Measure the test taker's knowledge about how to speed up a 24-port Gigabit Switch in a large area.

GE switches are still commonly used. So I studied how to increase the speed of a 24-port Ge switch in a large area. Here I will share with you, hoping to help you. With the emergence of Ge-switched network applications, large file transmission and game applications such as high-end multimedia and CAD have gradually increased, many users want to achieve high-speed gigabit-to-desktop connection through low investment.

The gigabit port can provide full-duplex dedicated bandwidth of up to mbps for desktops, and ample bandwidth provides a bottleneck-free data path for workstation access servers, so that the workstation performance is better. At the same time, the higher port density not only helps to meet the increasing network load needs, but also effectively reduces the average investment per port, and helps users easily transmit large-capacity files in a more economical way.

Some friends think that Gigabit fiber is used as the transmission media. In fact, the desktop Gigabit can also be directly transmitted through ordinary 5-class lines or over 5-class lines, although the effect is not as good as that of optical fiber, however, it is fully compatible with the previous MB network system. The Gigabit Switch on the desktop is also very easy to install and operate. All LAN ports support full/half duplex mode adaptive and MDI/MDIX adaptive functions, you only need to connect a gigabit switch to a network cable, and any port can be connected to a server, Hub, or switch. Without other configurations, you can start the network within one minute and implement plug-and-play.

The connection of gigabit copper ports can be achieved through common 5-class twisted pair wires. Therefore, when using these two Gigabit Switches, you can immediately enhance the performance of the Working Group without installing expensive optical fibers, this feature makes the gigabit-to-desktop solution provided by L2 Ge switches more cost-effective.

In large and medium-sized network applications, 24-port desktop Gigabit Switch products are mandatory because these products have large backboards and support many clients, in this way, it is more convenient to transmit terminal data under the same one thousand m switch. In general, the price of the desktop Gigabit Switch is still relatively approachable, making it possible for small offices to speed up in an all-round way, the cheapest Gigabit desktop switch costs only a few hundred yuan, which is very affordable. These products also have some characteristics in parameter indicators. The most important parameter is the backboard bandwidth switching capacity), which is the maximum data volume that can be throughput between the vswitch interface processor and the data bus, the value size directly affects the data exchange and forwarding performance of the Gigabit Switch. The larger the backboard bandwidth, the better the performance. Generally, the larger the number of LAN ports, the larger the backboard bandwidth, each port has a high forwarding rate.

If the port bandwidth is the same, the forwarding rate of vswitch data packets with a large bandwidth increases. The bandwidth of the 24-port Gigabit desktop switch we introduced today is 48 Gbps, which is three times that of the 8-Port product. Most of these desktop gigabit switches do not support network management, and VLAN Division is also not supported. Note that the number of MAC addresses is the maximum number of MAC addresses that can be stored in the MAC address table of the vswitch. The more MAC addresses supported, the higher the efficiency of data forwarding. Most desktop gigabit switches have more than 4 k MAC addresses, and most of the 24 LAN ports are 8 k. Of course, the larger the number of MAC addresses supported, the higher the general price. Another important indicator is the swap buffer memory, which is usually kb and the size can reach 1 MB. The large swap buffer memory can reduce the packet loss rate of the exchange and forwarding data.