5 G infrastructure companies are collaborating with communication service providers and research organisations to define new standards for 5 G , based on use cases affected by the low latency and high - reliability requirements of IoT devices . implementation of the 5G / IoT network will need to be dedicated to specific customer groups that provide hyper - sensored automotives , remote healthcare and smart network development . Operators will use cloud - based automation techniques to deliver efficiency and reliability and the initial focus is on higher and widely available spectrum bands ( 5 GHZ - 60 GHz ) , which offer very short wavelength to accommodate the implementation of extreme MIMO ( Multiple Input – Multiple bandwidth ) techniques for increased capacity and speed . As reliability is paramount , insight - driven , customer - driven service quality assurance will be key to ensuring the promise of 5G / smart networks .
5G infrastructure companies are collaborating with communication service providers and research organisations to define new standards for 5G, based on use cases driven by the low latency and high-reliability requirements of IoT devices. Sections of the 5G/IoT network will need to be dedicated to specific customer groups that provide hyper-sensored automotives, remote healthcare and smart city development. Operators will use cloud-based automation techniques to deliver speed and reliability and the initial focus is on higher and widely available spectrum bands (5 GHZ - 60 GHz), which offer very short wavelength to accommodate the implementation of extreme MIMO (Multiple Input – Multiple Output) techniques for increased capacity and speed. As reliability is paramount, insight-driven, customer-centric service level assurance will be key to ensuring the promise of 5G/IoT networks.