00:01
Hello students, since as we have provided the connectivity of 500 data ports, data ports, so requiring 1 gb, 1 gbps and 200 data ports and 200 data ports supporting 10 of 100 base t.
00:29
So with the power over the ethernet.
00:32
So you will need to calculate the number of access switch required based on the capacity of each switch and the type of the ports you need it.
00:41
So let's assume that the access switch has access switch, it has the 48 ports.
00:55
So this is the common configuration for the access switch.
00:59
So where are you need as the 500 by 48 is the 10 .42 switches to accommodate the 500 data ports during the 1 gbps.
01:16
500 data ports, data ports during the 1 gbps.
01:25
So since you cannot have the fraction of the switches, so we will round up this to the 11 switches.
01:34
So similarly, for the 200 data ports, as supporting the 10 by 100 base t with the power over the ethernet.
01:52
So you need at least the 200 by 48 that is 4 .17 switches that is round off to the 5 switches...