This is one of the best IT explanations for any topic that I have ever had explained. You disassemble and explain each piece and trace it beautifully. And I'm a university professor! I have subscribed.
Thank you for your effort in putting together such good tutorial. Indeed, this is one of the best explanations I’ve seen so far. If I may, can you keep doing such awesome videos? I would like to learn more about how the UEFI works in depth. Thanks!
This is by far the best explanation of Linux UEFI boot Diego. I just have one question - is NVRAM an alternative to ROM where BIOS code is stored?. I asked this because - in MBR based booting, when the POST checks (stored in BIOS in ROM) are done, it looks up the partition table in MBR for stage 1 bootloader which in turn loads the stage 2 bootloader. So going by this explanation, NVRAM seems to be quite similar to ROM. Kindly clarify this and also let me know if my understanding of MBR booting is correct😊
Mechanical keyboards are very clacky and tactile. Some people like them noisy... Some just like the 'action' of mechanical keys and will put dampening gaskets/o-rings on the mounting shaft of the keys to make them quieter. I agree it sounds like our guy found the loudest mechanical board or he put his mic too close to it
This is one of the best IT explanations for any topic that I have ever had explained. You disassemble and explain each
piece and trace it beautifully. And I'm a university professor! I have subscribed.
Thank you. I appreciate it very much.
Exactly what I wanted to know! :) THANKS :)
This video is randomly the perfect video for the help I was looking for.
THANK YOU THANK YOU THANK YOU! You explained the whole thing with one block diagram and didn't have to say a single word!
Glad you liked it!
@Root Labs , Thank you! You are very good at demonstrating and teaching these topics. I look forward to learning more in future videos.
Thank you for the good explanation. Let me catch the keypoints in minutes!
Glad you liked it!
The linked article was also very good. Thanks!
Simply explained and easy to follow, covering everything I was hoping to find. Thank you 🙏😊
Thank you for your effort in putting together such good tutorial. Indeed, this is one of the best explanations I’ve seen so far. If I may, can you keep doing such awesome videos? I would like to learn more about how the UEFI works in depth. Thanks!
Shoutout to AdamW!! You guys both know your stuff!
Awesome. You have explained this in such a simple way
Thank you for explaining and the link to the article! Hard to find such a good explanation.
Glad you liked it!
Brilliant explanation if how UEFI works, thanks
This is a very clear explaination. Thank you.
Thanks. You descried exactly the tings a wanted too know. Very useful information.
Very nice explanation!
Very informative, well done
Thanks for the info.
Once you located your ESP partition, you can mount it and check what's in it.
You are doing great work
Thank you!
This is by far the best explanation of Linux UEFI boot Diego. I just have one question - is NVRAM an alternative to ROM where BIOS code is stored?. I asked this because - in MBR based booting, when the POST checks (stored in BIOS in ROM) are done, it looks up the partition table in MBR for stage 1 bootloader which in turn loads the stage 2 bootloader. So going by this explanation, NVRAM seems to be quite similar to ROM. Kindly clarify this and also let me know if my understanding of MBR booting is correct😊
Thank you!
And to be honest, I'm no expert in hardware, so I don't know the differences between NVRAM and ROM.
Like the hostname you chose :)
I've got 2 nvme drives in my laptop (Windows and Linux). Is it possible to move the EFI from one to the other?
Bro really showing the finger to censorship with publicly displaying that tor browser icon
Interesting video but man, you have a seriously noisy keyboard. How can you stand all that noise??
Mechanical keyboards are very clacky and tactile. Some people like them noisy... Some just like the 'action' of mechanical keys and will put dampening gaskets/o-rings on the mounting shaft of the keys to make them quieter. I agree it sounds like our guy found the loudest mechanical board or he put his mic too close to it