Kevin Martin, chairman of Federal Communications Commission, is doing his best to sell his free, porn-free internet dream. The plan is – if you were on an intergalactic voyage all this while - to auction AWS-3 spectrum to a company willing to provide nationwide wireless broadband internet for free and sans pornographic content. “More and more people expect and demand to have access to the Internet and new wireless technologies,” Martin apprised USA Today about the increasingly insatiable thirst for broadband.
He rests his case on the absolute necessity of broadband and compares it to copper lines as the most prominent means of communication. His plan hasn’t gone down well with T-Mobile which believes that wireless services in the AWS-3 spectrum will interfere with its own services in the AWS-1 range. But Martin tried to allay such fears by telling USA Today that engineers are busy finding a solution.
There is certainly a case for free wireless broadband if one considers the abject rate of broadband penetration in the U.S with only 38% of rural America enjoying broadband, according to a report by Communications Workers of America. Furthermore, the percentage of broadband homes is only 25% amongst households with annual incomes of $20,000 or below.
What the MPC Readers Are Saying: But T-Mobile is not the only one frowning. Many people, including a few MPC readers, don’t like the porn-free part of the proposal. “I would rather see nationwide free internet fail completely than to see our government actively "filtering" the net. Leave net censorship to the Chinese,” wrote a charged up MPC reader; and “porn drives innovation,” according to another.
We've already had some hands-on time with Bloomfield, Intel's high-end Nehalem part (officially named Core i7). But we know that not everyone's going to make the jump on board this new platform when it's released later this year. Bloomfield pricing hasn't been announced yet, but we expect it to be in the high-end enthusiast range -- ie. only affordable for price un-conscious buyers.
For mainstream system builders, Intel's solution will be Lynnfield, a socket 1160 CPU that'll have its own motherboard configuration. Lynnfield processors will be incompatible with X58 motherboards sporting socket 1366 -- though Intel assured us that they won't phase out the Bloomfield platform once Lynnfield is released in Q1 of next year (unlike what happened with AMD's socket 940 platform). Another difference: Lynnfield's motherboard will run two-channel DDR 3 memory, as opposed to the highly-touted tri-channel setup in Bloomfield.
We were lucky enough to snap up a few spy shots of an early Lynnfield motherboard, shown below:
Can you spot the differences between a Lynnfield and Bloomfield motherboard? Take a closer look after the jump.
Intel is currently busy renovating its Classmate notebook by adding a few cool features. The diminutive notebook will receive more than a trivial facelift as the revamped version will feature a touch-screen and tablet functionality. That is not all, the notebook will now feature an Intel Atom – it currently employs a Celeron M with a primeval clock speed of 900 MHz. The Classmate PC is primarily designed for students, especially in emerging countries. The Classmate PCs that run on different Linux versions or Windows XP Professional are produced and marketed by OEMs and not Intel.
Rockville-based B2B firm Hillcrest Labs, which licenses its technologies to major CE companies, has filed a complaint against Nintendo with the U.S. International Trade Commission and a patent infringement suit in the U.S. District Court in Maryland. Hillcrest Labs alleges that the motion-sensitive Wii Remote and the console’s navigational interface display system are in violation of four of its patents. The company is praying for an embargo on the import of Nintendo Wii in the U.S. The Wii is so much fun that it would be a cardinal sin to even consider the possibility of it being banned anywhere. But the possibility exists as the jury is now quite literally out on the veracity of the allegations. Let’s see how this pans out.
We don't know what it is about the year 2012 that has the technological world gunning for it, but we've heard predictions ranging from Linux losing it's command line, to mini-notebooks exploding onto the market with 50 million units expected to ship. There's even talk of being able to book 3-night getaways in outer space, and humans turning into robots! But if we had to pick one prediction most likely to come true, it would be that mobile broadband will hit 100Mbps by 2012, beating fixed line broadband to the punch.
According to the GSM Association (GSMA), demand for faster data speeds in Asian markets is pushing Long Term Evolution (LTE) technology that could deliver speeds up to 186Mbps in the not too distant future.
"The places we expect to see it first are Japan and South Korea in early 2010 and [former Vodafone chief] Arun Sarin said he expects to see the technology in the European market by 2012," said Dan Warren, GMSA director of technology.
Despite the strides being made, Warren doesn't see mobile networks completely replacing fixed lines anytime soon. Of course, none of this will matter if the other predictions come true and we all become half-human, half-robots living in outer space by 2012.
More than just the light of the future, LEDs are emerging in the here and now, and not just small markets either. New York City's Department of Transportation has contracted with the Office for Visual Interaction (OVI), a lighting design group, to test pilot LED street lighting. If the test goes well, it could lead to all 300,000 of NYC's street lamps being replaced with LED versions.
But it's not just the lamps that are getting overhauled, but the pole design as well. The OVI contract calls for a complete redesign, one which will like take on a sleek look with dedicated channels to hang various decorations.
The $1.175 million contract is expected to result in a payback period of two to three years for each pole replaced, along with a 25 to 30 percent power reduction. But the real savings will only come if the test proves successful. The initial demonstration will replace just six street lamps, with the testing period lasting until fall of next year.
It's not often that a technology comes along that significantly changes the way we do things, but we're on the verge of such a transition if Intel succeeds in its latest endeavor, and it has nothing to do with Nehalem. Instead, the chip maker has made progress in a technology that could pave the way for the wireless recharging of electronics.
Intel claims it has found a way to increase the efficiency of a technique for wirelessly powering consumer gadgets and computers, potentially allowing a person to place a device on a computer desk to power it. In short, the technology could do for powering gadgets what Wifi has done for internet access.
"Something like this technology could be embedded in tables and work surfaces, "said Justin Rattner, Intel's CTO, "so as soon as you put down an appropriately equipped device it would immediately begin drawing power.
The technology uses a magnetic field to broadcast up to 60 watts of power two to three feet, while only losing about 25 percent of the power in transmission. And while some start ups have also announced similar wireless charging technologies, those demonstrations have required that the consumer gadgets touch the charging station.
3DFX changed the gaming landscape forever when it brought 3D graphics to the masses, and in a similar fashion, ray tracing technology looks to be the next big revolution on the horizon. The promise of photo realistic scenery has provoked both developers and gamers, but is real-time ray tracing in games anywhere close to being a reality?
In an interview with Tom's Hardware, Intel's Daniel Pohl talked about the API Intel is using to showcase ray tracing demos and what he thinks needs to happen before the technology will be ready for commercial development.
"Creating higher image quality even faster. That requires smart anti-aliasing algorithms, a level of detail mechanism without switching artifacts, particle systems that also work in reflections, a fast soft shadowing algorithm, adoption to upcoming hardware architectures. We have some topics to keep us busy," said Pohl.
In the case of ray tracing, it's a matter of the hardware needing to catch up with the software. Pohl and his team of ray tracing researchers have been "targeting future architectures that consists out of tens, hundreds, and even thousands of cores," noting an almost linear scaling of frame rates with the number of processor cores.
Intel isn't the only one looking to push ray tracing technology into the mainstream, with Nvidia putting on demonstrations of its own. Here's hoping the race to the finish line ends up resembling more of a sprint than a marathon.
DreamWorks Animation and Intel announced at IDF that, beginning next year, films under the DreamWorks banner will all be in next-gen 3D. Last month, the studio had announced that it was going to replace its AMD hardware with Intel’s future chips with multi-processing cores. Now it has been confirmed that Intel’s upcoming Larrabee (codename) graphics chip will form the crux of the partnership. The two partners even unveiled a 3-D movie image brand called InTru 3D. The technology is also targeted at the video games industry and the internet. AMD has also been touting its Cinema 2.0 tech that it claims will pulverize the wall between movies and games.
CRN recently reported on a research from internet security vendor Marshal that found out of the 622 users polled 29.1% admitted to having purchased items through spam emails.
I seriously hope this was just a particularly ignorant group of Internet users. Okay, now hear this; Buying stock through spam email amounts to lighting a match to your hard-earned cash. There is no magic pill to make your penis bigger or make you better in bed. Buying crap through spam encourages spammers to spam more. In other words, don’t do it! Those of us with a clue will thank you, if we don’t cuff you first.