5G DAS in Factories: Benefits, Challenges, & Solutions

Are you a factory owner or manager curious about harnessing the power of 5G technology to enhance efficiency and sustainability?

Dive into our guide exploring the fusion of 5G and Distributed Antenna Systems (DAS) within factory settings. The benefits, challenges, and solutions of integrating 5G DAS networks into your operations. By the end, you’ll have the insights needed to transform your factory into an eco-conscious powerhouse while optimizing productivity.

Benefits of 5G and DAS for factories

The newest wireless tech, 5G, is better at speed, reliability, and accessibility for communication and data than older versions.

Fifth-gen technology enables up to 1,00 cover square kilometres of thousands of devices to deliver speeds x2 times and latency is reduced by a factor as high.

So, 5G can make it easy for machines, devices, and people in factories to stay connected without any delays. You can learn more about what 5G can do for factories by reading the 5G-ACIA White Paper.

Just about the complex

DAS in the industry means using antennas and wires to send wireless signals everywhere in a building or industrial area.

With DAS, 5G can work better in your workplace. It gets rid of dead zones, reduces signal problems, and handles more data.

5th Generation coverage can also do many things at once. That means you can use one system for different wireless services.

Using 5G inside buildings makes your factory work better. It helps with different tasks like:

  • Smart sensors: You can use a special 5G system inside buildings to link up different sensors. These sensors keep track of things like heat, moisture, and air pressure in the factory. They send this information instantly, helping you make things run smoother, catch problems early, and avoid breakdowns.
  • Robotics: 5G DAS lets you control robots. These robots can do things like putting things together, setting up equipment, welding, and checking paint jobs. They can chat with each other and the main system. So, they’re precise, adaptable, and work together well.
  • Augmented reality: 5G inside buildings can help use smart glasses, helmets, or tablets to show digital info and instructions in the real world. This makes training, guidance, and logging out easier for your employees.
  • Cloud computing: 5G Wireless Infrastructure helps you connect to cloud computing services. These services include things like artificial intelligence, big data, and edge computing. They let you analyze and handle large amounts of data, find insights and suggestions, and automate decisions.

Using 5G DAS networks helps factories be more eco-friendly and work better. You can use a 5G antenna system in your factory to save energy by controlling how machines work. This means machines use less energy, last longer, and need less power.

Take Ericsson’s Texas plant as an example

Using 5G technology helps to use less energy, have fewer products in storage, and make things faster by 25%, 65%, and 50% respectively.

This shows how 5G changes manufacturing in a good way. Pretty neat, right? Yahoo Finance talks about Ericsson’s smart 5G site in Texas, which is very eco-friendly.

Challenges and solutions for 5G in-building connectivity integration

Even though 5G indoor coverage solutions can help factories, there are some problems you might have when trying to use them in your factory.

These problems could be because the factory is big or complicated, the current wireless system is old or doesn’t work well, or there are strict rules or contracts you have to follow.

Here are some of these challenges and solutions:

High costsPick partners and vendors who know a lot about putting 5G wireless stuff together. Find ones who can make solutions that fit your needs and can grow with you. Also, make sure they can help you out with any technical issues and keep things safe.
Technical complexityMake sure you follow the rules for getting permission, like licenses and certificates. Follow safety rules, including limits on exposure and fire safety. Get all the licenses and permits you need. Check regularly to make sure your system works well and is safe.
Security risksEnsure compliance with regulatory approval, spectrum allocation, licensing, and certification. Adhere to health and safety standards, including exposure limits and fire codes. Obtain necessary licenses and permits. Conduct regular testing and inspection for system performance and safety.
Regulatory issuesMake sure you follow the rules for getting permission from regulators, getting the right radio frequencies, getting licenses, and getting approvals. Follow the safety rules, like how much you can be exposed to and what to do in case of a fire. Get all the licenses and permits you need. Test and check the system often to make sure it works well and is safe.

Using 5G inside factories is helpful, but it’s hard because it needs a lot of money and the technology has to be exactly right for the government or police to approve it.

So, there are some ideas to help factories deal with these problems and use 5G. For instance, the European Union has some rules and standards for using 5G in different areas like industrial IoT, artificial intelligence, and edge computing.

This can help factories to ensure compatibility, security, and compliance of their 5G systems.


Using 5G inside your factory can help make it more eco-friendly by providing the right technology to keep nature balanced while making better products faster.

Connecting your facility to a 5G network can bring in new tools like smart sensors, robots, and virtual reality. These tools not only help the environment but also make your factory work better.

But, there might be other problems you need to solve, like figuring out if these solutions will work for you or finding the right companies to work with.

You might need to do studies or pick the right partners to make sure everything meets the rules and standards.

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