Neural Signal Acquisition Hardware

Hardware interface system for capturing and processing electrocorticographic signals from electrode arrays. Designed for medical-grade applications requiring reliable neural signal detection and transmission.

Ultra-small, high-integration EEG measurement hardware designed using advanced low-power circuit design principles. The hardware maintains high reliability and signal fidelity while minimizing physical footprint for wearable applications.

Compact and lightweight eye-tracking hardware unit placed over patient eyes. Features 16 illuminators, two infrared cameras, embedded screen, and software to present visual stimuli and record eye movements in a normalized environment.

Hardware components for acquiring, filtering, and analyzing physiological signals from patients in monitoring and diagnostic systems.

Comprehensive electrocorticography system for real-time brain signal monitoring during clinical procedures. Integrated hardware and software solution for neural activity acquisition and analysis in hospital settings.

Hardware synchronization system for coordinating EEG, fNIRS, and other neuroimaging modalities. Ensures precise temporal alignment of data from different measurement sources.

Hardware interface enabling simultaneous data acquisition from EEG and fNIRS systems. Provides synchronized multimodal brain monitoring with unified data collection and timing.

Native electroencephalography signal acquisition module for brain-computer interface systems. Provides clean signal capture with minimal interference for neural recording applications.

A data acquisition system designed for recording neural signals from electrode arrays. It is used in conjunction with neural interface technology for brain-computer interface applications.

Specialized neural recording interface for detecting and processing motor cortex activity with high temporal resolution. Enables precise motor intent decoding for brain-machine interface and neurorehabilitation applications.

Portable neural recording platform for brain activity monitoring outside laboratory settings. Features robust signal acquisition in electromagnetic noise-rich environments without specialized shielding.

Programmable integrated circuit designed for neural signal detection and isolation in brain-computer interface applications. Enables high-fidelity neurophysiological measurements for research and clinical use.