Perun-32

32-channel universal amplifier for measuring various biomedical signals, powered by USB-C

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24 EEG signal outputs
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7 independent bipolar channels for EMG, EEA and ECG recording
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channel dedicated to GRS measurements
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DB25 adapter -> Touch Proof (for connecting standard electrodes)
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amplifier powered directly via USB

Additionally, we offer:

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EEG headsets
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electrodes for peripheral measurements (EMG, EEA, ECG) and other accessories
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dedicated software for signal visualization, recording and analysis, as well as designing and conducting psychophysical experiments

PARAMETERS

Perun-32 Amplifier

  • power supply and communication via USB
  • 24 unipolar channels via a DB25 connector for standard connection of a 10–20 system electrode cap
  • 7 bipolar channels available via standard touch-proof connectors for popular accessories
  • additional Analog Ground channel
  • sampling frequency: 500, 1000, 2000, 4000, 8000, 16,000 Hz
  • digital input capable of synchronizing with external equipment
  • time synchronization of the computer clock and the amplifier clock with an accuracy of up to 1ms
  • dimensions: 185x125x33 mm
  • weight: 400 g

The software

  • allows you to register and preview online signals and markers (Svarog Streamer)
  • allows access to source code and Python API for signal download and analysis
  • includes the BCI Demo P300 application – illustrating the operation of a simple brain-computer interface based on the P300 paradigm
  • enables the design and conduct of psychophysiological experiments in combination with video-EEG (optional – Svarog Lab)

Perun-32 Start kit accessories *

  • 2 EEG caps (S/M/L sizes)
  • 14 bipolar snap electrodes (7 pairs of electrodes + 1 spare)
    DB25  Touchproof connector (for connecting standard electrodes)
  • 1 GSR measurement kit
  • USB cable
  • carrying case

* possibility of modifying the set of accessories

With Perun-32 you get a universal, small size amplifier with open software for professional, diverse biomedical signal measurements at a very attractive price.

EXAMPLES OF APPLICATIONS

  • scientific research (psychology, neuropsychology, biology)
  • neuromarketing
  • didactics (student laboratories on psychophysiology, analysis of physiological signals, brain-computer interfaces)
  • design of assistive technologies and computer-brain interfaces

Perun-8

The cheapest professional (24-bit) wireless EEG amplifier

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highest signal quality
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small size
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wireless communication with a computer
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possibility of recording EEG or peripheral signals (EMG, EEA, EKG)

PARAMETERS

 Perun-8 Amplifier

  • possibility of connecting up to 8 unipolar electrodes with a common reference electrode
  • wireless communication with a computer
  • USB-C charging
  • online impedance measurement
  • resolution: 24 bit, 44 nV / bit
  • measuring range: +/- 373.5mV
  • input impedance: 1GΩ
  • sampling frequency: 500 Hz
  • internal noise: 1.43 µV p2p; 0.2 µV RMS; (20.3 b)
  • battery life: 8 hours
  • charging via USB-C port
  • time synchronization with the clock of a connected computer: up to 1 ms
  • dimensions: 85 x 48 x 15 mm

The software

  • allows you to register and preview online signals and markers (Svarog Streamer)
  • allows access to source code and Python API for signal download and analysis
  • includes the BCI Demo P300 application – illustrating the operation of a simple brain-computer interface based on the P300 paradigm
  • enables the design and conduct of psychophysiological experiments in combination with video-EEG (optional – Svarog Lab)

Perun-8 is available in 3 basic configurations

It is also possible to individually select accessories.

Perun-8 Start

Basic set for measuring high-quality EEG signal.
  • Perun-8 amplifier with software
  • 10 EEG electrodes
  • 2 clip electrodes (e.g. GND and ref.)
  • conductive paste 114 g
  • 100 ml isopropyl alcohol
  • accessories for washing the skin (cotton swabs and sticks)
  • convenient holder/case for the amplifier
  • tutorial – “How to independently measure the EEG signal”

Perun-8 Complex

Basic set for measuring high-quality EEG and EMG, EEA or ECG signals.
  • Perun-8 amplifier with software
  • 10 EEG electrodes
  • 2 clip electrodes (e.g. GND and ref)
  • 8 electrodes with snap connection for EMG / ECG
  • 3 EEA electrodes
  • 50 disposable electrodes for ECG
  • conductive paste 114 g
  • 100 ml isopropyl alcohol
  • accessories for washing the skin (cotton swabs and sticks)
  • convenient holder/case for the amplifier
  • tutorial – “How to independently measure the EEG signal”

Perun-8 Edu

A set of EEG, EMG, EEA or ECG measurements adapted for use in teaching.
  • Perun-8 amplifier with software
  • EEG cap (size to choose)
  • 10 EEG electrodes
  • 2 clip electrodes (e.g. GND and ref)
  • 8 electrodes with snap connection for EMG / ECG
  • 3 EEA electrodes
  • 50 disposable electrodes for ECG
  • 100 ml isopropyl alcohol
  • conductive gel 250 ml
  • convenient holder/case for the amplifier
  • tutorial – “How to independently measure the EEG signal”

With Perun-8 you get a high-quality, wireless amplifier with open source software for a variety of applications at a very attractive price.

EXAMPLES OF APPLICATIONS

  • scientific research in the laboratory (psychology, neuropsychology, biology)
  • scientific research in the natural environment (e.g. social psychology research, children’s research, research in simulators, sleep study)
  • neuromarketing, product research, consumer preferences
  • stationary didactics (student laboratories on psychophysiology, analysis of physiological signals, brain-computer interfaces)
  • remote didactics (possibility of conducting classes based on equipment lent to students home)
  • design of assistive technologies, neurofeedback and brain-computer interfaces

BCI Lab

Implementation from scratch of a research or didactic laboratory EEG and BCI.

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comprehensive laboratory equipment and software for bioelectrical signal measurement

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class scenarios (with different levels depending on the field of study and the needs of the university)

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training for instructors and technicians

For the purposes of conducting classes or research using EEG and BCI, we have prepared a complete environment that integrates user-friendly access to hardware, software and documentation.

THE EEG ENVIRONMENT INCLUDES

Unique documentation and didactic materials allowing to conduct EEG/BCI classes for different groups of listeners.

Class scenarios

Complete teaching programs with scripts and educational materials adapted to the specifics of a group of students, the thematic and time range of the subject, tested for a decade at the world’s first Neuroinformatics I degree studies at the University of Warsaw.

Experiment scenarios

Sample scenarios of psychophysiological experiments, prepared in dedicated software.

Signal analysis

Software enabling the analysis of psychophysiological data (using scripts in Python or a simple interface) used for years, among others at the University of Warsaw and SWPS.

Software that allows online signal recording and preview as well as designing and conducting psychophysiological experiments.

Svarog

Configured to work with Perun amplifiers, Svarog software provides, in addition to recording and viewing the signal, convenient analysis of EEG data in a graphical interface: ERP, time-frequency maps (spectrogram, waveform analysis, decomposition of matching pursuit), ICA, DTF, possibility of independent filter design and assembly.

Svarog Streamer

Braintech’s proprietary software required for Svarog to receive and display signals from devices connected to the computer or available on the network as compatible LSL streams. Svarog Streamer includes the following modules.

  • Module for sending the signal to Svarog:
    • possibility of connecting Svarog to the signal from Perun amplifiers with the option of viewing the quality of electrode connection
    • the ability to connect Svarog to the signal sent by LSL (from other amplifiers or software)
  • Signal recording module in Svarog.
  • LSL signal sending module (possibility to use other software, e.g. OpenVibe to work with the signal from Perun amplifiers).
  • Module – BCI Demo P300 application – showing the operation of a simple brain interface of a computer-based on the P300 paradigm.

Svarog Lab

It enables designing and conducting psychophysiological experiments.

  • Connection module between Svarog and PsychoPy.
    • Possibility to prepare psychophysiological experiments in the graphic editor.
    • Possibility to run previously prepared experiments directly in Svarog (e.g. after putting on a cap and verifying the quality of the signal).
    • The ability to view the signal and impedance “live” during the experiment.
    • Ability to observe the events of the PsychoPy experiment and generate additional events “live” directly on the EEG signal in Svarog.
    • Record EEG signal, events and experiment data in a standardized way.
  • Network functions module.
    • The ability to connect Svarog to an amplifier running on another computer in the same network (especially useful for lab classes when everyone in the computer room can analyze the same live signal).
    • Ability to preview the Svarog signal from experiments and analysis created and run using handwritten scripts in Python language on the same or another computer (especially useful for research work).
  • Video EEG module.
    • Possibility to start the preview from the IP camera while viewing the signal.
    • Possibility to record video stream with EEG signal (useful for all-night recordings).
    • The ability to view the signal synchronously with the video image.
    • Possibility to control the position and parameters of the camera.
    • Required equipment for the module: IP camera and tripod.

Amplifiers and stimulators allowing for reliable measurements of bioelectrical signals for use in the facility and at home.

Perun-32

32-channel universal amplifier for measuring various biomedical signals, powered by USB-C.

Perun-8

The cheapest professional (24-bit) wireless EEG amplifier

Blinker

The only device in the world for the accurate generation of any visual stimuli evoking SSVEP potentials.

Perun Headset

A unique set based on a comfortable cap, wireless amplifier and water-based electrodes

Substantive support in launching the laboratory.

We offer professional support and consultation in the field of bioelectrical signal measurements, psychophysiology, bioelectrical signal analysis and equipment operation.

Contact us and we will prepare a dedicated BCI Lab offer tailored to the planned use.

Blinker

The only device in the world for the accurate generation of any visual stimuli evoking SSVEP potentials.

Blinker is a one-of-a-kind device generating high-accuracy, high-frequency stimuli to BCIs based on the SSVEP paradigm.

SSVEPs are steady-state visual evoked potentials which appear in EEG when the user focuses on a visual stimulus flashing at a constant frequency. The user sees a variety of elements on the screen, selectable by concentrating on a particular element. This leads to an EEG power increase at the frequency corresponding to that element.

Blinker by BrainTech allows for highlighting each of 320 segments of a 15-inch screen independently with various frequencies. This opens unprecedented opportunities for analysis on which part of the screen (movie, picture, ad…) the user is concentrating her/his attention—as opposed to gazing – at the moment. Blinker is delivered with software for designing experiments (PsychoPy).

PARAMETERS

BLINKER

  • 15.6 inch LCD screen
  • LED-backlit screen, 1920 diodes in 320 independent segments
  • possibility to configure any segments into a single controllable “field”
  • possibility to configure any field in terms of:
    • brightness
    • brightness buffer
    • buffer playback frequency (ranged from 0.1 Hz to 60 Hz with the accuracy of up to 0.1 Hz)
    • phase shift
  • possibility to turn on/off and change parameters of any field in real-time
  • micro-controller updates the condition and brightness of any field with a maximum frequency of 10 kHz (every 100 μs)
  • time from a request to response less than 500 μs
  • device global brightness controlled with buttons or relevant instructions
  • galvanically isolated connector for a generation of the synchronized analogue signal:
    • +5 V, -5 V, GND, +SIG inputs;
    • SIG output sends a signal synchronized with the equipment operation as configured via USB
  • image displayed on the screen via HDMI

Blinker will allow you to conduct previously unattainable experiments and research using the precise presentation of visual stimuli.

EXAMPLES OF USE

  • SSVEP-based brain-computer interface design
  • research on various aspects of visual attention

Perun Headset

Wireless EEG headse

A truly unique headset consisting of an innovative cap, wireless amplifier and water-based electrodes.

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excellent signal quality
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no conducting gel
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no chin strap
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quick setup
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comfortable, long measurements
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BASIC PARAMETERS

Cap

  • unique electrode attachment system without a chin strap
  • convenient knob to adjust the pressure
  • the time needed to put on a cap less than 5 minutes
  • the highest quality water electrodes made of Ag / AgCl sinter that do not require a gel and washing the head after the test

Perun-8 Amplifier

  • possibility of connecting up to 8 unipolar electrodes with a common reference electrode
  • wireless communication with a computer
  • USB-C charging
  • online impedance measurement
  • resolution: 24 bit, 44 nV / bit
  • measuring range: +/- 373.5mV
  • input impedance: 1GΩ
  • sampling frequency: 500 Hz
  • internal noise: 1.43 µV p2p; 0.2 µV RMS; (20.3 b)
  • battery life: 8 hours
  • charging via USB-C port
  • time synchronization with the clock of a connected computer: up to 1 ms
  • dimensions: 85 x 48 x 15 mm

The software

  • allows you to register and preview online signals and markers (Svarog Streamer)
  • allows access to source code and Python API for signal download and analysis
  • includes the BCI Demo P300 application – illustrating the operation of a simple brain-computer interface based on the P300 paradigm
  • enables the design and conduct of psychophysiological experiments in combination with video-EEG (optional – Svarog Lab)

With Perun Headset you get a ready-to-use, unique, convenient set with open software for education or research, also in a natural environment.

Perun Headset is undergoing intensive R&D works.

Leave an e-mail and we will inform you about its availability.

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EXAMPLE OF APPLICATIONS

  • scientific research in the laboratory (psychology, neuropsychology, biology)
  • scientific research in the natural environment (e.g. social psychology research, children’s research, research in simulators, sleep study)
  • neuromarketing, product research, consumer preferences
  • stationary didactics (student laboratories on psychophysiology, analysis of physiological signals, brain-computer interfaces)
  • remote didactics (possibility of conducting classes based on equipment lent to students home)
  • design of assistive technologies, neurofeedback and brain-computer interfaces

Get a detailed offer

You want to receive detailed offer? Contact us!

phone: +48 606 509 388 | e-mail: [email protected]

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