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SES-17

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Orbit: GEOLaunched 10/24/2021
Technical Specifications
Verified technical details
Dry Mass
5800 kg
Total Mass
6411 kg
Power
Unknown
Design Life
Unknown
Stakeholders

Operator

SES

Manufacturer

SES
Launch Mission

SES-17/Syracuse 4A

10/24/2021

Entity Mentions
All verified mentions of this entity in source documents

Arianespace launched SES-17 in October 2021 from Europe’s Spaceport in Kourou, French Guiana.

Mentioned as: SES-17SourceMay 3, 2022

COMNET will leverage SES-17 Ka-band satellite capacity and SES’s managed services to offer a QUANTTUM Ka enterprise solution as an extension of COMNET’s QUANTTUM broadband portfolio.

Mentioned as: SES-17SourceMay 3, 2022

SES-17 is SES’s first high-throughput geostationary satellite operating in Ka-band.

Mentioned as: SES-17SourceMay 3, 2022

SES-17 provides coverage across the Americas, the Caribbean, and the Atlantic Ocean from the orbital slot at 67.1 degrees West.

Mentioned as: SES-17SourceMay 3, 2022

SES-17 was launched in October 2021 from Arianespace’s Guiana Space Centre in French Guiana.

Mentioned as: SES-17SourceJul 8, 2022

SES-17 was manufactured by Thales Alenia Space and is equipped with nearly 200 beams of mixed size for flexible allocation of capacity over high-traffic airline routes.

Mentioned as: SES-17SourceJul 15, 2022

SES-17 entered service from geostationary orbit in June 2022.

Mentioned as: SES-17SourceNov 3, 2022

SES-17 is a high-performance geostationary Ka-band satellite launched by SES.

Mentioned as: SES-17SourceJul 20, 2022

SES-17 operates at 67 degrees West and provides full coverage over the Argentine mainland.

Mentioned as: SES-17SourceJul 20, 2022

SES launched SES-17, a high-performance geostationary (GEO) satellite.

Mentioned as: SES-17SourceJul 21, 2022

ARSAT will use SES’s high-performance geostationary satellite SES-17 to deliver high-quality connectivity services.

Mentioned as: SES-17SourceDec 6, 2022

SES-17 operates in geostationary orbit at 67 degrees West longitude.

Mentioned as: SES-17SourceDec 6, 2022

Gilat’s SkyEdge IV platform was selected for SES’s geostationary very high throughput satellite SES-17.

Mentioned as: SES-17SourceSep 8, 2022

Gilat completed testing of the SkyEdge IV platform on the geostationary satellite SES-17 and the medium earth orbit systems O3b and O3b mPOWER.

Mentioned as: SES-17SourceMar 22, 2023

SES-17 is SES’s highest-performance geostationary (GEO) satellite and is used to accelerate digital inclusion programmes and improve access to affordable, high-quality satellite-enabled broadband services in the region.

Mentioned as: SES-17SourceFeb 21, 2023

The delivered satellite services will be split roughly evenly between the SES-17 high-throughput geostationary satellite and the O3b mPOWER Medium Earth Orbit system.

Mentioned as: SES-17SourceFeb 26, 2023

SES signed 17 new enterprise deals in 2022 related to SES-17 and other services.

Mentioned as: SES-17SourceFeb 27, 2023

SES completed rigorous testing of Gilat’s SkyEdge IV on the geostationary satellite SES-17 and the medium Earth orbit systems O3b and O3b mPOWER.

Mentioned as: SES-17SourceMar 14, 2023

SES operates a fleet of 70 satellites that includes the SES-17 geostationary Ka‑band high-throughput satellite.

Mentioned as: SES-17SourceMar 20, 2023

Thales’ FlytLIVE service delivered over SES-17 provides passengers with Wi‑Fi speeds of up to 400 megabits per second.

Mentioned as: SES-17SourceMar 20, 2023
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