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Love is in the air at the Tokyo Game Show
Dating simulation games are nothing new in Japan; and in fact, there's something for both boys and girls. This particular booth at the Tokyo Game Show was chiefly promoting Voltage Inc.'s romance mobile apps to the ladies, but with a twist: The company brought in some "attractive models" to let attendees "experience the world of romance apps in real life." Japanese girls (and some guys) were actually lining up to try a scene from one of the three games, and needless to say, it's rather entertaining to watch their reactions -- which were unsurprisingly consistent in general -- as the male characters wooed them with a "kabe don." And if you don't know what that is, educate yourselves with our video after the break.
Romance your anime boss in Our Two Bedroom Story for iOS and Android
It's a fantasy come true: After admiring him from afar for so long, you're now moving in with your dreamy boss from work. Will this be the beginning of a budding romance, or is it the start of a workplace disaster? It's up to you to keep your professional life on track while spending quality time with your pretty anime boyfriend in Our Two Bedroom Story, a rare English-localized entry in the otome (female audience-targeted) romance simulation genre released today for iOS and Android devices. "As the player is thrown into her secret, new life with her boss," the game's description reads, "she can experience the excitement of seeing a side of her guy that she never sees at work." Our prediction: He refuses to do the dishes and his room smells like a fart circus. It's up to you, then, to shape him into the boyfriend you want him to be while not getting fired from your day job. That would be awkward. Our Two Bedroom Story's prologue chapter is free to download, but to continue your romantic conquest, you'll need to purchase one of two story paths, priced at $3.99 each. The game's epilogues cost an extra $1.99.
Army scientists juice battery voltage, hike life up to 30 percent
With the modern US soldier turning into a walking gadget, the army has some heavy reasons to lower battery weights. Its own scientists might have the answer, claiming 30 percent energy density jumps could happen using additives they developed. Those "sacrificial agent" materials would bond with electrodes to allow five volts instead of the four they've been stuck on, permitting a "quantum leap" in efficiency and weight. We'll have to see if that'll come to pass, but given the sheer volume of tech that soldiers are strapping on these days, it couldn't be too soon. To see a video of how it works, zap past the break.
Light-based 'Metatronics' chip melts minds, not copper
Engineers at the University of Pennsylvania have flipped the switch on a new type of computer circuit. Unlike conventional silicon, the new chip uses light -- not electricity -- to perform its logic. By creating an array of nano-rods, light-flow can be treated like voltage and current. These rods can then be configured to emulate electrical components such as resistors, inductors and capacitors. The benefits of the so-called "metatronic" system would be smaller, faster and more efficient computer chips, which is clearly a welcome prospect. Another curious property the team discovered, is what it calls "stereo-circuitry." Effectively one set of nano-rods can act as two different circuits, depending on the plane of the field. This means your CPU could become a GPU just by changing the signal. We can't speak for the light itself, but our minds are certainly bent.
Inside Secure announces NFC chips to help distinguish knockoffs from the real thing
If you can't tell if a Rolex or a knockoff Prada bag is fake, your NFC-enabled smartphone will be able to. Toking on a long-standing problem with counterfeiting, French company Inside Secure has released the Vault150 security module, a NFC-based chip that can be embedded into any product a retailer might wish to have authenticated by prospective buyers. This could become as easy as literally embedding the chip, as NFC chips require no power source, can collect RF energy from an NFC reader such as a smartphone and complete an authentication request for a potential buyer. For more intricate products where the chip might have to be buried deeper, Inside Secure has also offered several antenna options that allow the chip to be placed well within an item and still communicate with an NFC reader. In cases where a module needs to be embedded in items like a bottle of wine or pair of shoes, the chip can use a slew of voltage, frequency or temperature change sensors to sense if someone has tried to alter the chip's information and return a warning from there. Along with authentication purposes, the devices could also ping a shopper's handset (in addition to doing cool things like opening doors) when they came within a certain range of a product, informing them as to the savings they might be about to pass by. Final pricing and availability has yet to be announced and there's no guarantee that this will spot every fake, but it'll probably be better at the task than the current champ (yes, Chumlee).
Magnetic Cello almost makes it cool to play the cello (video)
Say hello to the Magnetic Cello, the perfect companion to your magnetic drum kit. Crafted by college student David Levi (AKA "Magnetovore"), the instrument vaguely represents a traditional cello in structure, but the similarities pretty much end right there. To play it, for example, musicians use not a horsehair bow, but a magnetic rod that produces a voltage within an attached coil (the "bridge," in this case). Its "strings," meanwhile, consist of resistive ribbons connected to a voltage-controlled oscillator, allowing users to manipulate volume with the magnet-bow. The result sounds surprisingly cello-like, though Levi says he's still tinkering with its tone and playability. Waltz past the break to see the beast in action for yourself, or find more details in Levi's provisional patent application at the link below.
Intel reveals 'Claremont' Near Threshold Voltage Processor, other conceptual awesomeness at IDF (video)
Thought Intel was done busting out new slabs of The Future at IDF? Wrong. Justin Rattner, the firm's chief technology officer, just took the stage here in San Francisco in order to showcase a trifecta of new concepts, all of which were borne out of research in Intel Labs. The first, and perhaps most notable, is the Near Threshold Voltage Processor (code-named "Claremont"), which relies on novel, ultra-low voltage circuits that dramatically reduce energy consumption -- like EnerJ, but not. How so? Well, by "operating close to threshold, or turn-on voltage, of the transistors," it's able to scream when needed or scale back dramatically (below ten milliwatts) when the workload is light. If you're curious as to just how low that is, we're told that it's low enough to keep running while powered only by a solar cell the size of a postage stamp. Sadly, the research chip isn't destined to become a product itself, but Intel's hoping that the knowledge gained could lead to "integration of scalable near-threshold voltage circuits across a wide range of future products, reducing power consumption by five-fold or more and extending always-on capability to a wider range of computing devices." As for demos? A smattering of multicore / multiprocessor sessions aided Intel in upping its bragging rights, and we were informed that coding for multicore setups is "easier than the press makes out to be." The outfit also took the opportunity to release a Parallel JS engine to the open source crowd, adding data-parallel capabilities to JavaScript to purportedly "speed up browser-based services such as computer vision, cryptography, and 3D games by up to eight-fold." Furthermore, a newly revealed Hybrid Memory Cube -- complete with seven times better energy efficiency than today's DDR3 memory -- was also unwrapped. More details can be found in the links below, and we've got your unveiling video embedded just beyond the break. %Gallery-133942%
IBM develops 'instantaneous' memory, 100x faster than flash
You've got to hand it to IBM's engineers. They drag themselves into work after their company's 100th birthday party, pop a few Alka-Seltzers and then promptly announce yet another seismic invention. This time it's a new kind of phase change memory (PCM) that reads and writes 100 times faster than flash, stays reliable for millions of write-cycles (as opposed to just thousands with flash), and is cheap enough to be used in anything from enterprise-level servers all the way down to mobile phones. PCM is based on a special alloy that can be nudged into different physical states, or phases, by controlled bursts of electricity. In the past, the technology suffered from the tendency of one of the states to relax and increase its electrical resistance over time, leading to read errors. Another limitation was that each alloy cell could only store a single bit of data. But IBM employees burn through problems like these on their cigarette breaks: not only is their latest variant more reliable, it can also store four data bits per cell, which means we can expect a data storage "paradigm shift" within the next five years. Combine this with Intel's promised 50Gbps interconnect, which has a similar ETA, and data will start flowing faster than booze from an open bar on the boss's tab. There's more detailed science in the PR after the break, if you have a clear head.
EnerJ power-saving system prioritizes CPU voltage, may reduce energy consumption by 90 percent
It takes a lot of energy for computing systems or data centers to patch up critical errors, but what if we devoted less power to fixing less urgent issues? That's the basic idea behind EnerJ -- a new power-saving system that could cut a chip's energy consumption by 90 percent, simply by prioritizing critical problems over those that are less threatening. Unlike, say, liquid cooling techniques, the University of Washington's framework focuses exclusively on the programming side of the equation and revolves around two interlocking pieces of code: one that handles crucial, precision-based tasks (e.g., password encryption), and another designed to deal with processes that can continue to function, even when facing small errors. The system's software would separate the two codes, meaning that energy from one section of the chip would never be used to fix a major problem that the other should address, while allowing engineers to more efficiently allocate voltage to each region. The system has already cut energy usage by up to 50 percent in lab simulations, but researchers think the 90 percent threshold is well within their reach, with computer engineering professor Luis Ceze (pictured above) predicting that the system may even be able to increase battery life by a factor of ten. The team is hoping to release EnerJ as an open-source tool this summer, but for now, you can find more information in the PR after the break.
Hurt Locker lawsuit targets a record-breaking 24,583 IP addresses
It's been almost a year since the producers of The Hurt Locker filed a lawsuit against 5,000 alleged pirates suspected of distributing the film via BitTorrent. Now Voltage Pictures has updated its complaint, adding almost 20,000 IP addresses to the list of defendants. That makes it the largest file-sharing lawsuit of all time -- a crown previously held by the company behind The Expendables, according to Wired. The plaintiff has already reached agreements with Charter and Verizon to identify individual users, but no such deal with Comcast, who owns nearly half the supposedly infringing addresses. Linking those addresses with user accounts would let Voltage manage individual settlements -- probably somewhere between $1,000-$2,000 -- rather than continue legal action. All of this eerily echoes the Oscar-winning film's plot, about an adrenaline junkie who couldn't resist downloading just one more movie. Or defusing one more bomb. We're a little fuzzy on the details, but venture into TorrentFreak to scan for familiar IP addresses.
iDVM Digital Multimeter collects voltage readings on your iDevice, shares them with whoever cares
This, dear reader, is the iDVM Digital Multimeter -- the world's very first iDevice-enabled voltmeter, from Redfish Instruments. Designed with auto technicians, electricians and engineers in mind, the iDVM uses an ad hoc wireless network to connect to any iPad, iPhone or iPod Touch, allowing users to record voltage, resistance and current directly from their palms. Once you've purchased the multimeter and downloaded the accompanying iDVM app, you'll be able to gather electrical measurements from up to 30 yards away from your target, log data over extended periods of time and export your findings in spreadsheet or graph displays. The rechargeable battery-powered device can also read your measurements back to you, which should make you feel slightly less lonely while digging around your car's engine at 3 am. We're still not sure why anyone would want to juggle their iPhone while chasing down a shorted wire, but if you do, the iDVM starts shipping on June 1st, for $220 -- which could buy you about 40 less complicated multimeters from Harbor Freight. Full PR after the break.
Erase a CD like a boss (video)
And here we thought that electricity was only good for reanimating monsters.
Apple patent application points to denser batteries, improved charging technique
Some might think a ten-hour Macbook battery mighty fine, but we're happy to say that Cupertino's not quite satisfied. AppleInsider spotted a pair of Apple patent applications detailing a improved way of juicing up those lithium-polymer cells, which should greatly increase the number of recharge cycles they can endure -- or, optionally, allow Apple to use denser batteries that last longer on a charge. We'll break it down for you: the graph in the upper-left shows how Li-ion batteries currently charge, first very rapidly (constant current, increasing voltage) and then more slowly (constant voltage, decreasing current) to top the cells off. What Apple's proposing is the multi-step method depicted on the right, where current and voltage trade off, to charge the battery while being far less harsh on the physical chemistry of the electrodes inside. As you can see in the bottom graph, the multi-step CC-CV cells lose much less of their potential after 300 recharge cycles, but that's not all Apple's cooking up -- the company figures that it can increase the thickness of the electrodes to improve battery life (by as much as 28Wh/L, according to one chart) without negative effect thanks to the softer charge. Sure, we'd rather have plant-eating graphene supercapcitors, but this sounds like a plan for now.
Hurt Locker producer brings the pain (and lawsuits) to 5,000 suspected pirates
We heard earlier this month that Hurt Locker producer Voltage Pictures had teamed with US Copyright Group in an effort to go after individual BitTorrent users who downloaded the film. Now, it looks like the lawsuits have been filed, and boy, is there a lot of paperwork to go around. The lawsuit is targeting 5,000 defendants, currently unidentified but might soon be unmasked via subpoenas issued to the related ISPs. And what might the damages be? The Hollywood Reporter, Esq. blog cites a previous suit over the film Far Cry, where the plaintiffs demanded a minimum of $1,500 from each defendant, up to $150,000 for cases that make it to trial -- and no, there isn't a body suit in the US Army EOD unit strong enough to make it go away.
Console power consumption charted by Aussie site
Australian consumer website Choice has delivered a fairly comprehensive chart regarding the cost of keeping our favorite electronics plugged in. The chart converts electrical cost into Australian dollars, so unless you live there, it might be more informative to compare the various energy measurements.The Wii is clearly the most energy efficient console currently on the market, which a similar study established last year. But despite the energy efficiency of all the consoles, we're sure Greenpeace still isn't happy with all the chemicals it takes to make our game-playing boxes of joy.[Via Wii Fanboy]
Ultra Products unveils 2000-watt X3 ATX power supply
We're all about watching new "world's (insert adjective here)" gizmos become a reality, and we certainly don't mind the occasional dash of overkill, but Ultra Products' forthcoming power supply takes "insane" to another level. In what's presumably the world's largest, most powerful PSU to call an ATX case home, the 2000-watt Modular X3 comes in at 10.25-inches in length and will reportedly fit "wherever a PC Power & Cooling 1000-watt version will". The +12V rail alone is rated at 1800-watts, which means that it can purportedly handle a 150A load, and just might cause some sort of small disaster if actually achieved. Nevertheless, the smorgasbord of connectors allow for more power connections that most could even fathom needing, but Ultra believes that this PSU should remove all worry over whether or not your rig "has enough juice." While it's easy to brush this off as completely absurd, the latest AMD scorchers combined with a few NVIDIA GeForce 8800 GTX or ATI R600 cards could easily eat up a good bit of the supplied power, so if a ginormous power supply was the only thing missing from finishing up your energy-sucking rig, Ultra's X3 should be available sometime this quarter for "less than $499."[Via Digg]
Wii problems and solutions
Certainly, the Wii isn't having the technical issues that the Xbox 360 had at launch. Still, no batch of hardware is without defect, and scattered reports from around the country bring several issues into the harsh light of reality.The first issue, and perhaps most prevalent, is a recent WiiConnect24 update causing recurrent error codes for any and all online functionality. It only happens to a few, causing error codes 110213 and 32002 (how many errors can this thing have?). The solution? If you don't mind losing saved data (and most importantly, Virtual Console games, which are tied to a specific system), you can contact Nintendo and they'll send you a new unit within 3 to 4 business days. The other is a bit trickier; you'll have to contact Nintendo and have them send you a shipping label, with which you may send your Wii off to repair-land. This option will take at least two weeks, so it's best avoided.Another problem seems to stem not from the Wii, but from the power supply and adapter. If you have a voltmeter handy (and you should!) you can check if the adapter if properly outputting power. If you believe this is the problem, there's a handy fix-it-yourself solution: while the Gamecube power supply doesn't quite fit into the Wii, you can make it fit. Here's some advice from reader Jay:"I took a knife and bent out the plastic sides in order to get it to fit into the Wii. Make sure to put positive w/ positive and negative w/ negative, which is listed on the the back of the brick. But, if you're lazy, the flat (read: not round/circular) side goes in to side which has like and angled cut off piece. Well lo and behold, the red standby light turned on and the Wii worked! [By the way], the modded adapter sill works in the Gamecube, but you may have to tape it in to make sure it doesn't fall out."Rock on, Jay. Are you guys having any other problems, and if so, do you have some possible solutions?[Image courtesy of smashmywii.com, which, by the way, has their official video available for download.][Oh, and thanks Jay!]
