The test was conducted using a DVB-H trial network in the UK belonging to National Grid Wireless. They provide infrastructure for both mobile phone and television broadcasters.
The primary advantage to Rosum's technology is its improved performance indoors compared to GPS. Since GPS was originally designed for outdoor use it doesn't always work well for applications such as tracking assets or people, where it may have to work well inside a building. This is particularly true in densely populated urban areas. TV signals, on the other hand. are designed specifically for the ability to traverse buildings, trees, and other obstacles.
DVB-H in particular is an interesting application for such technology since its primary application is in consumer devices - mostly mobile phones right now. Technology like this could help fuel sales of DVB-H enable handsets for business applications.
"Use of DVB-H broadcast networks for position-based services could provide an additional revenue stream for network operators, in addition to enhancing the subscriber experience," said Rosum CEO Skip Speaks.
Of course the reality right now is that GPS seems to be much more important, especially to business customers, than DVB-H. By the time mobile television support becomes standard, if it ever does, GPS may already be a standard feature. That would probably make Rosum's competing technology a harder sell since it would add costs for the manufacturer.
Written by: Rich Fiscus @ 25 Jun 2008 13:59
