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Warning: The BOM is automatically generated and may not match the actual situation. Please do not use the BOM table to place orders directly. Everything is subject to the PCB package and schematic values.
This development board leads to all IO, with USB to UART0, onboard 3.3V output, can be automatically downloaded, and can be developed with Arduino.
Applicable to: 32S, WROOM, SOLO...
Please check out: Iris Cube->Series Microcontroller Development/Verification/Core Board Introduction
1.1 version description: Add LED on IO13, change the fuse package to 0805, adjust some layouts
Version 1.2 notes: The fuse package has been changed to 0603, and a large number of layout adjustments have been made.
There are four LEDs on the board: UART-TX, UART-RX, POWER, IO13
We ran out of washing water and it didn’t look good. The picture below is the old version.
ESP32
Feature-Rich Wi-Fi & Bluetooth MCU
Suitable for a variety of IoT applications
Stable performance
ESP32 has stable performance and an operating temperature range of –40°C to +125°C. Integrated self-calibration circuitry enables dynamic voltage adjustment, which can eliminate external circuit defects and adapt to changes in external conditions.
Highly integrated
ESP32 integrates antenna switch, RF balun, power amplifier, receiving low noise amplifier, filter, power management module and other functions into one. ESP32 requires very few peripheral components to achieve powerful processing performance, reliable security performance, and Wi-Fi & Bluetooth functionality.
Ultra low power consumption
Designed for mobile devices, wearable electronics, and IoT applications, ESP32 features the industry's highest level of low-power performance, including fine-resolution clock gating, power-saving modes, and dynamic voltage scaling.
Wi-Fi & Bluetooth Solutions
ESP32 can be used as a standalone system to run applications or as a slave device to a host MCU, providing Wi-Fi and Bluetooth functionality through SPI/SDIO or I2C/UART interfaces.
Form Specifications: Iris Cube Basic Small
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