Tuesday, September 14, 2010

Announcing a new white spaces trial in Logan, Ohio



I’m in Logan, Ohio, today to announce that Spectrum Bridge, the Hocking Valley Community Hospital, and Google have teamed up to deploy a broadband network using the TV white spaces.

This is an exciting new deployment – the first of its kind for a hospital – demonstrating the potential of the TV white spaces to improve broadband and spark new applications in healthcare. First responder vehicles, hospital grounds as well as the health department are being equipped with high-speed wireless Internet access. Additionally, the hospital is using the network to manage its outdoor video surveillance system.

To prevent interference with other signals, the network is using Spectrum Bridge’s real-time TV white spaces database (to determine TV white spaces availability at any location, check out Spectrum Bridge’s free search tool.)

This deployment is operating on an experimental white spaces license granted by the FCC. Next Thursday, September 23, the Commission will be voting on final technical rules governing the white spaces – a vote that could pave the way for unlicensed white spaces deployments across the country.

We’re excited that the final rules are up for a vote, and can’t wait to see how entrepreneurs and innovators nationwide will use unlicensed white spaces to introduce cool new products and services.

Stay tuned to this blog for an update from this morning’s launch event.

6 comments:

John Blossom said...

Where are the updates? We'd love to hear more.

meriah said...
This comment has been removed by a blog administrator.
paul said...

How fast are these connections?

John Blossom said...

Hey, Google, do you give a hoot about this blog? Please clean up the spam comments. We're still eager for updates...

Stop touchin my blog! said...

How about mapping the entire hospital without the need for gps or wifi or any signal at all? Check out these technology we have developed - http://www.FastMall.com

German said...

Hello,

I´m very interested in this Super Wi-Fi technology and the liberation of the white spaces.

I would like to ask a question:

If lower frecuency implies larger wavelenghts, what is the effect on antenna sizes?

Thank you very much,

Best Regards, Germán Prieto.