Live feedback on human system interactions.

Trigno Link is a groundbreaking technology that opens the door for integrating EMG muscle activation profiles, with system-wide VO₂ usage, muscle oxygen usage, breathing rate, and heart rate.

Synchronous Integrationwith Trigno.

Real-time physiological and biomechanical biomarkers under one platform.

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Cardiovascular

EMG & BPM

Ventilatory

EMG, VO2, FeO2, Tidal Volume and Respiratory Rate

Muscle Oxygenation

EMG & SmO2

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FAQ

What is the Trigno Link?

Trigno Link is a Delsys technology that integrates EMG muscle activation data with whole-body metabolic and physiological signals including VO₂ consumption, muscle oxygen usage, breathing rate, and heart rate. It enables multi-system human performance monitoring in a single synchronized stream.

What third-party devices does Trigno Link connect to?

Trigno Link is designed to interface with a range of external physiological monitoring devices, allowing their data streams to be synchronized with Trigno EMG data in real time. Contact NBT for the current list of compatible third-party devices and integration protocols.

What research applications benefit most from Trigno Link?

Trigno Link is particularly valuable for sports performance, occupational health, rehabilitation, and exercise physiology research where understanding the interaction between muscular activity and whole-body energy expenditure is critical. It enables researchers to connect local muscle effort to systemic physiological load.

How is data synchronized across devices?

Trigno Link uses Delsys's hardware and software synchronization infrastructure to align EMG, VO₂, muscle oxygen, and other signals in a single unified data stream, minimizing timing offsets between modalities for accurate multi-system analysis.

What software is used with Trigno Link?

Trigno Link data is managed through the Delsys platform software. It is compatible with EMGworks for analysis and can export data for use in third-party tools such as MATLAB, Python, and specialized exercise physiology software.