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How do you build a private 5G network?

If a company wanted to set up a private wireless network in a facility, office building, logistics center, or similar location, their options were usually limited to Wi-Fi or private network technology.

Ordinary private networks, such as previous 3G networks, were sufficient to connect laptops to the Internet and other modest industrial IoT use cases. However, coverage and security limitations of these networks, as well as their incompatibility with public cellular networks and prohibitive ongoing operating expenses have made it impossible for companies to employ them in many IoT applications. This is why most companies look at a file 5G private network Global modern eyeliner.

What is a private 5G network?

Let’s start by defining what these private networks are. A 5G private network is a network that is used for a specific organization within a specific location. It is based on the concept of an independent mobile operator, with its own infrastructure, management, and base stations.

When you look at any standard mobile operator network, you will notice one key element. Internet speeds vary even within one street. It depends on a number of factors.

For example, if many users gather in one place, the Internet speed drops immediately.

  • For non-business users, this feature is not as important as businesses.
  • For many organizations, stable Internet performance, speed and other indicators of connection quality and reliability are very strict requirements, since most internal processes are built on them.

However, at this point, you may have a question about whether it is better to use Wi-Fi. Let’s take a look at the differences between these two types of networks.

Wi-Fi vs Private 5G: What’s the difference?

The private 5G network was created in the same way as the public network of the mobile operator. However, private networks have geographic limitations as they are configured for a specific object such as Wi-Fi networks. However, a private 5G network will work even if a company’s factories are far from each other. After all, at each site, the creation of a local network and then its integration into a single system is carried out through the internal infrastructure of the mobile operator.

If we talk about the main differences between Wi-Fi and private 5G networks, then it is worth highlighting the following features:

  • high standards of network protection;
  • The customer can adjust the settings, and it can bear the burden of more users than Wi-Fi;
  • The effective range within a single access point is much longer than in Wi-Fi;
  • The 5G private network provides better wireless coverage not only in large geographical areas but also underground, within facilities.

Why do we use 5G technology to deploy a private network?

5G mobile private networks outperform existing radio technologies (VHF, MSRP, digital radio and TETRA) and allow for more use cases, 5G excels in dense multi-cell environments/multi-access points.

Mobile networks were set up to handle many radio cells and to ensure smooth transmission between cells. 5G extends this principle to multiple radio layers, with large radio cells providing coverage and small cells providing capacity in hotspots, including the ability to switch traffic between layers as connectivity and traffic flows evolve.

Clearly, cell transfusions are essential for mobile devices. It also assists fixed devices in multiple access point environments by providing resilience against access point failures and adapting to reconfigurations and changing traffic patterns.

Security in 5G private mobile networks

As you already know, the private network depends on the SIM card. The SIM card provides a secure means of authenticating devices to networks, all within a removable “secure element” that can be easily moved between mobile devices. However, the 5G private network uses encryption techniques for security, making these networks much more powerful than just a user ID and password.

For example, electronic SIM cards, also known as eSIMs, embed the security features of a SIM card into the “neural core” within a device’s SoC to take up less space and reduce hardware cost.

Also, the eSIM has a very big advantage – ease of management. For users, instead of replacing SIM cards, SIM profile information can be securely overwritten remotely using the mobile network. eSIMs are especially useful in IoT devices. This feature is most important for those who are creating a private 5G network for IoT systems.

Now, 5G mobile networks have developed and become very secure. For example, all data sent to or from an individual mobile device is “tunneled” independently. Mobile network users have no view of each other or the network. Thus, the data remains private, and the network is protected from any intrusion.

Evolution towards private 5G

To meet the challenges of the increasing demand for connectivity from various sectors of the industry, the next generation network core by UCtel will address a wide range of business solutions to enhance existing connectivity services.

Many technologies will need to access and distribute connectivity over a wide variety of services to move traffic over a secure, reliable, and secure network within a restricted data rate, latency, or speed specification.

5G generally makes more sense for new private network deployments because it increases capacity and increases spectrum options.

Benefits of private 5G networks for businesses

Therefore, if you are interested in the advantages of private networks for companies and factories, the main thing – is the reliability and security of data transmission. It is important to maintain high speed and minimize lag. Only UCtel’s 5G network can fully solve these problems. They have a high resistance to interference, a high level of security, and good signals both indoors and outdoors.

If your company uses this option, the digital network is stable and controlled, and any data can be transmitted securely. With UCtel’s 5G networks within the enterprise, it is possible to use any tools of modern management and not worry about possible interference. These special options include video monitoring, voice communications, robotics, remote control, and virtual and augmented reality.

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