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Yes, it should work also on zero w.

Welcome :)

Raspberry Pi OS is the best option in terms of user-friendliness on rpi hardware but indeed it is a bit slow on Raspberry Pi Zero. I prefer to use Raspberry Pi Zero as a headless device and often with custom Linux distro built with Yocto/OpenEmbedded so I cannot provide educated opinion about desktop distros on it.

Neo6502 is like using a 1980s home computer, but with modern peripherals such as USB and HDMI. There are Apple ][ and Oric Atmos emulators so you can program in Basic or play some classical game titles. It is like a time machine for the 80s and early 90s.

@@LeonAnavi but installing a gpu from 1980s is a pain in the ass

Yes but on Neo6502 it should be easier. I have to try it out. Graphics are handled by the Raspberry Pi RP2040 microcontroller which acts like a co-processor.

@@LeonAnavi allright

Yes, you are right. My rpi4 is an earlier hardware revision.

hehe, yes, i.MX8MP is a really nice SoC appropriate for multiple industrial applications. However, it is more expensive than Raspberry Pi 5. Considering the awesome community around Raspberry Pi I think nothing comes close to rpi for hobby projects and beginners.

désolé, c'est juste une courte vidéo de déballage

@@LeonAnavi D'accord. Je ne parviens pas à faire fonctionner le variateur. Impossible

Yes, in general it is possible but it is very specific and I don't want to go down this rabbit hole as there are risks some people might use the knowledge for illegal actions with personal data.

Yes, fswebcam runs on Linux distributions and can capture frames from any V4L or V4L2 compatible camera, including these connected to Raspberry Pi Zero 2 W.

Raspberry Pi Zero 2 is with BCM2710A1 chip already used in the Raspberry Pi 3 so it is the same CPU and GPU. Several years ago I used Kodi on Raspberry Pi 3 and it was kind of OK back then but don't expect too much out of it nowadays. Nowadays, I am using my rpi0w2 units as a headless devices. What GPU tasks are you planning to do with your rpi0w2?

Yes, Nokia had the technology but their marketing completely missed the market trends back then. After that it was too late to catch up iPhone and Android.

Sorry, you don't enjoy the shorts. These 10-15sec videos are just quick demonstrations or idea pitches that I make just for fun. Check the long videos for more technical content with details.

Yes, modern Thunderbolt 4 docks are still quite pricey.

Yes, the connector is compatible with the classic controller. For the moment the open source firmware supports only Nunchuk but it can be extended with the CircuitPython libraries by Adafruit for supporting the classic controller: github.com/adafruit/Adafruit_CircuitPython_Wii_Classic I have this in mind as a future improvement of the open source firmware for ANAVI Handle which btw is also available at GitHub: github.com/AnaviTechnology/anavi-handle-sw

You are welcome! Do you use 60% keyboard on a daily basis? I moved to TKL on my main setup and this 60% from the video on a PC that I use rarely.

Yes, absolutely, check the Bluetooth documentation for XIAO ESP32C6: wiki.seeedstudio.com/xiao_esp32c6_bluetooth/

Could you please provide any details? Is this in Arduino IDE? If yes which version of the IDE? Which OS are you using Arduino IDE with?

@@LeonAnavi Linux Mint 21.3, Arduino IDE 1.8.19, Board ESP32C3 DEV Module. Sometimes, I make the ESP32C3 work if I enable Erase Flash. It takes 16 sec to erase flash ram. I cannot upload a screenshot.

@@pavloskairis9994 which board have you selected from Tools in Arduino IDE? It should be XIAO_ESP32C3 and after that you should select the Port as shown at 7:43 of the video.

Well, things like this happen. You have cleared it along the way for the disassembly and practiced your skills so it wasn't a wasted effort :)

Yes, absolutely! This is a showstopper for Boufallo chips. There is isn't a huge community as of the moment and the official support isn't as good as it should be. Without huge community Boufallo chips will never be as popular as Espressif ESP chips.

Have you considered using Kodi? It is a free and open source home theater/media center software. I used it on several devices connected to my TVs.

It just seems like roku tvs and roku box became lame with forced arbitration.

I also subscribed

thank you :) I hope you will like to other content on the channel.

The Raspberry Pi 5 will run at PCIe 3.0 x 1 speeds at best, even though this mode is unsupported officially, so most drives are limited to around 700-800MB/s read and 350-450MB write at peak.

www.amazon.com/Kingston-MobileLite-Plus-UHS-II-Reader/dp/B085P4Y1F1

Yes, thanks! The Nunchuk controller is pretty cool and a good fit for various use cases.

Most welcome :)

Any time :)

Yes, the firmware can be adjusted to use the acceleration as part of the mouse implementation because the adafruit_nunchuk CircuitPython library supports it.

@@LeonAnavi how's the response time?

Which response time? For the mouse or for the acceleration sensor? I haven't tested the mouse response time. As for the response time from the sensor, it is connected over I2C which isn't a fast bus still for such a sensor it is real-time.

Yes, with integration of Adafruit_CircuitPython_Wii_Classic in the firmware. This is a CircuitPython library for Nintendo Wii Classic controllers: github.com/adafruit/Adafruit_CircuitPython_Wii_Classic

Yes, through the PCIe connector and an appropriate NVMe add-on board.

I will give it a try with Raspberry Pi 5 + NVMe Base Plate and let you know how it handles in this case.

@@LeonAnavi great work bro 👍😁 Idont have any knowledge about rasberry pi or programming.. Ithink they must need a talented person like you to operate them correctly 💯

Pimoroni provide good documentation for their NVMe Base Plate so I expect it will be a straight-forward integration with Raspberry Pi 5. Raspberry Pi is a beginner friendly line of single board computers so I encourage you to have a look and give it a go in general as a platform to learn Linux and programming :)

Have you tried it out with any game? Probably using a small mechanical keyboard like a macro pad will be more practical for games.

I haven't used it yet. As mentioned in the video, my plan is to use it with Pimoroni NVMe Base for Raspberry Pi. Pimoroni has a list of supported drives. They recommend ADATA Legend 700 which is a bit old so I found and bought this 710.

I'm happy that you like the video. This and the rest of the PCB I designed are open source hardware so they are not just mine but available to the whole community :)

Thanks for creating Tiny Crate! I'm not into gaming but I think it is a fantastic game. A couple of weeks ago I showcased Tiny Crate while demonstrating the ANAVI Handle at the "Show and Tell" section of Pi Wars, a non-destructive Raspberry Pi-based robotics competition. Children of all ages were captivated by... Tiny Crate. Honestly, most of them were too focused in solving the game levels to pay attention to ANAVI Handle or the Nunchuk controller :) :) :)

@@LeonAnavi you are welcome! woah thats awesome !! <3 thanks for sharing tiny crate with people (:

Thats cool. Are there enough input pins on the microcontroller to use a wii classic controller as input?

Yes, however the open source CircuitPython firmware will require an update to add a feature to support it with the Adafruit library adafruit_wii_classic.

I don't speak Spanish so I am not sure I understand the question. As you can see in the video M170 is with Nordic Semiconductor NRF 31502F chip and Capella 005 VB010411optical sensor.

@@LeonAnavi I'm interested in the angle sensor the mouse uses for knowing how much scroll has been done to the wheel. Do you know which sensor is it?

No, sorry, I am not sure which sensor is used for the scroll wheel.

Absolutely :) I guess this video proves that RISC-V is already also in cars ;)

Yes, you will need to adjust the firmware to pair the XIAO modules over Bluetooth and after that to control the servo motor.

Which e-ink display are you using on rpi zero?

Excellent question. I have never though about it. I am not into asm so I can't provide an educated guess. Right now ARM is dominating the industry but on the other hand RISC-V has a lot of advantages and eventually in future it may become widely adopted too. I definitely see it as an opportunity to be among the RISC-V early adopters but also I guess there is some risk that it might not become super popular. I am quite excited about RISC-V in general. So far it has been going well. I hope it will be become more popular in the years to come :)

I assume you already know most of the basics of low level C (or your systems language of choice) because things like how call conventions work or stacks memory are both important and pretty much universal between architectures. So for absolute beginners I recommend working your way down (probably starting from C) on any platform can get easily get hold of and get some good documentation. For the most part this means x86 or ARM. It's not really easy to get a RISC-V kit that has good documentation and a community to ask for help. Overall it you never coded, don't learn ASM right now; If you never did any ASM maybe go for something easy to debug (whatever runs locally on your PC); If you want to get good in embedded ASM it depends on your tools you can work on an emulator or a platform that has known good debugging tools (Raspberry Pi Pico, most ST Microcontrollers; aka. ARM for the most part). RISC-V ASM, fo right now, I would only recommend if you already have a platform you know and want to program for. It can be a jump into cold water otherwise.

@@LeonAnavi Alright, thank you for the insights.

@@Ether_Void okay this is great, I totally get it, I think I will just go ahead with ARM for now. My background is in Engineering. I have learnt C++ on the side by myself though over the years. The process has not been easy and C++ is a really broad language, as i have come to find out, and it has been hard to master all of it given that I have mostly done projects by myself and i am yet to even take part in a larger project working with a team. I understand C++ can be considered pretty high level by some. That said, this is the only language i can say i have a firm grasp of and i have played around with it in systems and OSs mostly Debian based like ubuntu. I would like to get into embedded systems now which i feel would align better with my background. I shall have to do more research on it though.

@@kennedymwangi5973 I think one of the important part to get from a system language down to assembly is to get into the actual layout of your program. Where code lives, where the stack lives, variables etc. also some special locations like where does the first instruction need to be located (entry point/reset vector) and calling conventions (which allow you to interface with other code). Hint although it may have more than you need the OSDev wiki has some good info on that. While those things differ a lot not just between architectures but also the actual processors themselves, there are some things in common. E.g. a linear memory layout, some entry points for main and interrupts, probably a stack pointer (which you may need to initialize), some general purpose registers, some sort of calling convention for C compilers So no matter which architecture your first assembly will be in, you will likely find a lot of common things, even some instructions like compare, move, jump, etc. are pretty universal in most modern architectures and might just have small differences.

Sorry about your frustration. Unfortunately shipping is getting very expensive nowadays. I am making some very simple open source hardware gadgets and sometimes the shipping is even more expensive than the product. On the bright side there are distributors like Mouser offering free shipping to many locations above a certain threshold.

This video is a decade old. I didn't expect anyone to comment on it nowadays. The tablet was purchased from emag. Nowadays this Romanian company is the largest online retailer in Bulgaria. In the mean time, in terms of the hardware and the software things have changed a lot. Now there are a lot of better options to run a Linux distribution on various portable and industrial devices.

Yes, XIAO ESP32S3 has a built-in WiFi antenna as well as U.FL connector for an antenna which allows 100m+ remote communication. I don't know if this the smallest AI/ML camera on the market but it is very compact and convenient.

Thanks :)

Yes, I agree Nunchuk is not a universal controller as some games require more keys. The benefit of using an old netbook is that it actually has a keyboard which can be used for these games. Of course alternative USB controller can be also used. As for the ROMs and the emulator I am neither recommending a particular emulator, nor a web site for downloading ROMs. The video demonstrates a retro setup for own use. Some of these games are 30-40 years ago and an emulator is an accessible way to enjoy the game again.

Classic Controller should have the same plug and the open source firmware for ANAVI Handle eventually can be update with a new feature to support it using the CircuitPython library: github.com/adafruit/Adafruit_CircuitPython_Wii_Classic

Thanks for the recommendation. I was not familiar with batocera but I've just read about it. I will give it a try.

​@@LeonAnavi Hi ! Good video 👍 and yes Batocera is another easy option 👍