Graphene-Based Antenna Still Searching for Route to Commercialization

Along such line of inquiry, scientists at the National Research Council Institute for Photoreactivity and Organic Synthesis or CNR-ISOF in Italy, which is an integral part of the Europe’s Graphene Flagship, have introduced a graphene – based near – field communication antenna (NFC). Unlike present condition, the NFC’s antennas their equipment are flexible and have excellent durability.

The antennas from NFC are a ubiquitous technique for two electrical devices to transmit data to each other. Anytime you require a method to communicate a tiny volume of data over a comparatively short distance wirelessly; a NFC antenna is most commonly involved. They are employed in security cards, to track inventory and payment systems.

“A core target for advanced technology is to substitute metals with cheaper, lighter and less energy – consuming and better recyclable substances,” says Vincenzo Palermo, a researcher at CNR who headed the research. “Because of its unique combination of superior properties, graphene can be utilized to generate completely flexible NFC antennas.”

The Graphene Flagship and its scientific partner CNR-ISOF are absolutely keen on such technology based on the press release; they place out this week. But it is not the very first stance they crow about it. They introduced the technology at mobile conferences acquiring place over the last year in Barcelona and Shanghai. In fact, in such video below you can witness Palermo illustrating the graphene – based NFC antenna at the Barcelona Mobile World Congress last February.

The interest in such sort of technology is not constrained to just the enthusiasm of CNR-ISOF and the Graphene Flagship. Electrical giants such as STMicroelectronics and other big brands have been assisting with the introduction of the technology. It would seem that the graphene has become of real strategic interest for the brand, which has seemed to utilize the substance to generate flexible displays and water resistance phones.

Whether all such enthusiasm and corporate interest are heading to any commercial products remains unclear and such week’s current issues cloud the issues even more. Why are not they disclosing a commercial product rather than the research that seems to be completely fair far along at this stance?

As a matter of fact, the present week’s press release caters as an invitation to bigger industrial partners to aid in introducing the technology. “We are showcasing at the Composite Europe 2016 to identify novel industrial association partners to introduce the graphene-based NFC antennas into big – scale production,” confirmed Palermo.

Conclusion

Without experiencing any answers to such question, it is convenient to speculate and analyze that the cost of graphene for creating NFC antennas could be restrictively bigger than the metals typically utilized. Whether big – scale production can reduce, such costs might be the huge sticking point for the technology to step forward.