Multi-channel Waveform Generator

The National Research Council of Canada is procuring a specialized eight-channel, high-speed waveform generator to enable synchronized quantum signal generation and measurement across its three-node quantum network testbed. This device is critical for achieving precise temporal alignment of photonic signals between local nodes, where entangled photon pairs are generated via spontaneous parametric down-conversion, and a central node where interference measurements are performed to establish non-classical correlations among photons that never directly interacted. The system must deliver deterministic frequency and phase control across all eight channels, operate with a bandwidth of 1 GHz from DC up to GHz frequencies, and sample at a rate of one billion samples per second to ensure fidelity in generating and timing quantum states. Crucially, the generator must incorporate a stand-alone integrated control system with hardware-level phase coherence to maintain fixed, stable phase relationships across all outputs without external synchronization, eliminating drift and measurement errors that would otherwise prevent reliable distribution of entangled states. The procurement is structured as a sole-source acquisition under Canadian trade agreement exceptions, with Zurich Instruments AG identified as the only supplier capable of meeting the technical specifications, particularly the requirement for internal, hardware-enforced phase coherence and integrated arbitrary waveform generation. The solicitation, issued under number 25-58317, employs a Lowest Price Technically Acceptable evaluation model, where proposals are judged on a pass/fail basis against non-negotiable performance criteria without scoring or trade-offs. Delivery is mandated within 12 weeks of contract award to the National Capital Region in Canada, with no provisions for packaging, labeling, or inspection standards detailed beyond compliance with the technical capabilities. The contract requires submission of a Statement of Capabilities via email by the deadline of May 27, 2026, and excludes any intellectual property transfer or socioeconomic set-asides. No pricing information, payment details, or contract administration specifics are provided, and the procurement relies entirely on the technical exclusivity of the solution to justify bypassing competitive processes.