This serves to isolates its users and data from other public networks.ĭemand for private cellular networks is boomingĪnalysts are confident that private network capability will power a vibrant new market. The organization owns the wireless spectrum, the network base stations and other infrastructure. MNOs can use MEC to allocate bandwidth to enterprises – so that these organisations can run their own mini-networks customised to their needs. MEC brings data processing (and analysis) closer to where the data is actually generated: to people and devices. There is one more element needed to deliver a fast and reliable local network: multi-access edge computing (MEC). In effect, this means organisations can run their own MNVOs walled off from the public network. The transition to software makes it possible for a mobile network operator (MNO) to offer parts of its core network to private enterprises. By contrast, 5G is ‘cloud-native’, with network functions residing in software as a Virtual Network Function (VNF) or Cloud-native Network Function (CNF). 3G and 4G were built on hardware-based network functions. And by keeping the private network separate from the public network, an enterprise can (usually) ensure consistent and reliable connectivity.įor a growing number of organizations, 5G provides the best private networking tech.ĥG is compelling because its infrastructure is different from previous cellular generations. But in the industrial context, it also requires connectivity that is secure and discrete.īuilding in strong security from the ground up is the best way stop hackers intercepting sensitive data. It goes without saying that connecting people, devices and things requires a fast, low-latency network. This is, of course, the Internet of Things.Īnd organizations of all kinds are investigating its potential to transform their operations. Today, it’s all about handing manual processes over to smart machines that can analyse situations and make decisions in real time. Manufacturers are still engaged in a race to save time and cut costs. He invented the assembly line and the production time for a single car dropped from 12 hours to 93 minutes.Ī century later, nothing has really changed. Their motivation is obvious: produce more stuff in less time and you can beat your competitors. Industrialists have always looked for ways to improve efficiency. Here are seven examples of private networking in action. The tech delivers the fast, secure and reliable connectivity needed to hand manual processes over to smart machines. All over the world, large organizations are building their own cellular private networks.
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