Nüvü Cameras launches a new robust option for its HNü 128 EMCCD camera designed for non-standard environments.
The cooling behind Nüvü’s new AO option (Adaptive Optics, one of its highlighted applications) is optimized for rugged usage in a non-vacuum packaging, thus providing the required cooling for minimal dark current and for the fastest frame rate in low light imaging. Its makers say Nüvü Cameras' proprietary imaging technology expands the frontiers of detection in near complete darkness imaging. This new option is critical in order for a scientific camera to be integrated as an enhanced solution in future imaging system designs requiring more robustness.
The AO option is presently available with a 128 x 128 pixels scientific grade #1 EMCCD detector for exclusive imaging sensitivity between 500 and 1000 fps in full frame. For the lowest background signal, the HNü 128 with AO option requires less cooling, down to -60 °C with a precision of ± 0.01 °C at maximum full frame readout of 20 MHz, for a stabilized EM gain. EMCCD background signal behavior, in relation to temperature and acquisition speed, is documented on www.nuvucameras.com/publications.
The innovation respond to the needs of astronomy and the biomedical sector, both already being served by Nüvü Cameras. To better fulfill modern requirements, Nüvü's EMCCD cameras enable both qualitative and quantitative diagnostics. The AO option is limited to high acquisition speeds, allowing for a more affordable price and thus accessible to a wider range of end-users who can benefit from Nüvü’s exclusively superior SNR in low light imaging.
With the support of the Canadian National Research Council Industrial Research Assistance Program (CNRC-IRAP), Nüvü Cameras has already planned to expand its cooling options for larger field of views.
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