Improving Efficiency and Reducing Downtime for Telecom Businesses

No matter what sector of the telecom industry that your business is in, margins are getting tighter than ever before. This means that you need a precision approach to every aspect of your business if you want to improve efficiency and reduce your overhead.

One of the most costly areas of overhead is downtime. Having to shut down part of your revenue generating operation for maintenance or unexpected damage can cost you serious money.

We've put together a few things that you should consider for improving efficiency for your telecom business.

Improving Regular Maintenance Scheduling

What does your regular maintenance schedule look like this year? If it looks the same as it has for the last several years, that could be a sign that you need to improve your maintenance scheduling.

We're talking about the scheduling that you have to do for regular preventative maintenance as well as inspections. There are new tools out there that can help improve the efficiency of your scheduling.

Using a combination of AI technology and the IoT, we're now able to schedule maintenance with much greater efficiency than ever before. This precision will help reduce your downtime and improve your overall revenue.

Anticipating Downtime Causes

How successful has your business been anticipating the causes of routine downtime?

Some amount of downtime will be unavoidable, but these are things that you can anticipate and prepare for.

This is a complex process that's going to involve pulling data from various sectors of your business. You need to consider things like the life expectancy of key infrastructure components as well as the availability and expertise of your workforce.

Changes to your business can also cause unexpected downtime. Mergers, acquisitions, and new expansions have a way of throwing a wrench into the works that you can prepare for.

Improving Your Basic Infrastructure

We often put too much emphasis on new technologies. One of the most important things you can do for reducing down time is to improve the basic infrastructure that your telecom business relies on.

Even making a basic upgrade like adding Roxtec cable and pipe seals can make a big change throughout your operation. Other basic infrastructure updates include regular maintenance for your buildings and infrastructure that your workforce relies on in order to get their jobs done.

These small improvements are very cost-effective and can yield impressive results.

Reducing The Likeliness Of Unexpected Maintenance

If your telecom business regularly faces downtime caused by unexpected problems, it's time to start preparing for the unknown.

You can use data science tools to analyze the causes of unexpected maintenance in downtime in order to start building and preventative measures. Every occurrence of unexpected downtime is giving you important information on the causes, and solutions, for these interruptions in your routine operations.

Key Takeaways For Reducing Telecom Downtime

It's time you took a new approach to reducing your downtime. Here are five key takeaways that you need to keep in mind when you consider how you'll be approaching your regular maintenance this year.

  • Improve and iterate on your maintenance schedule
  • Employ new technologies like AI and IoT
  • Anticipate downtime causes
  • Improve overlooked infrastructure elements
  • Reduce unexpected maintenance occurrences

 

Source URL:- https://flourandpaper.com/improving-efficiency-and-reducing-downtime-for-telecom-businesses/

Comments

Post a Comment

Popular posts from this blog

An Optimized Ultrasonic Cleaner Will Improve Your Cleaning Experience!

 To understand how an ultrasonic cleaner works and how it may do sonification or cleaning, one must first grasp the fundamentals of ultrasound and how it is used in ultrasonic cleaning. The transmission of sound at frequencies above the human hearing range is known as ultrasound. Ultrasound energy causes cavitation, the technical part of ultrasonic cleaning, which is generated at 40,000 times per second by piezoelectric electrical devices. Because the energy is focused at a tiny size, it is safe for parts despite its strength. It is possible to lessen liquid surface tension by adding a surfactant or wetting agent to the bath. The reduction in surface tension improves cavitation strength. The activity of ultrasonography is greatly aided by a medium evaporation. Low evaporation rate causes cavitation bubbles to explode with greater force, however this results in a higher cavitation threshold and fewer bubbles. High pressure of the liquid is ineffective; it produces more bubb
Read more

Comparing Capacitive and Eddy-Current Sensors

  Sensor Construction Understanding the difference between capacitive and eddy-current sensors begins by looking at how they are constructed. At the center of a capacitive probe is the sensing element. This piece of stainless steel generates the electric field which is used to sense the distance to the target. Separated from the sensing element by an insulating layer is the guard ring, also made of stainless steel. The guard ring surrounds the sensing element and focuses the electric field toward the target. All of these internal assemblies are surrounded by an insulating layer and encased in stainless steel housing. The housing is connected to the grounded shield of the cable. The primary functional piece of an eddy-curren t probe is the sensing coil. This is a coil of wire near the end of the probe. Alternating current is passed through the coil which creates an alternating magnetic field; this field is used to sense the distance to the target. The coil is encapsulated
Read more