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Because of the increasing number of cable systems being laid out beneath the ocean in various parts of the world, cable tracking is becoming more and more relevant. Cable tracking enables companies and organizations to keep track of cables that have been installed beneath the surface of the ocean, making it easier to detect problems that might arise from broken pipes or leakages. Many companies are choosing to use the new TSS 440, which is an advanced cable tracking device that can be employed underwater to measure distances to cables accurately using pulse induction technology.

Many people are unaware that a large slice of the telecommunications industry relies on submarine cable systems laid out between various stretches of ocean floor. In fact, every continent except for Antarctica is connected via submarine cable systems that are used to send digital data back and forth between different parts of the world. If some of these cables are destroyed or damaged due to changes beneath the ocean’s surface, these damages can cause inconsistencies and problems with different networks. Keeping track of cables is thus extremely important to telecommunications companies who intend on providing good service to their customers. Additionally, the importance of maintaining submarine cables has been recognized by various national governments. Fibre optic wires laid out beneath the ocean account for most of the world’s digital traffic.

Cable tracking systems like the above mentioned TSS 440 can be used to map seabed installations of cables and other pipelines effectively. There are literally thousands of kilometres of cables and pipe systems laid out along sea beds, and because of the way ocean topography tends to change over time, it is becoming increasingly important that companies and commercial organizations do their best to ensure that these systems are kept in order. However, in order to maintain these systems effectively and repair any damages that might be incurred, companies rely on mapping systems to survey and keep track of the exact locations and layout of these diverse cable and pipe systems. Cables that are buried tend to break or require repair much less often than those that are left exposed.

Having powerful tools of this sort can save companies a lot of money, allowing them to detect problems at the moment they become relevant. Systems that se pulse induction technology are capable of locating pipe systems that have been buried beneath the sea bed, as well as pipe or cable layouts that are exposed. One of the primary benefits of a system such as the TSS 440 is that it can be used on a variety of different vehicles, including both ships and submarines.