We design, fabricate, and space-qualify every critical photonic element in-house — from laser sources and amplifiers through modulators and detectors to finished flight systems. No outsourced supply chain. No single-source risk.
Every system we ship is built from photonic building blocks we manufacture ourselves. This gives us full traceability, faster iteration, and the ability to optimize across the entire signal chain.
OCT terminals and FOG IMUs — fully integrated and space-qualified.
LiNbO₃ electro-optic and acousto-optic modulators for phase control, pulse shaping, and frequency shifting.
InGaAs PIN and APD photodetectors. Coherent receivers for advanced modulation formats.
Custom electronics for modulator drive, detector readout, signal processing, and system control.
Precision quadrupole coil winding for gyroscopes and sensor assemblies.
Narrow-linewidth DFB seed lasers. Broadband ASE sources for interferometric sensing.
Multi-stage erbium-doped fiber amplifiers (EDFA) from milliwatts to multi-watt output power.
Our laser systems use the MOPA (Master Oscillator Power Amplifier) architecture — a narrow-linewidth seed laser amplified through multiple fiber stages. This separates spectral purity from raw power, giving us coherence lengths exceeding 20 km while delivering multi-watt output for both communications and sensing.
Modulators shape the optical signal — controlling phase, intensity, and pulse timing. Detectors convert it back to electrical signal. We build both sides of the chain, from bulk and thin-film lithium niobate modulators to acousto-optic pulse shapers, InGaAs photodiodes, avalanche detectors, and coherent receivers.
This is the power of vertical integration. The same EDFA that drives a SatLight® terminal also powers our sensing systems. The same component platform that builds our gyroscope coils feeds every amplifier and modulator assembly. Qualification work on one platform accelerates all the others.
Every technology we develop is architected for the space environment. Radiation tolerance, thermal extremes, vibration, and outgassing compliance are designed in — not tested in after.
Fiber-based optical paths are inherently resistant to ionizing radiation. Products tested to mission-specific TID profiles for your orbit and duration.
All-fiber architectures eliminate alignment-sensitive optics. Designed for thermal cycling across LEO, MEO, and GEO orbit profiles.
Solid-state photonics with no moving parts and no alignment drift. Designed for launch and on-orbit vibration environments.
Vertical integration means end-to-end supply chain control. Every component traceable from photonic chips to flight-ready systems.
Architecture and processes designed to support industry qualification standards for thermal, radiation, and environmental testing.
We manufacture every critical photonic element. No program-threatening dependency on outside component suppliers.
Explore how our photonic technology translates into mission-ready systems.