DSPW (DSP Wireless, Inc.)
> Wireless Wi-Fi Interfaces for Intan Headstages and Electrophysiology Research.
> Real-Time Wireless Streaming Interfaces for Intan Headstages and Electrophysiology Research.
Summary
DSPW specializes in developing high-performance, real-time wireless streaming solutions for electrophysiology researchers. Our hardware addresses the critical need for wireless data transmission in resource-constrained research institutions, eliminating restrictive tethering cables without compromising data quality. Unlike wireless data loggers that store data locally on flash memory for delayed download, DSPW hardware provides continuous, low-latency Wi-Fi telemetry for immediate data acquisition and closed-loop experimentation.
Key Differentiator: Continuous Streaming vs. Data Logging
- Architecture: Continuous real-time streaming via UDP Wi-Fi protocol (No internal SD-card storage limits or delayed retrieval).
- Latency & Control: Low-latency streaming allows for real-time visualization and interactive closed-loop feedback during active awake neural recording.
- Data Capacity: Sustained, high-bandwidth transmission supporting full 32-channel neural data at sampling rates up to 20 ksps.
Information
- Core Technology: Specialized Wi-Fi interfaces designed for seamless integration with Intan Headstages.
- Data Capacity: Supports 32-channel neural data transmission at sampling rates up to 20 ksps.
- Software Compatibility: Fully compatible with open-source tools, featuring dedicated custom plugins continuous streaming into the Open Ephys GUI.
- Target Audience: Neuroscience laboratories, academic research setups, and electrophysiology scientists requiring un-tethered, live telemetry setups on a budget.
