THE INTERNET SPEEDS ARE BEYOND IMAGINATION! 6G TESTS BEGIN

In wireless data transmission, researchers at University College London have discovered a revolutionary breakthrough. Reaching a phenomenal 938 gigabits per second (Gbps). This is nine thousand times quicker than the current standard 5G connection. To put things in perspective, you could download over 20 movies every second at this speed. an enormous improvement in internet functionality. Under the direction of Professor Zhixin Liu, the group used a brand-new frequency spectrum that had never been tested before to reach this incredible speed. They combined radio waves and light to transmit data, operating in the frequency range of 5 GHz to 150 GHz. Their combined technological prowess allowed them to surpass earlier speed restrictions. Microwave photonics and high-speed electronics are two cutting-edge technologies that the team uses to great effect. With the use of quick digital to analog converters, they produced signals in the 5-75 GHz range. For even higher frequencies, such as W-band (75-110 GHz) and D-band (110-150 GHz), they combined frequency-locked lasers with light-based signals. Using this technique, a very effective system that can support the upcoming wireless communication generation was constructed. Professor Liu likened this change to building a gigantic 10-lane freeway out of a little, single-lane road. "More bandwidth is needed to carry more data, just as we need wider roads to accommodate more cars," Liu stated. To make this technology available to people, the team is also in discussions with network providers and smartphone manufacturers soon. Japan's Progress with 6G In the meantime, fascinating advancements in 6G technology are taking place in Japan. A technology developed by many Japanese telecom companies can provide data 20 times quicker than 5G. Up to 100 meters can be covered at speeds of up to 100 Gbps with this technology. Which, when compared to current wireless systems, is a considerable improvement. The future of radio access networks (RANs), which require wireless rates greater than 100 Gbps, depends on these developments. The way we use the internet on a daily basis will alter as this technology advances. Accelerating and streamlining the entire process, from work to play.