#Spain #Huawei #Barcelona #FTTO 2.0 #10G Campus

Introduction

During the Mobile World Congress 2025 in Barcelona, Huawei made a significant announcement regarding the upgrades to its Fiber To The Office (FTTO) solution, now known as FTTO 2.0. This innovative system is designed to propel smart campus transformations, introducing advanced networking features capable of supporting high-speed connections of up to 50G. Perry Yang, President of Huawei's Enterprise Optical Domain, emphasized the growing need for sophisticated networking as educational institutions increasingly rely on technology-driven methods.

Enhanced Features of FTTO 2.0

The upgraded FTTO 2.0 solution is not just a mere enhancement; it embodies four pivotal innovations aimed at optimizing campus connectivity.

1. Increased Bandwidth Capabilities: One of the standout features is the ability to expand bandwidth from 10G to PON 50G. This is particularly advantageous for environments like classrooms equipped with virtual reality (VR) technologies, and pathology diagnosis rooms where high performance is critical. The solution allows educational institutions to leverage ultra-broadband fiber networks without requiring a complete overhaul of their infrastructures.

2. New Devices for Smart Environments: Huawei introduced key devices tailored for various campus environments. For classrooms, the 10G optical terminal, P883H, offers a robust 2.5 Gbps for seamless online learning experiences. Meanwhile, the W817C optical access point, designed for high-performance Wi-Fi 7, supports fluid mobility in office settings, ensuring uninterrupted connectivity.

3. Innovations for Hospitality and Educational Institutions: Expanding its reach beyond traditional educational setups, Huawei has rolled out the 10G W817T outdoor optical AP, ideal for hospitality settings, effectively covering areas such as hotel pools and beaches. For educational organizations requiring expansive networks, the E853E optical gateway caters to the flexible needs of primary schools and kindergartens with its multiple remote PON ports.

4. Streamlined Network Operations: The introduction of the One NMS multi-tenant network management platform aims to simplify administrative tasks. This tool helps manage multiple service providers efficiently, significantly lowering operational costs by about 30% and enhancing overall network management.

5. AI-Driven Network Planning: A groundbreaking feature of the FTTO 2.0 is the industry’s first AI-based planning tool tailored for fully optical campuses. This tool can automatically generate network configurations from CAD drawings, dramatically reducing design time from two days to just one hour, thus aiding in efficient campus design and deployment.

Conclusion

As more than 10,000 campuses globally have adopted the original FTTO solution, the upgraded FTTO 2.0 is set to enhance network capability further, supporting the robust digital needs of modern educational institutions. Huawei's commitment to innovation and customer-oriented solutions positions it as a leader in the networking domain, promising a future where technology seamlessly integrates into educational frameworks, fostering smarter and more interactive learning environments.

With these advancements, Huawei not only reinforces its standing in the telecommunications industry but also underscores its role in supporting the evolving requirements of educational institutions around the world. The FTTO 2.0 solution is anticipated to set new benchmarks for connectivity and operational efficiency in smart campuses.