Analog Devices Showcases Solutions to Accelerate Digital Transformation at Hannover Messe

ADI’s stand (Hall 9, Stand H23) will feature live demonstrations across its broad portfolio of technologies, including:

Intelligent Edge Connectivity for Agile Production

ADI enables the complete digitalization of industrial automation through its Chronous™ ethernet solutions, robust IO-Link® interface technologies, and ethernet switch technologies. By combining these capabilities, users can seamlessly connect their network edge to the cloud while leveraging key measurements and data-driven insights across their assets.

Sensor-Driven AI for Enhanced Quality Control

ADI’s OtoSense™ Quality Control solution provides intelligence at the edge of any production line, capturing insight on manufactured parts and manufacturing processes as a key component of digitizing manufacturing. By combining sensing, edge processing, and ethernet connectivity, this demo will illustrate how ADI’s OtoSense technology enables the translation of vibration and sound data to intelligent, actionable insights in a low-cost and robust system, in an environment controlled by industrial automation.

Intelligent Insights for Enhanced Sustainability

Digitalization is transforming what we expect out of buildings and infrastructure. Through a combination of smoke and vision sensors, software configurable inputs and outputs (IOs), and ethernet connectivity, this demo showcases a system capable of unifying data sources, enabling building managers to access real-time data across facilities and gain a holistic view of building performance.

Intelligent Robotics: Smart Sensing for Safer and Smooth Operation

In the drive for flexible manufacturing, robotic systems are becoming ever more capable. Visitors will be able to see how high accuracy depth sensing based on ToF (Time of Flight) enables pinpoint robot accuracy along with safety capabilities. ADI’s Trinamic™ technology, easily deployed in gripping and other end effectors, allows robots to interact more precisely with the world around them. The result is enabling designers to create robotic subsystems more rapidly while delivering the ease-of-use manufacturers require.