2026 ASMC – Building the Core Pillars for AI in Semiconductors


Abstract: This presentation outlines a practical pathway for semiconductor manufacturers to move beyond AI experimentation and achieve scalable, value-driven implementation. As rising process complexity, massive data volumes, and talent constraints make AI a strategic necessity, this presentation highlights why over 70% of AI initiatives stall, primarily due to fragmented data, legacy system... » read more

From Reactive Monitoring To Proactive Optimization: The Next Evolution In Data Center Design And Infrastructure Management (Ebook)


Data centers are under more pressure than ever. Surging AI workloads, rising energy consumption, and increasingly complex cooling and power systems are pushing traditional DCIM (Data Center Infrastructure Management) tools to their limits. To stay competitive, operators must shift from reactive monitoring to proactive, simulation-driven optimization. Our free eBook reveals how leading organi... » read more

6G System Design: Realistic Modeling, Simulation and Verification of Next Generation Wireless Systems


As 6G envisions the convergence of ultra-fast communications, integrated sensing, and native AI capabilities across diverse environments — including terrestrial, aerial, and satellite domains — SystemVue emerges as a high-fidelity RF digital twin environment. It bridges the gap between the initial design and development and physical-layer hardware by accurately modeling RF impairments, phas... » read more

Smarter Cars, Higher Stakes


Artificial intelligence is turbocharging automotive innovation, but it's also unleashing a tangle of high stakes risks that engineers and security experts are scrambling to contain. The push to embed AI deep into today’s vehicles is changing how cars are built, how they handle the road, and how they keep passengers safe. But as onboard intelligence expands, so do the risks. AI systems that... » read more

A Survey Of Digital Twins and Other Prototyping Technologies for Vehicles


A new technical paper titled "Digital Twin Technologies for Vehicular Prototyping: A Survey" was published by researchers at Central Michigan University and University of Florida. Abstract "Digital Twin (DT) technology is widely regarded as one of the most promising tools for industry development, demonstrating substantial application across numerous cyber-physical systems. Gradually, this ... » read more

Top-Down Vs. Bottom-Up Chiplet Design


Chiplets are gaining widespread attention across the semiconductor industry, but for this approach to really take off commercially it will require more standards, better modeling technologies and methodologies, and a hefty amount of investment and experimentation. The case for chiplets is well understood. They can speed up time to market with consistent results, at whatever process node work... » read more

AI/ML’s Role In Design And Test Expands


The role of AI and ML in test keeps growing, providing significant time and money savings that often exceed initial expectations. But it doesn't work in all cases, sometimes even disrupting well-tested process flows with questionable return on investment. One of the big attractions of AI is its ability to apply analytics to large data sets that are otherwise limited by human capabilities. In... » read more

Five Digital Threads Unify And Simplify Electronic Systems Design And Manufacturing


By Matthew Walsh and Matt Bromley Digital transformation involves the integration of digital technologies and the reimagining of business processes to enhance operations, improve customer experiences, and drive innovation. Digital threads are a key component of this transformation, as they enable the seamless flow of data and information across various stages of a process, system, or organiz... » read more

Extending DTCO For Today’s Competitive IC Landscape


As semiconductor components continue to shrink, the challenges associated with design-for-manufacturing (DFM) and design-technology co-optimization (DTCO) increase. The complexity of the IC design and manufacturing process demands an extension of traditional DFM and DTCO techniques to overcome the systematic failures tied to complex design-process interactions. Designers need to accelerate d... » read more

Flexible Hybrid Electronics: Future Standards For Next-Gen 5G/mmWave Wearable and Conformal Applications


A technical paper titled “Additively manufactured flexible on-package phased array antennas for 5G/mmWave wearable and conformal digital twin and massive MIMO applications” was published by researchers at Georgia Institute of Technology. Abstract: "This paper thoroughly investigates material characterization, reliability evaluation, fabrication, and assembly processes of additively manufa... » read more

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