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General| Sampling Rate | up to 200 kHz |
|---|---|
| Input Channels | 16 |
| Bit Depth | 24-bit |
| Dynamic Range | >110 dB |
| Connectivity | Ethernet, USB |
| Interface | USB |
| Operating System | Linux-based |
| Power Supply | 100-240 VAC, 50-60 Hz |
High channel count neurophysiology recording and signal processing unit.
Processor for real-time processing and simultaneous acquisition/stimulation.
Optimized solution for fiber photometry and multi-channel neurophysiology.
High sample rate processor with flexible input/output capabilities.
Multiple DSP device for processing high channel count neurophysiology.
High performance data storage array for high channel count acquisition.
High channel count analog I/O system with high sample rate.
Multiple DSP device for acquiring/producing high sample rate signals.
Powerful multiple DSP device for high channel count neurophysiology.
Processor for designing/generating arbitrary waveforms for microstimulation.
Programmable signal-processing device for handling various tasks.
Versatile signal processor for acquiring, filtering, and processing data.
Features nanosecond accurate event-timing and fast DACs.
Self-contained real-time processors for designing/debugging RPvdsEx circuits.
Multi-modal neurodigitizer for recording biological potentials.
Multi-modal neurodigitizer with full biomedical isolation.
High channel count preamplifier for extracellular recordings.
High channel count, low impedance amplifier for ECOG, EEGs, etc.
Manifold for transmitting extracellular recordings to an RZ base station.
Low noise digital bioamplifiers for acquiring/digitizing multi-channel data.
Acquires and digitizes multi-channel data from various analog voltage sources.
Computer-controlled neural microstimulator delivering user-defined stimuli.
Outputs constant-current stimulation across multichannel electrodes.
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