BrainVision RecView

Solution for real-time analysis of data received via TCP/IP
Widely used in the EEG-fMRI field to remove gradient and ballistocardiogram artifacts during scanning
Offers FFT analysis, data filtering, mapping of surface potentials useful for BCI or bio-/neurofeedback applications
Uses the same History TreesĀ® concept as BrainVision Analyzer
BrainVision RecView: Software solution for real-time data analyses
BrainVision RecView is an advanced solution designed for real-time analysis of data received over the Ethernet network via TCP/IP directly from BrainVision Recorder.
It is mainly used in the EEG-fMRI field to remove both the gradient and the ballistocardiogram artifact (permitting experimental control during scanning). However, it can also be used for FFT analysis, data filtering, mapping of the surface potentials as well as BCI and bio-/neurofeedback on the incoming data.
Specifications | |
Data display | Online MRI artifact correction Cardioballistic artifact correction FFT analysis (Improved FFT filter) Data filtering Mapping of surface potentials Segmentation and Average filters LORETA functionality for source localization Bipolar montage Gel brigde detection Linear derivation LPT-Port Access: Level, R-Peak and Band Power Trigger Easy integration of custom online analysis |
System Requirements | |
Supported operating systems | WindowsĀ® 7 SP 1 (32-bit and 64-bit) WindowsĀ® 8 and 8.1 (64-bit) WindowsĀ® 10 (64-bit) |
Processor | IntelĀ® Pentium IV Processor 2 GHz or higher |
Graphics adapter | Graphics card with 64 MB of RAM |
RAM | Min. 512 MB |
Free disk space | Min. 1 GB free hard disk space. Additional storage requirements depend on the extent of the data to be processed. |
Monitor | Min. 17" A 21" monitor is recommended for more than 32 channels |
Classification | |
Medical product | No |
CE marking | No |
Worldwide Caution: Our products are scientific equipment for INVESTIGATIONAL USE ONLY! Medical use e.g. for diagnosis, treatment of disease or other such purposes is strictly forbidden.