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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

SES is integrating SES-17 into a multi-orbit GEO–MEO fleet to enable interoperability with its O3b mPOWER Medium Earth Orbit constellation.

Mentioned as: SES-17SourceSep 14, 2021

ARC manages the complete map of services provisioned by the O3b mPOWER MEO constellation and the SES-17 HTS GEO satellite.

Mentioned as: SES-17SourceNov 24, 2020

The SES-17 satellite is being prepared for a 2021-09-22 flight to the Arianespace launch site in French Guiana.

Mentioned as: SES-17SourceSep 14, 2021

SES completed performance tests for the SES-17 satellite at the Thales Alenia Space facility in Cannes.

Mentioned as: SES-17SourceSep 14, 2021

SES partnered with Thales Avionics as the anchor customer for commercial aviation services on SES-17.

Mentioned as: SES-17SourceSep 14, 2021

Software-defined satellites like SES-17 offer the promise of adapting to changing capacity needs and could become more economically viable in geostationary orbit.

Mentioned as: SES-17SourceOct 25, 2021

SES-17 is the first GEO satellite to use Adaptive Resource Control, a software system that autonomously adapts space and ground resources for digital payloads.

Mentioned as: SES-17SourceOct 24, 2021

SES-17 is a geostationary satellite designed for high-speed connectivity and flexibility for end-users in the Americas, the Caribbean, and the Atlantic Ocean.

Mentioned as: SES-17SourceFeb 8, 2022

The additional Ka-band capacity from SES-17 will be used to enhance services and support further expansion of broadband across Northern Canada.

Mentioned as: SES-17SourceApr 28, 2022

SES-17 is equipped with an all-electric propulsion system.

Mentioned as: SES-17SourceMay 3, 2022

SES-17 is a very high throughput geostationary Ka-band satellite intended to expand high-speed network capabilities and accelerate digitalization in the region.

Mentioned as: SES-17SourceJun 16, 2022

SES-17 uses all-electric propulsion and reached its operational orbit after months of in-orbit raising and testing.

Mentioned as: SES-17SourceJun 16, 2022

The O3b mPOWER cruise solution developed with Intellian and Gilat will link with SES-17 in GEO in the North Atlantic and switch automatically to O3b or O3b mPOWER in the Caribbean.

Mentioned as: SES-17SourceJul 5, 2022

SES-17 is a geostationary Ka-band satellite.

Mentioned as: SES-17SourceJul 8, 2022

SES-17 carries hundreds of Smiths Interconnect SpaceABLE radiation-resistant optical transceivers that serve as the backbone of the payload data path.

Mentioned as: SES-17SourceJul 8, 2022

By leveraging SES-17 capacity, ARSAT will improve access to affordable and high-quality satellite broadband services for business and residential applications in Argentina.

Mentioned as: SES-17SourceJul 20, 2022

SES-17 is the only high-performance Ka-band satellite currently operating in the Americas region with full coverage over the Argentine mainland.

Mentioned as: SES-17SourceJul 20, 2022

SES-17 is the only high-performance Ka-band satellite currently operating in the Americas region with full coverage over the Argentine mainland.

Mentioned as: SES-17SourceJul 21, 2022

SES-17 is a GEO very high throughput satellite operated by SES.

Mentioned as: SES-17SourceSep 8, 2022

SES reported that SES-17 is in service and contributing to growth across the Americas with 13 new deals signed in eight different geographies.

Mentioned as: SES-17SourceNov 3, 2022
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