uploaded 1 week ago
ESP-Hosted-MCU provide drivers to act any ESP chipset as Wi-Fi or Bluetooth co-processor.

19 examples

  • host_bluedroid_ble_compatibility_test
    This example is to test the Bluetooth compatibility and mobile phones using ESP32-P4 and ESP32 co-processor.
    12.51 KB
  • host_bluedroid_bt_hid_mouse_device
    This example demonstrates how to implement a Bluetooth HID mouse device using Classic Bluetooth APIs.
    10.71 KB
  • host_bluedroid_host_only
    This example demonstrates using ESP-Hosted as a Bluetooth host, with modifications for HCI transport and connection configuration.
    6.15 KB
  • host_bt_controller_mac_addr
    This example demonstrates how to change the MAC Address of a BLE device, showing a 'Bluedroid_Beacon' device on scanners.
    7.62 KB
  • host_gpio_expander
    This example demonstrates using the ESP-Hosted solution to control the GPIOs of a slave co-processor from a host MCU.
    2.90 KB
  • host_hosted_cp_meminfo
    This example monitors heap usage on the co-processor, allowing queries and periodic memory reports.
    11.75 KB
  • host_hosted_events
    This example utilizes ESP-Hosted events to manage connectivity with the co-processor, detecting resets or hangs and reinitializing transport.
    11.71 KB
  • host_manage_copro_ext_coex
    This example demonstrates how to configure and use External Coexistence (EXT_COEX) in ESP-Hosted co-processor for managing 2.4 GHz ISM band access.
    4.19 KB
  • host_network_split__power_save
    This example demonstrates how to use Network Split and Host Deep Sleep features, allowing an MCU to save power while maintaining network connection.
    17.70 KB
  • host_nimble_bleprph_host_only_uart_hci
    This example demonstrates using UART transport for BLE peripherals on various ESP32 models. It includes setup instructions and configuration details for the host and co-processor.
    501.03 KB
  • host_nimble_bleprph_host_only_vhci
    This example demonstrates the Bluetooth Hosted HCI transport using ESP-Hosted on ESP32, requiring specific configurations.
    13.27 KB
  • host_peer_data_transfer
    This example demonstrates sending and receiving raw binary data between a host device and a coprocessor, allowing maximum control over data format for peer-to-peer applications.
    6.43 KB
  • host_performs_slave_ota
    This example demonstrates ESP-Hosted Transport OTA for updating slave firmware through an existing connection without additional hardware.
    37.04 KB
  • host_sdcard_with_hosted
    This example demonstrates using an SD card on an ESP32-P4 while communicating via ESP-Hosted with an ESP32-C6.
    12.46 KB
  • host_shuts_down_slave_to_power_save
    This example demonstrates host-side control of an ESP slave to reduce power consumption by shutting the slave down when idle.
    7.30 KB
  • host_transport_config
    Demonstrates how to configure ESP-Hosted transport interfaces (SDIO, SPI, UART) before initialization.
    6.66 KB
  • host_wifi_easy_connect_dpp_enrollee
    This example demonstrates configuring ESP devices as an enrollee using the Device Provisioning Protocol (DPP) for network onboarding.
    6.28 KB
  • host_wifi_itwt
    This example shows how to use itwt of wifi, which only works in station mode and requires AP support.
    14.99 KB
  • slave
    The ESP-Hosted MCU Slave Example demonstrates slave firmware that enables Wi-Fi and Bluetooth connectivity to host MCUs via ESP32 series co-processors.
    491.99 KB