C_THR86_2205 - SAP Certified Application Associate - SAP SuccessFactors Compensation 1H/2022 - PDF document

Preparation SAP Certified Application Associate - SAP SuccessFactors Compensation 1H/2022 Effective Dumps Get your required dump now: https://certsgot.com/product/dumps - c_thr86_2205 - sap - certified - application - associate - sap - successfactors - compensation - 1h - 2022/ Copy Paste The Above URL To Get The Dump Related Information And then, when the server responds to the laptop too, when it comes into the switch on gig four, the switch makes a note of that. It now understands that the old D’s Mac address is based on gigabyte four. At this point, this switch has learned which Mac addresses live off of which ports. When a frame arrives destined for a ny of these four destinations, the switch will only allow it out of the appropriate port. And here’s an example of what an atypical Ethernet switch might look like: This is a Cisco catalyst switch, and it’s got 48 ports that we can use to connect out to en d stations. It’s got a couple of uplinks that can connect us to another switch. Notice the uplink speeds can be up to 40 gigabits per second. We’re trying to prevent any sort of bottleneck as we’re interconnecting our switches. And we said that the switch was going to be forwarding Ethernet frames. But what does an Ethernet frame look like? Let’s take a look at the structure. I’ve also included some layer one information here, including the preamble and the SFD. One of the things I want you to know about an Ethernet frame — in fact, you might want to put this in your notes — is that an Ethernet frame has an 18 - bit header. We’re going to add 18 bites to the layer three packet. But, before we get to those 18 bytes at layer 1, there is a seven - byte preamble. And th ese bytes are analogous to blowing a trumpet and proclaiming “dump, , ,” here comes an Ethernet frame. And then that’s followed by an SFD. And that is a delimiter for the first frame. only one bite, but it says, and the frame starts now. So these eight bit es are essentially preceding the frame to say, “Here comes an Ethernet frame; it’s starting now.” At this point, we get into those 18 bites. Six of those 18 bites are made up of the destination Mac address. We know that a Mac address is 48 bits long, so th at would be six bytes. That’s where this frame is headed. We also need to know where it is coming from. What is the source Mac address? That’s another six bites. Next, we say what kind of data is contained in this frame. And when we’re told which type of d ata that’s probably going to be IP version four or IP version six, that’s going to be told to us in the two - bit type field. and that makes up 14 of our 18 bites. We’ll get to the other four bytes in a moment. But next up, we have the data. What is containe d in this layer - three packet? And this is referred to as the data in the pad. because this chunk of data must be at least 46 bytes in length.