C_THR96_2205 - SAP Certified Application Associate - SAP SuccessFactors Workforce Analytics - PDF document

Get Now SAP Certified Application Associate - SAP SuccessFactors Workforce Analytics Technical Consultant 1H/2022 Effective Dumps Get your required dump now: https://certsgot.com/product/dumps - c_thr96_2205 - sap - certified - application - associate - sap - successfactors - workforce - analytics - technical - consultant - 1h - 2022/ Copy Paste The Above URL To Get The Dump Related Information And this was part of the 802 - 3 X standar d published back in 1997, not to be confused with the 802 - 1 X standard used for security. This is something else. There is a caveat here, though, and the caveat is that we’re not paying attention to COS markings. Recall that a COS, or class of service mark ing, is a layer - two priority marking used for quality of service where we can give preferential treatment to different traffic types. For example, voice is often marked with a cosine value of five. Maybe we don’t want to pause traffic for five as long as w e pause for one, which has a lower priority. However, under the original 802 three - fold standard, each coefficient is paused for the same amount of time. The good news is there is an update, and it’s called Priority Based Flow Control, or PFC for short. Th at’s part of the III 802 - 1 QB standard that was published back in 2010. And with priority - based flow control, you guessed it, every code value from zero to seven Each of those values gets assigned a different time to pause and a different amount of quanta that they’re going to wait before they begin transmitting again. In this video, we want to discuss power over Ethernet. And the Ethernet switch I have on my screen is labelled a POE, or a Power Over Ethernet switch. So let’s begin by giving power to this s witch. Hopefully we have some sort of backup power for this switch. Assume it is linked to an uninterruptible power supply and is connected to the building’s electricity. But the switch can actually be manufactured with a larger power supply than would be required just to power all of those Ethernet connections. We could provide power to devices connecting to that switch. Think about a wireless access point as an example. You may want to install a wireless access point in the ceiling somewhere in your build ing. Well, there’s probably no electrical outlet nearby in that ceiling. So, how do you get power to this wireless access point? Well, a really elegant way of doing that is to do POE power over Ethernet. That means the power can flow over the Ethernet cabl e. So it’s sending you data, and it’s sending you power. Another example of a device that could be powered by that protocol: perhaps we have IP phones. It’s common for them to use POE. It’s better than trying to have an external power supply plugged into that phone and having it plugged into the already overcrowded power strip underneath your desk. Let’s just power it using the Ethernet cable that it’s going to be connected to anyway. Video surveillance. That’s another option where we see it used quite a bit. And these are just a few examples. This is not comprehensive. The point I want you to understand is that we can have network devices that get their power from the Ethernet switch, which is going to make the installation of those devices a lot more flexible and a lot cleaner. And when you’re talking about POE, there are some terms I want you to know. A Power over Ethernet solution is made up of three basic components. The first one is called a PSE. That’s power source equipment. That’s the device that’s prov iding the power. In our example, it’s an Ethernet switch. The next component is a