Subsea High-Definition Video Systems
A technical discussion of the challenges and solutions for High Definition (HD) video systems in subsea applications contrasted against traditional analog technology.
A technical discussion of the challenges and solutions for High Definition (HD) video systems in subsea applications contrasted against traditional analog technology.
Diode lasers are particularly well suited to marine applications because of their insensitivity to vibration, long life, compact size, wide input voltage, and instant restrike.
While great attention is given to LED solid state devices during their rapid evolution, they are just one component in a larger electronic circuit.
Two of the most important performance parameters for underwater lights are beam control and beam angle, both of which are primarily functions of reflector design rather than lamp type.
Following ideal reflector design, the placement of an underwater light, or "luminaire", relative to the camera will have the greatest affect on image quality, due to "Common Volume Scattering," which can result in backscatter in the present of suspended particles or organisms.
As seen in Ocean News & Technology, August 2017
The Multiray LED SeaLite lets you do more and see more: two colors and beam patterns operated independently or together in one light.
As seen in the October 2018 issue of ROV Planet.
As seen in the August 2019 issue of Ocean News & Technology.