As recently as Sept. 5, the unconfirmed news of OpenAI’s $10 billion deal with Broadcom was the talk of the town, seen as a further example of how major AI players are moving to custom chips in a bid to reduce their reliance on Nvidia. Just a couple of weeks later, on Sept. 22, the announcement of a $100 billion deal between OpenAI and Nvidia dwarfed the Broadcom contract by a 10× factor, suggesting that OpenAI CEO Sam Altman is not so eager to break free from Nvidia CEO Jensen Huang after all.

Teledyne e2v Semiconductors has announced the successful initial qualification of its 16GB Space DDR4 memory, marking a significant achievement in the evolution of high-reliability memory technologies tailored for space-grade applications. This new 16GB DDR4 device expands Teledyne e2v’s radiation-tolerant memory portfolio, complementing the previously qualified 8GB DDR4 model. Doubling memory capacity while preserving the same form factor and pin compatibility, the 16GB version enables smooth integration into advanced satellite systems without the need for hardware redesign, offering customers an effortless upgrade path for future missions.

The CI/CD gap in modern embedded systems Embedded development has changed dramatically in recent years. Devices are smarter, more connected, and operate in high-stakes environments, from MedTech and industrial automation to automotive control units. But while hardware capabilities and connectivity have accelerated, many embedded software practices remain rooted in the past. Rigid CI/CD pipelines, manual toolchain management, and environment inconsistencies continue to slow progress, even as demands for security, compliance, and faster release cycles intensify.

In the race to build a fully functional quantum computer—a feat at the intersection of advanced physics and computer science—the finish line no longer feels so distant. Quantum computing (QC) promises to disrupt entire industries, from cybersecurity to pharmaceuticals, with breakthroughs that redefine the boundaries of what's computationally possible. As this new era unfolds, Europe finds itself in a pivotal position—not only as the birthplace of foundational quantum theory, but also as a politically complex yet intellectually cohesive region.

Flexible electronics are reshaping the landscape of embedded systems. From wearable health monitors to foldable displays, sensors and soft robotics, these devices demand circuits that can bend, stretch, and conform without losing functionality. One particularly exciting domain is soft robotics, which draws inspiration from biological organisms that move without rigid skeletons. These robots are built from flexible, deformable materials, moving with remarkable adaptability unlike traditional metallic systems.

Qualcomm has acquired Arduino, the open-source electronics platform that revolutionized DIY hardware and education. The announcement—made during a joint event celebrating Arduino’s 20th anniversary—marks a significant milestone for both companies. It promises to merge Qualcomm’s AI and edge computing leadership with Arduino’s 33 million-strong global developer and maker community, founded in 2005 to make electronics accessible to everyone. Arduino co-founder…

DCD-SEMI, a leading developer of synthesizable IP Cores for ASIC and FPGA applications, has announced that its entire family of automotive IP Cores — including Classical CAN, CAN FD, CAN XL, as well as LIN, PSI5, and SENT — is now available as Safety Element out of Context (SEooC) for ISO 26262 functional safety up to ASIL-D, the highest Automotive Safety Integrity Level.

Anritsu Corporation has introduced an industry-first evaluation solution designed for the “Hybrid eCall” system—an advanced automotive emergency call technology that integrates high-speed 4G (LTE) communications with traditional 2G (GSM/GPRS) and 3G (W-CDMA) networks. This innovative approach ensures continuous emergency connectivity, regardless of the vehicle’s location. By enabling efficient and dependable development of Hybrid eCall-compatible vehicles, Anritsu’s solution provides critical support to…

Qualcomm Technologies, Inc. has announced a definitive agreement to acquire Arduino, a renowned leader in open-source hardware and software. This strategic move underscores Qualcomm Technologies’ ambition to empower developers worldwide by broadening access to its extensive portfolio of edge computing technologies and products. Building on its recent acquisitions of Edge Impulse and Foundries.io, the company continues to advance its mission of delivering a comprehensive edge platform that seamlessly integrates hardware, software, and cloud services.

The Nobel Prize in Physics this year has been awarded to three distinguished scientists—John Clarke of the University of California, Berkeley; Michel H. Devoret of Yale University (New Haven, Connecticut), and the University of California, Santa Barbara; and John M. Martinis of the University of California, Santa Barbara—for their groundbreaking studies in quantum mechanics. They have shown how quantum properties can show up on a large scale through their experiments.

In this video, we explore Texas Instruments’ TIDA-010955 analog front end for DC arc detection in solar applications, enhanced by edge AI. Designed to meet rising safety standards in photovoltaic systems, the board identifies dangerous DC arcs by analyzing high-frequency noise in the current line. Unlike traditional detection methods, the integrated AI model improves accuracy while reducing computational effort. Built on the C2000 control card platform, the board supports four independent channels, offering isolation, filtering, and high-speed ADC conversion.

This project demonstrates successful cross-compilation of a C/C++ application utilizing the Light and Versatile Graphics Library (LVGL) on an Ubuntu 22.04 host system for deployment on a Raspberry Pi Zero W running Raspberry Pi OS (Legacy) Lite (target), which is a 32-bit operating system optimized for devices with limited resources. The application delivers a responsive graphical user interface (

In an exclusive interview with Embedded.com, Brandon Lucia, CEO and co-founder of Efficient Computer, will delve into the technical details, key factors, and implications of the innovative Fabric architecture introduced with the Electron E1 processor. Architectural innovation beyond von Neumann Efficient Computer, a Pittsburgh-based startup, has developed what Brandon Lucia describes as "the world's most energy-efficient general-purpose processor based on our new Fabric spatial dataflow architecture." This revolutionary architecture distinguishes itself from traditional von Neumann architectures that have dominated the computing landscape for decades.

Advantech has introduced the DS-330, a compact, fanless digital signage player designed to power the next wave of smart city infrastructure. Equipped with Intel® Atom® x7000 Series processors, the DS-330 delivers ultra-clear 4K visuals and dependable performance even in harsh environments—making it a perfect choice for drive-thrus, transit stations, outdoor kiosks, and large public video walls. The DS-330 can be configured with Intel® Atom® x7000 Series, Intel® Celeron® N97, or Intel® Core™ i3-N305 processors, offering scalable computing power to suit diverse deployment scenarios.

Virtium Embedded Artists has introduced the RZ/G3E System-on-Module (SOM), built around the Renesas RZ/G3E application processor, designed to deliver the computing, connectivity, and graphics performance demanded by advanced human-machine interfaces (HMIs) in industrial and medical equipment. The new RZ/G3E SOM will make its debut at Embedded World North America 2025, taking place in Anaheim, California, from November 4–6, where it will be showcased at the Virtium Embedded Artists booth (#7079).

Memory technology is emerging as a crucial enabler of AI’s transformation. The rapid expansion of AI-powered client systems, ranging from ultra-thin notebooks to high-performance workstations, is driving new demands on memory subsystems, requiring modules that deliver both higher bandwidth and improved power efficiency. Foundational Technologies for AI-Driven Performance Low Power Double Data Rate 5 (LPDDR5) and Double Data Rate 5 (DDR5) memory have become foundational to enabling the high bandwidth and energy efficiency…

This project is an ultrasonic range finder built using the RP2040 Zero board and a 3.2-inch TFT display. It utilizes the RCWL-1655 sensor, which operates similarly to the popular HC-SR04, to measure distances ranging from 20cm to 300cm. The device features a Relay and a Buzzer, each with its distance threshold. All settings, including the thresholds and buzzer status, can be adjusted using a simple graphical user interface (GUI).

Embedded developers think from the hardware up. But here’s the problem: that’s an antiquated way to think about developing firmware. In the old days, embedded software was designed and built like a hot rod. Everything was custom and finely tuned, so the system purred with power and performance. Today’s systems? They’re not finely tuned hot rods; they’re run-of-the-mill family minivans.

In this episode, we speak with Sid Shaw, general manager for applications at Infineon’s connected secure systems division. Sid leads Infineon’s global strategy across key application areas such as smart home, IoT, motor control, and digital health. With smart homes evolving from simple convenience to critical connected ecosystems, the demand for security, efficiency, and intelligence has never been greater. Together, we explore how Infineon is addressing these challenges, what trends are shaping consumer expectations worldwide, and how silicon innovation—from MCUs to edge AI—is driving the next wave of smarter, safer, and more sustainable living.

Here’s a RoundUp of this week’s must-read articles – we’ll delve into the latest developments on STARLight Project, neuralSPOT SDK for Edge AI, and Implementation of Optocouplers in SMPS! Also, check News Archives – Embedded and Technical Articles Archives – Embedded for the complete list of news and articles from our website. NEWS Altera Expands FPGA Portfolio with Agilex Production Launch and New Quartus Prime Enhancements…

Sfera Labs has expanded Strato Pi Max capabilities with the Quad RS-422 / RS-485 X2-Series Expansion Board, designed to provide high-performance serial communications for complex industrial applications. This new module achieves improved signal quality and diagnostics, ensuring reliable data transmission and easier troubleshooting. It can be configured for RS-422, RS-485 half-duplex, or RS-485 full-duplex operation on each of the four independent high-speed serial ports.

Quantum networks promise to revolutionize secure communication, distributed computing, and atomic clock synchronization. However, most systems based on atoms or ions work at visible or ultraviolet wavelengths, which do not propagate well in the optical fibers used in telecommunications. To connect distant quantum nodes, photons must be converted to bands around 1.3–1.5 µm, a process that introduces losses and noise.

The exotic mechanism of electrical conductivity in natural neural networks (mammalian brains) offers interesting insights into the significant energy expenditure of artificial neural networks (AI). Charge Waves As stated in a previous issue, charge transport along the nerve fiber of a single neuron occurs through the motion of a “wave front”. By orienting an x-axis in the direction of the axis of the cylinder that schematizes the nerve fiber, we expect that the corresponding wave function…

Silicon photonics (Sipho)—the fusion of optical communication and CMOS electronics—is rapidly emerging as a cornerstone of next-generation computing, sensing, and connectivity. From AI datacenters to autonomous vehicles, the demand for high-bandwidth, energy-efficient photonic integration is skyrocketing. Now, with the launch of the STARLight project, Europe is making a bold move to industrialize this technology at scale. Led by STMicroelectronics and backed by the…

At its annual Innovators Day developer conference, Altera introduced a comprehensive lineup of new FPGA hardware and software solutions, reinforcing its commitment to broadening the accessibility and scalability of programmable logic across diverse markets such as industrial automation, vision, defense, aerospace, communications, and data centers. As the largest pure-play FPGA solutions provider, Altera is positioning itself to deliver secure, scalable, and future-ready programmable platforms designed to meet the surging demands of an AI-driven era.