400G High-speed Interconnection Solution
Applicable to the core network and DCI scenarios of large-scale DCs, and support smooth upgrade to 800G.
Surging Demand for 400G Bandwidth
Strong demand for DCI cost reduction
Higher DCI security requirements
The RG-N18000-XH series switch is a 400G high-density fixed core switch that meets the requirements of large-size IDC core networks and ultra-large DCI scenarios. The RG-N18000-XH series switch provides a high-speed transmission, security, and energy saving network, and can be smoothly upgraded to 800G to meet the network requirements in the next 10 years.
High-speed Interconnection, Lower Cost and Higher Efficiency
Green Energy-saving and Sustainable Development
Safe, Reliable and Stable Operation
Intelligent O&M, Lower OPEX
IDC Egress Scenario Solution
Use the next-generation Ruijie egress traffic scheduler to realize automatic and intelligent scheduling and help DC customers maximize bandwidth utilization.
Low Bandwidth Utilization
TS10K-48X8C, the next-generation Ruijie egress traffic scheduler, can realize automatic and intelligent scheduling and help IDC customers maximize bandwidth utilization.
AI DC Solution
Use PFC and ECN based on the DC switch and RoCEv2 protocol to dynamically carry out traffic backpressure, achieving zero packet loss over the network and improving the efficiency of AI training.
Inefficient Training Caused by Packet Loss
Complicated RDMA Network Configuration
Uses PFC and ECN based on the DC switch and RoCEv2 protocol to dynamically carry out traffic backpressure, achieving zero packet loss over the network and improving the efficiency of AI training.
Use Without Learning
Low-carbon DC Solution
Reduce the power consumption of a single device by 30% to achieve a better balance between high performance and low power consumption.
Under the background of the "carbon peaking and carbon neutrality" policy, it has become a general trend to build intensive, green, and super-scale DCs. Traditional air cooling cannot meet the PUE requirements of future DCs and the heat dissipation requirements of a single chassis.
The performance of switching chips, SerDes, and optical modules is constantly improving with the iteration of network architecture, and power consumption of DCI becomes a great challenge.
In a large DC, IT equipment accounts for over 50% of the energy consumption. Reduction in energy consumption, efficient heat dissipation, and a balance between high performance and low energy consumption have become top issues to be solved in construction of green DCs.
NPO and Cold-plate Liquid-cooling Technology
Immersion Liquid-cooling Technology
Partner-cloud DC Solution
Connect the SDN controller with the cloud platform to achieve cloud-network integration and improve business deployment efficiency.
After cloud services are deployed, the network needs to be manually configured, which is inefficient and cannot meet the requirements for rapid service deployment and use.
The interconnection between the cloud and network has been completed, but the binding is strong. A more open and flexible cloud-network collaboration model is needed to carry services.
Connects the SDN controller with the cloud platform to achieve cloud-network integration and improve business deployment efficiency.
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