Overview of 6G Networks
STAR.VISION▎Overview of 6G Networks
6G networks represent the next frontier in communication technology, aiming to achieve seamless connectivity across the globe. The core concept involves integrating terrestrial wireless networks with satellite communication technologies to create an entirely new architecture for network connections. Compared to 5G networks, 6G is expected to significantly surpass 5G in terms of speed, mobility, positioning accuracy, and wireless connectivity technologies.
▎Key Differences Between 6G and 5G
The design of 5G networks was primarily to ensure a continuous state of connectivity for users, supporting a range of devices including smartphones, computers, televisions, as well as smart wearables and home automation devices. Building upon 5G, 6G networks aim to enhance performance further, striving towards a world where everything is interconnected. For individual users, the most noticeable change transitioning from 5G to 6G will be the substantial increase in network speed. According to the plans for 6G, users will be able to experience transmission rates as high as 1Tbps, which is one of the key technologies of 6G networks.
▎The Future Prospects of 6G Networks
The ultimate vision for 6G networks is to achieve an interconnected world, where the focus is not just on increasing transmission speeds but also on bridging the global digital divide, a mission that 6G networks are poised to undertake.
It is anticipated that 6G networks will bring revolutionary changes to various industries. For instance, global network coverage achieved through satellite base stations will enable residents in remote areas to access remote education, healthcare services, and more via the internet, facilitating the sharing of high-quality resources. With the synergy of satellite positioning systems, telecommunications networks, and earth observation satellite systems, 6G network technology will possess powerful capabilities such as precise weather forecasting, providing humans with ample time to respond to natural disasters. These advancements will not only drive technological development but also have profound societal impacts.