~~Design a RF Receiver decoder to read a RF433 module in order to design a remote control later on.
The idea is to expose a Dupont connector to plug in a receiver but it's necessary to deserialize the data that comes from it.
First 8 bits are address and the next 4 are data so in other to offload address verification the use of HT12D is highly recommended. The MCU would have to constantly read all RF signals and evaluate if it's our remote talking. This way the MCU receives from HT12D's VT pin (connected to an interruption enabled pin) a signal that our remote has sent data and then the data pins can be read in order to read the command sent through.~~
~~An NRF24 make the process esier, is more reliable, faster, supports longer distance and it's way cheaper. A more reputable brand (Nordic Semiconductor) manufactures them.
Design a connector for it. It uses SPI~~
~~Design a RF Receiver decoder to read a RF433 module in order to design a remote control later on. The idea is to expose a Dupont connector to plug in a receiver but it's necessary to deserialize the data that comes from it. First 8 bits are address and the next 4 are data so in other to offload address verification the use of HT12D is highly recommended. The MCU would have to constantly read all RF signals and evaluate if it's our remote talking. This way the MCU receives from HT12D's VT pin (connected to an interruption enabled pin) a signal that our remote has sent data and then the data pins can be read in order to read the command sent through.~~
~~An NRF24 make the process esier, is more reliable, faster, supports longer distance and it's way cheaper. A more reputable brand (Nordic Semiconductor) manufactures them. Design a connector for it. It uses SPI~~
Design a LoRa interface