A new partnership plans to bring wireless broadband to rural college communities over the unused spectrum between television channels that are known as "white spaces," reports Adam Masmanian of National Journal. It's called AIR.U, short for Advanced Internet Regions. “University communities will be able to significantly expand the coverage and capacity of high speed wireless communities, both on- and off-campus,” said Michael Calabrese of the New America Foundation, which is helping to lead the effort. The plan grew out of an effort led by former FCC official Blair Levin to bring super high-speed broadband to research universities. His project, called Gig.U, had attracted the interest of rural colleges that didn’t qualify to join.
Rural communities are seen as ideal for the use of white spaces for wireless broadband Internet connectivity, often called Super Wi-Fi, because they tend to have fewer licensed TV stations, and therefore more vacant spectrum in the white spaces. Further, the low frequency range of Super Wi-Fi means that a single base station can cover a radius of about 6 miles with high-speed broadband, according to Apurva Mody, Chair of the White Space Alliance.
The Federal Communications Commission authorized the use of unlicensed white space spectrum for broadband services and other applications, in September 2010. AIR.U hopes to have the first pilot networks up and running in the first quarter of 2013.
Rural communities are seen as ideal for the use of white spaces for wireless broadband Internet connectivity, often called Super Wi-Fi, because they tend to have fewer licensed TV stations, and therefore more vacant spectrum in the white spaces. Further, the low frequency range of Super Wi-Fi means that a single base station can cover a radius of about 6 miles with high-speed broadband, according to Apurva Mody, Chair of the White Space Alliance.
The Federal Communications Commission authorized the use of unlicensed white space spectrum for broadband services and other applications, in September 2010. AIR.U hopes to have the first pilot networks up and running in the first quarter of 2013.
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