November, 2020: ID Quantique’s newest Near Infrared (NIR) single-photon detector, the ID Qube, has been awarded Gold–level honoree status by the 2020 Laser Focus World Innovators Awards program. Complex measurements made easy: the ID Qube is a series of modular and versatile NIR detectors, simple to set up and use, featuring unrivalled detection performance in a very compact format to achieve time resolved single-photon detection.
ID Quantique, the world leader in Quantum-Safe security and Single-Photon Systems announced today that its newest single photon detector, of a size of a Rubik’s cube, the ID Qube Series was recognized among the best by the 2020 Laser Focus World Innovators Awards. An esteemed and experienced panel of judges from the optics and photonics community recognized ID Quantique as a Gold honoree.
The ID Qube Series is a comprehensive range of modular and versatile single-photon detectors designed to meet the requirements of photon counting applications, such as quantum communications & Quantum Key Distribution (QKD), LiDAR, Fluorescence lifetime measurements, dynamic light scattering and many more. The ID Qube Series of detectors are plug-and-play, ultra-low noise and compact modules, designed to offer operation in both synchronous or asynchronous modes and to work with IDQ’s ID900 Time Controller picosecond timing electronics and software.
Key benefits of the ID Qube:
Since 2001 ID Quantique provides photon counting solutions for the visible and near infrared regions of the optical spectrum, pulsed laser sources, counting & timing electronics and photonic sensing solutions for both industrial and research applications in various domains such as Quantum Physics, Communication, Bio and Material Sciences, Defence and Security, Trace Gas detection, etc. With 20 years of experience and from OEM to integrated solutions, IDQ’s range of products helps customers to solve complex scientific and industrial problems with state-of-the-art tools and instrumentation combined with real-world experience.
More informtion here.