This talk is of academic quality. I knew nothing of arm except that there were at least two parts called armhf and aarch64, and now I can honestly say I know the basics. GJ!
Speaker: @0:37 "That's why I'm speaking little weirdly" Audience (at the end): We also want to be "that kind of weird" speaker. Superb talk. 👏👏👏 One could also se through the clarity of thoughts and experience while listening to this. Too good.
Wonderful presentation. Does anyone know of a follow-up presentation describing the situation as of 2022? I’m especially curious to know if there have been any structural changes since this talk was given, e.g. to the Linux kernel, the Device Tree, and the process of integrating vendor support for SoCs and boards. Or is all of this still totally relevant?
I'm truly amazed at how far Linux ARM support has come in the last few years. I can actually install an out of the box Fedora image (for example) faster and easier on some ARM boards than on my desktop now.
Fascinating talk. RUclips really is a great resource for learning. Many thanks indeed to contributors such as this; very much appreciated here! 👍 I’ve learned so much Linux and ARM stuff from RUclips lately and I’ve been using both to a modest extent since the early days. Particularly love the historical perspectives on development and personalities/politics behind them. Things start to make more sense when you get the context in which developments happen. I urge everyone to look at the Sinclair, Acorn, id software stuff (with Steve Furber, Sophie Wilson, John Romero) etc. Tech crack imho 😎✌️
28:30 Why does he say that ARM doesn't have a standardized BIOS-like boot process? On the next slide he says u-boot is the standard boot loader for ARM devices, and wiki mentions that u-boot implements a subset of UEFI (which is the new generation replacement for BIOS).
I am a great user of Windows OS. I run thousands of Pograms especially Office and EnglishSwahili Translation softwares. Is there any Windows OS Emulation on Linux or Android where I can Windows Program on Android especially those that are not fully deveped for Android like FLuency Now CAT Tool for example? Thank you for the video.
31:46 THIS is the reason ARM architecture at this time can't be on your personal computer or workstation... It is only good for predetermined embedded systems not being able to connect any other newer peripherals... I started learning ARM with ARM926EJ-S core and am now trying with Cortex-M4, but even these two cores are very different not to even mention SoC in which they are embedded! In my opinion ARM architecture became a big pain in the a**... Some things really need to change here...
Is it possible to change the dram size for an ARM platform like for x86 PC? Or, are there ARM platforms which have DIMM slots for DRAM? Is the dram size has to be specified in the DTS, or the DDR controller can figure it out dynamically?
But why developers don't focus on (LINUX applications+android application using arm ) I mean x86 program on arm .. phonebook lacks app support from x86 application and Android apps
The worst, but unfortunately the most abundant, platform to develop Linux on. Especially the forked kernels that get fucked inside out beyond recognition.
((a/b=b/a) inventor:(Philippe Senechal 330 West 95th St., Unit 426 NY NY 10025) inventor:1 assignee:(Semiconductor Energy Laboratory Co., Ltd.) assignee:(Philippe Senechal 330 West 95th St., NY NY 10025) country:US after:priority:20200812 status:GRANT type:PATENT) inventor:a/b=b/a assignee:(Philippe Senechal 330 West 95th St , Unit 426 NY NY 10025) country:US after:priority:20200812 status:GRANT language:ENGLISH type:PATENT
![Blox Fruits Dragon Rework Update [Full Stream]](http://i.ytimg.com/vi/EqDAp8udhm0/mqdefault.jpg)
![Seungmin "그렇게, 천천히, 우리(As we are)" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/kAzmhLHePqU/mqdefault.jpg)
This talk is of academic quality. I knew nothing of arm except that there were at least two parts called armhf and aarch64, and now I can honestly say I know the basics. GJ!
Amazing talk, so well summarized and structured.
To me, this talk connected a lot of dots. It is so informative and elegant.
One of the best videos I have seen in my life. Big big thank you !
Speaker: @0:37 "That's why I'm speaking little weirdly"
Audience (at the end): We also want to be "that kind of weird" speaker.
Superb talk. 👏👏👏
One could also se through the clarity of thoughts and experience while listening to this. Too good.
Merci Thomas pour cette magnifique présentation.
De A à Z, sans omission, en signalant uniquement les points pertinents.
Délectable !
Very excellent, informative and well structured presentation!
Awesome, awesome tech talk. So well presented. Thanks Thomas P .
Thanks for this video. I am part of a new team working with an Arm-based SoC.
Yet another superb talk from Free Electrons! Watching this video should be required for all embedded Linux folks!
Wonderful presentation. Does anyone know of a follow-up presentation describing the situation as of 2022? I’m especially curious to know if there have been any structural changes since this talk was given, e.g. to the Linux kernel, the Device Tree, and the process of integrating vendor support for SoCs and boards. Or is all of this still totally relevant?
I'm truly amazed at how far Linux ARM support has come in the last few years. I can actually install an out of the box Fedora image (for example) faster and easier on some ARM boards than on my desktop now.
can you show how to install fedora on samsung chromebook arm 303C12?
Excellent talk, I am a complete newbie in this realm and I feel like I learnt a lot. Thanks
Excellent presentation. Many Thanks for this informative session.
Fascinating talk. RUclips really is a great resource for learning. Many thanks indeed to contributors such as this; very much appreciated here! 👍
I’ve learned so much Linux and ARM stuff from RUclips lately and I’ve been using both to a modest extent since the early days. Particularly love the historical perspectives on development and personalities/politics behind them. Things start to make more sense when you get the context in which developments happen. I urge everyone to look at the Sinclair, Acorn, id software stuff (with Steve Furber, Sophie Wilson, John Romero) etc. Tech crack imho 😎✌️
This is a great talk! Well done
28:30 Why does he say that ARM doesn't have a standardized BIOS-like boot process? On the next slide he says u-boot is the standard boot loader for ARM devices, and wiki mentions that u-boot implements a subset of UEFI (which is the new generation replacement for BIOS).
Super, merci pour cette présentation tres riche
YES, another great talk from free-electrons. Very technical and nice presentation like the other old ones by him.
such a great talk, thanks for sharing for free on youtube
Really clarified a lot of my concepts that i didn't understand
This was amazingly informative talk.
Best. Talk. Ever.
Which CPU and GPU manufacturers use the A.R.M. architecture, besides Apple?
This is incredible, do such events happen all over the world? What event was this lecture a part of? Do such events happen in US cities?
Great talk! Congratulations!
Excellent organization of the content and precise presentation.
Greatly helped my understanding of Linux, and surprisingly even Android. Thanks!
Wow. Perfect presentation.
Excellent talk, loved it :)
Just like a good movie script, watched from start till end without getting bored.
Great lecture, well organized!
Very good summary
Excellent talk
Great talk! Thank you!
superb presentation 👍👍👍
I am a great user of Windows OS. I run thousands of Pograms especially Office and EnglishSwahili Translation softwares. Is there any Windows OS Emulation on Linux or Android where I can Windows Program on Android especially those that are not fully deveped for Android like FLuency Now CAT Tool for example? Thank you for the video.
@ 45:20 - feel like there should have been clapping here!
Great talk
Thanks
Bootlin really great like there kernel ref lookup as Eclipse fails terribly on it.
Simply wow
Comparison to CISC and x86 architecture?
you mean RISC and x86 :)
The dts files are licensed gpl. It will never be used by any other OS.
Very nice video
31:46 THIS is the reason ARM architecture at this time can't be on your personal computer or workstation... It is only good for predetermined embedded systems not being able to connect any other newer peripherals... I started learning ARM with ARM926EJ-S core and am now trying with Cortex-M4, but even these two cores are very different not to even mention SoC in which they are embedded! In my opinion ARM architecture became a big pain in the a**... Some things really need to change here...
Is it possible to change the dram size for an ARM platform like for x86 PC? Or, are there ARM platforms which have DIMM slots for DRAM? Is the dram size has to be specified in the DTS, or the DDR controller can figure it out dynamically?
ASUS NovaGo have a Snapdreagon in it.
@@yuwuxiong1165 I think it's dynamic because there's big ARM servers with multiple processors and lots of memory.
it's awesome
Fantastic!
Why does he keep saying "Kotex A5", and "Kotex A15", etc?
Daniel Jesús Valencia Sánchez He meant "cortex" bro,
He is from France! Are you a linguist?
Let's see you speak French.
Cortex A5 is a thing though (not to be confused with the Cortex A15)
thats deep
But why developers don't focus on (LINUX applications+android application using arm ) I mean x86 program on arm .. phonebook lacks app support from x86 application and Android apps
Now we know why Android phones are throwaway after a couple of years 😞
The worst, but unfortunately the most abundant, platform to develop Linux on. Especially the forked kernels that get fucked inside out beyond recognition.
((a/b=b/a) inventor:(Philippe Senechal 330 West 95th St., Unit 426 NY NY 10025) inventor:1 assignee:(Semiconductor Energy Laboratory Co., Ltd.) assignee:(Philippe Senechal 330 West 95th St., NY NY 10025) country:US after:priority:20200812 status:GRANT type:PATENT) inventor:a/b=b/a assignee:(Philippe Senechal 330 West 95th St , Unit 426 NY NY 10025) country:US after:priority:20200812 status:GRANT language:ENGLISH type:PATENT
Great talk