Embedded Computing Design

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.

On this episode of Embedded Insiders, Steve Sanghi, founder and former chief executive officer of Microchip Technology, joins the Insiders to speak about the release of his book, which highlights the executives’ personal journey from growing up in small town in northern India, to his success in becoming a renowned semiconductor industry leader.

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.

On this episode of Embedded Insiders, Dr. Moritz Neukirchner, Head of Software Architecture at Elektrobit, joins us to discuss the business and technology challenges surrounding the growth of software-defined vehicles, and where OEMs and suppliers will generate the most value in automotive in the future.

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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.

The Final Frontier For Today’s Booming E-Commerce Comes In Last-Mile Autonomous Delivery Robots

On this episode of Embedded Insiders, we’re joined by Yaniv Iny, the CEO of PractiTest. The software development company is focused on providing end-to-end test management solutions, AND it is also the creator of the annual 2023 State of Testing Report. And Iny is here to share some of this year’s most notable findings. 

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Most of us are familiar with obstacles and complications that have arisen alongside working remotely. While the transition was easier for some than others, developers faced unique challenges in their work, especially when it comes to viewing and collaborating on projects away from a centralized location.

Demanding embedded computing applications require the ability to transmit data between electronic components at very high speeds, often averaging tens of gigabits per second or higher. To do so efficiently, an optical backplane interconnect would allow data to be transmitted at a significantly higher bandwidth and lower latency.