holy_calamity writes "PCs will inevitably shift over to ARM-based chips because efficiency now matters more than gains in raw performance, the CEO of chip designer ARM tells MIT Technology Review. He also says the increasing adoption of ARM-based suppliers is good for innovation (and for prices) because it spurs a competitive environment. 'There’s been a lot more innovation in the world of mobile phones over the last 15-20 years than there has been in the world of PCs.'"
"Reverberation is the persistence of sound in a particular space after the original sound is produced," says Wikipedia. More often than not, in studio recordings reverb is added digitally; virtually every FOSS or proprietary sound-editing program has a built-in reverb utility. But what if you're the sort of purist who prefers the analog sound of vinyl records to the digital sound of MP3s or CDs? What if you're the kind of musician who records at the original Sun Studio in Memphis to get that original rock and roll sound? That may be overly picky for most musicians, but there are some who would rather sound like Johnny Cash than Flavor Flav, and they're the ones who are going to insist on real analog reverb instead of twiddling a setting in Audacity. There are many types of analog reverbs, of course. One of the purest types, preferred by many audio purists, is the adjustable plate reverb, and Jim Cunnigham's Ecoplate is considered by many to be the best plate reverb ever -- which brings us to Mike Storey, who wanted an Ecoplate-type plate reverb so badly that he spent eight months building one. He'll run your audio files through it for a (highly negotiable) fee, and maybe give you a bit of advice if you want to build your own, although his biggest piece of advice for you (at the end of the video) to think long and hard before you become a home-brew reverberator, with or without advice and components from Jim Cunningham.
cylonlover writes "Our ears work by converting the vibrations of the eardrum into electrochemical signals that can be interpreted by the brain. The current for those signals is supplied by an ion-filled chamber deep within the inner ear – it's essentially a natural battery. Scientists are now looking at using that battery to power devices that could be implanted in the ear, without affecting the recipient's hearing. The 'battery chamber' is located in the cochlea. It is internally divided by a membrane, some of the cells of which are designed to pump ions. The arrangement of those specialized cells, combined with an imbalance of potassium and sodium ions on opposite sides of the membrane, are what creates the electrical voltage. A team of scientists from MIT, the Massachusetts Eye and Ear Infirmary, and the Harvard-MIT Division of Health Sciences and Technology have recently succeeded in running an ultra-low-power radio-transmitting chip using power from these battery chambers – in guinea pigs' ears."
crookedvulture writes "Last October, Thailand was hit by massive flooding that put much of the world's hard drive industry under water. Production slowed to a crawl as drive makers and their suppliers mopped up the damage, and prices predictably skyrocketed. One year later, production has rebounded, with the industry expected to ship more drives in 2012 than it did in 2011. For the most part, though, hard drive prices haven't returned to pre-flood levels. Although 2.5" notebook drives are a little cheaper now than before the flood, the average price of 3.5" desktop drives is up 35% from a year ago. Prices have certainly fallen dramatically from their post-flood peaks, but the rate of decline has slowed substantially in recent months, suggesting that higher prices are the new norm for desktop drives."
Nerval's Lobster writes "Facebook's engineers face a considerable challenge when it comes to managing the tidal wave of data flowing through the company's infrastructure. Its data warehouse, which handles over half a petabyte of information each day, has expanded some 2500x in the past four years — and that growth isn't going to end anytime soon. Until early 2011, those engineers relied on a MapReduce implementation from Apache Hadoop as the foundation of Facebook's data infrastructure. Still, despite Hadoop MapReduce's ability to handle large datasets, Facebook's scheduling framework (in which a large number of task trackers that handle duties assigned by a job tracker) began to reach its limits. So Facebook's engineers went to the whiteboard and designed a new scheduling framework named Corona." Facebook is continuing development on Corona, but they've also open-sourced the version they currently use.
MojoKid writes "Intel has unveiled details of their new Itanium 9500 family, codenamed Poulson, and the new CPU appears to be the most significant refresh Intel has ever done to the Itanium architecture. Moving from 65nm to 32nm technology substantially reduces power consumption and increases clock speeds, but Intel has also overhauled virtually every aspect of the CPU. Poulson can issue 11 instructions per cycle compared to the previous generation Itanium's six. It adds execution units and re-balances those units to favor server workloads over HPC and workstation capabilities. Its multi-threading capabilities have been overhauled and it uses faster QPI links between CPU cores. The L3 cache design has also changed. Previous Itanium 9300 processors had a dedicated L3 cache for each core. Poulson, in contrast, has a unified L3 that's attached to all its cores by a common ring bus. All told, the new architecture is claimed to offer more than twice the performance of the previous generation Itanium."
An anonymous reader writes "Der Spiegel reports that Germany has exported more electricity this year than ever before, despite beginning to phase out nuclear power. In the first three quarters of 2012, Germany sent 12.3 terawatt hours of electricity across its borders. The country's rapid expansion into renewable energy is credited with the growth. However, the boost doesn't come without a price. The German government's investments into its new energy policy will end up costing hundreds of billions of dollars over the next two decades, and it still relies on imports for its natural gas needs. It also remains to be seen whether winter will bring power shortages. Is Germany a good example of forward-looking energy policy?"
concealment writes "most of Apple's products are so popular that it seems everything the company does is destined to succeed. But it doesn't take much digging to find a trail of failures and false starts. Even in recent years, there are examples of products that seemed great but never resonated with consumers, and some that seemed so destined for failure it's hard to imagine why any company would have brought them to market. Here are some examples of Apple veering a bit off course."
jbrodkin writes "In this hyper-connected, networked world, many more of our devices are getting linked to the cloud, whether we want them to or not. That's sometimes good, and sometimes bad, so when a basic device like a mouse requires a user to go online and set up an account to activate all of its functionality, people are understandably going to ask why? The latest entry in the saga of 'Why the hell does this thing need to connect to the Internet?' comes from Razer, which has caused an uproar by asking users to register gaming mice on the Internet. While it's mainly for syncing settings across devices, gamers are complaining that certain functionality might not be available unless you create an online account for your mouse. Razer has responded to the controversy, but its answers aren't entirely satisfactory."
Nerval's Lobster writes "Cray has unveiled a XC30 supercomputer capable of high-performance computing workloads of more than 100 petaflops. Originally code-named 'Cascade,' the system relies on Intel Xeon processors and Aries interconnect chipset technology, paired with Cray's integrated software environment. Cray touts the XC30's ability to utilize a wide variety of processor types; future versions of the platform will apparently feature Intel Xeon Phi and Nvidia Tesla GPUs based on the Kepler GPU computing architecture. Cray leveraged its work with DARPA's High Productivity Computing Systems program in order to design and build the XC30. Cray's XC30 isn't the only supercomputer aiming for that 100-petaflop crown. China's Guangzhou Supercomputing Center recently announced the development of a Tianhe-2 supercomputer theoretically capable of 100 petaflops, but that system isn't due to launch until 2015. Cray also faces significant competition in the realm of super-computer makers: it only built 5.4 percent of the systems on the Top500 list, compared to IBM with 42.6 percent and Hewlett-Packard with 27.6 percent."
1sockchuck writes "The Open Compute Project has challenged students at Purdue University to develop a biodegradable server chassis. Although the steel used in most server chassis can be recycled, the OCP says it wants to "explore designs that retain the needed resiliency but push the boundaries of sustainability," even allowing a chassis to be composted. The project aligns with Facebook's goal of separating the technology refresh cycle for CPUs and other components from the surrounding chassis and racks. The Purdue students will tackle this issue next semester, but Slashdot readers can brainstorm the issue now. Is a biodegradable server chassis viable? If so, can it be affordable?"
angry tapir writes "Samsung's recent licensing of 64-bit processor designs from ARM suggests that the chip maker may expand from smartphones and tablets into the server market, analysts believe. Samsung last week licensed ARM's first 64-bit Cortex-A57 and Cortex-A53 processors, a sign the chip maker is preparing the groundwork to develop 64-bit chips for low-power servers, analysts said. The faster 64-bit processors will appear in servers, high-end smartphones and tablets, and offer better performance-per-watt than ARM's current 32-bit processors, which haven't been able to expand beyond embedded and mobile devices. The first servers with 64-bit ARM processors are expected to become available in 2014."
pigrabbitbear writes "There's a reason why Elon Musk is being called the next Steve Jobs. Like Jobs, he's a visionary, a super successful serial entrepreneur, having made his initial fortune with a company he sold to Compaq before starting Paypal. Like Jobs, he saved his beloved baby Tesla Motors from the brink of oblivion. Like Jobs, [he has] a knack for paradigm-shifting industry disruption. Which means he's also demanding. 'Like Jobs, Elon does not tolerate C or D players,' SpaceX board member and early Tesla investor Steve Jurvetson told BusinessWeek. But while Jobs was slinging multi-colored music players and touchable smartphones, Musk is building rocket ships and electric-powered supercars. It's why his friends describe him as not just Steve Jobs but also John D. Rockefeller and Howard Hughes all wrapped in one. His friend Jon Favreau used Musk as the real-life inspiration for the big screen version of Tony Stark. Elon Musk is a badass."
Nerval's Lobster writes "When Hurricane Sandy hit the East Coast, the combination of high winds, rain, and storm surges wreaked havoc on homes and businesses alike. With a data center on the Avenue of the Americas, CoreSite Realty escaped the worst the storm had to offer. But was it coincidence or careful planning? Slashdot sat down for an interview with Billie Haggard, CoreSite's senior vice president of data centers. He's responsible for the design, construction, maintenance, facilities staffing and uptime, reliability and energy efficiency of CoreSite's data centers. He described what it took to weather the worst weather to hit New York City in decades."
concealment sends this quote from Bloomberg: "Apple Inc. is exploring ways to replace Intel processors in its Mac personal computers with a version of the chip technology it uses in the iPhone and iPad, according to people familiar with the company's research. Apple engineers have grown confident that the chip designs used for its mobile devices will one day be powerful enough to run its desktops and laptops, said three people with knowledge of the work, who asked to remain anonymous because the plans are confidential. Apple began using Intel chips for Macs in 2005."