Private 5G Networks

Private LTE offers better security, more reliable coverage, and greater control over network traffic. It operates on licensed spectrum, reducing interference, and is ideal for environments requiring robust, consistent connectivity and where data sensitivity is a concern. Unlike Wi-Fi, its performance doesn't degrade with distance or obstacles, ensuring stable connections for users and IoT devices.

Private LTE networks are used for their superior performance in terms of coverage, capacity, and security. They provide dedicated bandwidth, ensuring consistent data transmission, which is vital for critical communications and industrial IoT applications. Private LTE is ideal for enterprises needing robust, reliable connectivity that is less susceptible to interference and congestion, typical in public networks or traditional Wi-Fi setups.

When comparing Private LTE Vs Wi-Fi, the key differences lie in network infrastructure and coverage. Private LTE provides a dedicated network, offering better control, enhanced security, and superior coverage, especially in extensive or complex environments. It excels in supporting a high number of connections and maintains consistent performance over large areas. Wi-Fi, while cost-effective and popular, can face challenges with coverage consistency and is more susceptible to interference and capacity issues, particularly in densely constructed areas.

LTE is a 4^th generation wireless technology while 5G is a generation more advanced, giving it many performance advantages over LTE. For example, 5G can transmit data at one gigabit per second and support 10,000 connected devices per cell, 10x the speed and capacity of LTE.

Yes. 5G is a backwards compatible technology, which means it can support 5G as well as 4G (and even 3G) service. But depending on the type of equipment used in the radio access network (RAN), separate antennas and/or radios may be needed to support the various technologies.

Not exactly. 5G is a wireless technology, whereas Private 5G is one use case of that technology. A Private 5G network is owned and operated by the business or facility that uses it, whereas public 5G is owner and operated by a mobile network operator or public utility. This gives Private 5G advantages regarding security (data isn’t routed outside the network to, say, a telco central office facility) and customization (a Private 5G network can be configured to the exact needs of the organization, not so with public 5G.

5G standalone (SA) and 5G non-standalone (NSA) are different ways of deploying the 5G technology. NSA uses a 5G RAN and 4G LTE core, enabling it to support both technologies. This is why most of the initial 5G deployments are NSA. Eventually, it is expected that the industry will move almost exclusively to end-to-end 5G enabled by 5G SA.