onsemi, a leader in smart power and intellisense technologies, will showcase its latest sustainable innovations at Embedded World in Germany. Embedded World, the must-visit industry event for developers, system architects, product managers and technology managers, will take place from March 14-16, 2023 at the Nuremberg Exhibition Centre, Germany, with On’s stand in Hall 4A, Booth 260.

Embedded World’s theme this year is “embedded, responsible and sustainable”, and its philosophy is highly aligned with ON’s. On’s booth will be divided into five demonstration areas, showcasing innovations for four key application areas:

Automotive (Automotive functional Electronics, body electronics, Advanced Driver Assistance Systems (ADAS))
Energy infrastructure (battery chargers, power supplies, EV charging, energy storage)
Industrial Automation (Autonomous Mobile Robots (AMR), Machine Vision, Industrial drives/pumps)
Smart Buildings and Cities (Security Monitoring)
In addition to these application areas, this year’s show will also highlight On’s EliteSiC silicon carbide (SiC) technology and vertically integrated supply chain. The EliteSiC series offers exceptional performance and rigorous standards that enable significant advances in many applications.

On Mei will launch two new products and display them at its booth:

8 megapixel image sensor with advanced embedded High Dynamic Range (eHDR) processing: The innovative 4K/8 megapixel sensor uses embedded high dynamic range (eHDR) technology to deliver high-quality imaging in challenging lighting conditions. With this technique, the dynamic range of the image can be up to 120 dB.
Industry’s lowest power rated Bluetooth Low Power MCU: AEC-Q100 compliant, this device extends On Bluetooth Low Power (Bluetooth LE) capabilities to the automotive market and is ideal for tire pressure monitoring and automotive keyless access applications. The solution features the latest embedded security to help car manufacturers who want to achieve wireless connectivity reduce the cost and weight of cabling involved in vehicle perception and communication.
Visitors to the On Booth will see several interactive demonstrations that showcase the key features and benefits of ON’s innovative technologies. Highlights will include:

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Multi-site 10BASE-T1S gaming: Four sites can play online via the 10BASE-T1S multi-streaming network segment, and one site can monitor network traffic. The wiring will be double the standard requirement (50 meters vs. 25 meters) to demonstrate the capabilities of ON’s NCN26010 10BASE-T1S transceiver.
RSL15 Asset Tracking and Positioning: On will demonstrate how the secure RSL15 Bluetooth Low Power wireless microcontroller uses Angle of Arrival (AoA) technology in conjunction with asset tags and active locators for asset tracking and positioning in a simulated environment.
Intelligent Machine Vision: Three separate demonstrations will focus on the capabilities of ON’s advanced image sensors in an industrial environment. One will show how full-resolution images require high bandwidth, but by using Intelligent ROI (Area of Interest) technology, the camera can automatically zoom in on the most useful areas of the scene. The second demonstration will demonstrate the ability of these devices to wake up only when motion is detected, which can save power.
Indirect Time of Flight (iTOF) : This demonstration shows how image sensors can be used to create valuable depth maps of two distances -2 meters and 6 meters.
Firmware Over the Air Update (FOTA) : This demonstration will illustrate updating embedded firmware wirelessly on an RSL15-based device, showing the audience how to change operations remotely. The demonstration will focus on the simplicity of the tools and update process.
Charging electric vehicles: Charging electric vehicles quickly and efficiently is critical to the future of the automotive industry. On Mei will be presenting a new 25 kW electric vehicle charging solution board.
Industrial Drives and Pumps: On Semiconductor will also demonstrate an application example of how its motor drive technology can be used for a major medical customer.
Autonomous mobile robots: Perhaps the most compelling demonstration, AMR’s fully functional, interactive Cooperative Robot (cobot) arm.