Embedded Computing Design

Today’s growing applications require versatility, among a host of other capabilities, that allow developers to leverage the benefits of multiple platforms in a single solution. Applications like these demand modern solutions, further necessitating real-time processing, customizable hardware acceleration, parallel processing capabilities, and more.

On this episode of Embedded Insiders, we’re defining the architectural differences between MCUs and DSCs with Microchip Technology’s Product Marketing Manager, Pramit Nandy. We also dive into the different processing capabilities, the challenges for designers, and what we can expect as far as emerging trends and technical developments from Microchip.

There are a wide variety of sensing and conversion-based applications that can benefit from the use of a tool that’s designed to support engineers looking to process signals. Tools like this would allow them to make better-informed design decisions while also enabling the integration of these applications into larger systems.

Enabling wireless communication capabilities in electronic devices requires a system-on-chip (SoC) that supports seamless integration, reliability, flexibility, power and cost efficiency, and more. Wi-Fi and Bluetooth are two wireless connectivity solutions deployed in range of electronic devices with these features in mind.

Welcome to the fifth installment of Scoping Out the Software-Defined Vehicle, a series brought to you by the Eclipse Foundation to take an inside look at one of the top trends in the embedded space — software-defined vehicles. In this installment, we spoke with Masato Endo, group manager of Toyota Motor Corporation's open source program group, about building an open platform for use in SDVs.

On this episode of Embedded Insiders, we’re discussing why multi-camera synchronization is a key feature in cameras that enable industrial robotics, retail application, autonomous mobility, and more, with Mr. Maharajan Veerabahu, co-founder & vice president of product design services at e-con Systems.

Power electronics are the underlying technologies behind most, if not all, of the advances that are part of the ongoing Fourth Industrial Revolution of connectivity and automation.

Mission critical applications and embedded design systems, from automotive infotainment systems and software-defined vehicles to industrial robots and other next-generation IoT systems, require the efficient operation of a software platform that makes real-time performance, safety and security, scalability, and reliability a priority.

Semiconductor manufacturing is an extremely complex process. It’s been that way since the first wafers rolled off the line but is getting far more complex with every generation of devices.

Attend this three-hour training session, and literally walk away with the latest hardware and software to serve as the foundation of your Edge AI application. Work with AI-native Edge-AI compute solutions and be among the first developers to use the Synaptics Reference Developer Kit, which offers you a chance to get ahead of the curve in a classroom environment. You’ll be trained on the tools that enable real-world AI capabilities to be deployed on your Edge AI application.

The needs of embedded computing applications are constantly evolving, requiring versatile feature sets, rapid processing needs, reliable ruggedness, and more. The ability to maintain flexibility and programmability in one solution enables applications like automotive, industrial automation, AI & ML, IoT, and image and video processing to efficiently progress along with the ever-changing high-performance needs.

The push to bring processing closer to the edge is undeniable, and the demand for embedded systems to provide that processing with AI, ML, and IoT capabilities is only going to continue to grow in every vertical.

Control system architects and embedded software developers are often tasked with initiating and advancing systems, each with diverse requirements in demanding environments. To streamline the development process, developers can make use of an out-of-the-box solution that provides simplified workflows, easy integration and functionality, hardware inclusion, accessibility, and more.

On this episode of Embedded Insiders, Tomide Adesanmi, Co-Founder and CEO of Circuit Mind, dives into his company’s deterministic AI platform that’s designed to help circuit designers quickly take their design process from architecture into schematics. 

Check out Circuit Mind’s public launch webinar here: https://www.bigmarker.com/eetech-media/Circuit-Mind-Live-Launch-The-World-s-First-Deterministic-AI-for-Professional-Electronic-Engineers?utm_bmcr_source=cm-other

Welcome to the third installment of Scoping Out the Software Defined Vehicle, a series brought to you by the Eclipse Foundation to take an inside look at one of the top trends in the embedded space — software-defined vehicles.

Versatility among embedded applications is key. Especially today with the integration of critical and advanced technologies like artificial intelligence (AI) & machine learning and edge computing, and capabilities like fast processing, reliable video graphics, power efficiency, and more.

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As we stand on the brink of 2024, the landscape of our industry is on the verge of unprecedented transformation. This year holds special significance for Digital Core Design (DCD) as we celebrate our 25th anniversary – a quarter-century of actively shaping the IT market since our inception in 1999.

You know how to code your solutions and, sure, you can create brilliant applications. No question, but how do you get it to market, and how quickly. As everyone knows time to market can make or break a product, and sometimes getting there too slow is worse than not getting there at all.

Industrial environments today are retrofitted with high-processing, low-latency, and real-time networking solutions that enable them to handle complex workloads and data analytics with reliability and efficiency.