RP2040 + FPGA Development Board for Students & Makers

Description:

Explore the world of electronics with this RP2040 + FPGA development board, featuring 1120 LUTs and an ARM Cortex-M0+ processor for high-performance projects. Perfect for students and makers, it’s USB-C breadboard compatible for easy prototyping and experimentation.

Features:

• Features 1120 LUTs and ARM Cortex-M0+ for efficient processing and project development.
• USB-C connectivity ensures easy power supply and programming for your projects.
• Ideal for students and makers looking to enhance their electronics skills and knowledge.
• Compact design fits easily on a breadboard for convenient prototyping.
• A valuable tool for anyone interested in learning about programming and electronics.

Additional Info:

• color : Green
• DUAL-CHIP POWER IN ONE TINY BOARD: Combines the RP2040 microcontroller (dual-core ARM Cortex-M0+, 133MHz, 264KB SRAM, 4MB Flash) with a Renesas ForgeFPGA (1120 LUTs, embedded FPGA memory) ? giving you both programmable software logic and reconfigurable hardware on a single breadboard-compatible board. Perfect for hardware-software co-design projects.
• AFFORDABLE FPGA LEARNING PLATFORM: Program real hardware logic using Verilog directly on the ForgeFPGA. Offload timing-critical tasks ? like sensor monitoring, custom communication protocols (SPI, I2C, UART), or LED control ? to the FPGA, while the RP2040 handles application logic. Ideal for students learning digital design and makers pushing beyond microcontroller limits.
• RICH GPIO AND EXPANSION BUILT-IN: 23 GPIO pins on the RP2040 + 14 GPIO pins on the FPGA + a PMOD expansion connector for easy peripheral add-ons. Includes USB Type-C for power and programming, 4MB QSPI Flash, dual user LEDs, reset and boot buttons, debug LEDs for both chips, and a 3-pin JST-SH SWD connector for advanced debugging.
• WORKS WITH YOUR FAVOURITE TOOLS: Program the RP2040 in C, C++, or MicroPython. Fully open source (CERN OHL v1.2 + GPL-2.0) ? 23 ready-to-use example projects, hardware schematics, pinout diagrams, and getting-started guides at: github.com/vicharak-in/shrike_fpga
• IDEAL FOR ECE LABS, STUDENTS & MAKERS: A practical and affordable FPGA board for engineering college digital design labs, individual ECE students, and hobbyists. Build real-world projects ? ultrasonic sensors, NeoPixel LED arrays, custom CPU cores, MIDI controllers, USB-HID devices, and hardware security experiments. Breadboard-compatible and ready to use straight out of the box.
• Generous 1kg Quantity: Provides ample soap base material for multiple soap making projects and creative experimentation