An anonymous reader writes: "Mining new Bitcoins is computationally expensive — you can't expect to do much on your standard home computer. Many miners have built custom rigs to mine more efficiently, but it was only a matter of time until somebody went industrial. Dave Carlson's goal is to mine 10% of all new Bitcoins from now on. He's built literally thousands of units. They collectively use 1.4 million BitFury mining chips, which are managed by a bunch of Raspberry Pis. 'The current rigs each contain 16 boards, with each board containing 16 BitFury chips, for a total of 256 mining chips on each rig. Carlson said about 90,000 processor boards have been deployed, which would put the number of rigs at about 5,600. A new board [being designed] will have 756 chips on each rig instead of 256.' Carlson says his company spent $3-5 million to get everything set up. They current generate 7,000 — 8,000 Bitcoins per month, which, at current rates, would be worth over $4 million."

MojoKid (1002251) writes "NVIDIA's 2014 GTC (GPU Technology Conference) kicked off today in San Jose California, with NVIDIA CEO Jen-Hsun Huang offering up a healthy dose of new information on next generation NVIDIA GPU technologies. Two new NVIDIA innovations will be employed in their next-gen GPU technology, now know by its code named 'Pascal." First, there's a new serial interconnect known as NVLink for GPU-to-CPU and GPU-to-GPU communication. Though details were sparse, apparently NVLink is a serial interconnect that employs differential signaling with embedded clock and it allows for unified memory architectures and eventually cache coherency. It's similar to PCI Express in terms of command set and programming model but NVLink will offer a massive 5 — 12X boost in bandwidth up to 80GB/sec.

The second technology to power NVIDIA's forthcoming Pascal GPU is 3D stacked DRAM technology.The technique employs through-silicon vias that allow the ability to stack DRAM die on top of each other and thus provide much more density in the same PCB footprint for the DRAM package. Jen-Hsun also used his opening keynote to show off NVIDIA's most powerful graphics card to date, the absolutely monstrous GeForce GTX Titan Z. The upcoming GeForce GTX Titan Z is powered by a pair of GK110 GPUs, the same chips that power the GeForce GTX Titan Black and GTX 780 Ti. All told, the card features 5,760 CUDA cores (2,880 per GPU) and 12GB of frame buffer memory—6GB per GPU. NVIDIA also said that the Titan Z's GPUs are tuned to run at the same clock speed, and feature dynamic power balancing so neither GPU creates a performance bottleneck."

An anonymous reader writes "An article at FiveThirtyEight looks at the likelihood of various occupations being replaced by automation. It mentions President Obama's proposed increase to the federal minimum wage, saying big leaps in automation could reshape that debate. '[The wage increase] from $7.25 to $10.10 per hour could make it worthwhile for employers to adopt emerging technologies to do the work of their low-wage workers. But can a robot really do a janitor's job? Can software fully replace a fast-food worker? Economists have long considered these low-skilled, non-routine jobs as less vulnerable to technological replacement, but until now, quantitative estimates of a job's vulnerability have been missing from the debate.' Many minimum-wage jobs are reportedly at high risk, including restaurant workers, cashiers, and telemarketers. A study rated the probability of computerization within 20 years (PDF): 92% for retail salespeople, 97% for cashiers, and 94% for waitstaff. There are other jobs with a high likelihood, but they employ fewer people and generally have a higher pay rate: tax preparers (99%), freight workers (99%), and legal secretaries (98%)."

An anonymous reader writes: "Scientists at the Nanyang Technological University have developed a solar cell that not only converts sunlight into electricity but also emits light as electricity passes through it. Tuning the composition of the solar cell enables it to emit different wavelengths of light (abstract), and because it is only about 1 micrometer thick, the material is semi-translucent and therefore could potentially be used in windows. The solar cell is comprised of the semiconducting mineral perovskite, which has been studied as a replacement for silicon in solar panels since 2009. Perovskite solar cells are not yet as efficient at energy conversion as silicon solar cells, but gains in this area of development coupled with cheaper manufacturing costs (10-20 cents per watt projected as opposed to 75 cents per watt with silicon solar panels and 50 cents per watt with fossil fuels) make perovskite a popular subject matter in the solar cell industry."

Lemeowski (3017099) writes "In a time where there's a 'gold rush' for 3D printing patents, there's one company that's doing everything it can to keep its 3D printers as open as possible. Jeff Moe, CEO of Aleph Objects, said in an interview with Opensource.com that his company's strategy is 'to not patent anything, but to establish prior art as soon as we can. So when we develop things we try to push it out there as soon as possible and hope to establish prior art if there isn't prior art already. That allows us to develop a lot more quickly.' The company makes the Lulzbot 3D printers, and goes to the extreme of publishing every last detail about its printers, Moe said, including syncing its internal file system that it uses to share files on the development of the machine to the public every hour so you can see what they're doing."

sfcrazy (1542989) writes with news that fancier Google Glasswear is coming soon "Google has signed a deal with The Luxottica Group, the world's largest eyewear company (controlling 80% of the eyewear market). Luxottica owns Ray-Ban, Oakley, Vogue-Eyewear, Persol, Oliver Peoples, Alain Mikli, and Arnette. The deal shows how serious Google is about Glass, contrary to the skepticism raised by high-profiled users like Robert Scoble who spelled doom for the device."

First time accepted submitter mandark1967 (630856) writes "With recent advances in working with different filaments (Wood filament, Nylon, etc) and price drops seen lately, I'm curious to know how many of you have decided to take the plung and get into 3D Printing. There are several kits available now or even assembled units that are in the same cost range as a 'gamer' video card (DaVinci 1.0 for $499, Printrbot Simple 2014 — $399, 3d Stuffmaker — $499).

I'm wondering if any of you have purchased a 3D printer and how you like it so far. I've been in the computer field since the 80's but never did CAD work before so I was very hesitant to take the plunge, fearing the steep learning curve of mastering programs like Blender or AutoCAD. What I found, however, was programs like TinkerCAD and 123Design made it very easy to learn basic CAD so I decided to pick up a 3D Printer last week. After a week or so of design work and printing out many items, I think I've picked up a few skills and I can actually see myself making a little money on the side creating and selling items. I don't think I'd trade my current job for one designing and printing items, but it is nice to have a little income on the side if I choose to do that."

SmartAboutThings (1951032) writes "Microsoft launched the Surface Pro 2 tablet in October 2013 with several hardware upgrades, like the new 1.6GHz Core i5-4200U processor specifically optimized for longer battery life and increased performance. Three months later, Microsoft decided to upgrade the CPU with a 1.9GHz Core i5-4300U unit that would be capable of taking these improvements even further. Although Redmond kept quiet about the improvement, tech savvy buyers were aware of the change. Now, according to some new reports, it seems that the company is still shipping the old models to buyers, despite the fact that Microsoft promised to deliver only upgraded models featuring the new CPU."

As reported by Beta News, Google has tried to answer some of the criticism that its Glass head-mounted system has inspired with a blog post outlining and explaining what it calls 10 "myths" about the system. Google's explanation probably won't change many minds, but in just a few years the need to defend head-worn input/output devices might seem quaint and backwards.

An anonymous reader writes "AMD privately shared with Phoronix during GDC2014 that they're developing a new Linux driver model. While there will still be an open (Gallium3D) and closed-source (Catalyst) driver, the Catalyst driver will be much smaller. AMD developers are trying to isolate the closed-source portion of the driver to just user-space while the kernel driver that's in the mainline Linux kernel would also be used by Catalyst. It's not clear if this will ultimately work but they hope it will for reducing code duplication, eliminating fragmentation with different kernels, and allowing open and closed-source driver developers to better collaborate over the AMD Radeon Linux kernel driver."

itwbennett (1594911) writes "Oppo Electronics has taken off the wraps on its first LTE phone, and it packs more technology than most if not all laptops. The Find 7 is a 5.5" phone and is the first to support 2560 x 1440 resolution [538 PPI] (by comparison, the Samsung Galaxy S5 has 441 PPI). 'Another striking and unique feature of the phone is its 2.5GHz quad-core Qualcomm Snapdragon 801 processor,' writes blogger Andy Patrizio. 'This is Qualcomm's first chip to feature its Gobi True 4G LTE World Mode, supporting LTE FDD, LTE TDD, WCDMA, CDMA1x, EV-DO, TD-SCDMA and GSM4. Translation: this phone will work on LTE all over the world.'"

Actually, I do RTFA writes "We recently heard about the confiscation of a delivery of multimeters to SparkFun for infringing on Fluke's trademark. One common thread in the discussions was the theme that Fluke should have let that shipment through as a goodwill gesture to SparkFun and the Maker community. Well, Fluke did one better. They announced they were sending more than $30k worth of official multimeters to SparkFun for them to do whatever they want with. SparkFun is most likely going to give them away. A great example of win-win-win?"

An anonymous reader writes "A new history of splitscreen multiplayer looks at how the phenomenon went from arcade necessity to console selling point, and eventually evolved into today's online multiplayer networks like Xbox Live. The article digs up some surprising anecdotes along the way — like the fact that the seminal Goldeneye N64 deathmatch mode was very much an afterthought, given to a trainee who needed something to do. It's also interesting to think about where it's going in the future, with 4k displays on the horizon and handheld screens making inroads to living room gaming. 'I think you’ll see innovations this year that let people use their TV and mobile device in very interesting ways,' says Wipeout creator Nick Burcombe. 'It doesn't even need to be complex to recapture that social aspect – it just needs to involve more than one person in the same room. ‘Second Screen’ gaming could be multiplayer-based for sure, but it can also be used for new gameplay mechanics in single player too.'"

Zothecula (1870348) writes "Could it one day be possible to generate electricity from the loss of heat from Earth to outer space? A group of Harvard engineers believe so and have theorized something of a reverse photovoltaic cell to do just this. The key is using the flow of energy away from our planet to generate voltage, rather than using incoming energy as in existing solar technologies."

MojoKid (1002251) writes "Intel used the backdrop of the Game Developers Conference in San Francisco to make a handful of interesting announcements that run the gamut from low-power technologies to ultra-high-end desktop chips. In addition to outing a number of upcoming processors—from an Anniversary Edition Pentium to a monster 8-core Haswell-E — Intel also announced a new technology dubbed Ready Mode. Intel's Ready Mode essentially allows a 4th Gen Core processor to enter a low C7 power state, while the OS and other system components remain connected and ready for action. Intel demoed the technology, and along with compatible third party applications and utilities, showed how Ready Mode can allow a mobile device to automatically sync to a PC to download and store photos. The PC could also remain in a low power state and stream media, server up files remotely, or receive VOIP calls. Also, in a move that's sure to get enthusiasts excited, Intel revealed details regarding Haswell-E. Similar to Ivy Bridge-E and Sandy Bridge-E, Haswell-E is the 'extreme' variant of the company's Haswell microarchitecture. Haswell-E Core i7-based processors will be outfitted with up to eight processor cores, which will remain largely unchanged from current Haswell-based chips. However, the new CPU will connect to high-speed DDR4 memory and will be paired to the upcoming Intel X99 chipset. Other details were scarce, but you can bet that Haswell-E will be Intel's fastest desktop processor to date when it arrives sometime in the second half of 2014. Intel also gave a quick nod to their upcoming 14nm Broadwell CPU architecture, a follow-on to Haswell. Broadwell will be the first Intel desktop processor to feature integrated Iris Pro Graphics and will also be compatible with Intel Series 9 chipsets."

kc123 writes "The UK government has announced plans to create the Alan Turing Institute intended to tackle problems in Big Data. The government will provide £42m over five years for the project. Turing was a pivotal figure in mathematics and computing. His codebreaking work led to the cracking of the German 'Enigma' codes. In December 2013, after a series of public campaigns, Turing received a posthumous royal pardon, for a conviction of homosexual activity in 1952."

An anonymous reader writes "OpenSUSE has shared features coming to their 13.2 release in November. The big feature is using Btrfs by default instead of EXT4. OpenSUSE is committed to Btrfs and, surprisingly, they are the first major Linux distribution to use it by default. But then again, they were also big ReiserFS fans. Other planned OpenSUSE 13.2 features are Wayland 1.4, KDE Frameworks 5, and a new Qt5 front-end to YaST."

An anonymous reader writes "Today at GDC Oculus has revealed the second developer kit of their virtual reality headset, the Oculus Rift DK2. The new unit has a 1080p OLED screen with low-persistence capabilities, positional tracking thanks to an IR LED array and compatible camera, and a bunch of other improvements over the DK1. Pre-orders start today for $350 and are expected to ship in July." The new model also eliminates the control box and adds a powered USB port. The experience is much better than the DK1 model according to the article: "The image is substantially sharper in the DK2 when moving your head, mostly thanks to low-persistence. I swear I could feel the difference between the DK1 and DK2 on my eyes. It’s hard to describe, but where the DK1 feels like looking through binoculars into another world, the DK2 feels like sticking your head out the window into another world. That’s not to say that the field of view is higher, but there’s something far more comfortable about using the DK2."

An anonymous reader writes "Sony has announced 'Project Morpheus,' their project to develop a virtual reality headset for use with the PlayStation 4. 'Using a combination of Sony's own hardware, combining personal video viewers with PlayStation Move controllers, PlayStation engineers experimented with multiple prototypes.' They've been working on it for over three years — here's a picture of the current incarnation. The headset will use 3D audio tech that changes as players move their heads. One of their big goals is to make it extremely simple to use. They intend the display to be 1080p with a 90-degree field of view."

concertina226 writes "There's less than a month to go before Samsung launches its new flagship Galaxy S5 smartphone worldwide on 11 April, and the new device has still not gone into mass production due to camera module manufacturing problems. The 16 megapixel camera module consists of six plastic pieces, one more piece than in the existing 13 megapixel camera modules in the Galaxy S4. The problem that Samsung is having is that even though the number of plastic pieces has gone up, the thickness of each piece has remained the same, so in order to fit the new camera module into the Galaxy S5, the lens makers will likely have to develop new technology to make thinner lenses. Not only that, joining six pieces together instead of five for the 13 megapixel camera modules increases the risk of optical faults surfacing at the lens manufacturers' plants dramatically."