Synchronous Multi-Channel Neural Sampling Module

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

A modular addition to SOMNOmedics diagnostic systems for neurology applications. Enables assessment of neurological conditions through wearable sensor technology.

Multi-modal sensor acquisition system supporting 120+ physiological measurement modalities. Captures objective clinical data directly from the body for validation before AI inference, eliminating narrative-based clinical input.

Specialized processing module for medical imaging signal acquisition and analysis. Handles high-speed analog-to-digital conversion and real-time signal processing.

Wireless transmission component enabling real-time or stored EEG signal transmission from bedside to monitoring station or tablet device. Supports both real-time and post-hoc analysis of sleep and neurological data.

Wireless electrocardiography system with 12-channel capability integrated with hemodynamic monitoring. Features electrode contact indication via snap-LEDs and secure wireless data transmission with 10-second buffer for synchronized cardiac assessment.

A central processing module that receives and analyzes physiological signals using advanced proprietary algorithms. It automatically processes data in a secure and personalized manner to support continuous monitoring and prevention strategies in clinical and home settings.

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

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

Modules enabling simultaneous recording from multiple diagnostic electrodes in EMG and EEG applications. Facilitates comprehensive neural and muscular assessment.

Specialized hardware for non-invasive acquisition of neural signals from the brain. The device features high-fidelity signal capture compatible with clinical-grade brain-computer interface applications.

Multi-channel high-density EEG acquisition system for real-time brain electrical activity monitoring and neurological assessment. Captures simultaneous multi-electrode signals for applications in epilepsy diagnosis, sleep disorders, brain-computer interfaces, and cognitive neuroscience research. Features high temporal resolution and noise-filtering capabilities for clinical and research environments.