{"title":"TinyPICO ESP32 Development Board with USB-C","handle":"tinypico-esp32-development-board-with-usb-c","url":"/products/tinypico-esp32-development-board-with-usb-c","description":"TinyPICO is the world's smallest fully-featured ESP32 development board, packing dual-core 240MHz processing, Wi-Fi, Bluetooth, and 4MB of PSRAM into a package smaller than your thumb. This is the V2 USB-C edition with MicroPython pre-installed and ready to go.\n\nDesigned by UnexpectedMaker, every millimetre of this board has been optimised. It features a 700mA 3.3V regulator, onboard LiPo battery management, an APA102 RGB LED, and 14 GPIO pins — all while achieving as low as 20µA in deep sleep thanks to its isolated power path design.\n\nKey Features\n\n\nESP32 Dual-Core 240MHz – Wi-Fi and Bluetooth connectivity built in\n\n4MB PSRAM – Extra memory for demanding applications\n\nUSB-C Connector – Modern, reversible USB connection\n\nMicroPython Pre-Installed – Start coding immediately out of the box\n\nUltra-Low Deep Sleep – As low as 20µA for battery-powered projects\n\n700mA 3.3V Regulator – Plenty of current headroom for peripherals\n\nOnboard Battery Management – LiPo charging and power path switching\n\nAPA102 RGB LED – Onboard addressable LED with power-down control via GPIO13\n\n14 GPIO Pins – Flexible I/O for sensors, displays, and actuators\n\nOptimised Power Paths – Isolated 5V and 3.3V paths; USB-only components fully shut down on battery power\n\n\nIdeal For\n\nIoT projects requiring Wi-Fi/Bluetooth in a tiny form factor\nBattery-powered wireless sensors and wearables\nMicroPython and Arduino ESP32 development\nSpace-constrained embedded designs\n\n\nPackage Contents\n\n1× TinyPICO V2 ESP32 Board (USB-C, MicroPython pre-installed)\n1× Male Header Pins (unassembled)\n1× Stackable Headers\n1× JST PH Battery Connector\n1× JST MicroBlade Battery Connector\n\n\n\nTip: The onboard APA102 RGB LED draws ~1mA quiescent current. Before entering deep sleep, use the TinyPICO helper library to properly shut down the LED via GPIO13. Simply pulling GPIO13 high is not sufficient — check the MicroPython or Arduino helper library for the correct procedure.\n","vendor":"Adafruit","product_type":"physical","in_stock":false,"options":[],"variants":[{"id":2737,"title":"Default Title","sku":"AF-5028","price":53.53,"on_sale":false,"in_stock":false,"available_quantity":0,"option1":"Default Title"}]}