SparkFun ESP32-C6 Qwiic Pocket Dev Board, RISC-V, WiFi 6, Bluetooth 5.3, Zigbee, 4 MB Flash
Available · 16 piece · 1-3 days
SparkFun ESP32-C6 Thing Plus, RISC-V, WiFi 6, Bluetooth 5.3, Zigbee, Thread, 16 MB Flash, USB-C
Available · 4 piece · 1-3 days
SparkFun Thing Plus ESP32-S3, 4MB Flash, 2MB PSRAM, WiFi 6, Bluetooth 5, USB-C, Dual-Core 240MHz
Currently not available
SparkFun Pro Micro ESP32-C3, 32-bit RISC-V 160MHz, 400KB SRAM, WiFi, BLuetooth LE 5
Currently not available
SparkFun Thing – Everything You Need to Know
SparkFun Thing refers to a series of compact microcontroller boards specifically designed for IoT, wireless, and embedded projects. The focus is on easy setup, integrated wireless communication, and a clear orientation toward practical, real-world applications.
Typical SparkFun Thing boards are based on platforms such as ESP8266, ESP32, ESP32-C6, XBee, or Matter-enabled SoCs. This allows projects using WiFi, Bluetooth, Zigbee, Thread, or Matter to be realized without the need to integrate additional radio modules.
Getting started is straightforward: a large global community, numerous open-source examples, and ready-made projects available online make the entry easy. In addition, you can find practical guides, tutorials, and project ideas on our blog at blog.berrybase.de.
How Does a SparkFun Thing Work?
A SparkFun Thing is a fully assembled microcontroller board with integrated power management, USB connection, and wireless module. The central chip processes programs, reads sensor values, and controls outputs such as LEDs, relays, or displays.
Programming is usually done via USB using well-known development environments such as the Arduino IDE, ESP-IDF, or MicroPython. After flashing, the program runs autonomously on the board.
Many models support the Qwiic Connect System, which allows sensors and expansions to be connected via I2C without soldering. Using WiFi, Bluetooth, or other wireless standards, data can be transmitted to servers, cloud services, or other devices.
Popular SparkFun Thing Models Compared
| Image | Model | CPU Architecture | Flash | Number of Pins | Pin Types | Connectivity | Special Features | Typical Use Cases | Link |
|---|---|---|---|---|---|---|---|---|---|
|
SparkFun Thing Plus (U.FL) | Xtensa LX6 Dual-Core | 16 MB | 21 | GPIO, ADC, Touch, SPI, I2C, UART | WiFi, Bluetooth | U.FL antenna connector, Qwiic | IoT sensors, cloud connectivity | view product |
 |
SparkFun Thing Plus (PCB Antenna) | Xtensa LX6 Dual-Core | 16 MB | 21 | GPIO, ADC, Touch | WiFi, Bluetooth | Integrated antenna | Controllers, IoT nodes | view product |
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SparkFun ESP32-C6 | RISC-V | 4 MB | 23 | GPIO, ADC | WiFi 6, BLE, Zigbee | Qwiic Pocket | Smart home, Matter | view product |
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SparkFun ESP32-C6 Thing Plus | RISC-V | 16 MB | 23 | GPIO, ADC | WiFi 6, Thread | SD slot, LiPo | IoT gateways | view product |
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SparkFun Thing Plus Matter | ARM Cortex-M33 | 1536 kB | 21 | GPIO, ADC, DAC | Thread, Zigbee, Matter | Secure Vault | Smart home | view product |
Additional Components and Expansions
SparkFun Thing boards can be expanded flexibly. Particularly popular are temperature sensors, motion and distance sensors, as well as displays and indicators.
In addition, relays, actuators, memory, GPS modules, or environmental sensors can be integrated. Qwiic-enabled modules allow quick and structured expansion.
What Should You Consider When Buying?
- CPU architecture: Xtensa, RISC-V, or ARM depending on the software ecosystem.
- Connectivity: WiFi, Bluetooth, Zigbee, Thread, or Matter.
- Pin layout: Number and type of GPIOs, Feather compatibility.
- Power supply: USB-C, LiPo battery, charging circuitry.
- Memory: Flash size and RAM for OTA updates.
- Manufacturer variants: Antenna type and additional features.
What Is SparkFun Thing Particularly Suitable For?
The SparkFun Thing boards are especially suitable for projects where wireless communication, compact form factor, and low power consumption are required. Thanks to the integrated radio hardware, they are ideal for IoT applications in private, industrial, and experimental environments.
Many models support modern standards such as WiFi 6, Bluetooth 5.3, Zigbee, Thread, or Matter. This allows both classic WiFi-based devices and modern mesh networks and smart-home installations to be implemented. The boards can communicate directly with cloud platforms, local servers, or other nodes.
Thanks to the Qwiic Connect system, sensors, displays, and actuators can be integrated quickly. The low power consumption of some variants enables battery-powered applications with long runtimes. USB-C, integrated charging circuitry, and compact dimensions also make deployment outside the lab easier.
Typical use cases include weather and environmental monitoring stations, smart-home modules, door and window sensors, networked data loggers, remote monitoring systems, mobile controllers, or prototypes for near-production developments.
