Cloud level business core platform
The first to achieve deep integration of L2-7 layer services, providing industry-leading security protection capabilities for network cores.
Non blocking hardware cluster
Supporting industry-leading non blocking hardware cluster systems, strict non blocking switching is achieved through cluster switching network boards and VSM cluster matrix technology, without occupying any business interfaces. Networking can be achieved through two methods: 1+1 back-to-back interconnection or N+M interconnection.
L2~7 layer virtualization
Targeting cloud data center scenarios, relying on independently developed VSM and OVC technologies, multiple similar business modules can be transformed into a flexible scheduling "resource pool", achieving "granulation" of business platform resources and greatly improving resource utilization efficiency. Combined with the UMC management platform, we provide users with automated network management and operation solutions, and can also implement SDAN through APP Flow or third-party interfaces.
Innovative flow definition technology
The innovative concept of "flow definition" technology enables precise definition of data flow based on combination strategies and flexible customization of data flow between different business modules, eliminating the limitations of traffic scheduling between different business modules and achieving flexible scheduling at the business level.
SDN and Data Center Characteristics
Supports Openflow1.3 protocol standard, VXLAN and other technologies.
Telecom grade high reliability
Fully redundant hardware architecture design. Ensure telecom grade reliability.
Green and energy-saving
For the orthogonal architecture of business boards and switch network boards, multiple innovative heat dissipation technologies such as dual duct design are adopted, resulting in a 30% increase in heat dissipation efficiency.
Support temperature detection of key components such as business boards and switch network boards, and achieve intelligent zoning and speed regulation of fans based on the temperature and configuration of each component, reducing power consumption and environmental noise. Control the overall power consumption within 6000W and build a green network.