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The semiconductor layers are necessary to build the chips, extreme ultraviolet lithography allows them to be created on a single layer of silicon, providing them with greater performance, energy savings and storage capacity. The process is carried out with ultraviolet light with a very small wavelength , thanks to which the speed is considerably increased. This makes it possible to reduce the manufacturing and commercialization time of the products.

Samsung is already developing 7nm microprocessors with EUV. The company ensures that with this technique it manages to produce on a 40% smaller surface , with 20% more performance and up to 50% less energy consumption compared to its current 10nm chips. There are still many mobile users who do not have mobile number list enough space to store all their files along with their favorite applications. Hence the importance of producing faster smartphones and memory cards with more storage capacity. In principle, it will be necessary to wait until at least 2020 to verify its effectiveness in the market.



However, the possibility of massively manufacturing these chips opens the way towards the generalization of faster, more efficient and greener smartphones , as well as a scenario full of possibilities in the world of computing (Intel is also investing in EUV). Will it be an intermediate step for the creation of smaller microprocessors? Everything suggests that it is, and that the next target will be 5nm chips . The evolution of the EUV will be essential to achieve this.Can we smell the Internet? Technology can digitize everything around us martha beard martha beard.