eWave Neuroscience Platform
Advanced EEG, ERP, EXG and BCI technology for modern neuroscience teams.
eWave 32 / 64 / 128 is a research-grade platform for high-precision EEG and ERP acquisition, multimodal biosignal recording, neurofeedback workflows, real-time processing and AI-ready neuroscience applications.
Platform introduction
Designed for modern neuroscience research.
From EEG and ERP experiments to multimodal neuroscience studies and AI-driven brain research, eWave provides a scalable and future-ready platform for advanced scientific environments. Its compact architecture combines precision signal acquisition, flexible research integration and portable deployment.
Research-grade precision
High-stability acquisition for sensitive EEG and ERP workflows.
Portable architecture
Built for laboratory, mobile and real-world neuroscience studies.
Scalable configurations
Available in 32, 64 and 128 channel versions for growing research needs.
P100
Visual sensory processing
N100
Attention and sensory gating
N200
Conflict detection
P300
Decision-making and attention
N400
Semantic processing
MMN / ERN
Mismatch and error activity
ERP integration
Millisecond-precision ERP acquisition with minimal latency jitter
eWave includes a specialized ERP recording engine designed for tight synchronization between stimulus presentation and neural response. By reducing timing uncertainty caused by conventional hardware and software delays, the system supports high-fidelity ERP measurements for demanding research applications.
- Accurate capture of components such as P300, N200, and N400.
- High temporal fidelity for cognitive neuroscience and clinical ERP studies.
- Suitable for advanced paradigms requiring precise event timing and repeatability.
Real-time signal visualization
Live EEG insight with professional-grade software workflows.
The eLife software environment supports real-time EEG visualization, online filtering, ERP averaging, QEEG analysis, brain mapping, topographic visualization, multi-montage workflows and offline signal analysis. It is designed for both research and advanced clinical environments.
Real-time EEG visualization
ERP averaging
QEEG analysis
Brain mapping
Topographic visualization
Multi-montage EEG
Supported montage styles include bipolar, referential, Laplacian, double banana and longitudinal configurations.
Neurofeedback platform
A complete multimodal neuroscience ecosystem.
eWave combines EEG, ERP and physiological biosignal acquisition into a unified environment for synchronized multimodal experiments. This makes it well suited for neurofeedback, cognitive neuroscience, BCI studies and advanced human behavior research.
Protocol system
Flexible protocol design for neurofeedback, QEEG and advanced experiments.
The platform supports real-time processing, online classification, neurofeedback workflows and protocol-driven research design. Researchers can build structured paradigms for cognitive tasks, closed-loop systems and high-density EEG studies while maintaining stable acquisition and synchronized event control.
Common paradigms
Oddball, P300 speller, Stroop, Go / No-Go, N-Back and visual or auditory ERP tasks.
High-density workflows
32, 64 and 128 channel configurations support cortical mapping, connectivity analysis and source localization.
eCap ecosystem
Flexible silicone caps in dry and gel-based versions enable fast setup and long-duration recording.
3D electrode mapping
Improved source localization and realistic brain modeling
LORETA-ready analysis
Enhanced cortical estimation and advanced connectivity workflows
Long-term recording support
Stable cap architecture for extended research sessions
AI-ready streams
Built for machine learning and closed-loop protocol development
ERP integration
Research-grade synchronization for ERP and multimodal timing.
eWave features optical ERP synchronization based on actual screen luminance detection, reducing latency, frame delay and temporal jitter. A digital trigger box extends the system with precise event marking, external device communication and complex experimental timing workflows.
1–2 ms accuracy
Designed for highly sensitive ERP and reaction-time experiments.
16 optical states
Four-channel optical sensor architecture for precise trigger detection.
256 trigger codes
Supports complex paradigms and multi-condition experiments.
Digital I/O
Four digital inputs and four outputs for external hardware synchronization.
External device sync
Compatible with eye trackers, VR systems, response boxes, audio systems and more.
Optimized studies
P300, oddball, visual ERP, attention research, BCI and cognitive neuroscience.
AI on EEG
Machine learning and deep learning pipelines
BCI / BMI
Closed-loop systems and online classification
128-channel density
Enhanced spatial resolution and ERP topography
3D mapping
Improved source localization and realistic modeling
AI & research ecosystem
Built for AI, BCI and computational neuroscience.
eWave streams live EEG data into MATLAB, Simulink and Python environments so researchers can build machine learning models, online classification systems, neurofeedback applications and next-generation brain-computer interfaces directly from real-time data.
The high-density 128-channel ecosystem improves spatial resolution for cortical mapping, connectivity analysis, source localization and advanced ERP research, while 3D electrode spatial mapping supports more accurate brain modeling and LORETA-compatible workflows.
Data export compatibility
Open research compatibility for analysis, integration and reporting.
The platform is designed to fit into established neuroscience workflows with support for real-time streaming, external software integration and export-ready data handling. It aligns with NeuroGuide-based QEEG workflows and broader computational research environments.
NeuroGuide compatible
Supports QEEG and advanced analysis workflows.
MATLAB, Simulink, Python
Built for computational neuroscience and custom pipelines.
Experimental software support
Compatible with PsychoPy, E-Prime, Presentation, OpenSesame and Unity workflows.
Export-ready formats
Designed for downstream analysis, reporting and cross-platform research use.
USB + Wireless
Flexible connectivity for laboratory and portable recording scenarios.
Research specifications
24-bit ADC, up to 1000 Hz per channel, 0–400 Hz bandwidth and rechargeable battery operation.
Technical snapshot
- Channels
- 32 / 64 / 128
- ADC Resolution
- 24-bit
- Sampling Rate
- Up to 1000 Hz per channel
- Amplifier
- DC Differential
- Supported signals
- EEG / ERP / ECG / EMG / EOG
Designed for advanced neuroscience research.
eWave is a complete neuroscience platform engineered for advanced EEG and ERP acquisition, multimodal biosignal recording, real-time signal processing and next-generation BCI development. Built for researchers, universities, cognitive science centers and innovation-driven clinical environments.
Advance your neuroscience infrastructure
Request pricing, schedule a live demo, or speak with the research team about your laboratory workflow.