AINOPOL Campus Security New Solution: Fiber to the Camera, Breaking the 100-Meter Power Supply Limitation

With the intelligent upgrading of campus security management, security monitoring systems are covering an increasingly wide range, and device deployment locations are becoming more and more scattered. However, traditional network and power supply methods have become a key bottleneck restricting the flexible deployment and efficient operation of campus security systems. AINOPOL's innovative Opto-Electronic Convergence POF Solution, with "Fiber to the Camera" as its core, realizes the integration of long-distance power supply and signal transmission, providing a brand-new solution for the construction of campus security.

Practical Challenges Faced in Campus Security Deployment

In the implementation of current campus monitoring projects, the following problems are often encountered:

Difficult Power Supply: Many monitoring points are located in areas such as sports fields, campus boundaries and roof tops, where local power access is inconvenient, construction is complex and potential safety hazards exist.

Transmission Distance Limitation: Traditional PoE power supply is restricted by the physical characteristics of network cables, with an effective transmission distance usually not exceeding 100 meters. This results in the need for additional cabinets or equipment rooms at the front end, increasing costs and maintenance burdens.

Infle*xible Deployment: Scattered information points and complex environments make copper cables unable to meet the long-distance coverage requirements, restricting the optimal layout of monitoring points.

AINOPOL POF Solution: Fiber Direct to Terminal, Power On the Go

AINOPOL's innovatively launched POF (Power Over Fiber) Solution completes both power transmission and optical signal transmission through a single cable, truly realizing a "one-cable connection" deployment. Traditional PoE power supply via network cables is limited by a 100-meter distance and line loss, making it difficult to cover large-scale scenarios such as campuses, playgrounds and long corridors. The POF Solution extends the power supply distance significantly, effectively solving the core pain points of difficult power access and high wiring costs for devices such as remote monitoring, outdoor APs and distributed IoT terminals. It achieves "one-cable direct transmission" of data and power over ultra-long distances, providing a more feasible deployment solution for network coverage in smart campuses, smart parks and large-scale infrastructure.

Brief Introduction to the Solution Architecture

Based on the GPON architecture and integrated with the EAAS Cloud Management Platform, the solution includes the following core components:

Optical Fiber Server OLT: Located in the equipment room, it serves as the central hub for optical signal distribution and management.

Power Over Fiber Cable: Carries both optical signals and power simultaneously, breaking through traditional distance limitations.

Power is supplied from the equipment room side through the Power Over Fiber Cable, which directly provides signals and power to cameras without the need for external conversion devices and local cabinets.

Core Performance Breakthroughs

Long-Distance Power Supply Capacity: Supports a maximum transmission of 60W power over 200 meters or 15W power over 800 meters, completely breaking the 100-meter limitation of copper cables.

Ultra-Simple Deployment: Terminals support plug-and-play, with built-in optical modules, greatly reducing on-site installation complexity and the number of devices.

Stable and Reliable: Optical fibers are resistant to electromagnetic interference with no signal attenuation, suitable for long-term operation in various complex campus environments.

Four Major Advantages for Campuses

Blind-Spot-Free Coverage: Can be easily deployed in areas that are traditionally difficult to cover, such as campus peripheries, high altitudes of gymnasiums and remote parking lots.

Reduced Total Cost: Cuts down supporting investments such as equipment rooms, cabinets and power access construction, and shortens the construction period.

Visual O&M: Realizes remote unified monitoring and management of device status, energy consumption and faults through the EAAS Cloud Management Platform.

Future Scalability: Optical fibers have great bandwidth potential, supporting subsequent monitoring upgrades and access to IoT devices for smart campuses.

AINOPOL's Opto-Electronic Convergence POF Solution not only solves the distance problems of power supply and transmission in campus security systems, but also provides a practical and feasible technical path for schools to build a full-scenario, blind-spot-free intelligent security system with its concise architecture, efficient deployment and reliable performance. It drives the security system to move from "wired constraints" to "flexible coverage", empowering campus security management to step into a new stage of digitalization and intelligence.