5G: the network technology of tomorrow

The promise and potential of 5G

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Privacy


I declare that I have read and fully understood the Privacy Notice and I hereby express my consent to the processing of my personal data by Reply SpA for marketing purposes, in particular to receive promotional and commercial communications or information regarding company events or webinars, using automated contact means (e.g. SMS, MMS, fax, email and web applications) or traditional methods (e.g. phone calls and paper mail).

THE “INTERNET OF EVERYTHING” SOCIETY

The technological evolutions currently under way are leading us towards a society in which objects are increasingly smarter and more autonomous. In this context, connectivity between objects and between objects and systems in the cloud must become increasingly more pervasive, immediate and reliable.

UNDERSTANDING 5G

5G is not just a new way of connecting, it is a set of mobile technologies that enable previously unimplementable use cases with existing networks. To make the most of the potential brought by 5G technologies in the near future, it is necessary to understand how it works today. Indeed, not all the features introduced by 5G will be available immediately: different providers will make them available at different times.

FINDING YOUR WAY IN THE 5G REALM

Technologies that are the building blocks of 5G networks can be grouped into three main categories, typically represented by the following triangle.


5G Magic triangle


Extreme Mobile BroadBand (xMBB)
Provides very high data speeds and extreme coverage. xMBB is designed to offer a more consistent experience across the coverage area and limited performance degradation as the number of users increases. xMBB will also support reliable communications, e.g. National Security and Public Safety (NSPS).

Massive Machine-Type Communication (mMTC)
Provides wireless connectivity for tens of billions of very simple, network-enabled devices. Scalable connectivity designed for an increasing number of devices, an efficient transmission of small payloads, coverage of large areas and deep penetration: these are the key elements that take precedence over data speeds alone.

Ultra-Reliable Low-Latency Communication (uRLLC)
Provides ultra-reliable communication links and low latency for network services with extreme availability, latency and reliability requirements, e.g. V2X communication and industrial manufacturing applications. Reliability and low latency take priority over data speeds.

HOW CAN REPLY SUPPORT YOU

Reply’s goal is to become a point of reference for a real and rapid development of projects and services based on the 5G network. Reply is actively working on the most relevant 5G business opportunities primarily focusing its attention on analysing the impact of 5G on different industries and designing different Use Cases for PoC or Trials to offer its customers. Some of the use cases currently being analysed include comprehensive live streaming solutions, Smart Grids, Telecare, IIoT solutions, Mobile Robots, Autonomous Cars, and AGVs.