Paper Contents
Abstract
Network technologies are changing quickly and the demand of faster and reliable data transfer is increasing. In 5G communication network there is limits for size of the data and transmission speed. Presently, we are moving towards big data and data explosion scenarios to send big data files. We cannot imagine the dream of smart home, smart manufacturing, smart transportation, smart health, and after all smart city without fulfilling the high-speed data transfer. We are still in Gigabyte data transfer rates which will not be enough to sustain in future world of Industrial Internet of Things based on deep learning and artificial intelligence. The Gigabyte per second data transfer rate is not enough to live in smart world of interconnected IoTs. We have to increase it from gigabytes to terabytes, petabytes and Exabyte bytes per second. To fulfill such requirement in future, we will need a new and innovative technology to tackle the problems of big data transmission. The increasing number of users and the high throughput requirements introduced millimeter wave communication (30GHz to 300 GHz spectrum), which is having larger bandwidth with less interference. The millimeter wave communication is having high carrier frequency, with huge bandwidth, narrow beam, high transmission quality and strong detection ability is revolutionizing the present-day transmission networks and by implementation of this technology, we can imagine the future of smart cities. Here on this paper, we will try to understand opportunities and challenges of millimeter wave communication for high-speed data transmission. 6G technologies are set to redefine connectivity by overcoming the limitations of 5G communication networks.
Copyright
Copyright © 2025 Syed Anwarul Haque. This is an open access article distributed under the Creative Commons Attribution License.
