Which microcontroller is best for you?
ฝัง
- เผยแพร่เมื่อ 3 มิ.ย. 2024
- Welcome to our very first episode of The Electomaker Educator! In this video, we will explore the most common microcontrollers found in maker projects, what their advantages are, why some may not be appropriate, and which one you should consider using.
▬ Introduction ▬▬▬▬▬▬▬▬▬▬
Intro 00:00
Microcontroller vs. Microcontroller board 00:35
PIC Microcontrollers 01:56
AVR Microcontrollers 06:10
STM8 Microcontrollers 09:39
STM32 12:05
RP2040 17:57
Who wins? 20:17
What do I use? 21:00
▬ Microcontrollers featured in this video:▬▬▬▬▬▬▬▬▬▬
Arduino Uno - R3
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Nrf52 Dev Kit For Nrf52832 SOC
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Startusb Pic18f2550 Prototype Board
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STM8s 8-bit MCC Discovery Kit
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Mikroe MCU Card 31 For STM32 STM32f745VG
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Raspberry Pi Pico
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Excelent video. Thank you so much
Creative video, like it, thanks :)
I just bought some STM32C011 boards from China. They’re supposed to be low cost, cheaper and faster than many 8-bit microcontrollers.
This seems like a decent video content-wise, but I’ve had all of the annoying music I can take so I am bailing halfway through and will look for other similar videos.
Tensilica (esp32,esp8266,..) are also great ones for hobbies
Over
Top suggestions Angel. Hopefully, they will make the shortlist for the next video!
@@Electromakerio wait, i'm surprised you didnt mention them in ur video given that they are almost as popular as the arduino! ..
it's the first time for me to learn about stm32, I could swear I thought u were talking about esp32 ... i cant get around the fact that u didnt mention it in ur video.... the board has wifi, bluetooth built in with high processor power and more pins than any thing else yet, very cheap!
What if someone was building a human sized robot with ai, so it had to be fast like a fast computer, and has many linear actuators or servos and multiple batteries, cameras, sensors, etc. Is there a board for something like that or do they have to create one?
youd probably have multiple microcrontrollers controlling certain processes / sets of sensors and devices (just like how cars have dedicated controllers for different systems that then all feed data back into the main ECU).
Am I the only one who had to watch at 75% speed? This guy should do cattle auctions
Ben Shapiro actually talks faster than this guy in my opinion. When I listen to Ben’s podcast, it sounds like he talking at 1.5x speed.
1.75 speed 😅😊
I went form 16f family to atmega. Few times have I felt more stupid for not having moved forward early. Linear memory spaces and the possibility to use multiple dedicated pointer registers... Wonder how C could work on Pic. And then, arm cortex blue pill for 2 dolars...
If you ask me why microchip made It, It boils down to one simply factor: documentation.
wait, i'm surprised you didnt mention (ESP 32 , ESP 8266 ,...)in ur video given that they are almost as popular as the arduino! ..
it's the first time for me to learn about stm32, I could swear I thought u were talking about esp32 ... i cant get around the fact that u didnt mention it in ur video.... the board has wifi, bluetooth built in with high processor power and more pins than any thing else yet, very cheap!
Getson Xavier crying 😭😂
👍👍👍
Doesn't matter for me esp32 is the best.
The Nucleo boards on STM32 have built-in ST-Links, making them easy to program. I prefer this method to the Raspberry Pi Pico boards, and I wish the Picos incorporated something similar. If you want to debug a Pico, you need another Pico to act as a programmer. I do think the Nucleo boards win on this score.
I think it's a matter of application. you're probably not going to put the nucleo board into a final project. it's only for prototyping. the pi pico board, with it's castellated edges, is meant to be able to be soldered directly to a pcb, so you wouldn't want that extra debug hardware there. if you develop on the nucleo, you then have to spin your own design with the same chip and supporting components.
I like the ESP32, STM32, and the Pi Pico. The are several debuggers for the ESP32. The one I have is quite cheap at $6.00. You can buy cheap ST-Link debuggers for $4-$5 but I do have Nucleo boards that do have that built-in debugger. I also have tried the Picoprobe which works well for me. I created a simple PCB that holds two picos, a picoprobe debugger Pico and a target Pico.
Good info but turned off due to annoying background music.
Wow you talk alot... I fall asleep