A dedicated private network helps the business with seamless communication between the consumers and business. Both government agencies and private companies set up their private network to keep things safe and secure at the same time, seamless with communication.

At present, the most popular private network is the 4G private network. The 4G network’s impact was so great that we are hoping to see 5G private networks soon. It is believed that the 5G network will come with several features that will leverage the clearing and settlement facilities.

The recent news has proved that 5G technology will soon be available in the market. It will cater to speed connectivity with low latency. Although 5G technology is about to enter the market, the industry cannot wait for it any longer. The market is facing high-speed development; hence, they need a private network for their communication and information transfer.

This need has introduced a new kind of wireless connectivity on the market with existing LTE networks and Private LTE networks.

Private 5G Network VS. Private LTE Network

According to market research, both Private LTE market 5G markets will keep on growing consistently. But with the security concerns, people will go for more non-public networks to ensure their security. In that context, we might see Private 5G networks taking over the Private LTE network market.

With the 5G technology in the market, it will optimize the existing Private network by delivering the following features:

  • Enhance Mobile BroadBand.
  • Low Latency Communications.
  • Massive Machine-Type Communications.

Why Enterprise Will Switch To Private 5G Network?

There are many reasons why an enterprise might choose 5G private networks over the Private LTE network. We have researched and found that these are the most influential reasons.

1. Ultra-Fast Connectivity

It is believed that the 5G private network is ten times faster than the 4G LTE private network. That means a user can download any high-quality video from the internet in a matter of seconds over the 5th generation cellular network.

2. Low Latency

5G private network will reduce its latency by one millisecond. This low latency will help the user and the enterprise to communicate with each other real fast. The flow of data will be truly real-time, and the managers will be able to manage things more efficiently.

3. Massive Device Density

While 4G, the cellular network can support upto 100,000 devices per square kilometer. However, with the 5G private network, this number will increase to one million devices.

4. Six Nine Network Reliability

It is believed that the reliability rate of the 5G private network will be 99.9999%. Also, the downtime of the is to be expected 5 minutes over 5 years. This optimal reliability will help the business to automate several of its features to boost its productivity.

5. Speed Of The Implementation

As the 5G technology will have its own network, the enterprise will be able to implement things more efficiently. Also, an enterprise can boost the performance of the private network with the help of virtualization.

6. Enhanced Security

A 5G private network will be more secure than a private LTE network. Unlike the current cellular network, 5G technology will allow the user to enjoy the following features:

  • Identity management
  • Security insurance
  • Privacy
  • Resilience

7. Meet Industry 4.0 Requirement

For the industry to become part of the next generation of industrialization, they need to revamp their automation process. Automation is effective only if the whole process happens in real-time. Hence, with the 5G private network and its low latency, achieving industry 4.0 seems possible.


There you have it; now you know what the similarities and the difference between the private LTE network and the Private 5G network are. We hope that this article was able to pour some light on the thing you were looking for.

These are only the possibilities; it might also happen that Private LTE networks will adopt the 5G technology, giving birth to new technology.