Extended Data Fig. 1: Comparison of Neuro-stack with commonly used bedside intracranial recording and stimulation systems used in humans. | Nature Neuroscience

Extended Data Fig. 1: Comparison of Neuro-stack with commonly used bedside intracranial recording and stimulation systems used in humans.

From: A wearable platform for closed-loop stimulation and recording of single-neuron and local field potential activity in freely moving humans

Extended Data Fig. 1

Neuro-stack capabilities as compared to existing human intracranial recording and stimulation systems. Characteristics shown include the device sampling rate, noise of the Sense IC (Noise VinLFP), number of recording channels that can be used, linear input dynamic range (VinAC), maximum stimulation current (Istim), number of channels that can be used for stimulation (Stim channels), and total number of stimulation channels that can be used simultaneously (Max stim modules). The main advantages of the Neuro-stack come from the miniaturization of the electronics per channel (channels/cm3) that allow for its small size and wearability and its integrated full-duplex capability that incorporates both stimulation and sensing (red line). BR: Blackrock, NL: Neuralynx.

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