Clean Install vs Upgrade: Essential Tips for CompTIA A+ Exam Prep

WEBVTT
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And welcome to Technology Tap.
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I'm Professor J Rock.
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In this episode, we're gonna continue our discussion on different types of windows and how to install it.
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Let's happen to all right, welcome to Technology Tap when we talk about all three Comte exams, A Plus, Network Plus, and Security Plus.
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My name is Professor J.
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Rod.
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I'm a professor of cybersecurity and I love helping my students pass these exams.
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I'm also the author of Scam Proof for Seniors.
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It's available on Amazon and my website, Professor J Rod, that's J R O D dot com slash books.
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If you want to help your parents or grandparents help them and to prevent them from getting scammed, it'll make a great Mother's Day gift, which is coming up next month.
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So if you want that, you just look for it on Amazon or professorjrod.com slash books.
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Alright, let's continue where we left off like last time.
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Last time we talked about Windows, the different versions of Windows, and today we're gonna talk about installation strategy, right?
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Clean install versus upgrade.
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Right?
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So let me pick your picture, right?
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A user walks into your office, laptop in hand, and they say, My computer is slow, can you fix it?
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It's simple requests, right?
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Common, very common.
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So here's where everything changes.
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Right?
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It's not what you do, but in what you decide.
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Every OS installation comes down to two choices: either clean install or in-place upgrade.
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And this is one of the most important decisions when you're installing, you know, when somebody hands you a laptop on what you're gonna do.
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Why is this why does it matter?
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Because the wrong choice doesn't just fail, it compounds problems.
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It carries them forward, it buries them deeper into the system.
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So a clean install, right?
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It's like the reset button for real problems, right?
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What is a clean install?
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A clean install means wiping the drive, removing the existing operating system, and installing a fresh copy.
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No history, no leftover files, no hidden issues.
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So think of it as this: so your house has electrical issues, plumbing problems, and structural cracks.
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You can patch everything, or you can tear it down and rebuild it properly.
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So a clean install is rebuilding it from the foundation.
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Let's look at the advantage of having a clean install.
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It removes corruption, it eliminates malware, it improves performance and creates a stable system.
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So let's say you have a user who comes to you and they say their system is slow, it has pop-ups everywhere, and random crashes.
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They ask you, can you just upgrade it?
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If you do an in-plex upgrade, you're bringing all that garbage with you.
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But if you do a clean install, you eliminate the problem entirely.
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So here's a rule that you can write down.
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If the system is unstable, infected, or corrupted, always do a clean install.
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But here's the trade-off of doing a clean install.
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You must back up the data, you must reinstall applications, and you must reconfigure settings.
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But to be honest, it's a little bit easier to reinstall the apps because a lot of them are cloud-based.
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Right?
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So you don't really there's either you don't really have to, or there's very minimal of installing, right?
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Office 365.
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A lot of it is in the cloud.
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You only have to install very little of it.
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So when your user asks you why can't you just fix it without deleting anything, right?
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And this is this is when you have to explain to them we can fix the symptoms, but we can't eliminate the root cause.
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All right, let's talk about the in-place upgrade.
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It means the in-place upgrade means running setup from within the OS, keeping the files, keeping the apps, and keeping the settings.
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So let's go back to that house example again, right?
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Instead of tearing down the house, you renovate it.
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You paint over the walls, you replace some parts, and you keep the structure.
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The advantage is faster, less disruption, and no need to reinstall everything.
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Right?
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So company system is running just fine, it just needs Windows 11.
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You do an in-place upgrade, right?
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It makes sense because there are no major issues that you're having, right?
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So somebody comes to you and they say, with a laptop that's running fine and you want to do an upgrade, right?
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An in-place upgrade makes sense because it doesn't have any major issues, no corruption and no instability.
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But here's the hidden risk.
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This is where beginners will realize you're preserving everything.
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That includes misconfigurations, old drivers, registry history, and problems that you don't even know about.
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Hidden problems.
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So here's another rule that you can write down.
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If the system is healthy, then you can upgrade.
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If the system is questionable, then clean install.
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Right?
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So this is, you know, before how do you make the decision, right?
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Before this is where you're gonna elevate yourself from student to technician.
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Ask these questions before installing anything.
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What is the current system state?
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Is it stable?
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If it's stable, then you upgrade.
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If it's unstable, clean the install.
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Is the data critical?
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If it's yes, then back up first.
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If it's no, clean the install.
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Right?
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Is there a time constraint?
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Do they need it fast?
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If they need it fast, upgrade might be the best solution for you.
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If they can wait a little bit, then do the clean install.
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Are there hidden issues, malware, corruptions, driver conflicts?
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If yes, then it's clean install.
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Comtia questions will describe a scenario like this, right?
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A user system is slow, corrupted, and infected.
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You see that, you know that you have to do a clean install.
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So, all right, let's go in deeper because this is what we do as technicians, right?
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We don't rush into installations, we prepare.
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So you have to verify a couple of things.
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You have to verify CPU support that you meet the RAM requirements, that you have trusted platform module 2.0, secure boot, and storage capacity.
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You start an upgrade, and halfway through it and you realize you don't meet the requirements, the installation fails, right?
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It could be because of unsupported CPU.
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So here's another rule you can write down never install blind, always verify before you do it.
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Right?
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Driver support.
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Even if the OS installs, if the drivers are missing, you may get no Wi-Fi, no audio, no graphics.
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Right?
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User says, you know, my internet doesn't work after you upgraded because you don't have any network drivers.
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So you gotta make sure that the drivers are updated too.
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Always download the drivers beforehand and store them externally.
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Well, now this is one that I that we're gonna talk about that CompTIA likes you to do on the on the exam.
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And then you know, they really, really stress it in the exam.
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And for the exam, you know, for the sake of the exam, yes, you you say yes, I'm gonna do this.
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But in reality, if you do this all the time, you're never gonna have a job, right?
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They're gonna fire you, which is backup, right?
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This Camtia says it's not optional, it's not recommended, it's mandatory.
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But you cannot, you know, Camtia wants you to back up any and everything before you touch it, and you can't do that realistically, you cannot do that because you you're not gonna have a job, right?
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People are waiting for their computers and you're there fussing around with it.
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So I don't recommend you doing that, right?
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But for the purpose of the exam, you back up everything, right?
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But in reality, you don't really want to do that.
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Alright, so you install the OS, something fails, the data's gone, and then the user says, Did you back up my files?
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and you say no.
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That could be a problem.
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But again, it depends, right?
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On what the situation.
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So, and again, can Comptia's point is if the data exists, then you back it up always.
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But we both we all know that realistically, that might not be the best case.
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All because of you know, time, right?
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They don't want you know, you're gonna spend most of your time backing up if every computer that you touch, you gotta back it up first before you touch it.
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So, all right, application and software check.
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So you want to check the applications are compatible, the software requirements are good, and the licensing.
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A company upgrades OS, their accounting software stops working.
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Now, business stops.
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So now you you have to make sure before you upgrade that the important software that they're using works, right?
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So maybe you don't want to update the whole accounting department, right?
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You just do one.
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Always ask what applications does this system depend on.
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Right?
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Next, we want to ensure that there is enough disk space and proper partition layout, right?
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Because if you're if you're running out of space in the middle of installation, that is no bueno, and that's on you because you did not have proper planning.
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So and then you we have to continuously install, right, with our updates, right?
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Windows 11 does annual updates, right?
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Installation is not a one-time event, it's ongoing.
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Every update is a mini installation process, and it can improve performance or it can break the system and introduce new bugs.
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So you gotta be careful, all right?
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Test it before you do any kind of upgrade, right?
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You know, virtually, or you just have a test machine that you can use it on, right?
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So let's bring it all together.
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So the user systems, slow, malware infected, outdated drivers.
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We do it, and the technician decides to do an in-place upgrade.
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The result is the malware is gonna remain, the performance is still poor, and the issues persist, and the user is gonna come back to you and say you didn't fix anything.
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What should really happen?
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Clean install.
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Right?
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So let's lock this in, right?
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So clean install equals fresh start.
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In-place upgrade equals preserving the systems, always check compatibility, always backup data.
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Again, that's for CompTIA purposes only, for the exam purpose only.
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And always plan before installation.
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Right?
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Stop asking what's faster and start asking what's correct, what's stable, and what solves the root problem.
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A bad installation system can follow a system for a while, and a good one solves problems before they even begin.
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Right?
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So before we get into the final layer, right, we have to break down, we're gonna discuss the boot device, this partitioning, deployment methods, and repair.
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This is where installation becomes a controlled process, right?
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Everything we talked about so far is choosing the right addition, understanding the architecture, and deciding clean versus upgrade.
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That was all thinking work.
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Now we get part where technicians are truly tested is the execution.
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Because here's the truth: you can make all the right decisions, but if you execute them wrong, the system is gonna fail.
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Before an OS installs, the system has to start from somewhere.
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That's the boot process, right?
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A boot process, you can from your system can boot from the following places USB drives, optical drives, the network, pixie boot, internal drive partitions, or internet-based boot.
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So think of it like a building.
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The boot devices, the door you can enter through.
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If you choose the wrong door, you'll never get inside.
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Today USB is king.
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Why?
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It's faster than DVDs, portable, reusable, and works on modern systems.
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If you plug in, so let's say you plug in a USB installer, you restart the system, and nothing happens.
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Why?
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Because the boot order is wrong.
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Right?
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Always check.
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This should be something that you should write down.
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Always check BIOS UEFI boot order.
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Modern systems use UEFI, older systems use legacy BIOS.
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Why this matters?
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Because GPT requires UEFI and MBR works with a legacy.
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If mismatched, installation fails.
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Now we're at one of the most important topics is MBR versus GPT.
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MBR stands for master boot record.
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The maximum size that you can have on your master on your hard drive is two terabytes.
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Max partitions are four primary, and it's an older standard.
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GPD, GPT, GUED partition table supports large drives, many partitions, modern standard and required for UEFI.
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NBR is like a paper map, limited, outdated, and restricted.
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And GPT is like GPS navigation, scalable, accurate, and modern.
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So let me give you a scenario where you fail.
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You install Windows on a four-terabyte drive, but you use MBR.
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The result, the system will only recognize two terabytes.
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The other two terabytes, it's not gonna recognize.
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Modern system, use GPT always.
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File systems.
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This is the language of your storage, right?
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Windows uses NTFS, new technology file system.
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Why?
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Because it supports large files, permissions, encryptions, and reliability.
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The OS just doesn't just need space, it needs structural space.
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So you have you ever get a USB that it's more than 32 gigs, right?
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And you install something on it, and somebody you know gives you a movie file that's six gigs, and you try to install it on your USB drives, and it tells you don't have enough space.
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Right?
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You don't have enough space on it, but you do, you have 32 gigs.
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Check the file systems, make sure it's formatted in NTFS.
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That's that's what it means by structural space, right?
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You think you have space, but when you try to copy something that's more than four four gigs, it won't recognize it.
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Any of the other ones, right?
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Fat 32 specifically, right?
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You want to make sure that your USBs are in TFS, right?
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And now you can right-click on it, properties, and check to see if it is.
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If not, you can format it.
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And uh format it in NTFS.
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Alright, so now the system boots, the disk is configured, and now you install.
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What happens during installation?
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OS files are copied, the bootloader is created, and the hardware is detected, and the drivers are initialized.
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Where things go wrong if the wrong partition is selected or the disk is formatted incorrectly, missing drivers or incorrect edition chosen.
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Technicians install OS on the wrong partition, then the user data disappears.
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That's a nightmare.
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Always verify target disk and partition before you install.
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Alright, now we go beyond single machines.
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Right?
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We talk about unintended installations used for large deployment or standardized setup.
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How it works, it uses answer files or scripts.
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So you know when you install Windows, it asks you like, oh, is it English?
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Is it in the US, right?
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All that stuff.
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So you can write, you can actually write a script to automate it, right?
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User creation settings and configurations.
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You can, you know, you can do that.
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Companies need to deploy 300 computers, manual install, impossibly ineffect inefficient, right?
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Unintended install, automated, consistent, and it's fast.
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You don't want to even you even when you upgrade your computers, you can do like this, right?
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Deployment.
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You don't want to go, you don't want to do manual install, it will take you forever.
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If repeating the same install, you want to make sure that you automate it.
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Instead of a network deployment, instead of installing locally, you can install over the network.
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One of the benefits is centralized, it's faster at scale, and no physical media is needed.
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Zero touch deployment.
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This is a feature of IT.
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Devices will turn on, connect to a network, and install automatically.
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No human interaction.
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So at this level, you're not installing systems, you're engineering environments.
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Multi-boot allows multiple OS on one machine.
00:19:18.480 --> 00:19:28.000
You could actually have Windows 10 and Windows 11 on the same machine, or Linux and Windows on the same machine.
00:19:28.880 --> 00:19:31.759
Testing, use what do you what do you want to use this for?
00:19:31.920 --> 00:19:36.079
You want to use it for testing environments, learning labs, or dual platform work.
00:19:37.119 --> 00:19:37.440
Right?
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Considerations disk partitioning, boot loader configuration, and OS compatibility.
00:19:43.279 --> 00:19:48.319
Multi-boot adds flexibility, but it increases complexity.
00:19:50.559 --> 00:19:58.160
Alright, because everything repair, let's talk about repair and recovery, because eventually something will go wrong.
00:20:00.559 --> 00:20:03.680
You're only gonna get so lucky sometimes.
00:20:03.839 --> 00:20:07.119
So used when the system won't boot, otherwise it's corrupt.
00:20:07.440 --> 00:20:11.440
You can fix the system without deleting data.
00:20:12.319 --> 00:20:12.640
Right?
00:20:12.720 --> 00:20:17.119
You can refresh, reinstall Windows, keep the files, and remove the apps.
00:20:17.359 --> 00:20:20.960
You can reset, delete everything, and then do a full install.
00:20:21.519 --> 00:20:26.000
So for example, my system says, my system is broken, but I need my files.
00:20:26.160 --> 00:20:33.279
Your move is you can either refresh or repair the installation.
00:20:34.400 --> 00:20:37.359
I always choose the least destructive solution first.
00:20:37.519 --> 00:20:45.039
That is something that I've, you know, that I've if you've listened to me for a long time, you know this is one of the things that Camtia looks for.
00:20:45.279 --> 00:20:50.160
They want you to do the least destructive thing first, the easiest things first, right?
00:20:50.240 --> 00:20:54.559
Because that's the role of a technician, is not to waste time.
00:20:55.680 --> 00:21:05.119
OEM systems include recovery partitions so that you can restore the system back to the factory state that it was.
00:21:05.200 --> 00:21:10.400
But it removes custom configurations and it will remove the installed apps.
00:21:11.039 --> 00:21:14.799
So recovery partitions are fast, but they're not always ideal.
00:21:15.440 --> 00:21:17.680
So let's bring this all together.
00:21:18.079 --> 00:21:27.119
Technician uses the wrong boot mode, chooses MBR on a large drive, install wrong edition, and skips driver prep.
00:21:27.279 --> 00:21:32.960
Results, OS installs correctly, performance issues, missing features, and system instability.
00:21:33.279 --> 00:21:34.319
What went wrong?
00:21:34.559 --> 00:21:37.839
Not one mistake, but a chain of small ones.
00:21:38.640 --> 00:21:44.400
Installation success is not about one step, it's about precision across all steps.
00:21:44.960 --> 00:21:46.799
So let's lock this in.
00:21:47.279 --> 00:21:50.000
Boot device determines how installation begins.
00:21:50.319 --> 00:21:52.319
GPD is the modern standard.
00:21:52.640 --> 00:21:54.880
NTFS is required for Windows.
00:21:55.119 --> 00:21:59.839
Unintended installs enable scaling, and repair options preserve scale.
00:22:00.240 --> 00:23:17.200
systems so before you install you plan during installation you verify and after installation you validate most users think installation is an installate installing an OS is easy but technicians know it's one of the most high impact actions in IT so installing an operating system is not about clicking through a wizard it's about understanding environments making correct decisions and executing with precision because every installation builds a foundation and IT weak foundations fail strong foundations scale all right so let's get into our questions as we know I like asking four questions so I'll ask the questions I'll read the choices and ask again give you five seconds and then we'll do it all right question one a technician is setting up laptops for small businesses that require centralized authentication remote management and disk encryption which Windows edition is the most appropriate a Windows Home B Windows Education C Windows Pro or D Windows N.
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A technician is setting up laptops for a small business that requires centralized authentication remote management and disk encryption which Windows edition is the most appropriate a Windows Home B Windows Education C Windows Pro or D Windows N.
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Give you five seconds think about it five four three two one the correct answer is C Windows Pro Windows Pro includes domain join which takes care of centralized authentication BitLocker disk encryption and remote desktop which is remote management.
00:23:54.720 --> 00:24:26.079
Now when you see a question like this it's asking you for those three things right requires centralized authentication remote management and disencryption you have to pick one that does all three and Windows Pro does all three you can't don't choose one that has two because it's wrong it has to meet all the three requirements in any question right Windows Home lacks all these features Windows N is just a regulatory variant and it's missing the main features and education could work but the standard business answer is pro.
00:24:27.200 --> 00:24:32.480
So if you see domain plus bitlocker plus business use think Windows Pro.
00:24:33.279 --> 00:24:54.960
Alright question number two a system with 16 gigs of RAM is running slowly despite no visible errors the technician discovers the system is using a 32 bit OS what is the most likely issue a the CPU is incompatible B the system is limited to 4 gigs of usable RAM C the disk is formatted incorrectly or D the system requires a BIOS update.
00:24:55.119 --> 00:25:49.039
I'll read it again a system with 16 gigs of RAM is running slowly despite no visible errors the technician discovers the system is using a 32 bit OS what is the most likely issue a the CPU is incompatible B the system is limited to 4 gigs of usable RAM C the disk is formatted in incorrectly or D the system requires a BIOS update I'll give you five seconds think about it 5 4 3 2 1 the answer is B the system is limited to 4 gigs of usable RAM 32 bit OS the max is 4 gigs the remaining RAM is ignored so even though you have 16 installed the system will only use four so anytime you see 4 gigs plus performance issue plus 32 bit the answer is going to be is that it's is you know the the system is limited.
00:25:49.279 --> 00:25:59.759
So if you and you know so anything with greater than 4 gigs plus performance issues plus 32 bit's gonna be that anything more than 4 gigs is not using.
00:25:59.839 --> 00:26:01.119
That's why it's slow.
00:26:01.359 --> 00:26:09.119
Alright question three a technician needs to upgrade a system from 32 bit to 64 bit while preserving system stability.
00:26:09.359 --> 00:26:34.480
Which installation method should be used a in place upgrade B repair installation C clean install or D refresh installation I read again a technician needs to upgrade a system from 32 bit OS to 64 bit OS while preserving system stability which installation method should be used a in place upgrade B repair installation C clean install or D refresh installation and the correct answer is C.
00:26:35.599 --> 00:28:00.640
You cannot upgrade from 32 to 64 using an in place upgrade so that's out right in place is out you must back up the data and perform a clean install right none of these other ones will work so if the architecture changes clean install is required all right last question a technician is installing Windows on a 4TB drive using a modern UEFI based system which partition style should be selected a technician or a fat 32 B MBR C NTFS or D GPD GPD right I'll read it again a technician installing Windows on a 4TB drive using modern UEFI based system which partition style should be selected A FAT32 B NBR C NTFS or D GPD and the correct answer is D GPD MBR is limited to two terabytes GPD supports large drives and requires UEFI four terabyte drives must use GPD so if anything large disk greater than two terabytes use GPD or and or if it's a UEFI system that also uses GPD.
00:28:01.759 --> 00:28:26.000
So all right so let's take a a step back because we well you know we covered a lot today and it was just wasn't just about installing Windows it was something a little bit deeper we talked about decision making right we talked about choosing the right addition understanding the system architecture knowing when to wipe the computer and when to upgrade and planning before execution and installing with precision.
00:28:26.319 --> 00:28:32.559
Because here's the truth most people never learn computers don't fail randomly they fail because of bad decisions.
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The wrong addition limits your capability the wrong architecture kills performance the wrong installation method carries problems forward and poor execution breaks everything.
00:28:42.880 --> 00:29:24.240
But when you do it right when you think like a technician when you plan verify and execute you don't just install an operating system you build foundation and in IT everything depends on that foundation so next time you sit down to install an OS don't rush don't click through don't treat it like a checklist treat it like what it really is a critical decision point because strong systems start with strong installs right strong systems start with strong installs all right thanks for listening this is Professor Jrod and you've been listening to Technology Tap.
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Until next time keep tapping into technology This has been a presentation of Little Catcher Productions art by Cavera music by Joe Kim we are now part of the pod match network you can follow me at TikTok at ProfessorJ Robert at J R O D or you can email me at ProfessorJ Robert at JrOD at gmail dot coming