Neural Analog Front-End (AFE) Module

Advanced ECG signal generation interface supporting 3/5/12 lead configurations with editable amplitude parameters and comprehensive measurement point coverage. Enables precise cardiac device testing and verification across multiple monitor types.

An electroencephalography module for brain activity monitoring and neurofeedback training within the Infiniti system platform. This module enables clinicians to conduct real-time EEG biofeedback interventions.

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

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

EEG Module is an OEM component for neurological monitoring and brain activity diagnostics. It integrates into patient monitoring and diagnostic systems to acquire and process electroencephalographic signals for clinical assessment and research applications.

This device is a module that, when combined with the Masimo interface monitor, Root, monitors the pain of patients in the operating room, recovery room, or rehabilitation therapy room.

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.

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.

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

A patient monitoring module for anaesthesia and intensive care applications, designed to monitor vital parameters during medical procedures and patient care.

Analog signal amplification and conditioning units for polysomnography systems. Enhance signal-to-noise ratio for reliable detection of physiological events.

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