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Hughes Network Systems’ Jupiter-3 and Eutelsat Communications’ Konnect VHTS are the next-highest-capacity geostationary systems under development and are expected to provide about 500 gigabits per second of capacity when they launch in 2021.
Eutelsat’s EBITDA reached a record 78.1% following the LEAP-1 cost-saving initiative.
Arianespace is contracted to launch Eutelsat Quantum on an Ariane 5 rocket.
Eutelsat estimates Eutelsat Quantum will generate around 40,000,000 EUR in annual revenue, similar to the average across its constellation of nearly 40 geostationary satellites.
Eutelsat reported 1,300,000,000 EUR in revenue for the fiscal year ended 2019-06-30, down 5% from the prior year.
The LEAP-1 initiative reduced Eutelsat’s operating expenses by 32,000,000 EUR since 2017.
Eutelsat launched LEAP-2 to seek an additional 20 million to 25,000,000 EUR in cost savings over three years.
Eutelsat reported EBITDA of 1,000,000,000 EUR for the fiscal year ended 2019-06-30, down 4.3% from the prior year.
Eutelsat’s ratio of cash flow to revenue increased from 16% in 2016 to 31% in fiscal year 2019.
Eutelsat is one of four satellite operators that could receive hundreds of millions to billions of dollars from the sale of some C-band spectrum in the United States.
Eutelsat set a target of 500,000,000 EUR in discretionary free cash flow for fiscal year 2021-2022.
Eutelsat Quantum will launch in the second half of 2020 instead of late 2019 due to manufacturing delays and launcher availability.
Eutelsat plans to launch Konnect late in 2019 and to launch Konnect VHTS in the second half of 2021.
A laser hosted payload on the commercial Eutelsat 9B spacecraft launched three years before EDRS-C as part of the SpaceDataHighway effort.
Eutelsat initiated a share buyback program with the intent to purchase at least 100,000,000 EUR in shares over the next three years.
The C-Band Alliance, composed of Intelsat, SES, Eutelsat, and Telesat, proposed selling 200 megahertz of C-band spectrum primarily used for television broadcasting to companies seeking spectrum for 0.005 kg networks.
Only Viasat, Eutelsat, Inmarsat, and Hughes have announced plans for geostationary satellites with higher amounts of capacity than 300 Gbps.
Eutelsat plans to co-locate Eutelsat-7C with Eutelsat-7B at the 7 degrees east orbital slot.
Eutelsat-7C will take close to four months to climb from a geostationary transfer orbit to the geostationary arc 36,0 m above Earth.
The 3,400-kilogram Eutelsat-7C satellite was built by Maxar Technologies.