Rugged Cameras for Airborne Payloads
Airborne sensor systems on manned or unmanned vehicles provide wide area observation, autonomous tracking, coordinate generation, positive identification from the air to the ground, and more.
Due to changing requirements from our customers, imaging capabilities in the visible spectrum are becoming mandatory. In the past daylight cameras were optional and of lower imaging quality, now there is a need for existing (upgrades) and new sensor payloads to add the capability of obtaining high quality full motion video throughout the day and night. This is as applicable for search & rescue missions as it is for other global security operations.
Today there is a need from the market to move to HD resolution and beyond to increase the detection ranges and/or increase fields of view for improved situational awareness. This includes requirements of greater low light capabilities. With an increase in the number of sensors (cameras) in the systems, size, weight, power and cost (SWaP-C) are focus areas to ensure a seamless integration into the system and the market. This means the electronics design of the camera needs to be small, power efficient and preferably compliant with standardized interfaces. The image sensor selections of the camera need to be in line with available space for matching optics. Therefore ½” through 1” sensors can be utilized depending on the platform type, size and operational profile.
Adimec’s rugged full HD digital cameras combine excellent sensitivity and image quality with long-term stability in extreme environmental conditions. Cameras can be supplied with full HD color processing or full HD monochrome sensors for cases where the user is looking at great distances with a small field of view (for example as a spotter camera). Outline options, including board level designs provide flexibility to meet different space envelopes. The TMX-DHD and CMOS cameras provide a wide number of functionalities and video interfaces to meet the high demands of the manufacturers and end-users of these high-tech systems.