Apollo II it is a high-performance, cost-effective neural signal data acquisition system that can be used for neuroscience research and brain-computer interface applications.Apollo II digital signal processor (DSP）and supporting software can collect, process and analyze various types of physiological signals (such as action potentials, field potentials, eeg, emg, etc.), and can synchronize experimental event information from third-party equipment, including behavioral, electrical and optogenetic stimulation system as well as video system. supporting battery-powered mode helps eliminate environmental noise to obtain high-quality signals with a higher signal-to-noise ratio. supports up to64channel records and provides16digital synchronous input.

features:

* highest128a neural signal channel;

* 30kHz high-precision sampling rate,16bitresolution;

* user-defined digital filters;

* common mode rejection ratio(CMRR)：≥82dB；

* recording data types: original broadband signals, high-frequency neuronal firing (Spike）signals and low-frequency field potentials (LFP）；

* supportSingle eletrode、Stereotrode、Tetroderecord;

* 16indivualTTLdigital input;

* battery powered option (eliminates power frequency noise interference).

data acquisition software:Apolloonline neural signal acquisition software with a friendly user interface and ease of use. the software has signal acquisition, signal processing, visualization andspikesdetection, online identification and data storage functions. original signal,Spikecontinuous signals and field potential signals can be easily displayed.

compatible with third-party software:

features:

* can simultaneously display the original unfiltered signal, high frequencySpikesignals and low-frequency signals, such asLFP/EEG/EMG；

* parameters such as filtering, threshold and display speed can be set in the software;

* preset configuration files can be called for easy startup;

* can integrate video recording and user animal behavior experiments;

* easy to operate and friendly interface.

applications:

1. systems neuroscience research

2. attention, learning and memory research

3. cognition and decision making research

4. pain research

5. pharmacology and toxicology studies

6. neuroeconomics research

7. research on epilepsy, parkinson's disease and other mental illnesses

8. BMI，BCI， neural prosthesis research