Sensor module for embedded video applications

1st August 2018
Posted By : Alex Lynn
Sensor module for embedded video applications


It has been announced that Sunex Optics has released its first sensor module, the MOD255I, based on its 4K Miniature DSL255 SuperFishEye Lens for easy digital video device development with embedded vision. 

The high resolution module provides up to 12MP resolution images and incorporates a Sony 1/2.3 type CMOS image sensor that includes an active pixel array of 4072Hx3062V.

The high performance MOD255I sensor module is the perfect component for manufacturing consumer and security devices capable of continuous video and still images. This MOD255I module and all Sunex lenses are available from global imaging expert FRAMOS.

The MOD255I module is a compact design and can easily be integrated into any embedded vision application. This solution is a perfect fit for security and surveillance, drones, immersive imaging, video communication, IoT, and consumer devices. Sony’s IMX477 CMOS consumer sensor delivers 12MP at 60 frames per second, or 4K2K video at the same frame rate. The fully integrated and dynamically aligned lens provides a wide 190° field of view at a design image circle of 4.3mm. In addition, it achieves excellent performance in low light with an F/2.0 aperture.

Darren Bessette, Category Manager Devices at FRAMOS, stated: “Sunex’s MOD255I sensor module offers an excellent high-performance feature set. Together with its thermal stability and low power source requirements and consumption, it is ideal for security and industrial action cams delivering high-resolution video in real time for indoor and outdoor applications like drones, bank machines, smart home surveillance, board-room video, or sports cameras.”

The module’s MIPI interface offers four bus lanes at 2.1Gbps for 12-bit digital output with both line scan and frame rate synchronisation. The MOD255I module provides excellent electromagnetic interference (EMI) and electromagnetic compatibility (EMC) to minimise interference in truly embedded systems and devices. Consequently, the actively aligned lens included in this module demonstrates improved and uniform image quality.

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