Hardware compatibility
Compatible with leading rehabilitation hardware.
The Synaptiq SDK exposes a uniform command interface regardless of the downstream exoskeleton — you integrate once and swap hardware without re-engineering the BCI layer.
Request SDK AccessExoskeleton command interface
Rehabilitation exoskeletons
The SDK outputs discrete command events (class label + confidence) over your chosen transport layer. No proprietary protocol lock-in — bring your own exoskeleton.
| Device Category | Command Interface | Motor-Imagery Classes | Status |
|---|---|---|---|
| Lower-limb gait rehabilitation exoskeleton | Digital I/O (TTL), UDP command packet | Bilateral motor imagery — left/right step initiation, rest | Available |
| Upper-limb reach-grasp assist orthosis | Serial UART, CAN bus adapter | Left hand grasp, right hand grasp, wrist extension, rest | Available |
| Full-body robotic orthosis | Ethernet UDP, REST API integration | Configurable 2–4 class motor imagery | Beta |
| Functional electrical stimulation (FES) controller | TTL pulse train trigger, serial ASCII | Motor intention onset detection | Beta |
Device names are category descriptors. SDK integrates via standard electrical/software interfaces — OEM hardware-specific adapters available on request.
EEG acquisition requirements
EEG acquisition systems
Synaptiq is acquisition-hardware agnostic. The SDK reads data via Lab Streaming Layer (LSL), BrainVision RDA, BDF/GDF file import, or a direct TCP stream. Minimum requirements are defined below.
Electrode configurations
Sampling rates
Impedance range
Data formats
Required channels
Minimum resolution
Testing integration with your device?
Talk to our engineering team. We review each integration request and provide device-specific configuration guidance.
[email protected]