FCC Proposes to Open 3.5GHz Spectrum to Small Cells
The Federal Communications Commission has issued a Notice of Proposed Rulemaking (NPRM) that will allow small cellular sites to provide wireless broadband service in the 3.5GHz band. The small cells will have to share the spectrum with other entities already using it, but organizations such as Qualcomm and the Telecommunications Industry Association applauded the proposal. The FCC still needs to take a number of steps before the spectrum is ready for use, but believes this chunk of airwaves will eventually benefit American consumers. Small cells are highly localized base stations that supplement larger macro cellular networks.
Qualcomm's Next Target Is Unlicensed LTE Over 5GHz
Qualcomm today announced its initial foray with LTE into the unlicensed 5GHz band, spectrum that is normally reserved for WiFi networks. Qualcomm believes LTE-U, or LTE in unlicensed spectrum, could help carriers fill in blank spots with small cells.
AT&T Proposes Caps for Designated Entities
AT&T and a handful of other carriers today asked the FCC to consider a new way to define designated entities and small businesses in spectrum auctions moving forward. The proposal follows Dish Networks' use of designated entities — or small companies — to bid for spectrum in the AWS-3 auction on its behalf.
AT&T No Longer Targeting 40,000 Small Cells This Year
AT&T recently dialed back language referring to its small cell deployments planned for 2015. The company said last year it would launch 40,000 small cells around the country to improve coverage and capacity by the end of 2015.
FCC Lays Groundwork for Defining 5G Spectrum
The FCC today issued a Notice of Proposed Rulemaking to define the spectrum rules that may help form 5G networks in the U.S. It designated four new bands to be studied for 5G.
2300 (if at&t actually rolls it out)
and those are just bands we use here in the US... add in several more if you want a global phone which will work anywhere. How about we start making more effective use of the spectrum that we have before we start issuing even more of it? If nothing else, this will keep some RF engineers well-employed.