Image of Astrolight - ATLAS-1 - Space to Ground Laser Communication Terminal on the satsearch marketplace

Key highlights

The Astrologht ATLAS-1 is a Space to Ground Laser Communication Terminal designed for satellite applications.

It is a beaconless scalable laser communication terminal developed to use for space-to-ground operation.

The beaconless design and in-orbit Tx/Rx beam alignment reduces complexity and manufacturing costs. This also increases the reliability of the terminal for several operations. The terminal is optimized for operation with Astrolight’s 14-inch optical ground station.

Key features

  • Up to 2.5 Gbps raw data rate (scalable to 12.5 Gbps)
  • 1550 nm wavelength
  • OOK modulation
  • Just 10 x 10 x 5 cm in size
  • Less than 30 W of power consumed during transmission
  • Operates on unregulated 8-18V power
  • Integrated fine-pointing system
  • In-orbit Tx/Rx beam alignment
  • Fully compatible with Astrolight optical ground stations

Disclaimer: satsearch is not responsible for any mistakes on this page, although we do our best to ensure correctness. Please report any mistakes to us.

Last updated: 2024-09-02

ATLAS-1 - Space to Ground Laser Communication Terminal

Image of Astrolight - ATLAS-1 - Space to Ground Laser Communication Terminal on the satsearch marketplace

Downloads

Export

  • Click here to add the Astrolight - ATLAS-1 - Space to Ground Laser Communication Terminal to the Valispace engineering tool from satsearch
  • Click here to add the Astrolight - ATLAS-1 - Space to Ground Laser Communication Terminal to Lynapse Studio by Spacebackend
  • Click here to add the Astrolight - ATLAS-1 - Space to Ground Laser Communication Terminal to 360 by IENAI

from our blog

Go to blog

Spotlight: how to connect your satellite to a ground station network, with Leaf Space

Spotlight: satellite ground stations – installing your own vs. using an existing network, with Leaf Space

Ground station service providers: an overview of telemetry and telecommand communication services and networks for small satellites