Arduino®️ VENTUNO™ Q
Book an Architecture Review
Arduino® VENTUNO™ Q is built to combine up to 40 TOPS of AI processing capability with dedicated real- time control functionality. Designed to support local LLMs, VLMs, computer-vision, and autonomous- robotics workloads on a single platform, it helps reduce the need for multi-device architectures.
Schedule a free 15-minute Architecture Review with Arduino specialists today.
• Run LLMs, VLMs and AI models directly on-device
• <1 ms deterministic real-time control
• Powered by Qualcomm®️ Dragonwing™ IQ8
• Supports Ubuntu OS and Debian OS
• From prototype to production
Arduino®️ VENTUNO™ Q
Book an Architecture Review
Arduino®️ VENTUNO™ Q combines 40 TOPS of AI performance with guaranteed real-time control. Deploy local LLMs, VLMs, computer vision, and autonomous robotics workloads on a single platform, without the complexity and latency of multi-device architectures.
Schedule a free 15-minute Architecture Review with Arduino specialists today.
• Run LLMs, VLMs and AI models directly on-device
• <1 ms deterministic real-time control
• Powered by Qualcomm®️ Dragonwing™ IQ8
• Supports Ubuntu OS and Debian OS
• From prototype to production
How the Architecture Review works
Three simple steps - no commitment, just clarity.
Submit your details
Fill out the form above. Tell us your use case, stage, and volume so we come prepared.
15-minute technical call
A Field Application Engineer reviews your framerate needs, AI models, and connectivity requirements.
Architecture recommendation
We confirm whether VENTUNO Q fits your product and outline the path from prototype to production.
Trusted partners
Why the "Dual-Brain" architecture
changes the game
One board. Fewer devices. Simplified architecture.
UNTIL YESTERDAY
The multi-device compromise
Developing for Edge AI usually meant forcing an industrial Linux PC to communicate with a PLC for motor control, stacking up latency, cables, and vulnerabilities.
- Linux PC + PLC = two separate devices to integrate
- Cable-heavy, failure-prone interconnects
- Communication latency between AI and control
- Duplicated software stacks and maintenance
WITH VENTUNO Q
A single, powerful architecture
Dragonwing processor is designed to unleash 40 dense TOPS of multimodal AI inference, while the dedicated STM32H5 microcontroller is built to handle sub-millisecond determinism. Low-latency AI. Open architecture. Simplified deployment.
- One board, two brains, seamless Remote Procedure Call (RPC) bridge
- 40 TOPS AI inference + sub-ms real-time control
- On-device AI with local data processing
- From prototype to production with Works with Arduino™ program.
Core capabilities, built for engineers.
Punchy specs. Flexible architecture. Built for Physical AI.
Technical specifications
The full hardware picture. For engineers who need the numbers.
AI PROCESSOR
Dragonwing IQ8 (IQ-8275)
Octa-core Qualcomm Kryo™
Qualcomm Adreno™ 623 GPU Hexagon NPU: 40 dense TOPS
Ubuntu OS
REAL-TIME MCU
STM32H5F5
Arm Cortex-M33 @ 250 MHz
4 MB flash · 1.5 MB RAM
Arduino Core on Zephyr RTOS
MEMORY & STORAGE
16 GB LPDDR5 RAM
64 GB industrial-grade eMMC
M.2 NVMe Gen 4
CONNECTIVITY
Wi-Fi 6 (2.4/5/6 GHz)
Bluetooth 5.3
2.5 Gb Ethernet (RJ45)
CAMERA & VIDEO
3× MIPI-CSI connectors
USB camera support
HDMI / DP Alt Mode via USB-C
REAL-TIME I/O
CAN-FD · PWM · Deterministic GPIO
Sub-millisecond control
SOFTWARE
Arduino App Lab
ROS 2 compatible
Don't guess if the hardware fits.
Let's verify it.
Help optimize your Proof of Concept architecture. Book a 15-minute technical call: our Field Application Engineers will analyze your framerate requirements, AI models, and connectivity needs, confirming if VENTUNO Q is the ideal solution for your product.
Limited availability: Our engineering team dedicates a maximum of 10 slots per week to Architecture Reviews for new B2B projects.
Don't guess if the hardware fits.
Let's verify it.
Optimize your Proof of Concept architecture. Book a 15-minute technical call: our Field Application Engineers will analyze your framerate requirements, AI models, and connectivity needs, confirming if VENTUNO Q is the ideal solution for your product.
Limited availability: Our engineering team dedicates a maximum of 10 slots per week to Architecture Reviews for new B2B projects.
FAQ
What is Arduino VENTUNO Q and what is it used for?
Arduino VENTUNO Q is an industrial hardware board based on a "Dual-Brain" architecture. It combines advanced AI inference up to 40 TOPS, powered by the Qualcomm®️ Dragonwing™ IQ8 processor (running Ubuntu/Debian OS), with sub-millisecond real-time control guaranteed by the dedicated STM32H5 microcontroller (running Zephyr RTOS). It is designed to develop industrial automation, robotics, and computer vision projects on a single device. Check it out here
Which local AI models does Arduino VENTUNO Q support?
Arduino VENTUNO Q supports on-device AI models such as YoloX, local LLMs (Qwen 2.5/3, Gemma 4), and agentic AI. Thanks to the 40 TOPS Hexagon™️ NPU, it enables local AI inference, ensuring complete data privacy and zero cloud dependency.
How does it help solve latency in industrial Edge AI systems?
It eliminates latency by replacing the traditional "Linux PC + PLC" setup with a single device. Communication between the AI "brain" and motor control occurs via an integrated, seamless RPC (Remote Procedure Call) bridge. This completely removes communication delays, heavy cabling, and the vulnerabilities typical of multi-device systems.
Is Arduino VENTUNO Q compatible with ROS 2 for robotics?
Yes, Arduino VENTUNO Q offers full native support for ROS 2. It is built for autonomous robotics and AMRs, featuring 3 MIPI-CSI camera inputs (for 360° depth perception), CAN-FD for industrial controllers, and deterministic GPIO for zero-jitter motor control.
Can I transition from prototype to production with the same board?
Absolutely yes, through the "Works with Arduino™" program. You can develop your software (Linux + Zephyr) on the VENTUNO Q board today and seamlessly transfer the exact same software stack to certified System-on-Modules (SOMs) tomorrow, halving time-to-market and avoiding product re-engineering.
How does the Arduino Architecture Review work?
The Architecture Review is a free 15-minute technical consultation with Arduino Field Application Engineers. During the call, an engineer will analyze your framerate requirements, selected AI models, and connectivity needs to confirm if the VENTUNO Q architecture is the right fit to take your project from prototype to production.
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Arduino and VENTUNO are trademarks or registered trademarks of Arduino S.r.l.