Thales Alenia Space has been contracted to deliver two Space Inspire software-defined satellites. (Thales Alenia Space )

Intelsat has contracted Thales Alenia Space – a joint venture between Thales and Leonardo – for the production of two software-defined satellites (SDSs).

The satellites, IS-41 and IS-44, will be based on the Space Inspire product line and are scheduled to be in service by 2025.

SDSs are more flexible than traditional types of satellites as they enable the user to reconfigure and reprogram on demand and in orbit. More traditional types are commonly launched for a single purpose and although they can be upgraded, this often takes longer to implement.

Instelsat general manager Dave Micha told Janes, “We're at the forefront of the move to SDS, which will allow us to design beams of different shapes and sizes and reconfigure coverage plans on-the-fly. For example, satellite beams could track particular planes or ships and dynamically allocate capacity precisely where it's needed.”

Thales Alenia Space said its Space Inspire satellites provide seamless telecommunications mission and services reconfigurations and immediate in-orbit alterations to broadband connectivity.

Thales Alenia Space has been contracted to deliver two Space Inspire software-defined satellites. (Thales Alenia Space )

Intelsat has contracted Thales Alenia Space – a joint venture between Thales and Leonardo – for the production of two software-defined satellites (SDSs).

The satellites, IS-41 and IS-44, will be based on the Space Inspire product line and are scheduled to be in service by 2025.

SDSs are more flexible than traditional types of satellites as they enable the user to reconfigure and reprogram on demand and in orbit. More traditional types are commonly launched for a single purpose and although they can be upgraded, this often takes longer to implement.

Instelsat general manager Dave Micha told Janes, “We're at the forefront of the move to SDS, which will allow us to design beams of different shapes and sizes and reconfigure coverage plans on-the-fly. For example, satellite beams could track particular planes or ships and dynamically allocate capacity precisely where it's needed.”

Thales Alenia Space said its Space Inspire satellites provide seamless telecommunications mission and services reconfigurations and immediate in-orbit alterations to broadband connectivity.

Thales Alenia Space has been contracted to deliver two Space Inspire software-defined satellites. (Thales Alenia Space )

Intelsat has contracted Thales Alenia Space – a joint venture between Thales and Leonardo – for the production of two software-defined satellites (SDSs).

The satellites, IS-41 and IS-44, will be based on the Space Inspire product line and are scheduled to be in service by 2025.

SDSs are more flexible than traditional types of satellites as they enable the user to reconfigure and reprogram on demand and in orbit. More traditional types are commonly launched for a single purpose and although they can be upgraded, this often takes longer to implement.

Instelsat general manager Dave Micha told Janes, “We're at the forefront of the move to SDS, which will allow us to design beams of different shapes and sizes and reconfigure coverage plans on-the-fly. For example, satellite beams could track particular planes or ships and dynamically allocate capacity precisely where it's needed.”

Thales Alenia Space said its Space Inspire satellites provide seamless telecommunications mission and services reconfigurations and immediate in-orbit alterations to broadband connectivity.

Thales Alenia Space has been contracted to deliver two Space Inspire software-defined satellites. (Thales Alenia Space )

Intelsat has contracted Thales Alenia Space – a joint venture between Thales and Leonardo – for the production of two software-defined satellites (SDSs).

The satellites, IS-41 and IS-44, will be based on the Space Inspire product line and are scheduled to be in service by 2025.

SDSs are more flexible than traditional types of satellites as they enable the user to reconfigure and reprogram on demand and in orbit. More traditional types are commonly launched for a single purpose and although they can be upgraded, this often takes longer to implement.

Instelsat general manager Dave Micha told Janes, “We're at the forefront of the move to SDS, which will allow us to design beams of different shapes and sizes and reconfigure coverage plans on-the-fly. For example, satellite beams could track particular planes or ships and dynamically allocate capacity precisely where it's needed.”

Thales Alenia Space said its Space Inspire satellites provide seamless telecommunications mission and services reconfigurations and immediate in-orbit alterations to broadband connectivity.

Thales Alenia Space has been contracted to deliver two Space Inspire software-defined satellites. (Thales Alenia Space )

Intelsat has contracted Thales Alenia Space – a joint venture between Thales and Leonardo – for the production of two software-defined satellites (SDSs).

The satellites, IS-41 and IS-44, will be based on the Space Inspire product line and are scheduled to be in service by 2025.

SDSs are more flexible than traditional types of satellites as they enable the user to reconfigure and reprogram on demand and in orbit. More traditional types are commonly launched for a single purpose and although they can be upgraded, this often takes longer to implement.

Instelsat general manager Dave Micha told Janes, “We're at the forefront of the move to SDS, which will allow us to design beams of different shapes and sizes and reconfigure coverage plans on-the-fly. For example, satellite beams could track particular planes or ships and dynamically allocate capacity precisely where it's needed.”

Thales Alenia Space said its Space Inspire satellites provide seamless telecommunications mission and services reconfigurations and immediate in-orbit alterations to broadband connectivity.

Thales Alenia Space has been contracted to deliver two Space Inspire software-defined satellites. (Thales Alenia Space )

Intelsat has contracted Thales Alenia Space – a joint venture between Thales and Leonardo – for the production of two software-defined satellites (SDSs).

The satellites, IS-41 and IS-44, will be based on the Space Inspire product line and are scheduled to be in service by 2025.

SDSs are more flexible than traditional types of satellites as they enable the user to reconfigure and reprogram on demand and in orbit. More traditional types are commonly launched for a single purpose and although they can be upgraded, this often takes longer to implement.

Instelsat general manager Dave Micha told Janes, “We're at the forefront of the move to SDS, which will allow us to design beams of different shapes and sizes and reconfigure coverage plans on-the-fly. For example, satellite beams could track particular planes or ships and dynamically allocate capacity precisely where it's needed.”

Thales Alenia Space said its Space Inspire satellites provide seamless telecommunications mission and services reconfigurations and immediate in-orbit alterations to broadband connectivity.