Overview EEG (Electroencephalography) Enobio 8

Enobio 8

In Stock

Enobio® is a wearable, wireless electrophysiology sensor system for the recording of EEG. Using the superb Neuroelectrics Cap, Enobio 8 is ideal for out-of-the-lab applications.

The Neuroelectrics Enobio 8 EEG headset is compatible with the iMotions EEG Module.

Precise digital signals

Easy and Flexible Dry or Wet Set-ups

Wireless and Truly Mobile

Enobio 8 essentials included with the product:

NIC2

End-to-end management of tES & EEG interventions and experiments

Neoprone headcap

A comfortable cap with 39 tES/EEG electrode placeholders and 10-10 system annotations

NG Geltrode

Screwable EEG monitoring electrode for high-quality wet setups

10 Electrode Cable

Electrode cable for custom montages of up to 8 tES/EEG channels

Specifications

Hardware
Number of channels 8
Bandwidth 0 to 125 Hz (DC coupled)
Sampling rate 500 SPS
Dynamic range 24 bits – 0,05 microvolt (µV)
Measurement noise < 1 µV RMS
Input impedance >1 GΩ
CMRR -115 dB
Communication Wi-Fi IEEE 802.11 g or USB
3 axes accelerometer Yes (100 S/s)
MicroSD card for offline recording Yes
Rechargeable system using Li-Ion battery Yes
Device dimensions 89.1 mm x 61.1 mm x 23.8 mm
Device weight 78 g
Allows for simultaneous stimulation (tDCS and TMS compatible) Yes
Operating time
WiFi communication 6.5 hours
MicroSD recording 20.0 hours
USB communication 24.0 hours
Software
File output Proprietary NEDF or EDF+ & ASCII file formats
Real-time EEG monitoring Yes
Scalp and cortical mapping of brain activity Yes
Spectrum, spectrogram and band power plots Yes
Raw data streaming output Lab Streaming Layer (LSL) outlets or TCP/IP port
EEG markers sources Lab Streaming Layer (LSL) inlets, TCP/IP, keyboard,TTL triggers
Timestamp synchronization for precise hyperscanning Yes
Compatible with Windows Vista/7/8/10 and Mac OS X (> Snow Leopard) Yes
3rd party EEG software compatibility OpenVibe, BCI2000, NeuroGuide (via Lab Streaming Layer)
Offline EEG analysis MatLab (EEGLAB Plugin), Python (NEPy library)
Investigational applications via Software Development Kit Yes
Networked system control with MatNIC toolbox Yes
Headset
Available headcaps 6 sizes: 42/46/49/54/57/60cm
EEG custom montages Headcaps available with 39 or 64 of 10-10 EEG system positions
Set-up time using ge 8-12 minutes
Set-up time using dry electrodes 1-2 minutes

Manual

Publications with iMotions and Neuroelectrics

  • 2025 IEEE Access Open Access Peer-Reviewed

    Machine Learning Techniques to Improve the Cognitive Workload Classification Using Multimodal Sensors’ Data

    Wrocław University of Science and Technology

    Ergonomics Research iMotions' Ergonomics Research Lab integrates advanced biosensors and data analysis tools to assess physical, cognitive, and environmental factors, enhancing workspace design and human performance. See features now Using machine learning applied to multimodal physiological data allows the classification of cognitive workload (low, moderate, or high load) during task performance. However, current techniques, such […]

  • 2025 IISE Annual Conference & Expo 2025 Open Access Peer-Reviewed

    Using Electroencephalography to Understand Learning Engagement with User-Centered Human-Computer Interaction in a Multimodal Online Learning Environment

    Montana State University

    Ergonomics Research iMotions' Ergonomics Research Lab integrates advanced biosensors and data analysis tools to assess physical, cognitive, and environmental factors, enhancing workspace design and human performance. See features now Multimodal learning environments (MMLA) use visual, auditory, and physical interactions to improve engagement in learning tasks. A recent study by Ma et al. [16] demonstrated how […]

  • 2025 Open Access Peer-Reviewed

    Implicit and Explicit Consumer Perceptions of Cashews: A Neuroscientific and Sensory Analysis Approach

    Universitat Politècnica de València

    This study investigated consumer perceptions of raw cashew nuts from two different private labels (private label A, PLA, and private label B, PLB), employing a combination of explicit (sensory analysis) and implicit (consumer neuroscience) methods. The objective was to analyse both conscious and unconscious responses to understand consumer preferences. Participants (n = 80) evaluated the […]

  • 2025 TESOL Quarterly Open Access Peer-Reviewed

    Neural Correlates of Task-Specific Willingness to Communicate: Expanding the Research Agenda

    Curtin University

    Learners’ affective responses to pedagogic tasks and the effort that they invest in completing them are critical to the learning that takes place through tasks in task-based language teaching (TBLT) (Lambert, Aubrey, & Bui, 2023). Fluctuations in learners’ willingness to communicate (WTC) during pedagogic tasks-or task-specific WTC(Aubrey & Yashima, 2023)-are a locus for affective and […]

  • 2025 Food Quality and Preference Open Access Peer-Reviewed

    Do you remember? Consumer reactions to health-related information on snacks in repeated exposure

    Aarhus University + 1 more

    Health-related information on pre-packed food products can enhance purchase intention and healthy choices. However, retained positive influence of health-related information on product liking is necessary to help consumers make informed decisions about a healthy diet in the long term. According to information-reduction theory, consumers reduce the amount of information that is processed in repeated exposure. […]

  • 2024 Food Quality and Preference Open Access Peer-Reviewed

    Implicit and explicit liking of a snack with health- versus taste-related information

    Aarhus University, MAPP Centre

    Despite extensive consumer testing during product development, healthy snacks often fail in the market. This indicates that other factors are at play besides what is traditionally being tested before product launch. The aim of the study was to examine how exposure to a snack with a health versus taste message affects perceived healthiness, expected tastiness, […]

  • 2024 Psychology & Marketing Open Access Peer-Reviewed

    My money-My problem: How fear-of-missing-out appeals can hinder sustainable investment decisions

    IQS School of Management, Universitat Ramon Llull

    Cryptocurrencies (cryptos) have detrimental environmental effects due to their massive energy consumption. While several green crypto coins have been launched, the mainstream-environmentally unfriendly coins-still lead the market. In this study, we explore if influencer marketing, specifically fear-of-missing-out (FOMO) appeals, can contribute to promoting green crypto coin purchases to encourage sustainable investments. The results of five […]

  • 2023 73rd Annual International Communications Association Conference Open Access Peer-Reviewed

    Multimodal biometric data collection of interpersonal communication

    iMotions

    Ergonomics Research iMotions' Ergonomics Research Lab integrates advanced biosensors and data analysis tools to assess physical, cognitive, and environmental factors, enhancing workspace design and human performance. See features now Communication between individuals involves multiple factors: attending to the other person’s thoughts, interpreting their non-verbal behavior, and (un)intentionally mirroring their expression- and attention patterns. Moreover, we […]

  • 2022 Intelligent Information and Database Systems Gated Peer-Reviewed

    Multimodal Approach to Measuring Cognitive Load Using Sternberg Memory and Input Diagrammatic Reasoning Tests

    Wrocław University of Science and Technology

    Ergonomics Research iMotions' Ergonomics Research Lab integrates advanced biosensors and data analysis tools to assess physical, cognitive, and environmental factors, enhancing workspace design and human performance. See features now Results of a study of cognitive load using multimodal biometric techniques including electrocardiography, electroencephalography and galvanic skin response are presented in the paper. Thirty student volunteers […]

Enobio 8
In Stock
Software you’ll need

This hardware works seamlessly with iMotions Lab. Pair it with the matching software module to record, sync and analyze your data.

Research platform iMotions Lab The core platform to collect, sync and analyze multimodal biosensor data. iMotions Software Module Electroencephalography (EEG) Measure brain activity and discover the cognitive processes that underline how we think, react, and behave.
Hardware agnostic Connection to a variety of leading electroencephalogram (EEG) headsets from producers such as ABM, Neuroelectrics, Em…

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