F7-DAS Fiber Optic System
- Our fiber optic system provides fast, accurate, and reliable perimeter intrusion detection, quickly identifying threats with unmatched sensitivity.
- Unparalleled Detection Accuracy
- Immune to Environmental Interference
- Seamless Integration & Smart Intelligence
- Built for the Future of Security
What is F7-DAS FIBER OPTIC SYSTEM?
- F7-DAS Fiber Optic System is based on advanced acoustic sensing technology , which uses optical fibers as sensors to monitor acoustic activity. When the acoustic signal propagates along the fiber, it will cause a linear change in the phase of the interference light.By demodulation the optical phase change of the corresponding position, combined with AI algorithm and system model library, the host can intelligently identify the specific type of intrusion event, respond to the corresponding alarm mode, and accurately locate the event point.
Full Sample
Full Spectrum
Full Embedded
Vibration Fiber Category Characteristics
Why Choose F7-DAS FIBER OPTIC SYSTEM?
Fewer false
More secure
More accurate
±1m
Positioning accuracy
Video surveillance to achieve fixed-point capture.
Points recording
Points are located to restore the intrusion trajectory.
120km
Detection distance
Suitable for long distance perimeter protection.
Intelligent scene analysis and recognition,simulate the characteristics of a vast array of environmental interference signals to establish a model database, automatically recognizing wind, snow, rain, vehicles, animals, etc.
The Product Advantages of Gato F7-DAS
Full SpectrumTechnical Analysis
High-frequency and low-frequency analysis technology is used to distinguish intrusion and interference signals through the characteristics of vibration signals collected in different spectrums. By simulating massive environmental interference signals, a model database is established to automatically identify wind, snow, rain, vehicles, animals, etc.
Full Embedded structure
By integrating acquisition, computing and analysis, the data transmission conversion time is reduced, the bit width of the acquisition is higher, and the on-site vibration signal is accurately restored to make the alarm more accurate.
Full sample training
More comprehensively, positivesamples identify alarm information, negative samples filter out false positives. Other manufacturers only use single positive or negative samples which easily lead false positives.
With a positioning accuracy of up to ±1 m, the system can accurately identify and locate any unusual activity. integrate with CCTV, the precise capture of the intrusion event is achieved to ensure that every detail is clearly recorded.It supports arbitrary division of defense zone length and provides up to 16,000 alarm points.
The signal processing speed greatly increased
The dedicated industrial-grade chips enable the signal processing speed to reach the microsecond level to avoid missed alarm caused by the loss of sampled data.
Customized Linux system
Adopt B/S architecture
Rich peripheral interfaces
Application Scenarios
Petroleum and Petrochemical
Can work stably in a variety of environments, even high temperature, high pressure or corrosive environment can maintain good performance. It can also detect subtle vibration signals, such as digging, impact and other behaviors, effectively prevent the occurrence of safety incidents.
Border Line
High sensitivity can effectively detect illegal border crossings and maintain stable performance even in difficult terrain and bad weather conditions. Through the linkage with the video surveillance system, rapid response can be achieved and border security protection capabilities can be enhanced.
Warehouse Security
It can be installed in fences, walls or underground to provide sheltered and unbreakable perimeter protection. By monitoring abnormal vibrations in real time, potential intrusions can be detected in time to ensure the safety of valuable items in the warehouse.
Airport Perimeter
It provides round-the-clock monitoring to ensure aviation safety and integrates with the airport’s security management system for rapid response. In addition, the vibrating fiber is not affected by electromagnetic interference, and can operate stably in a complex electromagnetic environment to ensure the safe operation of the airport.
Installation effect
Product Parameters
F7 Fiber optic intrusion etection system
Product model (channel)
5km single 5km double 15km single 15km double 25km single 25km double 60km single 60km double
Positioning accuracy
±1m ±2m ±4m
Working voltage
AC100-240V (50-60Hz), DC18~36V AC100-240V (50-60Hz)
Power
30W
Working environment humidity
0~95% R.H, energizer temperature -20℃~60℃, sensing cable temperature-40℃ ~ 70℃
Working humidity
0~95%R.H
Power output interface
1 channel DC12V 1A
Dimensions
540*428*133.2mm (3U), including handle 572*488*133.2
Type of sensor cable
2-wire, GYXTW type (center tube armored outdoor cable)
Relevant Products
- Detection Range of 120km: Dual-channel detection with a range of up to 120km.
- Simultaneous Recognition of 16,000 Points: Locates up to 16,000 intrusion points simultaneously.
- Positioning Within ±1 Meter: Provides accurate intrusion positioning within ±1 meter.
- Network Resilience in Fiber Breaks: Dual-channel fiber optic ensures operation even if the optical cable is cut.
- Configurable Point Whitelist: Designate non-detection zones with flexible whitelist configurations.
- Transmission and reception of the laser beam.
- Transmitter adjusted to emit laser for proper reception by the receiver.
- Alarm triggered when the beam is blocked by an object.
- Beam: 2, 4 beams, beam spacing 15cm
- Detection distance: 50m, 100m, 200m
- Strong penetration ability and long distance.
- High anti-interference capability.
- Reliable operation in rain and fog, with no false positives.
- Remote Control: Power on/off, adjust alarm duration, set voltage values, and preset automatic voltage switching.
- Adjustable Alarm Duration: Set the host’s alarm from 0 to 999 seconds and configure the sound/light alarm working time.
- In the case of climbing or destruction, a short circuit occurs between two adjacent alloy wires.
- A short circuit triggers the alarm
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