A new report from IDC predicts that global private LTE/5G infrastructure sales revenue will grow from $945 million in 2019 to $5.7 billion in 2024, a five-year compound annual growth rate of 43.4%. This figure includes total spending on RAN, core, and transport infrastructure. Private LTE/5G infrastructure is a 3GPP-based LTE and/or 5G network deployed by a specific enterprise/industrial customer to provide dedicated access. Private LTE/5G infrastructure delivers traffic locally to a specific organization without any third-party entity using shared resources. “Private LTE infrastructure is already being used by some verticals to solve key network challenges,” said Patrick Filkins, senior research analyst for IoT and mobile network infrastructure. “However, barriers to consumption remain high, limiting adoption to organizations with in-house capabilities and dedicated spectrum access. As more spectrum becomes available to enterprises and commercial 5G deployments expand, interest in private LTE/5G solutions as the connectivity foundation across a wide range of mission-critical, industrial and traditional enterprises is growing.” Today, many organizations are deploying private LTE, and a few are beginning to deploy private 5G in limited situations. While these verticals overlap in both use cases and network requirements, the market opportunity can be broken down into three segments: Mission-critical applications: Vertical industries that require “always on” connectivity with redundancy and dedicated resources, and vertical markets that require clear mobile site connectivity needs. Loss of connectivity could result in severe negative business or operational outcomes. Industrial applications: mainly targeting the process and industrial automation verticals of Industry 4.0. It also typically involves providing high-capacity and ultra-reliable low-latency communications (5G URLLC) through time-sensitive networking (TSN) or alternative means. Traditional Enterprise or Business-Critical Applications: These verticals require deterministic wireless networks that go beyond traditional Wi-Fi, but with lower redundancy and automation requirements. These include business-critical applications where a loss of connectivity could result in lost revenue. |
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