Tethered Drone Cable with 2.4mm Diameter & 0.5dB@1550nm Loss

The specifications "2.4mm Diameter" and "0.5dB@1550nm Loss" for the tethered drone cable pertain to the physical dimensions and optical performance of the cable. Here's a breakdown of what each specification means: Diameter (2.4mm): The diameter specification indicates the physical size of the cable. In this case, the cable has a diameter of 2.4mm. The diameter is an important factor for installation, flexibility, and the overall size of the cable assembly. Loss (0.5dB@1550nm): The loss specification indicates the optical signal loss for the cable, specifically at a wavelength of 1550nm. The value of 0.5dB represents the attenuation or signal loss per unit length of the cable at the specified wavelength. A lower loss value indicates that the cable has better optical transmission characteristics and can carry optical signals with minimal signal degradation. Usage and Applications: With a 2.4mm diameter, this tethered drone cable is relatively small, making it suitable for applications where space is a consideration or where flexibility and maneuverability are important factors. The low optical loss at 1550nm wavelength makes the cable suitable for carrying optical signals, which could be relevant for applications like optical data transmission or communication in tethered drone systems. The low loss ensures that optical signals transmitted through the cable retain their quality over distance. This type of cable might be suitable for applications where optical data links or sensors need to be connected to the drone, or in scenarios where data communication via fiber optics is preferred over traditional electrical conductors. It's important to verify that the cable's optical performance and diameter align with the specific requirements of the application, and that any connected equipment is also compatible with the optical characteristics of the cable. Additionally, ensure that the cable meets applicable industry standards and safety requirements for its intended usage.