EEG & BIOSIGNAL AMPLIFIERS

g.HIamp High-Density EEG System for Real-Time Multimodal Neuroscience Research
g.HIamp is a high-density EEG and ECoG amplifier for real-time neuroscience, brain mapping, EEG-TMS, multimodal research, neurorehabilitation, and Brain-Computer Interface development.
g.USBamp RESEARCH Real-Time EEG & Biosignal Amplifier for Neuroscience
g.USBamp RESEARCH is a high-performance and high-accuracy biosignal amplifier for the acquisition and processing of physiological signals.
High-Density EEG & Eye Tracking with g.HIamp & Tobii Pro
g.HIamp and Tobii Pro Fusion combine high-density EEG, gaze behavior, pupil dynamics, and eye movements into one synchronized platform for cognitive neuroscience, Brain-Computer Interfaces, visual attention, human factors, neuroergonomics, and advanced neuroscience research.
g.HIamp NIRx: 256-Channel EEG + fNIRS System

WIRELESS EEG

g.Nautilus PRO Flexible: Wearable Clinical EEG System with Dry & Wet Electrodes
g.Nautilus PRO Flexible is a modular wireless EEG platform for hospitals, rehabilitation, and clinical research. Designed for fast patient preparation and efficient clinical workflows, it combines interchangeable dry and wet electrode strands, reusable hardware, and research-grade EEG acquisition in one CE-certified and FDA-cleared system.
g.Nautilus Multi-Purpose Multimodal EEG System for Brain & Body Monitoring
g.Nautilus Multi-Purpose is a wireless multimodal EEG platform for synchronized brain and body monitoring. Simultaneously record EEG, ECG, EMG, EOG, GSR, respiration, SpO₂, pulse, temperature, and additional physiological signals using one wearable system.
g.Nautilus Research Wireless EEG System with Active Electrodes for Neuroscience Research
g.Nautilus Research is a research-grade wireless EEG system designed for high-quality brain signal acquisition in laboratory and real-world environments. Available with up to 64 active EEG channels, flexible electrode positioning, and active dry or wet EEG electrodes, it supports mobile neuroscience, Brain-Computer Interfaces, EEG-fNIRS, virtual reality, human factors, cognitive neuroscience, sports science, and neurotechnology research. Integrated with the complete g.tec software ecosystem, including Python, MATLAB, Simulink, and Lab Streaming Layer (LSL), the platform enables advanced neuroscience workflows from data acquisition to real-time processing and machine learning.
Unicorn Hybrid Black: EEG Headset & Brain-Computer Interface Platform for Real-Time EEG
Unicorn Hybrid Black is a wearable 8-channel EEG headset for research, education, neurofeedback, and BCI development. It combines high-quality EEG acquisition, open APIs, and lifetime software access in one complete platform with no subscriptions or hidden fees.
g.Nautilus NIRx Integrated and Wearable EEG & NIRS System
g.Nautilus NIRx is a wireless EEG and NIRS system for multimodal brain imaging. Record synchronized EEG and cerebral hemodynamics in real time using one wearable platform for Brain-Computer Interfaces, cognitive neuroscience, neurorehabilitation, and real-world neuroscience.
Wireless EEG & Eye Tracking | g.Nautilus & Tobii Pro Glasses 3
g.Nautilus and Tobii Pro Glasses 3 combine wireless EEG, gaze behavior, pupil dynamics, and scene video into one synchronized platform for cognitive neuroscience, Brain-Computer Interfaces, human factors, neuromarketing, and real-world multimodal research.
Unicorn BCI Core-8 to run innovative BCI and EEG experiments in Python right away
The Unicorn BCI Core-8: A 24-bit, 8-channel EEG and BCI device with magnetic base station attachment. Paired with the g.Pype SDK for Python, it enables seamless creation of Brain-Computer Interface (BCI) applications on Windows or macOS.
It was never easier and faster to record EEG: the new Unicorn BCI Core-4 Headband is out
Unicorn BCI Core-4 Headband, a state-of-the-art wearable EEG headband designed for high-quality brain data acquisition
Unicorn tDCS Core-2: Effortless & Easy Stimulation of the Brain
Unicorn tDCS Core-2 for easy stimultion of the brain

PROGRAMMABLE FES & CORTICAL STIMULATORS

g.Estim FES | Programmable Functional Electrical Stimulator
g.Estim FES is a programmable functional electrical stimulator for neurorehabilitation, muscle stimulation and advanced neuroscience research. Configure biphasic constant-current stimulation up to 60 mA and integrate FES with EEG/ECoG, g.HIsys and MATLAB/Simulink for synchronized and closed-loop research workflows.
g.Estim PRO Cortical Stimulator for Functional Brain Mapping
g.Estim PRO is a programmable constant-current cortical stimulator for functional brain mapping and advanced neuroscience research. Combine electrical cortical stimulation with ECoG recording, CCEP mapping, real-time processing and programmable workflows using g.HIamp, g.HIsys and the g.Estim PRO Switching Unit.

EXTERNAL TRIGGER GENERATION

g.STIMbox | TTL Trigger Generator & EEG Stimulation Controller
The g.STIMbox is a programmable digital stimulation and TTL trigger controller for EEG, BCI, and electrophysiological research. With 16 digital outputs, 14 digital inputs, USB connectivity, and C/MATLAB APIs, it enables precisely timed stimulation paradigms, event recording, and integration with external research devices.
g.TRIGbox | Multimodal EEG Trigger Detection & Synchronization
The g.TRIGbox is a multimodal trigger detection interface for EEG, ERP, and BCI research. Detect visual, auditory, analog, and digital stimulation events with four independent channels, adjustable thresholds, isolated outputs, and flexible integration with EEG acquisition systems.
g.AUDIObox: Enhance Auditory Research with 4-Channel Stimulation and LED Trigger Indicators
The g.AUDIObox is an audio trigger interface that receives 4 digital audio channels via USB.
g.TACTILEbox: Advanced Vibro-Tactile Stimulation with 7 Stimulators and Triggers
The g.TACTILEbox is a vibro-tactile stimulation unit with seven stimulators.

ACTIVE & PASSIVE EEG ELECTRODES

g.SCARABEO Active EEG Electrodes for High-Quality Brain Recording
g.SCARABEO active EEG electrodes integrate miniature preamplifiers directly inside each electrode to deliver low-noise, high-quality EEG recordings. Compatible with g.HIamp, g.Nautilus, and g.GAMMAcap, the system supports high-density EEG, Brain-Computer Interfaces, cognitive neuroscience, neurorehabilitation, and multimodal biosignal research.
g.SAHARA Hybrid EEG Electrodes for Dry & Wet EEG Research
g.SAHARA Hybrid combines dry and wet active EEG technology in a single electrode. Perform fast gel-free recordings or switch to gel-assisted acquisition whenever maximum signal stability is required. Compatible with g.HIamp, g.USBamp, and g.Nautilus for Brain-Computer Interfaces, cognitive neuroscience, neurorehabilitation, and mobile EEG research.
g.LADYbird Active & Passive EEG Electrodes
The g.LADYbird active and passive EEG electrodes provide research-grade signal quality for Brain-Computer Interfaces, TMS-EEG, ERP, cognitive neuroscience, and multimodal biosignal acquisition. Compatible with g.HIamp, g.USBamp, and g.GAMMAcap.
g.Pangolin Ultra-High-Density EEG, EMG & ECG Electrode Grids
g.Pangolin is an ultra-high-density EEG, EMG, and ECG electrode grid system for researchers requiring exceptional spatial resolution. Combined with g.HIamp, it supports scalable recordings of up to 1,024 synchronized channels for brain mapping, source localization, neural decoding, multimodal physiology, and advanced neuroscience research.
Active TMS-EEG Electrodes | 3 mm EEG Electrodes for TMS | g.LADYbird
The g.LADYbird Active TMS-EEG electrodes combine an ultra-thin 3 mm design, integrated amplification, and higher impedance tolerance for faster participant preparation and reliable EEG recordings during TMS-EEG experiments.
g.LADYbird Passive TMS-EEG Electrodes
3 mm passive Ag/AgCl EEG electrodes designed for TMS-EEG, TMS-evoked potentials and low-impedance recordings with rapid signal recovery.

SENSORS

Physiological & Biosignal Sensors for EEG Research
Extend EEG recordings with physiological measurements including GSR, EMG, respiration, SpO₂, temperature, blood pressure, movement and fNIRS. g.tec sensors and acquisition systems enable synchronized multimodal Brain & Body research for neuroscience, BCI, sleep research, psychophysiology and human performance.

ACQUISITION, PROCESSING, ANALYSIS

g.tec Suite 2024 | BCI & Neurotechnology Software
g.tec Suite 2024 integrates biosignal acquisition, real-time processing, recording, offline analysis and custom BCI application development in one neurotechnology software environment.
g.HIsys Professional | Real-Time BCI & Biosignal Processing
g.HIsys Professional is a real-time neuroscience development environment for BCI, biosignal processing, multimodal acquisition and closed-loop experiments. Build custom EEG and biosignal processing pipelines, BCI applications, stimulation workflows and advanced research paradigms using MATLAB, Simulink and g.tec hardware.
g.BSanalyze | Offline EEG, ECoG & Biosignal Analysis Software
g.BSanalyze is an offline analysis environment for EEG, ECoG and multimodal biosignals, combining preprocessing, OSCAR PRO artifact correction, ERP and ERD/ERS analysis, time-frequency methods, classification, visualization and automated batch processing.
g.Recorder Biosignal Recording Software | EEG & TMS-EEG
g.Recorder is a dedicated biosignal recording environment for configuring g.tec amplifiers, monitoring signal quality, recording synchronized biosignals and triggers, and reviewing high-resolution data. It supports EEG, TMS-EEG, wireless EEG, evoked potentials and multimodal recordings.
Unicorn Suite: Your #1 Choice for Breakthrough Real-Time EEG Innovation
The Unicorn Suite is the complete software environment of Unicorn Hybrid Black with user-ready and programmable applications.
g.Pype Real-Time SDK for Python
g.Pype is a Python Software Development Kit (SDK) for building real-time neuroscience, high-resolution EEG, multimodal biosignal, and Brain-Computer Interface (BCI) applications with g.tec biosignal and EEG amplifiers.

USER-READY BCI APPLICATIONS

cortiQ 2.0 | Functional Brain Mapping for Neurosurgery
cortiQ 2.0 is an integrated functional brain mapping platform for epilepsy and brain tumor surgery. Combining real-time high-gamma analysis, electrical cortical stimulation, ECoG and stereo-EEG recording, and functional brain network mapping, cortiQ supports neurosurgical teams in identifying eloquent cortical regions and investigating critical brain functions during intraoperative and bedside procedures.
recoveriX PRO | BCI Neurorehabilitation for Stroke & Multiple Sclerosis
recoveriX PRO is a BCI-based neurorehabilitation system combining motor imagery, real-time neurofeedback, and functional electrical stimulation to support motor recovery after stroke.
mindBEAGLE PRO | EEG & BCI for Disorders of Consciousness
Discover mindBEAGLE PRO, an EEG-based brain-computer interface for assessing command following, investigating brain responses, and exploring YES/NO communication in patients with disorders of consciousness and severe motor impairments.
Unicorn Hybrid Black: EEG Headset & Brain-Computer Interface Platform for Real-Time EEG
Unicorn Hybrid Black is a wearable 8-channel EEG headset for research, education, neurofeedback, and BCI development. It combines high-quality EEG acquisition, open APIs, and lifetime software access in one complete platform with no subscriptions or hidden fees.
Brain-Computer Interface & EEG Teaching Platform | Unicorn Education Kit
The Unicorn Education Kit helps professors teach brain-computer interface technology in fields like biomedical engineering and neuroscience.
Unicorn BCI Core-8 to run innovative BCI and EEG experiments in Python right away
The Unicorn BCI Core-8: A 24-bit, 8-channel EEG and BCI device with magnetic base station attachment. Paired with the g.Pype SDK for Python, it enables seamless creation of Brain-Computer Interface (BCI) applications on Windows or macOS.
BCI SYSTEM: Unlocking Remarkable New Possibilities for Brain-Computer Communication
g.tec’s BCI system is a communication channel between the human brain and a computer.