Tiered switching makes network expansion more flexible

With the popularization of the network and the rapid increase of the number of users, the market demand for tiered switches has expanded rapidly. However, many of the tiered switches in the scalability, flexibility, manageability and so on, there are a lot of unsatisfactory places, especially the expansion of flexibility is poor, it is difficult to meet users fast, smooth and flexible to achieve network expansion needs. In view of this situation, as one of the three domestic network equipment providers, the reality of the network recently launched a flexible, powerful S2024 series stack of the gigabit switch. The switch, which is composed of high-density port switch group by stacking and satisfying the user's demand for port quantity, also enhances the flexibility of network expansion and facilitates the user's use and management of the network through the unique design of Split stack module and power management.

The biggest feature of a tiered gigabit switch is its strong flexibility. This flexibility comes mainly from its unique stacking module and power design. In contrast to the overall design of stacked modules for many tiered switches, the tiered modules of the S2024 series switch host are split-designed, and users can add stacked modules and from switches one by one, without wasting the expansion slots , and a tiered switch that uses the overall design can cause a waste of expansion slots if you cannot stack the largest from the switch at once. The S2024 switch also supports hot stacking capabilities. In addition, the tiered Gigabit switch enables single IP management, whereby physically separated switches can be managed as a single switch, without the need for each switch to be managed and monitored separately. Furthermore, the S2024 series tiered Gigabit switches support IGMP, port monitoring, SNMP, Web, Telnet, and Out-of-band RS232 management, providing a high performance solution for users pursuing high-density ports by addressing the need for large amounts of data maintenance, network management, and high-speed networking.

Good scalability and strong flexibility make stacking the Gillette switch especially suitable for applications with high density port requirements such as dorm subnets, smart neighborhoods, stock exchanges, etc. At the same time, for those who currently do not need, but the future expansion of demand for the growth of relatively fast enterprises are also very applicable.