The 700mhz Spectrum Auction In Perspective
YIAAL writes "Writing in Popular Mechanics, Robert X. Cringely looks at the upcoming auction of the 700mbz spectrum, which is currently used for soon-to-be-defunct analog TV. 'Why are all these companies so excited? Because the 60 MHz of spectrum that's about to be auctioned is the last prime real estate for mobile communications that will be available in the U.S. for decades to come ... Some pundits (that would be me) think Google will bid to win its spectrum block, then will trade that block to Sprint/Nextel for some of that company's 2.5-GHz WiMAX licenses that are far better suited for data.' Plus, the prospect of offering unlicensed data service in the 'white space' between existing broadcast channels."
And what would happen if one of the bid winners licensed existing TV stations to broadcast over some specific frequency just as they already are? Sure, it's not innovative or revolutionary, but the broadcast TV model has already proven profitable, and there are a LOT of people in the US with out HD TV's/Converters. Seems like there could be a rather solid market out there to continue the status quo, at least for a while until the HD penetration numbers rise.
-Rick
"Most people in the U.S. wouldn't know they live in a tyrannical state if it walked up and grabbed their junk." - MyFirs
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tomorrow who's gonna fuss
The better propagation characteristics do have a drawback: limited frequency reuse. The cells will have to be spaced further apart to avoid overlap, resulting in more users communicating with the same tower. Furthermore 700 MHz doesn't have the scattering properties of higher frequencies that allows for multipath signal combining, which is tremendously useful in non-line-of-sight situations. This means that coverage in dense urban environments will have to rely exclusively on the partial propagation through buildings, which may leave shadows on a coverage map. These quiet zones could be targeted with additional tower placement, if not for the frequency reuse problem.