#None #Huawei #Barcelona #FTTO #Campus Networks

Huawei Unveils Upgraded FTTO 2.0 Solution

Huawei unveiled its latest FTTO 2.0 solution at the Mobile World Congress (MWC) 2025, positioning itself at the forefront of the development of 10G campus networks. Perry Yang, President of Huawei's Enterprise Optical Domain, announced that the upgraded solution is designed to assist educational institutions in achieving a smarter transformation.

Revolutionary Features of FTTO 2.0

The FTTO 2.0 solution, which was initially launched to support campus networks transitioning from 10G to 50G, has achieved significant breakthroughs with four major upgrades:

1. Bandwidth Expansion: The new configuration supports a transition from 10G to a high-performance 50G Passive Optical Network (PON), which is particularly geared towards high-demand environments like VR classrooms. This advancement allows users in classrooms to benefit from ultra-broadband speeds while still providing 10G connectivity for Wi-Fi services.

2. Smart-Classroom Solutions: Huawei has introduced the optical 10G terminal, model P883H, maximizing throughput to 2.5 Gbit/s. This significantly enhances online course streaming quality, transforming the educational experience with seamless connectivity.

3. Office Connectivity Enhancements: For professional environments, Huawei launched the 10G High-Performance Wi-Fi 7 optical AP W817C, which guarantees uninterrupted mobile work capabilities—ideal for modern, agile working styles.

4. Specialized Access Points: Recognizing the unique requirements of hospitality and healthcare scenarios, Huawei has released the 10G Wi-Fi 7 optical AP W817T, designed to cover outdoor hotel areas while also unveiling the optical gateway E853E for optimized service access in educational institutions.

Operational Efficiency Upgrades

One of the standout features of the FTTO 2.0 solution is the multi-tenant network management platform, One NMS, which drastically simplifies the operation of multiple managed service providers. This feature reduces repetitive setup tasks, streamlines operations and maintenance, and leads to a 30% reduction in associated costs.

Furthermore, Huawei made a significant leap in planning efficiency by introducing an artificial intelligence-based planning tool for optical campuses. This innovative tool can interpret CAD drawings and automatically generate configurations, reducing the time required for network planning from two days to just one hour.

Global Implementation and Future Prospects

As of now, over 10,000 sites worldwide have decided to implement Huawei's FTTO solution. This widespread adoption illustrates the growing trust in Huawei's technology and highlights the increasing demand among educational institutions for advanced digital infrastructure that supports a modern learning environment.

Perry Yang concluded by emphasizing the relevance of these developments as the industry shifts towards more robust and efficient network solutions. With the FTTO 2.0 solution, institutions are better equipped for the future of education, adapting seamlessly to the changing technological landscape.

In conclusion, Huawei's FTTO 2.0 not only enhances network capabilities, but it also plays a crucial role in fostering intelligent educational transformations across campuses globally.