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  11. Cubert ULTRIS X20 Plus…

Cubert ULTRIS X20 Plus High Resolution "Snapshot" Hyperspectral Imager

The highest resolution hyperspectral camera from Cubert

Cubert’s X20 Plus is takes the standard X20 hyperspectral camera and adds a second camera sensor to increase the spatial resolution. The second camera sensor is panchromatic, meaning that it resolves just one spectral band. The data from the second sensor increases the spatial resolution of the primary (spectral) camera to 1880 x 1880 pixels, giving incredibly detailed images. The X20 Plus was designed for aerial mapping, gathering high resolution hyperspectral images. Even though the X20 Plus integrates two camera sensors, it is still lightweight at less than 690 grams. Together with a mini computer and GPS receiver, the payload is less than 1.5 kg, making the ULTRIS X20 Plus suitable for a wide range of drones.

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Key Features of Cubert ULTRIS X20 Plus

Cubert’s X20 Plus is takes the standard X20 hyperspectral camera and adds a second camera sensor to increase the spatial resolution. The second camera sensor is panchromatic, meaning that it resolves just one spectral band. The data from the second sensor increases the spatial resolution of the primary (spectral) camera to 1880 x 1880 pixels, giving incredibly detailed images. The X20 Plus was designed for aerial mapping, gathering high resolution hyperspectral images. Even though the X20 Plus integrates two camera sensors, it is still lightweight at less than 690 grams. Together with a mini computer and GPS receiver, the payload is less than 1.5 kg, making the ULTRIS X20 Plus suitable for a wide range of drones.

  • 20 Megapixel hyperspectral snapshot imager (x, y, λ)
  • 350 – 1000nm (UV-VIS-NIR)
  • 164 spectral bands
  • 1880 x 1880 pixel spatial resolution
  • Dual sensor approach for pansharpened images

 

CUVIS HSI Software

Cubert’s powerful HSI software, CUVIS, processes raw data, reflectance, and radiance, allowing hyperspectral videos at up to 15 Hz. The software supports initial analysis on recorded image cubes and live data streams. Spectral indices, customized plug-ins, and classification solutions can be applied in real-time. The powerful SDK allows seamless system integration, enabling live classification and custom mathematical functions either live or on pre-recorded data. CUVIS AI extends CUVIS with real-world applications, showcasing the potential of hyperspectral imaging combined with machine learning. Learn more.

Specifications of Cubert ULTRIS X20 Plus

Technology

Light Field, Dual Sensor

Wavelength Range

350 – 1000 nm

Spectral Bands

164

Spectral Sampling

4 nm

Spectral Resolution (FWHM)

Constant 10 nm

Spatial Resolution

410 x 410 pixel

1880 x 1880 pixel

Total Spectra / Image

168 000

Total Data Points / Cube

27 Million

Data Depths

12 bit

Readout

Global shutter

Max Frame Rate

8 Hz

Integration Time

0.1 – 1000 ms

Field of View (FOV)

35°

Power Consumption

8 W

Data Link

1-2 GigE

Weight

630 g

Size

60 x 107 x 95 mm

CUVIS AI: Intelligent Hyperspectral Imaging for Advanced Applications

CUVIS AI revolutionises hyperspectral imaging by combining cutting-edge technology with practical applications across diverse industries. From ensuring product quality in food processing to monitoring vegetation health from the air, CUVIS AI addresses complex challenges with precision and efficiency.

Key Features

  • Real-Time Analysis: Experience the power of real-time data acquisition and analysis, enabling precise and efficient workflows.
  • Customisable Settings: Adjust critical parameters like integration time with auto-exposure for optimal results and fine-tune the frame rate to match your specific application requirements.
  • Multiple Operating Modes: Capture in video mode for continuous monitoring, single-shot mode for precise measurements, or use the external trigger for UAV and semi-automated systems.
  • Distance Calibration: Exclusive to our light field cameras, this feature optimises focus and alignment, even without relay optics.

 

Advanced Processing Tools

CUVIS AI provides robust tools for advanced processing directly within the interface:

  • User Plugins: Utilise specific imaging needs, such as RGB True Colour, CIR, and Pseudo Colour Imaging.
  • Custom Spectral Indices: Calculate and display indices tailored to your unique applications.
  • Live Classification Tools: Apply tools like the Spectral Angle Mapper (SAM) for real-time identification and categorisation.

 

Seamless Integration

CUVIS AI integrates smoothly with all Cubert cameras, ensuring compatibility across a wide range of systems:

  • Powerful SDK: Compatible with Python, C++, and C#, providing full control over acquisition, processing, and customisation.
  • External System Support: Standard triggers and robust connectivity options for seamless operation in various environments.

 

Real-World Applications

Explore the transformative power of CUVIS AI through practical use cases:

  • Foreign Object Detection: Enhance food production safety by identifying contaminants invisible to traditional imaging.
  • Blood Oxygenation Monitoring: Visualise blood flow and oxygen saturation in real-time for medical applications.
  • Security Applications: Detect and monitor unique spectral signatures for verifying authenticity and tracking items.

 

CUVIS AI is designed to simplify the complexities of hyperspectral imaging while providing powerful tools for real-time data acquisition and analysis. Whether you’re working in research or industry, CUVIS AI gives you full control over your imaging processes, enabling precise and efficient workflows.

Applications of Cubert ULTRIS X20 PLUS cameras and research papers

  • Aerial Mapping: Enhanced for UAV-based mapping, providing detailed images and analysis in real-time or shortly after landing.
  • Food Quality: Enables contact-free analysis of food quality on processing lines, suitable for complex analysis tasks in the food industry.
  • Biomedical Imaging: Supports physicians with advanced imaging information, adding another dimension of image analysis for medical applications.
  • Scientific Research: Offers high spectral resolution in the VNIR range, ideal for precision and real-time data capture in various scientific fields.
  • Environmental Monitoring: Effective for monitoring vegetation health, water quality, and other environmental parameters.
  • Industrial Inspection: Useful for non-destructive testing and inspection in various industrial applications.
  • Cultural Heritage Preservation: Assists in the analysis and preservation of artworks and historical artifacts through detailed spectral imaging.
  • Pharmaceuticals: Supports the analysis and quality control of pharmaceutical products.
  • Remote Sensing: Effective for environmental monitoring, agriculture, and forestry applications, providing detailed spectral data for analysis.
  • Surveillance and Security: Enhances surveillance capabilities with detailed spectral imaging for security applications.

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