Curry 8
  • Curry 8

  • Data Acquisition and Online Processing

  • Product No: NS-1031
  • Manufacturer: Neuroscan Compumedics
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The CURRY 8 X Data Acquisition package is an easy-to-use and reliable tool for EEG data recording and online processing. All the features required for data acquisition are supported; for instance impedance check, online filtering, real-time event averaging, real-time fMRI/TMS artefact correction and many more. Using the TCP/IP interface, data is immediately available to other packages (for instance Matlab) and allows for BCI applications.

The CURRY Neuroimaging Suite software is divided into several modules that can stand alone or work together to maximize your lab’s flexibility. The Acquire and Online Signal Processing package consists of all primary features and functions needed for acquiring high-quality EEG/EP/ERP data and online/real-time processing. Acquisition in CURRY is enhanced with easier, more flexible, and more advanced tools for on-line data processing, with up to 512 channels and sampling rates up to 20 kHz.

CURRY supports EEG data acquisition with SynAmps 2/RT, Siesta, NuAmps, Neuvo, Grael, and E-Series amplifiers. Each amplifier has its own set-up image to ensure ease of use in setting the system. Stream live to Matlab or via TCP/IP protocol (listener CURRY, Matlab, custom software), suitable for Brain Computer Interface (BCI) and related applications. CURRY 8 data files are fully compatible with EEGLAB.


Software Features

  • EEG Data Acquisition
  • Sychronized Video
  • Impedance Check
  • Online Filtering
  • Online Artefact Detection
  • Online Averaging
  • Montage Support
  • Tasks, Workflow and Scope
  • Integrated Database
  • Real-time fMRI artefact correction (Ballistocardiogram, MR Gradient Artefact Correction)
  • Real-time Matlab Interface
  • TCP/IP Interface
  • Reporting Tool
  • Matlab Interface


Software Support

Data format CURRY Compressed
Data export ASCII, CNT, EDF, Float, MATLAB
Stimulation Control Stimulation package can start/stop recording and start/stop impedance check by sending dedicated triggers to recording software