F5 Zone-Based Fiber Optic Intrusion Detection System

Monitors vibrations along perimeter sensing fibers and identifies the affected detection zone during intrusion events. Supports fence-mounted deployment with fast alarm response and browser-based management.

Core Advantages

01

Fully Embedded Architecture

Integrates signal acquisition and processing into a single device to reduce processing latency and improve intrusion detection reliability. Host power consumption is 20 W or less.

02

Multi-Frequency Vibration Analysis

Analyzes low-, mid-, and high-frequency vibration patterns to help distinguish intrusion attempts from environmental interference and improve alarm accuracy.

03

Web-Based Access

Access and manage the system through a web browser without installing client software, with multi-user access to detection zones, real-time monitoring, and alarm records.

How It Works

01 / TECHNOLOGY

Interferometric Sensing

F5 detects vibration changes through optical phase variations in sensing fibers and analyzes signal patterns to identify intrusion events.

F5 detects vibration changes through optical phase variations in sensing fibers and analyzes signal patterns to identify intrusion events.

Illustration of fence vibration, optical phase shift and signal processing for intrusion detection

02 / FENCE INSTALLATION

Fence-Mounted Sensing

The sensing cable can be installed on mesh fences, razor-wire supports, and perimeter barriers to detect intrusion-related vibrations.

Detects intrusion-related vibrations through sensing cable installed on perimeter fences.

Illustration of black fiber optic sensing cable mounted on a mesh fence

03 / ZONE DETECTION

Zone-Based Detection

F5 divides the perimeter into independent detection zones. When intrusion activity is detected, the system identifies the affected zone and triggers an alarm, helping security teams locate the affected section.

Identifies the affected detection zone and triggers an alarm.

Illustration of perimeter Zones 01, 02, 03 and 04 with a Zone 03 alarm

System Components

F5 Host Unit

F5 Host Unit

The F5 host processes optical signals to identify intrusion events by zone and generate alarm outputs. Its embedded design combines signal processing and alarm management in one unit.

Sensing fiber cable

Sensing & Communication Fiber Cables

The sensing cable detects perimeter vibrations, while the communication cable carries optical signals between detection zones and the host. The passive sensing cable requires no power along the detection route and resists electromagnetic interference.

Zone relay box
Zone terminal box

Zone Relay & Terminal Boxes

Zone relay boxes connect sensing and communication fibers at the start of each zone. Terminal boxes reflect optical signals at the far end. Both are passive and require no local power.

Illustrative browser interface with perimeter zones, waveforms and alarm records
Interface illustration

Monitoring Software & Integration

The browser-based platform displays detection zones on electronic maps, real-time waveforms, alarm records, and statistics. It supports multi-user access, scheduled arming and disarming, centralized F5 management, video-linked monitoring, and external alarm device integration.

Applications

Residential Complex

Residential Complex

Secure community perimeters, gates, and boundaries against climbing, cutting, and intrusion.

Oil & Gas Facilities

Oil & Gas Facilities

Protect critical infrastructure from intrusion, vandalism, and sabotage threats.

Solar Power Plants

Solar Power Plants

Prevent theft and vandalism of valuable photovoltaic equipment.

Permeter Security for Airports

Airports and Railways

Secure perimeter areas against unauthorized access and support operational safety.

Industrial Perimeter Security

Industrial Perimeter Security

Provide real-time intrusion detection for climbing, cutting, and digging attempts.

Frequently Asked Questions

How is sensing cable length calculated for an F5 installation?

Sensing cable length depends on the actual installation route, fence structure, and cable layout. Wave-pattern installations may require considerably more cable than the physical perimeter length. A site assessment helps determine the appropriate cable quantity.

Fiber connections, splice quality, and optical loss should be checked before commissioning. OTDR testing helps identify excessive signal loss or fiber faults that could affect detection performance.

Yes. Operators can search historical alarm records by time, location, and event type. The system also supports waveform recording and exporting historical waveform data through a USB connection for further analysis.

Yes. F5 provides administrator and operator user roles for system management. This allows different personnel to access the monitoring platform according to their assigned roles.

The F5 host supports flexible power configurations based on project requirements. Contact Gato for detailed specifications.

Plan Your F5 Perimeter Intrusion Detection System

Share your perimeter layout, fence type, and monitoring requirements with Gato. Our team can help evaluate the zone layout, sensing cable installation, and system integration options for your project.