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New TinyPICO ESP32 development board

Summary of New TinyPICO ESP32 development board


Adafruit's TinyPICO ESP32 is a compact, feature-rich development board designed for diverse applications without compromising on performance. It features a 32-bit dual-core processor, 4 MB of extra PSRAM, Wi-Fi, Bluetooth, and an on-board RGB LED. Pre-loaded with MicroPython and compatible with Arduino IDE and Espressif IDF, it includes battery management and a 700 mA regulator, making it ideal for low-power projects.

Parts used in the TinyPICO ESP32:

  • 32-bit dual-core processor
  • 4 MB SPI flash
  • 4 MB extra PSRAM
  • 2.4 GHz Wi-Fi module
  • Bluetooth BLE 4.2
  • 3D antenna
  • 700 mAh 3.3 V LDO regulator
  • LiPo battery management system
  • JST PH connector pads
  • MicroBlade connector pads
  • Power (red) LED
  • Charge (orange) LED
  • 14x GPIO broken out headers
  • USB + serial/UART interface
  • APA102 RGB LED

Adafruit has this week announced the availability of its new TinyPICO ESP32 offering a tiny development board suitable for a wide variety of different applications. The feature-rich ESP32 the powerful yet small development board is equipped with 4MB extra RAM, on-board RGB LED, and a 700 mAh 3.3V regulator. MicroPython firmware is pre-loaded, and with support for Arduino IDE and Espressif IDF.

“There are quite a few ESP32 boards on the market, but they all require you to compromise on one or more features. Some don’t have on-board battery management, while some do but they don’t have low deep sleep current. Others have great low-power modes, but are large and not breadboard-friendly, and none of them have extra RAM unless you go for a more expensive and larger WROVER-powered board. We just weren’t happy with the status quo – we wanted to have our cake and eat it too! So we designed the smallest un-compromising ESP32 development board in the world, and then went a step further and gave it 4 MB of extra RAM, an on-board RGB LED, and more juice with a 700 mA 3.3 V regulator.”

The TinyPICO ESP32 Development Board is now available to purchase directly from the Adafruit online store priced at $26.

Specifications of the TinyPICO ESP32 tiny development board include :

– 32-bit dual-core processor operating at 240 MHz
– 4 MB SPI flash
– 4 MB extra PSRAM
– 2.4 GHz Wi-Fi – 802.11b/g/n
– Bluetooth BLE 4.2
– 3D antenna
– 700 mAh 3.3 V LDO regulator
– Optimized power path for low-power battery usage
– LiPo battery management
– Battery pads on the bottom support both JST PH & MicroBlade connectors (included unassembled with every TinyPICO)
– Power (red) & charge (orange) LEDs
– Breadboard-friendly
– 18 mm x 32 mm
– 14x GPIO broken out to standard pitch headers
– USB + serial/UART for programming
– APA102 RGB LED
– MicroPython pre-installed
– Supports Arduino IDE
– Supports Espressif IDF
– Lots of example code and libraries

Source: New TinyPICO ESP32 development board

Quick Solutions to Questions related to TinyPICO ESP32:

  • What makes the TinyPICO unique compared to other ESP32 boards?
    It is the smallest uncompromising ESP32 board featuring 4 MB extra RAM, on-board battery management, low deep sleep current, and a breadboard-friendly design.
  • Does the board support MicroPython?
    Yes, MicroPython firmware is pre-installed on the TinyPICO ESP32.
  • Can I use this board with the Arduino IDE?
    Yes, the board supports both the Arduino IDE and Espressif IDF.
  • What type of battery connectors are supported?
    Battery pads on the bottom support both JST PH and MicroBlade connectors.
  • How much extra RAM does the TinyPICO have?
    The board includes 4 MB of extra PSRAM.
  • What is the clock speed of the processor?
    The 32-bit dual-core processor operates at 240 MHz.
  • Is there an on-board RGB LED included?
    Yes, the board features an APA102 RGB LED.
  • What is the price of the TinyPICO ESP32?
    The board is priced at $26 directly from the Adafruit online store.

About The Author

Ibrar Ayyub

I am an experienced technical writer holding a Master's degree in computer science from BZU Multan, Pakistan University. With a background spanning various industries, particularly in home automation and engineering, I have honed my skills in crafting clear and concise content. Proficient in leveraging infographics and diagrams, I strive to simplify complex concepts for readers. My strength lies in thorough research and presenting information in a structured and logical format.

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