Researchers studying the future of sixth-generation (6G) wireless communications are now sketching out possibilities—though not certainties —for the kinds of technologies a 6G future could entail
Sixth-generation wireless technology—says Harsh Tataria, a communications engineering lecturer at Lund University, Sweden —will be characterized by low latencies and ultrahigh frequencies, with data transfer speeds potentially hitting 100 Gbps.
Wireless brain-computer interaction:
This is a process of a direct communication path between the brain and external devices through the transmission of brain signals to a digital device that will analyze and interpret signals into actions. 6G will contribute to the development of these BCI systems to improve smart life. The 6G network is expected to launch in 2030 officially.At the moment, early discussions, research projects, and developments will bring the 6G network into reality in the future.
The development of a 6G wireless network is based on the demand for extreme speed in various innovations that require huge investments in wireless network technologies.
Similarly, the development is driven by the increasingly distributed radio access network (RAN) and the urge to utilize the terahertz spectrum to deliver increased capacity, low latency, and data sharing efficiency.
