Here is a mini guide that hopefully answers most of the questions about versions, builds, updates, and operating systems as it pertains to large guides and presets that target the high performance audience:

VERSION AND BUILD NUMBER
The version of Windows doesn't matter as much as the build does. For example, Windows 10 version 21H2 originally shipped as build 19044.1288 and someone using a fully updated 21H2 version will have a higher build number than that. Windows Updates can restore uninstalled components and files, reset registry tweaks, and revise old features or add new ones, so the differences can be major between builds, even on the same version.

In other words, no guide, script, or tool out there will fully work properly on every operating system or build, simply because Microsoft changes things too often, and it takes countless hours of manual research and testing on highly customized images to figure it all out and make it polished.

GUIDES AND PRESETS
Anyone that wants to use different operating systems or builds will find that most guides and presets will still usually work, but until someone digs deeper they won't realize how many tweaks aren't functioning anymore, and those tweaks also won't address newer features, so any added bloat in the latest builds is untouched.

If a user wants any guide or preset to work 100% as designed, use it exactly as written, otherwise if a user goes off course they need to be prepared with the skills and knowledge to adapt things to their situation, as it is not the author's responsibility to troubleshoot a user's self-created issues.

WINDOWS UPDATES AND IMAGES
The question then becomes, why do people want updates? It may be because the masses assume that most updates are only security fixes, but this isn't the case, especially on operating systems Microsoft is focusing on the most, which is Windows 11 right now. This is because Microsoft actively evolves its newest Windows, and is a major reason why so many bugs appear after updates, due to the plethora of features being revised, unlike older operating sytems that are near their end of support and receiving security updates only.

The thing about all performance images out there, is that most have Windows Update disabled in some fashion. The general guidance is to use a custom install for 12 months, then start over around November of each year when the latest ISO is released by Microsoft, which has all updates integrated already. Then we make a new image, reformat, install Windows, and repeat this process annually, never worrying about Windows Update problems ever again. We still have to verify that our tweaks work on the new build though, and investigate any new features added.

For the people that just want their machine to be as updated as possible and it's more important to them than tweaks, they can use whatever build they want, but they must accept that some unknown amount of tweaks will stop working or won't address new features. Nobody will know how much has changed after an update until they test it, and those results will vary wildly between builds depending on what Microsoft changed at the time.
 
Last edited:
Well So far I followed the guide and here's what I got. First image is retail Pro, second is after your guide, also Pro. Installed on Hyper-V with 4 Cores, 10GB Memory. These are with no NIC connected yet (so no internet yet), and Nothing done except running the installer. (ignore the time difference, i didn't configure the timezone in the retail lol)

vmconnect_FGnnr7BwLL.pngvmconnect_AJSsIHNYaN.png
 
The video icon won't appear in the bottom right if using the guide's build, so I imagine you integrated updates? That is a perfect example of something I need to address in the newer builds, since it was added in an update after 21H2 released.

If you want to do a little test, take a look at the screenshots in the guide compared to yours, so you can see more differences. You can permanently lower the resources you currently have as well, by doing the command discussed here (link), which comes from the final step in that thread's guide.
 
...It's hyper-v lol =D
Phew, lol, well that makes perfect sense then. I was confused because all the screenshots I see from people are always like 2 GB, and I don't use hyper-v either, so this 10 GB really threw me off, and I don't mean any offense by it, but sometimes you never know with people :p
 
Phew, lol, well that makes perfect sense then. I was confused because all the screenshots I see from people are always like 2 GB, and I don't use hyper-v either, so this 10 GB really threw me off, and I don't mean any offense by it, but sometimes you never know with people :p
I picked 10GB because it was even, and when you create a VM in hyper V it was defaulting to 1024MB so I just added a zero... I was basically just lazy lol.
 
So I just re-made the image without doing any updates, and surprisingly I have more processes??? lol But no icon in the corner lol. But less memory usage... Windows is a strange beast.


1701832583255.png
 
It seems to be settling. it's now at 118 processes with 942 threads, but at 9 minutes into boot. So strange. I'm conflicted on whether to use the updated iso or this one! lol

I plan to remove other components, but I want a solid baseline first
 
You don't measure until least 20-30 min. after post-installation. There's a number of background tasks kicking off from WU to update Store apps, Defender signatures, etc. Another thing is busy tasks like .NET's ngen recompiling the assembly cache for improving runtime performance.
 
You don't measure until least 20-30 min. after post-installation. There's a number of background tasks kicking off from WU to update Store apps, Defender signatures, etc. Another thing is busy tasks like .NET's ngen recompiling the assembly cache for improving runtime performance.
Wait, I thought this was suppose to stop all that stuff?
 
Yeah, this is why I mention that rundll command in my reply, because it forces all the pending queues to clear, then after a reboot you have a real baseline, without all that pending background overhead to interfere.
 
Yeah, this is why I mention that rundll command in my reply, because it forces all the pending queues to clear, then after a reboot you have a real baseline, without all that pending background overhead to interfere.
Crap, I didn't even see that. My apologies!
 
Hellbovine Would I be correct in understanding that I can modify an already created setup in order to remove components? The only thing I'd have to do is remove the Reg2-6 files, run the component removal, then re-apply the reg2-6 files right? As long as I apply the tweaks after any modification, I should be good and not have to start over?
 
...I can modify an already created setup in order to remove components?...
In the context of this guide you could take the final image, do removals, and then add the reg files again and be good to go. When it comes to general image making as a concept though, it gets complicated, since more work is put onto the user and isn't handled by a guide's author. Take a look at this other guide (link) in the "Processing Order" section for more information, but that whole guide is a must-read for NTLite users.
 
Hi,

Confused about how this guide would effect a laptops power management especially in regards to battery life and how you would modify these tweaks considering its a laptop?

Thanks
 
...how this guide would effect a laptops power management especially in regards to battery life...
I haven't had a chance to test battery life to get definitive numbers, but it should only positively affect battery and heat, since it's reducing overhead, so computer parts do not have to work as hard, especially the CPU. If you find that battery life isn't as good as it used to be though, change the power plan back to balanced, since this guide sets it to high performance. I use this image on both my desktop and laptop, without any issues.
 
Back
Top