Paired optical terminals
A transmit/receive terminal at each end of the ground link.
Terrestrial laser link
Connect buildings, campuses and selected remote ground sites.
A terrestrial free-space optical link transports data between ground endpoints with a clear optical path. It can be evaluated alongside fiber and radio according to the site, continuity requirements and practical installation conditions.
Terrestrial · Optical transport
Terrestrial laser link
Connect buildings, campuses and selected remote ground sites.
Discuss this connection ↗Inside the device
Core components and their roles.
The final configuration is selected around the customer requirement and engineering evidence.
Alignment & mounting
Mounts and controls that maintain the required optical alignment.
Network interfaces
Ethernet or other selected interfaces connecting the terminals to the customer network.
Alternate path & monitoring
Link health monitoring and an agreed recovery path where continuity requires it.
Your requirements
What we scope with your team.
Your existing architecture, operating conditions and growth priorities guide the solution.
- Endpoint distance, elevation and clear line of sight
- Weather exposure, obstructions and mounting stability
- Throughput, latency, outage tolerance and security needs
- Available fiber or radio alternatives and installation access
Pilot & acceptance
Prove the part that matters to your service.
Survey both endpoints, define the optical path and test traffic under representative conditions. Compare the observed performance with the baseline and the agreed continuity target.
- Measured throughput and latency for the defined workload
- Link quality and interruption records
- Recovery behaviour using the scoped fallback
- Installation, maintenance and support responsibilities accepted
Designed to scale
Expand with a documented operating model.
Map new sites before adding links. Check topology, path diversity, shared switch capacity and operations workload so a campus or multi-site network can expand without creating a single avoidable dependency.
Technical foundations: NASA optical communications · NIST post-quantum cryptography.