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Google will sell its own Daydream VR headset
When Google developed its popular line of Nexus phones and tablets, it didn't just give the reference designs to third parties and hope for the best: It built and sold its own hardware to showcase just what those designs could achieve. The company announced on Thursday that it will take the same tack with its newly unveiled Daydream VR hardware. That's right, Google is going to build its own line of Daydream headsets and controllers to show third-party developers how it's done.
The internet risks hitting peak capacity soon, but it can be saved
The internet has more than one capacity problem to worry about, apparently. Researchers met in London this week to tackle growing concerns that fiber optic cables, which represent the internet's backbone, are hitting their physical limits. An Alcatel-Lucent representative warned that we could hit this barrier, about 100 terabits per second, in five years -- not good news when 8K video and other data-hungry technologies are just over the horizon. The only conventional solution would be to add more cables, which isn't always practical.
Nokia just bought Alcatel-Lucent for $16.6 billion
Nokia could soon be the largest maker of mobile phone network equipment in the world ahead of Ericsson and Huawei. It just acquired French telecom equipment maker Alcatel-Lucent for 15.6 billion euros ($16.6 billion), or more than double the $7 billion Microsoft paid for its Windows Phone handset arm. The Finnish company also acquired Alcatel-Lucent's famous Bell Laboratories (established by Alexander Graham Bell in 1880) along with its numerous patents. With three major labs altogether, Nokia said "the combined company will be in a position to accelerate development of future technologies including 5G... as well as sensors and imaging." The merged businesses will run under the Nokia banner, but Bell Labs will keep the Alcatel-Lucent name.
Researchers get record broadband speeds out of old-school copper wire
While telecoms companies around the world are investing millions into the development of fiber-optic networks, the standard copper telephone line may still have some life in it yet. Experts at Alcatel Lucent's Bell Labs research division are claiming a new world record by achieving super-fast speeds through the aging technology. Researchers were able to achieve 10Gbps speeds with the same cables you'd find under many residential streets.
BT's breakneck broadband test hits unimaginable speeds over plain ol' fiber
BT still has a long way to go until it connects all of Britain's homes to its fiber-optic network, but that hasn't stopped the company from exploring new ways to squeeze some extra speed out of it while it does. With a little help from friends at Alcatel-Lucent, BT boffins have created what they believe is the fastest-ever "real-world" internet connection, clocking speeds of 1.4 terabits per second using readily available hardware. If you're wondering how fast that is, the telecom giant says the network can transmit 44 uncompressed HD movies in a single second. While the project currently exists purely as a speed test, BT and Alcatel-Lucent are already talking up the possibilities of improving existing services like Infinity without having to dig up roads, potentially delivering broadband that can handle an influx of Ultra HD content on Netflix with less chance of suffering connection issues.
Bell Labs' lensless camera takes photos with a tiny amount of data
Although there have been attempts at lensless cameras before, few of them would replace our point-and-shoots when they're frequently expensive, or capture photos outside of the visible light spectrum. We shouldn't have either of those problems with Bell Labs' new prototype. The experiment uses an LCD as a grid of apertures that filter the light reaching a sensor. As that sensor can piece together an image simply by grabbing random aperture samples and correlating the data, it only needs a sliver of the usual information to produce a usable shot. The lens-free, mostly off-the-shelf approach could lower the costs of both the sensor and the overall camera, but it could also lead to simpler comparison tools: the correlation makes it easier to tell if an object is missing, for example. Bell Labs hasn't talked about any production plans, but we have a hunch that Alcatel-Lucent would rather not let its research wing's technology go to waste.
Bell Labs doubles beams in fiber optic lines to reach 400Gbps on a global scale
It's comparatively easy to run fiber optic lines at high speeds; it's another matter to sustain that pace between continents. Alcatel-Lucent's Bell Labs has found a way to go that extreme distance by relying on the basic concept behind noise-cancelling headphones. When the researchers send data across two light beams in opposing phases, they can superimpose the signals and neutralize the distortion that would normally occur at long ranges. Such clean output lets Bell Labs ramp up the signal strength and maintain high speeds across whole oceans: its test pushed 400Gbps through 7,954 miles of fiber. There's no word on how soon we'll see twin-light technique put into practice, although we suspect that a networking giant like Alcatel-Lucent wants the extra bandwidth as quickly as possible. [Image credit: JL Hopgood, Flickr]
Alcatel-Lucent's latest lightRadio development aims to spread TD-LTE across China
We've yet to hear much about Alcatel-Lucent's lightRadio since it's original introduction in early 2011, but here in Barcelona, the outfit has announced (in cooperation with China Mobile, no less) that its latest innovation could help spread the wondrous waves of TD-LTE across China. Available now for large-scale commercial deployment in China Mobile's first trial TD-LTE network, which spans 13 cities in China, lightRadio Metro Radio will bring legitimate 4G services to residents in densely populated areas of Shanghai, Nanjing and Qingdao. China Mobile itself has over 722 million subscribers, and a huge swath of those are no doubt clamoring for faster transmission speeds. In China, lightRadio Metro Radio will be deployed in bustling indoor and outdoor locations, such as shopping malls and stadiums, but there's no word on when the masses might expect this stuff to launch in earnest. Here's hoping for a speedy trial, eh?
RITE Project aims to conquer internet lag, eliminate excuses for game noobs
Lag: it's the bane of video chats, VoIP calls and Call of Duty players trying to keep a streak going. The European Commission must be as irked by delays and drops as we are, as it's giving €3.6 million ($4.8 million) over three years to help three universities, Alcatel-Lucent Bell, Institut Mines-Telecom and Simula Research Labs defeat lag through the RITE (Reduce Internet Transport Latency) Project. The initiative hopes to find new ways to cut lag on both the network itself as well as endpoints, like servers. If the networking research alliance hits the jackpot, it hopes to make standards of any proposed changes. Without a specific direction, it's not clear that RITE will lead to instant-response connections. Should there be much success, however, we'll only have ourselves to blame for flaky gameplay.
US court finds Apple and LG did not infringe on Alcatel-Lucent patents
With all of these patent wars ongoing, it's actually astonishing that these companies have any time to get anything done. In fact, we often wonder how much more could be done if needless, incessant litigation weren't around to muck things up. All that aside, Apple and LG Electronics are likely celebrating a victory today, as a verdict in a San Diego courtroom has found that neither company infringed on an Alcatel-Lucent unit's patents for "electronic devices including phones and computers." The trial at hand began on November 27th, as it saw A-L accuse Apple and LG of infringing up a "video-compression technology that allows data to be sent more efficiently over communications media, including the internet and satellites, or stored on DVDs and Blu-ray Discs. Various versions of the iPhone, iPod, iPad and MacBook were named on the Apple side, while LG's Chocolate Touch VX8575, Bliss UX700, Touch AX8575, Lotus Elite LX610, Mystique UN610 and Samba LG8575 were also pinpointed. Of course, Apple can only rejoice so hard -- earlier today, it lost a patent verdict to MobileMedia.
Douglas Coupland's V-Pole unifies wireless connectivity and EV charging in an LED streetlight
It's still very much a concept, and not something being described as a business venture, but author / designer Douglas Coupland is hoping that his new "V-Pole" design will serve as something of a model for cities looking to build out their technology infrastructure. As you can see, it's a rather nondescript (albeit brightly-colored) pole on the outside, but Coupland sees the inside being packed with an array of the latest technology, including Alcatel-Lucent lightRadios for wireless connectivity (both WiFi and cellular), an LED street light on top, and connections to nearby wireless charging stations for electric vehicles. As for the "V" in the name, that stands for Coupland's home city of Vancouver, which he sees as a natural fit for the pole -- something the city's mayor apparently agrees with.
Microsoft, Alcatel-Lucent settle decade-old patent spat
It's no secret that Alcatel-Lucent and Microsoft have a long and somewhat litigious relationship, but today the two companies are letting bygones be bygones. CNET is reporting that A-L and MS have reached a "confidential settlement" in a patent dispute dating all the way back to 2002. Originally targeting Dell and Gateway, then-Alcatel alleged that information entry techniques used by Microsoft Outlook, Microsoft Money and Windows Mobile violated a portion of its patent portfolio. Microsoft stepped in on the OEMs' behalf, and in a 2008 ruling, a court granted the newly formed Alcatel-Lucent over $350 million in damages -- subsequently reduced to $70 million in July of 2011 and further reduced to just over $23 million upon appeal. The final settlement is, as we said, unknown, but a Microsoft spokesperson was quoted as saying the deal is "to the satisfaction of both parties." No word on when the two will file their next multimillion dollar blockbuster lawsuit, but apparently both counsels will be sleeping easy tonight.
Alcatel-Lucent plants two flags in Latin American soil: LTE and 100Gb/s cable
Not content with newly arrived iTunes and Netflix, Latin America's growing population of web aficionados are seeing some major investment in high-speed internet services too. Alcatel-Lucent says it's won contracts to provide infrastructure for the region's first LTE network -- in Uruguay, to be precise -- as well as the first 100Gb/s optical cable network, which will soon be streaming telenovelas across Argentina. Welcome to the revolution, compañeros, and read on for the full PR.
WiLAN lawyers up, picks patent fight with Apple, Dell, HP, HTC and others
You know what the tech world needs? More patent litigation, which is why WiLAN is at it again in the rocket docket of the Eastern District of Texas. This time, instead of suing cable companies, it's going after the likes of Apple, Dell, HP, HTC, Kyocera, Novatel, Alcatel-Lucent and Sierra Wireless. There are two patents at issue: no. RE37,802 that covers CDMA and HSPA data transmission, and no. 5,282,222 which is related to data transmission tech with WiFi and LTE. Will the plucky patent troll get some quick cash, or will the big boys fight this one to the end? Stay tuned.
Alcatel-Lucent's FP3 network processor routes at 400Gbps, handles 70,000 simultaneous HD streams
Looks like the world wide web is seeing a few upgrades this week. Shortly after NC State announced a new methodology for routing fiber optic connections more quickly, in flies Alcatel-Lucent with a shiny new network processor to make things even faster. The FP3 that was announced this week promises a "fourfold increase in performance over the fastest IP network available," supporting 400Gbps transmission speeds while cutting power consumption by up to 50 percent. The chip's been demonstrated to the powers that be this week, and it's reportedly designed to "address tomorrow's demand for ultra-high performance public and private IP networks." How so, you ask? A sole FP3 could handle 70,000 simultaneous HD video streams or 8.4 million simultaneous retail cloud sessions, and quite frankly, could make the 100 Gigabit Ethernet standards that were used to look like old hat. But hey -- who's kvetching about that?
Alcatel Onetouch 990 coming to O2 this August, wants to be held (even just once)
When you previously met the Alcatel Onetouch 990 at MWC, it frankly wasn't behaving very well. Still, we were mildly pleased to see a phone aimed squarely at the prepaid market that featured a 3.5-inch screen and a 5 megapixel camera with flash. Apparently O2 agreed, because it's bringing the 600MHz handset to market in August for £99. This value menu option is expected to ship with vanilla Froyo, but the carrier promises to serve up helpings of plain Gingerbread during Q4. Meanwhile, Electric Pig got its hands on a pre-production unit, and their early impression seems positive. Apparently the poor load times and unresponsive interface that we experienced are resolved -- it's said the phone is now quite zippy. So, how's this OT-990 striking you as a worthy adversary to the £129 Samsung Galaxy Mini? Yea? Nay? Meh?
Alcatel Onetouch 905A gets measured by the FCC, receives a stamp of approval for AT&T
When we played with Alcatel's entry-level Android offerings at this year's MWC, it was assumed the handsets would begin infiltrating the domestic paygo market -- of course, we hadn't expected a previously unseen feature phone to be the first arrival. The Onetouch 905A recently graced the FCC, and it's now clear for take-off on AT&T, bringing a 2.8-inch resistive touchscreen at 320 x 240 pixels, a 2 megapixel camera and FM radio to Ma Bell's bottom shelf. Get a good look, because if you accidentally destroy your iPhone and are needing a quick fix, the Onetouch 905A has "punishment phone" written all over it.
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.
Audi starts calling its vehicular broadband plans 'Audi connect,' partners with Alcatel for LTE internet
Audi's had grand designs on the connected car for years now, and is presently looking to upgrade to LTE, but first it's time to address the most important consideration -- marketing the stuff effectively. To that end, Audi's unifying its infotainment initiatives under the brand Audi Connect, so it will be absolutely clear how you can pimp your ride with tech when you walk into an Audi dealership. That is, if you don't already have Audi Connect, because the company claims it's already present in the A8, A7 and A6. Those three automobiles can presently add an optional UMTS modem for online apps, though Audi's also working with Alcatel-Lucent to bring faster LTE connectivity by 2014. Expect a software update sooner than that: this summer, Audi hopes to add live traffic data and voice commands to control a suite of Google services as well. Find more details at our source links.
Alcatel-Lucent's lightRadio shoves a base station in a box, minimalists cheer
They've been fashioned after palm trees, Christ on the cross, and what look to be Dyson Ball vacuum attachments. But now, Alcatel-Lucent is giving cellphone towers a makeover that might actually stick. The company's new broadband base station solution, known as lightRadio, eliminates the need for cumbersome huts at the base of cellphone towers and packs antennas into a series of 2.5-inch boxes, while simultaneously improving capacity and reducing cost. These so-called radio cubes combine 2G, 3G, and LTE antennas with an SoC for processing, making them small enough to prop up on a lamp post. They're firmware upgradable, and utilize beamforming to more efficiently connect to wireless devices; according to the company, groups of 'em can not only increase broadband capacity by 30 percent, but also cut operation costs and CO2 emissions in half. Clearly, lightRadio makes a compelling case for narrowing the digital divide, but it won't be available broadly until 2012, which means the creative cover ups will just keep on coming. Sorry, JC. [Thanks, Nathan]