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Newswire & Press Release / Imec Introduces Compact Wireless Powering Technology Featuring Record Low Energy Consumption - Electronics / Instrumentation / RFID - Imec

Newswire & Press Release / Imec Introduces Compact Wireless Powering Technology Featuring Record Low Energy Consumption - Electronics / Instrumentation / RFID - Imec
newswiretoday.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from newswiretoday.com Daily Mail and Mail on Sunday newspapers.

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Newswire & Press Release / Imec Introduces Compact Wireless Powering Technology Featuring Record Low Energy Consumption - Electronics / Instrumentation / RFID - Imec

Newswire & Press Release / Imec Introduces Compact Wireless Powering Technology Featuring Record Low Energy Consumption - Electronics / Instrumentation / RFID - Imec
newswiretoday.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from newswiretoday.com Daily Mail and Mail on Sunday newspapers.

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New Electronics - Novel ultrasound-powering technology paves way for innovative healthcare technology

Imec has introduced an ultrasound-based proof-of-concept for wireless powering of implantable devices. ....

Yao Hong Liu , International Solid , Delft University Of Technology , International Solid State Circuits Conference , Delft University , Scientific Director ,

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. ....

Yao Hong Liu , Imec Neuropixels , Mora Lopez , Circuits For Neural Interfaces Team , Wideband Technology For Gbps Transcutaneous Data Transmission , Smaller Technology Nodes , Neural Interfaces Team , Neural Probe , Smaller Technology , Chong Liu , Wideband Technology , Gbps Transcutaneous Data , Neural Data Like ,

Imec pursues Intranet of Neurons

Imec pursues Intranet of Neurons
Imec’s Yao-Hong Liu has been awarded a €2 million European Research Council (ERC) grant for his project Intranet of Neurons (IoN).
IoN aims to revolutionize the way neuroscientists collect and process neural data by enabling the efficient transfer at high data rate from high-density sub-dural implanted recording probes while maintaining a small footprint required for minimally invasive surgery.
The new wireless telemetry network that is proposed has the capacity to support 10’s of distributed recording nodes (enabling a greater than 10,000 channels) simultaneously.
IoN will significantly scale up brain-wide recordings and propel research into brain-computer interfaces forward. The project will last for five years. ....

Yao Hong Liu , யாவ் ஹாங் லியூ ,