Which is the ENSP core layer switch

In Huawei eNSP, the core layer switch is typically a CloudEngine (CE) switch.Core Layer in eNSPThe core layer serves as the backbone of a hierarchical network, handling the primary transmission and routing of data across the network. In eNSP simulations, this layer is responsible for high-speed, high-capacity switching and routing, ensuring that data packets are efficiently forwarded to the distribution layer and beyond . Core switches must support Layer 2 and Layer 3 switching, high throughput, redundancy, and Quality of Service (QoS) to prioritize critical traffic .CloudEngine (CE) SwitchesCloudEngine (CE) switches are designed for high-performance core and data center networks. They provide:Stable and reliable Layer 2/3 switching for large volumes of traffic .High-performance routing for inter-VLAN and inter-department communication .Redundancy and high availability features, such as VRRP and link aggregation, to prevent network downtime .Integration with distribution and access layers in eNSP simulations, connecting aggregation switches and access switches to form a complete enterprise network .Role in eNSP SimulationsIn a typical eNSP enterprise network design:Core Layer: CloudEngine switches (CE) handle routing between VLANs, act as DHCP servers, and connect to WAN/Internet via AR routers .Distribution Layer: Aggregation switches bridge the core and access layers, implementing redundancy and selective routing .Access Layer: Standard Huawei switches connect end devices like PCs, servers, and IP phones .Using CE switches at the core layer ensures that the simulated network can handle realistic enterprise traffic loads, support advanced routing protocols (OSPF, IS-IS), and provide a robust platform for testing high-availability configurations and security policies .