ADI at Electronica 2024 ADI at Electronica 2024

With the advent of hybrid and full electric vehicles, the removal of engine noise makes road noise more noticeable inside the cabin. Low frequency sounds fatigue the driver over time, resulting in a negative driving experience and slower reaction times. ADI’s Road Noise Cancellation solution includes a range of technologies and algorithms which removes unwanted road noise.

Experience ADI’s micro-LED demo, featuring 10Base-T1S E²B technology for advanced digital headlighting, integrating a high-resolution 20Kpixel micro-LED to project dynamic animations frames. E²B technology eliminates the need for a microcontroller at the edge resulting in a more efficient all hardware lighting module design with all software centralized.

The in-vehicle experience is a key differentiator for passengers and drivers, with auto manufacturers vying to implement the most eye-catching visual technology. This wide-screen display, useable either for Rear-Seat Entertainment theatre or a Pilar-to-Pilar interface, is capable of 8k pixels by 2k pixel high resolutions over a single GMSL link, enabling a lower-cost, simplified, single-cable solution for high-bandwidth communication.

With over 1 billion GMSL transceivers deployed in cars by over 25 global OEMs, GMSL has become the de facto standard in automotive video connectivity. This success is made possible by a diverse group of ecosystem partners. From test solutions, cables, connectors and magnetics to EMI/EMC design, the GMSL ecosystems has all your needs covered.

GMSL™ Partner Showcase

This demo shows how to achieve tight, low latency control loops with centralized software, in a Software-Defined Vehicle. By implementing an all-hardware edge node using ADI’s new E²B technology, sensor data can be transferred over 10BASE-T1S to the centralized software processing unit, eliminating the need for MCUs and software on the edge nodes.

Virtually tour the digital factory of the future and the wider ecosystem of smart energy and city infrastructure. Explore how factory configurations are changing with an emerging dependence on edge intelligence and secure edge to cloud connectivity in today’s industrial environment. Discover ADI solutions enabling this evolution, including smart connected sensors, adaptive process automation, agile industrial robotics, modular motion control and real-time asset health monitoring.

ADI's isolation-based development platform empowers robust Intelligent Edge solutions in harsh environments by delivering galvanic isolation. The Isolated Carrier platform combines isolated communication interfaces and isolated power options, working out-of-the-box to facilitate flexible customer system development, accelerating system design and reducing time to market.

Visit this interactive industrial robotic demonstration to discover how ADI is addressing three key pillars of robotics - motion control, precision position sensing and perception sensing. Get hands-on and control the robot to select a prize from a moving platform. Experience how the world’s first single chip absolute multiturn and angle position sensor tracks rotation even when power is lost.

This demo showcases a complete automation solution highlighting the impact of digitalization in manufacturing to achieve more autonomous manufacturing. Discover ADI motor control solutions for a range of motor types, including stepper, BLDC, solenoid and high voltage induction motors. Also on show is an Edge-AI based condition monitoring solution crucial for preventing unplanned downtime.

ADI's power management technology delivers on the key fundamentals of reliable power, with easy switching to alternative backup sources, accurate management and monitoring of voltages, currents, and temperatures, and the emergency functionality needed for controlled shutdowns. This demo shows how ADI power technology helps eliminate downtime, prevent spoilage, and reduce costs.

ADI’s power conditioning technology offers the feature set engineers need to design their next Ethernet Advanced Physical Layer T1-L enabled product. With its precise power limiting, engineers can maximize the power available to their smart, connected devices while meeting the tough intrinsic safety demands of explosive environments.

Experience the importance and impact of noise in various power sources through audio and visual displays. This demo will showcase how ADI's Silent Switcher 3 technology offers a comprehensive switching regulator that will enhance the system in terms of size, heat, and noise.

ADI enables a complete green energy world, moving electricity from renewables, to storage, to EVs. This demo shows a complete a residential energy storage system, showing state of charge of Batteries using ADI software and hardware.

Trusted, reliable connectivity, payment solutions, and energy measurement are all critical elements in EV chargers. Accurate energy measurement enables both correct payment processing and insights into consumer energy consumption behaviour. Connectivity delivers the relevant data so both energy providers and consumers can monitor their green energy mix and manage their energy consumption to drive more sustainable usage.

ADI solutions, anchored by SiC Smart Switches and isolated gate drivers, enable mobility, grid and industrial customers to improve energy efficiency and robustness while reducing weight, volume, and cost of materials. This demo will highlight how ADI solutions have been leveraged to build 3kW DC/DC converters, featuring ADI’s Smart Power Switch, delivering breakthroughs in efficiency while offering long term reliability at system level.

This demo highlights the critical role security plays in our modern energy infrastructure. Learn how to deploy ADI’s Data Trust Framework at critical endpoints to unlock provenance capabilities at the source of where your data is created. In EV charging infrastructure, it establishes a highly secure, immutable record of energy transactions for improving clean energy utilization, verifying critical transactions, and analyzing conditions that may affect energy distribution.

This interactive demonstration will showcase high-performance benchtop equipment designed by ADI, featuring an ultra-precise Source Measure Unit which is modified to accept voice commands. Utilizing ADI’s latest key phrase detection IP, this equipment offers hands-free operation, enhancing user convenience and efficiency.

Working with Vodafone, ADI will demonstrate energy savings using embedded features in ADI's RadioVerse^® Transceiver SoC. By capturing micro-second gaps in transmissions, the ADRV904x can reduce RU energy consumption by more than 40%, without incremental technology or expense.

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.