Advanced Technology Architecture
The DPX29000-A10-G switch adopts an advanced CLOS switching architecture, where the control plane and forwarding plane are physically separated, and the main control engine and switching network board hardware are independent of each other, greatly improving device reliability while ..
L2-7 layer virtualization
Relying on independently developed VSM and OVC technologies, multiple similar business modules can be transformed into flexible and schedulable resource pools, achieving granulation of business platform resources and greatly improving resource utilization efficiency. Combining UMC
Comprehensive business integration capability
Integrating three major functions of switching routing, network security, and application delivery, it is the first to achieve deep integration of L2-7 layer services. All business modules in a single device can be managed uniformly based on one IP, making complex processes more efficient ..
SDN and Data Center Characteristics
The DPX29000-A10-G switch supports mainstream overlay standard technologies such as VXLAN, solves the problem of multi tenancy, and provides flexible virtual machine migration solutions to meet the large-scale deployment and cross server requirements in cloud computing environments ..
Telecom grade high reliability
Fully redundant hardware architecture. The DPX29000-A10-G switch supports 1+1 redundancy for the main control engine, N+1 redundancy for the switching network board, 1+1 redundancy for the fan module, and N+M redundancy for the power module. Support uninterrupted restart and hot patching ..
Green and energy-saving
Adopting multiple innovative heat dissipation technologies such as dual air duct design, standard front and rear ventilation, and a 30% increase in heat dissipation efficiency. Support temperature detection of key components such as business boards and switch network boards, and based on the temperature and configuration of each component ..