LINDEN-SPE-7110-17 Hybrid (-054) is a buoyant hybrid cable designed to combine optical communication and electrical connectivity within a single cable assembly. The cable incorporates one (1) singlemode optical fiber for high-speed, low-loss data transmission and three (3) #16 AWG electrical conductors for power, control, or instrumentation applications. Its buoyant construction is suitable for underwater and floating systems where cable flotation and integrated fiber/electrical connectivity are required.

Typical Features

• Hybrid construction combining fiber-optic and electrical conductors in one cable.

• 1 × Singlemode optical fiber for reliable, high-bandwidth data communication.

• 3 × #16 AWG electrical conductors for power, control, or instrumentation.

• Buoyant cable construction suitable for aquatic and underwater deployments.

• Provides optical and electrical connectivity through a single integrated cable.

• Helps simplify system installation by reducing the need for separate fiber and electrical cables.

• Suitable for applications requiring low-weight and buoyant underwater cabling.

• Singlemode fiber provides suitability for long-distance and high-bandwidth communication.

• Hybrid design supports combined communication and electrical functionality.

• Part/configuration: LINDEN-SPE-7110-17 Hybrid (-054).

Typical Applications

• Underwater instrumentation and sensing systems.

• Oceanographic and marine research equipment.

• Subsea monitoring and data-acquisition systems.

• Remotely operated underwater equipment.

• Underwater cameras and imaging systems.

• Floating and tethered sensor platforms.

• Marine communication and telemetry systems.

• Subsea control and instrumentation.

• Underwater robotic and inspection equipment.

• Applications requiring combined fiber-optic communication and electrical power/control in a buoyant cable.

Technical Summary

Buoyant hybrid fiber/electrical cable featuring 1 × singlemode optical fiber and 3 × #16 AWG conductors, designed for integrated underwater communication, power, control, and instrumentation applications.