Embedded Computing Design

High-speed interconnect industry-standard interfaces for communications between processors, accelerators, memory, storage, and other IO devices.

Today’s demanding IoT and multimedia applications, like smart homes, wearables, and industrial IoT devices, are often deployed in increasingly crowded wireless environments, requiring high-speed data transmission, reduced latency, and secure communication for users to achieve a seamless wireless connectivity experience.

In this episode of Embedded Insiders, Bruce Franklin, Senior Director of Automotive at Micron, joins us to share his 2025 predictions for the automotive industry. He dives into the role of embedded memory and storage in robotaxis, key considerations for manufacturers, and how these advancements will shape the future of self-driving cars and next-generation architectures.

In a new release, PIMIC, a maker of ultra-low-power AI semiconductor technology, unveiled its Clarity NC100, a Deep Neural Network (DNN)-based Environmental Noise Cancellation (ENC) chip.

Autonomous mobile robots (AMRs) are transforming the way work is carried out, from repetitive tasks on factory floors to operations in healthcare, retail, agriculture, and beyond.

Sealevel Systems produces some of the most rugged embedded computers that you may ever come across. And for many applications, they are a perfect fit. But if your application requirements are slightly lower, like you don’t need to deal with the highest levels of shock and vibration or the most extreme temperatures, Sealevel now has an offering for you. And it comes at a price point that’s likely easier on your budget. Hear more about the company’s new line in this video with Doug Trent, Sealevel Systems’ Inside Sales Manager.

In this episode of Embedded Insiders, Dunstan Power, Director of ByteSnap Design, unpacks the strategic and practical implications of Europe’s investment in the semiconductor industry. Dunstan shares his perspective on how this funding could bolster Europe’s chip manufacturing capabilities, address global supply chain challenges and foster innovation for companies like ByteSnap and its clients.

Artificial Intelligence of Things (AIoT) combines AI and IoT to create smart, connected systems that can analyze and respond intelligently to data collected from IoT devices. IoT systems facilitate the collection and exchange of data among various devices and AI analyzes the data to drive smart decision-making ― without the need for human intervention.

Video processing, communication, and machine learning inferencing applications are often deployed across a range of industries and tasked with managing edge computing workloads requiring large memories, DSP resources, and a variety of high bandwidth interfaces. To support these applications, a next-generation small FPGA platform offers reconfigurability, high performance, and the ability to integrate advanced resources in a compact form factor.

If you're an enthusiast, developer, or professional in embedded systems, AI, or IoT, embedded world Exhibition&Conference is an event you can’t afford to miss.

AI-powered applications, gaming devices, and other media solutions today must meet the increasing demands for AI acceleration, next-generation connectivity standards, overall efficiency, and low power consumption. To meet these demands, Intel produced the Intel® Core™ Ultra Processors.

Learn how the low-power, long-range AIROC™ CYW5551x Wi-Fi 6/6E and Bluetooth® combo delivers secure, reliable, high-quality connections for wearables, smart home, industrial and other form factor IoT applications. With the industry’s best transmit power and receiver sensitivity, and interference mitigation, see how this combo family helps your applications reliably operate over long ranges in congested environments.

Learn more: https://www.infineon.com/cms/en/product/wireless-connectivity/airoc-wi-fi-plus-bluetooth-combos/wi-fi-6-6e-802.11ax/

Forklifts, or motorized lifting trucks, have been around for about 100 years, first appearing around World War I. In the 1950s and 1960s, forklift technology advanced rapidly as the post-war economic boom drove demand for efficient material handling. Hydraulic lifting mechanisms became standard, increasing lifting capacity and precision. Safety features were added, addressing the risks associated with higher lifting and heavier loads.

Today’s industrial solutions are continuously evolving. Industrial automation and IoT industries demand rugged and compact solutions that excel in edge computing tasks, such as real-time decision-making, without compromising energy efficiency and customizability for the wide range of Industry 4.0 devices.

Connectivity has never been a more important element in the design of any embedded computing system. Without reliable, resilient connectivity, devices at the edge lose much of their power and everything else loses what the edge can inform them about.

In this episode of Embedded Insiders, we dive into the challenges and solutions shaping AI and identity verification. Pavel Goldman-Kalaydin, Head of AI and Machine Learning at Sumsub shares how his team is tackling deepfake threats while addressing privacy and ethics concerns with cutting-edge, AI-driven tech.

Get ready to revolutionize your tech game at STMicroelectronics’ STM32Summit this December. First, on December 10 at 11:00 AM ET, you’ll hear from innovation leaders including ST, its customers, and partners, when they unveil game-changing announcements during a live Keynote Address. This is your front-row seat to discover cutting-edge advancements and brand-new products that will shape the future of engineering.

In today’s industrial landscape seamless device communication is key. The Controller Area Network (CAN) Bus—a reliable protocol initially developed for vehicles—now enables quick, decentralized data transfer across sectors without central control. This setup is ideal for manufacturing and automation, where consistent multi-node communication is crucial. Cervoz’s M.2 PCIe CAN Bus Expansion Cards offer tailored solutions for these high-demand environments.

Modern connected devices deployed today must provide secure and powerful edge computing capabilities within harsh, safety-critical industrial environments. These devices should enable seamless communication between modern IoT devices and legacy solutions and support data aggregation and preprocessing, remote monitoring and management, data security, reliability, and much more.

All entries are judged using a 15-point rubric, that assesses design excellence, relative performance, and market impact/disruption. Judging is managed by the ECD Content Team.