Explain differences between protocols I2c and SPI

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I2C is a synchronous serial communication protocol that uses a master-slave architecture, while SPI is a full-duplex communication protocol with a master-slave relationship.

I2C uses two wires for communication (SDA and SCL), while SPI typically uses four wires (MISO, MOSI, SCK, and SS).
I2C supports multiple devices on the same bus with unique addresses, while SPI requires a separate SS line for each device.
I2C has a lower data transfer rate compared to SPI, but is more commonly used for short-distance communication.
SPI is faster and more suitable for high-speed communication over short distances, while I2C is better for slower devices or longer distances.
I2C devices can be hot-swapped, while SPI devices typically require power cycling to reset.

Explain differences between protocols I2c and SPI

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