Видео

It's sad you have an Apple Playlist but not Android .

Good job Gary, fuck cant believe this sort of shit really happens. So grateful i live a quiet life in my comfy little home.😊

I also imagine 128bit arithmetic would necessitate very long pipelines, or at least a significant latency compared to 64bit arithmetic.

Just moved to the new copilot plus and I love it. Performance is top notch, so is battery live. Truth is, I spend most of my time in office and Teams which run flawlessly. The old x86 Kindle app runs fine, but to be honest, it does not need performance. What is someless suboptimal are Windows drivers that use the emulation. I'm using a Dragonfly cobalt USB DAC paired with Headphones. This one does not have a ARM driver and runs on the emulated windows driver. It generally works, but since a DAC is really time critical it comes with a lot of hisses and artifacts in sound. So that needs a bluetooth headphones. But generally speaking - Performance is excellent.

I absolutely DON'T want any copilot. i didnt even want cortana BS.

You got it spot on! It's modeled on past data. It's evolved to conversational specific returns: "Chats" We built it, We paid for it. It's "They're" illusion "they" own it. It's a scraped natural resource We own. A "government" data base.

Hi Gary, nested virtualization will be available on a macOS Sequoia, but only for M3 series chips and higher, even though M2 series chips already had a hardware support for it. Please test both cases when OS update drops, it would be a great info for devs. Thanks and good luck with the channel.

I was thinking in terms of an integrated AI- one with computer vision at 60 frames per second, and say a paired down specialty version of chat gpt (to help interact with people, along with canned prompts) I wonder how much computing power you need in order for system to keep track of chemicals, pipes, and help people in a given area. - think of what Amazon does in their stores when they had people just pick stuff up and go, versus say a chemical plant and just keeping everything safe- with a more refined version of ChatGPT to inform everyone in an area of an issue, or to be able to intelligently answer questions, even with a manager in an area. The biggest issue in any place is even when you have highly skilled and educated people, people get tired and mistakes can happen. - AI can help make chemical factories Safer, Nicer, and near accident proof, but you need a system that isolates all of their electrical components and any heat they might generate (say a rubber cap near a wireless induction coil) Do you think 1 or 2 Orin modules would be enough to make an area in a factory safer?

Ya people on Windows ARM do spend 90% of their time on native ARM apps because the emulator is terrible, especially with older software. I am on second Windows ARM computer and I am going to be switching back to AMD for my next purchase.

It's funny that my desktop with an RTX 4090, would absolutely smoke all of these bespoke NPU's. But because of greed and marketing reasons, that probably won't happen. Though I'm the kind of guy who uses GPedit / RegEdit to disable as much telemetry as possible, so a feature that takes regular snapshots of your actual screen - probably isn't for me. It's a new AI-powered world, of telemetry and privacy concerns.

the fact that ten years is considered old for digital/mirrorless is a HUGE part of why I'll never touch them. Apart from my coach built large format ones the youngest film camera I own is 42 years old, and they all work perfectly. The oldest is 60 years old and aside from a service to check everything there haven't been problems with that one either.

For laptop use the ARM processors are attractive because of their lower power demands. On desktops and servers there is no compelling case for ARM processors. There are no ARM only Windows applications so x86-64 will continue to be the architecture of choice. If ARM processors offered competitive performance to x86-64 at a lower price then there might be a reason for them outside of the laptop space.

So these Matrix extensions are an architecture within the CPU that allows for and enhances running artificial intelligence programs? So usage case scenario if I’m using AI programs to create artwork or animation, these matrix extensions would increase the capability of the AI results in a quality sense? Am I understanding this correctly?

Your code works great, I was also pleased that the clock continues to keep time on its own after losing the network connection. Thank you!

7:10 ... and there it failed 😂

How can I install a x64 program on my Snapdragon processor? I am trying to install Insta360 studio but it doesn't let it and says it can only be installed on systems with x64 architecture

15 years ago, a similarly spec'd desktop PC would cost you over 2 grand.

Finally someone who knows his stuff

You're a champ for answering at the start! Watching all of it just because you're a legend 🎉

Installed on my pi 8gb using an kingston canvas SD, but it's laggy a bit. Especially on 1080p yt vids. Now i'm waiting for an nvme to arrive and start using the OS in there and see how it goes. It seems ubuntu needs tons of optimization still, for pi5!

It does seem to me that reviews were much easier on M1 when it launched without native apps. Also Rosetta was almost presented as a zero penalty way of running x86 apps which was not really the case. I suspect a lot of the reviewers personally used Macs so were swayed by the new technology.

Looks like 7+ gen 1 overclock for me. I go for sd 8 gen 2

I see you have SQL server is listed in the native applications section in the developer tools box. I'm not able to find an ARM supported version of Microsoft SQL - even the Azure SQL edge version has dropped ARM support - where did you get that information?

Well done video. Nicely explained

zig is getting to be very impressive technology indeed. If I understand the docs correctly you can create a library using zig with a C ABI so that C can call into Zig code and all of its nice advanced data structures transparently.

Emulation is just the first step of migration, once user base is so high then developers will develop native arm programs

Torvaulds invented the Linux KERNEL, not an O/S. The O/S to which you refer, is the GNU OS, of which Richard Stallman is the founder.

So what happens if you hook it up to a non-POE device will it Cause damage

Fedora users are encouraged to use DNF now, not RPM from what I understand.

@6:14 - they said 2x faster than "Windows 11 22H2" so, what was or is the score on "Windows 11 22H2" vs "Windows 11 24H2"????

@4:26 - i don't see word on the list, i see that they will port over OneDrive, Excel, Teams, PowerPoint, Outlook and OneNote. you think they should have had these from a long time ago. Gary, I hope you can test to see which of the office apps will use native arm or emulated x86.

The range on chrysler building sucks. That's why you would want a bigger/better sensor and a lighter lense

I'd love to see a Linux on Snapdragon X Elite test. Supposedly they promised support is there with recent enough kernels, and assuming the sometimes less well supported bluetooth, wifi, sound & GPU and video encoding acceleration weren't scimped out on, the actual ARM CPU part should be great under Linux. SBCs and ARM servers have made more than enough distros have full ARM package support, heck even most proprietary tools have been ported. The only thing missing natively is likely Steam for Linux, which I don't care that much on an ultralight laptop, especially one maybe provided from work, and I have fundamentally seen someone emulate, even if that typically for Linux may be a little more complicated than Rosetta or even Microsoft's solutions.

Hearing about the Dimensity 8250 ! Super curious to see phones with 320MP cameras! Imagine the crazy zoom capabilities!

x128 here I come!!!

great explanation sir... thank you sm!

Waiting for AMD to come up with ARM by 2026 according to their roadmap

liked that you used a normal slide template from google slide and used it rather than using fancy AI generated background and slides that looks shit

I want a gaming/productivity laptop with an Nvidia/AMD high end GPU and an ARM cpu. I also want to have upgradeable RAM, SSD, Wifi and battery, just as I do on my current Legion laptop. Hope this will be available in 2 years.

Is it too early to hope there’s a RISC-V version of Windows in a lab somewhere… perhaps reusing the same underlying approach as PRISM for mainstream adoption…. A boy can dream right… a boy can dream 💤

With cpus, gpus, mpus, etc, why not x86 specific cores instead of emulators? The would sit idle on low power most of the time!

In the Linux kernel, as far as i know, they always use the 'struct' keyword, instead of defining their own type. I always wondered why that was. Thanks for the video!

I was a little surprised that you can assign structs in C. Checking the original K&R it said that wasn't allowed but it might change in the future, which it obviously has. An early paper on C (before K&R even) bragged about how in C you could always count on "q = p" taking a tiny amount of time unlike other languages that might hide some arbitrary complexity when compiling such an innocent expression. I guess priorities change.

something that is really confusing is when you used "a" twice in the function deceleration of the last example, a=a+b had me confused because why would a involve itself if it is the answer. I had to pause the video so I could place things in my mind where they needed to be inside of the void point add deceleration. it wasnt clear what void point add was returning. I suppose its returning another struct x and y. it was a great video and very informative, something that might add to another video like this is literally drawing out how things from int main move around into the function declaration at the top

Hey Garry. great video! If I could make a request; a video series I'd love is one on Rust <-> C/C++ FFI integration for developers who are familiar with Rust but not C. Use cases are things like writing bindings for C/C++ libraries, contributing to Linux (I guess?) and writing dynamic Rust libraries with a stable ABI I'm finding myself learning C just so I can understand the FFI types 😂

yup, thats a killer feature

Nice intro video, Gary. C/C++ isn't taught much in school these days, at least not in intro courses like it used to be. Most start with Java. For folks following along: Keep in mind that adding up the sizeof elements *inside* the struct does not necessarily equal the total size of the struct. I know Gary chose values carefully here so what he walked through was valid for the sizes shown, not necessarily for others. sizeof(point_t) may be larger depending upon alignment. So if you change the string to be 61 characters, depending upon the compiler's default alignment settings, you'll still see sizeof is 72. If you change to be 69 characters, you end up with sizeof being 80 (on x64 Windows visual C++ with default alignment and no packing directives). The takeaway is to always use sizeof on the type you're working with, as shown in the video. Don't make assumptions from adding up sizes of fields in the struct.

Thanks, Gary. I'm working on my C chops so this is a greatly timed video for me.

Intel does crazy things when they are desperate. They almost went fabless. What’s the likelihood Intel and AMD will start licensing out their x86 and x64 patents? On second thought it’s gonna be useless when ARM native apps take over.

Very good video! 🙂