I truly appreciated how clearly and simply you explained the concepts of virtualization, from hypervisors to virtualized networking. It really helps to understand the significance and efficiency of virtualization in today’s IT infrastructures. Thanks for sharing your knowledge!
You have just achieved in 18 minutes what the CompTIA lesson plan failed to do after a full 2 hours of re-reading the subject matter. I finally get it. Thank you so much!
I virtualized my desktop and laptop. My "work" has been divided over 5 VMs. - One for office tasks always loaded (email, torrents, WhatsApp, Libre Office etc) - One for banking and PayPal - One for experimenting with new stuff - One to play my music (Win XP) with WoW and TrueBass effects - One with Win 10 stuff I can choose the best OS to work with e.g. my Ryzen 3 2200G and I can choose each VM-OS based on its specific workflow. Every week I synchronize the VMs from desktop to laptop, so on the road I use exactly the same VMs. No compromises between HW support and work flows. My host OS is a minimal install of Ubuntu on ZFS using Virtualbox. The VMs all use ext4 or ntfs, while still having the benefits of ZFS, like lz4 compression, snapshots, CoW, incremental send/receive for e.g. backups, etc. All Linux-VMs boot from nvme-SSD in ~10 seconds. Windows needs ~25 seconds. With the exception of the Office VM all VMs are closed for inbound traffic and so is my WiFi router. Each VMs has access to a subset of my Vbox Shared Folders. My oldest VM Windows XP has been installed in 2011 and it survived three desktops, a 2003 HP D530 SFF (Pentium 4 HT), a 2008 HP dc5850 (Phenom X3 -> Phenom II X4) and a 2019 Own Build (Ryzen 3 2200G) and 2 laptops, a 2008 Dell Inspiron 1521 (Athlon X2 TK-55 -> Turion X2 TL66) and a 2012 HP Elitebook 8460p (i5-2520M).
Oh God. Finally I found you - a decent teacher who can explain virtualization easily. Thank you! Awesome work! 1st video from you but not the last :) Keep up the good work!
Hey could u make videos on every IT topic? As I am doing the Diploma now,,,,love your way,,,teacher sucks in college,,,Could pay you 💰 but not much 😜 but thank you❣️🙏
Amazing content; I’m very new to this and your video was very helpful. Just out of curiosity, what’s the purpose of having the RAM and Processor present in the thick clients. Thank you!!
Late but hope this might help: THICK clients are designed to be capable enough to install and run applications on local Hard disk, so they need more RAM, storage space and computing power whereas THIN clients require very minimal hardware, just to connect to the server where actual computation happens.
IT people are mere mechanics of complex logical machines. Even if you are a top IT guy in a corporation, you have NO CLUE how PCBs are made, how chips work and how software operates and communicates.
@@dinorossi6611 That doesn't make you engineer either. Plenty of technicians and makers know that. A degree doesn't make you an engineer either. Many engineers end up doing zero engineering but they still have the title.
@@noweare1 True. But they have the title of a real engineer. Well, we could go into intricacies of etymology, where the name came from, a guy that was throwing coal onto the fire in a locomotive was also called an engineer and so on.. but you are not an engineer until you have an engineering degree. Period.
Wow. Question: What if those thin clients needs a webcam each? How do you set that up? And also the Keyboard, mouse etc. Imagine the Threadripper's 64 cores are utilized here, mindblown :o
Hello Jacob this is Sagar,I have been continuously watching your videos and I am following your upcoming videos as well. I have little request I hope could help me with that. I want to you make a video on which comprises OSI model and TCP/IP model with each layer functions. I hope you could help me out through this. Your's faithfully, Sagar.
Hi Sagar, we do cover OSI inside our programs and courses. Perhaps I can upload something in the future, but no plan for putting OSI on youtube for now.
