In previous tutorial you explained collision domain and said, that routers,bridges,switches create separate collision domains and send frames to specific devices ( not like hubs ). However, here you say that everything but routers send broadcast messages between all the devices in the domain. So what's the difference between the frames that you explained in previous video and broadcast messages? For example, switches send frames based on MAC address. So if we have stations A,B,C in our network connected to a switch and station A wants to send message to C, then B will not be able to see the content of the frame. But it does receive a broadcast message. I don't get why.
I know it's irrelevant for you now, but maybe for others - broadcast is applied by sending frame to all 1s (or F's in Hex) MAC address and intended to transmit to all other hosts in the same collision domain
Best tutorial on this topic, outstanding explanation ! :)
*Broadcast* domain 👌🏾 very important information given you sir thanks you🙌❤️👍
Well done!!
This is the way.
In previous tutorial you explained collision domain and said, that routers,bridges,switches create separate collision domains and send frames to specific devices ( not like hubs ). However, here you say that everything but routers send broadcast messages between all the devices in the domain.
So what's the difference between the frames that you explained in previous video and broadcast messages?
For example, switches send frames based on MAC address. So if we have stations A,B,C in our network connected to a switch and station A wants to send message to C, then B will not be able to see the content of the frame. But it does receive a broadcast message. I don't get why.
the difference is that one is collision and one is broadcast...
I know it's irrelevant for you now, but maybe for others - broadcast is applied by sending frame to all 1s (or F's in Hex) MAC address and intended to transmit to all other hosts in the same collision domain
helped a lot