UCC

Third-Party Hardware Drivers are GSDK Extension to provide support for third-party external hardware.

MicroROS-Pub

esphome-p1

used by numerous heating systems).

The xfrpc project is an implementation of frp client written in C language for OpenWRT and IOT system. The main motivation of this project is to provide a light

This article illustrates the merits of MicroPython, its source structure, code execution flow and multiple supported hardware ports.

This article covers MicroPython’s development timeline, introduces PyMite, and compares the differences between MicroPython and its derivative CircuitPython.

This article introduces MicroPython, its distinctions from CPython, supported hardware platforms, .mpy precompiled bytecode, and the main differences in syntax,

This article introduces RP2040 Sysinfo identification registers, Syscfg system configuration registers and the simulation-only TBMan module.

This article introduces RP2040 GPIO pins, pin multiplexing function selection, external interrupts and configurable electrical parameters of IO pads.

This article explains RP2040’s clock tree system, covering multiple clock sources, frequency configuration, independent gating and power-saving principles.

This article introduces RP2040's power-on finite-state machine, its hardware sequential startup flow and controlled modules during chip power-up.

This article explains two reset types of RP2040: full chip reset and independent subsystem peripheral reset, along with relevant reset signals.

Cyclone V FPGA에 구현한 2채널 디지털 락인 증폭기. 잡음 속 미약 신호의 크기·위상차를 실시간 측정해 W5500 TCP로 호스트 PC에 스트리밍합니다.

This article introduces RP2040 low-power strategies to cut dynamic and static power, including clock gating, clock switching and DORMANT deep sleep mode.

This article covers RP2040's on-chip core regulator, its adjustable voltage range, three operation modes, ROK indicator and configuration registers.

This article introduces RP2040's multi-rail power supply system and several practical power supply wiring schemes.

This article introduces RP2040’s power-on boot sequence, covering hardware initialization and BootROM-driven Flash/USB boot modes.

This article defines address mapping, register mapping and remapping, which establish address indexing rules for all internal chip resources.

This article explains RP2040 DMA controller, its working modes, channel chaining, DREQ trigger mechanism and interrupt configuration.

This article details the Cortex-M0+ core adopted by RP2040, including its main features, supporting modules and applicable embedded scenarios.

This article introduces RP2040's dual-core processor subsystem, covering SIO, interrupts, event signals and SWD debug architecture.

This article explains RP2040's bus architecture and address mapping that govern internal data transmission and resource access.

This article defines pin multiplexing and explains how RP2040 GPIOs switch between different peripheral functions via function selection tables.