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The importance of packet conversion rate in wireless monitoring is probably very clear to everyone. If in a project, the packet conversion rate of wireless bridges and switches does not reach the bandwidth that the project needs to transmit, there may be a delay. Or the case of packet loss, so we must be very important in the importance of packet conversion rate in wireless monitoring. This is also conducive to the choice of equipment and engineering improvement.
The importance of packet forwarding rate in wireless monitoring
As we all know, the wireless monitoring transmission does not only rely on the wireless bridge, the switch also plays a very important role. Therefore, in the wireless monitoring system, the word packet conversion rate is also very common. The so-called packet conversion rate of the switch is the size of the switch's ability to convert data. The unit is generally a packet per second. The packet conversion rate refers to the number of data packets that the switch can convert per second. The number of conversion packets extracts the capabilities of the switch. So how do you know if the packet conversion rate of the switch is good? In fact, we can use the backplane bandwidth of the switch and the backplane bandwidth to mark the switch's total data exchange capability. The higher the backplane bandwidth, the stronger the switch's ability to process data and the higher the packet conversion rate. The packet conversion rate of a wireless bridge device is actually the throughput of a port. It refers to the ability of a device to perform packet conversion on a port, which is similar to that of a switch. However, wireless bridges have low-end and high-end devices. Generally, customers are advised to use high-end wireless bridges, and the conversion rate can reach several tens of Mpps per second. And the higher the general index, the better the performance.