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Guides and engineering notes on fiber optic, hybrid, ROV and drone tether cable — written by the people who build it.
Linden’s ROV Fiber Optic Tether
The LINDEN-SPE-7098 tether: 3.5 mm in diameter, more than 350 kg tensile strength, and a density that nearly matches seawater.
Singlemode vs. Multimode Fiber Optics: Which is Better for You
How core size, distance and bandwidth decide between the two fiber types.
Tethered Drone System
What a tethered drone system is, the types available and how to choose one.
What are Hybrid Cable & Types?
Combining fiber, power and signal in one cable: types, buying guide and uses.
What is Single-mode Fiber Optic and Types?
Single-mode fiber explained, with types, tips and common applications.
Fiber Optic Cable: Types, Uses, Benefits & How to Choose the Right Cable
A complete guide to fiber optic cable types, benefits and selection.
Latest posts
Recent engineering notes
New articles published on the Linden blog.
Buoyancy, Tensile Strength and Packaging: How to Choose the Right Subsea Fiber Optic Cable
Read articleHow to Specify a Custom Fiber Optic Cable for Harsh Environments
Read articleUnderwater Fiber Optic Cable Design Considerations for ROVs, Sensors and Marine Systems
Read articleRugged Fiber Optic Cable Design: Why Strength, Flexibility and Jacket Materials Matter
Read articleWhat to Look for in a Drone or Aerostat Tether Cable
Read articleWhy Hybrid Cables Matter in Oil & Gas and Harsh Industrial Environments
Read articleHow to Choose the Right ROV Tether Buoyancy for Your Underwater Mission
Read articleExploring ROV Tether Types: How to Choose the Perfect Cable for Your Mission
Read articleChallenges in ROV Tether Management and How to Overcome Them
Read articleFiber Optic Cables Explained: Debunking the Most Common Myths
Read article
Showing 21–30 of 216 articles
Have an application in mind?
Tell us what the cable has to do — the environment, the load, the length — and our engineers will recommend a catalog cable or design one for you. Short runs from 300 m.