C_TS410_1909 - SAP Certified Application Associate - Business Process Integration with - PDF document

Online Learning SAP Certified Application Associate - Business Process Integration with SAP S/4HANA 1909 Certification Dumps Get your required dump now: https://certsgot.com/product/dumps - c_ts410_1909 - sap - certified - application - associate - business - process - integration - with - sap - s - 4hana - 1909/ Copy Paste The Above URL To Get The Dump Related Information So if you have a ten - gigabit port, you say, what is 20 te rabytes divided by ten gigabits? and the answer is 20. But in this example, we’ll use the traditional short path cost method, and if we take a look at the link costs for switch two on gig zero one, it’s a cost of four to get up to switch one. And getting u p to switch one on gigabit zero one costs $4 on switch three. However, there are other paths. What if switch two went to switch three and then up to switch one? It costs four dollars just to get to switch three. Then it’s another cost of four to go from a switch three up to a switch one, for a total cost of eight. Same thing for switch three; it could go to switch two for a cost of four and then up to switch one for another cost of four. And that’s going to give us a total of eight. So it’s very clear in th is simple example that for switches SW 2 and SW 3, the root port is going to be that port that has a cost of 4 Gig 0/1 on each of these switches. Those ports are closest to the route in terms of cost. Now remember, a root port only exists on a non - route br idge. So the root bridge does not have any root ports. But we said that every segment — and we have three segments here — has a designated port, and the designated port is the port on the segment that’s closest to the route bridge in terms of cost. And somethi ng to notice is that on a link, you don’t get any closer to the route than being on the route. That means for the links connecting to the root bridge, the route bridge ports, those are the designated ports for those links. So the only other link we have in this example is the link between SW 2 and SW 3. Who’s the reporter there? Well, to determine that, we put ourselves on each end of the link, and we say which end has the lowest cost to get up to the route. If I put myself on the SWT side of that link, it’ s a cost of four to get to the root. If I put myself on the SW3 side of the link, it’s still a cost of four. It’s a tie. So what do we do? Well, we take a look at the end of the link that has the lowest bid. So, who is the first to have the lowest bridge I D between SW 2 and SW 3? We think about the priorities. These are a tie, so we have to go with the lowest Mac address, and that’s going to be SW, too. So the designated port on that bottom link is going to be the port on switch SW 2. Everything else is a b locked or non - designated port. And that’s a look at the four questions we want to ask as we’re analysing a spanning tree topology. And when we’re designing a network, we might not want to leave it at this default setting. Based on our traffic patterns, we may want to influence a specific switch to become the route bridge.