Background
The IRXCAM module is a generic camera core that can be combined with various sensors. The IRXCAM meets user needs in terms of superior resolution flexibility and ease of use. The camera core enables users to control the various sensor settings. Users can also have access to raw data in order to select the most appropriate data processing method for their application. Furthermore, the output is available in various formats to simplify the evaluation and eventually integration process. To adapt the IRXCAM module to a new sensor, only the proximity electronics have to be modified or designed, which minimizes development time and costs.
In its current configurations, IRXCAM integrates state-of-the-art uncooled microbolometer detectors (640 x 480 pixels or 160 x 120 pixels) for high-resolution/high-sensitivity imaging in the LWIR range. This high-resolution uncooled IR camera module was developed by INO for clients who need an open-architecture camera. A 160 x 120 pixel FPA for imaging development in the THz band is also available.
Solution
INO’s IRXCAM camera module family is typically based on uncooled bolometric sensors specially designed for the development of infrared imaging applications. The camera module typically operates in the spectral band of 8 to 12 µm and comes in two configurations: 640 x 480 pixels or 160 x 120 pixels. The 160x120 pixel FPA is also available for imaging development in the THz band.
The camera core, which provides a 16-bit raw signal output at 60 Hz, is especially designed for developers because it provides total access to detector configuration parameters. TECless operation reduces power consumption. The camera core can be configured at the factory for outdoor operation from –30°C to +55°C with 200°C scene dynamic range at maximum sensitivity. The camera core has Gigabit Ethernet digital and NTSC/PAL outputs. This compatibility helps accelerate application development.