All verified mentions of this organization in source documents.
The SpaceX modification on the FCC docket would allow SpaceX to deploy a 7,518-satellite V-band system in addition to its previously authorized 4,425-satellite constellation and would add V-band services to the existing authorization.
The proposed FCC rule would require companies requesting a license for non-geostationary orbit systems that seek to operate above 650 km to explain their rationales for selecting those orbits and any relevant orbital characteristics such as existing debris there.
The FCC’s 2018-11-15 meeting docket includes authorizing two NGSO satellite systems by Kepler Communications and LeoSat and modifying existing authorizations for SpaceX and Telesat.
Telesat seeks FCC approval to add another 117 satellites that would use V-band spectrum.
A total of 12 companies have proposed satellite constellations to the FCC for systems that would operate in orbits other than geosynchronous orbit at 36,0 m.
Since 2016 the FCC has approved three large low-Earth-orbit broadband constellations: 117 satellites for Telesat, 720 satellites for OneWeb, and 4,425 satellites for SpaceX.
The Federal Communications Commission scheduled a vote for 2018-11-15 on proposed satellite constellations from Kepler Communications and LeoSat and on expansion requests from SpaceX and Telesat.
SpaceX is seeking FCC approval to add an additional 7,518 satellites operating in V-band spectrum.
The C-Band Alliance’s revised plan offering 200 megahertz of C-band spectrum aligns more closely with the Federal Communications Commission’s proposal.
ABS, Hispasat, and Star One plan to submit comments to the FCC during the regulator's C-band plan comment window that closes 2018-10-29.
The Federal Communications Commission's point person for C-band established that 0.005 kg cellular networks will need at least twice as much satellite spectrum as Intelsat and SES initially estimated.
The Federal Communications Commission has voted to open up C-band but has not decided precisely how it will transition the spectrum.
Intelsat, SES, Eutelsat, and Telesat founded the C-band Alliance on 2018-10-01 to oversee the C-band spectrum transfer and serve as the FCC-designated transition facilitator.
The FCC set an 2018-10-29 deadline for comments on its C-band Notice of Proposed Rulemaking.
FCC Commissioner Michael O’Rielly advocated opening 200 to 300 megahertz or more of the C-band.
AkashSystems applied to the U.S. Federal Communications Commission in July for approval to operate a 12U cubesat from low Earth orbit in late 2019 into early 2020.
OneWeb received FCC authorization in June 2017 for 720 satellites and requested U.S. market access for an additional 1,260 satellites nine months later.
Viasat is putting work into optimizing a 24-satellite medium-Earth-orbit system disclosed in a 2016 application to the U.S. Federal Communications Commission that would provide connectivity using Ka-band and V-band spectrum.
The U.S. Federal Communications Commission has not yet approved Viasat’s 2016 MEO application, which would trigger regulatory deadlines to bring at least half the system into service in six years and the full constellation into service in nine years.
The Federal Communications Commission released a plan on 2018-07-12 related to freeing C-band spectrum for 0.005 kg.