AlcatelLucent
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T-Mobile wants your WiFi spectrum to boost its coverage
Wireless spectrum is expensive, which is why carriers are eyeing up at the portions of our airwaves that are currently reserved for WiFi. According to GigaOm, T-Mobile is planning to stick its tanks on the WiFi industry's lawn by launching a form of 4G that operates on the 5GHz band, promising better speed for uploads and downloads. Surely, that's good news if you're a current T-Mo customer, but may have the unintended consequence of ruining everyone else's WiFi access.
Alcatel-Lucent flies Parrot AR.Drone 2.0 over 3,280 feet using LTE: reach out and buzz someone (video)
The Parrot AR.Drone 2.0 is many good things, but "long-ranged" isn't what comes to mind with a 165-foot maximum distance between pilot and quadrocopter. Not to be daunted, Alcatel-Lucent has conducted a test with an ad hoc LTE network, a USB modem and a smartphone to see just how far the remote-controlled aircraft could go on 4G. In practice, quite far: thanks in part to the inherently wide coverage of the 800MHz band in France, the team flew the AR.Drone more than 3,280 feet (one kilometer), all while streaming 720p video of the farmland below. Besides giving us ideas for a North by Northwest remake, the flight emphasized the possibilities that come when we have access to a long-distance wireless link with high bandwidth, such as monitoring crops or some very literal field journalism. The challenge will be convincing Alcatel-Lucent to share its trick and let us pester our not-so-next-door neighbors. [Thanks, Vincent]
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?
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.
AT&T deploying software fix for slow upload speeds over next few weeks
Looks like AT&T and Alcatel-Lucent have finally sorted out the software glitch that's resulted in slow HSPA upload speeds in certain markets -- we were just told on the record that a patch is being rolled out and the update will be completed over the next two to three weeks. That should mean iPhone 4 and laptop data modem customers should start to see their upload speeds creep back to higher levels after being capped at UMTS rates for the past few weeks, so that's good news -- let us know if things are getting better for you, yeah?
Major infrastucture supplier calls it: LTE over WiMAX
If you're Clearwire or Sprint right now, the last thing you want to hear is one of the world's major suppliers of wireless infrastructure badmouthing the very technology that underpins your next-gen network -- so we imagine there's some groaning in the hallways and boardrooms of the world's WiMAX carriers today. Why? Alcatel-Lucent's COO of its wireless business, Patrick Plas, has pulled no punches in a statement this week that the firm is "not putting a lot of effort into [WiMAX] any longer" after noticing that there's "a clear direction taken by the industry towards LTE." Of course, it doesn't take an analyst to notice that Europe, Asia, and virtually every carrier in the Americas have all taken on a decidedly pro-LTE slant in the past couple years, and these guys are just following the money -- which in turn makes it harder (and more expensive) for the handful of WiMAX proponents with deployed networks to build out and stay technologically current. In the race to actual 4G commercialization, LTE's still got a ton of catching-up to do -- but once it does, it's looking poised to blow past WiMAX pretty quickly here. In the meantime, we'll be loving our Overdrives.
Microsoft loses appeal, owes Alcatel-Lucent $512M in patent damages
Sorting out the various Microsoft / Alcatel-Lucent patent infringement cases isn't exactly fun or easy, but here's another Post-It for that chart we know you're keeping at home: US District Judge Marilyn Huff has just upheld an earlier $368M damages ruling against Microsoft, and calculated that MS owes A-L a total of $512M for infringing those video-encoding patents that are obviously still so relevant to the proceedings in these cases. That's not the same as that earlier ruling that A-L hadn't infringed an MS patent, mind you -- and Redmond says it's going to appeal this decision as well, so this giant mess isn't going anywhere soon. Hey, guys? We're betting that working out a cross-licensing agreement would be way cheaper than all these legal fees you're racking up, you know? Just a thought. Okay, keep fighting. We totally care.
Jury says Microsoft owes Alcatel-Lucent $376M in patent damages
Hey, remember that Microsoft / Alcatel-Lucent patent fight from 2006? Yeah, we didn't think so -- but the two companies have been duking it out in court over about ten different patents for a couple years now, and a jury ruled today that Microsoft infringed two user interface-related patents and owes damages to the tune of $376M. The two patents both cover touchscreens, with one describing a system of form data entry, and the other describing stylus data interpretation. Sexy, we know. The jury also found that the Microsoft had not infringed two other Alcatel-Lucent video-decoding patents, but the rulings doesn't mean this is all finally over -- Microsoft is planning on immediately appealing the decision, and there are still several other video-related patents being litigated. Yeah, we're on edges of our seats here -- tune in next time for another excitingly dull installment of Marshall Justice.
Alcatel-Lucent sends data 1600 miles at 16.4Tbps
Sure, the researchers at Alcatel-Lucent have already sent data 50 miles at 25.6Tbps, but it looks like now they're going for distance rather than speed: the company announced yesterday that it's now pumped bits over a 1584-mile long link at 16.4Tbps. Sure, that's slightly slower than the record, but being able to firehose bits at distances like that is even more impressive, if you ask us (you didn't). The core tech is essentially the same as used in the earlier speed record: bundling several 100Gbps optical signals at different wavelengths into one multiplexed transmission, shooting it down fiber, and splitting it up at the end. This latest test used 164 different channels and updated transmitters and multiplexers to hit the record -- which is fine and all, but guys, if you're not using that old school 25.6Tbps gear anymore we know a few people who are interested.[Via Slashdot]
O2, Vodafone both working on 3G femtocell trials
Femtocells may be one of the closest things we have to a win / win in the wireless industry, lowering infrastructure costs for carriers and giving customers on-demand, self-installable coverage where they wouldn't have it otherwise, all without requiring WiFi-capable handsets that UMA services like T-Mobile's HotSpot @Home do. It makes sense that a number of carriers would be rushing to get femtocells into end users' hands, then, and both O2 and Vodafone are doing exactly that in separate European trials. O2's trial involves NEC equipment in the UK, while Vodafone is turning to Huawei and Alcatel-Lucent to supply hardware to Spanish testers. Both trials involve 3G cells (yay!) and at least O2 has gone on record saying that a successful test will lead to commercialization by early next year. Kinda strange that Sprint is so far ahead of the curve on this one, but hey, do you see us complaining?Read - NEC and O2 trial femtocells in the UKRead - Vodafone Group trials 3G femtocell technology
Alcatel Lucent, SFR tout successful DVB-SH trial
The first step to deploying fancy, shmancy Europe-wide mobile TV solution is a successful trial, of course, and Alcatel Lucent and SFR are happy to oblige on that end. The infrastructure firm tied up with the French carrier last year to demonstrate that DVB-SH was a viable solution -- despite the fact that SFR is really big on using 3G data for mobile TV, go figure -- by setting up a trial network in southwestern France. How do you fake a satellite-assisted network, you ask? Good question -- turns out it involves letting a helicopter chill way up there with a transmitter and pair it with a handful of repeaters strapped onto some of SFR's existing 3G towers. Basically, the companies found that DVB-SH worked like a champ with repeaters added to "only portions" of SFR's towers, making the setup a cost-effective alternative to DVB-H for wide-scale rollouts. It's still unclear whether SFR's actually interested in getting involved with a production network or whether it's sticking to its data-only guns, but regardless, other carriers are sure to benefit from the findings.[Via mocoNews]
Verizon Wireless to spend $6 billion on network upgrade
Alcatel-Lucent has just landed a $6 billion deal with Verizon Wireless to upgrade the carrier's U.S. wireless network. Verizon Wireless is planning to expand its wireless data network with the equipment deal, scheduled to run a solid three years. So is this all going to come in the form of EV-DO Rev. A upgrades for the carrier? Nah -- Big Red will be investing in VoIP and video telephony services as the carrier transitions over time to an all-IP network and away from a circuit-based network. Alcatel-Lucent products such as digital microwave radios, optical cross-connects and bandwidth management devices are part of the $6 billion deal, and will include network support services from Alcatel-Lucent, too. How funny would it be to see a Verizon network engineer waiting on hold for an Alcatel-Lucent customer service rep?
Lucent and Alcatel merge to form... wait for it... Alcatel Lucent
In a recent filing with the Securities and Exchange Commission, Lucent Technologies has disclosed the new name of their mega telco-tech merger with Alcatel they announced in April. The newly formed $25 billion company will be formally known as Alcatel Lucent, ending intense rounds of speculation by nobody at all. Everything should be sealed up by the end of year, and Lucent investors will own around 40 percent of combined company, with Alcatel types holding the rest.[Via The Wireless Report]
