Secure Element Usage on ESP32-H2
Explore the potential integration and usage of a Secure Element with the ESP32-H2 for enhanced hardware-based security and key management.
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ESP32 Masterclass
Low-Power Features Comparison
Specific low-power capabilities and deep sleep current consumption across different ESP32 variants to choose the best fit for battery-powered devices.
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Ultra-Wideband (UWB) Support
Discuss potential future ESP32 variants or companion chips supporting Ultra-Wideband (UWB) technology for precise location and ranging applications.
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Matter Protocol Implementation
Explore implementing the Matter (formerly CHIP) smart home standard on capable ESP32 variants (like C6, H2) using Thread, WiFi, and BLE.
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Zigbee Implementation on ESP32-H2
Utilize the ESP32-H2’s 802.15.4 radio to implement Zigbee connectivity. Create or join Zigbee networks for home automation and other IoT applications.
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Bluetooth 5.0 Features on Newer Variants
Leverage enhanced Bluetooth 5.0 features available on newer ESP32 variants (S3, C3, C6, H2), such as extended advertising, higher data rates, and LE Audio potential.
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Thread Protocol on ESP32-H2
Implement the Thread networking protocol using the ESP32-H2’s integrated 802.15.4 radio. Build secure, low-power, IPv6-based mesh networks.
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ESP32-S3 Neural Network Acceleration
Explore the AI/NN acceleration instructions available on the ESP32-S3’s Xtensa LX7 cores for optimizing machine learning inference tasks at the edge.
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USB HID (Human Interface) Implementation
Implement USB Human Interface Device (HID) class on ESP32-S2/S3 to emulate keyboards, mice, or other HID devices over a wired USB connection.
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USB MSC (Mass Storage) Implementation
Configure the ESP32-S2/S3 as a USB Mass Storage Class (MSC) device, allowing it to appear as a USB flash drive to a host computer for file access.
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