Embedded Computing Design

Automotive system designs and applications rely on modular hardware and software solutions that can keep up with the high-processing, low-power demands of in-vehicle display connectivity and data processing, ADAS sensor bridging and processing, and zonal bridging applications, which enable bridging and processing throughout the vehicle.

Experts from Roku and Renesas to deliver Keynotes Addresses aimed at designing next-gen AI/ML devices.

Embedded robotic controllers play a critical role in edge AI applications like robotics, autonomous mobile robots (AMRs), and autonomous driving applications. Serving as the central processing unit and control hub, robotic controllers are tasked with managing communication and control, as well as directing the autonomous behavior and intelligent decision-making for these robotic systems.

With recent industry-wide component shortages wreaking havoc on electronics production worldwide, many companies in the embedded space turned to the use of SOMs, or system-on-modules rather than continue sourcing individual components for their products.

The AMD EPYC 7003 series microprocessor is the centerpiece of Advantech’s AIMB-592, the first server-grade motherboard in the company’s AIMB series of products. To further performance, the board takes advantage of four steel PCIe 4.0 “by 16” slots and supports a GPU extension. Its complete feature set makes the AIMB-592 an ideal solution for data-intensive applications at the Edge of the IoT.

Industrial computers play a crucial role in edge AI and edge computing applications with their ability to provide advanced security and privacy, optimized bandwidth and latency, flexibility, scalability, reliability, and more. All these benefits are provided in the highly customizable MVP-5200 and MVP-6200 series of fanless modular computers from ADLINK Technology.

Moving beyond traditional cameras designed to capture 2D images, today’s cameras are now enhanced with capabilities that enable users to capture images and spaces with three-dimensional technology that can capture the distance and spatial relationships between objects.

Energy storage systems (ESS) store energy for later use. They capture and store that energy in various forms, including electrical, mechanical, thermal, or chemical, and then release the energy as needed.

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Power electronics, embedded systems development, digital design verification, and other applications across multiple industries benefit from mixed signal capabilities, advanced analysis and debugging tools, data sharing, connectivity, and much more in solutions like mixed signal oscilloscopes.

There is clearly a need to monitor and reduce power in commercial applications. This is true for several reasons, most notably the environmental impact and the cost savings one would accrue. With 68% of the world's population expected to live in urban areas by 2050, a stat forecasted by the United Nations relating to issues concerning energy consumption and energy demand and the huge challenges facing the world.

Isolated probes are used in various high-voltage, high-bandwidth, and high-common-mode voltage applications to collect data accurately and efficiently from a measured system with little to no interference, contamination, or disruption.

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Amphenol RF, a leading manufacturer of coaxial connectors for use in radio frequency (RF), microwave, and data transmission system applications, recently introduced a line of SubMiniature version A (SMA) connectors.

Industrial computers play a crucial role in edge AI and edge computing applications, offering advanced security and privacy, reliability, and the ability to make decisions in real-time. However, with industrial edge computers that are both compact or expandable, engineers can configure industrial edge computers to fit their exact use case requirements.

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The evolution within a factory or other manufacturing facility has been occurring as long as those establishments have existed. Getting higher yields, more efficient production, etc., is a never-ending goal. To that end, the “smart factory” was born.

The free and open-source operating system kernel, Linux, has been popularized for its development tools, high reliability, open-source software accessibility, and much more. As a computing platform for IoT applications, Linux brings the aforementioned features, in addition to its system utilities, libraries, and software packages to further support the collection, processing, and analysis of data in industrial IoT environments.

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Developing mixed or multiple managed code can be difficult, especially if you’re working with a resource-constrained device running on a microcontroller or microprocessor. In such instances, even code bugs that seem mundane, like a stack overflow, could cause full system crashes if they’re not caught.