What is the difference between a 1000M Gigabit switch and a 10G Gigabit switch?
1. The supported rates are different: Gigabit switches support up to 1000Mbps, and 10 Gigabit switches support up to 100G. Therefore, the transmission rate of 10 Gigabit switches is faster than that of Gigabit switches.
Backplane bandwidth and packet forwarding rate are different: The backplane bandwidth and packet forwarding rate of 10 Gigabit switches are higher than those of Gigabit switches, so they are more capable of large-scale networking requirements. 10 Gigabit switches are generally used in core-layer networks.
2. Power consumption is different: the power consumption of 10 Gigabit switches is greater than that of Gigabit switches, so in terms of energy saving, Gigabit switches will be even better.
3. Different functions: Gigabit switches generally have two layers, 10 Gigabit switches generally have two or three layers, so 10 Gigabit switches organically integrate the simplicity and flexibility of the second layer with the stability, scalability and high performance of the third layer. . As an upgraded version of Gigabit switches, 10 Gigabit switches have more complete functions than Gigabit switches.
4. Different application scenarios: Gigabit switches are used in the access layer of local area networks and networks, such as large-scale Internet access for small businesses, extensive multimedia applications, and frequent transmission of large file transfers, which require powerful data processing in the network Ability and efficiency, the use of gigabit switches is completely competent. 10 Gigabit switches are used in the convergence layer of metropolitan area networks and networks. For example, 10 Gigabit switches have higher data forwarding capabilities and improve the bottleneck problem of Gigabit networks. They are often used in large enterprise networks, data centers, or have very high security performance requirements. High in the network.