FCC Clears Qualcomm MediaFLO Launch
Oct 12, 2006, 1:43 PM by (staff)
The FCC today issued a decision that clears Qualcomm to launch its MediaFLO mobile TV network in a much larger number of markets. Qualcomm is building the network in the 700 MHz band with spectrum it owns on UHF TV channel 55. The FCC's decision defines the amount of interference Qualcomm's broadcasts can cause to channels 54-56 over the next two and a half years until analog TV spectrum must be vacated in February 2009. The FCC ruled the network can launch in areas where broadcasters operate on those channels with 0.5% interference, increasing to 1.5% by 2009. This will allow Qualcomm to launch in more areas sooner since they won't need to wait for analog TV shutdown in most cases.
Huawei's P8 Variant for U.S. Teased in FCC Approval
The FCC this week approved a new Huawei phone for North America that bears a striking resemblance to the just-announced P8 global flagship. The phone approved by the FCC has small but distinct differences, such as a flash on the other side of the camera, matching Huawei's description of a more affordable P8 variant coming the U.S.
FCC Sets 126 MHz Clearing Target for Reverse Auction
The FCC today announced it has set an initial spectrum clearing target of 126 MHz during the reverse part of the auction for 600 MHz airwaves. Television broadcasters have agreed to part with this spectrum.
FCC Gives Verizon and Qualcomm Permission to Test LTE-U
The FCC is allowing Verizon and Qualcomm to move forward with limited tests of LTE in unlicensed spectrum bands generally reserved for WiFi. Specifically, the companies are being allowed to perform small-scale tests at two Verizon facilities, one in Oklahoma City, Okla., and the other in Raleigh, N.C.
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.