Quantum Opus provides a compact 3U rack‑mount superconducting nanowire single‑photon detector (SNSPD) system that delivers 80% detection efficiency and low dark‑count rates (<100 cps) without requiring specialist cryogenic expertise.
Funding
Funding not disclosed
Founders
Product
Problem
Researchers and engineers needing high‑efficiency single‑photon detection must often manage complex cryogenic setups and large, specialized equipment, which creates barriers for labs without dedicated cryogenics expertise.
Solution
Quantum Opus delivers a compact, 3U‑rack‑sized superconducting nanowire single‑photon detector (SNSPD) system that operates as a turn‑key solution. The unit provides high detection efficiency and low‑noise performance while abstracting the cryogenic hardware, allowing users to focus on experiments rather than cooling infrastructure. Standard configurations are optimized for peak efficiency at 950 nm or 1550 nm, and the platform can be customized for specific wavelengths, broadband, or mid‑infrared operation. By integrating the detector, cryogenic subsystem, and control electronics into a single enclosure, the system simplifies deployment across quantum optics, quantum computing, photon‑starved communications, and low‑flux biophotonics applications.
Target Audience
Primary customers are research laboratories, university groups, and industrial teams developing quantum optics, quantum computing, low‑signal optical communication, or biophotonic measurement systems that require reliable single‑photon detection without extensive cryogenics expertise.
Features
- 3U rack‑mount form factor with integrated cryogenic cooling, requiring no specialist setup
- Superconducting nanowire detector delivering >80 % system detection efficiency at target wavelengths
- Low dark count rates (<100 cps) for high signal‑to‑noise photon counting
- Modular design supporting custom wavelength optimization, broadband, or mid‑infrared detection
- Plug‑and‑play interface with standard Ethernet/USB control and real‑time count monitoring
- Compatibility with integrated photonic platforms and multi‑element detector arrays