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Samsung today said it's started mass producing 512GB mobile-focused flash memory with over twice the read speed and 1.5 times the write speed of the previous leader, the 1TB module announced last month at CES. From a report: The V-NAND (PDF) memory is based on its embedded Universal Flash Storage (eUFS) 3.0 spec -- the 1TB is eUFS 2.1. Samsung says the 512GB memory can hit read speeds up to 2,100 megabytes per second compared with 1,000MB/sec of the 1TB flash; sequential write can hit 410MB/sec versus 260MB/sec. The eUFS 3.0 1TB memory is slated to arrive in the second half of 2019.

Samsung has started mass producing what it says is the industry's first one terabyte embedded Universal Flash Storage (eUFS) technology for smartphones. "It will give the company's mobile devices PC-like storage without the need for large-capacity microSD cards," Engadget reports. "It'll be incredibly useful if you use your phone to take tons of photos and HD videos -- Samsung says it's enough to store 260 10-minute videos in 4K UHD." From the report: "The 1TB eUFS is expected to play a critical role in bringing a more notebook-like user experience to the next generation of mobile devices," said Cheol Choi, EVP of Memory Sales & Marketing at Samsung Electronics. As ZDNet notes, Samsung's upcoming flagship devices, such as the S10, will most likely come with a 1TB option thanks to its new eUFS technology. After all, Samsung started mass producing its 512GB storage technology back in December 2017 and then debuted it with its new phones early on in the following year.

In addition to offering massive storage, the new eUFS was also designed to be faster than typical SSDs, microSDs and previous revisions of the technology. It has a 1,000-megabyte-per-second sequential read speed, twice that of the usual SSD and faster than its 512GB predecessor. Despite all those, Samsung says it'll come in the same package size as its 512GB flash memory, so it won't have to make its big phones even bigger.

In a press release, Samsung said that it will be replacing plastic packaging with "environmentally sustainable elements" beginning this year. The Verge reports: The company announced today that it will replace the plastic used in phones, tablets and wearables for molds and accessory bags made with "eco-friendly materials." The company also says that it will also change the design for its phone chargers to reduce the use of plastics, "swapping the glossy exterior with a matte finish." The company will also replace plastic bags used to protect its air conditioners, refrigerators, TVs, and washing machines with recycled materials and bioplastics that come from non-fossil fuel sources. Finally, the company will begin using paper that's been certified by "global environmental organizations" in its manuals by next year.

Gyeong-bin Jeon the head of Samsung's Global Customer Satisfaction Center, says that the company is working to address "society's environmental issues such as resource depletion and plastic wastes," and that it wants to minimize the waste that it produces. In making the shift, Samsung pledges to use 500 thousand tons of recycled plastics and to collect 7.5 tons of discarded products by 2030.

Today, Samsung unveiled the successor to the Galaxy Tab S3 from last year. The aptly named Galaxy Tab S4 features a 10.5-inch Super AMOLED display with a 2560 x 1600 resolution, Qualcomm Snapdragon 835 processor with 4GB RAM, 64GB internal storage (expandable via microSD card) and 13-megapixel f1.9 rear-facing camera. Unlike the Tab S3, it includes Samsung Dex software that lets users connect a Samsung mobile device to a monitor and then use the device as a pseudo-desktop. Ars Technica reports: The first Dex dock came out over a year ago and was designed to be used with Samsung smartphones. Users could plug their device into the dock, connect it to a monitor, pair a keyboard and a mouse, and use the setup as they would a full desktop PC. The system ran a version of Android that Samsung modified to better suit a desktop UI, which included a lock screen and a task bar area with app icons. Dex on the Galaxy Tab S4 works just like this, with a couple of extra features that leverage the power of a tablet. When connected to a monitor, both the big screen and the tablet's screen can be used simultaneously. In a short demo, Samsung showed how the device supports up to 20 open windows at once and how features like split screen and drag-and-drop can be used just as they would on a desktop PC. Users can launch Dex when not connected to a monitor as well, and that produces the same modified Android UI on the tablet's 10.5-inch, 2560 x 1600 Super AMOLED display. When connected to a monitor, both the big screen and the tablet's screen can be used simultaneously. In a short demo, Samsung showed how the device supports up to 20 open windows at once and how features like split screen and drag-and-drop can be used just as they would on a desktop PC. Users can launch Dex when not connected to a monitor as well, and that produces the same modified Android UI on the tablet's 10.5-inch, 2560x1600 Super AMOLED display. The tablet carries a $649 price, but includes all the specs mentioned above, as well as support for signature Samsung features like Air Command, translate, and off-screen memos, and a redesigned S Pen.

Samsung Display, a subsidiary of Samsung Electronics, just introduced a flexible OLED panel that has a transparent plastic cover already attached, emulating the properties of glass but retaining the screen's innate flexibility. The screen is so durability that it's been certified by UL (formerly known as Underwriters Laboratories). The Verge reports: Samsung, describing the new panel as unbreakable, reports that it has withstood UL's military-standards tests of 26 successive drops from a height of 1.2 meters (close to 4 feet) as well as extreme temperatures as high as 71 degrees Celsius (159.8 degrees Fahrenheit) and as low as -32 degrees Celsius (-25.6 degrees Fahrenheit). The OLED display "continued to function normally with no damage to its front, sides, or edges," we're told, and Samsung even went further by performing a successful drop test from 1.8 meters (6 feet).

hyperclocker shares a report from BGR: Samsung announced on Wednesday that it is partnering with uBreakiFix to bring same-day, in-person phone repairs to Galaxy device owners across the United States. Starting on March 15th, Samsung customers will be able to bring their phones to any of more than 300 uBreakiFix service locations and have their devices repaired on the spot and usually within two hours or less. Samsung plans to expand the program throughout 2018 as well. Galaxy owners will have the option to either schedule an appointment at a uBreakiFix location, or just drop the phone off without calling ahead. Samsung assures customers that all uBreakiFix repair centers will have genuine Samsung parts, proprietary Samsung tools for the repairs, and conduct repairs by Samsung certified pros.

An anonymous reader quotes a report from Motherboard: Samsung is starting a new "Upcycling" initiative that is designed to turn old smartphones and turn them into something brand new. Behold, for example, this bitcoin mining rig, made out of 40 old Galaxy S5 devices, which runs on a new operating system Samsung has developed for its upcycling initiative. Samsung premiered this rig, and a bunch of other cool uses for old phones, at its recent developer's conference in San Francisco. Upcycling involves repurposing old devices instead of breaking them down for parts of reselling them. The people at Samsung's C-Lab -- an engineering team dedicated to creative projects -- showed off old Galaxy phones and assorted tablets stripped of Android software and repurposed into a variety of different objects. The team hooked 40 old Galaxy S5's together to make a bitcoin mining rig, repurposed an old Galaxy tablet into a ubuntu-powered laptop, used a Galaxy S3 to monitor a fishtank, and programed an old phone with facial recognition software to guard the entrance of a house in the form of an owl. Samsung declined to answer specific questions about the bitcoin mining rig, but an information sheet at the developer's conference noted that eight galaxy S5 devices can mine at a greater power efficiency than a standard desktop computer (not that too many people are mining bitcoin on their desktops these days).

Samsung has taken the wraps off its new digital assistant that will be launching with the upcoming Galaxy S8 and S8 Plus smartphones. Called "Bixby," the new assistant will use artificial intelligence to enable users to do everything that is possible to do by touch, but with voice. PhoneDog reports: Samsung is touting three main features of its new assistant. The first is "Completeness," which means that when an app is Bixby-enabled, the assistant will able to perform almost every task that the app normally supports using touch. The second Bixby property is "Context Awareness." This means that when Bixby is activated, it'l be able to understand the current context and the state of the app that you're in without interrupting the work that you're doing. Finally, there's "Cognitive Tolerance." Samsung says that Bixby is smart enough to understand commands with incomplete commands, meaning that you don't have to remember the exact phrase that you have to say to perform a task with an assistant. Bixby will also ask you for more information when performing a task and then execute it. A select number of apps on the Galaxy S8 will be Bixby-enabled at launch, and Samsung plans to add more over time. The company also intends to release an SDK so that third-party app developers can add Bixby support to their apps.

An anonymous reader writes: Samsung has announced its plans to buy car tech company Harman International for $8 billion, marking the largest ever overseas deal by a South Korean firm. The electronics giant is to purchase the connected car systems company in a push to strengthen its efforts in emerging areas as its smartphone business slows. "Harman perfectly complements Samsung in terms of technologies, products and solutions, and joining forces is a natural extension of the automotive strategy we have been pursuing for some time," said Samsung CEO Oh-Hyun Kwon. Samsung confirmed that it will acquire the Connecticut-based company for $112 per share in cash, representing a premium of 28% based on Harman's closing stock price on 11th November.

An anonymous reader quotes a report from TechCrunch: No one can claim there hasn't been ample warning. The Samsung Galaxy Note 7 saga dragged out over multiple months, encompassing two recalls, several travel bans and then, ultimately, the untimely end for the troubled handset. Even still, some people just have trouble letting go. Starting November 18, Note 7 owners will not be able to connect to mobile networks in New Zealand, courtesy of a joint effort by Samsung and the The New Zealand Telecommunications Forum (TCF) to "blacklist" the device. No calls, no texts, no mobile data. Users will still be able to access WiFi, but the device will essentially be turned into a big Samsung iPod Touch. Samsung New Zealand added that it will work to contact all remaining Note 7 owners twice prior to the shut down, "to ensure they have received adequate notice." It remains to be seen whether the company will take similar action in other markets. "Numerous attempts by all providers have been made to contact owners and ask them to bring the phones in for replacement or refund, this action should further aid the return of the remaining handsets," TCF's CEO said in a statement issued today.

An anonymous reader quotes a report from AnandTech: Today Samsung announced mass production of a SoC built on its third-generation 10nm "10LPE" manufacturing node. It was only this January that Samsung announced mass production of its 14LPP process that ended up being used in the Exynos 8890 and the Snapdragon 820 powering up a large amount of flagship devices this year. There wasn't any specification as to what kind of SoC the mass production announcement is referring to, but it's very likely we're talking about S.LSI's next generation Exynos -- or maybe even Qualcomm's Snapdragon 820 successor, both of which we'll hopefully hear official announcements from in the coming months. The process promises some significant speed and power efficiency advantages over current generation designs so it's likely the next generation of devices will see a large boost, similarly to how the first 14/16 SoCs had large improvements over previous generation 20/28nm designs. Interestingly the new SoCs will have an edge on recent and upcoming designs still being released on 16nm manufacturing processes, such as Apple's A10 or other TSMC customers who have to wait till next year for 10FF. Samsung writes in its press release: "Samsung's new 10nm FinFET process (10LPE) adopts an advanced 3D transistor structure with additional enhancements in both process technology and design enablement compared to its 14nm predecessor, allowing up to 30-percent increase in area efficiency with 27-percent higher performance or 40-percent lower power consumption. In order to overcome scaling limitations, cutting edge techniques such as triple-patterning to allow bi-directional routing are also used to retain design and routing flexibility from prior nodes."

In an effort to presumably stop customers from jumping ship to the iPhone 7 or other non-Samsung device, Samsung is offering up to $100 in credit to every customer who exchanges their Note 7 for another Samsung smartphone. Mashable reports: The company said so in its updated Note 7 recall page which plainly states that the recall has now been expanded to "all Galaxy Note 7 devices," and asks consumers with a Note 7 to power it down and return it to the place of purchase. Bear in mind that the new offer, which goes live on Oct. 13 at 3 p.m. ET, is only for U.S. customers, as users in other parts of the world have different recall programs in place. Furthermore, if you've already exchanged your Note 7 for another Samsung smartphone, you "will receive up to a $75 bill credit from select carrier or retail outlets in addition to the $25 you previously received." Even if you exchange your Note 7 for another brand or ask for a refund, you will still receive a $25 bill credit from select carriers and retailers -- again, less any incentive credits you've already received. "As a sign of our appreciation for your patience and loyalty, we are offering up to a $100 bill credit from select carrier or retail outlets if you exchange your Galaxy Note 7 for another Samsung smartphone, less any incentive credits already received," Samsung wrote.

An anonymous reader quotes a report from BetaNews: Sigh. The Galaxy Note 7. What should have been a wildly popular and successful smartphone has become a synonymous with failure, and fodder for jokes. As everyone knows, the phone has been exploding and catching fire, creating serious risk for consumers. The phone was eventually recalled and replaced, although that process was bungled by Samsung -- there was much confusion. Not to mention, there was criticism that the recall was not initially an official one. With the issues seemingly in the rear view mirror, the scandal was over, right? Wrong. Now, the replacement models are reportedly exploding too. Enough is apparently enough. Following rumors that production of the phone was being ceased, today, Samsung orders the global shutdown of both sales and exchanges of Galaxy Note 7. Samsung has formally issued the following statement: "We are working with relevant regulatory bodies to investigate the recently reported cases involving the Galaxy Note 7. Because consumers' safety remains our top priority, Samsung will ask all carrier and retail partners globally to stop sales and exchanges of the Galaxy Note 7 while the investigation is taking place. We remain committed to working diligently with appropriate regulatory authorities to take all necessary steps to resolve the situation. Consumers with either an original Galaxy Note 7 or replacement Galaxy Note 7 device should power down and stop using the device and take advantage of the remedies available."

Samsung is now telling owners of their Galaxy Note 7 to "power down your device and return to using your previous phone. We will voluntarily replace your Galaxy Note7 device with a new one, beginning on September 19th... We acknowledge the inconvenience this may cause in the market but this is to ensure that Samsung continues to deliver the highest quality products to our customers." The BBC reports: Samsung has urged owners of its Galaxy Note 7 phones to stop using or exchange the devices as they risk exploding. A statement by Samsung, the world's biggest mobile phone maker, said "our customers' safety is an absolute priority..." Earlier on Saturday, aviation authorities in the United Arab Emirates banned use of the devices on the Emirates and Etihad airlines.
Three Australian airlines have already banned use of the phone, and by last week 35 incidents had been reported to Samsung, which believes that the exploding batteries affect 24 phones out of every million (or one phone out of every 41,666).

After delaying shipment of its flagship smartphone Galaxy Note 7 over quality control testing earlier this week, Samsung is all set to recall all of the Note 7 it has shipped in its home nation and abroad, according to rather reliable Yonhap News Agency, which is citing a Samsung official. It would be an unprecedented move from the company. From the report: The Samsung official told Yonhap News Agency that the cause of the reported explosions has been traced to the battery of the new phablet. "The most important thing is the safety of our customers and we don't want to disappoint our loyal customers," said the official, who spoke on the condition of anonymity. He said Samsung is expected to announce the result of its investigation into the cause of the reported explosions, as well as comprehensive countermeasures either this weekend or early next week at the latest. "Products installed with the problematic battery account for less than 0.1 percent of the entire volume sold. The problem can be simply resolved by changing the battery, but we'll come up with convincing measures for our consumers," said the official.Samsung confirmed on Friday that it is indeed recalling the Note 7.

jmcbain writes: The Verge reports that a security researcher at DefCon outlined a number of attacks targeting Samsung Pay, Samsung's digital payment system that runs on their smartphones. According to the article, the attack "[focuses] on intercepting or fabricating payment tokens -- codes generated by the user's smartphone that stand in for their credit card information. These tokens are sent from the mobile device to the payment terminal during wireless purchases. [They expire 24 hours after being generated and are single-use only.]" In a response, Samsung said that "in certain scenarios an attacker could skim a user's payment token and make a fraudulent purchase with their card," but that "the attacker must be physically close to the target while they are making a legitimate purchase."

An anonymous reader writes from a report via Android Authority: The Galaxy Note 7 was just announced and one of the most intriguing features is its iris scanner. Android Authority has a report explaining how it works: "According to the company, the device stores your registered iris information as an encrypted code safely in its hardware using its KNOX security platform. Whenever you want to access content, such as a protected app, the device first captures your iris pattern for recognition, extracts and digitizes it, and then proceeds to match it with the encrypted code to provide access. You can be sure that no one else apart from you can access your device in case it is stolen or lost because the Note 7 registers the iris information of only one person. Samsung has made all this possible by including a dedicated iris camera for recognizing the composition of the user's eyeballs. The dedicated iris camera uses a special image filter to receive and recognize the reflected images of the irises through an infrared light on the other end of that panel. The light emitted from the Galaxy Note 7's display allows the scanner to receive data even in low light environments." The iris scanner can be used to access private information via Samsung's Secure Folder feature. Samsung also plans to partner with major financial institutions to incorporate its iris scanner into mobile banking applications.

An anonymous reader writes: Samsung has unveiled the world's first UFS card that could one day replace microSD cards in devices. The UFS card is based on the Universal Flash Storage 1.0 Card Extension standard and will be available in capacities from 32GB to 256GB. With a UFS card, users will be able to read 5GB of data, or a full resolution movie file, in 10 seconds, Samsung claims. For comparison, a UHS-1 microSD card would take 50 seconds to do the same. UFS cards will be able to fit into a wide range of devices like smartphones, tablets, cameras, and drones, but the devices will need a specific UFS card slot, which could take some time. Samsung claims the 256GB UFS card has a sequential read speed of 530MBps. The random read speed is 20 times faster than a microSD card. The sequential write speed is about 170MBps, which Samsung estimates is two times faster than microSD cards. The random write speed is 350 times faster than microSD, Samsung claims. The Universal Flash Storage 1.0 Card Extension standard is intended to replace the eMMC standard, which is used in low-cost laptops and Chromebooks. Samsung didn't disclose pricing or availability for the UFS storage cards. It's worth noting that Toshiba does also make UFS storage cards, but they have yet to release any based on the UFS 1.0 Card Extension standard.

An anonymous reader writes: Walmart will now let customers make purchases with their phone at all 4,600 of its stores in the U.S. The feature is called Walmart Pay and it works by letting the cashier scan a QR code on a customer's phone screen to complete their payment. The technology is different than Apple, Samsung, and Android Pay, which involves tapping your phone next to a payment terminal with NFC. The company wants to make shopping easier and faster, and with its own payment app, Walmart can get insights into consumer behavior, though it says it won't use the data without a shopper's permission. Walmart says no payment information is stored on users' phones or at registers -- card information is stored on Walmart servers. Note: Samsung Pay also uses magnetic secure transmission (MST) to make purchases. When a smartphone with Samsung Pay is held against a register with a magnetic stripe terminal, the phone emits a magnetic signal that simulates the magnetic strip found on the back of a credit or debit card.

An anonymous reader writes from a report via VentureBeat: Samsung has announced Thursday that it has acquired Joyent, a company with public cloud infrastructure and private cloud software, to help beef-up its software and services around its smartphone business. While terms of the deal weren't disclosed, Samsung did say Joyent will continue to operate as a standalone company. "Until now, we lacked one thing. We lacked the scale required to compete effectively in the large, rapidly growing and fiercely competitive cloud computing market. Now, that changes," Joyent chief executive Scott Hammond wrote in a blog post. With Samsung's brand name and money to invest, Joyent may become more popular and challenge some of the top cloud infrastructure providers like Amazon Web Services, Microsoft Azure, and the Google Cloud Platform. Joyent was the original steward of server-side JavaScript framework Node.js and helped to establish the Node.js Foundation in 2015.

An anonymous reader writes from a report via PCWorld: Samsung announced late Monday night that it has begun mass producing a new SSD that is tinier than a postage stamp. PCWorld reports: "The PM971-NVMe fits up to 512GB of NAND flash, a controller, and RAM into a single BGA chip measuring 20mm x 16mm x 1.5mm and weighing just one gram, the company said. Samsung says the PM971-NVMe will hit 1.5GBps read speeds and 800MBps write speeds. The PM971-NVMe is built using 20nm NAND chips and includes 4GB of LPDDR4 RAM as a cache. The NAND is triple-level cell but uses a portion as a write butter. The drive will come in 512GB, 256GB and 128GB capacities." While on the topic of hardware, Intel unveiled its Broadwell-E family, which consists of an "Extreme Edition" Core i7 chipset that has 10 cores and 20 threads.

An anonymous reader writes: Samsung has debuted the first commercial installation of its 55-inch 'mirror' displays at a salon in South Korea with a transparent OLED screen overlaid over a mirrored surface to allow interaction. The Samsung product rivals an equivalent TOLED from Planar, with both intended for high-end use in the retail display and exhibition space. However both manufacturers are struggling to find practical applications for the much-awaited technology. Transparent displays have been a staple of sci-fi films such as Minority Report for decades, but only, it seems, because they helped to open up scenes which would otherwise have been difficult to film. With the pending advent of AR-based visualization, the innovation of the clear monitor seems not only to have come too late, but also offer limited practical use, even if its current breathtaking prices were to descend to the consumer space.

Samsung recently unveiled its EVO Plus 256GB microSD card, capable of storing more than 12 hours of 4K video footage, 33 hours of full HD recording, 55,200 photos or 23,500 MP3s. While you most likely do not need such a large microSD card in your life, you'll probably want one. The card features Samsung's newest V-NAND technology, with read/write speeds of 95MB/s and 90MB/s, respectively. It will be available in June to over 50 countries at a price of $250, which includes a 10 year warranty. Personally, I have no need for such a high-capacity card at this time, but I marvel how far technology has progressed in the last few years, let alone months. SanDisk, for example, revealed a 200GB microSD card back in March, 2015, which was the highest capacity microSD card up until now.

An anonymous reader writes: Samsung is now mass producing the industry's first 10-nanometer class, 8Gb DDR4 DRAM chips, ahead of competitors SK Hynix and Micron. It will produce 10nm-class DDR4 DRAM modules this year varying from 4GB for laptops and up to 128GB for enterprise servers. Samsung also promised to reveal 10-nanometer-class mobile DRAM "in the near future." The announcement marks a big milestone for the company after it first mass produced 20-nanometer-class 4GB DDR3 DRAM chips in 2014. "Samsung's 10nm-class DRAM will enable the highest level of investment efficiency in IT systems, thereby becoming a new growth engine for the global memory industry," said Young-Hyun Jun, President of Memory Business, Samsung Electronics. "In the near future, we will also launch next-generation, 10nm-class mobile DRAM products with high densities to help mobile manufacturers develop even more innovative products that add to the convenience of mobile device users."

MojoKid writes: Late last year marked the introduction of High Bandwidth Memory (HBM) DRAM courtesy of AMD's Fury family of graphics cards, each of which sports 4GB of HBM. HBM allows these new AMD GPUs to tout an impressive 512GB/sec of memory bandwidth, but it's also just the first iteration of the new memory technology. Samsung has just announced that it has begun mass production of HBM2. Samsung's 4GB HBM2 package is built on a 20 nanometer process. Each package contains four 8-gigabit core dies built on top of a buffer die. Each 4GB HMB2 package is capable of delivering 256GB/sec of bandwidth, which is twice that of first generation HBM DRAM. In the example of NVIDIA's next gen GPU technology, code named Pascal, the new GPU will utilize HBM2 for its frame buffer memory. High-end consumer-grade Pascal boards will ship with 16GB of HBM2 memory (in four, 4GB packages), offering effective memory bandwidth of 1TB/sec (256GB/sec from each HMB2 package). Samsung is also reportedly readying 8GB HBM2 memory packages this year.

An anonymous reader writes: Korean users are among the most bandwidth-hungry smartphone users. During the MPTCP WG meeting at IETF'93, SungHoon Seo announced that KT had deployed since mid June a commercial service that allows smartphone users to reach 1 Gbps. This is not yet 5G, but the first large scale commercial deployment of Multipath TCP by a mobile operator to combine fast LTE and fast WiFi to reach up to 1 Gbps. This service is offered on the Samsung Galaxy S6 whose Linux kernel includes the open-source Multipath TCP implementation and SOCKSv5 proxies managed by the network operator. Several thousands of users are already actively using this optional service.

itwbennett writes "Who doesn't love free text messages? People who try to transition from an iPhone to any other phone, that's who. Apple's Messages app actively moves conversations away from paid text messages to free Messages. Very convenient until you want to leave your iPhone and switch back to plain old text messages because suddenly you'll be unable to receive text messages from your iPhone-toting friends. There's an obscure workaround, and Samsung, which has a vested interest in the matter, has a lengthy guide to removing your iPhone as a registered receiver of Messages . But the experience is just annoying enough that it might be the kind of thing that would keep someone from making a switch — and that's when it starts to feel like deliberate lock-in, and not so much like something Apple overlooked."

An anonymous reader writes "A huge security hole has been discovered in recent Samsung devices including phones like the Galaxy S2 and S3. It is possible for every user to obtain root due to a custom faulty memory device created by Samsung." The problem affects phones with the Exynos System-on-Chip.

An anonymous reader writes "I am a systems administrator for a mid size state agency. We currently offer Blackberries to our staff, but we are migrating to Android devices in the near future. Since phones have sensative data (email, documents, etc.), what is a good choice for encrypting that data? Options abound, like OS-level encryption from Motorola and Samsung, 3rd party apps from GoTrusted and even a LUKS port for Android. Does anyone have experience managing encrypted Android devices? What are the important features I should be looking at? Many thanks in advance." (And, for that matter, are there good options for doing the same with iPhones? Other options to consider?)

redletterdave writes "Samsung Electronics announced Monday that it will spin off its LCD business division to launch a new entity, provisionally called Samsung Display Co., set to go live on April 1, 2012. The new business will launch with about $668 million in capital, but Samsung plans to invest about $5.8 billion in 2012 to develop better displays. The move, which now awaits shareholder approval, has been rumored for months since Samsung's LCD business announced operating losses of $666 million in 2011, citing sluggish TV sales. The company's spin-off display business may eventually merge with Samsung Mobile Display, which makes the company's organic light-emitting diode (OLED) panels that are currently in high demand."

CWmike writes "Samsung on Tuesday announced a new 8GB dual inline memory module (DIMM) that stacks memory chips on top of each other, which increases the density of the memory by 50% compared with conventional DIMM technology. Samsung's new registered or buffered (RDIMM) product is based on its current Green DDR3 DRAM and 40 nanometer (nm)-sized circuitry. The new memory module is aimed at the server and enterprise storage markets. The three-dimensional (3D) chip stacking process is referred to in the memory industry as Through Silicon Via (TSV). Samsung said the TSV process saves up to 40% of the power consumed by a conventional RDIMM. Using the TSV technology will greatly improve chip density in next-generation server systems, Samsung said, making it attractive for high-density, high-performance systems."

mrchaotica writes "I'm in the market for a new HDTV (in the $1200-or-slightly-more range, as I won the extended-service-plan lottery and have a Sears store credit). Several of the TVs I've looked at have various 'Internet TV' features (here are Samsung's and Panasonic's). Some manufacturers appear to be rolling their own, while others are partnering with Yahoo (maybe in an attempt to create a 'standard?'). Moreover, these TVs also tend to run Linux under the hood (although their GPL compliance, such as in Panasonic's case, may leave something to be desired). Finally, it's easy to imagine these TVs being able to support video streaming services (YouTube, Netflix, Amazon, etc.) without a set-top box, but I don't know the extent to which that support actually exists. Here are my questions: 1) Is this 'Internet TV' thing going to be a big deal going forward, or just a gimmick? 2) Which manufacturers are most [open standard|Linux|hacker]-friendly? 3) Which TV models have the best support (or best potential and community backing) for this sort of thing?"

An anonymous reader writes "Yesterday iFixit tore apart the Nintendo DSi and found several internal upgrades from the outgoing DS Lite. It seems that an experienced hand can completely disassemble the DSi in less than ten minutes using standard tools, especially since the job does not require a tri-wing screwdriver. This should make repairing and tinkering with the DSi substantially easier. The DSi now includes two integrated cameras that, unfortunately, have only 0.3 megapixel resolution. This is certainly a bit underwhelming considering most mainstream phones have cameras of at least 1.3 megapixels. As for chips, Nintendo is using a Samsung MoviNAND integrated 256 MB Flash memory / MMC controller chip, as well as a custom ARM CPU + GPU is stamped with the revision code 'TWL.' The DSi's chips all had manufacture dates around September 2008, indicating that Nintendo has been stockpiling these devices for quite a while prior to the North American release."

rochlin writes "We know that Steve Jobs has said the iPhone won't accept third-party apps. The iPhone looks to be running on a Samsung provided ARM core processor. That means it's not running on an Intel (or PPC) core. That means it's not running OS X in any meaningful sense (Apple can brand toilet paper as running OS X if they like). Darwin, the BSD based operating system that underlies what Apple has previously been calling OS X, does not run on ARM processors. The Darwin / Apple Public Source licensing agreement says the source would have to be made available if it is modified and sold (paraphrased; read it yourself). A Cingular rep has said the iPhone version of the OS source will not be made available. It will be closed, like the iPod OS and not like Darwin. So if it ain't Darwin, it ain't OS X (in any meaningful way). An InfoWorld article on an FBR Research report breaks down iPhone component providers and lists Samsung as the chip maker for the main application / video cpu. So, that leaves the question... What OS is this phone really running? Not Linux or the source would need to be open."

Nomad05 writes "Samsung announced this week it has developed the world's first three-inch VGA LCD panel that "directly meets industry interface standards for digital still cameras." What this means is that future LCD screens on digital cameras will allow multimedia to be viewed at a resolution of 640x480. Presently, a majority of camera LCDs only display multimedia at a resolution of 320x240 — significantly lower in quality than Samsung's new LCD. In layman's terms, expect significantly brighter, more detailed LCD displays, which will enable you to review your photography more thoroughly after you take an exposure. This innovation will make it easier to spot blurry images and ensure your photo is framed properly. "

loganb asks: "I'm currently holding in my hand a brand new Samsung A900 cell phone with a brand new EVDO data plan. I was initially excited about the OSS/free application development possibilities, as the J2ME stack on this phone supports the new Media, Location, and Messaging APIs. Much to my dismay, however, Sprint (my carrier) locks all the interesting APIs up tighter than a drum, and makes it nearly impossible to get an app to market. You need a $400/yr Verisign certificate just to download an app to a developer-enabled phone and you need a contract with Sprint to receive the certificate necessary to distribute the app (solely through Sprint's online store) to regular users. Of course that is not really an option for free/OSS programs, 'vertical' applications, or anything that doesn't neatly fit into Sprint's business plan. Thus, do any of the other national domestic cell providers allow unfettered access to the Java APIs on their phones? Is there any sort of hackery (such as buying an unlocked phone from Europe and using it on a domestic GSM network) that has an equivalent result?"

An anonymous reader writes "LinuxDevices has a story about the Samsung Miniket, a digital camcorder the size of a pack of cards that also works as a portable MP3 player, webcam, voice recorder, storage device, and more. The Miniket (annoying Flash and sound) will be available in February or March in the US, for $600-$700, with a rugged 'sports' model to follow. The device runs Linux, boots in under a second, and is the first of several products from Samsung that will run a new variation of Linux called 'ARM-no-MMU.' LinuxDevices also has a whitepaper about Samsung research that shows the new Linux variant to be faster than normal Linux."

bigtangringo writes "First Samsung and now LG.Phillips have worked out a way to create thin CRT displays. Thin CRTs offer the best of both worlds -- superior picture quality with a slim size. Thin CRTs are expected to be more expensive than current CRTs, however they are also expected to drop in price rapidly. Both companies plan on releasing Thin CRTs in late 2005."

Shippy writes "Straight from Yahoo News on the other side of the pond comes a story about Samsung's latest creation: a five-megapixel camera phone. This is pretty cool considering it's a pretty big jump from the camera phones that are currently available (many max out around 1.5 megapixels). It's expected to be available by the end of the year, but only in South Korea. I doubt it'll take long for a domestic carrier to pick up on this hot new toy." Other readers submitted a closeup picture and the company press release.

Cheese Source writes "As previously mentioned on Slashdot, HP's latest and greatest calculator is the HP49g+. While it sports a very powerful (for a calculator) ARM9 cpu, it is only 3 times the speed of the 49g, running at 4MHz. This is because it has to emulate an older processor. Of course, some calculator geeks are now writing adapting a free, open-source C compiler for it. Based on GCC, you can now make programs that run natively on the CPU between 12 and 203MHz. 1000 factorial is calculated and displayed in the blink of an eye (the built in command takes 30 seconds). It will also allow for some great games."

securitas writes: "Reuters reports that Nokia is considering a takeover of Psion (mirror at Forbes), to gain control of the Symbian operating system. Psion is the second largest shareholder in Symbian with a 31.1 percent stake. Nokia holds 32.2 percent. The move is seen as a tactic to fight off Microsoft and dominate the lucrative and growing mobile phone software market. Symbian is currently owned by Ericsson, Nokia, Panasonic, Psion, Samsung Electronics, Siemens and Sony Ericsson. The report originates in the London newspaper, Business. What does this mean for the Symbian OS, which is currently an open OS?"

securitas writes "The New York Times is carrying a Reuters story about Linux as the software of choice for consumer electronics. At the world's largest consumer electronics show, the IFA trade fair 'the first Linux products are already on show and more will come soon, companies said.' The reason? Linux is freely available, widely embraced and profit margins in the consumer electronics business are one or two percent at best. The math is simple. The industry push comes from the members of the Consumer Electronics Linux Forum (CELF), that includes Sony, Philips, Matsushita/Panasonic, Hitachi, Sharp, Samsung, NEC, IBM, LG, Thomson/RCA and Toshiba. The CELF was previously discussed on Slashdot. Mirrors at Silicon.com and CNet News."

TwoSticks writes "Samsung has announced `` yepp,'' which they claim is the world's smallest MP3 player. ``The size of a calling card (58mm x 85mm x 17mm), "yepp" comes with FM radio, telephone directory and recorder function.'' " Available later this year, no price listed. 40 megs of storage with a smart card for more.

First up is a pretty cool Slashdot bit: drwii sent us a link to Scanned in Proof that Slashdot is actually in the Feb print edition of PC Magazine. Spiffy. An anonymous reader sent us a wired article explaining Wired. Wired the deal with MP4s. `PEZ sent us a couple of links to more information about the 'Yepp' MP3 player- The samsung announcement and the Yepp Web Page will quench your thirst for knowledge. svetz wrote in to say that Gnome 0.99.3 is on. desertAngel was the first to squeel that 2.2.0pre7 is out. Alron Dameon-ArkMoon wrote in to say that LinuxBox.com is providing free hosting for Open Source developers. schvin wrote in to plug portico.org, a new *Nix tips and tricks page. saturated wrote in to say that apparently Linux Now! is back on line after a little absence. Michael Howard sent us a must see penguin image. ToiletDuk sent us a great pyromaniac web site- fireballs with bic lighters? Don't burn yourself. soren.harward wrote in to tell us that stomped.com has Quake III Arena movies if you're curious what your future will look like. cynbe sent us a link to an amusing piece called The Last Dinosaur and the Tarpits of Doom: How Linux Smashed Windows. It's funny. I think.

EugeneL writes that "Mitsubishi has stopped Alpha support. " However, it was noted that unlike Samsung Mitsubishi hasn't been totally critical to the Alpha movement. They had hoped that Alpha would become more of a mass market chip, and due to the Asian crisis, are cutting their losses by dropping the manufacturing and marketing of the chip.

Compaq and Samsung will announce the formation of a new company next week - Alpha Processor. The new company will market and sell Alpha chips, including the 700MHz model to be announced later this year. I still the Alpha's future is rather uncertain, but looking up, at least.

Samsung has begun sampling 256-megabit RAM chips, which is apparently ahead of schedule by a few years. Hopefully, the chip will be produced in volume by early next year, ahead of other manufacturers. Man, I have this wierd feeling the RAM in my next computer will be measured in gigabytes- not that I'm complaining or anything...