Space optical payload
The optical transmitter or transceiver, telescope and spacecraft data interface.
Space-to-ground terminal
Move mission data between a spacecraft and ground infrastructure.
The space-to-ground link joins an orbital network to its terrestrial service. We scope both ends together: the spacecraft terminal, the ground receiver, the contact schedule and the enterprise handoff.
Celestial ↔ Terrestrial
Space-to-ground terminal
Move mission data between a spacecraft and ground infrastructure.
Discuss this connection ↗Inside the device
Core components and their roles.
The final configuration is selected around the customer requirement and engineering evidence.
Ground optical terminal
The receiving or transmitting optics, detector or transceiver and ground modem.
Tracking & environmental monitoring
Track the spacecraft and record conditions that influence the optical path.
Authenticated network handoff
Deliver traffic into the ground network through controlled interfaces and an agreed security architecture.
Your requirements
What we scope with your team.
Your existing architecture, operating conditions and growth priorities guide the solution.
- Orbit, contact duration, elevation and ground-site geometry
- Daily data volume, delivery deadlines and storage requirements
- Local weather, atmospheric exposure and alternate-site options
- Backhaul capacity, encryption needs and customer network interfaces
Pilot & acceptance
Prove the part that matters to your service.
Assess contact opportunities and atmospheric constraints, validate the end-to-end handoff and test representative data delivery. Live spacecraft trials depend on the selected operator, hardware and operating permissions.
- Data delivery within the agreed contact-window scenario
- Tracking performance and evidence of link interruptions
- Ground backhaul and buffering behaviour
- Recovery using the scoped alternate site or transport path
Designed to scale
Expand with a documented operating model.
Add capacity through scheduled contacts, suitable ground-site diversity and backhaul planning. Model the whole delivery chain so more downlink capacity does not simply move the bottleneck into storage or the enterprise gateway.
Technical foundations: NASA optical communications · NIST post-quantum cryptography.