The examples should run and compile on any MCU that has an 802.3 compatible PHY capable of generating the required 50 MHz clock signal connected to the default RMII pins. The examples use defmt and defmt_rtt for logging, and panic_probe over defmt_rtt for printing panic backtraces. Alterna...
< EMAC RMII Clock Configuration */ } eth_mac_clock_config_t; /** * @brief Configuration of Ethernet MAC object * */ typedef struct { uint32_t sw_reset_timeout_ms; /*!< Software reset timeout value (Unit: ms) */ uint32_t rx_task_stack_size; /*!< Stack size of the receive ...
The examples should run and compile on any MCU that has an 802.3 compatible PHY capable of generating the required 50 MHz clock signal connected to the default RMII pins. The examples use defmt and defmt_rtt for logging, and panic_probe over defmt_rtt for printing panic backtraces. Alterna...
The examples should run and compile on any MCU that has an 802.3 compatible PHY capable of generating the required 50 MHz clock signal connected to the default RMII pins. The examples usedefmtanddefmt_rttfor logging, andpanic_probeoverdefmt_rttfor printing panic backtraces. ...
The examples should run and compile on any MCU that has an 802.3 compatible PHY capable of generating the required 50 MHz clock signal connected to the default RMII pins. The examples usedefmtanddefmt_rttfor logging, andpanic_probeoverdefmt_rttfor printing panic backtraces. ...