NeoRec cap 21

Mobile DC amplifier for EEG recording

21 channels

OVERVIEW

NeoRec cap is a mobile DC amplifier supplied with an electrode cap. The device is designed for recording EEG as well as other biopotentials, including EMG and ECG. The cap is equipped with pre-installed Ag/AgCl electrodes and provides convenient and accurate electrode placement according to the 10–20 system. The built-in accelerometer captures movements and orientation changes, enabling artifact tracking and synchronization of events with signal recording.

The device transmits data to a PC or mobile device via Bluetooth 5.0 or stores it on a microSD card for autonomous recording. Recording supports EDF+, BDF+, GDF formats, as well as real-time streaming via Lab Streaming Layer (LSL) for integration with MATLAB, EEGLAB, OpenViBE, and other applications. NeoRec cap is used in education, scientific research, and applied projects such as EEG, BCI, biofeedback, neurogaming, neuromarketing, brain fitness, etc.

SOFTWARE

NeoRec is a research software designed for conducting experimental studies, recording EEG and other biomedical signals, and performing their analysis.
It supports real-time data streaming via the Lab Streaming Layer (LSL) protocol to external software environments such as MATLAB, EEGLAB, OpenViBE, and others.
The software provides tools for signal preprocessing and visualization, as well as data saving in EDF+, BDF+, GDF, and other formats.

NEUROVisor (desktop and mobile versions) is clinical software designed for performing routine and specialized EEG examinations. It supports standard IFCN montages and examination scenarios, voice guidance, electrode impedance control, photic stimulation, and video recording.

The program automatically generates reports, includes artifact suppression algorithms (ICA), and provides a long-term monitoring mode with data recording to the device’s memory card.

Additional quantitative EEG analysis methods are available, including the calculation of indices (pdBSI, DAR, TBR, etc.), spectral categories (ABCD), functional connectivity assessment (GFS), microstate analysis, and the DAChHAR method. The results are accompanied by automatically generated reports with graphical materials and numerical data.

These software solutions provide a full cycle of EEG data processing — from signal acquisition to analysis and report generation — and can be used in both research and clinical practice.

SPECIFICATION

EEG amplifier	NeoRec 21
EEG channels monopolar according to GND	21
Electrode impedance measurement range	from 1 to 4000 kOhm (dry electrode check)
Time of continuous work	≥ 12 hours
Offline data recording	yes, microSD
Wireless data interface	BLE 5.2
Connector for connecting a cap/charger;	ST60‑24P
Enclosure dimensions	68 х 38 х 16 mm
Weight of the amplifier	40 g
Recomended software	NeoRec, NEUROVisor
Input dinamic range	±150 mV, ±300 mV
Accuracy of signal reproduction	1 %
Frequency range at -3 dB	0 to 430 Hz (at 1000 Hz sampling rate)
Sampling rate	125 Hz, 250 Hz, 500 Hz, 1000 Hz
Data resolution	24 bit
Noise (in operating range from 0.5 to 70 Hz)	2 μV p‑p
Input impedance	more 1 GOhm
Events from internal smart accelerometer	activity (4 steps of sensitivity); change orientation (turn by 60°); free fall.
Events from button	press
Check of battery status	yes, by charge/discharge counting
Charging of internal battery	from +5V USB adapter, 500 mA
Time to fully charge the built-in battery	≤ 2.5 hours

ACCESSORIES

A wide range of accessories is available for NeoRec amplifiers. Electrode caps with pre-installed Ag/AgCl electrodes cover all application types — from gel-based systems to dry and dry active solutions.

MCScap textile caps are available in 9 sizes (head circumference from 36 to 66 cm) and provide accurate electrode placement without additional adjustment. The elastic material ensures a comfortable fit and simplifies scalp preparation.

Reusable MCScap electrodes based on high-quality Ag/AgCl sensors provide stable signals, long-lasting contact, low noise, minimal polarization, and excellent low-frequency performance.

On request, active and dry systems, disposable EEG caps, and customized accessories can also be supplied to meet specific research or applied requirements.