What makes cellular networks the best choice for communication systems?

Cellular networks can be complex and difficult to manage effectively. This can lead to performance problems, security vulnerabilities, and high costs. An optimally managed cellular phone service is a cellular network that is managed using a comprehensive and integrated set of tools and processes. This includes tools for automated discovery and inventory, configuration management, fault management, performance management, and security management. By using these tools and processes, cellular phone service providers can optimize the performance, security, and cost of their networks. This makes optimally managed cellular phone service the best communication system. StableNet by Infosim provides all tools and processes needed.

Cellular networks or Radio Area Networks are Radio waves which use air as a medium for communication purpose. The physical medium like fiber have there limitations in a big geographical area , radio networks can travel at ease in an open environment, the waves travel from each tower to tower which we call as base stations or BTS towers. The main feature of radio networks is we can send various types of data like voice-video and data traffic by changing the frequency of radio waves , in analog or digital form.

Cellular networks divide the data in small packets and send it through radio network through each base station , now a days the Radio Network has become more intelligent and secure using SDN technology.

From a use case perspective where we have industrial environments with large metal areas, made up with racking, machinery, and heavy plant - where business that runs this environments wants to modernise and utilise areas such as robotics, automation, large data projects, then cellular really can step up and compliment what was started with WiFi. Even deploying cellular with scanners as a service and banish dead spots is a huge upside to organisations.

Radio Networks can travel across difficult terrains which a normal medium like Fiber will not be able to reach. Each part of the globe can be reached using RAN network , we should pay tributes to Nikola Tesla who has invented most of RAN framework.

RAN or Cellular networks require continuous power to transmit and revive the signals , as the load on the network increases it requires extra power to handle the traffic , availability of power source in remote terrain is challenging , so energy could be fetched from natural sources to supply the power to BTS towers.

In every Cellular network there is a transmitter and a receiver , we need to see that a sensitive receiver who can pick small signals are researched , power transmitters have there own issues which harm the nature and the bird and animal ecosystem. So a powerful receiver who can use less energy is a win win solution.