An anonymous reader quotes a report from CNET: Notches, it seems, are the new black. Originally seen -- and often criticized -- on the Essential PH-1 and iPhone X in 2017, the trend of adding notches to Android phones has only accelerated this year as phone makers look to maximize the screen size. But the Lenovo Z5 is going the other way: It's truly all-screen, and notch-free. At least, that's according to a sketch shared last Friday by Lenovo VP Chang Cheng on Weibo, a Twitter-like platform in China. Cheng's teaser post says (according to Google Translate) that the Lenovo Z5 is the company's new flagship phone. Besides that, the post leaves it pretty vague.

All-screen phones look cool, but they challenge the manufacturer to find a place to put front cameras, sensors and other hardware. That's why we see bezels on some phones and notches on others. It's not clear what Lenovo plans to do with the front camera on the Lenovo Z5. Cheng's post claims that "four technological breakthroughs" and "18 patented technologies" were made for the phone, but doesn't go into details. One of the first smartphones to launch with an edge-to-edge display was the Xiaomi Mi Mix. It launched with next to no bezel or notch, leaving many to wonder where the earpiece would be. What Xiaomi managed to do was use what it calls "cantilever piezoelectric ceramic acoustic technology." Basically, it's a component that converts electrical energy into mechanical energy to transfer to the phone's internal metal frame, which then vibrates to create sound. It's possible the Z5 relies on a similar technology, or bone conduction technology found in many headphones and some smartphones.

Aside from the front-facing camera and ambient light sensors, the other components that are typically found on the front of smartphones are relatively easy to drag-and-drop to different locations. For example, the speakers in the Z5 are likely bottom facing and the navigation controls are almost certainly software based. The question is whether or not it's worth having a true all-screen smartphone if it means there's no front-facing camera, ambient light sensors, or stereo speakers.

The three biggest PC OEMs -- Dell, HP, and Lenovo -- are now offering AMD Ryzen PRO mobile and desktop accelerated processing units (APUs) with built-in Radeon Vega graphics in a variety of commercial systems. There are a total of seven new APUs -- three for the mobile space and four for the desktop. As AMD notes in its press release, the first desktops to ship with these latest chips include: the HP Elitedesk G4 and 285 Desktop, the Lenovo ThinkCentre M715, and the Dell Optiplex 5055. ZDNet's Adrian Kingsley-Hughes writes about what makes Ryzen PRO so appealing: Ryzen PRO has been built from the ground up to focus on three pillars -- power, security and reliability. Built-in security means integrated GuardMI technology, an AES 128-bit encryption engine, Windows 10 Enterprise Security support, and support for fTPM/TPM 2.0 Trusted Platform Module. One of the features of Ryzen PRO that AMD hopes will appeal to commercial users is the enterprise-grade reliability that the chips come backed with, everything from 18-moths of planned software availability, 24-months processor availability, a commercial-grade QA process, 36-moth warranty, and enterprise-class manageability.

There are no worries on the performance front either, with the Ryzen PRO with Vega Graphics being the world's fastest processor currently available for ultrathin commercial notebooks, with the AMD Ryzen 7 PRO 2700U offering up to 22 percent more productivity performance than Intel's 8th-generation Core i7-8550U in testing carried out by AMD. AMD has also designed the Ryzen PRO processors to be energy-efficient, enabling up to 16 hours of battery life in devices, or 10.5 hours of video playback. The Ryzen PRO with Vega Graphics desktop processors are also no slouches, opening up a significant performance gap when compared to Intel Core i5 8400 and Core i3 8100 parts. AMD also announced that it is sampling its second-generation Threadripper 2900X, 2920X and 2950X products. "For Threadripper Gen2 you can expect a refresh of the current line-up; an 8-core Threadripper 2900X, a 12-core Threadripper 2920X and of course a 16-core Threadripper 2950X," reports Guru3D.com. "AMD will apply the same Zen+ tweaks to the processors; including memory latency optimizations and higher clock speeds."

AMD has something for the datacenter enthusiasts out there too. Epyc, AMD's x86 server processor line based on the company's Zen microarchitecture, has a new promo video, claiming more performance, more security features, and more value than Intel Xeon. The company plans to market Epyc in an aggressive head-to-head format similar to how T-Mobile campaigns against Verizon and AT&T. Given Intel Xeon's 99% market share, they sort of have to...

"A former paperboy from Wisconsin passionate about maps led the team in the Air Force responsible for designing the navigation system we use everyday," writes Slashdot reader dkatana. IoT Times reports: At the IEEE honors ceremony today in San Francisco, Bradford Parkinson, a retired Air Force colonel who spent his life between maps and navigation systems, will be awarded the 2018 IEEE Medal of Honor, "For fundamental contributions to and leadership in developing the design and driving the early applications of the Global Positioning System." The current Global Positioning System (GPS) did not exist until 1995, just 22 years ago, and the engineer who led the project for the U.S. Department of Defense (DOD) was Mr. Parkinson.

Parkinson, whose first job was delivering newspapers, had a passion for maps. He used those maps when canoeing to navigate the lakes and streams of Minnesota, aided by a hand compass. When he graduated from the U.S. Naval Academy in 1957 with a Bachelor of Science in Engineering, he joined the Air Force to study navigation systems. In 1960, when his superiors saw his engineering potential, they sent him to the Massachusetts Institute of Technology to pursue graduate studies. He became a protegee of Charles Stark (Doc) Draper, the father of inertial navigation, who was teaching at MIT at the time. Draper was the lead engineer developing the computer systems for NASA's Apollo program. [...] It was in 1972 when his path on inertial navigation collided with satellite systems. He had been recently promoted to colonel when he received a call from another colonel who was part of the Air Force inertial guidance "mafia." He moved to Los Angeles and joined the group, a bunch of Air Force engineers from MIT. Then Parkinson asked to work on the Air Force 621B program, the genesis of GPS.

Microsoft's text editing app, Notepad, which has been shipping with Windows since version 1.0 in 1985, now supports line endings in text files created on Linux, Unix, Mac OS, and macOS devices. "This has been a major annoyance for developers, IT Pros, administrators, and end users throughout the community," Microsoft said in a blog post today. The Register reports: Notepad previously recognized only the Windows End of Line (EOL) characters, specifically Carriage Return (CR, \r, 0x0d) and Line Feed (LF, \n, 0x0a) together. For old-school Mac OS, the EOL character is just Carriage Return (CR, \r, 0x0d) and for Linux/Unix it's just Line Feed (LF, \n, 0x0a). Modern macOS, since Mac OS X, follows the Unix convention. Opening a file written on macOS, Mac OS, Linux, or Unix-flavored computers in Windows Notepad therefore looked like a long wall of text with no separation between paragraphs and lines. Relief arrives in the current Windows 10 Insider Build.

Notepad will continue to output CRLF as its EOL character by default. It's not changing its stripes entirely. But it will retain the formatting of the files it opens so users will be able to view, edit and print text files with non-Windows line ends. Microsoft has thoughtfully provided an out for Windows users counting on the app's past inflexibility: the new behavior can be undone with a registry key change.

An anonymous reader shares a report from The Verge, written by Paul Miller: In the beginning, there was One Big Computer. Then, in the Unix era, we learned how to connect to that computer using dumb (not a pejorative) terminals. Next we had personal computers, which was the first time regular people really owned the hardware that did the work. Right now, in 2018, we're firmly in the cloud computing era. Many of us still own personal computers, but we mostly use them to access centralized services like Dropbox, Gmail, Office 365, and Slack. Additionally, devices like Amazon Echo, Google Chromecast, and the Apple TV are powered by content and intelligence that's in the cloud -- as opposed to the DVD box set of Little House on the Prairie or CD-ROM copy of Encarta you might've enjoyed in the personal computing era. As centralized as this all sounds, the truly amazing thing about cloud computing is that a seriously large percentage of all companies in the world now rely on the infrastructure, hosting, machine learning, and compute power of a very select few cloud providers: Amazon, Microsoft, Google, and IBM.

The advent of edge computing as a buzzword you should perhaps pay attention to is the realization by these companies that there isn't much growth left in the cloud space. Almost everything that can be centralized has been centralized. Most of the new opportunities for the "cloud" lie at the "edge." The word edge in this context means literal geographic distribution. Edge computing is computing that's done at or near the source of the data, instead of relying on the cloud at one of a dozen data centers to do all the work. It doesn't mean the cloud will disappear. It means the cloud is coming to you. Miller goes on to "examine what people mean practically when they extoll edge computing," focusing on latency, privacy and security, and bandwidth.

Twenty years ago on May 6, 1998, Steve Jobs unveiled the iMac for the first time. Current CEO Tim Cook shared footage from the event on Twitter Sunday. It shows Jobs describing the $1,299 iMac as an impossibly futuristic device. CNNMoney reports: "The whole thing is translucent, you can see into it. It's so cool," Jobs gushes. He points to a handle that allows the computer's owner to easily lift the device, which is about the size of a modern microwave oven. He takes a jab at the competition: "The back of this thing looks better than the front of the other guy's, by the way." In January 1999, less than a year after the iMac's debut, Apple more than tripled its quarterly profit.

The San Francisco Chronicle declared Apple was "cashing in on insatiable demand for its new space-age iMac computer." For the next decade, Jobs kept the new "i" products coming. Today, the iMac is in its seventh generation and is virtually unrecognizable from its ancestor. An Apple spokesperson notes an "iMac today consumes up to 96% less energy in sleep mode than the first generation." Some of the original iMac's tech specs include: PowerPC G3 processor clocked at 233MHz, 15-inch display with 1,024x768 resolution, two USB ports and Ethernet with a built-in software modem, 4GB hard drive, 32MB of RAM (expandable to 128MB), 24x CD-ROM drive, built-in stereo speakers with SRS sound, Apple-designed USB keyboard and mouse, and Mac OS 8.1.

In a blog post on Thursday, Google announced that their smart assistant is now compatible with more than 5,000 devices. That's up from the 1,500 devices it worked with back in January. The Verge reports: According to Google, it's a list made up of a huge variety of products, including "cameras, dishwashers, doorbells, dryers, lights, plugs, thermostats, security systems, switches, vacuums, washers, fans, locks, sensors, heaters, AC units, air purifiers, refrigerators, and ovens." It's a big jump -- at least, numerically speaking -- and if nothing else, it's a sign that the full court press that Google started at the beginning of the year with its massive Google Assistant-themed booth at CES is starting to show some results. For comparison, Apple's Homekit is compatible with 195 products while Amazon's Alexa assistant currently supports over 12,000 devices.

lod123 shares a report from Threatpost: Nearly a half-million pacemakers are up for a firmware update to address potentially life-threatening vulnerabilities. Abbott (formerly St. Jude Medical) has released another upgrade to the firmware installed on certain implantable cardioverter defibrillator (ICD) or cardiac resynchronization therapy defibrillator (CRT-D) devices -- a.k.a., pacemakers. About 465,000 patients are affected. The update will strengthen the devices' protection against unauthorized access, as the provider said in a statement on its website: "It is intended to prevent anyone other than your doctor from changing your device settings." The update comes after 2016 claims by researchers that the then-St. Jude's cardiac implant ecosystem was rife with cybersecurity flaws that could result in "catastrophic results."

UnknownSoldier writes: The Oculus Go is finally available for purchase. Amazon is selling the 32GB model for $199, while the 64GB model is selling for $249. As a standalone virtual reality unit, it doesn't require a computer or phone to use. Ironically, you must use a phone for the initial setup. Reviews are out on The Verge and Ars Technica. The TL;DR -- Pros: Inexpensive; Cons: LCD, fixed 72 Hz rate, limited motion tracking. Will 2018 finally will be the year of cheap VR?

New submitter Badger Nadgers quotes a report from the BBC: Rick Dickinson, the designer of Sinclair computers, has died in the U.S. while receiving treatment for cancer. The British designer, thought to be in his 60s, worked in-house for Sinclair Research and oversaw the creation of its home computers in the 1980s. He was responsible for the boxy look of the ZX80 and ZX81 and the Bauhaus-inspired appearance of the Spectrum. Mr Dickinson also helped to develop the technologies for the UK company's touch-sensitive and rubber keyboards. He was recently linked to a crowd-funded project by Retro Computers to turn the Spectrum into a handheld computer. Some of the early reference designs for the machine were drawn up by him.

The latest version of iOS 11.3.1 includes a fix for an issue where people who use third-party repair services to replace their displays had their devices become unresponsive. According to release notes, "iOS 11.3.1 improves the security of your iPhone or iPad and addresses an issue where touch input was unresponsive on some iPhone 8 devices because they were serviced with non-genuine replacement displays." Gizmodo reports: Retailers and customers alike suspected that Apple was deliberately letting the issue and other malfunctions that arose from replacing other components go unresolved in some sort of ploy to pressure customers into paying for officially licensed repair services that are more expensive. It's possible that some users indeed were forced to shell out a fair chunk of change to Apple for official repairs, in which case they might justifiably be angry that this was an issue that could be resolved with an update. iOS 11 was notoriously buggy after its release, and Apple has devoted so much effort to bug-fixing that this year's iOS 12 update will reportedly have fewer new features. Though Apple says the 11.3.1 fix will work, it also warned people to please not use third-party repair shops: "Note: Non-genuine replacement displays may have compromised visual quality and may fail to work correctly. Apple-certified screen repairs are performed by trusted experts who use genuine Apple parts. See support.apple.com for more information."

hyperclocker shares a report from AnandTech: Samsung has announced the third generation of their high-end consumer NVMe SSDs. The new 970 PRO and 970 EVO M.2 NVMe SSDs use a newer controller and Samsung's latest 64-layer 3D NAND flash memory. The outgoing 960 PRO and 960 EVO were first announced in September 2016 and shipped that fall, so they have had a fairly long run as Samsung's flagship consumer SSDs. Compared to its predecessor, the 970 EVO promises a small improvement in sequential read speed, and a more substantial boost to sequential write speed for all but the smallest 250GB model. Peak random access performance is also substantially improved, but again the 250GB model gets left out, and is actually rated as slower than the 960 EVO 250GB. The warranty on the EVO has been extended from three years to five years, and the write endurance ratings have been increased by 50% to retain almost the same drive writes per day rating.

The 970 PRO's performance specs aren't too different from the 970 EVO. Many of the ratings are the same, and the ones that differ are mostly better by just 3-11% for the PRO. There are just two major exceptions to this. First, the PRO doesn't rely on SLC write caching so it can maintain its write speed far longer than the EVO. Second, the rated write endurance of the 970 PRO is twice that of the EVO, going from just over 0.3 Drive Writes Per Day to 0.6 DWPD. Neither of these are an important factor for ordinary consumer use cases, but they help the 970 PRO retain some shine as a premium product.

Microsoft has been rumored to be working on a "Surface Phone" for years now, with little concrete evidence that such a device actually exists. "But the latest Windows 10 Insider Preview has given new fuel for the speculative fire, it has a set of new APIs for cellular phones," reports Ars Technica. From the report: Windows has had integrated support for cell modems since Windows 8, but this has been restricted to supporting data connections. Telephony -- dialing numbers, placing calls -- has always required either Windows Phone or Windows 10 Mobile. This has made the full Windows 10 unsuitable for a phone. That may be changing. Windows 10 build 17650 -- a preview of Redstone 5, the next Windows update after the delayed April update -- includes some telephony APIs. The new APIs cover support for a range of typical phone features: dialing numbers and contacts, blocking withheld numbers, support for Bluetooth headsets and spearphone mode, and so on and so forth. There also looks to be some kind of video-calling support, suggesting support for 3G or LTE video calling.

"After years of phones, laptops, tablets, and TV screens converging on 16:9 as the 'right' display shape -- allowing video playback without distracting black bars -- smartphones have disturbed the universality recently by moving to even more elongated formats like 18:9, 19:9, or even 19.5:9 in the iPhone X's case," writes Amelia Holowaty Krales via The Verge. "That's prompted me to consider where else the default widescreen proportions might be a poor fit, and I've realized that laptops are the worst offenders." Krales makes the case for why a 16:9 screen of 13 to 15 inches in size is a poor fit: Practically every interface in Apple's macOS, Microsoft's Windows, and on the web is designed by stacking user controls in a vertical hierarchy. At the top of every MacBook, there's a menu bar. At the bottom, by default, is the Dock for launching your most-used apps. On Windows, you have the taskbar serving a similar purpose -- and though it may be moved around the screen like Apple's Dock, it's most commonly kept as a sliver traversing the bottom of the display. Every window in these operating systems has chrome -- the extra buttons and indicator bars that allow you to close, reshape, or move a window around -- and the components of that chrome are usually attached at the top and bottom. Look at your favorite website (hopefully this one) on the internet, and you'll again see a vertical structure.

As if all that wasn't enough, there's also the matter of tabs. Tabs are a couple of decades old now, and, like much of the rest of the desktop and web environment, they were initially thought up in an age where the predominant computer displays were close to square with a 4:3 aspect ratio. That's to say, most computer screens were the shape of an iPad when many of today's most common interface and design elements were being developed. As much of a chrome minimalist as I try to be, I still can't extricate myself from needing a menu bar in my OS and tab and address bars inside my browser. I'm still learning to live without a bookmarks bar. With all of these horizontal bars invading our vertical space, a 16:9 screen quickly starts to feel cramped, especially at the typical laptop size. You wind up spending more time scrolling through content than engaging with it. What is your preferred aspect ratio for a laptop? Do you prefer Microsoft and Google's machines that have a squarer 3:2 aspect ratio, or Apple's MacBook Pro that has a 16:10 display?

Intel is planning to shut down the New Devices Group (NDG), and cease development on the Vaunt smart glasses project that was revealed earlier this year. The glasses are unique in that they use retinal projection to put a display in your eyeball. "There is no camera to creep people out, no button to push, no gesture area to swipe, no glowing LCD screen, no weird arm floating in front of the lens, no speaker, and no microphone," reports The Verge.

Intel issued a statement announcing the plans: "Intel is continuously working on new technologies and experiences. Not all of these develop into a product we choose to take to market. The Superlight [the codename for Vaunt] project is a great example where Intel developed truly differentiated, consumer augmented reality glasses. We are going to take a disciplined approach as we keep inventing and exploring new technologies, which will sometimes require tough choices when market dynamics don't support further investment." From the report: It was always unclear how precisely Intel intended to bring the Vaunt glasses to market, though sources indicated that Intel wanted to find a partner with retail expertise to partner with. Jerry Bautista, the lead for Vaunt, told me back in December that Intel was "working with key ecosystem hardware providers -- whether they're frames or lenses and things like that. Because we believe there's a whole channel to people who wear glasses that's already there." The story was first reported by The Information.

Mac Rumors reports, citing Japanese website Mac Otakara, that Apple will release an updated iPhone SE next month with a similar form factor as the previous model. It is expected to retain Touch ID, but will drop the 3.5mm headphone jack. From the report: Also like the iPhone 7 and iPhone 7 Plus, the new iPhone SE will supposedly be powered by Apple's last-generation A10 Fusion chip, up to 40 percent faster than the A9 processor in the current iPhone SE. The chip will likely enable support for the HEIF image format and HEVC video compression standard. The report speculates that the new iPhone SE may have a glass back with wireless charging capabilities, like the iPhone 8, iPhone 8 Plus, and iPhone X, but evidence is said to be inconclusive at this time.

Apple has unveiled a new robot called Daisy that's designed to recycle nine different versions of the iPhone. The new robot is an update to Liam, the recycling robot the company announced back in 2016. TechCrunch reports: Daisy was developed in-house by Apple engineers, using some of Liam's parts -- a recycling of sorts. The industrial robot is able to disassemble nine different versions of the iPhone, sorting all of their reusable components in the process. In all, Daisy is capable of taking apart a full 200 iPhones in a given hour, proving a solid alternative to traditional methods that can destroy valuable components in the process. Along with Daisy, Apple's also using the occasion to announce GiveBack, an addition to its recycling program. For every device customers turn in or trade from now until April 30, the company will make a donation to Conservation International, a Virginia-based environmental nonprofit. Eligible devices will still qualify for an in-store or gift card credit.

Facebook is the latest technology company to design its own semiconductors, reports Bloomberg. "The social media company is seeking to hire a manager to build an 'end-to-end SoC/ASIC, firmware and driver development organization,' according to a job listing on its corporate website, indicating the effort is still in its early stages." From the report: Facebook could use such chips to power hardware devices, artificial intelligence software and servers in its data centers. Next month, the company will launch the Oculus Go, a $200 standalone virtual-reality headset that runs on a Qualcomm processor. Facebook is also working on a slew of smart speakers. Future generations of those devices could be improved by custom chipsets. By using its own processors, the company would have finer control over product development and would be able to better tune its software and hardware together. The postings didn't make it clear what kind of use Facebook wants to put the chips to other than the broad umbrella of artificial intelligence. A job listing references "expertise to build custom solutions targeted at multiple verticals including AI/ML," indicating that the chip work could focus on a processor for artificial intelligence tasks. Facebook AI researcher Yann LeCun tweeted about some of the job postings on Wednesday, asking for candidates interested in designing chips for AI.

At a small press event in San Francisco, Microsoft today announced the launch of a secure end-to-end IoT product that focuses on microcontroller-based devices -- the kind of devices that use tiny and relatively low-powered microcontrollers (MCUs) for basic control or connectivity features. TechCrunch reports: At the core of Azure Sphere is a new class of certified MCUs. As Microsoft president and chief legal officer Brad Smith stressed in today's announcement, Microsoft will license these new Azure Sphere chips for free, in hopes to jump-start the Azure Sphere ecosystem. Because it's hard to secure a device you can't update or get telemetry from, it's no surprise that these devices will feature built-in connectivity. And with that connectivity, these devices can also connect to the Azure Sphere Security Service in the cloud. For the first time ever, Microsoft is launching a custom Linux kernel and distribution: the Azure Sphere OS. It's an update to the kind of real-time operating systems that today's MCUs often use.

Why use Linux? "With Azure Sphere, Microsoft is addressing an entirely new class of IoT devices, the MCU," Rob Lefferts, Microsoft's partner director for Windows enterprise and security told me at the event. "Windows IoT runs on microprocessor units (MPUs) which have at least 100x the power of the MCU. The Microsoft-secured Linux kernel used in the Azure Sphere IoT OS is shared under an OSS license so that silicon partners can rapidly enable new silicon innovations." And those partners are also very comfortable with taking an open-source release and integrating that with their products. To get the process started, MediaTek is producing the first set of these new MCUs. These are low-powered, single-core ARM-A7 systems that run at 500MHz and include WiFi connectivity as well as a number of other I/O options.

The recently-released Apple HomePod smart speaker is not selling very well. According to Bloomberg, "By late March, Apple had lowered sales forecasts and cut some orders with Inventec, one of the manufacturers that builds the HomePod for Apple." From the report: At first, it looked like the HomePod might be a hit. Pre-orders were strong, and in the last week of January the device grabbed about a third of the U.S. smart speaker market in unit sales, according to data provided to Bloomberg by Slice Intelligence. But by the time HomePods arrived in stores, sales were tanking, says Slice principal analyst Ken Cassar. "Even when people had the ability to hear these things," he says, "it still didn't give Apple another spike." During the HomePod's first 10 weeks of sales, it eked out 10 percent of the smart speaker market, compared with 73 percent for Amazon's Echo devices and 14 percent for the Google Home, according to Slice Intelligence. Three weeks after the launch, weekly HomePod sales slipped to about 4 percent of the smart speaker category on average, the market research firm says. Inventory is piling up, according to Apple store workers, who say some locations are selling fewer than 10 HomePods a day. KGI Securities analyst Ming-Chi Kuo says Apple is "mulling" a "low-cost version" of the HomePod that may help short-term shipments. However, even if the product materializes, he predicts it will only provide a short-term boost to sales.