LORDWORLD
LORDWORLD RP2040-One development board 4MB flash USB-A
Pico-like RP2040 board with onboard USB-A plug, 4 MB flash and dual-core Arm Cortex-M0+ running up to 133 MHz
- Ready to code immediately with built-in USB-A plug
- Expand projects using 4MB flash storage
- Develop in C/C++ or MicroPython with full SDK
- Prototype compact designs on castellated SMD module
- Run dual-core Cortex-M0+ at up to 133 MHz
RP2040 microcontroller board with USB-A
This development board integrates the Raspberry Pi RP2040 dual-core Arm Cortex-M0+ processor running at up to 133 MHz. It is designed for makers and engineers who want a compact, breadboard-friendly module for embedded projects. The castellated edges allow direct surface-mount assembly into custom PCBs.
4 MB flash provides generous program space
The 4 MB onboard flash memory offers significantly more storage than standard Pico boards, accommodating larger firmware images and data logs. It comfortably handles complex MicroPython applications and C/C++ projects with multiple libraries. Very large multimedia assets or extensive local databases would exceed the available capacity.
USB-A plug enables cable-free connection
The built-in USB-A connector plugs directly into a host port without extra cables, simplifying power and data transfer during development. Castellated pads support reflow soldering for permanent integration into finished devices. Boards without castellations or with only micro-USB would not suit these mounting and connectivity needs.
Kohokohdat
- Ready to code immediately with built-in USB-A plug
- Expand projects using 4MB flash storage
- Develop in C/C++ or MicroPython with full SDK
- Prototype compact designs on castellated SMD module
- Run dual-core Cortex-M0+ at up to 133 MHz
Tekniset tiedot
| Brand | LORDWORLD |
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Kysymyksiä tästä tuotteesta
Will the board's USB-A plug work directly with the USB-A ports on my older laptop without needing an adapter cable?
Yes, the onboard USB-A plug connects straight to a standard USB-A port so no extra cable is required.
How can I verify the dual-core Arm Cortex M0+ processor is running at up to 133 MHz after I flash my first program?
The board enumerates as a USB mass-storage device when powered; a simple MicroPython script printing the clock frequency will confirm the 133 MHz operation.
Does the package include any headers or jumper wires for the castellated module pads, or must I source them separately?
Only the RP2040-One board itself is supplied; headers, jumper wires and any soldering materials for the castellated pads are not included.
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