And “significantly” lighter is no exaggeration: Between two similar systems cabled with Quadrax and optical fiber, the Quadrax solution would weigh 16.4 lb., and the fiber-based solution a mere 2 lb. Thus, fiber is 12% the weight of Quadrax—not 12% lighter, but 12% of the total weight of the Quadrax solution.
With weight savings like this, it’s easy to see why fiber-based designs have been so widely adopted in airborne applications ahead of others, and why they’re making inroads into naval and ground mobile applications as well.
fiber optic certified
Optical Cable 101: Handling, Routing, Bend Radius
However, once it’s decided that the benefits of optical cable are worth the investment, fiber-specific routing and handling expertise is required to ensure that the resulting system enjoys the performance, serviceability, and long-term reliability required by military applications.
Providing strain relief and minimizing chafing for Quadrax, and minimizing bend radius for optical fiber, are of paramount concern. There’s also a great deal more industry experience with Quadrax, whereas optical fiber is in many cases still a relatively new technology.
With weight savings like this, it’s easy to see why fiber-based designs have been so widely adopted in airborne applications ahead of others, and why they’re making inroads into naval and ground mobile applications as well.
fiber optic certified
Optical Cable 101: Handling, Routing, Bend Radius
However, once it’s decided that the benefits of optical cable are worth the investment, fiber-specific routing and handling expertise is required to ensure that the resulting system enjoys the performance, serviceability, and long-term reliability required by military applications.
Providing strain relief and minimizing chafing for Quadrax, and minimizing bend radius for optical fiber, are of paramount concern. There’s also a great deal more industry experience with Quadrax, whereas optical fiber is in many cases still a relatively new technology.
Comments
Post a Comment