CTS4131909 SAP Certified Application Associate SAP S4HANA Asset Management ID: 969896
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Look At SAP Certified Application Associate - SAP S/4HANA Asset Management Certification Dumps Get your required dump now: https://certsgot.com/product/dumps - c_ts413_1909 - sap - certified - application - associate - sap - s - 4hana - asset - management/ S o it’s a double tie .On switch C, however, gig 10 becomes our root port. The next question is, who are the designated ports? And we have a designated port on every single segment, and it’s the end of that segment that’s closest to the route in terms of cos t, and we don’t get closer to the route than being on the route. So we know that every segment connecting to the route has its own designated port on the route bridge itself. So all of the ports on the route bridge are designated ports for their segments. And we’ve only got a couple of segments left. We’ve got the segment between switches C and B and the segment between switches D and B. Now let’s take a look, first of all, at that segment between switches C and B. If I’m on the switch C side of that segme nt, my cost is $4 to go up to switch A over that gig link. If I’m on the switch B side of that, my cost is only two. So which end of this link is closest to the root? That’s the switchboard side. So we’re going to say for that segment, the designated port is 10.Let’s take a look at the link between switches B and D. If I’m on the switch B side of that link, it only costs two dollars to hop over that ten - gig link to switch A. However, if I’m on the switch D side, it costs four dollars to take that gig link u p to switch A. So which end of this link has the lowest cost? The switch is located at the B end. So we’re going to say that for that link between switches B and D, the gigabit five - port on switch B is our designated port. And assuming the ports are all a dministratively up, all of the remaining ports are going to be blocked, or sometimes we might refer to those as “ports.” This is going to give us the loop that we see highlighted here in blue. That is the job of the spanning tree protocol, which creates th is loop - free topology while still allowing for some backup links. So if any of these links that we see in blue were to fail, we’ve got a backup path.