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A New Generation of Miniature, Wireless, High-Density Brain Implants - Vimarsana News

A New Generation of Miniature, Wireless, High-Density Brain Implants

A low-power, miniature chip wireless data transmission and sensing could enable the next leap in miniature wireless brain implants.

Imec direct-digitisation readout design enables small, low-noise, low-power neural interfaces - Vimarsana News

Imec direct-digitisation readout design enables small, low-noise, low-power neural interfaces

Inec has presented a scalable neural readout IC featuring one of the world’s smallest recording channels for the simultaneous acquisition of local field

Imec's new direct-digitization readout design enables small, low-noise, low-power neural interfaces – EEJournal - Vimarsana News

Imec's new direct-digitization readout design enables small, low-noise, low-power neural interfaces – EEJournal

LEUVEN (Belgium), JUNE 15, 2022— This week, at the 2022 IEEE VLSI Symposium on Technology and Circuits, imec, a world-leading research and innovation center in nanoelectronics and digital technologies, presents a scalable neural readout microchip featuring one of the world’s smallest recording channels for the simultaneous acquisition of local field potentials and action potentials in…

New Electronics - Imec enables small, low-noise, low-power neural interfaces - Vimarsana News

New Electronics - Imec enables small, low-noise, low-power neural interfaces

At the IEEE VLSI Symposium on Technology and Circuits, imec has presented a scalable neural readout microchip that features one of the world’s smallest recording channels for the simultaneous acquisition of local field potentials and action potentials in neurophysiology experiments.