Synapse Biosensing Board

Synapse Biosensing Board

$1,450.00

P-Logic Synapse is a research-grade 8-channel bio-amplifier and multimodal sensing platform designed for universities, research labs, and advanced makers. Built around the ADS1299 analog front-end, with synchronized EMG/EEG/ECG/EOG acquisition, a 6-axis IMU, a MEMS microphone, and an onboard neural processor, Synapse enables real-time biosignal classification at the edge.

Fully compatible with the OpenBCI ecosystem, Synapse gives researchers a modern, maintainable toolset for neuroscience and BCI development.

SKU: PL-SYN-BRD

Description

An 8-channel biosensing platform for neuroscience, biomedical R&D, and STEM education.

Product Overview: 

P-Logic Synapse is a research-grade 8-channel bio-amplifier and multimodal sensing platform designed for universities, research labs, and advanced makers. With synchronized EMG/EEG/ECG/EOG acquisition, a 6-axis IMU, and a MEMS microphone, Synapse enables real-time biosignal classification at the edge.
Fully compatible with the OpenBCI ecosystem, Synapse gives researchers a modern, maintainable toolset for neuroscience and BCI development.

Key Features:

  • Eight 24-bit differential biosignal channels
  • Programmable gain for EEG/EMG/ECG/EOG
  • 6-axis IMU + MEMS microphone for multimodal research
  • 8MB flash for ML models & logging
  • Low-power MCU with BLE 5.3, Thread, Zigbee
  • Integrated power management with battery charging, fuel gauge, and multiple regulated outputs
  • Professional RTOS-based development environment

Applications:

  • Cognitive neuroscience / EEG research
  • Brain-computer interface (BCI) experiments
  • EMG-based prosthetic control
  • Sleep staging with multimodal data
  • Affective computing & emotion studies
  • Biomedical engineering curriculum & labs

Compatibility:

  • OpenBCI GUI
  • Ultracortex Mark IV & electrode caps
  • Gold cup electrodes
  • Snap electrode cables
  • 1.27mm header systems

Reviews

There are no reviews yet.

Be the first to review “Synapse Biosensing Board”