Apollo is a cost-effective portable neural signal data acquisition system, plug-and-play, with rich software features and a user-friendly interface, Apollo Digital Signal Processor (DSP). ) and companion software are capable of collecting, processing, and analyzing various types of physiological signals (e.g., action potentials, field potentials, EEG, EMG, etc.), and can synchronize experimental event information from third-party devices, including behavioral, electrical, and optogenetic stimulation systems, as well as video systems. Battery-powered mode helps eliminate ambient noise for a high-quality signal with a higher signal-to-noise ratio. The Apollo system's small size, low installation requirements, and ease of movement from site to location make it ideal for acute documentation experiments or simple in vivo experiments.

Features:

               * Up to 32 nerve signaling channels;
               * 30kHz high precision sampling rate, 16bit resolution;
               * User-defined digital filters;
               * CMRR: ≥82dB;
               * Recording data type: raw wide-band signal, high-frequency neuronal discharge (Spike) signal and low-frequency field potential (LFP);
               * Support Single eletrode, Stereotrode, Tetrode records;
               * Digital input: 2 channels;
               * Analog input: 2 channels;
               * Battery-powered option (eliminates power frequency noise interference).

           Data Acquisition Software: Apollo online neural signal acquisition software with user-friendly interface and ease of use. The software has signal acquisition, signal processing, visualization                               and spikes detection and online screening, as well as data storage. Raw signals, Spike continuous signals, and field potential signals can be easily displayed.

             Compatible with third-party software:

        Features:

               * It can display the original unfiltered signal, high-frequency Spike signal and low-frequency signal at the same time, such as LFP/EEG/EMG;

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

               * Pre-set configuration files can be called for easy start-up;

               * Can be integrated video recording, user animal behavior experiments;

               * Easy to operate and friendly interface.

        Applications:

               1. Systems neuroscience research

               2. Neurophysiology training

               3. Pharmacological research

               4. Advanced neurophysiology

               5. Surgical monitoring