Ultra-low latency capability is said to allow for greater digitisation of operational infrastructure and scalability of mission-critical control applications and help industrial companies take advantage of 5G as they pursue digital transformation. The throughput supported by the new devices is attributed with being able to drive greater use of virtual and augmented reality and video applications to aid operational efficiency and optimise processes. And as the number of devices and applications requiring real-time connectivity grows “exponentially”, said Hitachi, 5G offers unparalleled speed, security and reliability, enabling businesses to cope with that growth.
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In addition to its hybrid wireless architecture, Hitachi Energy’s TRO600 series is designed to provide robust, mission-critical, wired back-haul through a selection of gigabit ethernet and fibre interfaces. Hitachi Energy noted that hybrid connectivity can provide a combination of interoperable technologies on a single communication network, enabling applications for edge devices, mobile devices and field networks, spanning environments from the dense urban to the rural. This hybrid approach unifies communications to all devices, ensuring fast, secure and reliable connectivity for each operational need, said Hitachi. With the integration of 5G technology, Hitachi Energy’s TRO600 series routers are designed to enable a scalable, flexible and secure, hybrid wireless communication architecture that effectively combines public and private cellular with broadband mesh, all managed through a single network management system. 5G capability within the industrial sector is of increasing importance, significantly improving connectivity for the growing number of mobile, remote and outdoor applications and complex use cases within manufacturing, transportation, smart cities and public safety.