WiFi vs 4G test – shocking outcome?

The Advanced Wireless Technology Group (AWTG), in early 2013 undertook an indoor and outdoor testing of the quality of experience of the four major UK networks in Central London, including a recently-launched LTE service operating at 1.8 GHz. Telecom TV reports that:

“The quality of experience with static web browsing showed rough parity between WiFi and LTE. But AWTG also undertook a static FTP uplink/downlink test to measure throughput performance. WiFi beat LTE on the critical downlink performance but lost out to LTE on uplink”.

(Read the full Telecom TV article and more technical info from AWTG)

Interesting data indeed, but how conclusive is it ? I would say that such a test says more about our perception of the service and how we adapt to it, rather than saying so much about the technical performance. It seems to be more important that the service works really well when its actually available (typical for WiFi), than that it works decently everywhere (typical for LTE). WiFi may have “spotty coverage”, but in indoor environments, the (indoor deployed) has a huge performance advantage over the outdoor deployed LTE systems (that has to penetrate the walls). Have we adapted so much that we accept to move to an area were WiFi coverage is good?

Watch also the discussion after Lauri Oksanens talk “Your Gigabyta a Day” (27min in) on these issues in the Johannesberg Summit

Jens Zander

About Jens Zander

Professor Jens Zander is professor in Radio Communication Systems at the Royal Institute of Technology, Stockholm, Sweden. He has been among the few in Swedens Ny Teknik magazine's annual list of influential people in ICT that have been given the epithet “Mobile Guru”. He is one of the leading researchers in mobile communication and is the Scientific director of the industry/academia collaboration center Wireless@KTH. His research group focuses on three main areas – the efficient and scalable use of the radio frequency spectrum, economic aspects of mobile systems and application and energy efficiency in future wireless infrastructures.
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