The article provides a roundup of significant developments in edge AI, quantum chips, and embedded computing, highlighting the release of the ESD November 2025 eBook. It encourages readers to explore additional resources on the Embedded website for more insights.
Qilimanjaro CEO Marta Estarellas discusses the current surge in quantum computing and its potential future developments. The article highlights the competitive landscape as companies seek to identify the next major player in this emerging field, akin to Nvidia's impact on GPUs.
A new low-noise n-channel JFET has been announced, marking a rare introduction of a discrete semiconductor outside of power devices. This development highlights a resurgence of interest in low-noise technologies within the semiconductor sector.
X-FAB is launching its XbloX platform to provide standardized yet flexible access to advanced silicon carbide (SiC) process technologies. This initiative aims to expedite the development of advanced power devices through rapid prototyping.
Lancaster University has received the prestigious Queen Elizabeth Prize for Education for its contributions to the BBC micro:bit. This award represents the highest educational honor in the UK.
The article reviews the potential of resistive random-access memory (RRAM) for analog matrix computing in massive MIMO signal processing. It highlights recent advancements in using RRAM for tasks such as matrix-vector multiplication and MIMO detection, emphasizing its relevance in wireless communication.
The article discusses the challenges posed by data movement overhead in large-scale Mixture of Experts (MoE) Large Language Models (LLMs) and presents insights from profiling four state-of-the-art models. It highlights how understanding these patterns can lead to architectural improvements in wafer-scale GPUs for enhanced performance.
The paper introduces a new method for automated stripboard circuit layout design using Answer Set Programming (ASP), focusing on both synthesis and multi-objective optimization. It demonstrates the ability to create compact, manufacturable layouts while addressing complex design constraints effectively.
The article introduces ESACT, an end-to-end sparse accelerator designed to enhance the efficiency of compute-intensive Transformers by leveraging local similarity for sparse acceleration. This approach addresses the limitations of existing accelerators that primarily focus on intra-row sparsity and often incur high computational costs.
The paper introduces a method for enhancing the functional stability of neural networks by employing hardware redundancy at the neuron level. This approach allows the system to maintain operation despite individual hardware failures.
The article discusses a context-aware Mixture-of-Experts (MoE) system that utilizes CXL-enabled near-data processing (CXL-NDP) to optimize the inference of large language models. By dynamically managing expert placement and employing mixed-precision quantization, the system aims to reduce costly memory transfers and improve computational efficiency.
The article discusses a proposed custom-designed spatial array architecture aimed at enhancing wireless communication systems through reconfigurability and efficiency. This architecture is evaluated against specialized cores, highlighting its potential for diverse communications and sensing tasks.
The article introduces PRO-V-R1, an open-source framework designed to enhance Register-Transfer Level (RTL) verification, which currently consumes a significant portion of development time. It highlights the limitations of existing proprietary models and the need for a comprehensive solution in the verification space.
Researchers from the University of Osaka and other institutions have published a paper on a new method for gate-tunable ionothermoelectric cooling in solid-state nanopores. This research addresses the critical challenge of efficient heat dissipation at the nanoscale in high-performance microelectronics.
Melexis has launched the first automotive-qualified infrared thermometer designed for surface-mount device (SMD) applications. This innovation addresses the limitations of traditional NTC thermistors in automotive environments.
The article discusses the insights of Melanie Mitchell, a prominent computer scientist, on the current state of artificial intelligence and its implications. Her work has significantly shaped the understanding of AI's capabilities and limitations in recent years.
BYD has launched a revolutionary plug-in hybrid vehicle designed for the Brazilian market, capable of running on ethanol, gasoline, and electricity. This innovation marks a significant step in the evolution of flexible fuel vehicles, leveraging local biofuels.
Robert shares his hands-on experience with the Zephyr RTOS and highlights his contribution of a sensor driver for the MTCH9010 liquid leak detector. The article provides insights into the practical applications of the RTOS in sensor technology.
SEEQC has formed a strategic partnership with Taiwan's ITRI to create a manufacturing process line for its Single Flux Quantum superconducting control chips. This collaboration aims to enhance the scalability of SEEQC's digital quantum technology initiatives.
Infineon Technologies is set to provide customized silicon carbide (SiC) power modules to Electreon, which specializes in wireless charging solutions for electric vehicles. This partnership aims to enhance Electreon’s dynamic in-road charging technology for EVs.