C_TS411_2021 - SAP Certified Application Associate - SAP S/4HANA R&D Engineering - PDF document

Prepared SAP Certified Application Associate - SAP S/4HANA R&D Engineering Preparation Dumps Get your required dump now: https://certsgot.com/product/dumps - c_ts411_2021 - sap - certified - application - associate - sap - s - 4hana - rd - engineering/ Copy Paste The Above URL To Get The Dump Related Information If I left gig 10 seven, it would cost four dollars to get to see, and another four dollars to get from C up to A via gig link. That’s a total cost of $8. Same thing if I go down to D; that will cost me four to go down to D, and then another four to go up to A, for a total of eight. Yes, it looks like tea. 10 for the price of 2. That’s the lowest cost to get back to the root bridge; switch A. So that will be our route port. What about switch D? It could go up to B, which is a cost of four over that gig link, and then over to A, which is a cost of two to go over the ten gig length. That’s four plus two for a total of six. Or, for $4, can take a direct path right up to via that gig link. Well, four is less than s ix. So we’ll say that the root port for switch D is gigabit port 10. What about Switch C? Well, it’s got three different ways that it might potentially get back to switch A. It could go to switch B for a cost of four and then over to switch A for another c ost of two. Four plus two is going to be a total cost of six. Alternatively, we have gig 1010 and 10 one. They each connect directly to switch A. They each have a cost of four. So we’ve got a tie. What do we do in a case like this? Well, if we have a tie w here we have two ports with equal costs to get back to the root bridge, ask who is at the other end of this link. And we’re going to use the link with the lowest bid. But in this case, both links go to switch A. It’s the same price on the far end of each l ink. So we have another tie. What’s the tiebreaker now? And the reason I crossed the connections between the switches A and C and the topology is that I’ve had many students who have heard the rule that we select the lowest port ID as the tie, which is tru e, but many students misinterpret that and think it’s the lowest port ID on our local switch. Instead, we take a look at the other end of each link and say, “Which far - end port ID is the lowest?” If we look at the other end of the link coming out of gig 10 10 on, that goes into gig 10.Looking at the other end of the link coming out of switch CS, we can see gig one slash zero one port. That’s gig 10slash three, whose far end port ID is less 10 three, which comes out of gig 10 one on switch C.