Feed Roundup

MojoKid writes "As with any major CPU microarchitecture launch, one can expect the usual 10~15% performance gains, but Intel apparently has put its efficiency focus into overdrive. Haswell should provide 2x the graphics performance, and it's designed to be as power efficient as possible. In addition, the company has further gone on to state that Haswell should enable a 50% battery-life increase over last year's Ivy Bridge. There are a couple of reasons why Haswell is so energy-efficient versus the previous generation, but the major reason is moving the CPU voltage regulator off of the motherboard and into the CPU package, creating a Fully Integrated Voltage Regulator, or FIVR. This is a far more efficient design and with the use of 'enhanced' tri-gate transistors, current leakage has been reduced by about 2x — 3x versus Ivy Bridge."

Read more of this story at Slashdot.

MojoKid writes "As with any major CPU microarchitecture launch, one can expect the usual 10~15% performance gains, but Intel apparently has put its efficiency focus into overdrive. Haswell should provide 2x the graphics performance, and it's designed to be as power efficient as possible. In addition, the company has further gone on to state that Haswell should enable a 50% battery-life increase over last year's Ivy Bridge. There are a couple of reasons why Haswell is so energy-efficient versus the previous generation, but the major reason is moving the CPU voltage regulator off of the motherboard and into the CPU package, creating a Fully Integrated Voltage Regulator, or FIVR. This is a far more efficient design and with the use of 'enhanced' tri-gate transistors, current leakage has been reduced by about 2x — 3x versus Ivy Bridge."

Read more of this story at Slashdot.

MojoKid writes "As with any major CPU microarchitecture launch, one can expect the usual 10~15% performance gains, but Intel apparently has put its efficiency focus into overdrive. Haswell should provide 2x the graphics performance, and it's designed to be as power efficient as possible. In addition, the company has further gone on to state that Haswell should enable a 50% battery-life increase over last year's Ivy Bridge. There are a couple of reasons why Haswell is so energy-efficient versus the previous generation, but the major reason is moving the CPU voltage regulator off of the motherboard and into the CPU package, creating a Fully Integrated Voltage Regulator, or FIVR. This is a far more efficient design and with the use of 'enhanced' tri-gate transistors, current leakage has been reduced by about 2x — 3x versus Ivy Bridge."

Read more of this story at Slashdot.

MojoKid writes "As with any major CPU microarchitecture launch, one can expect the usual 10~15% performance gains, but Intel apparently has put its efficiency focus into overdrive. Haswell should provide 2x the graphics performance, and it's designed to be as power efficient as possible. In addition, the company has further gone on to state that Haswell should enable a 50% battery-life increase over last year's Ivy Bridge. There are a couple of reasons why Haswell is so energy-efficient versus the previous generation, but the major reason is moving the CPU voltage regulator off of the motherboard and into the CPU package, creating a Fully Integrated Voltage Regulator, or FIVR. This is a far more efficient design and with the use of 'enhanced' tri-gate transistors, current leakage has been reduced by about 2x — 3x versus Ivy Bridge."

Read more of this story at Slashdot.

redletterdave writes "After AT&T unceremoniously canceled the HTC First after just one month on the market, Facebook announced the first phone running the Facebook Home operating system will not be launching in the U.K., as originally planned. From Facebook: 'Following customer feedback, Facebook has decided to focus on adding new customization features to Facebook Home over the coming months. While they are working to make a better Facebook Home experience, they have recommended holding off launching the HTC First in the UK, and so we will shortly be contacting those who registered their interest with us to let them know of this decision. Rest assured, we remain committed to bringing our customers the latest mobile experiences, and we will continue to build on our strong relationship with Facebook so as to offer customers new opportunities in the future.'"

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Nerval's Lobster writes "Apple could face a difficult time winning its court case against the U.S. Department of Justice over e-book pricing, according to the federal judge overseeing the trial. 'I believe that the government will be able to show at trial direct evidence that Apple knowingly participated in and facilitated a conspiracy to raise prices of e-books,' U.S. District Judge Denise Cote said during a May 23 pretrial hearing, according to Reuters, 'and that the circumstantial evidence in this case, including the terms of the agreements, will confirm that.' Apple's legal counsel is a bit perturbed over her comments. 'We strongly disagree with the court's preliminary statements about the case today,' Apple lawyer Orin Snyder wrote in a statement also reprinted by Reuters. The Justice Department has asserted that Apple, along with those publishers, conspired to raise retail e-book prices in tandem 'and eliminate price competition, substantially increasing prices paid by consumers.' Apple battles Amazon in the e-book space, with the latter company achieving great success over the past few years by driving down the price of e-books and Kindle e-readers; while Apple co-founder insisted in emails to News Corp executive James Murdoch (son of Rupert Murdoch), that Amazon's pricing was ultimately unsustainable, the online retailer shows no signs of flagging with regard to its publishing-industry clout."

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New submitter trendspotter writes "Scientists at the University of Rochester found a unique way to measure high IQ and IQ of the brain in general just by studying individuals and their abilities to filter out noise in images (abstract). The results of a visual test where people were told to quickly detect movements showed similar IQ results as a classic intelligence test. 'The relationship between IQ and motion suppression points to the fundamental cognitive processes that underlie intelligence, the authors write. The brain is bombarded by an overwhelming amount of sensory information, and its efficiency is built not only on how quickly our neural networks process these signals, but also on how good they are at suppressing less meaningful information. ... The researchers point out that this vision test could remove some of the limitations associated with standard IQ tests, which have been criticized for cultural bias.'"

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gadzook33 writes "I had an interesting experience at work recently. A colleague suggested during a meeting that we were building something that would make it far too easy for the customer to perform a certain task; a task that my colleague felt was deleterious. Without going into specifics, I believe an apt analogy would be giving everyone in the country a flying car. While this would no doubt be enjoyable, without proper training and regulation it would also be tremendously dangerous (also assume training and regulating is not practical in this case). I retorted that ours is not to reason why, and that we had the responsibility to develop the best possible solution, end of story. However, in the following days I have begun to doubt my position and wonder if we don't have some responsibility to artificially 'cripple' the solution and in doing so protect the user from themselves (build a car that stays on the ground). I do not for a second imagine that I am playing the part of Oppenheimer; this is a much more practical issue and less of an ethical one. But is there something to this?"

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phrackthat writes "A UC Berkeley group, in a bid to drive down the costs of 3-D printing, has been focusing on more natural materials such as salt, wood, ceramics and concrete (the last two, while not naturally occurring, are made of naturally occurring components). The use of these materials create new avenues for architecture, such as printing buildings. Professor Ronald Rael, the head of the project, stated that these materials and the designs they enable will require new IP protections — 'This is going to require some IP protection for designs, so if you design architecture in the computer, you're protected, just as music and movies are.' I wonder if he's ever heard of design patents?"

Read more of this story at Slashdot.

phrackthat writes "A UC Berkeley group, in a bid to drive down the costs of 3-D printing, has been focusing on more natural materials such as salt, wood, ceramics and concrete (the last two, while not naturally occurring, are made of naturally occurring components). The use of these materials create new avenues for architecture, such as printing buildings. Professor Ronald Rael, the head of the project, stated that these materials and the designs they enable will require new IP protections — 'This is going to require some IP protection for designs, so if you design architecture in the computer, you're protected, just as music and movies are.' I wonder if he's ever heard of design patents?"

Read more of this story at Slashdot.

phrackthat writes "A UC Berkeley group, in a bid to drive down the costs of 3-D printing, has been focusing on more natural materials such as salt, wood, ceramics and concrete (the last two, while not naturally occurring, are made of naturally occurring components). The use of these materials create new avenues for architecture, such as printing buildings. Professor Ronald Rael, the head of the project, stated that these materials and the designs they enable will require new IP protections — 'This is going to require some IP protection for designs, so if you design architecture in the computer, you're protected, just as music and movies are.' I wonder if he's ever heard of design patents?"

Read more of this story at Slashdot.

phrackthat writes "A UC Berkeley group, in a bid to drive down the costs of 3-D printing, has been focusing on more natural materials such as salt, wood, ceramics and concrete (the last two, while not naturally occurring, are made of naturally occurring components). The use of these materials create new avenues for architecture, such as printing buildings. Professor Ronald Rael, the head of the project, stated that these materials and the designs they enable will require new IP protections — 'This is going to require some IP protection for designs, so if you design architecture in the computer, you're protected, just as music and movies are.' I wonder if he's ever heard of design patents?"

Read more of this story at Slashdot.

phrackthat writes "A UC Berkeley group, in a bid to drive down the costs of 3-D printing, has been focusing on more natural materials such as salt, wood, ceramics and concrete (the last two, while not naturally occurring, are made of naturally occurring components). The use of these materials create new avenues for architecture, such as printing buildings. Professor Ronald Rael, the head of the project, stated that these materials and the designs they enable will require new IP protections — 'This is going to require some IP protection for designs, so if you design architecture in the computer, you're protected, just as music and movies are.' I wonder if he's ever heard of design patents?"

Read more of this story at Slashdot.

phrackthat writes "A UC Berkeley group, in a bid to drive down the costs of 3-D printing, has been focusing on more natural materials such as salt, wood, ceramics and concrete (the last two, while not naturally occurring, are made of naturally occurring components). The use of these materials create new avenues for architecture, such as printing buildings. Professor Ronald Rael, the head of the project, stated that these materials and the designs they enable will require new IP protections — 'This is going to require some IP protection for designs, so if you design architecture in the computer, you're protected, just as music and movies are.' I wonder if he's ever heard of design patents?"

Read more of this story at Slashdot.

phrackthat writes "A UC Berkeley group, in a bid to drive down the costs of 3-D printing, has been focusing on more natural materials such as salt, wood, ceramics and concrete (the last two, while not naturally occurring, are made of naturally occurring components). The use of these materials create new avenues for architecture, such as printing buildings. Professor Ronald Rael, the head of the project, stated that these materials and the designs they enable will require new IP protections — 'This is going to require some IP protection for designs, so if you design architecture in the computer, you're protected, just as music and movies are.' I wonder if he's ever heard of design patents?"

Read more of this story at Slashdot.

phrackthat writes "A UC Berkeley group, in a bid to drive down the costs of 3-D printing, has been focusing on more natural materials such as salt, wood, ceramics and concrete (the last two, while not naturally occurring, are made of naturally occurring components). The use of these materials create new avenues for architecture, such as printing buildings. Professor Ronald Rael, the head of the project, stated that these materials and the designs they enable will require new IP protections — 'This is going to require some IP protection for designs, so if you design architecture in the computer, you're protected, just as music and movies are.' I wonder if he's ever heard of design patents?"

Read more of this story at Slashdot.

phrackthat writes "A UC Berkeley group, in a bid to drive down the costs of 3-D printing, has been focusing on more natural materials such as salt, wood, ceramics and concrete (the last two, while not naturally occurring, are made of naturally occurring components). The use of these materials create new avenues for architecture, such as printing buildings. Professor Ronald Rael, the head of the project, stated that these materials and the designs they enable will require new IP protections — 'This is going to require some IP protection for designs, so if you design architecture in the computer, you're protected, just as music and movies are.' I wonder if he's ever heard of design patents?"

Read more of this story at Slashdot.

phrackthat writes "A UC Berkeley group, in a bid to drive down the costs of 3-D printing, has been focusing on more natural materials such as salt, wood, ceramics and concrete (the last two, while not naturally occurring, are made of naturally occurring components). The use of these materials create new avenues for architecture, such as printing buildings. Professor Ronald Rael, the head of the project, stated that these materials and the designs they enable will require new IP protections — 'This is going to require some IP protection for designs, so if you design architecture in the computer, you're protected, just as music and movies are.' I wonder if he's ever heard of design patents?"

Read more of this story at Slashdot.

An anonymous reader writes "A California user of Verizon's FiOS fiber-optic internet service put his unlimited data plan to the test. Over the month of March, he totaled over 77 terabytes of internet traffic, which finally prompted a call from a Verizon employee to see what he was doing. The user had switched to a 300Mbps/65Mbps plan in January, and averaged 50 terabytes of traffic per month afterward. 'An IT professional who manages a test lab for an Internet storage company, [the user] has been providing friends and family a personal VPN, video streaming, and peer-to-peer file service—running a rack of seven servers with 209TB of raw storage in his house.' The Verizon employee who contacted him said he was violating the service agreement. "Basically he said that my bandwidth usage was excessive (like 30,000 percent higher than their average customer)," [the user] said. '[He] wanted to know WTF I was doing. I told him I have a full rack and run servers, and then he said, "Well, that's against our ToS." And he said I would need to switch to the business service or I would be disconnected in July. It wasn't a super long call.'"

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Chewbacon writes "Details about the used-game policy on Microsoft's newly-announced Xbox One console have been leaked. The policy explains how used-game retailers can survive Xbox One destroying the used-game market as we know it: they have to agree to Microsoft's terms and conditions to do so. In summary, the used game retailer can still buy the game from the consumer, but they must report the consumer relinquishing their license to play the game to a Microsoft database. They must also sell it at a market price (35£ in the UK), but the publisher will get a cut of the price. The article goes on to explain how Xbox One will phone home periodically to verify a player hasn't sold the game according to the aforementioned database." A big downside is that we're likely going to see the end of cheap, used games. A potential upside pointed out by Ben Kuchera at the Penny Arcade Report is that this would unquestionably boost revenue for game publishers, giving the smart ones an opportunity to step away from the $60 business model and adopt pricing practices seen on Steam and iTunes (neither of which allow the purchase of "used" games/media). Also, it's worth noting that even if the policy leak is 100% correct, it could change before the console actually launches.

Read more of this story at Slashdot.