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America's fourth-largest cable co. will offer 10Gbps fiber
Altice USA may not be the most recognized ISP name out there, but the country's fourth-largest provider is about to get a big upgrade over the next five years or so. According to the company's roadmap, Altice plans to bring high-speed, 10 Gbps fiber lines directly to its 8.3 million customers starting in 2017.
Huawei's WiFi is ten times faster than yours
Don't look now, but the speedy WiFi router you just bought may already be old hat. Huawei has tested WiFi based on a future standard (802.11ax) that can hit 10.5Gbps -- about 10 times faster than what you typically get out of an 802.11ac connection today. The trick, the company says, is making more efficient use of the airwaves. The new technology is smarter at allocating wireless spectrum, juggling data between multiple antennas and cutting back on interference. Huawei doesn't even have to switch to ultra-high frequencies to make the magic happen; its approach works on the same 5GHz band that many WiFi networks already use.
Researchers beat fiber optic broadband speeds using visible LED light
High speed data is already being transmitted by visible light to the moon, so why not in your living room, too? After the Fraunhofer Institute showed off 3Gbps speeds with LED lights, researchers from five UK universities have managed to transmit data at 10Gbps using micro-LEDs with a technique they've coined "LiFi." The team was able to crack the barrier by combining 3.5Gbps streams in each of the red, green and blue frequencies that make up white light. Such a technique could one day work with existing light bulbs, promising higher speeds than current WiFi and increased security -- since visible light can't penetrate solid objects like walls. In addition, a single bulb could theoretically provide connectivity for up to four devices. For now, such devices are confined to the lab, but given the torrid pace of development, don't be surprised if your data connection is soon a click of the switch away.
USB alliance finalizes 10Gbps specification as USB 3.1
The USB 3.0 Promoter Group teased us with the prospect of a 10Gbps USB standard back in January, and it now has something to show for its work: the alliance has finalized its specification under the USB 3.1 name. While little has changed with the port format in half a year's time, its completion lets AMD, Intel and others start work on chipsets that offer twice the bandwidth of USB 3.0 while preserving support for USB 2.0. There's no public roadmap for the first USB 3.1 devices, although the first related developer sessions will begin on August 21st. Not that the Promoter Group is necessarily in a rush -- while Intel's Thunderbolt 2 will hit an even quicker 20Gbps this year, the new USB format is more likely to receive broad support.
NTT DoCoMo confirms successful 10Gbps wireless test, clears a path to 5G
No, it's not the world's most conspicuous surveillance van -- it's one of the first steps toward 5G data. NTT DoCoMo has just confirmed that the gear-laden vehicle above successfully conducted a 10Gbps wireless test in Ishigaki this December with the help of the Tokyo Institute of Technology. The dry run relied on frequencies and bandwidth well outside of usual cellular service, in the 11GHz band with 400MHz of spectrum, but proved that it was possible to blow past the speeds of LTE and LTE-Advanced while moving outdoors; the test used 24 antennas to maintain the link. DoCoMo ultimately hopes for similar speed in frequencies over 5GHz, and it's not shy about hoping the technology will define mobile communication as it improves. Although we're not expecting this kind of breakneck performance in a phone for years, it's good to know that 4G isn't necessarily the end of the line.
Thunderbolt is everywhere, now let's make it faster with PCI-Express 3.0
Things are different on Planet Intel. Over there, Thunderbolt drives and peripherals are as cheap and abundant as artificial intelligences in a Culture novel, so the population's attention has already turned to what comes next. Some are prepared to wait for a promised 50Gbps optical interconnect by 2015, but an impatient few are trying to make Thunderbolt exploit the new PCI-Express 3.0 standard for more immediate thrills. PCWorld claims the latest form of PCI-Express found in Sandy Bridge E, Ivy Bridge and Xeon E5 chipsets could make 10Gbps Thunderbolt run "significantly faster", thanks to a 60 percent speed boost over PCIe 2.0. Maybe they're right, but back on this planet we're still 33 percent of the way through transferring The Best of Leo Sayer to our USB 2.0-equipped Xperia S.
G-Technology demos dual-drive 8TB G-RAID HDD, with a dash of Thunderbolt
Not to be outdone by Seagate's 4TB GoFlex Desk, Hitachi's G-Technology unit has now unleashed a jumbo-sized external HDD of its own, with the 8TB, dual-drive G-RAID. Demoed at this week's IBC conference in Amsterdam, the company's new storage house consists of two 4TB drives nestled within an aluminum enclosure, each of which clocks in at 7,200 RPM. Configured for OS X, the G-RAID also sports a Thunderbolt port that offers transfer speeds of up to 10Gbps, though it can also support Windows with some simple reformatting. G-Technology will begin shipping its 4TB drives in October (with eSATA, FireWire 800 and USB 2.0 ports), whereas its "4TB-based" Thunderbolt-equipped drive won't hit the market until Q4 -- though it's still unclear whether either model will ship as single drives, or as a two-headed, 8TB beast. Pricing remains a mystery for the moment, but you can find more details in the full PR, after the break.
Apple leaks Cinema Display refresh, teases dual-monitor Thunderbolt setup?
The cat Apple is out of the bag, apparently. Thanks to a leak on its website, there's evidence that Cupertino's readying a formal introduction of Thunderbolt to more devices. Keen eyes from MacRumors have spotted products on the site now sporting OS X Lion backgrounds, notably, what appears to be T-bolt connected Cinema Displays. The images showing the hook-up no longer appear to be listed, but the dual-setup above sure looks nifty. Considering Lion's got about two weeks left to rear its head and meet that July release, we'd surmise it won't be long until you'll be able to opt for a similar rig. Now can we please just get an anti-glare option? [Thanks, Trey]
Intel touts 50Gbps interconnect by 2015, will make it work with tablets and smartphones too
Woah there, Mr. Speedy. We've barely caught up with the 10Gbps Thunderbolt interconnect, debuted in the new Macbook Pro, and now Intel's hyperactive researchers are already chattering away about something five times faster. They're promising a new interconnect, ready in four years, that will combine silicon and optical components (a technology called silicon photonics) to pump 50Gbps over distances of up to 100m. That's the sort of speed Intel predicts will be necessary to handle, say, ultra-HD 4k video being streamed between smartphones, tablets, set-top boxes and TVs. Intel insists that poor old Mr. Thunderbolt won't be forced into early retirement, but if we were him we'd be speaking to an employment lawyer right about now.
Apple announcing new high-speed interconnect, Light Peak here we come?
There's not a scrap of evidence to back this rumor, but everything seems to line up: CNET reports that Apple will announce "a new high-speed connection technology" soon -- and Intel's Light Peak seems to be a shoo-in for the job. We've long known that Apple's been secretly backing the 10Gbps interconnect, but with a likely MacBook Pro refresh right around the corner and Light Peak allegedly due for a 1H 2011 launch, it seems the time for action could be right around now. It also doesn't hurt that this latest rumor comes from CNET, actually, as we're pretty sure the publication has an inside source. The very same reporter wrote that Light Peak would be downgraded to copper, a full month before Intel would admit anything of the sort.
Intel Light Peak on track for release in first half of 2011?
10Gbps. In both directions. At the same time. That's been the tantalizing promise of Intel's Light Peak optical interconnect, and now we're hearing its penchant for speed is overflowing into the company's roadmap. CNET cites a source familiar with developments behind the scenes in reporting that Light Peak is expected to arrive in the early part of next year, slightly accelerating the already known plans for delivering the technology at some point in 2011. We've already been graced with a set of Light Peak-enabled prototypes, so you could've guessed things were gathering pace, but it's always good to get the odd bit of anonymous confirmation that things are moving along swiftly. And hey, when Light Peak hardware finally drops, we can just switch gears and start salivating over improvements that'll lift that 10Gbps ceiling even further.
Verizon FiOS field trial introduces XG-PON2 to the lexicon, shows 10Gbps capabilities
Verizon's FiOS footprint may be on an expansion hiatus, but that's not to say the company's abandoning existing users. Nearly 3.5 years after boosting FiOS internet speeds with G-PON, the company is now out testing XG-PON2 -- a newfangled iteration that somehow enables 10Gbps upstream and downstream from its existing fiber network. If you'll recall, we heard just a few weeks back that the outfit was close to being able to serve GigE on its existing platform, and now that this field trial has been successful, we'd say the boundaries are stretched even further. In the test, technicians were able to suck down a 2.3GB movie in four ticks of the second hand, and if you're hoping to see the nerdiest video of the day, a highlight reel of the trial awaits you just past the break. [Thanks, David]
Intel demonstrates Light Peak on a laptop, says 10Gbps speeds are only the beginning
Folks in Brussels for Intel's European research showcase got to get their hands on the company's Light Peak this week, with the first demonstration of the optical cable technology running on a laptop. Outfitted with a 12mm square chip that converts the optical signal into data the machine can read, two separate HD video streams were piped to a nearby TV, which displayed them with the help of a converter box -- a necessary evil until the Light Peak chips are developed for the display side of things. According to Justin Rattner, Intel's CTO, the current 10Gb / second speeds are just the beginning. "We expect to increase that speed dramatically. You'll see multiple displays being served by a single Light Peak connection. There's almost no limit to the bandwidth -- fibers can carry trillions of bits per second."
Intel says Light Peak coming next year, can and will coexist with USB 3.0
How do you sell a generation of hardware manufacturers on yet another standard? If you're Intel, you tell them that it'll transfer files at 10Gbps and is compatible with every major protocol that came before... and if that doesn't work, you simply fail to give your competitor hardware support. But PC World reports that while Intel is still dragging its feet regarding USB 3.0, it's planning to have Light Peak fiber optic devices in the market next year. Intel insists Light Peak isn't meant to replace USB, in so much as it can use the same ports and protocols (photographic evidence above), but at the same time it's not shying away from the possibility of obliterating its copper competition with beams of light. "In some sense we'd... like to build the last cable you'll ever need," said Intel's Kevin Kahn. Now, we're not going to rag on Light Peak, because we honestly love the idea of consolidated fiber optic connectivity. We just want to know now whether we should bother locking ourselves into a USB 3.0 ecosystem if better things are just around the corner.
Internet2 prepped for 100Gbps capacity
Well it will still be vulnerable to a man, a match, and a mattress, but starting in January, the private Internet2 will begin offering 100Gbps bandwidth in 10Gbps chunks over its fiber optic network. The tech behind these ridiculous speeds -- known as Dynamic Circuit Network -- is reportedly complete as of today, with a wrap party being held at the consortium's Fall Member Meeting in San Diego. Of course researchers will naturally tire of those 10Gbps pipes rather quickly, which is why Internet2 is already working on ramping up the bitrate to between 20Gbps and 100Gbps per line. We'd go into more detail, but our employer-supplied 1,000 hours of free dial-up are just about tapped out...
