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The ITU approves the successors to LTE and WiMAX, how long until we hear about 5G networks?

The International Telecommunications Union (ITU) has just agreed on the technologies that are deemed worthy enough to earn the “IMT-Advanced” designation: LTE-Advanced and WirelessMAN-Advanced, the latter being more widely known as wimax 2. They don’t want to call it 5G, but you can expect AT&T’s marketing department to already be in the process of drafting up some ads. Nearly two years ago we wrote an article titled “4G in America: Lies, Lies, and More Damn Lies” explaining why HSPA+, WiMAX, and LTE didn’t deserve to be called 4G technologies, but the ITU caved in during mid December 2010 and let operators use the term 4G, despite the fact that it was previously meant to designate networks using LTE-Advanced. Semantics aside, what’s “IMT-Advanced” all about? François Rancy, Director of the ITU’s Radiocommunication Bureau, says:

“IMT-Advanced would be like putting a fibre optic broadband connection on your mobile phone, making your phone at least 500 times faster than today’s 3G smart phones. But it’s not only about speed; it’s about efficiency. IMT-Advanced will use radio-frequency spectrum much more efficiently making higher data transfers possible on lesser bandwidth. This will enable mobile networks to face the dramatic increase in data traffic that is expected in the coming years.”

To give you a better idea of what’s possible, just look at what Ericsson demoed in Sweden during June 2011. They were able to hit download speeds of around 954 megabits per second in a moving van using around 60 MHz worth of spectrum. Despite that being a real world test, i.e. not in a lab environment, we doubt we’ll ever see anyone offer speeds that high because no one actually owns that much spectrum in any particular market. At least we don’t think.

So now the question is when are we going to see such high speed networks crop up? Luckily for the U.S. it may be as early as 2013. Dish Network, the satellite TV company, owns 40 MHz worth of spectrum that they want to use for an LTE-Advanced network. They’re just waiting for the FCC to give them the thumbs up to use it. As soon as that happens, you bet we’ll cover the announcement!

 

About The Author

Stefan Constantinescu

Stefan Constantinescu (@WhatTheBit on Twitter) has loved technology since as far back as he can remember. It started with computers, but in the past few years his passion has turned to mobile devices. As a mobile phone enthusiast who lives and breathes devices that connect to the internet, he knows he is not alone with this radical fascination of all things wireless. He is strongly opinionated and enjoys a good debate so leave comments in his posts and he’ll get back to you! Stefan began blogging as a hobby in the fall of 2006 and joined IntoMobile in the summer of 2007. Later he got a job at Nokia in March 2008, but as of June 2009 he has rejoined the IntoMobile team. He is currently based out of Helsinki, Finland.



4G LTE Data Delivered Fastest by Verizon Wireless Followed by AT&T, T-Mobile …

Partial article from  http://wirelessandmobilenews.com/2011/11/4g-lte-data-delivered-fastest-verizon-wireless-att-t-mobile-sprint.html

Attention data hogs and speed freaks RootMetrics latest reports detail how the four national mobile carriers are performing when it comes to delivering 4G data speeds. Verizon Wireless has the greatest data speeds except when you switch over to 3G-only areas.

During an eight-month timeframe, Verizon dominated the competition as a result of its LTE rollout, delivering 4G speeds in 66 percent of the tests. AT&T edged past T-Mobile, hitting 4G speeds in 41 percent of the tests. T-Mobile recorded 4G speeds in 40 percent of the tests and Sprint delivered 4G speeds in 33 percent of the tests.

For 3G speeds, AT&T delivered the best speeds consistently. The scores are based on metropolitan area. The worst scored area out all carriers appears to Buffalo….

More @  http://wirelessandmobilenews.com/2011/11/4g-lte-data-delivered-fastest-verizon-wireless-att-t-mobile-sprint.html

 

 

 

 

 

 



SK Telecom Takes Stake in WiMax Operator

Korean carrier SK Telecom (Nasdaq: SKM) is to invest US$100 million for a 25 percent stake in Malaysian wimax operator Packet One Networks (Malaysia) Sdn Bhd. (P1) as part of its plan to build a portfolio of wireless broadband service and ICT (information and communication technology) assets in Southeast Asia. (See SK Telecom Invests in P1 and SKT Plans $2.2B Spending Spree.)

P1 is one of a number of dedicated WiMax startups looking to capitalize on the demand for affordable broadband Internet access in developing markets where fixed-line access is limited. It has signed up more than 175,000 business and residential customers since its launch in late 2008 and claims to have generated revenues of nearly $44 million in 2009. (See ITU Day 2: WiMax Brings It.)

The operator recently announced a network expansion plan that will see it reach 65 percent of Malaysians by 2012, from around 45 percent this year, and plans to introduce WiMax-enabled laptop computers during 2010 to boost its market penetration. (See P1 Expands With ZTE and P1 Does WiMax in Malaysia.)

SK Telecom is attracted by the growth potential in Malaysia, a country of about 30 million people where mobile penetration is high (above 100 percent) but broadband penetration currently stands at about 33 percent. WiMax is regarded as the technology that can break the broadband hold of the incumbent carrier, Telekom Malaysia Berhad . (See Telekom Malaysia Faces WiMax Challenge.)

SK Telecom’s wireless broadband strategy isn’t limited to WiMax, though: The carrier was the first to launch an HSPA+ service in South Korea, plans to support Long Term Evolution (LTE), and has built out a network based on WiBro technology (Korea’s version of mobile WiMax) in its domestic market. (See SK Telecom Shows Off HSPA+, AlcaLu, SK Telecom Team Up, and WiBro Operators on Borrowed Time.)

SK Telecom’s investment, which values P1 at $400 million, comes at a tricky time for the WiMax community, as service providers, vendors, and analysts try to figure out the technology’s role in an LTE world. (See Yota: WiMax + LTE for Russia.)



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