portfolio-cond – Page 34

Mount your hard drive… on your RAM?

A weird place for an SSD. Apacer PC makers do all kinds of things to save space inside their cases, but this is a new one to us: Apacer is apparently sampling sticks of DDR3 desktop RAM that include slots for M.2 SSD add-in boards and CFast CompactFlash cards, allowing you to mount storage devices directly to your RAM rather than using slots on the motherboard. The slots will still use the SATA III interface to transfer data—they’re just mounted to the RAM and they draw power through the RAM slot. These sticks will support all three lengths of M.2 SSD boards (2242, 2260, and 2280). That’s especially useful because, as AnandTech points out , only one mini-ITX desktop motherboard can directly support full-length M.2 boards. Full-length M.2 boards are necessary to accommodate higher storage capacities—currently available drives top out at 512GB, but 1TB drives are on the horizon . Connectors visible on top of the DIMMs would likely need to be connected to the SATA connectors on your motherboard; unfortunately it doesn’t look like these can take advantage of the faster PCI-Express flavor of M.2. Read 2 remaining paragraphs | Comments

Chip-based credit cards are a decade old; why doesn’t the US rely on them yet?

Ciaran McGuiggan Earlier this week, mobile payments company Square announced that it had developed a credit card reader that will verify purchases from an embedded chip on the card. Currently, US consumers primarily rely on swipe-and-sign credit cards, which give card details to a merchant through the magnetic stripe on the back. But because the swipe-and-sign system became overburdened with instances of fraud, MasterCard, Visa, and other financial groups decided in 2012 that they would transition their systems to a chip-based setup called EMV (eponymous for EuroPay, MasterCard, and Visa, the three primary developers of the standard) by October 2015. Square is hoping to capitalize on this transition by being one of the first companies out of the gate in the US to offer small and medium-sized business owners a smaller, less-expensive alternative to buying a whole new set of credit card terminals. The EMV standard works using a chip that’s embedded in a credit card, which effectively acts as a mini-computer. Instead of swiping quickly and having your card give its details to a merchant’s point of sale (POS) system, an EMV card creates a unique code for each transaction and (ideally) requires the consumer to enter a PIN associated with the card instead of relying on a signature. Because of this, EMV is often called chip-and-PIN. Making a purchase with an EMV card also requires the card to be present in the card reader throughout the transaction. Read 15 remaining paragraphs | Comments

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Chip-based credit cards are a decade old; why doesn’t the US rely on them yet?

Apple’s multi-terabit, $100M CDN is live—with paid connection to Comcast

dariorug Apple’s long-rumored content delivery network (CDN) has gone live in the US and Europe, delivering traffic directly to Comcast and other Internet service providers thanks to paid interconnection deals, Frost & Sullivan analyst Dan Rayburn reported today . The CDN can deliver multiple terabits of data per second and will help Apple more efficiently distribute new releases of iOS and OS X. Apple is still using Akamai and Level 3 CDN services for iTunes and app downloads, “but over time, much of that traffic will be brought over to Apple’s CDN,” Rayburn wrote. “It’s too early to know how much traffic will come over and when, but Apple’s already started using their own CDN much faster than I expected. The pace of their build out and amount of money they are spending on infrastructure is incredible. Based on my calculations, Apple has already put in place multiple terabits per second of capacity and by the end of this year, will have invested well more than $100M in their CDN build out.” Apple has been working on its CDN for about a year. Read 10 remaining paragraphs | Comments

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Apple’s multi-terabit, $100M CDN is live—with paid connection to Comcast

Modbook’s next project is the convertible MacBook Apple won’t make

The Modbook Pro X would be an expensive entry in a crowded niche. Modbook Inc. Before the iPad, people who wanted an Apple tablet could buy something called the ” Modbook ” from a company named Axiotron. For $2,279, the company would take a regular white plastic MacBook, take it apart, and reassemble it inside a purpose-built tablet case with a Wacom digitizer and stylus installed. After some financial trouble and the launch of an actual Apple tablet , Axiotron became Modbook Inc. , and the company launched the Modbook Pro , which did for the 13-inch MacBook Pro what the Modbook did for the standard Macbook. Today the company is ready to announce the third iteration of the Modbook, kind of. The Modbook Pro X takes the 15-inch Retina MacBook Pro (including the refreshed models introduced yesterday ), makes some modifications to its specs, and puts it into a tablet case. Like past Modbooks, the Modbook Pro X is designed to appeal to artists and other creative professionals who would like to draw directly on their tablet screens without having to use a separate drawing tablet. The catch? This project currently exists only as a Kickstarter project , with no guarantee the product will see the light of day if it doesn’t hit its $150,000 funding goal. The Modbook as a tablet. Modbook Inc. The Modbook Pro X will preserve all of the original ports and the CPU, GPU, and screen specs of the 2013 Retina MacBook Pro, crammed into a black tablet of indeterminate thickness and weight. The screen will be covered by a digitizer that supports 2,048 different pressure levels, and the Modbook will come with software installed to take advantage of the digitizer hardware. Optional “keybars,” small rows of keys mounted to the back of the tablet, will provide keyboard hotkey shortcuts that users can press without interrupting whatever they’re sketching onscreen. Read 6 remaining paragraphs | Comments

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Modbook’s next project is the convertible MacBook Apple won’t make

Chinese military “hacked” Israel’s Iron Dome

Iron Dome The technology behind Iron Dome, the missile defense system Israel has been using since 2011, was allegedly stolen by Chinese military hackers. That claim was made by Cyber Engineering Services to Brian Krebs of security news site Krebs On Security , and it identifies Elisra Group, Israel Aerospace Industries (IAI), and Rafael Advanced Defense Systems as the three defense companies that were compromised during the cyber assault. The perpetrators, Cyber Engineering Services says, are the same ones behind a spate of attacks that have come to light in the past few years, all attributed to Unit 61398, a Shanghai-based arm of the Chinese army. The five Chinese military officers indicted by the US earlier this year for allegedly hacking energy firms in the country also belong to the same unit. The hacks took place from October 2011, some six months after Iron Dome became operational, and continued up until August 2012. Israel Defense Forces (IDF) has said that many hundreds of rockets fired from Gaza, particularly during the current military operation and a series of clashes in 2012, have been scuppered by the system, which is thought to be one of the most effective missile-defense technologies in the world. Read 7 remaining paragraphs | Comments

It’s not just Verizon: All major US carriers throttle “unlimited” data

Verizon Wireless One of the most common reactions to Verizon’s announcement that it will throttle the heaviest users of its “unlimited” 4G plans went something like this: “That’s the last straw, I’m switching to T-Mobile!” Unfortunately, switching to T-Mobile, AT&T, or Sprint won’t protect you from getting throttled, even if the carrier is claiming to sell you “unlimited” data. Let’s take a look at the relevant passages in each carrier’s terms and conditions. We’ll start with the Verizon Wireless announcement last week: Read 15 remaining paragraphs | Comments

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It’s not just Verizon: All major US carriers throttle “unlimited” data

Bose accuses Beats of using patented noise-cancelling tech

Bose Corp. filed a lawsuit on Friday that accuses popular headphone maker Beats Electronics of infringing upon several of its patents. The suit claims that Bose lost sales because Beats—which Apple announced it would acquire for $3 billion in May—used patented noise-cancelling technology in its Studio and Studio Wireless headphone lines. Beats’ products that allegedly use the technology “can also be used for noise cancellation when no music is played, a feature that Beats also advertises,” the suit states. “Thus, Beats specifically encourages users to use the infringing functionality. Beats advertises no method to turn off features that cause end users to directly infringe.” Read 5 remaining paragraphs | Comments

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Bose accuses Beats of using patented noise-cancelling tech

Robotic glove gives you extra fingers for grabbing

Melanie Gonick / MIT Four fingers and a thumb on each hand is pretty useful. Humans have gone from caves to sprawling cities in part because of our dexterous digits. But researchers at MIT think we could do even better if we had an upgrade. They have developed a glove with two extra robotic fingers that respond intelligently to your movements, allowing you to perform two-handed tasks with just one robot-enhanced hand. “You do not need to command the robot, but simply move your fingers naturally. Then the robotic fingers react and assist your fingers,” said the glove’s creator Harry Asada, of MIT’s Department of Mechanical Engineering . Read 10 remaining paragraphs | Comments

DOE, commercial partners start world’s largest carbon capture project

Earlier this week, the US Department of Energy announced that work has started on what when finished will be the world’s largest carbon capture facility. Located in Thompsons, Texas, the project will capture a portion of the emissions from the coal-fired W.A. Parish Generating Station. The CO 2 will then be compressed and piped to the West Ranch oil field, where it will be injected under ground. This will help liberate oil that’s otherwise difficult to extract, but has the added benefit that the carbon dioxide typically stays underground, sequestered. The project was originally planned as a small pilot that would only extract CO 2 from the equivalent of 60 megawatts of the plant’s 3,500MW of generating capacity. When it was realized that the amount of CO 2 from 60MW of would be too little CO 2 to supply the oil field’s needs, the project scope was expanded to 240MW. At that scale, the facility would become the largest of its type in the world. The exhaust gas will have its sulfates removed before being bubbled through a solution of amines, which will bind the CO 2 . Once separated from the rest of the gasses, the carbon dioxide will be released by heating the amine solution, which can be recycled. The CO 2 is then sent under pressure via a pipeline. Read 1 remaining paragraphs | Comments

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DOE, commercial partners start world’s largest carbon capture project

Why Google took years to address a battery-draining “bug” in Chrome

Aurich Lawson A recent Forbes report says that Chrome on Windows uses up more battery than competing browsers, thanks to a high system timer setting. Unlike Linux or Mac OS X, Windows uses a timer to schedule tasks. At idle, the timer on Windows is set to about 15 ms, so if it has no work to do, it will go to sleep and only wake up every 15 ms to check if it needs to do something. Applications can change this timer, and other browsers like Firefox and Internet Explorer don’t mess with it until they need to do something processor intensive, like playing a video. After the video is done, the timer is set to return to 15 ms so that the computer can idle again. Chrome, though, boosts the timer to 1 ms and keeps it there forever. The difference means that on Firefox at idle, the CPU only wakes 64 times a second. On Chrome, it wakes up 1,000 times a second. In its Windows documentation, Microsoft notes that setting the system timer to a high value can increase power consumption by “as much as 25 percent.” This means that on a laptop, you’ll get a shorter runtime with Chrome than you will on a competing browser. And the issue has been around for a long time. Forbes links to a bug report documenting the problem that was first filed in 2010. Read 7 remaining paragraphs | Comments

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Why Google took years to address a battery-draining “bug” in Chrome

Ken May

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