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Cubert Ultris XMR High Resolution Hyperspectral Camera

Bringing Light Field Technology to HSI

Go beyond traditional imaging with the ULTRIS XMR. This innovative camera captures 61 spectral images simultaneously, each at 1-Megapixel resolution. This allows for real-time imaging and video spectroscopy, providing rich spectral data that delivers unparalleled insights across various applications.

Ideal for both lab and field use, the ULTRIS XMR is easy to set up and operate, making high-performance imaging accessible without needing specialized knowledge. Its robust design ensures reliability across various environments, from scientific research in labs to more tactical scenarios in the field.

Why XMR?

The XMR excels in a variety of applications, including object tracking, surveillance, and dynamic monitoring. Its versatile capabilities make it suitable for numerous sectors, ensuring enhanced performance and reliability where you need it most.

Recognizing that every application has unique requirements, the ULTRIS XMR offers customization options. Whether adjusting the wavelength range, the number of spectral bands, or selecting specific lens configurations, we tailor the camera to fit your precise needs. Built for durability, the ULTRIS XMR performs consistently even in challenging conditions. Its rugged construction ensures it can handle the demands of various applications, providing a dependable solution for decision-makers across industries

Specifications:

Technology: Light Field
Readout: Global Shutter
Spatial Resolution: 1000 x 1000 pixels
Wavelength Range: 430-910 nm
Spectral Bands: 61
Spectral Sampling: 8 nm
FWHM: Constant 25 nm
Spectral Data Points: 61 x 1,000,000 (1.5 M)
Bandpass Filter: Mosaic
Integration Time: 0.1-1000 ms
Attachable Optics: C-Mount 4/3″
Field of View (FOV): lens-dependent
Data Depth: 12 bit
Max Frame Rate: 17 fps (8 bit) / 12 fps (12 bit)
Data Link: USB 3.0
Sensor: Sony IMX540
File Size Processed: ~300 MB
Weight without lens [g]: 700 g
Dimensions [mm]: 40x40x217 mm
Options Wavelength range customizable
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perClass Mira

Cubert systems fully supports perClass Mira, a user interface for interpretation of hyperspectral images. It allows users to define classification and regression solutions and deploy them in the live applications of Cubert cameras. Mira provides automatic machine learning without pro-gramming and enables the users to interactively improve their solutions.

perClass Mira, fully compatible to Cubert Utils camera control software, brings state-of-the-art machine learning research to industrial practitioners and researchers.

What is Hyperspectral Imaging?

A conventional color image has three colors per pixel (red, green, and blue), but a hyperspectral image can have hundreds of colors across the electromagnetic spectrum.

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Applications

Precision Agriculture

Biomedical Field

Machine Vision

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