IPv4 Networking Fundamentals
Review IPv4 fundamentals relevant to ESP32 development, including IP addressing, subnets, gateways, and the basic structure of IP packets.
IPv4 Networking Fundamentals Read More »
Review IPv4 fundamentals relevant to ESP32 development, including IP addressing, subnets, gateways, and the basic structure of IP packets.
IPv4 Networking Fundamentals Read More »
Learn how to use the Ethernet MAC/PHY interface available on specific ESP32 variants for wired network connectivity. Configuration and usage examples.
Ethernet Interface on ESP32 Variants Read More »
Strategies for managing Bluetooth (Classic/LE) and WiFi coexistence on ESP32 to minimize interference and ensure reliable performance.
Bluetooth and WiFi Coexistence Strategies Read More »
Multi-device networks using ESP-NOW on ESP32, enabling star, tree, or mesh-like topologies for flexible device communication patterns.
ESP-NOW Multi-device Networks Read More »
Techniques to optimize the communication range of ESP-NOW on ESP32, including antenna choice, power settings, and protocol timing.
ESP-NOW Range Optimization Read More »
Security features for ESP-NOW communication on ESP32, including pairing and data encryption, to protect direct device interactions.
ESP-NOW Security Implementation Read More »
Usage of ESP-NOW concurrently with WiFi on the ESP32. Manage channel usage and potential interference for reliable coexistence.
ESP-NOW with WiFi Coexistence Read More »
ESP-NOW, Espressif’s connectionless low-power protocol for direct ESP32-to-ESP32 communication without needing a WiFi router or AP.
ESP-NOW Protocol for Direct Device Communication Read More »
Develop applications on ESP32 that utilize both Bluetooth Classic (BR/EDR) and Bluetooth Low Energy (BLE) simultaneously for diverse connectivity needs.
Dual-mode Bluetooth Applications (Classic + LE) Read More »
Techniques to optimize BLE performance on ESP32, including connection parameters, MTU size negotiation, and efficient data transfer strategies.
BLE Performance Optimization Read More »