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The NeuroSnap Bridge streamlines data flow from the A8 Headstages to the NeuroPort System and supports easy and precise referencing and impedance checking.
The NeuroSnap Bridge is the critical link of the NeuroSnap system, meticulously engineered to facilitate the seamless integration of neural data for clinical research purposes. Acting as the central hub, it connects up to four NeuroSnap Headstages, for up to 128 channels, efficiently managing the flow of high-fidelity neural signals to the NeuroPort system for in-depth analysis.
The Bridge allows for dynamic selection of reference electrodes, crucial for minimizing noise and enhancing signal quality in neural recordings. This feature enables researchers to adapt the reference based on each electrode implant, optimizing signal to noise ratio. By electronically switching analog reference points across the connected A8 Headstages, it ensures that the most stable and representative signal is used as a baseline, enhancing the analytical precision of neurological research.
The NeuroSnap Bridge continuously measures the impedance of all electrodes compatible with BRN digital headstages, identifying any that may have high impedance and thus could compromise data quality. This real-time monitoring covers a range from 5kOhm – 1MOhm, providing researchers with immediate feedback on electrode status. By ensuring all electrodes are functioning within optimal parameters, the system maintains consistent signal quality, crucial for reliable and valid research outcomes.
The NeuroSnap Bridge’s consolidates data into a single HDMI cable significantly streamlining the neuro-recording setup, and reducing the potential for setup errors. This efficient approach ensures a clutter-free environment, minimizing cable management issues and enhancing the overall ease of use for researchers. The high-speed digital transmission maintains the integrity and fidelity of the neural signals on cable lengths up to 30 feet and ensures that the data analyzed is as accurate as the data collected, without loss or degradation.
The reduced cabling not only declutters the research space but affords greater freedom of movement to patients, crucial for long-term monitoring in clinical research settings including overnight recordings. This consolidation facilitates efficient data management, allowing researchers to focus on analysis rather than logistical concerns. The scalability provided by this system allows additional micro-electrode implants to be added in cases without additional cabling complexity.
The NeuroSnap Bridge features an intuitive user interface, complete with LED indicators for at-a-glance status updates on power, connectivity, and data transmission integrity. The button interface can be locked to prevent accidental changes during recording.
For seamless data management and extended research capabilities, the NeuroSnap A8 Headstage integrates flawlessly with the NeuroSnap Bridge, Splitter Box, and NeuroPort system ensuring comprehensive and efficient recording within the NeuroSnap/NeuroPort ecosystem.
| Spec | |
|---|---|
| Model Name | NeuroSnap Bridge |
| Model Number | 12794 |
| Power Requirements |
5 VDC 150 mA maximum load |
| Mode of Operation |
Continuous |
| Dimensions | 5.9" x 3.9" x 2.2" (150 mm x 100 mm x 55 mm) |
| Weight | 7.23 oz (205 g) |
| Operating Environment - Temperature | 10 ˚C to 35 ˚C |
| Operating Environment - Relative Humidity |
5 to 85% (non-condensing) |
| Storage Environment - Temperature | -20 ˚C to 50 ˚C |
| Storage Environment - Relative Humidity | 5 to 95% (non-condensing) |
| Altitude |
Less than 3000 meters |
| Project | LB# | Rev. |
|---|---|---|
| NeuroSnap Bridge IFU | LB-1316 | 3.00 |
