How does 5g work with Iot?

How does 5g work with Iot?

5G is in full swing. Spectrum definition, latency, and bandwidth usage are constantly evolving to adapt to the next generation of mobile networks. The future of 5g technology is bright, but how 5g affects our society has always been a hot topic.

So the question is: how does 5g work with Iot?

When data and information can flow freely between different systems, regions, manufacturers, and industries, and a highly integrated end-to-end solution is completed, Iot will be fully implemented. The main difference between today's Internet experience and the next 5G is the applicable components, or the IOT build module, quickly and dynamically and effectively generate the information we need from complex data, services, platforms, manufacturers, and Industrial Ecosystems. The Iot era is truly mature. At that time, 5G will become the driving force of IOT, providing the connection flexibility required by users and providing the core tools required to drive standard Iot building module communications.

Take the current transportation industry as an example. We have relatively complete positioning information, and we can easily query how to transfer from location A to location B through the network. As defined in the recent OneTRANSPORT multi-shareholder initiative, InterDigital, a pioneer in wireless telephone communication, the smart transport mentioned above is supplemented by others' instant crowdsourcing information on our route. In the event of traffic congestion that changes road conditions without any warning, the problem arises. This is not just a question about how to integrate more information into existing solutions, it is also a question about how traffic systems in different cities can communicate with each other, how a massive amount of relevant information can be dynamically obtained to be filtered, and how an automated system can understand the dynamically changing network and data conditions at the national or international scale.

We can imagine a major event that requires access between different cities and "incompatible" Smart Cities. The inadequate traffic integration between different cities will first affect traffic controllers that require dynamic changes and real-time and reliable information. Traffic controllers are usually used to recommend assessment and optimal routes for users and emergency services (such as ambulances) to avoid accidents. Even if there is an accident, you can prepare countermeasures in advance. Many travelers use their smartphones to query changing traffic conditions.

When an unexpected situation requires dynamic resource allocation and rapid response, we can understand why more adaptive infrastructure is so important. With the expansion of the IOT era, we have more urgent demands for more information and background values than before. For example, in the case of a road accident, the accident information can be promptly reported to avoid more subsequent accidents. If the information is also transmitted and analyzed remotely based on busy road conditions and bad weather conditions, more resources can be dynamically allocated to the accident area to help collect more data, early warning measures.

The synergy between 5G and Iot is obvious. To process the diversified data generated by IOT, 5G networks require high flexibility. In turn, Iot will manage 5G network configurations and provide optimized and effective configurations to meet the needs of end users, anytime and anywhere.