Efficient monitoring 5G networks

Integration of dynamic device components is a critical component of 5G network efficiency monitoring and optimization. Here is a list of Do’s and Don’ts

- PRADEEP CHAKRABORTY

Since 2019, 5G networks are being deployed and run across the world. According to Twimbit MD Manoj Menon, 2019 was a really busy year for telecom. In Korea, SK Telecom launched a 5G network nation-wide. Thailand’s first 5G spectrum auction raised USD 3.2 billion. In Singapore, StarHub and M1 have teamed up for a 5G license bid. In Japan, Rakuten is challenging the three large giants. We are going to see different ways how folks bid for 5G.

Let us examine how crucial is the testing of the 5G networks. According to L&T Technology Services CEO and MD Dr. Keshab Panda, 5G technology involves more than confirming lightning fast download, extremely low latency and comprehensive coverage range. Simplified, end-to-end 5G test implementations are essential for the growth, adoption, and organizational success of emerging 5G networks. Research approaches have adjusted to complex and diverse use-cases and wholesale technological developments including crucial, transmission, RAN and fiber network components at the same time.

This integration of dynamic device components allows continuous, real-time information systems, which is a critical component of 5G network efficiency monitoring and optimization. The efficient monitoring of 5G networks and their enhancement is mandatory for the best 5G approach.

How challenging can spreading out access to rural areas be? He added that at this stage, the stakeholders need to adopt a measured approach from the point of view of 5G rollout. The obvious focus will be urban areas, particularly metros and prominent cities. Leaping to 5G without adequate infrastructure development may work against the interests of rural connectivity.

5G NR deployments