Physicists calculate the end of Moore's Law, clearly don't believe in Moore's Law
[Via Slashdot]
computing posts
Considering that ATI and NVIDIA don't seem to be making any substantial strides in reducing the amount of energy required to run their products, it's a tad surprising to hear of an entire supercomputer running a bit leaner than the competition. Hoping on the ever-growing green bandwagon, University of Edinburgh developers are at it again, this time crafting an uber-speedy machine that's reportedly "ten times more energy efficient and up to 300 times faster than its traditional equivalents." Based on field programmable gate arrays (FPGA), the chips are not only very difficult to program, but they can currently only be used "to perform very specific tasks." Of course, the creators are more interested in the extreme number crunching and power saving abilities than anything else, and while no commercial uses have been identified just yet, the machines could purportedly be used in fields such as "drug design, defense and seismology."
NASA has confirmed that it built a quantum computer under contract for Canadian startup company D-Wave Systems Inc. after D-Wave was accused of faking a recent demonstration to businesses and academia. During a demonstration last month, the company revealed that its 16 qubit (more qubits = more processes) quantum processor had been left back at the company's offices, and therefore the test would be show via an internet link. According to D-Wave CEO Ed Martin, "businesses aren't too fascinated about the details of quantum mechanics": unfortunately, a group of industry experts were interested, and they made their skepticism clear. The result is NASA's confirmation that it did in fact construct D-Wave's quantum processor design under contract; a confirmation that most people will be inclined to accept. The underlying technology shown in the demonstration was the use of a normal digital processor in conjunction with a quantum chip, which D-Wave hopes will enable commercial applications of quantum computing. D-Wave is planning to up its design from 16 qubits to 1,024 qubits by the end of 2008, a rather controversial aim for some that think practical quantum computing is still up to a decade away. There's gotta be something about quantum computing that puts scientists on edge: perhaps it's the platform's potential to make all current forms of encryption obsolete ...
We should start off by saying that this could be nothing but cautionary corporate-speak, but rather than confirming the scheduled January ship date for Windows Vista -- which is what everyone at the company's annual analyst meeting wanted to hear -- Microsoft exec Kevin Johnson seemingly opened up the door to fresh delay rumors by telling attendees that the beleaguered OS will be released "when it is available." Johnson's comments came as a response to analysts who wanted to know if Vista was still on track for a January release; instead of a simple "yes," however, he told the group that "we are going to ship the product when it is ready, and we are going to take it milestone by milestone." Now, what sounds like a non-denial of further delays could simply be part of a new policy to avoid making specific promises, but following Bill Gates's recent "statistical analysis" that Vista is only 80% likely to ship in January, this development is troubling to say the least. At this point we don't really know what to expect anymore, and since our current XP-powered setup already does everything we need it to, we're getting pretty close to not caring if Vista is ever released at all.
If you're one of the many folks eagerly awaiting the January release of Windows Vista, then there's a small-but-not-insignificant chance that you may be in for a letdown -- a 20% chance, actually, according to outgoing Microsoft CTO, lifelong Engadget reader, and occasional video pirate Bill Gates. During a presentation in Cape Town, South Africa, Mr. Gates informed his audience that although there's an 80% probability that the next-gen OS will ship as scheduled, "we've got to get this absolutely right," and stressed that "if the feedback from the beta tests shows it is not ready for prime time, I'd be glad to delay it." Now, we can't imagine that anyone would want to purchase buggy software, so it's reassuring to see that Microsoft is committed to only pushing a polished product out the door, but we have to say that Gates' choice of words here makes him come across as just a little cavalier. Because if he's "glad" to continue frustrating us with these tragi-comic delays, then there's probably quite a few people out there who will be just as glad to stick with their copies of XP out of spite -- or even worse, make the dreaded leap over to Leopard or Linux.
If you were wowed by those Japanese modders who overclocked their stock CPU to 7GHz, wait till you hear about IBM's latest foray into the world of ultra-fast computing: together with researchers from the digital camera-hating Georgia Institute of Technology, Big Blue has managed to overclock a chip to an unheard of 500GHz. Granted, the model they used already had a blistering native clock speed of 350GHz to begin with, but we're still floored that you could actually coax a small silicon wafer into operating at an incredible half-terahertz. As you probably suspected, there's no way to achieve speeds like this at room temperature, so the team froze their high-performance silicon-germanium chip to a super-chilly negative 451-degrees Fahrenheit, which is just eight degrees above absolute zero. Unfortunately, after learning about this breakthrough, electronics giant Sony apparently felt that consumers would no longer be impressed with their much-hyped Cell processor, so they've once again delayed the PS3 until IBM can make the liquid helium-cooled CPUs suitable for mass production . Expect the 500GHz PS3 to hit stores sometime in 2011.
Ken Fisher over at Ars Technica has done us all a good turn and pored over the latest version of the mind-numbingly boring Windows Vista Logo Program Device Requirements documentation, summing up the key features that consumers can expect to see from machines sporting the Vista Premium logo. Effective immediately, PCs wishing to display the coveted sticker must rock only USB 2.0 ports, at least one digital output for all add-in video adapters, 100Mb Ethernet and/or WiFi (which must be of the 802.11g flavor), and HD audio quality that passes some kind of "high-fidelity audio experience test," with other requirements concerning Serial ATA drives, HDCP compliance, HD playback, and support for bootable USB drives going into effect on June 1, 2007. Also noteworthy in Fisher's analysis is his claim that hybrid hard drives will not in fact be necessary for laptops to flash the Premium logo, as previously reported by TG Daily based on a conversation with Microsoft at TechEd. Instead, Fisher argues that the so-called "Storage Requirement 0005" in question is only a list of technical standards that need to be met by hybrid HDDs should manufacturers choose to include them in their devices, which makes sense after considering how unlikely it is that Redmond would force such a new and unproven technology down people's throats.
Averatec has just released the first member of its new 1100 series of ultra-portable notebooks, the AV1150-EW1, which sports the same low voltage Pentium M chip that we saw last year in the company's 1000 series, but improves on several other key specs. The most notable difference between the two series is the inclusion of a DVD burner on the new model, although doubling the RAM from 512MB to 1GB is certainly a much appreciated bump as well. All the rest of the features -- 80GB HDD, integrated graphics, WXGA display, and 802.11b/g -- remain the same, and yet Averatec has still managed to shave off a few ounces to help the 1150 weigh in at just 3.4 pounds. Available immediately online or in select stores, we found this model selling for a wallet-friendly $1,300, which is a bit less than the AV1050 commanded at its debut.










