Interchangeable Design
Emotiv EPOC X PRO gives you the flexibility to choose the sensor configuration that best supports your protocol. Configure your headset with our new dry flat or comb sensors.
Flexible
Mix and match sensor types across the headset to support different electrode locations and research needs.
Easy setup
Soft, flexible conductive shapes clip directly into each sensor socket.
Adaptable
Use comb sensors for through-hair sites. Two lengths for comfort and convenience.
Durable
Durable dry non-polarizable flexible polymer coating for low-noise contact interface.
Comfortable
Use flat sensors for better comfort on bare skin: forehead and mastoid reference sites.
Adjustable
Two-part clip system positively retains sensors and provides rotational adjustment.
Improved Clarity
Designed For
Better Signal Quality
High-quality data begins at the sensor.
16 Channels
More Channels. More Coverage.
Same Award-Winning Design.
Emotiv EPOC X PRO features an extended 16 EEG channels, providing broader coverage while maintaining the wireless portability researchers expect from Emotiv. New channels at P3 and P4 provide enhanced coverage of the visual and parietal cortical regions. Perfect match to existing EPOC X channels - continue your research with more signals and improved quality.
Greater Flexibility
Combined with interchangeable sensor technology, researchers have greater flexibility when designing experiments.
Award-Winning Design
Motion and slippage artifacts are minimized by our award-winning passive mechanical design.
Full Range Expanded
One-size-fits-all montage expands to suit the full range of adult head shapes and sizes.
Light Weight
Super light-weight and close-fitting to minimize inertia.
Mechanically Decoupled Sensors
Each sensor adapts independently, soaking up forces with minimal displacement.
Articulating Headband Hinge
Headband hinge with 3 degrees of rotational freedom.
Specifications
Built for
Modern Research
Research workflows continue to evolve, and your EEG hardware should evolve with them. The next generation of Emotiv wireless EEG introduces upgraded connectivity and premium data acquisition features designed to support both laboratory and real-world research.
Resolution
Higher resolution (24 bits), higher signal fidelity (active amplifiers)
16 EEG Channels
AF3, F7, F3, FC5, T7, P3, P7, O1, O2, P8, P4, T8, FC6, F4, F8, AF4
EEG Sensors
Dry EEG sensors, same low-touch setup, self-fitted or untrained assistant
Selectable EEG sampling rate
128 Hz, 256 Hz, and up to 512 Hz*
9-axis motion sensor
Full-speed on-chip sensor fusion model for high accuracy and low drift
Selectable sampling: 0 Hz, 32 Hz or 64 Hz
Normalized Quaternion: 4 axes x 16 bit
Magnetic field: +- 4900 uT x 3 axes x 16 bit
Accelerometer: +-4G x 3 axes x 16 bit
Bluetooth
Bluetooth ® up to version 6.3**
Wi-Fi
Wi-Fi 6 (802.11ax/HE) 2.4 (Ch6) / 5 GHz (Ch44) via router, WiFi direct*
Accuracy
~1 ms timestamp synchronization accuracy
Memory
Onboard memory for offline recording > 8 hours capacity @ 256 Hz (config dependent)
Wi-Fi-based Low-Latency
Future support for Wi-Fi-based low-latency event markers directly to the EEG stream*
*512 Hz EEG, WiFi Direct, WiFi markers to be released as firmware upgrades. Fully supported by hardware
** Bluetooth ® 5.2 verified, 6.3 supported by hardware. Future firmware upgrade
Trusted by Researchers
Built on
Scientific Validation
Emotiv technology supports a large and growing body of neuroscience and applied research.
Broad Applications
Powers research across neuroscience, psychology, human-computer interaction, and brain-computer interfaces (BCI).
Proven Track Record
Scientifically validated and widely recognized as a leading wireless EEG platform supporting 23,000 publications.
Next-Gen Hardware
Upgraded with expanded montages, higher resolution, and better signal fidelity, so you can spend more time conducting research and less time cleaning raw EEG.
Uncompromised Mobility
Delivers advanced sensing capabilities while keeping the wireless freedom and ease of use researchers expect.
Designed for the Next Generation of Research
Built to give researchers greater flexibility without changing the way they work.
