Huawei FTTO Solution for
Higher Education
Building a More Green, Safe, and Simple University Campus Network
Enterprise products, solutions & services
Building a More Green, Safe, and Simple University Campus Network
Huawei FTTO Solution for Higher Education, Building a Green and Simplified University Campus Network
Based on Fifth-Generation Fixed Network (F5G) technologies, the Huawei Fiber to the Office (FTTO) solution for higher education replaces traditional active aggregation switches with passive optical splitters, and replaces access switches with optical network units (ONUs). In addition, it extends fibers to rooms or desktops, reducing horizontal cabling and saving energy.
ONUs are provided for outdoor and indoor scenarios. In this way, multiple services are carried on one all-optical network, meeting high reliability, large bandwidth, and wide coverage requirements of university campuses.
Gain the Edge
Simplified architecture, energy saving
Two-layer architecture, active devices replaced with passive devices
80% less ELV room space, 0 fire hazards, 30% less energy consumption
Large Bandwidth, continuous evolution
Smooth evolution: 10G→20G→50G
One-time cabling, future-proof for 30 years
Smart operations, key service assurance
Plug-and-play and hot-swappable ONUs
Dynamic bandwidth allocation (DBA), live teaching without delay
Architecture
Based on the passive optical LAN (POL) technology, the Huawei FTTO solution for higher education uses one fiber network to carry all services in multiple scenarios, including fiber to the dormitory, apartment, classroom, desktop, camera, and even AP. In addition, the passive optical distribution network (ODN) achieves higher reliability and supports future-oriented elastic capacity expansion and flexible evolution.
Products
Με βάση την τεχνολογία PON, οι λύσεις πρόσβασης all-optical δικτύου, επιτρέπουν την πρόσβαση σε κάθε μέσον. Έχουν σχεδιαστεί για επιχειρήσεις, ISPs και MSOs.
Επέκταση οπτικής συνδεσιμότητας σε κάθε σπίτι, επιχείρηση και πανεπιστήμιο.
Supports real-time monitoring of each node on a network-wide PON network and automatic ONUORE service configuration, improving O&M efficiency and reducing OPEX.
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