ADI at embedded world 2025 ADI at embedded world 2025

Enabling the modern digital factory and realizing productivity gains through data and AI requires seamless and secure convergence of the factory’s IT and the OT networks. This platform demo shows how ADI empowers factory and process automation systems to transform generated data into insights for efficiencies at scale. Our industrial Ethernet switches enable advanced features while removing the complexity from the host processor. Visit this demo to learn more about ADI’s in-depth domain knowledge in industrial Ethernet and discover a path to a staged transition from legacy systems to fully digital edge nodes.

Learn how to build scalable autonomous mobile robots by using open-source hardware and software robotics solutions from ADI and Arduino. Key design considerations include modularity, interoperability, and standardized software interfaces exposed through ROS2 nodes. ADI enables rapid prototyping and development of customized applications for your robot designs.

This demonstration showcases ADI’s AI-centric condition-based monitoring solution for intelligent fault detection, designed to eliminate unplanned downtime in manufacturing processes. The demand for enhanced automation and electrification in the manufacturing industry has driven a growing need for efficient, reliable, and intelligent motor control systems. See how ADI’s BLDC motor control solutions offer precise motor positioning and fast, dynamic motor behavior, the key to achieving the precise linear motor movement required in processes such as printing, capping, and pushing.

This demo showcases the powerful capabilities of Red Pitaya’s STEMlab platform, enhanced by ADI's high-performance converter technology. This all-in-one signal processing platform supports rapid prototyping, precise data acquisition, and efficient debugging within a compact, multifunctional tool. Targeting both learners and professionals, STEMlab offers an accessible and efficient way to explore high-speed ADC and DAC functionality, with a robust software development environment.

See how ADI’s Gigaspeed isolation and GMSL SerDes technologies deliver a unique, market-first solution for isolating high-fidelity interfaces to remote cameras and image sensors. Unlock the power of 4K machine vision processing while minimizing form factor and cabling in surgical robotics and industrial instrumentation. Get hands-on with an isolated hardware platform for the Camera Serial Interface isolation, creating an insulated and patient-safe visualization system.

This innovative demonstration combines robust cybersecurity with intelligent syringe operation to redefine safety and performance in Medical IoT. Learn how ADI’s secure authentication solutions protect devices from unauthorized access and potential threats while integrating Trinamic’s cutting-edge syringe and peristaltic pump technologies for precise, reliable, and efficient drug delivery. These advancements collectively showcase the future of safe and intelligent healthcare devices.

ADI's latest low-noise, wideband accelerometer technology marks a significant advancement in physics, enabling the detection of minute vibrations from the human body. This breakthrough facilitates real-time monitoring of heart and lung sounds for digital auscultation, expanding the vital-sign monitoring toolkit and supporting progress in chronic disease management and diagnosis.

Extracting data from high-performance, high-data-rate analog signal chains for AI model training and real-time inference has become a key trend, driven by the shift from traditional signal processing to AI-driven flows. This demo leverages an NVIDIA-based platform to build a complete data extraction framework, built on top of open-source software, open-source FPGA infrastructure, and scalable host-side data management flows. It targets ADI’s high-performance transceivers and converters to streamline the development and deployment of AI-capable and intelligent edge systems.

ADI’s Integrated Development Environment facilitates heterogeneous application and system development, debugging, and optimization from a unified interface. These capabilities accelerate time-to-market and support extensibility via OpenAPI integration with third-party solutions and platforms. With the growing complexity of edge systems, having this level of heterogeneous multi-core debugging will improve developer visibility and reduce debug times.

Rapid development of edge-optimized AI models helps to solve critical business challenges. This demo showcases how customers can develop an AI-based anomaly detection model for use in a hypothetical manufacturing production line using ADI’s forthcoming Andromeda AI development platform, Sony’s Intelligent Vision Sensors, and ADI’s high-bandwidth and low-latency GMSL solutions. ADI Andromeda is a cloud-based development platform aimed at helping customer teams collect data, train, and optimize AI models for ADI signal chain products and digital targets. Andromeda will help customers overcome the challenges of building solutions using products sourced from a diverse ecosystem.

Experience enhanced intelligent edge data streams with ADI's Data Provenance SDK. Our SDK facilitates plug-and-play configuration of specialized sensor edge data capture with customizable metadata, enabling secondary verification of data authenticity and accuracy at any point in the data lifecycle.

This demo covers key functionality such as utilizing ADI sensors to capture real-world data, exploring data with Filament/DataX, demonstrating PyTorch integration with CFS. Visitors will also learn to compile and assemble model into a new firmware image, deploy AI-powered firmware on digital hardware, and visualize data and AI-enhanced inference results. See how AI is seamlessly embedded into ADI’s tools, streamlining development and enabling smarter, more capable products that leverage ADI’s advanced silicon technologies.

The ADALM2000 (M2K) Active Learning Module puts the power of high-performance lab equipment in the palm of your hand. The M2K integrates 12-bit ADCs and DACs to provide a powerful yet easily accessible software-defined instrument. Requiring only a single USB cable, the M2K is perfect for students and researchers who want to learn faster, work smarter, and explore more. The combination of cost-effectiveness, compact size, and open software makes the M2K ideal for engineers looking to replicate test and debug setups anytime, anywhere.

Explore how ADI’s configuration and productivity tools enable system and core configuration for embedded systems. This demonstration also includes insight into end-to-end security tools, accelerating technical discovery, and enabling efficient data flow through the system.

Simplify the creation of AI models for embedded edge applications with CodeFusion Studio, enabling model search with edge constraints on hardware, memory, performance, power and more. This demo showcases pre-built AutoML templates for ADI hardware.

ADI Power Tools help engineers select, design, and optimize power supplies, from complete power trees down to the individual converters. Power system design is a complex, multi-parameter optimization challenge, even for experienced engineers. This demonstration shows how ADI Power Tools assist with power tree design, converter selection, and power supply optimization and validation — with particular focus on the new LTspice 24.1 and LTpowerAnalyzer compact power lab.

Experience the importance and impact of noise in various power supplies through audio and visual displays. This demo will showcase how ADI's Silent Switcher 3 technology offers a switching regulator that can enhance a system’s power efficiency and reduce both output noise and solution size.

This demo showcases a comprehensive and reliable solution for battery monitoring across all types of energy storage systems, leveraging the cutting-edge ADI ADBMS device family. Designed to meet the demands of modern 800+ V and harsh battery management system (BMS) environments, ADBMS devices address critical performance challenges, such as signal aliasing, which is common in traditional battery management systems. A standout feature of these cell monitors is a dedicated ADC per input, enabling continuous sampling to eliminate aliasing and ensure precise, cost-effective digital filtering.