Luna’s RIO Lasers developed proprietary PLANEX technology specifically to address the needs of optical sensing and meteorology where high coherence length and low noise are critical enabling specifications. In this second post of a 2-part series, we examine the performance further and examples of outcomes.
In high-stakes environments such as aircraft, helicopters, submarines, and naval ships, robust communications and sensing systems are critical. When failures occur, having a rapid troubleshooting tool can be a game-changer. Luna Innovations meets these challenges with its OBR 6200 series of portable OFDR-based reflectometers.
Luna’s optical frequency domain reflectometry (OFDR) technology has facilitated PDV system development since the early days of PDV. The OBR 4600’s high spatial resolution reflectivity measurement and ability to characterize a complete optical path in one scan make it extremely useful as a diagnostic tool for PDV systems.
Photonics quantum computing leverages the unique properties of photons and particles of light to encode and process information. To empower this new Quantum revolution, Luna offers a complete line of Photonics Modules for Quantum Applications.
Screen and locate faulty events in short fiber optic networks with sub-mm resolution – an innovative solution to a very complex and labor-intensive testing process.
Luna Innovations, Maple Leaf Photonics, and LIGENTEC join forces to demonstrate a complete and modular solution for fast and precise characterization of complex photonic circuits.
Luna technology was used by an international team of astronomers who just measured Jupiter’s raging stratospheric winds for the very first time—and they used a 27-year-old comet to do it.