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Google badmouths HTTP behind its back, proposes SPDY as a speedy successor
If there's anything that Google doesn't like, it's things that collect dust. The company is famous for its annual spring cleaning efforts, in which the firm rids itself of redundant and dead-end projects, along with more bullish moves, such as its push to overhaul the internet's DNS system. Now it's looking to replace HTTP with a new protocol known as SPDY, and to that end, it's demonstrating the potential speed gains that one might expect on a mobile network. According to the company's benchmarks, mean page load times on the Galaxy Nexus are 23 percent faster with the new system, and it hypothesizes that further optimizations can be made for 3G and 4G networks. To its credit, Google has already implemented SPDY in Chrome, and the same is true for Firefox and Amazon Silk. Even Microsoft appears to be on-board. As a means to transition, the company proposes an Apache 2.2 module known as mod_spdy, which allows web servers to take advantage of features such as stream multiplexing and header compression. As for HTTP, it's no doubt been a reliable companion, but it seems that it'll need to work a bit harder to earn its keep. Stay weird, Google, the internet wouldn't be the same without you.
Nokia Siemens HSPA+ Multiflow lets one device connect to two cell sites simultaneously
If you've ever used a cell phone while moving, then you've probably experienced the depressed network connectivity that becomes more of an issue as you move further away from any given tower. Some of us are even unfortunate enough to reside or work right at the edge of a cell, forced to live with poor connectivity for much of every day. A new feature called HSPA+ Multiflow may offer some relief, "delivering double the data speed and up to 50 percent faster response compared to existing HSPA+ networks," according to Nokia Siemens, which will be demonstrating the technology at Mobile World Congress later this month. Essentially, Multiflow allows compatible devices on the edge of a cell to connect to two sites simultaneously, letting your device send and receive data between two base stations at once. Multiflow will be available as a software update for Single RAN systems, so it could make its way to a cell site near you just after Nokia Siemens flips the switch during the second half of 2013. Full PR is just past the break.
AT&T seeks to impose conditions on Dish LTE network, FCC to settle wireless squabble
You know the saying, second place is the first loser? Well, it looks like AT&T, which recently saw its attempt to absorb T-Mobile thwarted, is living up to that adage by petitioning the FCC to impose an "overly aggressive buildout" of Dish's planned mobile network. In a recent filing to the Commission, the satco countered this request for "LightSquared-like" requirements, defining its operation as a strictly retail endeavor, one that faces entirely different hurdles than that of its wholesale competitor. If granted, however, these conditions could see the fledgling network rushed to the marketplace before the completion of an LTE-Advanced standard and widespread availability of compatible devices -- both key elements of the MVPD's service strategy. The company also goes on to contest interference issues surrounding its 700MHz holdings, stating that it has no current plans to repurpose the spectrum for mobile broadband use, despite AT&T's claims to that effect. We'll keep you posted as this wireless battle plays out. In the meantime, hit up the source below to peruse the dense legalese.
Everything Everywhere's £1.5 billion investment to bring 4G to Orange and T-Mobile in the UK
So far there have been some limited LTE trials, but the truth remains: UK 4G isn't happening any time soon. A fact not lost on Everything Everywhere CEO Olaf Swantee, who's raiding the coffers to a tune of £1.5 billion to bring the Orange and T-Mo UK up to speed. Top of the shopping list, naturally, is the network equipment needed, in time for when the spectrum eventually gets auctioned off -- currently expected to be late 2012. The cash injection is part of a three-year investment, so don't expect that minty fresh network any time soon, but UK users can at least take refuge in knowing that Swantee, and his brace of providers, are pushing to bring old Blighty decent data rates sooner rather than later. That's if they've been given back in time.
AT&T SVP: LTE 'coming soon' to NYC
How do you like them acronyms? If you had any doubt that AT&T would bring LTE to NYC in the near future, it's time to put that doubt aside -- sort of. Speaking at the Mashable Media Summit Friday, Senior VP of corporate communications Larry Solomon said that New York City would be sheathed in Ma Bell-branded high speed "soon." Sure it's vague, but it's something. Here's what he had to say: We're investing about $20 billion this year in our network, adding cell sites in New York City alone, rolling out 4G LTE. We'll have about 70 million consumers covered across the US by the end of this year, and it's going to be coming to New York City soon. There's no telling when the big city will get it's taste of the AT&T LTE pie, but it will be in good company when it does. The carrier announced just this week that it would add Boston, Washington DC, Baltimore and Athens, GA to its 4G lineup. Video of Mr. Solomon's speech awaits you after the break.
US leads global LTE adoption, rides Verizon's coattails
There's no doubt the demand for mobile broadband has skyrocketed worldwide, but the US is leading the LTE charge(s) -- plural, 'cause you know, battery life sucks on a... nevermind. According to Pyramid Research, by the end of the year, the United States will claim 47 percent of LTE subscriptions globally. This is thanks in large part to three mobile operators: Verizon, MetroPCS and AT&T have created seven million connections across the country. Combine that with the fact that 71 percent of all LTE handsets will be in the pockets of Yanks by year's end, and you've got a formula for domestic LTE domination. It comes as no surprise that VZW is the largest LTE operator in the US as it's been making money hand over fist lately -- which has allowed it to expand its high speed network at a dizzying pace. We salute you, Big Red, for carrying the banner for the ol' US of A, blazing the trail littered with dead batteries and over-worked phone chargers.
Australia's first mobile network celebrates 30th birthday with a quiet night in
Why is this phone staring at the ground in dismay? Because it can't believe that it's been 30 years since it made history. On this day three decades ago, this 14 kilogram beast was used to place the very first call on Australia's very first mobile network -- the Public Automatic Telephone System, operated by Telstra (or Telecom, as it was known at the time). Back then, the network could only support 1,000 users at once and provide coverage for the greater Melbourne area (things have since changed for the better). The device, meanwhile, was known simply as The Mobile Phone and, in retrospect, wasn't all that mobile; the carphone system included a 45 centimeter handset, a transceiver and rooftop antenna -- all for a little over $5,000. It could also store a whopping 16 phone numbers and would notify users of incoming calls by sounding the car's horn and flashing its headlights. The Mobile Phone's Australian reign, however, would be relatively short-lived, with the DynaTAC 8000x ushering in a new handheld era, just two years after Telstra's inaugural call. Dial past the break for a Wagnerian commercial that'll tell you everything you always wanted to know about antiquity, but were too afraid to ask. [Thanks, Vincent]
