo. Read 35 remaining paragraphs | Comments

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Samsung 960 Pro review: The fastest consumer SSD you can buy

Samsung’s new 10nm process promises big power efficiency improvements

Enlarge (credit: Samsung) The news hasn’t been great for Samsung’s smartphone division lately, but there is good news for the chipmaking arm of the company: Samsung announced today that it has started to mass-produce chips on its new 10nm LPE manufacturing process, a major improvement over its current 14nm process. According to Samsung, 10nm chips can fit 30 percent more transistors within the same physical area as a 14nm chip. Chip designers will be able to create chips that are up to 27 percent faster or chips that use up to 40 percent less power, though most chips will probably do a little of both instead of maximizing one or the other. A second-generation, 10nm LPP process will begin mass production in the second half of 2017, roughly one year from today. Other than the timing, we only know that this revision is intended to boost performance. Read 3 remaining paragraphs | Comments

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Samsung’s new 10nm process promises big power efficiency improvements