Part of the Oxford Instruments Group

29 June 2022

New Marana-X-11 sCMOS for EUV & Soft X-ray Detection

Super-fast Frame Rate, Large Field of View, Exceptional Dynamic Range, High Quantum Efficiency. No Compromises.

Andor Technology, an Oxford Instruments company and world leader in scientific imaging and spectroscopy solutions, today announced the launch of its new Marana-X platform for ultra-fast soft X-ray/EUV tomography and High Harmonic Generation imaging.

Marana-X-11 represents a significant technological advancement for applications that traditionally use slow scan CCDs.

Specifically optimised for the 80eV-1keV region, Marana-X-11 boasts superior quantum efficiency and noise floor at the fastest acquisition rates compared to CCDs, to enable dynamic photon starved applications.

Combining a high-resolution back-illuminated, uncoated 4.2 Megapixel sensor with a large 32mm diagonal field of view featuring 11µm pixels, market leading 48 fps and high dynamic range, Marana-X-11 is the ideal detector solution for challenging EUV & soft X-ray experiments.

This sensor offers great flexibility to analyse a wide range of sample configurations and address demanding spatial and spectral resolution needs in one single setup.

Its electronic shutter, combined with a USB3 or robust long distance CoaXPress data interface, enables easy integration into a broad range of vacuum based high energy experimental setups.

Antoine Varagnat, Andor’s Business Manager for Physical Sciences, said:

"Marana-X 11 is a terrific addition to our growing portfolio of high-performance cameras. This latest detector is super-fast and sensitive, while it also benefits from a high dynamic range and high quantum efficiency, making it the optimal solution for direct soft x-ray and EUV imaging.

"With a drive to upgrade high energy physics sources worldwide, to higher fluxes and repetition rates, this innovative product will help scientists make the most of these advances."

For more information on Andor's portfolio, please visit our Cameras for X-ray and Neutron Detection web page.