Telesat LEO – Transforming Global Communications

Telesat LEO

The goal of providing universal and cost effective fiber-like connectivity has proved elusive for the communications industry and slowed the world’s digital transformation.

Telesat’s LEO constellation will both enable and accelerate this transformation by providing high performing, cost effective, fiber-like connectivity anywhere on the planet for business, government and individual users.

Telesat LEO – Innovative Design Results in Superior Performance and Value

Telesat’s patent-pending constellation design will leverage advanced technologies while utilizing a combination of polar and inclined orbits to create a next generation, global telecom system with unmatched communications advantages:

  • High, Flexible Capacity – Gbps links to individual customers and multiple Tbps of total system capacity. Telesat’s design will allow capacity to be dynamically allocated where it’s needed providing, for example, ample communications resources for busy airports, military operations on land, sea and air, in major shipping ports, large remote communities and other areas of concentrated demand.

  • Low Latency – Typically, 30-50 msec round trip latency, more than 10 times better than what GEO satellites can provide. Voice, video and web services (including encrypted web services) will operate at full speed, just like on terrestrial networks. In some cases, Telesat’s LEO constellation latency will be better than terrestrial fiber.

  • Low Cost to Customer – Transformative economics with cost/Mbps at, or lower than, the lowest cost systems now in the market, or being developed. This advantage is enabled by a system design that drives maximum possible efficiencies from Telesat’s available spectrum and other network resources.

  • Global Connectivity – Services anywhere on the globe, even in the most remote locations such as oceans, deserts, hostile areas, and the polar north and south.

  • Plug & Play - An open-architecture approach based on DVB S2X standards.  Network interfaces will be compliant with Layer 2 and Layer 3 internet standards.

  • Unmatched Security & Resilience – Telesat’s LEO system will use optical inter-satellite links to directly connect locations anywhere on earth and bypass third-party networks, providing a higher level of service integrity than alternative systems. Further, with multiple satellites available to each user  regardless of location, along with multiple beams on each satellite plus the ability to reshape beam patterns across the earth, Telesat LEO will provide superior  protection against interference and a level of resiliency never before available  with space-based networks.

Telesat’s LEO system is optimized to deliver enterprise-grade connectivity services and broadband access to the Internet.  Thus, the system will deliver a compelling Internet experience for those in unconnected and under-served remote communities. Enterprise customers will also benefit by having a universal standard of high performing broadband wherever their operations require.

The overall service quality, reliability and cost of Telesat’s LEO system will be unmatched by any GEO, MEO or other LEO system filling a key gap in the global connectivity market.

Service Starting in 2021

Telesat’s project plans are moving forward aggressively. The start of global LEO service is targeted for 2021. Telesat has obtained worldwide priority rights to the use of approximately 4 GHz of Ka-band spectrum which is ideal for high performing broadband networks. Telesat's Phase 1 LEO launched successfully on January 12, 2018.

Telesat has a long record of success bringing major satellite innovations to market and our LEO constellation will be another achievement that transforms global communications. 

The Phase 1 satellite will be available for tests and demonstrations in the second half of 2018.

Please contact us for more information.

 



  • Illustration of Telesat LEO system transporting traffic to a gateway in USA (Florida) from user locations in the Mediterranean Sea, Atlantic Ocean & Pacific Ocean
  • Demonstrates inter-satellite links directly connecting a user in the Mediterranean to a gateway in the USA
  • Note: illustration represents only a portion of the planned system