Recently, some friends have consulted the editor about how to test the conflict domain of the network bridge using the Cisco simulator. The following is a method for testing the conflict domain of the network bridge using the Cisco simulator. Friends in need can come and learn more.

Step 1: First, we open the Cisco simulator (Cisco Packet Tracer) on the computer (as shown in the picture).

Second step: Then set up the test environment, which includes two hubs, one bridge and four hosts (as shown in the figure).

Step 3: What needs to be noted here is that the bridge and the hub must be connected with a crossover cable, while the hub and the host can be connected with a straight-through cable (as shown in the figure).

Step 4: Configure the IP addresses of each host, in order 192.168.1.1, 192.168.1.2, 192.168.1.3, 192.168.1.4 (as shown in the figure).

Step 5: Change the mode to simulation mode (as shown in the picture).

Step 6: At this time, we first ping the host on the same side of the bridge, open the 192.168.1.1 terminal, and enter ping 192.168.1.2 (as shown in the figure).

Step 7: Press the capture and forward keys in sequence and observe the direction of the information. When you ping for the first time, you see that the packet passes through the bridge, but when you ping for the second time, it does not pass through the bridge, which proves that the bridge has an isolation conflict. Domain functions (as shown in the figure).

Step 8: Therefore, the conclusion is that the bridge has several collision domains for several interfaces, but only one broadcast domain (as shown in the figure).

The above is the entire content of how the Cisco simulator tests the conflict domain of the bridge brought to you by the editor. I hope it can help you.