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I analyzed how erratic the eeg signal is, as was recorded by openbci From what i have understood, such sampling rates require the use of sd storage which i can understand. Discovered that the sample rate is not constant

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It speeds up, slows down, bursts, pauses. My sampling rate is 250 hz but standard practices in emg require sampling rates of a few khz Sending channel data in the openbci system, and with most wireless systems, we are restricted by the rate at which we can send data

With a high speed network switch, sample rates over 2000hz are possible with a theoretical limit of 16000hz for the cyton, 8000hz for the cyton with daisy shield, and 12800hz for the ganglion.

The cyton board has eight channels with a sampling rate of 250 hz each, while the cyton+ daisy allows 16 channels at sample rates of 125 hz As each channel allows plugging in only one electrode, larger the number of channels so many more electrodes you can use. The openbci markers does not work as well as expected, so this module implement an strategy for make it works A burst markers are sended but just one are readed, this add a limitation

No more that one marker each 300 ms are permitted. The pins on the extension board have the same name as pins on the main board. While i believe modifying the openbci board firmware to simultaneusly send 32 channels @ 500 hz would be trivial, i have no idea on adjusting openbci gui and other receiving software to expect that. Rfduino is the default communication mode for cyton, this set a serial comunication through a usb dongle with a sample frequency of 250 hz, for 8 or 16 channels.

For openbci cyton the sampling rate is 250hz and it sends data to buffer every half second

So the suggested value for sample block size is 125 Note that more frequent updating than two times per second is not possible without altering the openbci firmware.