Versatile Bio
Mobile and practical real-time biosignal acquisition amplifier, which provides great flexibility to monitor a large number of simultaneous physiological variables.
Mobile, versatile and compact biosignals amplifier
Versatile Bio is a mobile and versatile real-time biosignal amplifier, optimised for out-of-the-lab applications that require great freedom of movement for the user, and exceptional signal quality for the researcher. With a simple placement on the arm or waist, it can reliably record 21 channels (extensible to 35) of bipolar electrical biosignals (ExG), analogue biosignals (GSR, RESP, TEMP, etc.), movement activity and location (EMG, IMUs, etc.), behaviour inputs (pedals and push buttons), and communication inputs / outputs (LPT, digital, etc.). Its great multi-sensory versatility, its simplicity of use, comfort for the researcher and for the end-user, as well as its optimisation to work in mobility conditions, open a wide range of possibilities to use it both in the laboratory and in outpatient research applications out of the laboratory.
This biosensor acquisition system comes with the Bitbrain Software Kit for data acquisition and programming, which has a large compatibility with real-time I/O and third-party data processing (LSL, Matlab, Python, BCI2000, OpenVibe, etc). Also, by acquiring the Human Behaviour Research Lab, it can be performed a seamless synchronisation with other human monitoring technologies such as EEG, eye-trackers, among many others.
I want to use Versatile Bio for
Real-world research
Carry out human behaviour research in real-world scenarios and configurations with ecology and reliability.
Real-life applications
Develop new biosignal technology products or services with outstanding flexibility and reliability.
Brain-computer interfaces
Advance the frontier of interaction with reliable brain-tech usable by everybody, anywhere at anytime.
Main features
Mobile and compact
Multipurpose technology that is easy to set up and wear. Bluetooth streaming and on-board SD storage.
Outstanding usability
The amplifier can be placed on the arm, waist or leg of the user to allow total freedom of movement
21+ (35ch) channels
Can monitor 35 physiological variables with millisecond sync, such as GSR, ECG and EMG, RESP, TEMP, IMUs, pedals and push buttons, etc.
Reliable biosignal monitoring
Reliable biosignal monitoring up to 256Hz and 24 bits for 8+ hours. Active shielding with optimised DRL to improve SNR and reduce artefacts
Practical technology
Easy to transport and store (everything fits in a suitcase)
High software compatibility
Intuitive software suite for users or SDK for programmers and great compatibility with Matlab, Python, etc.
Main Components
This ultralight (172gr) biosignal amplifier, can be placed on the arm, waist or leg of the user to allow total freedom of movement. With 21+ channels (extensible to 35ch) it can simultaneously record up to 35 physiological variables.
Active shielding with optimised DRL to improve SNR and reduce artefacts. Bipolar electrical biosignals (ExG), analogue biosignals (GSR, RESP, TEMP, etc.), movement activity and location (EMG, IMUs, etc.), behaviour inputs (pedals and push buttons), and communication inputs / outputs (LPT, digital, etc.) can be monitored simultaneously, providing great flexibility and versatility to the researcher.
How to use
Versatile Bio set up tutorial
Learn how to make the set up of the biosignal amplifier Versatile Bio with the following sensors: GSR, ECG, EMG, Resp, Temp and Air flow.
The amplifier can be placed on the arm, waist, leg, etc. and the sensor setup follows the standard procedures with intuitive operation, and with a minimal learning curve. It comes with a powerful software platform to collect data with the help of visual cues to assure quality montage and monitoring.
1. Preparation: Switch on the device and pair it to the computer. With the device already paired, open the viewfinder and select the device.
2. Set up: The configuration depends on the sensors to use. Connect each sensor to the amplifier in its respective connector looking at the corresponding instructions, and activate the selected channel in the viewfinder.
3. Test: Perform relevant tests for each type of sensor. For example, for the breathing sensor, ask the participant to breathe deeply. For the EMG, ask the participant to contract the muscles in the area where the sensor is placed, etc.
4. Recording: Once the correct operation and placement of all the sensors has been verified, you are ready to record your data and export it later.
5. Clean and storage: The device and its sensors can be stored in its case until new use. Remember to charge the equipment before each recording.
Technical specifications
Hardware
Software
What is included
The devices are easily stored and transported within a suitcase. Technology is easily cleaned with common wipes.
- Amplifier
- Biosignal kit: sensors
- Power supply
- Movement kit: sensors
- Adjustable band
- Customised kit: sensors agreed with client
- Instructions
- Bitbrain Software Kit
- Suitcase
Basic Support is included during the life time of the product.
- Email support
- Technical assistance
- Knowledge base
Optional Premium support is also available.
Software for data acquisition and programming, with large compatibility and with real-time I/O and third-party data processing.
Simplified data acquisition and setup
Collect data with the help of visual cues to assure montage and quality monitoring.
Flexible programming
Easy to use development with versatile SDK to address a wide variety of applications.
Powerful real-time applications
Using real-time LSL third-party platforms such as Matlab, BCI2000 or OpenVibe among others.
In depth data analysis
Compatible with advanced platforms such as Matlab, EEGLab or MNE among others.