Introducing NIRxWINGS2: The Next Generation of Physiological Sensing

We're excited to officially launch NIRxWINGS2 — the next evolution in physiological sensing technology for multimodal fNIRS neuroimaging. Designed in response to direct feedback from our global user community, NIRxWINGS2 brings upgrades in signal quality, flexibility, and mobility to your fNIRS studies.

Whether you're investigating cognitive function, stress and attention in dynamic environments, or designing advanced neuroergonomic paradigms, NIRxWINGS2 is your tool for combined physiological and fNIRS measurements.

Like its predecessor, NIRxWINGS2 is designed to extend the NIRSport2 and comes with sensors for respiration, ExG (e.g., EMG, EOG, ECG), temperature, PPG, and electrodermal activity (EDA/GSR). The new universal sensor port offers even more flexibility for your research.

Full Customization with the NIRx BioLink

The NIRx BioLink universal sensor port introduces a flexible system that adapts to your research now and in the future:

• Mix & match sensors: ExG (e.g., EMG, ECG), respiration, temperature, and EDA
• Color-coded sensors for fast, mistake-free setup
• Auto-recognition via Aurora software streamlines configuration
• Ready for future sensor types — your research is future-proof!

Smarter Sensors, Cleaner Data

With NIRxWINGS2, signal fidelity takes a leap forward. The EDA, respiration, and temperature sensors have been refined to deliver cleaner, more reliable outputs in even the most dynamic settings:

• EDA: Redesigned circuit for improved signal quality
• Respiration: Inductive sensor belt minimizes motion artifacts
• Temperature: Thermistor-based sensor provides real-time responsiveness
• Shielded cables reduce cross-talk for high-fidelity signals

Built for the Real World

Research doesn't always stop at the lab door. Combining the NIRxWINGS2 + NIRSport2 delivers a compact, lightweight, and wireless solution for fully mobile multimodal recordings:

• Wireless connectivity & internal storage
• Real-time synchronization of physiology + fNIRS via LSL stream
• Robust performance in high-movement, multi-sensory environments
• Ideal for studies in sports science, mindfulness, VR, learning, and more

Take your setup into classrooms, clinics, workplaces, or the great outdoors.