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Understanding 5G – The backbone of the industrial Internet

AI|Tech

A data-driven “fourth industrial revolution” has long been predicted. Now, the backbone for that platform is finally becoming a reality. The long-promised benefits of cyber-physical industrial systems are within sight.

The year 2019 will be remembered as the year that true cellular connectivity for the Internet of Things (IoT) finally got going. Nowadays not a week goes by without a new announcement of a new 4G NB-IoT / LTE-M network rollout. Yet the future for industry is already racing towards the fifth generation (5G) of wireless communication technology.

5G promises lightning-fast speed, barely noticeable latency (or communication response time) and vastly increased capacity. All four major U.S. carriers have green-lighted test networks and partial implementations in some cities.

The benefits of marrying the physical world with digital technologies have been discussed for what seems like a generation. Many industries could use the intelligence gleaned from connected systems to gain critical insights about their operations and how to make improvements that will make a genuine difference to their bottom line. While 4G is already creating dramatic improvements for industries around the world, it’s 5G that’s creating the greater buzz.

Data alone is not enough

Jani Vilenius, Director of Research and Technology at Sandvik, says that data is already driving industry around the world: “Everyone is already collecting, and to a certain extent using data. But improved connectivity is needed to truly utilize the data and add business value. When we add more Artificial Intelligence (AI), machine learning, and voice/image recognition into everyday systems, the bandwidth requirements mean 5G is inevitable to leverage the new capabilities.”

Industry 4.0 was supposed to bring about these benefits, but up until now there’s been a crucial element missing. Turning the idea of a collaborative, adaptive, real-time industrial digital system into a reality needs a truly agile communications infrastructure.

Taking the connected factory to the next level

In a market reliant on data-intensive machine applications, the higher speeds and low latency of 5G is required for the effective use of autonomous robotics technology, wearables and virtual reality.

Unlike previous jumps in levels of technology in industry, 5G won’t fundamentally redesign the production line. But what it will do is offer manufacturers an opportunity to build smart factories that can adapt to changing market conditions.

Healthcare: Enabling remote surgery

The low latency of 5G is set to revolutionize the healthcare industry, most notably in the operating theater. Experienced surgeons can advise more junior colleagues via a video connection or could even operate the surgical device remotely. You could be forgiven for thinking this sounds unlikely, yet it’s already happened.

In early 2019, the world’s first live surgery via remote assistance took place successfully in China. An experienced surgeon inserted a stimulation device in the brain of a Parkinson’s patient. The almost instantaneous latency of 2 milliseconds allowed the surgeon to accurately conduct the procedure as if they were right next to the patient, whereas in fact they were 3,000 kilometers away. The latency resembles surgery using a traditional cabled monitor solution.

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