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All-Optical Campus Network Solution

This solution adopts an all-optical network architecture, extending fiber directly to every classroom—building a high-bandwidth, easily scalable, and simple-to-maintain foundation for the smart campus.
All-Optical Campus Network Solution
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Fiber to the Classroom, Gigabit to the Desk

Fiber reaches directly into classrooms, overcoming the distance and bandwidth limitations of traditional copper cables. With abundant port options, it seamlessly supports multiple device access needs—including teaching terminals, electronic class boards, and security cameras—delivering true Gigabit to the desktop.

Two-Layer Architecture, Simplified Networking
The traditional "core-aggregation-access" three-layer network is streamlined to a "core-access" two-layer architecture. This reduces potential failure points, lowers construction costs, enables more efficient data forwarding, and minimizes network latency.

Simplified Cabling, 90% Less Wiring
Fiber optics are lightweight and compact, easily utilizing existing campus conduit pathways without the need for new trenching or excavation. Compared to traditional Ethernet cabling, overall wiring volume is reduced by 90%, significantly shortening construction timelines—making it especially ideal for older campus retrofits.

Plug-and-Play, Zero-Touch Maintenance
Access devices support true plug-and-play functionality—automatically registering and configuring upon power-up, with no need for on-site debugging by professional engineers. During routine maintenance, device replacement is as simple as changing a light bulb, greatly reducing the maintenance burden on campus IT teams.


Key Benefits

  • Future-Ready: Fiber's inherent bandwidth advantages easily accommodate teaching application upgrades for the next decade.

  • Effortless Efficiency: Streamlined processes from cabling to maintenance free up valuable IT staff resources.

  • Aesthetic & Reliable: Fiber-to-the-classroom reduces telecom room occupancy, while passive devices offer lightning protection and enhanced operational stability.