How long do optical cables last (Explained)

How long does optical cables last

Faulty optical cables can cause a myriad of problems. And, if you are not cautious, you will end up with faulty optical cables that will cost a lot more money to replace without minimal downtime. But, how long do optical cables last?

As a general guide, optical cables will last between 10 and 15 years. The quality of the cable will have a large impact on how long it lasts. You can tell if your cables are bad, faulty, or close to wearing out by running a continuity test, which is a simple procedure that you can do yourself in less than fifteen minutes.

But, before we get into the aspects of testing your optical cables to see if they are still good, let’s talk about some of the things that can damage your cables.

Bending Optical Cables Damages Optical Cables.

First, if you bend your optical cables too far or too many times, they can become damaged and break. Optical cables are very small and provide limited bandwidth, so it is easy to damage the cable and the fiber inside of it when you bend them enough.

Installing Optical Cables Near Water or areas More Susceptible to Moisture Buildup.

Second, water near your optical cables can cause some issues. This is not immediately fatal to your cables, but it can be problematic. If you leave your cables in an area where they will be exposed to water or moisture for too long, the cable could become degraded and damaged enough that it becomes difficult to run a continuity test.

Installing Optical Cables Near Other Electrical Devices or Wiring.

Third, when you install your cables near other electrical devices or wiring, you can cause too much electromagnetic interference. This will degrade the signal strength and eventually damage the fiber that makes up the cable.

Testing Your Optical Cables.

Whether or not it is possible to test your optical cables depends on what type of connections are available in your area. As mentioned earlier, you can run a continuity test to check if your optical cables are still good. If you have a patch panel or other connection options, this is relatively simple and does not take too much time.

But, the average business that needs to have their fiber connections tested will often hire a professional testing service to do it for them. This takes less time and ensures that the testing is done correctly and accurately.

Overall, the average optical cable should last between 10 and 15 years under optimal environmental conditions. This does not account for other factors, like poor installation or cable damage, which could shorten the life of your cable. To test your cables properly to ensure they are still good, you can perform a continuity test or hire a professional testing service to do it for you.

So, if you have been wondering how long do optical cables last in environments with significant heat or cold? Well, it really depends on how hot or cold you get. Excessive heat will cause the fibers within an optical cable to break down more quickly,

Why Use Optical Cables

There are countless benefits of optical cables besides their reliability, but if your system depends on the data transmitted by these cables then you should ensure that you have installed top-quality ones.

Faulty optical cables can cause a myriad of problems including poor quality, reduced term of performance, and increased costs.

It is best to check your cables on a regular basis for any damage or deterioration that could render it useless in the near future. You will save yourself from major downtime if you are able to spot minor problems before they become serious ones. Here are some useful tips meant to help you get the most out of your optical cables.

* Do not bend the cable beyond its minimum bend radius. This is usually around six inches, but the specific distances will vary by manufacturer.

Storing Optical Cables Correctly Can Preserve their Lifespan

Make sure that you store optical cables in a cool, dry place to prevent damage due to moisture buildup. If there is too much accumulated dust, clean the cable with a microfiber cloth before you begin using it. Most fast internet errors can be fixed by avoiding mistakes when handling optical cables that carry internet to the home.

Protect Your Cables by Storing them in Appropriate Cable Boxes or Tubes

If you have exposed optical cables that are likely to be exposed to potential hazards like moisture, sharp objects, etc., then protect them with cable boxes or tubes.

You can also strain your cables to prevent them from getting caught on other objects in the area where you elect to place the cable.

For example, if you are running it along a wall, then straining it using cable lacing or wire rope will give it extra support and protection when people run into it.

When Working with Temperature Sensitive Optical Cables, Exercise Extra Caution

One of the main dangers that come with working on fiber optic cables is excess heat. If you are not careful how you work on these cables, then you could end up causing damage to them beyond repair.

If the ambient temperature of your area is particularly high, make sure that you do not handle the cables for too long. This is especially true if your specific fiber optic cable starts to feel unusually hot after being handled for a few minutes.

There is a chance that this could indicate a problem with its quality or have been damaged already due to exposure to excessive heat.

If there are multiple optical cables running parallel to each other, you should not let one of them block air circulation.

Ensure that the cables are not kinked or bent to prevent damage due to excess strain on the fibers within.

You can check whether an optical cable is still good or needs replacing by performing a continuity test using specialized equipment like pulse generators and optical power meters.

This process will let you know whether or not there is any leakage of light and it can also be used to check for broken fibers within the cable.

If you need expert assistance, then you should hire a professional service provider instead of taking matters into your own hands.

This is particularly true if you are not aware of the impact that even minor changes can make on your optical cables or if you are not familiar with the process of inspection and testing.

If you spot any damage to an optical cable, it is best to repair it as soon as possible because time is of the essence when it comes to working with fiber optic systems.

Optical cables are not known to last forever but are generally considered to have a lifespan of around 25 years.

Optical fiber cables are made with extremely thin strands of glass or plastic that can be hundreds of times smaller than the diameter of a human hair. These formats have been one of the most popular ways in which data is transmitted over long distances for several decades, although they remain costly in comparison to other options.

Optical cables are immune to electrical interference that can affect the performance of copper wires and have a much lower weight capacity when it comes to transmitting data over long distances.

However, they have been considered more reliable in terms of their transmission speed and a better choice in circumstances where there is a lot of interference from outside elements.

Despite their seemingly high degree of reliability, optical fiber cables are not immune to damage or degradation. There are several things that can cause the glass strands within the cable to break down over time.

While this extent of deterioration does not happen very often, it is still a possibility that needs to be considered when investing in any kind of long-term fiber optic infrastructure.

The development of new fiber optic cable types and several other technologies has meant that it is now possible to transport data over much longer distances at faster speeds than ever before, although the cost remains relatively high.

This means that they are still more expensive than their electrical counterparts even though there are a number of different options available for connecting remote devices to a fiber optic system.

One of the most popular types of optical cabling is single-mode fiber optic cabling which allows for hundreds of times more bandwidth than electrical wire systems.

Optical cables are much less susceptible to electromagnetic interference because glass provides excellent insulation but they are not immune to damage if exposed to extremely high or low temperatures over a long period of time.

For this reason, it is important to ensure that the cables are not exposed to excessive heat or cold for a prolonged duration, especially where optical fibers are being used over long distances. If they get too hot, then the glass strands can melt and if they become cold enough they will condense and break apart.

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