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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.
Exploring the Environmental Benefits of Buoyant Cable Technology
Read articleRemotely Operated Vehicles (ROVs) Propulsion Efficiency: Enhancing Underwater Exploration
Read articleSingle Mode Fiber Optics in London
Read articleWhat Is Fiber Characterization and Why Is It Important?
Read articleOvercoming Latency Challenges with Efficient Optical Time Delay Solutions
Read articleUses of Fiber Optic Cables
Read articleUnderwater Remotely Operated Vehicles (ROVs): Applications and Advancements
Read articleHow Tethers Improve Drone Stability in Challenging Environments
Read articleHow Fiber Optic Networks Support Blockchain Technology
Read articleFuture Trends in Single-Mode Fiber Technology
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Showing 181–190 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.