Poseidon
| Poseidon (Sept 2017) V 1.02 |
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Poseidon is the ultimate leap in amplifier technology for brain monitoring that sets a new standard for signal quality, usability and mobility.
Poseidon is miniature, wireless EEG/ECoG/iEEG module that enables real-time, high-fidelity brain electrical signals to be streamed to any WiFi connected device such as a laptop computer, smart phone or tablet or stored locally on a microSD card. It boasts 24-bit ADCs and extremely-high dynamic range with user-selectable filters and sampling rates. Experiment designs are no longer limited by noise and mobility issues caused by traditional EEG system wires and cables. Real-time impedance measurements provide monitoring of electrode-contact quality. |
ApplicationsNeuroscience research
ERPs, evoked potentials Sleep studies Biofeedback Neuromarketing Brain-Computer Interfaces |
Poseidon Mini Wireless EEG Module
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With Poseidon, high quality EEG, EMG, ECG, or EOG signals are now possible from a device small enough to fit in the subject’s pocket. Wireless triggering provides precision event marking and synchronization with 3rd-party video or control systems. Easily switch between WiFi mode, Logger mode,or Hybrid mode. Data is stored on a 64 GB removable microSD card and/or transmitted to a computer or smart device for viewing, analysis and storage.
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Poseidon Plus HBX is an innovative headbox design with a plug-in slot for Poseidon. It transforms the industry-standard, EEG headbox design to one with advanced signal-processing, WiFi connectivity and data logging. It is equipped with 40 standard touch proof jacks, reference and ground. It is compatible with EEG caps, ECoG grids and EMG/ECG electrodes.
Poseidon Plus SL is similar to the HBX except it only has 32 standard touch proof jacks, reference, and ground. |
Poseidon Plus 32
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Poseidon Software
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Poseidon’s intuitive and powerful software allows you for visualize and analyze data including such analyses as correlation, coherence, event related potentials, evoked responses, and event/spike- triggered averaging. Set filters to view alpha, beta, theta, delta, and gamma waves, view power spectra or spectrograms in real time.
Export data to BDF, EDF, CSV, or binary files for importing into 3rd-party applications such as MATLAB, EEGLAB, BCILAB, FieldTrip, SciPy, and EDF Browser. SDK is provided for development of real-time EEG measurement and analysis applications. |
