I2C and SPI are ubiquitous "synchronous" serial interfaces in embedded systems. They are synchronous because they send data using a dedicated clock line. They are used often times between microcontrollers/microprocessors and virtually any kind of peripheral device (like flash memory devices, I/O expanders, temperature sensors, other FPGAs, etc). UART (as the name implies) is an "asynchronous" communication interface. It has been around for ages and is asynchronous because the data transfer does not involve a dedicated clock line--but instead using a fixed "baud rate". And as Johnnie says, CAN is used mostly in the automotive/robotics industry and is used for communication between various sensors and processors.
I agree that it is difficult to tell all in 10 min videos. I like the format of 10 min videos like an introduction to the topic. Maybe longer videos can explain the details more in depth and more calmly. I feel bad for the presenter. He seems a little bit stressed, like he has been put a lot of pressure on him for preparing too much for so little time.
I2C and SPI are ubiquitous "synchronous" serial interfaces in embedded systems. They are synchronous because they send data using a dedicated clock line. They are used often times between microcontrollers/microprocessors and virtually any kind of peripheral device (like flash memory devices, I/O expanders, temperature sensors, other FPGAs, etc). UART (as the name implies) is an "asynchronous" communication interface. It has been around for ages and is asynchronous because the data transfer does not involve a dedicated clock line--but instead using a fixed "baud rate". And as Johnnie says, CAN is used mostly in the automotive/robotics industry and is used for communication between various sensors and processors.
非常感谢您的视频！收获很多，它
I agree that it is difficult to tell all in 10 min videos. I like the format of 10 min videos like an introduction to the topic. Maybe longer videos can explain the details more in depth and more calmly. I feel bad for the presenter. He seems a little bit stressed, like he has been put a lot of pressure on him for preparing too much for so little time.
Any particular model designed to decode bacnet mstp?
Thanks Mr hancock . Love your teaching and want allah to save you