Technology
Advanced LEO satellite infrastructure designed for sovereignty, privacy, and unstoppable connectivity.
Spectrum Satellites
Each Spectrum satellite is a compact, high-performance communications node designed for LEO operation. With inter-satellite laser links, they form a self-routing mesh network in orbit.
Inter-Satellite Links
Optical laser communication between satellites enables data routing entirely in orbit, bypassing terrestrial networks.
Laser Links
Free-space optical communication at 10 Gbps per link. Each satellite maintains 4 active inter-satellite connections.
Mesh Routing
Distributed routing protocol automatically finds optimal paths. Traffic reroutes instantly if a satellite is unavailable.
Encryption
End-to-end encryption on all inter-satellite links. Quantum-resistant key exchange protocols.
Ground Infrastructure
Distributed ground stations provide terrestrial network integration while maintaining censorship resistance.
Gateway Stations
- ●High-Throughput AntennasKa-band phased array with 100+ Gbps capacity
- ●Geographic DistributionStations in 12+ countries for redundancy
- ●Peering PointsDirect IX connections for low-latency egress
Omega Integration
- ●Direct UplinkOmega Routers connect directly to satellites
- ●Hybrid ModeSeamless failover between terrestrial and satellite
- ●Mesh ExtensionOmega devices extend satellite coverage locally
Technical Specifications
| Parameter | Value |
|---|---|
| Constellation Size | 24 satellites (Phase 1) |
| Orbital Altitude | 550 km LEO |
| Orbital Inclination | 53 degrees |
| User Latency | < 20ms (typical) |
| Downlink Capacity | Up to 1 Gbps per satellite |
| Inter-Satellite Link | 10 Gbps optical |
| Frequency Bands | Ka-band (user), V-band (gateway) |
| Encryption | AES-256-GCM, quantum-resistant KEM |
| Ground Stations | 12+ globally distributed |
| Design Life | 5 years per satellite |
Ready to Connect?
Partner with Spectrum to bring unstoppable connectivity to your region.