Arduino UNO Q 2GB $59 (Hybrid SBC with a CPU & MCU) + Shipping from $7 @ Core Electronics (Local AU Stock)

110

This offer is available until stock runs out. We have a larger-than-expected resupply arriving (hence the deal; normally $76.50).

The Arduino UNO Q is not a typical UNO. It combines a Linux-capable system with a microcontroller on a familiar UNO-style board, making it suited to projects that need both high-level processing and real-time hardware control in one compact platform.

This board is aimed more at engineers, makers, students and tinkerers exploring the leading edge of embedded and SBC-style systems. It does not replace other Arduino boards, nor is it comparable to Raspberry Pi SBCs. Instead, it offers functionality that only a dual-system architecture can provide. Arduino has also redefined development with the App Lab IDE, a versatile editor used for programming both Python & Sketch applications on the UNO Q board.


Product Info

The Arduino UNO Q is a hybrid development board that blends the traditional Arduino-style microcontroller workflow with an onboard Linux environment. You can handle GPIO, timing, and hardware tasks on the microcontroller side, while using Linux for networking, higher-level logic, and software-heavy tasks.

It keeps the approachable UNO-style form factor while opening the door to projects that normally require both a microcontroller and a single-board computer.

Great for edge devices, smart controllers, connected hardware, and embedded systems that need more than just bare-metal firmware.

Guides:
- Overview & architecture: https://core-electronics.com.au/guides/arduino/arduino-uno-q…
- Getting started: https://core-electronics.com.au/guides/arduino/getting-start…
- Reinstalling Linux (reflash guide): https://core-electronics.com.au/guides/arduino/how-to-reinst…

Community Projects:
- Uno Q Desk Robot with Full AI Chat and Videotronic OS https://projecthub.arduino.cc/Tishin/uno-q-desk-robot-with-f…
- Arduino® UNO Q - Local Weather Station https://projecthub.arduino.cc/Arduino_Genuino/arduino-uno-q-…
- DIY-ECG on Arduino UNO Q https://projecthub.arduino.cc/jens-bongartz/diy-ecg-on-ardui…


What makes it different from a standard UNO?
  • Hybrid design – Linux system + microcontroller on one board
  • Higher-level software (Linux side) alongside real-time I/O control (MCU side)
  • Better suited to:
    • Network-connected devices
    • Data processing at the edge
    • Devices that need both hardware interfacing and OS-level features
  • Familiar Arduino-style development for hardware, with Linux flexibility for everything else

What projects is the UNO Q well-suited for?
  • Edge IoT gateways and smart controllers
  • Networked sensor hubs
  • Industrial or workshop monitoring systems
  • Robotics with onboard logic and connectivity
  • Smart home or building automation controllers
  • Data logging with local processing before sending to the cloud
  • Educational platforms for learning both embedded and Linux systems together

Common Questions

Do I still program it like an Arduino?
Arduino has reinvented development with the App Lab IDE. We have made guides, linked above.

Is this a replacement for a Raspberry Pi or a normal Arduino?
It sits between them. It can replace a two-board setup (MCU + SBC) in many designs. What it uniquely does is develop for both systems within a single IDE.

Is Linux reflashable if I break something?
Yes. There is a full guide covering how to reinstall Linux on the UNO Q.


Tech Support

Related Stores

Core Electronics
Core Electronics

Comments

Search through all the comments in this post.
  • how doe this stack up to a Pi?

    • +10

      In terms of raw performance? RPi wins. The Arduino Uno Q offers superior deterministic, real-time control by using a dedicated microcontroller for timing-sensitive tasks alongside its Linux-based Qualcomm processor. In contrast, the Raspberry Pi runs a full OS (Linux), which can introduce jitter, making it less suitable for precise, low-latency, hardware-level, timing-critical operations.

      Geeky stuff and what they have done is great. Especially the App Lab IDE, as it's a big step forward for those exploring this.

      • a big step forward

        I'd argue it's a big step sideways, onto a different path leading to a niche somewhere between traditional arduino and pi. My first experience with AppLab (v0.2.0) was frustrating enough for me to uninstall and put my Q on the shelf until I've got plenty of spare time to play. I mistakenly thought Applab would be at a decent state of robustness at hardware released, but it wasn't, so a spurious 'update failed' error message prevented a basic hello world.

        Hopefully it's been fixed up by now. But I'm wary that getting the mystical 'best of both worlds' of low microcontroller latency plus linux high level tools relies entirely on the proprietary Applab software that is likely to become a paid product (at least for full features) somewhere down the track on Qualcomm's strategic roadmap

  • +1

    this would be superb for a custom CNC type of setup

  • Can you somehow use this for a Hyperion / HyperHDR setup?

    • +1

      How? - if just controlling the LED strips, there's far more cost effective ways…even when MQTT'ing………I geuess if you're de-centralising and going multiple hubs, these could be MQTT co-ordinators, out to smaller end of line devices….but again, what's your setup?, no doubt it can be used, but in what roles depends on you

  • Any free shipping code?

  • I'd love one of these with Ethernet.

Login or Join to leave a comment