CTHR872205 SAP Certified Application Associate SAP SuccessFactors Variable Pay 1H2022 ID: 969885
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Grab SAP Certified Application Associate - SAP SuccessFactors Variable Pay 1H/2022 Certification Dumps Get your required dump now: https://certsgot.com/product/dumps - c_thr87_2205 - sap - certified - application - associate - sap - successfactors - variable - pay - 1h - 2022/ Copy Paste The Above URL To Get The Dump Related Information And if it’s not, we’ll put some padding there to make it that big. There’s also a maximum size for this combined data and pad, and that’s 1500 bytes. We call that the MTU for the packet size. That’s the maximum transmission unit of the layer 3 packet. Let’s now add the last four bytes of that 18 - byte header, which are mad e up of a frame or an FCS that performs error checking to ensure that the header is not corrupted. So if you add up six bytes for the destination mac, six bytes for the source mac, two bytes for the type field, and four bytes for the FCS, that’s a grand to tal of 18 bytes. So if we add on those 18 bits to the maximum transmission unit size of the packet, which was 1500 bytes, that gives us a layer - two MTU of 1518 bytes. When we talk about a maximum transmission unit, we need to specify: is this a layer - two M TU or a layer - three MTU? Because here we’re seeing that a layer 2 maximum transmission unit could be 1500 plus 18, but at layer 3, the packet size maxes out at 1500 bytes. Now, this is a standard Ethernet frame, but would you agree that we could be a bit m ore efficient in our transmission if we could send more data inside of one frame? That would cut down on a lot of header information that we wouldn’t have to send otherwise. And what some equipment supports is something called a “jumbo frame.” A jumbo fram e is going to allow the maximum packet size to be a whopping 90 bytes. That’s six times as many bites as the 1500 that we have by default, and that’s going to allow us to send more data in a single frame, thereby reducing the amount of header information t hat we have to send. But in order for this to work, both ends need to agree that we are supporting jumbo frames. Otherwise, we might get some sort of error saying that this is a giant frame; it’s too big. But if we set both sides to support, yeah, that’s a 9018 - byte layer - 2 MTU, and that’s a review of Ethernet switch operation and a dive into the Ethernet frame format..