Finnish tech vendor, Nokia, has announced the launch of its new 5G SA industrial-grade private wireless networking solutions, which it says provides a roadmap to meet the needs of the most demanding industrial and manufacturing use cases.
“With the introduction of 5G SA, we set a new standard for our enterprise customers with a world-class lineup of private wireless solutions to meet their digitalisation needs, no matter their entry point or connectivity requirements,” said Raghav Sahgal, president of Nokia Enterprise.
“Private wireless connectivity is central to our customers realising their long-term digital transformation goals. By delivering 5G SA, we’re paving the way to accelerate digitalisation in the most demanding of use cases such as automotive manufacturing, where cloud, robotics and autonomous machine operations create mission-critical demands for reliable low latency and high data rate,” he added.
Throughout development of its 5G SA private wireless solutions, Nokia has delivered in situ trials with customers and mobile operator partners since the first quarter of 2020. Nokia has more than 180 private wireless enterprise customers worldwide of which more than 30 engagements are 5G. Nokia has recently announced 5G private wireless deployments that include Deutsche Bahn, Lufthansa Technik and Toyota Production Engineering.
With Nokia’s new 5G SA solutions, enterprise customers have the choice of deploying Nokia Digital Automation Cloud – a compact, plug-and-play system with automation enablers – or, they can further customize their network according to needs with Nokia Modular Private Wireless.
Nokia also announced today that Sandvik Mining and Rock Technology will deploy a Nokia 5G SA private wireless network at its test mine in Tampere, Finland.
“By deploying a Nokia 5G SA private wireless network with Nokia Digital Automation Cloud, we can showcase an entirely new range of game-changing capabilities here in our Tampere test mine,” said Patrick Murphy, president, Rock Drills and Technologies, Sandvik Mining and Rock Technology.
“As we work with our customers to help them leverage technology to digitalise their operations, the introduction of 5G opens the door to new opportunities in robotics, remote and autonomous operations, full-fleet automation, analytics and enhanced safety. As such, it comprises a breakthrough in the digital transformation of mining.”
Sahgal added: “We recognize that 4.9G/LTE, which handles more than 85 per cent of industrial applications, will continue to be the foremost private wireless solution for some time. With this announcement we bring the best of both worlds. We are offering customers the choice to start with 4.9G/LTE, and evolve to 5G as the ecosystem matures, or alternatively, to go ‘direct to 5G’ – validating the technology and driving OEM and industrial asset vendors to develop a thriving 5G ecosystem.”
Through its introduction of commercially available private wireless 5G SA, Nokia is also enabling OEM and ecosystem partners to accelerate validation of 5G capabilities. This will help kickstart the development of 5G-capable industrial assets, accelerate application development, and integrate 5G into future industrial processes and systems.
In addition to working with its private wireless network ecosystem – which includes service providers, cloud partners, systems integrators, strategic consulting and industry specialists -- Nokia will also apply its vertical expertise to deliver the transformational benefits of 5G across industry-specific use cases.
With 3GPP R15 SA architecture providing the baseline for private 5G in industry, Nokia’s 5G SA private wireless will become the premier platform to enable future industry-related features and improvements. These include Ultra-Reliable Low-Latency Communication (URLLC), Time-Sensitive Networking (TSN), and many other industrial capabilities that will be delivered in future 5G 3GPP releases (R16-18).
Today’s announcement also addresses the needs of markets such as Germany, Japan and the UK which, due to local 5G spectrum availability, are fundamental to early adoption of 5G technology and its related ecosystem.