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Aetina to showcase edge intelligence innovations in physical AI, vision AI and agentic AI at COMPUTEX 2026
Provider of edge AI solutions and accelerator of edge AI infra- structure, Aetina Corporation, will showcase its latest generation of edge AI solutions at COMPUTEX 2026 from 2 to 5 June at Taipei Nan- gang Exhibition Center, Hall 1, Booth K0106.
The exhibit will present Aetina’s comprehensive portfolio across SuperEdge, MegaEdge, DeviceEdge and CoreEdge, together with real-time interactive demonstrations co-developed with strategic partners and ecosystem innovators. These showcases demonstrate how edge AI is evolving from single inference models into inte- grated applications with contextual intelligence across Physical AI, Vision AI and Agentic AI.
Physical AI in action : From 3D perception to real-time robotic re- sponse
The centrepiece of Aetina’s exhibit is an AI-powered robotic arm system running at the edge. Developed through strategic col- laboration with NVIDIA and Franka Robotics, and integrated with technologies from Axis, Innodisk, PrefactorTech and Stereolabs, the demonstration shows how edge AI can serve as the operational foundation for next-generation robotics, smart factories, autono- mous systems and human-machine interaction. The system integrates Aetina’s DeviceEdge AIB-AT78/68, powered by the NVIDIA Jetson Thor module, with Aetina’s SuperEdge AEX-2UA1 GPU server accelerated by NVIDIA RTX PRO 6000 Blackwell Server Edition GPU. Running an on-premises Private LLM and NVIDIA ACE, the system enables a digital avatar to engage visitors through re- al-time voice interaction, while a Stereolabs ZED camera supports object recognition and 3D perception.
The Franka Research 3 robotic arm and Axis dexterous hand at the edge without cloud dependency, demonstrating a full-stack physical AI architecture where voice, vision, reasoning and motion control operate concurrently.
To address growing demand for AI-powered industrial auto- mation, Aetina will showcase two extended physical AI applications. The Humanoid Surround Vision Solution, built on the NVIDIA Jetson Thor platform, integrates Stereolabs ZED X stereo cameras and ZED X One cameras through the high-bandwidth, low-latency GMSL2 interface to deliver real-time depth sensing, peripheral awareness and human-like navigation capabilities for industrial robots and embodied AI applications.
Aetina will also partner with Digital Media Professionals Inc. (DMP), Cambrian Robotics and Universal Robots to showcase an Auto- mated Wiring and Cable Assembly Solution powered by the Aetina MegaEdge AIP-KQ67 edge AI inference platform. Leveraging Cam- brian’s AI vision perception to guide a dual-arm (UR) robotic system in high-precision wire harness assembly, the solution enables ro- addressing complex and labour-intensive cable assembly chal- lenges in datacentre server assembly, electronics and automotive production lines.
AETINA
https://www.aetina.com 44 MAY 2026 | ELECTRONICS FOR ENGINEERS
Feel the difference: Azoteq’s haptic and sensing ICs at Astute’s stand
Inductive and capacitive buttons look sleek, but users feedback, they hesitate, press harder, or trigger inputs accidentally. For wearables, medical devices and indus- trial controls, that’s not just frustrating—it’s a reliability issue.
Azoteq solves this by combining capacitive sensing and haptic feedback on a single chip, driving Linear Reson- ant Actuator (LRA) motors to deliver precise vibration exactly when a touch registers.
What makes the IQS39x family different Integrated H-bridge driver powers LRA motors directly— no external driver circuitry needed
Closed-loop auto-resonance tracking maintains con- sistent vibration strength as motors age, temperatures shift, or mounting conditions vary
Multiple sensing modes in one IC: capacitive and in- ductive via Azoteq’s ProxFusion architecture Ultra-low power operation with wake-on-touch, suited for battery-powered wearables and IoT devices space-constrained designs
The IQS39x devices can be paired with other sensing technologies (for example, Hall-based encoders such as the IQS326) to enable combined solutions, rather than integrating these functions directly
The IQS391/392 are haptic driver devices only, while the IQS396/397 combine haptic drivers with a single capaci- tive or inductive sensing channel.
Practical applications
Sealed interfaces for industrial equipment, appliances, or medical devices—no ingress points, no mechanical wear
Hidden-until-lit controls on glass or metal surfaces Rotary encoders and scroll wheels (IQS326) Wearables requiring gesture detection, proximity wake-up, and precise touch discrimination through gloves or overlays.
ASTUTE GROUP
https://www.astutegroup.com
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