Analog Devices (ADI) will showcase intelligent solutions that accelerate sustainability at Embedded World 2023.

ADI announced on the 13th that it will participate in the Embedded World 2023 exhibition held in Nuremberg, Germany from March 14th to 16th.

At this exhibition, ADI will showcase the following demonstrations, focusing on energy efficiency and edge intelligence in industrial and building automation:

For industrial networks, we'll cover how to implement connected factories and gain insight into the intelligent edge by combining long-range 10BASE-T1L Ethernet with single-pair Power over Ethernet (SPoE) power solutions that support multiple power ratings, from the factory floor to the process edge.

In relation to the method of accurately measuring the size of moving objects using ToF (Time of Flight) technology, we will present a technology that accurately measures the size of logistics boxes by applying advanced high-resolution 3D imaging technology to core logistics applications to further improve the efficiency of automated transportation operations for large objects of various sizes.

Regarding Trinamic® motion control and precision current sensing, this demonstration using precision current sensing and control demonstrates high-speed, high-performance motion control based on ADI's Trinamic technology. Inverting pendulum applications feature this design. When combined with ADI's TMC4671 servo controller and AD8410A current-sense amplifier, this solution enables improved performance and efficiency in manufacturing processes.

Demonstrations focused on automotive and sustainable energy will showcase power quality monitoring solutions and high-resolution GMSLTM surround view solutions.

Power Quality Monitoring Solution This demonstration, utilizing ADI's high-performance power quality (PQ) monitoring IC, the ADE9430, showcases a solution that measures the amount of harmonics delivered to the grid by inverter-based resources, including solar photovoltaics, energy storage solutions (ESS), and bidirectional electric vehicle (EV) chargers.

By monitoring grid disturbances, this solution enables more accurate diagnosis of additional distributed energy resource optimization efforts to achieve a more stable and green energy grid.

The high-resolution GMSLTM surround view solution presents a surround view scene implemented using Gigabit Multimedia Serial Link (GMSL) to transmit and synchronize error-free video from a high-resolution camera to a processor. ADI's innovation efforts in GMSL technology enable automakers to achieve Level 3 autonomous driving and beyond.

We also participate in a technology conference held as a side event of the exhibition.

At the Embedded World conference, Nathaniel Alteza, a machine learning engineer at ADI, will present "Coffee Leaf Health Diagnosis Based on an Ultra-Low-Power CNN Accelerator."

Mark Ochoco, a systems integration engineer at ADI, presents "Preventing Industrial Machine Downtime with a Wireless Condition-Based Monitoring (CbM) System."

At the Electronic Display Conference, Max Huang, staff engineer at ADI, will present "ASIL B LED Driver and TFT Bias Supply Solution for Tell-Tale Indicators on Local Dimming LCD Displays."

For more information about conference presentations and demos, please visit the ADI Embedded World 2023 website.