While 5G infrastructure is still being built and spread around the world, the next generation of cellular networks is already under early development. 6G has generated a lot of hype, but several technological advancements must take place before this new technology can become widespread. Among them, advancements in ultra-flat wafers are key.
In this article, we’ll explain 6G, or sixth-generation connectivity, its benefits, and why ultra-flat wafers are fundamental to its development.
The sixth generation of cellular networks, or 6G, is a technology that is currently in the early stages of development.
The various cellular technology generations can be distinguished using the same basic increments used to identify Wi-Fi generations, such as Wi-Fi 5, Wi-Fi 6, and Wi-Fi 7.
Beyond faster video streaming to smartphones, 6G cellular technology aims to build a cellular network that can support real-time augmented reality, virtual reality, and a future Internet of Things (IoT) model. This allows tiny smart devices that can support virtual reality and meta-connections to be used both inside and outside of our homes.
This new generation of mobile networks is characterized by high-speed data transmission and connectivity, which are made possible by ultra-flat wafers.
Semiconductors are fundamental to cellular communication technologies and radio frequency (RF) components, which manage the transmission and reception of wireless signals. Because of that, the future of 6G and communications depends highly on ultra-flat wafers.
Nowadays, wafers play an integral role in all electrical devices and digital communications. However, semiconductors are also fundamental to our future.
Paying attention to the semiconductor sector is key to staying current with technological advancements and making the most of new developments. Here at Wafer World, we would like to share the newest facts about our industry. If you’re interested in learning more, reach out!
