COMUNICACIONES - ¿Cómo funcionan? - Parte 4 - El protocolo SPI
Welcome to the fourth video in our series on microcontroller communication, where we'll analyze the SPI protocol. SPI stands for Serial Peripheral Interface, and it's widely used for communication between microcontrollers and peripherals, such as sensors, flash memory, or SD card readers. The SPI protocol is quite similar to I2C in that it's synchronous; that is, it has a clock signal that tells the sender when to send the next bit and the receiver when to read it. If you recall the UART video, this isn't the case in an asynchronous system, and we had to develop a series of protocols to keep the sender and receiver synchronized.

▶︎
COMMUNICATIONS - How do they work? - (UART, SPI, I2C) - Part 1

▶︎
Understanding SPI

▶︎
I2C and SPI on a PCB Explained!

▶︎
COMMUNICATIONS - How do they work? - Part 2 - The UART protocol

▶︎
PROTOCOLS: UART - I2C - SPI - Serial communications #001

▶︎
Todo lo que necesitas saber sobre el Protocolo I2C: Guía Completa para Principiantes

▶︎
Getting Started with STM32 and Nucleo Part 5: How to Use SPI | Digi-Key Electronics

▶︎
🔴 🟡 ¿Qué es el Protocolo UART (Universal Asynchronous Receiver-Transmitter)? Parte I: Teoría

▶︎
ENCODERS - ¿Cómo funcionan? - DIY vs comercial

▶︎
Instrument Basics: Logic Analyzer - Workbench Wednesdays

▶︎
Curso Arduino Nivel 1 - Clase 2: El IDE de Arduino

▶︎
SPI: The serial peripheral interface

▶︎
COMUNICACIONES - ¿Cómo funcionan? - Parte 3 - El protocolo I2C

▶︎
I Hacked This Temu Router. What I Found Should Be Illegal.

▶︎
Things they never told you about the ESP32 and ESP8266

▶︎
Introducción al protocolo SPI

▶︎
Google Maps is unreasonably fast. Let me explain

▶︎
Comunicación Serial - Parte 1

▶︎
PROTOCOLS: UART - I2C - SPI - Serial Communication #001

▶︎
