The mobile provider with the most subscribers will test LTE in May 2010. Telstra will use Ericsson technology to trial LTE on the 1800MHz and 2600MHz band. Telstra will use it to upgrade its current 3G networks and look into the possibility of expanding mobile broadband services.

It’s just a test network in Australia. The company might offer commercial services on the 700MHz, which will be freed up as part of the digital dividend.

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Sequans has unveiled its first LTE chip. The SQN3010 will be provided to China Mobile first. They will demonstrate TD-LTE network at the World Expo 2010 using Sequans.

“Our new LTE chip will enable the first TD-LTE network deployments and we are very proud to deliver it,” said Georges Karam, Sequans CEO. “TD-LTE technology is very much in demand, not only by China Mobile, but by other TD-LTE operators in Europe, Asia and North America.”

Sequans partners include Motorola and Alcatel-Lucent to provide TD-LTE USB dongles to China Mobile for 2.3-2.4 GHz supporting 20 MHz channels. China Mobile will hand out the dongles at the World Expo 2010.

Sequans and Alca-Lu are working on establishing LTE dongles for Europe and Asia on the 2.6 GHz frequency.

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According to the the Financial Times (UK), the threat of legal action could delay plans for the LTE spectrum auction. The legal action comes from two mobile network producers, Vodafone and O2 and the dominant land line provider, BT.

UK regulators planned to auction off LTE spectrum space in the first half of 2011, but legal action would delay the auction. The mobile operators don’t agree with the merger between T-Mobile and Orange that would mean they would have to sell off 25 percent of their merged GSM spectrum space.

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As European operators get ready to rollout LTE networks, they are supposedly fighting to retain fees for connecting calls to other mobile operators. This being said, some observers believe that the move to LTE could see the go ahead in Europe for American style flat rate calling plans to all networks instead.

J. Scott Marcus, an analyst for WIK-Consult in Germany, says, “Mobile voice calls and short text messages are some of the most expensive forms of data in the world. There is a debate in the industry over whether operators can justify the prices with LTE.”

The largest operators in the world have agreed to create a new tech standard for transmitting voice calls between different competing LTE networks with aims of preserving Europe’s current regulated termination fees along with the per minute interconnection fees paid by callers.

This being said, the efficiency of LTE may minimize the overall cost of transmitting voice calls and operators that generate about 80% of their revenue from voice calls want to prevent the decrease in prices.

An advisory council in Brussels made up of European national telecom regulators will look at a plan in May to switch the European system from termination rates to one that is similar to the U.S. flat rate system, though most operators are opposed to this change.

If the Navajo Tribal Utility Authority (NTUA) receives the broadband stimulus dollars that they are hoping for, a LTE network will be deployed across 15,120 square miles of desert in the American Southwest.

The NTUA asked for a $46 million grant from the National Telecommunications and Information Administration (NTIA) and is hoping to soon find out whether or not they have been approved.

The plan involves the deployment of a 550 mile fiber backbone and microwave links to connect 30,000 households in the Navajo Nation, encompassing parts of Arizona, New Mexico, and Utah. 

Photo courtesy of Alex E. Proimos via Flickr

A Verizon spokesman recently told the Wall Street Journal that there will be  LTE enabled phone by the middle of 2011. The executive also stated that LTE will be launched in some U.S. markets by the end of 2010.

T-Mobile, AT&T and Verizon chose LTE deployments over WIMAX, which came first. Verizon leads the way in deploying potential networks.

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ANADIGICS just unveiled a new set of multi-mode, high-performance power amplifiers designed for wireless datacards and handsets for the rapidly growing 4G LTE and advanced HSPA+ technologies. 

Built with fourth generation ANADIGICS’ patented HELP (High-Efficiency-At-Low-Power) technology, these amplifiers offer top-notch performance for customers who are making USB modules and new generation handsets based on the LTE standard.

Prasanth Perugupalli, Director of Wireless RF Products Line at ANADIGICS said, “We are proud to continue driving innovation in power amplifier technology for mobile applications as the industry expands beyond WCDMA toward LTE for 4G applications. With the HELP4 family, we have reduced the average current consumption by an impressive 30% over previous generation PAs. We also continue to lead the industry in terms of performance in current savings at the frequently used low power level handsets.”

LTE appears to be on track to become one of the most dominant 4G technologies for mobile broadband in the next ten years and by 2015, it is expected that LTE will cover up to 50% of all mobile subscriberes in the United States and Western Europe.

The Belgian Institute for Post and Telecommunications granted a license to Telenet to begin LTE testing. Telenet will conduct these tests between May and September. The network will be located over the city of Mechelen and the highway that cuts between Mechelen North and Mechelen South.

“‘3G is nice, but if you are a serious company like us you need to go for LTE,”said  Telenet CEO Duco Sickinghe. “We really believe that if LTE works, it is the best way forward.”

The test network will bring high speed wireless broadband to mobile Belgians. The coverage area includes a major thorough fair meaning that LTE can be tested inside vehicles including an LTE car. The devices used aren’t currently available, but Telenet will hand out the necessary equipment to stakeholders.

The Belgian government is believed to auction off spectrum space for 4G technology later this year.

Photo Courtesy Paul Smits via Flickr

After testing and preparing its 4G network in recent months, Verizon finally offered some concrete numbers based on its latest testing.

The LTE network speeds peak at around 40-50 Mbps for downloads and 20-25 Mbps for uploads, not reaching the 100 Mbps that 4G is expected to offer. On an average day, Verizon has been quoted saying average speeds on a populated network would run at around 5-12 Mbps for downloads and 2-5 Mbps for uploads.

To put it in perspective, Sprint’s WiMAX network offers average speeds of 3-6 Mbps for download in comparison to 600 Kbps to 1.4 Mbps on Sprint’s 3G network.

WiMAX has already been launched by Sprint in 27 markets and Verizon plans to launch its LTE network in 25 to 30 markets nationwide later in 2010. Verizon Wireless senior vice president Tony Melone recently said that Verizon plans to double its 4G footprint within 15 months of launch and to fill out its entire 3G coverage area with 4G by the end of 2013. 

Telefonica, o2, Nokia Siemens Networks will all team to test LTE in Slovakia. The test will occur in the Banska Bystrica region on the 2.6 GHz band.

Telefonica O2 will test LTE technology in Slovakia in cooperation with Nokia Siemens Networks. The tests will be performed in 2010 in the region of Banska Bystrica based on assigned frequencies in the 2.6 GHz band. The company is considering additional testing locations. With this initiative, Telefonica O2 Slovakia joined the other Telefonica Group companies involved in testing LTE networks. Telefonica O2 and Nokia Siemens Networks made a live demonstration of the LTE-based mobile broadband connections at MWC 2010 in Barcelona.