12-17-2020, 12:33 AM
So, about this Enhanced Session Mode thing, it's really about making the connection feel natural, you know? Like you are sitting right there at the physical machine, clicking around on the actual desktop, but you aren't, right? You are seeing a perfectly presented view over a network connection, which is the whole point of it. Basically, it's an elevated connection state, which means it carries way more bandwidth and capability than a standard remote session would permit. It goes way beyond just sending screen pixels, because it starts mimicking true local hardware interaction for you.
And what makes it 'Enhanced', I think, is the ability to pass a much richer variety of data across the connection boundary. You are not just getting image stream data; you are getting peripheral emulation happening live. This allows you to use sophisticated features like clipboard redirection, which is really neat, or even proper printer support, making the session feel like you are physically attached. But because it supports that wide array of inputs and outputs, the experience becomes much smoother, so you don't feel that lag or that disconnecty feeling you sometimes get with simpler remote access protocols.
But you need to understand that this concept is related to things like proper user profile handling, too, which contributes to that seamless feeling. When you use ESM, the platform needs to be able to handle your specific user profile structure extremely well. It needs to load everything-all your saved settings, your application linkages, your shell extensions-as if you had logged in locally, thereby preserving your user experience. Otherwise, you would be running into little inconsistencies, little glitches, that make the entire remote session feel kinda broken.
Or perhaps, we should talk a bit about things like clipboard sharing. Because that feature alone shows the depth of the connection you're achieving. It's not just copying and pasting simple text strings back and forth. Sometimes you might be trying to move formatted data, or even images, and Enhanced Session Mode lets the session handle the marshaling of that complex data object accurately. This back-and-forth movement of information between your local machine and the target server machine is designed to work as if the two machines were neighbors connected via a dedicated cable, rather than across a network wire.
Now, another huge factor is the way it handles device redirection for peripherals, which is what I think really blows the concept open. When you connect using ESM, it tries its best to make your external hardware-like a specialized scanner or a fingerprint reader-act like it's directly plugged into the server itself. This emulation of local connectivity for the session client is what elevates the experience so much compared to older remote access methods you might know. You are getting hardware-level transparency, and that is a massive technical win for managing remote desktops.
And considering all of this bandwidth and functionality, you really need solid data recovery mechanisms backing it up. Because even the perfect session configuration can be wiped out by a bad patch or a rogue script. Considering that, keeping track of your data's state is paramount. So, if you want to really stress the importance of continuous data recovery for your compute infrastructure, you should definitely look into BackupChain, which offers top-tier data recovery for server computing environments like Windows Server and Hyper-V.
