The nüSpace platform is a state-of-the-art imaging solution built to bring Nüvü’s signature electronics to nanosatellites, based on our design developed for NASA's flagship Roman Grace space telescope. With unmatched sensitivity and flexibility, and customizable detectors (EMCCD, CCD, CMOS), the nüSpace camera platform enables novel mission goals by integrating optics and interfaces.
With a 1U size tailored for seamless integration into nanosatellites in low Earth orbirt & beyond, nüSpace excels in both long exposure times for ultra-sensitive data collection and rapid capture rates suitable for adaptive optics.
This versatility coupled with minimal noise levels, rapid processing capabilities, and extensive customization options means Nüvü Camēras’ nüSpace is optimally suited for tasks ranging from tracking space debris and monitoring satellites to capturing images of exoplanets in the quest for extraterrestrial life signs.
The CCCPs enhance sensors performances for low-light space imaging applications. Initially developed for the Canadian Space Agency, the technology was further advanced through a contract for a Hubble-like mission. Specifically, CCCPs is the technology behind the direct imaging and the adaptive optics cameras of the coronograph of NASA’a flagship Nancy Grace Roman Space Telescope (previously named WFIRST). CCCPs provides unparallelled performances with EMCCDs and CCDs. Among enhancing the detection, analysis and imaging of exoplanets, CCCPs applications of interest for study and surveillance of small asteroids, detection and tracking of space debris and satellites, ultraviolet imaging, etc.
Any questions about EMCCD or low light imaging? Nüvü Camēras experts can provide advices on your low light imaging options.
