In this series, we will explore the key elements of Coverage and Capacity, starting from the basics and moving towards more technical aspects.
So, what exactly is Coverage and Capacity (Utilities)? In the context of private LTE networks, these terms refer to the ability of a network to cover a specific area and handle the traffic load within it. Coverage is the extent of the network’s reach, while Capacity is the ability to support the number of devices and the amount of data traffic that the network is expected to handle.
Local LTE is an important application of private LTE networks, especially in industrial and enterprise settings. Local LTE networks provide reliable wireless communication, enabling automation, monitoring, and control of industrial processes, among other applications. In such scenarios, coverage and capacity are critical for ensuring seamless communication among devices, and to prevent downtime or disruptions that could lead to costly delays and losses.
So, how does Coverage and Capacity work in a private LTE network? Well, the first step is to ensure that the network has sufficient coverage within the target area. This can be achieved by deploying the right type and number of radio access points (RAPs) that can transmit and receive LTE signals. These RAPs are typically placed strategically to ensure uniform coverage across the area.
Once the network has sufficient coverage, the next step is to ensure that it has the capacity to handle the expected traffic load. This involves optimizing the network’s bandwidth, frequency, and modulation scheme to support the number of devices and the data traffic that is expected to flow through the network.
In summary, Coverage and Capacity are two critical utilities for any private LTE network. Understanding the basics of these elements is crucial for anyone looking to create their own Private LTE network. In the upcoming articles in this series, we will dive deeper into specific topics related to Coverage and Capacity, including RAP placement, interference, modulation schemes, and many more. So stay tuned!
