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.
Ambient computing enhances the Internet of Things (IoT) by enabling real-time responses to monitored parameters through a smart network. This integration allows for efficient tracking of data such as movement and temperature with minimal human intervention.
The article introduces FLEX, an FPGA-CPU accelerator designed to enhance mixed-cell-height legalization tasks by optimizing task assignments and employing multi-granularity pipelining techniques. Experimental results demonstrate significant speedups and improved legalization quality compared to existing solutions.
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 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 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 new method for accelerating the zero-means normalized cross correlation (ZNCC) algorithm on embedded GPUs, specifically targeting the Jetson Tx2. This approach aims to enhance processing speed while maintaining accuracy in mobile stereo-matching systems used in applications like automated driving and robotics.
AWS is expected to release a new Arm server CPU design, the Graviton5, following the Graviton4 processor that was launched two years ago. This development comes from Annapurna Labs, which is known for creating various processing units for Amazon Web Services.
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.
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.
Taoglas has introduced three chip antennas designed to enhance signal integrity for Wi-Fi 6/7, ultra-wideband (UWB), and ISM connectivity. These products aim to improve performance in wireless communication applications.
The article discusses AWS's new Trainium3 architecture, which features significant software and system enhancements aimed at optimizing performance per total cost of ownership. It also highlights the introduction of the 'Amazon Basics' GB200 NVL36x2 and collaborations with Astera Labs for further advancements.
Same Sky’s Audio Group has expanded its receiver lineup with new models designed for over-the-ear applications, focusing on compact mechanical envelopes. The CMR receiver family offers a wide acoustic output range with sound pressure levels from 103 to 135 dB.
Coherent Corp has developed a next-generation 300mm silicon carbide platform, building on its 200mm expertise to address the increasing thermal loads in modern data centers. This transition to larger-diameter SiC wafers is expected to enhance energy efficiency and thermal performance significantly.
Navitas Semiconductor has announced the availability of its new 3300V and 2300V ultra-high voltage silicon carbide products in various formats. These products are designed to enhance reliability and performance in critical energy infrastructure applications.
The Oura Ring 4 appears similar to its predecessor but has notable internal differences. This suggests advancements in technology and functionality that may not be immediately visible externally.
The article discusses the increasing complexity of thermal management in semiconductor design due to emerging trends. This complexity is particularly relevant for multidie architectures.
The article discusses the rising importance of power delivery in semiconductor design, particularly in the context of AI applications. It highlights new power-delivery chiplets that could potentially reduce AI power consumption by 50%.
The article discusses the importance of efficiently controlling magnetization in advancing spintronic technologies, which leverage electron spin for enhanced electronic device performance. It highlights the potential of magnons in achieving this control, paving the way for faster and more energy-efficient devices.