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TeliaSonera LTE network test disappoints

According to a test conducted by consulting firm Northstream, the download speeds on TeliaSonera's new commercial LTE network in Sweden fall significantly short of the company's promised "up to 50 Mbps."

TeliaSonera is the first operator in the world to offer a commercial LTE network. It has launched services in parts of Stockholm and Oslo, Norway using the 2.6GHz band. Using a Samsung Electronics modem and a broadband-measuring site to conduct the test, Northstream said the service never exceeded 12 Mbps on the downlink. However the networks upload speeds came in at 5 Mbps, which was impressive to the firm.

While TeliaSonera's launch event showed off download speeds that exceeded 40 Mbps, Northstream CEO Bengt Nordström said the distance from the base station could explain its lower speed results his firm achieved.  

"It seems like the capacity drops off fast as the distance from a base station increases," said Nordström. TeliaSonera didn't want to comment on the test.

For more:
- check out this Network World article

Related articles:
TeliaSonera rolls out commercial LTE services at rock-bottom prices  
TeliaSonera hands out industry's first commercial LTE contracts
TeliaSonera secures LTE modems for 2010 launch
LTE goes 'commercial', claim TeliaSonera and Ericsson 


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Comments (5) | Post a comment
More stories about teliasonera   LTE   Stockholm   oslo   Northstream   Samsung Electronics  

Comments

I can't believe anyone really thought 50 Mbps would be achievable in practice.
Not sure if this is an unrelated data point from a non-optimized network, poor client or tools, or irresponsible reporting that has no value to the industry
News that TeliaSonera’s recent LTE network tests fell short of expectations is no surprise. The company’s promised download speeds of 50Mbps has raised consumers’ expectations for performance of this next-generation network, but has the race to be first to market impeded quality? These tests often focus largely on the device and call technology validation on 4G, without specifically validating the interaction of applications. Service providers – and handset manufacturers – should note that this is something that consumers will inevitably base their happiness with the LTE experience on. As the mobile Internet continues to gain momentum, people will want to be able to stream ever-larger chunks of data to and from their phones. High consumer expectations, combined with the current race for smartphone supremacy, will place even more pressure on service providers and handset manufacturers to deliver increasingly capable – and complex – devices. This leaves them with an impossible dilemma: with the various challenges of developing working products on time, they can either release inferior products to market or delay them entirely – which will result in additional costs and negative PR either way. What this calls for is a shift in thinking about the way in which devices and services are deployed and tested. 4G technologies are an order of magnitude more complex that current wireless technology, and it is clear that what worked for 3G is not working for the next generation. Testing and deployment need to be faster, with more coverage, and testing needs to start even before working prototypes are available. This means virtualization and automation need to move directly into the quality cycle. By doing this, devices can be delivered to market in line with rapid next-generation network development, without compromising on quality. David Gehringer, Fanfare Software
Hi I have doen the same test during the rush hour 17:00-17:30 in downtown Stockholm Seden and the result is shown on my blog downloading: 44,68 Mbps uploading: 4,87 Mbps http://wp.me/pJmb8-5r or http://amirit.wordpress.com/2010/01/20/measurement-on-mobile-broadband-lte4g-from-yesterday/
Some real world LTE peak speeds from Oslo Norway is 96 Mbps.

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