Wireless Mobile 16-channel EEG System for Researchers

Wireless Mobile 16-channel EEG System for Researchers | NeoRec Cap

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The NeoRec cap is 16‑channel wireless EEG amplifier, consisting of amplifier and electrode cap. System is designed for registration and wireless transmission up to 16 channels of EEG.
The NeoRec cap can be used for education, research and development in EEG, neuro-computer interfaces (brain-computer interface, direct neural interface, brain interface), bio-feedback (BCI), neuromarketing, neurogaming, brain fitness.
NeoRec cap intended to record EEG and 3D acceleration events to files of different formats (EDF+ 16 bit, BDF+ 24 bit, GDF 32 bit) or transmit it online via stream LSL (Lab Streaming Layer) for analyze by third-party software as MATLAB / EEGLAB, OpenViBE etc.
For developers of their own software, interaction via API is provided (github.com/mcs....
Answers to frequently asked questions about installing and using NeoRec cap, connecting via API are given on the website in the section Questions and Answers - mcscap.com/que....
Buy NeoRec Cap - mcscap.com/cat...
Company website - mks.ru/en/index/
Internet Shop - mcscap.com/
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Since 1993, Medical Computer Systems (MСS) has specialized in the design and manufacture of high-tech medical devices. Projects cover a wide range of diagnostic and therapeutic equipment: electrocardiographs, electroencephalographs, automatic defibrillators, resuscitation massagers, EEG / ECG electrodes, devices for biophysical research.

Пікірлер: 11

@scottschmehr8681 6 ай бұрын

Stop pretending like you need headsets to invade our minds...

@gerryk101 Жыл бұрын

Wish someone would build an exoskeleton suit for quadriplegic and paraplegic ppl so they can strap on the suit and the EEG cap and think of moving a Motor/Attached to a limb function to gain mobility .

@Corgi_fax 4 ай бұрын

People would rather repair pre-existing nerves. Mechanical solution has its downsides too. No machines repair themselves. Also, movement of limbs are not explicitly 'thought out', meaning most of the time they are bound by reflexes. So as long as they are wired to work on reflexes, the rest is all about conveying information from spine to limb. In terms of engineering, it would be much better to slap on an emitter that takes input from spinal cord that sends information to the limb. By the way, prosthetic limbs that move with your will already exist. Trauma patients are not ragdolls and what you're saying here might be considered offensive to them. While it may be 'fun' to watch someone become bionic, if you think about it or even try to recreate similar condition minus interaction with brain, you can see how stupid it can be. For example, try using pole grabber. The thing at the end don't move as well as you may want it to. That's the kind of level you are talking about and that's about the limit of accuracy your brain could plan for something like exoskeleton. EEGs cannot pick up the deep brain signals very well whereas most of your skeletal movement is like a pre-knit codes from your cerebellum and basal ganglia and your motor cortex are just basically assembling and compiling them into a sequence of codes for specific, planned movement. Most of your non-planned movements such as pouring a beer can be done without consciousness(I remember this particular example from Bear's neuroscience textbook so no shit). Long story short, making exoskeleton for partially paralyzed individuals is just bad practice and only serves humor and entertainment, which you can imagine that patients might not feel so happy about.