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Google might offer TV / phone service over its fiber network
Google has mentioned more than once that its Google TV platform isn't about replacing traditional pay-TV services, and now the Wall Street Journal reports it might be about to offer one of its own. Don't cancel your cable, satellite or IPTV service just yet though, as this would merely be an expansion of the fiber internet it will offer in the Kansas Cities, offering video and phone service as well. Reportedly it's looked into offering channels from the families of Disney, Time Warner and Discovery, but nothing is set in stone at this point. As CBS' attitude towards Apple TV makes clear, actually getting into the service biz can be complicated and costly, but we figure Mountain View has to fill those 1Gbps pipes with something other than Turquoise Jeep videos.
Google Fiber beta test goes live, bathes Stanford in high-speed regularity
When we last checked in on the Google Fiber project, engineers were busy laying the groundwork for a 1Gbps network across both Kansas Cities, while preparing to launch a beta test near Stanford. Now, it looks like the beta service has gone live in the Palo Alto area, according to a lucky Reddit user who claims to be using it. The ISP is available free of charge to students and faculty members within the area, at pretty mouth-watering speeds. No word yet on when the Kansas City communities will receive similar treatment, but you can gaze in awe at the Stanford Speedtest result, after the break.
Google Fiber puts boots on the ground, begins detail engineering in Kansas Cities
We've come a long way since Google first started taking about launching a fiber-based ISP -- from beta tests, to hopeful communities, to Topeka fools day, to selecting not one, but two Kansas Cities. Now, it's "boots on the ground," time according to the Google Fiber blog: detail engineering starts now. In the coming weeks, Kansas City residents (presumably on both sides of the Kansas / Missouri border) can expect to see El Goog's engineers measuring phone poles, gathering geographical data, and asking hard-hitting questions, like "What is your address?" All this footwork will help Google get a head start on building that sweet, ultra-high-speed gigabit network. Not the most glamorous bit of Google magic we've ever seen, but it's still exciting to hear that preliminary work has begun. Of course, it would be even more exciting if this were coming where we lived.
NC State discovery finds optimal connections 10,000 times more quickly, ResNet admins do a double take
Ever wondered how just one message in an average Chatroulette session finds its way to whatever destination fate may deem suitable? Sure you have. As it stands, every single pulse from your Ethernet socket starts its initial journey by hunting for an optimal connection path; in some cases, that involves routing through massive ring networks crossing over untold miles of fiber optic cabling. Using traditional techniques, nailing down an optimal solution for a ring can take eons (or days, whichever you prefer), but there's a new methodology coming out of NC State's den that could enable the same type of scenario to reach its natural conclusion 10,000 times faster. Dr. George Rouskas, a computer science professor and proud Wolfpacker, has just published a new paper describing the scheme, with the focal point being a "mathematical model that identifies the exact optimal routes and wavelengths for ring network designers." More technobabble surrounding the discovery can be found in the source link below, but unfortunately, there's no telling how long it'll take your impending click to be addressed using conventional means. Here's to the future, eh?
Sonic.net starts trial of 1Gbps fiber-to-the-home internet in California, asks just $70
You'll be forgiven for not being intimately familiar with Californian ISP Sonic.net, though we get the feeling you'll also wish it operated a little closer to your abode by the time you've finished reading this. You see, Sonic has always dabbled in the business of high-speed, low-price internet connectivity, and now it's going for the jugular with a new fiber-to-the-home service, which costs just $69.95 a month, reaches speeds up to 1Gbps, and bundles in two phone lines and unlimited long distance calling. Just for reference, Comcast's "Extreme" 105Mbps connection costs $105 a pop when taken as part of a bundle, whereas Sonic's budget menu option will net you a 100Mbps line for $39.95 (plus a phone line with unlimited calls). Understandably, Sonic's grand plan is starting out small, with a trial in Sebastopol spanning 700 households, but provided the company doesn't go bust by giving people so much for so little, expansion to bigger cities will follow, with San Francisco and Santa Rosa being the prime candidates. And just in case you're questioning Sonic's credentials, Google's chosen the ISP to manage its gigabit fiber network at Stanford University, and who knows ultrafast broadband better than Google? [Thanks, Roland]
Researchers create 26 terabit-per-second connections with just a single laser
Remember that pair of 100 terabit-per-second connections we told you about earlier this moth? Impressive? Sure, but not entirely practical thanks to the massive banks of lasers (370 to be exact) that guzzled several kilowatts of electricity. Researchers at the Karlsruhe Institute of Technology in Germany haven't hit 100Tbps yet, but they were able push 26Tbps using just one, lonely laser. The new single-laser fiber-optic speed record was set using a technique called fast Fourier transform that pulses light at an incredibly high rate with data encoded in 325 distinct colors across the spectrum. A detector at the receiving end is able to distinguish between the various colored data streams, based on tiny differences in arrival time, and recombine them into a high-speed torrent of ones and zeros. The scientists behind the project believe that, eventually, the technology could make its way into commercial use and be integrated into silicon chips. Now, someone needs to hurry up and jack our FiOS connection into this thing -- all this talk of terabits-per-second and graphene modulators, yet we're still jealous of grandma Löthberg.
Researchers create two 100 terabit per second optical connections, dare us to torrent something
Even a woman with a 40 Gbps internet connection might feel a twinge of jealousy at this news -- Japan has successfully tested two separate 100 terabit per second data links that use a single optical fiber to carry their loads. New Scientist reports that NEC scholars stuffed the light from 370 lasers into 165 kilometers of fiber to achieve a speed of 101.7 Tbps, while NICT researchers set a new record of 109 Tbps using a special fiber with seven cores to manage the trick. We imagine that Alcatel-Lucent and NTT aren't sitting still. Not that we really care who has the fastest fiber... just so long as one end leads to our house.
South Pacific's Vanuatu grabbing fiber internet connection, sidesteps 'remote' stereotype
Ever been to Vanuatu? Neither have the vast majority of the world's inhabitants -- particularly those who simply can't function off the grid. For ages, the island archipelago has relied on sluggish, unpredictable satellite connections for eBay bids and liveblog following, but it looks as if fares to the blossoming nation are about to head even further north. Around this time next year, the Pacific Island destination will be connected to the real internet, thanks to an undersea optical fiber backbone cable linking it to nearby Fiji. Interchange and Alcatel-Lucent will be working to lay and operate the 1,230 kilometer cable system, which will "link directly into the high capacity Southern Cross Cable between Sydney and Hawaii." At first, the system will be equipped to handle 20Gbis/sec -- a figure that dwarfs the country's current capacity by 200x. In time, that should creep up to 320Gbit/sec, enabling your future vacation videos to hit YouTube in record time. Total cost? $30 million, or a drop in the bucket compared to the economic boom that's bound to transpire.
Fujitsu to build 1Gbps fiber optic broadband network in the UK, but needs BT to play fair first
Good news for anyone feeling left behind by the broadband revolution just because of their post code: Fujitsu has just announced a joint venture to deliver fiber optic connectivity to neglected rural homes in the UK. Built on hardware provided by Cisco and supported by Virgin Media and TalkTalk, this network will focus on channeling fiber directly to the home, which is said to provide symmetrical 1Gbps bandwidth with up to 10Gbps speeds considered possible down the line. Best news of all, perhaps, is that the cabling will be available on a wholesale basis to all ISPs, not just the ones involved in the project, so the UK may finally get a decent taste of what competition in the internet service space feels like. Alas, there's a key line in the press release that notes the new venture is dependent on BT providing "access to its underground ducts and telegraph poles on fair, reasonable and non-discriminatory terms," which it apparently isn't doing at the moment. Ah well, we're sure they'll sort things out like the mature professionals that they are. Full PR after the break.
Nanogenerators produce electricity by squeezing your fingers together, while you dance
It's been a while since we last heard about nanogenerators -- you know, those insanely tiny fibers that could potentially be woven into your hoodie to juice up your smartphone. Dr. Zhong Lin Wang of the Georgia Institute of Technology has reported that he and his team of Einsteins constructed nanogenerators with enough energy to potentially power LCDs, LEDs and laser diodes by moving your various limbs. These micro-powerhouses -- strands of piezoelectric zinc oxide, 1 / 500 the width of a single hair strand -- can generate electrical charges when flexed or strained. Wang and his team of researchers shoved a collection of their nanogenerators into a chip 1 / 4 the size of a stamp, stacked five of them on top of one another and can pinch the stack between their fingers to generate the output of two standard AA batteries -- around 3 volts. Although it's not much, we're super excited at this point in development -- imagine how convenient to charge your phone in your pocket sans the bulky battery add-ons. And that's only one application of this technology. Yea, we know.
Fruity nanofibers could make for super-strong plastics, banana-flavored body panels
Carbon fiber is still the material of choice for high-end components that need lots of strength without a lot of weight, but wouldn't life be better if those components were made of pineapple? Apparently, yes. At least that's the case according to Brazilian scientists led by Alcides Leão, who have created so-called nanofibers from the pulp of various fruits, including pineapple leaves and coconut shells. These are processed down to create nano-scale threads that, when added to plastics, form a composite 30 percent lighter than carbon fiber yet three or four times stronger. Healthier, too. No word on when this stuff might be in full production, but we look forward to cradling our future fruit-based gadgets.
Google's gigabit fiber network to be built in Kansas City, Kansas; people of Topeka reportedly crestfallen
We were just wondering what Google was doing with that super-fast gigabit network it promised to set up in one lucky city and here's finally a fresh development. The winner has been chosen and it's Kansas City, Kansas. Having the winning community in its own state will be quite the bitter pill for the people of Topeka to swallow, as they actually renamed their town to Google, Kansas, just to try and appease the Mountain View overlords. Hey, we're sure Google knows best! An agreement has now been signed to roll out the fiber goodness in Kansas City, which should result in gigabit service becoming available to locals in 2012. A press event is scheduled for 1PM ET, which will be livestreamed at the YouTube link below, and you can check out the announcement video after the break while you wait. Update: That livestream is rolling, folks! Google's reps just said "this is the beginning and not the end." Kansas City, Kansas, will be just the first market where this 1Gbps goodness will be installed. Guess there's hope for the rest of us yet.
Researchers manage 448Gbps on commercial hardware, coming soonish to a trunk near you
We've seen many a theoretical demonstration of lightning-quick networks, but most use some rather special purpose hardware -- like lasers and such that your average ISP doesn't have hanging around. However, this new benchmark of 448Gbps is a little more impressive because it was achieved on commercial fiber hardware. A few teams of researchers were the ones shoveling the bits, including the Sant'Anna School of Advanced Studies in Pisa, the National Inter-university Consortium for Telecommunications (CNIT), and good 'ol Ericsson. It's said to be the world's first transmission line operating at that speed, and what's most impressive is that it'll be tested on further network segments in the coming months ahead of becoming an actual product at some point in the not-too-distant future. Not soon enough.
Google Fiber's 1Gbps ISP 'test community' selection delayed until 2011
As you can imagine, the call for a community to be the recipient of Google Fiber's 1Gbps network was met by an overwhelming response. Indeed, the response was so great that while the recipient of all that bandwidth was to be announced at the end of this year, it looks like they won't have a decision until early 2011. In the meantime, the project will continue to offer insanely high download speeds to Google's campus and an 850 home beta network in Stanford.
Verizon bringing 150 / 35Mbps internet to FiOS customers, enraging customers of all other ISPs
You know, we're pretty stoked for the folks who just so happen to reside within Verizon's relatively minuscule FiOS service footprint, but rather than hooking up those who've already been adequately hooked, why not spread that fiber cheer over to a few extra states? Alas, it looks as if the FiOS rollout is on an indefinite hold, but those lucky enough to have access will soon have the ability to upgrade their existing internet service to this: a 150/35Mbps option. That's 150Mbps down and 35Mbps up, and as far as consumer-grade services in America go, it's pretty much as good as it gets. Verizon is claiming that it'll be available to order by consumers at the end of this year, with small businesses seeing the option shortly thereafter. 'Course, no pricing details are mentioned, but it's not like it matters -- you'll cash in whatever Yuletide gifts you have to in order to get this, right? Update, Verizon pinged us with a few points -- for starters new speed is available today to the majority of our FiOS customers in 12 states and the District of Columbia, with more and more to get it in due time. As for pricing? The 150/35 Mbps residential offer will be available to the majority of FiOS-eligible households, and sold as a stand-alone service starting at $194.99 a month when purchased with a one-year service agreement and Verizon wireline voice service. Not exactly a "bargain," but like we said, you're still finding a way to make this happen.
Google to beta test 1Gbps fiber internet service at Stanford's Residential Subdivision
Right after having a giant Christmas tree as your mascot comes the next best reason to be a Cardinal: the chance to have 1Gbps internet from Google. If you'll recall, the Big G announced earlier this year that it was planning to rollout a 1Gbps fiber connection to between 50,000 and 500,000 homes in a given community, and while the search is still ongoing for the perfect fit (that's expected to be announced by the year's end), Google's using a sliver of Stanford's campus to trial things before heading public. The university's Residential Subdivision -- a group of approximately 850 faculty- and staff-owned homes on campus -- will be the testing grounds for the aforesaid internet service, and the current plan is to break ground on the initiative in early 2011. El Goog chose Stanford for a couple of reasons: first, it's bright enough to realize how awesome of a PR move this is, and second, this chunk of campus is spitting distance from Mountain View. Third, the Cardinal mascot was down with it -- and seriously, who is Google to question that thing?
BT offering British broadband users free fiber upgrade -- when the rollout reaches them
Well now, isn't this nice? British Telecom has come out with a sweet and loving promise to subscribers who partake in its current broadband and landline telephony bundles -- stick with us, says BT, and we'll upgrade you to our fiber (or fibre, as the Brits call it) optic network free of charge. Of course, this wouldn't be BT if there weren't some gnarly details to the bargain, which include 40GB a month usage limits and £25 setup fees for users on the cheapest monthly bundles. Still, at least the upgrade to 40Mbit is something to look forward to and BT's saying you won't have to pay any additional levies for it on a monthly basis. See its press release after the break or check out the map below to see when the rollout might be hitting your particular corner of the Queen's home isles.
Auto-tune nabs new lease on life, kills phase noise in long-haul fiber transmissions
(function() { var s = document.createElement('SCRIPT'), s1 = document.getElementsByTagName('SCRIPT')[0]; s.type = 'text/javascript'; s.async = true; s.src = 'http://widgets.digg.com/buttons.js'; s1.parentNode.insertBefore(s, s1); })(); Digg It's probably advisable to not mention this to T-Pain or anyone even closely related to him, but it looks as if auto-tune may have finally found a legitimate use. You know -- aside from crafting one of the most hilarious Bud Light commercials in the history of Bud Light commercials. An EU-funded team has crafted a prototype device that uses a technology similar to auto-tune in order to nix cross-talk on signals that travel down fiber optic cabling. Currently, the clean up process on phase noise ends up decimating the total capacity available to travel, so far less information actually gets through the end than what you started with. Now, this here device is claiming to spit shine the noisy signals and "re-transmit them with fuller capacity." Periklis Petropoulos, a researcher on the project from the University of Southampton's Optoelectronics Research Centre, summed it up as such: "With this demonstration we've shown that it is possible to use the capabilities of the optical fiber to the full without being restricted by the capabilities of the electronics; you could say that in its final functionality, it is like auto-tune." Obligatory video demonstration is after the break.
Intel's Light Peak optical interconnect shrinks slightly, LaCie, WD, Compal and Avid begin prototyping
Intel's Light Peak isn't setting any new speed records at IDF 2010 -- it's still rated at 10Gbps for now -- but the optical data transfer system is finally looking like it might appear in some actual products. As you can see immediately above, a Light Peak to HDMI converter has shrunk considerably since May, and a number of optically-infused sample products were on display at Intel's Light Peak booth. Compal's got a laptop with the optical interconnect built in, while Western Digital showed an external hard drive, from which the Compal could pull and edit multimedia in real-time using a Light Peak-enabled Avid rackmount. Meanwhile, LaCie showed off what appeared to be a 4big Quadra RAID array with two Light Peak ports catapulting high-definition video content at 770MB/s to a nearby Samsung TV, though we should warn you that the TV itself was a bit of a hack job, and not a collaboration with Samsung -- note the big, honking EVGA video card sticking out of the back. Though obviously a good bit of work went into these prototypes, Intel reps told us none would necessarily become a reality. Either way, don't expect to see Light Peak products until sometime next year.
Chattanooga becomes home to 1Gbps internet service, just $350 per month
It pales in comparison to Sigbritt Löthberg's home internet connection, but it sure makes Comcast's Extreme 105Mbps broadband package look downright sluggish. EPB Fiber Optics (Chattanooga's municipally-owned fiber-to-the-premises network) and Alcatel-Lucent have teamed up to offer America's "fastest" home broadband service -- a service that brings 1Gbps (or 1000Mbps, if that strikes you better) directly to your PC. Best of all, the service is actually on sale starting today, and every single home and business within EPB's 600 square-mile, nine-county service area will be able to access the network. Oh, and in case you're wondering, this actually isn't affiliated in any way with Google's own proposed 1Gbps service, which likely means that this record will only sit in southeast Tennessee for a few months. Still, we hear this place is some kind of beautiful in the fall, but make sure you're cool with a $350 monthly charge before pulling the trigger on a relocation. Update: Tipster Jens notes that he can get a 1Gbps connection for 900 SEK per month in Stockholm, or around $126. Baby steps, we Americans are taking.
