Description

Key Features:

✅ RP2040 Microcontroller – Dual-core ARM Cortex-M0+ running at 133 MHz for efficient multitasking.
✅ Wi-Fi Connectivity (802.11 b/g/n 2.4GHz) – Onboard Infineon CYW43439 chip enables wireless projects without external modules.
✅ 264KB SRAM & 2MB Flash Memory – Plenty of storage for code and data logging.
✅ 26 Multifunction GPIO Pins – Supports PWM, ADC (12-bit), UART, SPI, I2C, and programmable I/O (PIO) for custom interfaces.
✅ Programmable I/O (PIO) State Machines – Create custom peripherals like VGA, LED strips, or even soft USB.
✅ USB 1.1 Host/Device Support – Can act as a USB device or control peripherals.
✅ Wide Voltage Range (1.8V–5.5V) – Works with batteries, solar, or USB power.
✅ Low-Power Modes – Optimized for battery-operated IoT applications.
✅ Onboard Temperature Sensor & RTC Support – Great for environmental monitoring.
✅ Compact & Breadboard-Friendly (51mm x 21mm) – Easy to integrate into any project.
✅ MicroPython, C, & C++ Support – Program with Thonny, Arduino IDE, or VS Code.

---

Applications:

🌐 IoT & Wireless Projects – Remote sensors, smart home devices, Wi-Fi-controlled gadgets.
🤖 Robotics & Automation – Wireless robot control, telemetry, and drone communications.
📊 Data Logging & Cloud Connectivity – Send sensor data to MQTT, HTTP servers, or cloud platforms.
💡 LED & Display Projects – Wireless LED matrices, signage, and smart lighting.
🎛️ DIY Electronics – Custom wireless controllers, keyboards, and MIDI devices.

---

Pico W vs. Original Pico:

---

Package Includes:

📦 1x Raspberry Pi Pico W Board (Headers may be unsoldered for custom installation)

---

Why Choose the Pico W?

✔ Wireless Freedom – No extra modules needed for Wi-Fi projects.
✔ Same RP2040 Power – Keeps all the speed and PIO flexibility of the original.
✔ Great for IoT – Connects directly to routers, web services, and APIs.
✔ Strong Ecosystem – Backed by Raspberry Pi’s documentation & community.