AINOPOL All-Optical Network Solution for Campuses: One Network for All Services, Building a New Foundation for Smart Campuses

Amid the wave of digital transformation, the development of smart campuses has imposed extremely high requirements on the underlying network. It must not only support high-bandwidth access for teaching, office work and campus life, but also carry various services such as video surveillance, IP telephony and public broadcasting.

Traditional Ethernet architectures usually require multiple independent cabling systems and stacked equipment, resulting in high construction costs and extremely complicated later operation and maintenance.

The “One Campus, One Core Optical Network” solution launched by AINOPOL adopts an innovative all-optical network architecture, providing schools at all levels with a simple, reliable and multi-service converged basic network, helping to truly implement smart campus construction.

Based on the standard Passive Optical Network (PON) architecture, AINOPOL Campus Optical Network Solution consists of the core layer, aggregation layer and access layer. It extends optical fibers to every classroom and office, realizing true all-optical access.

room. It features two key capabilities:

Dual-network converged access:Connects to both the education private network and the Internet, providing a unified egress for teaching resource access and public network applications.The device integrates powerful routing forwarding and security policies to ensure strict isolation between the two types of service data, meeting the private network access requirements of education authorities while guaranteeing a high-quality Internet experience for teachers and students.

Seamless integration of local security network:Unlike traditional carrier solutions, the AINOPOL optical gateway supports direct integration of the campus security network (including video surveillance, access control systems) into the overall optical network, eliminating the need for a separate cabling system and further simplifying infrastructure.

Optical fibers from the core equipment room are distributed to each floor via passive optical splitters.As pure optical components, splitters require no power supply and are fully immune to electromagnetic interference, operating stably in temperatures ranging from -40°C to +75°C. This brings clear benefits:

Equipment cabinets, air conditioning and power supplies are no longer required in building weak-current rooms, completely eliminating fire hazards.

The network hierarchy is simplified, failure points are drastically reduced, and maintenance costs approach zero.

Multi-service optical terminals deployed in every classroom and office serve as an upgraded alternative to traditional switches.In addition to high-bandwidth (Gigabit/10Gigabit) network access, their biggest advantage is the native built-in audio and video processing capability:

Direct connection to IP phones for voice communication.

Access to network cameras for video capture and upload.

Connection to IP broadcast speakers for scheduled bells, emergency broadcasts and more.

The core breakthrough of the AINOPOL solution lies in extending audio and video processing capabilities to edge terminals.In traditional systems, telephony, broadcasting and surveillance each require independent servers or dedicated hardware. Now all these functions are integrated into the optical network system:

Telephone system: No separate IP-PBX deployment is needed; internal calls and external line access are realized through the core gateway.

Broadcast system: No analog broadcast cables are required; digital audio streams are delivered to classroom speakers over the optical network, supporting zone-based broadcasting and emergency priority interception.

Surveillance system: Cameras connect directly to optical terminals, with video streams converged to the core equipment room via optical fibers, eliminating separate video cables and switches.

This “single network bearing” model not only reduces the number of devices but, more importantly, achieves the convergence of data, voice and video networks, paving the way for future smart teaching applications such as interactive recording and remote classroom inspection.

Core Advantages

Ultra-simplified architecture:Three-tier structure replaces traditional multi-level switching, flattening the network and enabling faster troubleshooting.

Cost reduction and efficiency improvement:Passive optical splitters require no power supply; multi-service terminals replace multiple sets of equipment, cutting both capital expenditure and labor costs for operation and maintenance.

Elastic scalability:When adding new services or terminals, only optical terminals need to be added or replaced at the access layer, with no changes required at the core layer.

Green and energy-saving:Passive aggregation and low-power terminals help schools achieve carbon peaking and carbon neutrality goals.

Applicable Scenarios

New campus network construction or network renovation for primary, secondary and vocational schools

All-optical access for teaching buildings, dormitories and office areas in universities

Interconnection among multiple campuses of large-scale education parks

AINOPOL’s “One Campus, One Core Optical Network” solution, with its uniquely native converged design, truly enables a single network to carry all campus services.It represents not only an upgrade in network technology but also a restructuring of the foundational architecture for smart campuses.