Thank you to all our customers, partners, and visitors for a very successful Embedded World 2024! It was a fantastic opportunity for us to showcase how Analog Devices is advancing the performance, speed of creation, and environmental impact of embedded system design. The variety of technology on display highlighted our ability to deliver system-level solutions that enable our customers to differentiate in the market. If you missed seeing the wide range of demos available at our booth, please scroll down to access the demo videos and explore ADI’s intelligent solutions.
See how ADI’s intelligent building security demo incorporates our latest security solutions over a 10BASE-T1L network to enable a modern Industrial IoT infrastructure. Discover how a security coprocessor can be used with ADI microcontrollers to counter man in the middle attacks in the context of building sensing and control.
Advanced perception in autonomous robots requires accurate synchronization and real-time processing of multiple sensor inputs. This demo shows video streaming from eight GMSL™ cameras and fusion with other types of sensors, achieving the necessary safety requirements for autonomous robots.
With the demand for electricity increasing, processes need to output twice as much from the energy available to be productive. This is where efficient motion control is key. See how ADI’s secure connectivity and precision signal chain technology paired with Lattice’s FPGA enables a flexible platform for low power, high performance motor control. Check out the added offering of ADI’s latest AI-centric condition-based monitoring solution for intelligent fault detection at the edge to eliminate unplanned downtime in your processes.
This demo covers the enablement of edge AI systems in harsh and high voltage (kV) environments by leveraging iCouple® isolation technology. The adoption of such isolators allows users to harness the power of AI in even the most critical applications in industrial process and motor control, digital healthcare, instrumentation, and electrification markets.
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ADI's solutions help facilitate the next generation of industrial capabilities required to increase efficiency and productivity. Our leading technologies provide the sensing, connectivity, power, and processing solutions required to capture and act on new operational insights.
This demo showcases a complete design solution for industrial pressure sensors at the Intelligent Edge. With our newly released toolchain (hardware and GUI), customers can generate third-order polynomial coefficients for system-level calibration that solve the toughest design challenges for design engineers. The calibration also reduces a cumbersome manufacturing step of removing offset through laser-trimming the bridge resistors at the factory.
ADI’s data provenance model demonstrates a trusted data pipeline, including data notarization at the edge, how data tampering and poisoning can be detected, and a traceability dashboard providing insights about the current system state and data tampering alerts. The solution shows how trusted data can be leveraged to reduce maintenance, increase operational efficiency, improve system resilience, and, most importantly, reduce the risk and impact of data poisoning.
With the demand for electricity increasing, processes need to output twice as much from the energy available to be productive. This is where efficient motion control is key. See how ADI’s secure connectivity and precision signal chain technology paired with Lattice’s FPGA enables a flexible platform for low power, high performance motor control. Check out the added offering of ADI’s latest AI-centric condition-based monitoring solution for intelligent fault detection at the edge to eliminate unplanned downtime in your processes.
This demo showcases how ADI's secure authentication products provide robust protection in Medical IoT devices to ensure patient health and safety. It highlights the security risks and vulnerabilities in key components and illustrates the critical role of security in a healthcare environment.
See how ADI’s intelligent building security demo incorporates our latest security solutions over a 10BASE-T1L network to enable a modern Industrial IoT infrastructure. Discover how a security coprocessor can be used with ADI microcontrollers to counter man in the middle attacks in the context of building sensing and control.
Achieve up to 99.9% power efficiency with ADI’s buck-boost controller with PassThru™ mode, which provides a direct path from the power source to the load, reducing switching losses and electromagnetic interference. These advances in converter technology enable an efficient, flexible, and sustainable city model train to run 46% longer.
Learn how to perform down conversion from 54 V power rail directly to power FPGAs, ASICs, and GPUs up to 1000 A in datacenter and other 48 V intermediate bus applications. This direct approach increases the power conversion efficiency, saves space, and is simple to use. Cooling requirements are also improved, thanks to the power conversion efficiency, as well as the inductor on top technology.
Explore use cases, practical examples, and exercises that enable you to explore signals and systems without expensive lab equipment.
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LTspice® is a powerful, fast, and free SPICE simulator software, schematic capture, and waveform viewer with enhancements and models for improving the simulation of analog circuits. With this demo, visitors can probe schematics and produce simulation results through the waveform viewer. Explore LTspice 24, which is a significant upgrade with improved performance, added features, and an updated interface.
Explore the Jupiter RF Agile SDR-in-a-Box platform, which supports SDR applications from early concept to real-world use cases. Learn how it provides flexibility in evaluating and prototyping across different environments and how multiple systems can be synchronized for large MIMO applications.
Learn how to improve stability and reliability of the grid, avoid negative effects on equipment, and perform predictive maintenance by improving the diagnosis and detection of failing equipment, thanks to this Power Quality Monitoring solution.
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