Private 5G holds out a promise of ultra-low latency, secured and private, ubiquitous connectivity – across the campus, the factory floor, and across acres of commercial property – completely in the control of the IT department. Like any respectable tech, it had its own “mini” hype cycle. Every tradeshow had multiple a private 5G demos competing on speed, capabilities, coverage – you name it.
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Lately, a lot of folks have been questioning the value of 5G at the edge. Can’t we just use Wi-Fi? We can just set up a Long Range Wide Area Network (LoRaWAN) network for our Internet of Things (IoT) devices and technology. Is 5G even ready to make a difference? I don’t see the difference on my smartphone. These are all very good questions and concerns. So, why does and will 5G matter at the edge?
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Private networks are widely considered to be a highly-promising segment for 5G services. However, this market is not as straightforward as it appears. It is highly competitive and deep insights into industry verticals are required. Enterprise requirements are varied and project customisations are unavoidable. For now, large multinationals have taken the early lead in adoption.
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On November 30, 2021, AWS CEO, Adam Selipsky, announced that AWS would be offering a private 5G network as a managed service. As expected the announcement drew a tremendous amount of industry and media attention with many claiming that the age of private 5G networks had arrived. Trigger words “5G” and “private networks” aside, what are we looking at there with AWS’s latest venture to the edge of the network? According to the AWS press release, this new offering,
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5G is supposedly about enabling new industrial applications that will benefit from the industrial grade connectivity that 5G promises to bring. Yet, enterprise uptake of 5G is in the very early stages with recent support for private networks using licensed and unlicensed spectrum. Where are we with 5G for the enterprise? Is it ready for prime time?
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When the FCC held the first auction of CBRS (Citizens Band Radio Service), it raised hopes that novel neutral host models will emerge that improve the economics of indoor cellular networks and bring some of the promise of 5G into venues of all sizes. What is the neutral host opportunity presented by CBRS and what are the economic considerations for the business of establishing and running a neutral host network.
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Satellite communications have become cool again thanks to a new breed of LEO or low Earth orbit satellites that are the staple of Tesla’s Starlink constellation and Amazon’s Project Kuiper which received FCC approval in July of 2020. These satellites are deployed in the thousands with the purpose of providing global broadband coverage.
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With the advent of 5G there has been growing interest in what the next-generation mobile network technology means for industry. Operators and industrial OT (Operational Technology) players have been investigating the use cases and potential value that the 5G promises and technology can bring to manufacturing, supply chain and the factory of the future. It is commonly known and expected that 5G will bring about massive Machine Type Communications (mMTC), Ultra-Reliable Low-Latency Communications (URLLC) and enhanced Mobile Broadband (eMBB), but what do these use cases mean for manufacturers? Are these really the 5G promises that matter for the smart factory and the ongoing evolution of Industry 4.0?
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