Technological progress waits for no one, like this Despite the superb 5G speeds they promised us They did not even come close to covering the planet, Samsung is already testing 6G in their laboratories. Test device offers Ultra-fast speeds promise you … good, We will find out this part later.
A team of researchers from the University of California, Santa Barbara, Samsung Research and Samsung Research America has successfully completed another test of a 140GHz transceiver first developed by UCSF Professor of Electrical and Computer Engineering, Mark Rodwell in 2017. While 5G wireless exists Signals in the frequency range up to 40 GHz, and alternatively 6 GHz, occupy the wireless spectrum in excess of 100 GHz, in the terahertz spectrum, allowing for significant performance improvements.
The 6G device, operating at a frequency of 140 GHz and a bandwidth of 2 GHz, succeeded in transmitting data at a speed of 6.2 Gbps, about 775 Mbps, over a distance of about 15 meters. In March, the Turkish company Nokia and Turk Telekom were established 5G speed record It hit over 4.5Gbps using proprietary hardware that consumers are supposed to never have. So, even early 6G implementations are already showing great promise over its predecessor, but its potential is much greater than that.
Operating in the lowest used terahertz spectrum means 6G can achieve transfer speeds of up to 1 terabyte per second, or 125 gigabytes of data entering and leaving the mobile device wirelessly every second. What does that mean to most people? That remains to be a sight. Carriers and service providers have struggled to find ways to pass on the benefits of 5G to the majority of consumers who cannot differentiate between watching Netflix in HD on their phone’s small screen versus streaming on .4K. The benefits are even more pronounced for those who live in isolated areas and struggle to get internet high speed in their home or business. With the expansion of 5G coverage areas, it can Provides easy access to broadband speed internet النطاق without the need for expensive and extended infrastructure upgrades.
There will certainly be equally useful applications for 6G when it is finally released, by then our phones can display 3D images in 8K resolution or stream complex VR worlds streamed in real time from a powerful remote server that handles all the complex rendering operations. However, with a timeline predicting 6G’s arrival in 2030 at the earliest, not even the early adopters of the high-end should care much about the technology just yet.