Other Technology
Vibration Detection Technology
Vibration Detection Technology and Sensing
Value of Vibration Sensing
- Advanced Security
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Instantly detects physical intrusion activities such as fence climbing and cutting
- Predictive Maintenance
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Detects signs of failure from changes in equipment vibration, enabling maintenance to be performed at the optimal time
Optex’s Unique Strengths and Applications
Optical Fiber Vibration Detection Sensor Technology
Detects phase changes in laser light caused by slight bending of optical fibers installed on fences to identify intrusion activities.Advanced Algorithms That Eliminate Noise
Analyzes acquired signals in both the time and frequency domains to accurately distinguish environmental noise such as wind and rain from suspicious activities such as climbing and cutting. Stable detection is possible even along extensive perimeters.Unpowered Sensor Cable
Because the optical fiber method uses no electricity, it is highly resistant to lightning and electromagnetic interference and can also be installed in hazardous areas that require explosion-proof equipment.Expert Interview
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Andrew Cechmanek
DepartmentFIBER SENSYS, INC. Sales & Engineering Support
The Key to Optical Fiber Vibration Detection Is Environmental Resistance
A major advantage of vibration detection using optical fiber is that it is completely unaffected by electromagnetic interference from lightning, high-voltage power lines, radar, and other sources. Optex and its group company Fiber SenSys combine this feature with high-precision signal analysis using a bidirectional processor, providing advanced identification capabilities that distinguish climbing from cutting.
Furthermore, the system’s robust design compliant with U.S. Air Force PL-1 requirements and technology enabling a service life of approximately 20 years provide uninterrupted security for critical infrastructure. This design embodies our field-oriented approach to ensuring reliable operation in harsh environments.
OTHER
TECHNOLOGIES
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Passive-Infrared
Far infrared is a passive sensing technology that detects thermal energy emitted by people and objects.Non-contact, low-power, and effective in dark environments, it serves as a core human detection technology developed through our experience with automatic doors and outdoor security.
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Active-Infrared
Near infrared is an active sensing technology that uses LED illumination to detect changes in reflected or blocked light.This technology allows for precise detection area control and is widely used for stable detection in applications such as automatic doors, active infrared (AIR) security systems, and water quality measurement.
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Infrared Laser
LiDAR is an optical ranging technology that uses laser time-of-flight (ToF) measurement to determine the distance to and shape of a target with high accuracy.It is applied to precision spatial sensing in applications such as outdoor intrusion detection and critical facility monitoring, including REDSCAN.
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Doppler Radar (Microwave)
This radar technology detects moving objects using reflected radio waves and the Doppler effect. It is relatively unaffected by rain, fog, snow, or lighting conditions and is used for outdoor applications such as vehicle detection, parking lots, and gate operation.
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FMCW Radar (Microwave/Millimeter Wave)
FMCW is a radar ranging method that analyzes the distance to and speed of a target from the beat frequency between a frequency-modulated continuous wave and its reflected wave.
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MIMO Radar (Microwave/Millimeter Wave)
MIMO radar uses multiple transmitting and receiving antennas to form a virtual array, improving angular resolution and direction estimation. Highly resistant to adverse weather and darkness, it can be used for long-range detection in applications such as outdoor security, vehicle detection, and critical facility monitoring.
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Water Quality and Hygiene Applications
Optical water quality sensors use multiple wavelengths of light, including near-infrared, infrared, and UV, to detect changes in turbidity, color, scattering, and absorbance. They can be used for water quality management, including continuous monitoring of drinking water, wastewater, and industrial effluent.
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Image Recognition Technology
This sensing technology uses camera images to perform tasks such as object detection and classification, pose estimation, and people tracking. It is used for security, people counting, access control, and other applications, providing advanced situational awareness by detecting the movements of people and objects.
