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DesignNews: Graphene is finally coming to electronic, industrial applications

Graphene has been hailed as a wonder material for several years now in electronics as well as other areas, including several different types of materials. In 2018, research firm McKinsey estimated that by 2030 it will become a $70 billion market in semiconductors.

Written by Cardea Bio

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In electronics, most successes to date have been in sensors and optoelectronics. For example Cardea Bio’s graphene biosensors were used in 2021 when Army scientists said they were partnering with DARPA to develop a sensor that can detect airborne SARS-CoV-2, the virus that causes COVID-19 disease.

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25. August 2022

SRC invites Cardea to be part of defining how to integrate biology with electronics

San Diego, California -- August 25, 2022 -- As part of the Semiconductor Research Corporation (SRC) being selected by NIST’s Advanced Manufacturing Office to define the future of Microelectronics and Advanced Packaging...

23. August 2022

Broad portfolio of applications already available on Cardea's BPU platform

Today the Graphene Council and Cardea published an interview on how the wide range of applications available on Cardea’s BPU (Biosignal Processing Unit) platform facilitate the next generation of human diagnostics.

18. August 2022

ISO standards for the use of graphene in electronics spearheaded by the Graphene Council and Cardea Bio

Today the Graphene Council and Cardea published an interview of their work on defining the standards for using graphene in electronics and biosensors, as well as Cardea’s journey to ensure their quality control to...

16. August 2022

Exponential growth in production demand sees Cardea eyeing the millionth biosensor in 2023

Since its founding in late 2013, Cardea’s scientists have been pioneering the development of the world’s first mass produced biocompatible semiconductor - the BPU (Biosignal Processing Unit) - also called a graphene...