Back to home
Technology

Arduino Uno Q Review: The board with two brains

Source

Tom's Hardware

Published

TL;DR

AI Generated

The Arduino Uno Q is a new board with a Qualcomm Dragonwing SoC and an STM32 microcontroller, offering AI capabilities and real-time control. It supports a new IDE, Arduino App Lab, integrating Python and Arduino's C language. The board boots into Debian Linux and features a quad-core ARM Cortex-A53 Qualcomm Kryo CPU. It maintains compatibility with Arduino Shields and introduces a new workflow through the Arduino App Lab. The board's AI performance is slower compared to other SBCs, but it offers potential for AI and IoT projects.

Read Full Article

Similar Articles

Tech tinkerer gets Gemini to help him 'vibe code' an x86 motherboard design — bot help was impressive, but project still required human awareness and intervention

Tech tinkerer gets Gemini to help him 'vibe code' an x86 motherboard design — bot help was impressive, but project still required human awareness and intervention

Japanese tech blogger Ikejima used Google's Gemini AI to assist in designing an x86 motherboard for an Intel 8086 CPU. Despite the AI's help with circuit design and software development, Ikejima's human reasoning was crucial in overcoming challenges like debugging issues and circuit design flaws. The project, which utilized a Raspberry Pi Pico RP2040 microcontroller, faced setbacks but eventually succeeded in getting the CPU to execute code. Ikejima's integration of AI assistance with his expertise showcased the potential of combining human logic with AI capabilities in tech projects.

Tom's Hardware
Legendary Windows dev codes demos and games for ancient ‘War Games’ monitor — interfaces with the HP1345a vector display using an ESP32 microcontroller

Legendary Windows dev codes demos and games for ancient ‘War Games’ monitor — interfaces with the HP1345a vector display using an ESP32 microcontroller

Legendary Windows developer Dave W Plummer has successfully interfaced with the HP1345a vector display, known for its appearance in the movie "War Games," using an ESP32 microcontroller. He has created a demo and an Asteroids clone for the monitor, showcasing its capabilities. Plummer had to navigate the complex wiring required to connect the monitor to the microcontroller and PC due to its proprietary interface. He has shared the code and details of the interface on GitHub for others interested in similar projects. Additionally, Plummer has ported Python Asteroids code to the USB-HP bridge he developed, opening up possibilities for enjoying classic vector games on this unique display.

Tom's Hardware
Wrapping Up CES 2026

Wrapping Up CES 2026

The 2026 Consumer Electronics Show (CES) showcased tech behind closed doors, including Efficient Computer’s Electron E1 board with a dataflow-based microcontroller. CES featured physical AI and robots, with companies displaying exoskeletons and humanoid robots. The event also highlighted augmented reality glasses and advancements in transportation tech, such as Simko’s S-drive system and Sony-Honda’s Afeela electric car. AI was a prominent theme at CES, with BrainChip showcasing Akida-based AI accelerators. Additionally, modules and other tech innovations were on display, including Infineon’s microcontrollers and sensors.

ElectronicDesign
ZX Spectrum flies simulated spacecraft using BASIC, Python, and serial — Kerbal Space Program Lunar lander powered by 1980s hardware

ZX Spectrum flies simulated spacecraft using BASIC, Python, and serial — Kerbal Space Program Lunar lander powered by 1980s hardware

Internet personality Scott Manley has used a Sinclair ZX Spectrum, running Sinclair BASIC and Python, to control a lunar lander in the Kerbal Space Program simulation. Despite the inefficiency caused by the slow serial port, Manley successfully communicates with the game using a Python script and the ZX Spectrum's serial interface. The project involves emulation, with a virtual ZX Interface 1 connecting the ZX Spectrum to the PC running the simulation. This innovative use of 1980s hardware showcases the enduring appeal of retro computing in modern tech projects.

Tom's Hardware

We use cookies

We use cookies to ensure you get the best experience on our website. For more information on how we use cookies, please see our cookie policy.