According to a Bloomberg report, Apple could be working on three new Mac models for this year. From a report: All three of them could feature an ARM coprocessor to improve security. Apple isn't switching to ARM chipsets altogether. There will still be an Intel CPU in every Mac, but with a second ARM processor. Currently, the MacBook Pro features a T1 chip while the iMac Pro features a T2 chip. On the MacBook Pro, the ARM coprocessor handles the Touch ID sensor and the Touch Bar. This way, your fingerprint is never stored on your laptop's SSD drive -- it remains on the T1 secure enclave. The Intel CPU only gets a positive response when a fingerprint is validated. The iMac Pro goes one step further and uses the T2 to replace many discrete controllers. The T2 controls your stereo speakers, your internal microphone, the fans, the camera and internal storage.

An anonymous reader writes: Linus Torvalds has released Linux 4.15 following the lengthy development cycle due to the Spectre v2 and Meltdown CPU vulnerability mitigation work. This update comes with many kernel improvements including RISC-V architecture support, AMDGPU Display Code support, Intel Coffee Lake graphics support, and many other improvements.
"This obviously was not a pleasant release cycle, with the whole meltdown/spectre thing coming in in the middle of the cycle and not really gelling with our normal release cycle," Linus writes. "The extra two weeks were obviously mainly due to that whole timing issue... [T]he news cycle notwithstanding, the bulk of the 4.15 work is all the regular plodding 'boring' stuff. And I mean that in the best possible way. It may not be glamorous and get the headlines, but it's the bread and butter of kernel development, and is in many ways the really important stuff.

"Go forth and play with it, things actually look pretty good despite everything. And obviously this also means that the merge window for 4.16 is open... Hopefully we'll have a _normal_ and entirely boring release cycle for 4.16. Because boring really is good."

Mozilla released on Tuesday a new version of its Firefox Quantum browser, boosting its graphics speed and improving a couple of new technologies designed to make the web more powerful. From a report: The browser, version 58, is the first major update since Mozilla's recovery plan hit full stride in November with the debut of Firefox Quantum. Speed is of the essence in Mozilla's recovery plan, and Firefox 58 does better than its predecessor in some graphics tasks by splitting work better across the multiple processor cores that computer chips have these days. The result should be scrolling that's smooth, uninterrupted by the stuttering that in computing circles goes by the disparaging term "jank." [...] Firefox 58 helps with two new web technologies. One, called WebAssembly, provides for dramatically faster web apps. Firefox 58 can get WebAssembly software running faster so you don't have to twiddle your thumbs waiting as long after clicking a link. Another is progressive web apps (PWAs), an initiative that came out of Google to help make the web a better match for the apps we all drop on our phones.

An anonymous reader writes: If you're a PC builder -- or your aging desktop system is in dire need of some modern upgrades -- you've probably wondered why it's impossible to get a graphics card lately. You can thank the outrageous interest in cryptocurrency for all of this. Since graphics cards mine cryptocurrency much faster than CPUs, an eager community of get-rich-quick enthusiasts are scooping up graphics cards as fast as they can get them. While there isn't much major manufacturers AMD and Nvidia can do about the overwhelming demand for GPUs, Nvidia is at least trying to let retailers know that they should be holding their stock for the company's core audience: gamers, not miners. "For NVIDIA, gamers come first. All activities related to our GeForce product line are targeted at our main audience. To ensure that GeForce gamers continue to have good GeForce graphics card availability in the current situation, we recommend that our trading partners make the appropriate arrangements to meet gamers' needs as usual," reads a translated statement Nvidia's Boris Bohles. Nvidia is suggesting that retailers limit graphics card orders to just two per person, but that's just an idea -- one Nvidia can't actually enforce beyond restricting sales on its website, which it's currently doing. Further reading: It's a terrible time to buy a graphics card.

Got lossless compression? An anonymous reader quotes CNET: Google, Mozilla and others in a group called the Alliance for Open Media are working on a rival photo technology. In testing so far, the images are 15 percent smaller than Apple's HEIC photo format, said Tim Terriberry, a Mozilla principal research engineer working on the project. But smaller sizes are just the beginning... it's got a strong list of allies, an affinity for web publishing and modern features that could make it the best contender yet for overcoming JPEG's 1990s-era shortcomings... JPEG isn't just limited by needlessly large file sizes. It's also weak when it comes to supporting a wider range of bright and dark tones, a broader spectrum of colors, and graphic elements like text and logos...

The HEIC's new rival is from the Alliance for Open Media, a group whose top priority is a video compression technology called AV1 that's free of patent licensing requirements. It's got heavy hitters on board, including top browser makers Google, Microsoft, Mozilla and the most recent new member, Apple -- though Apple's plans haven't been made public. And it's got major streaming-video companies, too: Netflix, Amazon, Hulu, Facebook, videoconferencing powerhouse Intel and Google's YouTube. And with the support of chip designers Intel, Nvidia and Arm, AV1 should get the hardware acceleration that's crucial to making video easy on our laptop and phone batteries.
To use Apple's HEIC, "makers of software, processors and phones must jump through a lot of hoops to license patents," which CNET predicts "means HEIC will have trouble succeeding on the web: patent barriers are antithetical to the web's open nature."

sqorbit writes: Nintendo has announced a new experience for its popular Switch game console, called Nintendo Labo. Nintendo Labo lets you interact with the Switch and its Joy-Con controllers by building things with cardboard. Launching on April 20th, Labo will allow you to build things such as a piano and a fishing pole out of cardboard pieces that, once attached to the Switch, provide the user new ways to interact with the device. Nintendo of America's President, Reggie Fils-Aime, states that "Labo is unlike anything we've done before." Nintendo has a history of non-traditional ideas in gaming, sometimes working and sometimes not. Cardboard cuts may attract non-traditional gamers back to the Nintendo platform. While Microsoft and Sony appear to be focused on 4K, graphics and computing power, Nintendo appears focused on producing "fun" gaming experiences, regardless of how cheesy or technologically outdated they me be. Would you buy a Nintendo Labo kit for $69.99 or $79.99? "The 'Variety Kit' features five different games and Toy-Con -- including the RC car, fishing, and piano -- for $69.99," The Verge notes. "The 'Robot Kit,' meanwhile, will be sold separately for $79.99."

prisoninmate shares a report from Softpedia: The Wine (Wine Is Not an Emulator) project has been updated today to version 3.0, a major release that ends 2017 in style for the open-source compatibility layer capable of running Windows apps and games on Linux-based and UNIX-like operating systems. Almost a year in the works, Wine 3.0 comes with amazing new features like an Android driver that lets users run Windows apps and games on Android-powered machines, Direct3D 11 support enabled by default for AMD Radeon and Intel GPUs, AES encryption support on macOS, Progman DDE support, and a task scheduler. In addition, Wine 3.0 introduces the ability to export registry entries with the reg.exe tool, adds various enhancements to the relay debugging and OLE data cache, as well as an extra layer of event support in MSHTML, Microsoft's proprietary HTML layout engine for the Windows version of the Internet Explorer web browser. You can read the full list of features and download Wine 3.0 from WineHQ's website.

An anonymous reader quotes a report from The Verge: AMD's initial response to the Meltdown and Spectre CPU flaws made it clear "there is a near zero risk to AMD processors." That zero risk doesn't mean zero impact, as we're starting to discover today. "We have defined additional steps through a combination of processor microcode updates and OS patches that we will make available to AMD customers and partners to further mitigate the threat," says Mark Papermaster, AMD's chief technology officer. AMD is making firmware updates available for Ryzen and EPYC owners this week, and the company is planning to update older processors "over the coming weeks." Like Intel, these firmware updates will be provided to PC makers, and it will be up to suppliers to ensure customers receive these. AMD isn't saying whether there will be any performance impacts from applying these firmware updates, nor whether servers using EPYC processors will be greatly impacted or not. AMD is also revealing that its Radeon GPU architecture isn't impacted by Meltdown or Spectre, simply because those GPUs "do not use speculative execution and thus are not susceptible to these threats." AMD says it plans to issue further statements as it continues to develop security updates for its processors.

MojoKid writes: At CES 2018, Intel unveiled more details of its 8th generation Intel Core processors with integrated AMD Radeon RX Vega M graphics. Like cats and dogs living together, the mashup of an Intel processor with an AMD GPU is made possible by an Embedded Multi-Die Interconnect Bridge (EMIB), which provides a high-speed data interconnect between the processor, GPU and 4GB of second-generation High-Bandwidth Memory (HBM2). Intel is delivering 8th generation H-Series Core processors in 65W TDP (laptops) and 100W TDP (desktops) SKUs that will take up 50 percent less PCB real estate, versus traditional discrete configs. Both the mobile and desktop variants of the processors will be available in Core i5 or Core i7 configurations, with 4 cores and 8 threads, up to 8MB of cache and 4GB of HBM2. The 65W mobile processors can boost up to 4.1GHz, while the Radeon RX Vega M GL GPU has base/boost clocks of 931MHz and 1011MHz, respectively. The AMD GPU has 20 compute units and memory bandwidth checks in at 179GB/s. Desktop processors ratchet the maximum boost slightly to 4.2GHz, while the base/boost clocks of the Radeon RX Vega M GH GPU jump to 1063MHz and 1190MHz, respectively. Desktop GPUs are also upgraded with 24 CUs and 204GB/s of memory bandwidth. Intel says that its 8th generation Core i7 with Radeon RX Vega M GL graphics is up to 1.4x faster than a Core i7-8550U with an NVIDIA GeForce GTX 1050 GPU in a notebook system. System announcements from Dell and HP are forthcoming, with availability in the first half of this year. Intel has also launched a new NUC small form factor gaming mini PC based on the technology as well.

MojoKid writes: AMD is unveiled a number of upcoming chip products for the new year at CES 2018, including updated next-generation Ryzen and Threadripper desktop processors covering every market segment from mobile to HEDT, and an array of Vega-based graphics products. AMD will be releasing a pair of Ryzen 3-branded mobile APUs for mainstream notebooks. The quad-core / quad-thread Ryzen 3 2300U has base and boost clocks of 2.0GHz and 3.4GHz, respectively, while the dual-core / quad-thread Ryzen 3 2200U clocks-in at 2.5GHz and 3.4GHz, base and boost. Desktop Ryzen APUs, codenamed Raven Ridge, are inbound for the AM4 platform as well. Launching on February 12 are the upcoming Ryzen 5 2400G and Ryzen 3 2200G. The Ryzen 5 chip is a quad-core / eight-thread machine with an on-die, 11 CU Vega graphics core, priced at $169. The Ryzen 3 2200G is a quad-core / quad-thread chip with and 8 CU Vega-based graphics engine for only $99. CPU core frequencies on the Ryzen 5 2400G range from 3.6GHz -- 3.9GHz (base / boost) and the Ryzen 3 2400G clocks-in at 3.5GHz -- 3.7GHz. 2nd-generation Ryzen desktop processors are on the way as well and will be manufactured using an advanced 12nm+ lithography process, leveraging the Zen+ architecture, which is fundamentally unchanged from current Zen-based processors, save for a few tweaks and fixes that improve cache and memory speeds and latency. 2nd-Generation Ryzen processors are NOT based on the Zen 2 architecture. AMD also mentioned that these new processors will be used in a new line-up of 2nd-Generation Threadripper processors. Finally, the company disclosed two new Vega-based GPUs, a Vega Mobile part with a svelte 1.7mm Z-height and second Vega-based chip, which will be manufactured at 7nm that specifically targets machine learning applications. The low-profile Vega Mobile GPU will find its ways into ultra-thin notebooks and mobile workstations, but speeds and feeds weren't disclosed. AMD also announced that it will be supporting variable refresh rate over HDMI 2.1 in the future as well.

The Register reports: Nvidia has banned the use of its GeForce and Titan gaming graphics cards in data centers -- forcing organizations to fork out for more expensive gear, like its latest Tesla V100 chips. The chip-design giant updated its GeForce and Titan software licensing in the past few days, adding a new clause that reads: "No Datacenter Deployment. The SOFTWARE is not licensed for datacenter deployment, except that blockchain processing in a datacenter is permitted."
Long-time Slashdot reader Xesdeeni has a few questions: Is this really even legal? First, because it changes use of existing hardware, already purchased, by changing software (with potentially required bug fixes) agreements retroactively. Second, because how can a customer (at least in the U.S.) be told they can't use a product in a particular place, unless it's a genuine safety or security concern (i.e. government regulation)!?
Nvidia expects that "working together with our user base on a case-by-case basis, we will be able to resolve any customer concerns," they told CNBC, adding that "those who don't download new drivers won't be held to the new terms."

An anonymous reader shares a report: To begin the year, Intel's Indian website has published a small number of details regarding Intel's first 'Intel with Radeon RX Vega Graphics' processor. Within the table of overclockable processors, accompanying the Core i9, Core i7-X and 8th Generation K processors is listed the Intel Core i7-8809G, a quad core processor with two sets of graphics options listed. The Core i7-8809G is not a part that Intel has formally announced in a press release, but on Intel's overclocking webpage here it as listed as being a quad-core processor with hyperthreading, supporting a 3.1 GHz base frequency, having an 8 MB L3 cache, a 100W 'Target' TDP, and supporting two channels of DDR4-2400. Intel lists both sets of graphics: the integrated graphics (iGPU, or IGP) as 'Intel HD Graphics 630', and the package graphics (pGPU) as 'Radeon RX Vega M GH Graphics'.

An anonymous reader quotes a report from Ars Technica: While most people have probably made the switch by now, yet another reason to drop 32-bit operating systems and move to 64-bits is coming. Version 390 of Nvidia's graphics drivers, likely to arrive in January, will be the last to contain support for 32-bit versions of Windows (7, 8/8.1, and 10), Linux, and FreeBSD. There will be another year of security updates for 32-bit drivers, but all new features, performance enhancements, and support for new hardware will require the use of a 64-bit operating system and 64-bit drivers. Reasons to stick with 32-bit Windows are at this point few and far between. 64-bit Windows has superior security to 32-bit, and while it varies with workload, 64-bit applications can run somewhat faster than 32-bit counterparts; for workloads that won't fit within the constraints of 32-bit software, the difference is of course enormous. Generally, those who continue to use the 32-bit operating system tend to be subject to some kind of legacy constraint. 32-bit drivers won't work in 64-bit Windows, so obscure but mission critical hardware can extend the life of 32-bit systems.

"There is no reason for the open-source community to worry..." writes Daniel Stone, who heads the graphics team at open-source consultancy Collabora. mfilion quotes Collabora.com: Recently, Sean Paul from Google's ChromeOS team, submitted a patch series to enable HDCP support for the Intel display driver. HDCP is used to encrypt content over HDMI and DisplayPort links, which can only be decoded by trusted devices... However, if you already run your own code on a free device, HDCP is an irrelevance and does not reduce freedom in any way....

HDCP support is implemented almost entirely in the hardware. Rather than adding a mandatory encryption layer for content, the HDCP kernel support is dormant unless userspace explicitly requests an encrypted link. It then attempts to enable encryption in the hardware and informs userspace of the result. So there's the first out: if you don't want to use HDCP, then don't enable it! The kernel doesn't force anything on an unwilling userspace.... HDCP is only downstream facing: it allows your computer to trust that the device it has been plugged into is trusted by the HDCP certification authority, and nothing more. It does not reduce user freedom, or impose any additional limitations on device usage.

Chrome 64 is now in beta and it has several new features over version 63. In addition to a stronger pop-up blocker and support for HDR video playback when Windows 10 is in HDR mode, Chrome 64 features sitewide audio muting to block sound when navigating to other pages within a site. 9to5Google reports: An improved pop-up blocker in Chrome 64 prevents sites with abusive experiences -- like disguising links as play buttons and site controls, or transparent overlays -- from opening new tabs or windows. Meanwhile, as announced in November, other security measures in Chrome will prevent malicious auto-redirects. Beginning in version 64, the browser will counter surprise redirects from third-party content embedded into pages. The browser now blocks third-party iframes unless a user has directly interacted with it. When a redirect attempt occurs, users will remain on their current page with an infobar popping up to detail the block. This version also adds a new sitewide audio muting setting. It will be accessible from the permissions dropdown by tapping the info icon or green lock in the URL bar. This version also brings support for HDR video playback when Windows 10 is in HDR mode. It requires the Windows 10 Fall Creator Update, HDR-compatible graphics card, and display. Meanwhile, on Windows, Google is currently prototyping support for an operating system's native notification center. Other features include a new "Split view" feature available on Chrome OS. Developers will also be able to take advantage of the Resize Observer API to build responsive sites with "finger control to observe changes to sizes of elements on a page."

MojoKid shares a report from Hot Hardware: Although NVIDIA officially unveiled its Volta-based GV100 GPU a few months ago, the NVIDIA TITAN V featuring the GV100 began shipping just this past week. The card targets a very specific audience and is designed for professional and academic deep learning applications, which partly explains its lofty $3,000 price tag. Unlike NVIDIA's previous-gen consumer flagship, the TITAN Xp, the TITAN V is not designed for gamers. However, since it features NVIDIA's latest GPU architecture, it potentially foreshadows next-year's consumer-targeted GeForce cards that could possibly be based on Volta. The massive 21.1 billion transistor GV100 GPU powering the TITAN V has a base clock of 1,200MHz and a boost clock of 1,455MHz. The card has 12GB of HBM2 memory on-board that is linked to the GPU via a 3072-bit interface, offering up 652.8 GB/s of peak bandwidth, which is about 100GB/s more than a TITAN Xp. Other features of the GV100 include 5,120 single-precision CUDA cores, 2,560 double-precision FP64 cores, and 630 Tensor cores. Although the card is not designed for gamers, the fact remains that the TITAN V significantly outpaces every other graphics card in a variety of games with the highest image quality settings. In GPU compute workloads, the TITAN V is much more dominant and can offer many times the performance of a high-end NVIDIA TITAN Xp or AMD Radeon RX Vega 64. Finally, when it comes to Ethereum mining, NVIDIA's Titan V is far and away the fastest GPU on the planet currently.

An anonymous reader quotes a report from The Daily Beast: When Director of National Intelligence James R. Clapper Jr., CIA Director John Brennan and FBI Director James B. Comey all went to see Donald Trump together during the presidential transition, they told him conclusively that they had "captured Putin's specific instructions on the operation" to hack the 2016 presidential election, according to a report in The Washington Post. The intel bosses were worried that he would explode but Trump remained calm during the carefully choreographed meeting. "He was affable, courteous, complimentary," Clapper told the Post. Comey stayed behind afterward to tell the president-elect about the controversial Steele dossier, however, and that private meeting may have been responsible for the animosity that would eventually lead to Trump firing the director of the FBI.

An anonymous reader writes: While many of you have likely heard of the "RADV" open-source Vulkan driver, it's been a community-written driver up to this point in the absence of AMD's official, cross-platform Vulkan driver being open-source. That's now changed with AMD now open-sourcing their official Vulkan driver. The code drop is imminent and they are encouraging the use of it for quick support of new AMD hardware, access to the Radeon GPU Profiler, easy integration of AMD Vulkan extensions, and enabling third-party extensions. For now at least it does provide better Vulkan performance than RADV but the RADV developers have indicated they plan to continue development of their Mesa-based Vulkan driver.

Apple vowed to ship the iMac Pro in December, and it's making good on that promise. From a report: The company has confirmed that its workstation-grade all-in-one will be available on December 14th. It has yet to reveal the exact configuration options, but the $4,999 'starter' model ships with an 8-core Xeon processor, 32GB of RAM, 1TB of solid-state storage and a Radeon Vega graphics chipset with 8GB of RAM. You can option it with up to an 18-core Xeon, 128GB of RAM, a 4TB SSD and a 16GB Vega chipset, although video creator Marques Brownlee notes that you'll have to wait until the new year for that 18-core beast.

Nvidia has announced the Titan V, the "world's most powerful PC GPU." It's based on Nvidia's Volta, the same architecture as the Nvidia Tesla V100 GPUs behind Amazon Web Service's recently launched top-end P3 instances, which are dedicated to artificial-intelligence applications. From a report: A mere 7 months after Volta was announced with the Tesla V100 accelerator and the GV100 GPU inside it, Nvidia continues its breakneck pace by releasing the GV100-powered Titan V, available for sale today. Aimed at a decidedly more compute-oriented market than ever before, the 815 mm2 behemoth die that is GV100 is now available to the broader public. [...] The Titan V, by extension, sees the Titan lineup finally switch loyalties and start using Nvidia's high-end compute-focused GPUs, in this case the Volta architecture based V100. The end result is that rather than being Nvidia's top prosumer card, the Titan V is decidedly more focused on compute, particularly due to the combination of the price tag and the unique feature set that comes from using the GV100 GPU. Which isn't to say that you can't do graphics on the card -- this is still very much a video card, outputs and all -- but Nvidia is first and foremost promoting it as a workstation-level AI compute card, and by extension focusing on the GV100 GPU's unique tensor cores and the massive neural networking performance advantages they offer over earlier Nvidia cards.