Leading a new chapter in the future campus network

——Introduction to all-optical solutions

With the rapid development of educational informatization, campus networks have become an important support platform for teaching, research, and management. In order to meet the needs of high speed, stability, security, and ease of management, all-optical network solutions have gradually become the preferred solution for modern campus network construction.

01 Overview of the Plan

The intelligent optical communication all-optical campus network solution adopts advanced fiber optic communication technology and introduces passive optical network (PON) system into the campus network architecture, achieving full fiber coverage from the backbone network to every corner such as classrooms, teaching and office areas. This solution is based on the advantages of fiber optic transmission and can provide a network environment with ultra large bandwidth, low latency, and high reliability to adapt to various application scenarios such as multimedia teaching, online exams, and big data analysis.

02 Main functional features

All optical network is a local area network solution based on fiber optic communication technology. Unlike traditional copper cable based networks, all-optical networks use optical fibers as transmission media to transmit data signals through laser pulses. This technology not only provides higher data transmission rates, but also has longer transmission distances and better anti-interference performance.

By adopting a unified cloud management platform, network status can be monitored in real-time, faults can be automatically detected and quickly repaired, simplifying daily operation and maintenance work. At the same time, it has functions such as user authentication and permission allocation, which facilitates refined management of teachers, students, and visitors.

Efficient Energy Saving and Green Environmental Protection

Compared to traditional copper wire networks, all-optical networks have lower energy consumption and longer equipment lifespan, which is in line with the construction concept of green campuses.

Flexible scalability and future compatibility

The all-optical network architecture has good scalability and foresight, and can smoothly expand according to the development needs of schools without the need for large-scale transformation of existing network structures, making it convenient to connect with future new educational technologies and applications.

03 Examples of Application Scenarios

Online Classroom: The all-optical network ensures smooth playback of high-definition interactive live courseware and efficient two-way interaction between teachers and students.

Big data analysis: For scientific research activities in universities, high-speed and stable all-optical networks provide strong support for research in cutting-edge fields such as big data processing, cloud computing, and artificial intelligence.