The primary objective of the SENSATION project is to create cutting-edge technologies and refined building blocks for next-generation CMOS image sensors, along with enhancements in sensor interfaces, video processing, and transmission protocols. These innovations will be showcased through prototype silicon implementations and application demonstrators. Furthermore, standardized transmission solutions are set to emerge from this initiative.

Across professional vision applications—whether in machine vision or broadcast systems—the industry is trending toward higher spatial and temporal resolutions, broader color gamuts, superior dynamic range, and better overall image quality. To support these evolving demands, the project will develop new building blocks tailored for production technologies, connectivity solutions, and digital networks.

In essence, collaboration among partners will focus on advancing the following areas:

  • CMOS Image Sensor Development: This includes smaller global shutter pixels, increased dynamic range, higher data rates, auto-focus capabilities, enhanced ADC performance, ultra-high-speed architectures, and high-speed serial interfaces.
  • Camera Transmission Solutions: New methods for transmitting image data efficiently will be explored.
  • Demonstrations in Practical Applications: Results will be tested in cameras designed for machine vision and broadcast systems, along with standalone image sensor evaluation setups.
  • Standardization Efforts: The project will establish standards for high-speed serial interfaces, image compression techniques, and camera interface protocols.

Given that all partners are established leaders in their respective global markets, this collaborative effort is essential to develop technologies that could not be achieved independently. By leveraging these synergies, they aim to remain at the forefront of their industries while strengthening their market positions.

Last Updated: 2025-09-04 18:35:15