CBA Makes Case for Being C-Band Clearing Coordinator; 18-Month To-Do List
The C-Band Alliance's "vast and unique knowledge" and operating expertise are why it should be named clearing coordinator overseeing the operational aspects of clearing and transitioning C-band spectrum to 5G, it said in an FCC docket 18-122 posting Friday. Also…
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in the plus column is all the preparation its satellite members have done planning for a transition to 5G from fixed satellite service, it said. Each satellite operator "uniquely understands its own operations, each also understands what must be done to clear a portion of the C-band for 5G use," it said. CBA said it backed the FCC or a third party being "a 'traditional' independent transition facilitator," doing such administrative functions as oversight of fund distribution. In a posting recapping meetings with FCC personnel including General Counsel Tom Johnson, CBA, Intelsat and SES said they discussed agency authority to require C-band auction winners to agree to pay for accelerated clearing as a condition of their participation, and to receive an initial license conveying terrestrial mobile rights. CBA said it met with staffers including Nick Degani, FCC Chairman Ajit Pai senior counsel, about its ability to facilitate a C-band transition and how it should be compensated for that work. It met with staffers including Office of Economics and Analytics acting Chief Giulia McHenry and Wireless Bureau Chief Donald Stockdale about how space and ground clearing of the band need to be done jointly and clearing the first 120 MHz is nearly as much work as clearing the next 180 MHz. The consortium said steps to be done to clear that first tranche in 18 months include reassigning Alaska traffic into the lower 120 MHz, which in turn will involve site visits to remote areas for re-pointing or installing new antennas; finalizing development of a switchable filter for 120 MHz for vessels; migrating services on international satellites that have services landing in the lower 48 states to the lower 300 MHz; deploying antennas and other equipment at receive earth station sites needed to move customers; migrating all video managed platforms above 3.82 GHz; and installing 34,000 filters designed specifically for 5G operations in the first 100 MHz in all antennas located in 46 of the top 50 partial economic areas and surrounding areas.