Reliable access to high-speed, high-volume data communications has the potential to transform many industries and facilitate powerful new applications. These opportunities rely on the continued development of technologies to transmit, receive, and condition radio waves at higher frequencies, alongside the licensing of higher frequency bandwidths to accommodate huge increases in data traffic.
Recent world events and an increase in geopolitical uncertainty have resulted in a renewed focus on building, supporting and strengthening of sovereign supply chains. UK businesses want to build robust, and resilient networks of suppliers, particularly in high-tech sectors.
To cope with the global demand for high-bandwidth and high-speed connectivity, 5G will continue to be the main point of development for radio communications technology. However, for 5G roll-out to be successful, manufacturers need to use materials for antenna radomes that combine mechanical performance, radio transparency, and sustainability.
An effective multi-cloud strategy can improve the quality of service, while enhancing security and strengthening partner connections – the key to value lies in how organisations manage their multi-cloud infrastructure.
Time-sensitive networking (TSN) is an enabling technology for smart factories. The technology is ideally suited to help merge the realms of information technology (IT) and operational technology (OT), facilitating the development of holistic data-led manufacturing strategies. To realise the benefits of a TSN-driven set-up, companies need to consider compatibility, the protocols used on top of TSN, and network architecture.
5G communications protocols were developed in 2017 and made available publicly in 2019. As consumers gradually upgrade their devices, more people are benefiting from the faster speeds. However, how far along is the implementation of 5G and what obstacles do network operators face when improving coverage for their customers?