San Francisco (USA) and Besancon (France) – January 11th, 2022 - AUREA Technology is exhibiting the most advanced optical building blocks required in Quantum technologies at the SPIE Photonics West exhibition booth # 3170 on 25-27 January 2022 in San Francisco.

With more than 10 years of experience in quantum optics, AUREA Technology offers a complete suite of high-performance optical modules and instruments for Quantum Communications, Quantum-safe Security, and Quantum Sensing. The fully comprehensive suite of the high-performance optical building blocks from AUREA Technology includes:

 

*The SPD_OEM Single Photon Counting module with its newly introduced device-to-device communication protocol, and enhanced photon detection sensitivity to detect ultra-low-level of light down to the single-photon,

 

*The TPS, the world’s first self-contained high-performance entangled photon source with the highest brightness, visibility, and photon Indistinguishability,

 

*The very well-designed, LYNXEA which is the only “all-in-one” time-resolved Single Photon Counting instrument, which fully integrates two independent Photon counting detection channels with an associated picosecond timing electronics,

 

*The CHRONOXEA is a fast and easy-to-use time-correlation module compatible with any commercial SPAD detectors, which provides time-correlated photon counting acquisitions at picosecond resolution.

 

All AUREA Technology’s solutions are provided with an exhaustive DLL library in LabVIEW, Python, and C++, and the newly introduced device-to-device communication protocol for easy integration in larger Quantum communication systems.

 

Founded in 2010, AUREA Technology is a leading designer, developer, and manufacturer of high-performance quantum optical modules and instruments, based on the latest photon counters, high-brightness entangled Photon Sources and ultra-fast timing electronics. AUREA Technology works closely with top-notch laboratories, large technology companies, and start-ups to meet the challenges of today and tomorrow in Quantum Communications, Quantum-safe Security, and Quantum Sensing technologies.