STEP 01
Find and connect a nearby EEG device
Scan for a nearby VitalTrack EEG, confirm the connection, channel count and incoming data, then continue to measurement setup.
Biosignal Measurement Board
Planned 2026From eight-channel EEG measurement to real-time analysis
- EEG
- VitalTrack EEG
VitalTrack EEG is a measurement solution for monitoring and recording eight-channel EEG signals in real time. Review channel waveforms, band power and scalp topography in one application, then save the measurement results as CSV.
Product viewNewert / R&D
VitalTrack EEG
Confirmed specifications
- 8ch
- Simultaneous channels
- Band power
- Per-band strength
- CSV
- Export format
* These three are confirmed. Sampling rate, battery life and the rest will be filled in once settled.
VitalTrack EEG hardware
See the eight-channel measurement design from both sides
Signals enter through the eight-channel electrode interface, pass through the board's signal path, and reach the measurement application through the main controller and communication module.
FRONT
BACK
- Eight-channel electrode input
- Per-channel signal path
- Main controller
- Bluetooth · USB-C
Measurement setup
Connect the device, then map all eight electrode sites
Before recording, connect a nearby device and assign an electrode site to each physical channel. Confirm the connection and channel map, then continue to live measurement.
STEP 02
Map eight channels to electrode sites
Assign Fp1, Fp2, C3, C4, P3, P4, O1 and O2 to the physical channels using the international 10–20 placement system.
Live monitoring
Monitor all eight waveforms in real time
See each channel alongside receive rate, elapsed time and data status. Adjust the time window, amplitude, visible channels and display filter for the measurement environment.
- Check elapsed time and incoming data status
- Adjust the time window and waveform scale
- Choose visible channels and display filters
EEG analysis
The raw signal stays; band power comes with it
EEG is read by how strongly each band comes through. That calculation happens on the board, so you do not have to build a frequency analysis after the fact. The raw signal is still there, so recomputing it yourself remains open.
CHANNEL BAND POWER
Compare frequency-band strength by channel
Review Delta, Theta, Alpha, Beta and Gamma band power as relative percentages or absolute strength to compare the frequency profile of each channel.
TOPOGRAPHY & PSD
See spatial distribution and frequency composition together
View the spatial distribution of the selected band on a scalp map and compare it with a channel-by-frequency PSD heatmap.
Delta
0.5–4 Hz
Strongest during deep sleep.
Theta
4–8 Hz
Rises with drowsiness and memory work.
Alpha
8–13 Hz
Clearest at rest with the eyes closed.
Beta
13–30 Hz
Rises with alert concentration.
Gamma
30 Hz–
Appears when several regions work at once.
Screens show an application in development. Layout and functionality may change before the official release.
Getting the data out
A measurement leaves you a set of files
Raw signal
One column per channel, all eight. Values before filtering, so your existing handling still applies.
Per-band strength
Delta through gamma, five bands per channel, computed alongside. No separate frequency analysis to bolt on.
CSV download
Opens in Excel, Python or MATLAB alike. Your analysis code does not have to change.
Items to confirm before release
We will publish the following details, which are essential for adoption decisions, as validation and certification are completed.
- Sampling rate
- Continuous runtime
- SDK and integration
- Supported OS
- Certification and launch
We will tell you first when the launch is confirmed
Leave your email and we will send the final specifications, the launch date and how to order.