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FacebookTwitterLinkedinemail5G will only gets its wings in 2023, or thereabouts, when its full functionality is revealed in a standalone version of the new radio (NR) standard. That is when it …

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5G

FacebookTwitterLinkedinemailFirstly, that headline: too much? Perhaps, but let us make the case – and draw breath, for this may take some time. Industrial 5G is the only version of 5G …

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smart meters

FacebookTwitterLinkedinemailSiemens has followed country-mate Bosch to apply for spectrum licences in the 3.7-3.8 GHz band in Germany. The firm will seek to manage its own LTE and 5G networks in …

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FacebookTwitterLinkedinemailGerman industrial giant Bosch, an early champion of privately operated industrial 5G for manufacturing, has confirmed it has applied for localised spectrum licenses in Germany and will trial private 5G …

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FacebookTwitterLinkedinemailThe industry welcomed Ofcom’s move to release spectrum in the UK for private and shared usage, although UK operators said their support was contingent on effective coordination measures to protect …

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automated vehicles

FacebookTwitterLinkedinemailOfcom will open up a large tranche of the UK airwaves for enterprises to deploy private and shared networks, dedicating the 3.8-4.2 GHz band for local deployments, requiring national operators …

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FacebookTwitterLinkedinemailOrange told 5G World in London yesterday (July 12) that private networks are too expensive, and that hiving off spectrum for the industrial sector to run private networks will throttle …

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FacebookTwitterLinkedinemailPrivate cellular networks are standard 3GPP-based cellular networks offering a combination of low-power wide-area (LPWA), broadband LTE, and even ‘massive’-scale, ultra-reliable 5G connectivity for exclusive use by private parties. They …

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FacebookTwitterLinkedinemailThe European Commission (EC) will make usage of the 900MHz band for short-range devices consistent across all member states. The move will make the 874-876 and 915-921 MHz bands a …

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5G

FacebookTwitterLinkedinemailThe physics of time-division duplexing in radio communications means 5G could, in certain frequency bands, struggle to achieve the ultra low latencies it promises. Worse, in some markets, regulatory forces …

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