ROV Tether with Fiber Optic
ROV Tether with Fiber Optic
Custom ROV Cables for High-Speed Data Transmission
The ROV Tether is designed for reliable high-speed underwater data transmission, fiber optic ROV tethers provide low-loss optical communication for sonar, marine and subsea applications.
Custom Cable Solutions | Flexible MOQ | Fast Lead Time |
Key Features
High Bandwidth: Supports high-speed optical data transmission.
Low Signal Loss: Ensures stable communication over long distances.
Pressure Resistant: Built for demanding subsea environments.
Corrosion Resistant: Durable jacket materials for long-term underwater use.
Fiber Optics Unit: single-mode or multi-mode. Optional stainless-steel tight-buffered tube reinforcement.
Specifications
Fiber Type: Single-mode / Multi-mode
Fiber Count: 2–48 Fibers
Cable Diameter: Custom
Tensile Strength: Custom
Jacket Material: TPU / PUR / PE
Operating Temperature: -40°C to +90°C
Water Depth: Custom
Crush Resistance: Custom
Standards: IEC / ITU / Customer Requirements
Applications
Underwater Vehicles Sonar Systems Subsea Communications & Monitoring
Case Study
For extreme cold environments, customized ROV tether cables are engineered to maintain flexibility, mechanical strength, and reliable performance under low-temperature offshore and polar operating conditions.
→ Low Temperature ROV Tether Cable Solutions
Quality Testing & Control | Manufacturing Process |
Manufacturing Process
Our industrial cables are manufactured through controlled processes covering extrusion, reinforcement, assembly, and final inspection. Below are examples of key manufacturing stages that demonstrate our production capabilities and quality control processes.
→Cable Core Assembly Process →Wire Stranding Process →Kevlar braiding process
Test Equipment
Ordering Information
MOQ: project-based negotiation
Standard Lead Time: 3-6 weeks after order confirmation
Customization: Fully supported
Custom Development Works
Engineering Insight
Learn what a ROV cable is, its main types, construction, applications, and key selection factors for reliable underwater power, control, and data transmission.
