L3 Managed PoE Switch
Industrial grade management type 4-optical 8-electrical switch
F1100W-4SX-4XGT is a newly launched 10G three-layer network management switch by HiSilicon. It adopts a new generation of high-performance hardware and software platforms, providing flexible and cost-effective full 10G access, supporting three-layer routing protocols, complete security protection mechanisms, perfect ACL/QoS policies, and rich VLAN functions. It is easy to manage and maintain, meeting users' networking needs for easy management, high security, and low cost of network equipment. It is suitable for campus, hotel, and enterprise park network access, aggregation, and core multiple application scenarios.
10G Ethernet port
The 10G three-layer network management switch adopts 10G electrical ports and 10G optical ports, which facilitates flexible networking for users and meets the networking needs of various scenarios; All ports support line speed forwarding and have high-speed bandwidth processing capabilities. Each port allows data packets to be transmitted between connected devices such as computers, sensors, cameras, and other networked devices. Switches manage data flow to ensure efficient communication.
Strong business capabilities
The 10G three-layer network management switch supports RIP dynamic routing protocol, which dynamically generates and updates routing tables to solve routing problems in small and medium-sized networks after subnetting. Supporting static routing, administrators manually configure routing entries to achieve communication between different network segments, which is simple, efficient, and reliable.
Diverse reliability protection
The 10G three-layer network management switch supports STP/RSTP/MSTP spanning tree protocol, eliminating layer 2 loops and achieving link backup. Support spanning tree security features to prevent devices in the spanning tree network from being subjected to various forms of malicious attacks. Support static and dynamic aggregation, effectively increase link bandwidth, achieve load balancing, link backup, and improve link reliability.
