Optical Transceiver & Laser Communication Module

The contract seeks the development of a high-performance optical transceiver capable of supporting laser communication at speeds of at least 1 Gbps with low Earth orbit satellites, with dual functionality for both classical data transmission and quantum key distribution protocols. The system must be engineered for robust performance in the challenging space environment, ensuring reliable, secure, and high-bandwidth optical links between ground stations and LEO satellites. Emphasis is placed on integrating cutting-edge photonics and precision alignment technologies to maintain signal integrity over dynamic, long-distance satellite links while meeting stringent size, weight, and power constraints typical for space-based applications. This subcontract opportunity is issued by the Government of Canada under the Department of Public Works and Government Services, with a response deadline of July 17, 2026. The North American Industry Classification System code 334290 indicates the focus on other communications equipment manufacturing, reinforcing the technical nature of the project. Performance is expected to occur within Canada, and the solicitation is open to qualified contractors capable of delivering integrated optical hardware that meets rigorous specifications for both classical and quantum communication regimes. The project represents a strategic investment in secure, next-generation space-based communication infrastructure.