Fiber Bragg Grating sensing plus AI analytics
Zion Photonics combines passive optical sensing, high-performance interrogation, embedded analytics, and cloud/web monitoring for semiconductor smart manufacturing.
Sensor → Interrogator → AI → Dashboard → Action
A single optical fiber can contain many FBG sensing points. The interrogator reads wavelength shifts, software converts those shifts into engineering signals, and AI models turn dense time-series data into useful operating intelligence.
Passive sensors with no electrical power at the sensing point.
Strong immunity to electromagnetic interference from RF and microwave plasma sources.
High sensing density for multipoint temperature, strain, vibration, pressure, and acoustic signatures.
Data structures suitable for ML-driven anomaly detection, fingerprinting, and predictive maintenance.
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Interrogator + AI Cloud
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Sensor → AI → Dashboard → Action
Why optical sensing is different
EMI immunity
Optical fiber sensors avoid electrical pickup in RF, microwave, high-voltage, plasma, and electrostatic environments.
Multiplexing
Many sensing points can be placed on one fiber, reducing wiring and enabling dense spatial coverage.
Harsh environments
FBG sensing can operate in high-temperature, chemically harsh, vacuum, and mechanically challenging settings when properly packaged.
Process intelligence
Dense sensor data can create chamber fingerprints and signature libraries for fault detection.
Cloud monitoring
Web-based visibility supports remote engineering review and maintenance workflows.
Scalable platform
The same platform can extend from semiconductor tools to pipelines, structures, utilities, aerospace, and medical applications.