How AINOPOL Realizes Long-Distance Power Supply and Simplified Deployment via Optical-Electrical Integrated POF

In technology selection for security monitoring, smart parks and other projects, PoE power supply serves as a core basic configuration. However, the 100‑meter distance limit and complex cabling requirements of traditional PoE solutions have long plagued engineers and integrators.

As an innovative transmission solution, the Optical-Electrical Integrated POF Solution is breaking industry constraints through technological innovation. This article deeply analyzes the underlying logic and implementation advantages of AINOPOL’s Optical-Electrical Integrated POF Solution from three perspectives: core principles, technological breakthroughs and application value.

POF (Plastic Optical Fiber) is an optical transmission medium with high-refractive-index plastic as its core material. The Optical-Electrical Integrated POF Solution deeply integrates POF optical transmission technology and PoE power supply technology. Through a single optical-electrical composite cable, it achieves both high-speed optical signal transmission and stable power delivery, breaking the functional boundaries of traditional transmission media.

Different from the traditional combination of “PoE Ethernet cable + ordinary optical cable”, AINOPOL’s Optical-Electrical Integrated POF Solution realizes the integration of optical and electrical transmission. There is no need to lay separate power and signal lines, which fundamentally simplifies the architecture design of the transmission system.

AINOPOL’s Optical-Electrical Integrated POF Solution is not a simple technical superposition. Instead, it addresses multiple pain points of traditional solutions through three core technological innovations, becoming a key enabler for transmission upgrades in the security industry.

with Optical-Electrical Integrated POF

The core shortcoming of traditional PoE power supply is its transmission distance limit of ≤100 meters. Once monitoring points or intelligent terminals exceed this range, repeaters and equipment cabinets must be added, which not only increases costs but also raises failure risks and maintenance difficulties.

The AINOPOL solution achieves stable long-distance power supply through a combination of optical-electrical composite cables and dedicated PoE power supply equipment:

It can stably deliver 60W power over a distance of 300 meters, meeting the power demands of high-definition cameras, intelligent access control systems, alarm hosts and other high-power devices.

In low-power load scenarios (such as small sensors and lightweight monitoring terminals), the power supply distance can be extended to 800 meters, perfectly suited for ultra-long coverage scenarios including road checkpoints, park edge locations, and scattered monitoring in old residential communities.

This technological breakthrough completely removes the constraints of “distance limitations” on project layout and greatly expands the coverage of security transmission.

The deployment pain points of traditional security transmission solutions include the need to build separate cabinets, install switches, configure optical modules, cumbersome cabling, long deployment cycles, and high requirements for equipment room space and power supporting facilities.

The AINOPOL solution adopts an integrated terminal design of SFP ONU / POE‑POE ONU, with optical modules directly built into terminal equipment, delivering three core advantages:

No need for additional cabinets or equipment rooms; terminals can connect directly with surveillance cameras and intelligent terminals in a plug‑and‑play manner.

A single optical-electrical composite cable completes both signal and power transmission, reducing cabling workload by more than 60% and significantly shortening project delivery cycles.

The compact terminals fit various narrow installation spaces such as stairwells, weak current wells and equipment boxes, offering far greater deployment flexibility than traditional solutions.

Traditional security transmission requires separate procurement of optical cables, power cables, switches, cabinets and other equipment, with high costs in the cabling phase. Later maintenance also involves troubleshooting different lines, resulting in high full-cycle investment.

AINOPOL optical-electrical composite cables integrate optical transmission lines and power lines into one, costing only 70%–80% of the total price of equivalent optical cables plus power cables. At the same time, it eliminates procurement costs for cabinets, additional switches and other equipment, as well as hidden expenses such as equipment room rental and power supporting facilities.

Over the full life cycle, the solution not only reduces upfront procurement and construction costs but also significantly cuts later operation and maintenance expenses due to simplified architecture and fewer failure points, truly achieving cost reduction and efficiency improvement.

The technical advantages of the Optical-Electrical Integrated POF Solution stem from its core features adapted to the security industry, perfectly matching security scenario requirements in three aspects: transmission stability, anti-interference performance and scalability.

Security monitoring and intelligent alarm systems demand extremely high signal transmission stability. Traditional network cables are vulnerable to electromagnetic interference, often causing signal freezes and packet loss in complex electromagnetic environments such as buildings and parks.

POF (Plastic Optical Fiber) uses plastic as its transmission core, providing strong resistance to electromagnetic interference. It is unaffected by electromagnetic signals from surrounding power and network equipment. Even in long-distance transmission, it maintains clear and stable optical signals, ensuring delay‑free and distortion‑free transmission of high-definition surveillance video and alarm signals.

As the security industry evolves toward intelligence, devices such as high-definition cameras, AI intelligent analysis, facial recognition and intelligent access control continue to raise bandwidth requirements.

POF offers transmission bandwidth of hundreds of Mbps, much higher than traditional network cables. It easily supports high-speed transmission of high-definition video streams and AI intelligent data, reserving sufficient bandwidth for the intelligent upgrading of security systems and avoiding system lag caused by insufficient bandwidth.

Security projects may require additional monitoring points and intelligent terminals in later stages. Traditional solutions demand rewiring and equipment construction, making expansion difficult.

AINOPOL Optical-Electrical Integrated POF Solution uses standardized interface design. New terminals can be configured simply by connecting to the optical-electrical composite cable without modifying the overall architecture, adapting to dynamic scenario adjustments. It is especially suitable for scenarios with changing later requirements such as smart parks and commercial complexes.

The Optical-Electrical Integrated POF Solution is not just an upgrade of a single technology, but an all-round innovation in transmission media, power supply methods and deployment logic. Through technological innovation, AINOPOL deeply integrates POF plastic optical fiber with PoE power supply technology, breaking through the distance limits, deployment bottlenecks and cost barriers of traditional solutions. With core advantages including high anti-interference, high bandwidth adaptability and easy scalability, it perfectly meets transmission demands for various scenarios such as security monitoring, smart parks, old community renovation and road checkpoints.