5th Gen Intel Xeon Gigabyte H263-S63 High-Density Server | IT Creations

Hi there, Doug Stuman with IT Creations. I have a high-density server from Gigabyte today, the Gigabyte H263-S63 Server. This unit features a 2U chassis with 4x individual server nodes. Each node with dual 4th or 5th generation Intel Xeon Scalable processors, plus support for up to 4TB of memory. MAX processors are supported too but only on certain configurations, which we will get to. Storage on the front is equally divided between the server nodes. Like our channel? Hit that subscribe button or even that bell thing up there if you want notifications. I mean everyone is interested in servers-right? Yea, right…
This platform is designated for high-performance computing or HPC and for hyper-converged infrastructures or HCI. With HPC applications, we’re talking AI deep learning and scientific analysis. Or it can be converted to a software-defined cluster for … Watch the video!
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Datasheet for the Gigabyte H263-S63 High-Density Server
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[@jatilq]

Nice.

[@munrayclanton2906]

I'm writing your review over this new gigabit process that you have when you're in a computer I actually worked on a couple of those years ago and regarding it just the sleds It is pretty neat when it come down what they are appointed which is the AP and the other one is another more than the W which is the way by product pedicin so I learned to add down it works pretty neat because you're more care a lot of it work and paperwork but then this system of like a warehouse or something you can actually track or treat the server to do it right processing by proper channeling So it's actually a pretty small little computer over there That is very impressive and THE lam1 lam2w is kind of a Workhorse when it comes to processing so I'm looking at the processors today in regarding that channeling program and the different configuration that are involved with the processor today because they've gotten very large so when you work those AA programs or the LA programs it gets to be a little bit more configuring the W is really kind of in his homework program myself and very smart within the contents of the processes and all the information coming in there's so much that you can draw in for time it's like one full gig continuously on a full light using the piece was the primary polls that trigger the simulations of light districting for itself when you get to the pee you have a w which is the the work out it's like the peel an appeal so when you get to the W is like an appeal once again but it's actually a work area campus and it's actually a processing number and a barcode within the contents of phone systems today was it a laser light and it works a laser as you work to pull in the pool goes by and a full gig will you run the key one program to the phone systems and you keep it in a lower heat rate the process of information can get faster because you're not committing friction or try not to friction the computer itself or the phone system and that's what we call the weight so now you have way configurations on the system of the configurations of the actual array on it to see what's going on so you're not banging walls or laying on the floor you're flying and once you start flying you can fly at 1:00 minion second and up up the hill and you just fly like a hill she can draw by the return information very extremely fast on those poles and the area codes in Manhattan says area of Annapolis and it's the word for years that's what we called the Manhattan Project so now you got a Manhattan Project you can work the system faster and more durable by using light itself only and not the static itself have a good day and I hope you understand it

[@Itcreations-LA]

Nope! But you have brought up a few "alternative facts" that cover a gamut of strange topics not necessarily related to this system. Perhaps a cautionary tale… Thanks for watching?