With rapid development of digital campus construction, the backbone network for domestic universities has entered the 10-gigabit era in an all-round way. 10-gigabit campus network solves broadband insufficiency problems in campus networks effectively, and meets internal access needs of tens of thousands of campus users. However, the campus network outlet zone is still facing many challenges. The bandwidth imbalance between inside and outside a campus network leads to relative lag of the construction of university campus network outlet, which has become the "Achilles' heel" of digital campus construction.
We cooperate with the industry's top hardware equipment providers to optimize the flat network architecture of the campus network and provide wired and wireless integrated solutions. The carrier O&M model is introduced to build your campus network into an operational network. Its features include intelligent routing of outlet links, improved bandwidth utilization; multi-network integration, high-speed interconnection, and as-needed strategy; improved O&M efficiency; It helps solve the problem that business data is scattered and fragmented.
Flat network architecture: Reduce the difficulty of O&M; Enhance network reliability; Eliminate the risk of network loops.
Diversified access technologies: Support Portal authentication; PPPOE authentication; MAC authentication; 802.1x authentication.
Refined authentication and billing: Meet various computing requirements such as time-based, area-based, identity-based, and access destination address-based.
Multiple outlets in campus network lead to routing problems, and it is urgent to improve the bandwidth utilization of outlet links.
The traditional three-tier architecture is used for most campus networks; it is complex in structure, poor in scalability and easy to loop.
The number of campus network access terminals is huge and the types are complex. The charging mode should be flexible; The address recovery rate is low, which wastes a lot of IP resources.
There are many campus applications with complex structures. Users are too many to restrain; Prone to cyber attack due to lack of security O&M workers.
Simplify network structure, reduce network O&M difficulty, enhance network reliability and eliminate network loop.
Meet the requirements for bandwidth needed in campus network virtualization and cloud computing in the future with 10-Gigabit non-blocking architecture.
Integrate the operations of wired and wireless networks, realize unified authentication and roaming throughout the campus network, and provide users with the best Internet access experience.
Try to detect user status and recover IP address resources timely.