TAIPEI, June 8, 2026 /PRNewswire/ -- Innodisk, a leading global AI solution provider, showcases the full breadth of its collaboration with Qualcomm Technologies, Inc. at Computex 2026. Building on the "AI on Dragonwing" computing series launched earlier this year, Innodisk has rapidly expanded the edge platform lineup to span four generations of Qualcomm Dragonwing™ processors, delivering scalable performance from 20 to 700 TOPS across a broad spectrum of edge AI workloads.

Architecture Meets Industrial Edge Demands

The shift toward edge AI in factory automation, smart cities, and defect inspection heightens the demand for power-efficient inference. For battery-powered AMRs and AGVs, minimizing power consumption is critical to sustaining operational endurance and lowering thermal costs—positioning this high-performance, low-power architecture as a compelling choice for next-generation deployments.

With Dragonwing, Qualcomm Technologies aims to deliver industry-leading power efficiency and multimodal compute to the industrial segment. Spanning the Qualcomm Dragonwing™ IQ8, IQ9, IQ10, and IQ-X Series with product longevity support through 2036 or later, this scalable processor portfolio helps enable enterprises to right-size compute infrastructure. Capitalizing on this, Innodisk unleashes this potential by providing a "AI on Dragonwing" hardware lineup of modules, starter kits, and deployment-ready systems, paired with its IQ Studio software toolkit streamlines evaluation-to-deployment with BSP, benchmarking, and model optimization.

"Dragonwing processors aim to deliver industry-leading performance-per-watt with long-term supply commitment, helping to establish a solid foundation for physical AI deployment at scale," said Shyam Krishnamurthy, SVP, Product Management, Qualcomm Technologies, Inc. "Innodisk's industrial edge integration expertise makes them a critical partner in bringing the AI on Dragonwing ecosystem to market."

Scalable Compute Across Four Performance Profiles

The Computex lineup covers four Dragonwing™ platforms spanning distinct application profiles.

The Dragonwing IQ8 Series powers the EXMP-Q801 COM-HPC Mini module, designed to deliver up to 40 TOPS (Dense) with wide-temperature operation for vision inference and sensor fusion.

The Dragonwing IQ9 Series is designed to scale up to 100 TOPS (Dense) via dual NPU and powers the EXMP-Q911 module, EXEC-Q911 starter kit, and the APEX-A100 fanless edge AI system, helping to address industrial inspection, Driver Monitoring Systems (DMS), and multi-stream analytics.

The Dragonwing IQ10 Series, powering the EXMR-QA01, aims to extend the portfolio to a massive 350 TOPS (Dense). Featuring an 18-core Oryon™ CPU, support for up to 20 MIPI cameras at 16 MP, and an integrated Safety Island (SAIL) module, the platform is custom-engineered to help support heavy-duty AMR navigation, humanoid robotics, and VLM and VLA edge workloads.

The Dragonwing IQ-X Series stands out with native Windows compatibility. The EXDU-QX11 edge AI system, powered by the Dragonwing IQ-X processor, is designed to deliver up to 45 TOPS with native Windows compatibility. Offering dual-OS support for Windows 11 IoT Enterprise LTSC and Ubuntu 26 LTS, it is designed to streamline deployment in PLCs, HMIs, and edge controllers equipped with features such as Ethernet, MIPI CSI, and CAN.

Live Demonstrations at Computex 2026

At the Innodisk booth, two live demonstrations validate deployment readiness. The first, showcasing the EXMP-Q911 module powered by the Dragonwing IQ9 processor, executes a concurrent pipeline of CNN defect inspection, DMS, and VLM-driven PPE detection within a strict 30W total system power. The system achieves an ultra-low 4.4 ms average inference latency, delivering a 2.6× speed advantage over traditional architectures while optimizing performance-per-watt.

The second demo showcases vision-powered autonomous robotic navigation on the EXFC-Q911 fanless system. Engineered for AMRs and AGVs, the system manages a high-throughput 8-channel GMSL2 camera pipeline and 3D depth sensors, delivering 360-degree spatial awareness and real-time obstacle avoidance with millisecond-level responsiveness at only 32W.