Multi-Laser Frequency Stabilization System Integration

The contract involves the integration of PID control systems with a 1x8 photonic crystal fiber switch to achieve simultaneous frequency stabilization of eight lasers using a wavelength meter. The work requires the development and implementation of precise control logic that coordinates the switching functionality of the fiber array with the feedback loops of each PID controller to maintain laser wavelengths within tight tolerances. The system must ensure seamless transitions between laser channels, minimize latency, and sustain long-term stability without drift, leveraging the photonic crystal fiber switch’s capability to route optical signals with low loss and high precision. All components must be synchronized under a unified control architecture that monitors laser output in real time and adjusts each laser’s frequency based on feedback from the wavelength meter. The system must be robust enough to handle environmental fluctuations and operational stresses while maintaining coherence across all eight channels. The place of performance is designated with a zip code of 80305, and the contract is classified as a subcontract under NAICS code 334511, issued by the National Institute of Standards and Technology within the Department of Commerce, with a response deadline of June 29, 2026.