Nüvü Camera was awarded funding to increase the TRL of the safest solution for space debris protection, a Wide Field EMCCD Camera for space-based instruments.
Substance presents Nüvü Camēras’ space accomplishments, a crucial role in Canada’s contribution to space exploration and security of future space instruments in this harsh environment.
Photoniques presents the CCCPs, the space version of Nüvü Camēras’ photon counting CCD controller, a breakthrough innovation that will enable EMCCD technology to become an enhanced solution in future space instruments.
Following an interview with Nüvü Camēras’ CTO, Olivier Daigle, Space Q presents Nüvü’s latest product launch : The world’s first EMCCD controller qualified for operation in a space-like environment.
Novus Light announces Nüvü Camēras’ CCCPs, the world’s first EMCCD controller designed for extreme low light imaging in a space environment.
Japan was the first country to purchase from Nüvü Caméras. Since then, the Japanese early adopters have remained dedicated to the Canadian EMCCD technology. Nüvü Caméras, in turn, enriched its innovative ecosystem with its last visit to Tokyo, thus further enhancing and preserving this partnership.
Thriving from one of the top aerospace hubs, Nüvü Camēras is featured in the Quebec Aerospace 2017 industry report alongside leading research, governmental and private institutions. CEO, Marie-Eve Ducharme, presents Nüvü’s innovative imaging technology and its added value to the global aerospace supply chain.
Military & Aerospace highlights the new HNü128 AO EMCCD camera, optimized for applications in non-standard environments such as adaptive optics, amongst many others.
Novus Light presents Nüvü Camēras’ HNü128 AO, a new robust option of its 128×128 EMCCD camera, optimized for high-frame rates and high-sensitivity in non-standard environments.
Photonics Online highlights the new AO option of Nüvü Camēras’ HNü128, which provides an enhanced solution for environments and applications requiring more robustness from an EMCCD camera while reaching the best sensitivity at high frame rates.
