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Green rectangular development board with pin headers and microcontroller chip 32

MCDODO

MCDODO ESP32-C5-DevKitC-1-N8R8 Development Board

SKU CH-602V-TRVDJ

An IoT edge development board with 32-bit processing for connected device prototyping

  • TypeSingle Board Computers
  • ESP32-C5-DevKitC-1-N8R8 Development Board for IoT edge development
  • New condition ensures reliable out-of-the-box performance
  • Single board computer form factor simplifies prototyping workflows
  • 32-bit architecture supports embedded application requirements

ESP32-C5 IoT development board

This ESP32-C5 development board is a single-board computer built for IoT edge prototyping and maker projects. It targets engineers and hobbyists who need a ready-to-use platform for wireless connected devices. The board arrives new and is supported by Espressif's official user guide. It is not suited for buyers who need a full desktop replacement or high-performance compute module.

32-bit RISC-V microcontroller core

The board centres on a 32-bit RISC-V processor that determines whether the platform matches your firmware toolchain and performance envelope. Developers relying on other instruction-set architectures will need a different board. No other specification overrides this core characteristic.

Pluspunten

  • ESP32-C5-DevKitC-1-N8R8 Development Board for IoT edge development
  • New condition ensures reliable out-of-the-box performance
  • Single board computer form factor simplifies prototyping workflows
  • 32-bit architecture supports embedded application requirements

Specificaties

TypeSingle Board Computers

Vragen over dit artikel

How does the 32-bit architecture of the ESP32-C5 affect real-world IoT workloads on this board?

The 32-bit Xtensa core handles typical sensor aggregation, local MQTT buffering and TLS handshakes in a single cycle where 8-bit parts would need several, reducing latency and power draw for edge tasks.

What host interface standard does the DevKitC-1 use and what practical throughput limit does it impose?

The on-board USB-to-UART bridge enumerates as a virtual COM port capped at the bridge's maximum baud rate, so flashing and serial monitoring speed is limited by that link rather than the ESP32-C5 itself.

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