➀ The UK's Advanced Research and Invention Agency (ARIA) has awarded £3 million to imec Cambridge to develop a predictive system-level software framework for large AI model training; ➁ The funding aims to improve AI training processes and address sustainability concerns; ➂ Imec Cambridge will use its expertise in system-technology co-optimization (STCO) to achieve optimal energy efficiency.
Recent #EDA news in the semiconductor industry
➀ The UK has developed the world's first computer-controlled gas cutting machine, marking a significant step towards automation in shipyards; ➁ The machine, built by British Oxygen-Ferranti, can reduce steel plate cutting time by at least 50% compared to conventional methods; ➂ The technology is applicable to structural engineering, locomotive building, and atomic reactor construction.
➀ Alchip has taped out a 2nm test chip; ➁ The company expects results by the first quarter of next year; ➂ Alchip is working with customers on high-performance 2nm ASIC development.
➀ Silvaco Group, Inc. announces that its subsidiary, Silvaco, has achieved ISO 9001 certification; ➁ The certification covers a comprehensive suite of TCAD, EDA, and IP products; ➂ The certification is a testament to Silvaco's commitment to quality management and customer satisfaction.
➀ Mike Engelhardt, an experienced SPICE designer, offers valuable insights into best practices for drawing schematics; ➁ His advice inadvertently leads our Analog Editor to discuss the use of leading zeroes; ➂ The focus is on improving the efficiency and accuracy of SPICE-based circuit simulations.
➀ Raspberry Pi introduces the new AI HAT+ with two variants, 13 and 26 TOPS; ➁ The HAT+ is based on Hailo-8 neural network inference accelerators; ➂ The 26 TOPS variant is designed for larger networks and can run multiple networks simultaneously.
➀ PTC and Cadence are rumored to be interested in acquiring software company Altair Engineering.
➁ Siemens is in negotiations to potentially acquire Altair Engineering, which could be the German giant's largest merger ever.
➂ Altair Engineering is a U.S.-based company specializing in simulation, IoT, HPC, data analysis, and AI, providing software and cloud solutions.
➃ Altair's products and services are utilized in various industries for innovation and smart decision-making.
➄ Altair's financial performance has been impressive with a 27% stock increase this year and a market value of $9.1 billion.
➅ Altair's product portfolio includes design phase solutions, HyperWorks solutions, electromagnetic and electronic solutions, and data analytics and machine learning.
➆ Altair has been actively investing in the EDA field, acquiring several companies in recent years.
➇ The acquisition of Altair by EDA giants could disrupt the semiconductor and EDA markets.
➀ MosChip® Technologies has become an AI/ML design partner under Renesas RZ Partner Ecosystem; ➁ The company delivers intelligent solutions based on Renesas RZ/V series of MPUs; ➂ MosChip® Technologies specializes in SoC design, systems, software, mobility, connectivity, vision, AI/ML, and GenAI based solutions.
➀ Discusses an improved CNC probe circuit using a TLVH431 or LMV431 regulator and a red LED for noise reduction; ➁ Explores the use of a blue LED as an alternative, considering its characteristics and the circuit's requirements; ➂ Highlights the importance of choosing the right components and their impact on the circuit's performance.
Innovative Pilot Line for the Vacuum Coating and Thermal Post-Treatment of Flexible Ultra-Thin Glass
➀ An innovative pilot line for vacuum coating and thermal post-treatment of flexible ultra-thin glass is established at Fraunhofer FEP. The process chain addresses issues from cleaning to in-line sputter coating and thermal post-treatment.➁ The technology aims to enhance the material properties of ultra-thin glass through flash lamp tempering and other methods.➂ Strength testing methods for ultra-thin glass are developed to optimize the material's performance.
➀ The rise of AI is bringing a disruptive transformation to the semiconductor industry, particularly in electronic design automation (EDA) and the entire semiconductor industry.
➁ The increasing demand for smaller, more efficient, and faster technologies in the semiconductor industry is driving the rapid innovation of IC process and packaging technology, leading to an exponential increase in chip design complexity.
➂ AI is gradually penetrating into all aspects of EDA and the semiconductor industry, improving development efficiency and accuracy, and showing great potential in production process automation and quality control.
➀ The research investigates the effects of adding TiC nanoparticles to aluminum alloy 7075, aiming to enhance casting performance and improve fluidity and surface quality; ➁ TiC nanoparticles were introduced in two concentrations, and their impact on fluidity and microstructure was analyzed; ➂ The results showed a significant improvement in fluidity and surface quality, with finer grain sizes and smoother surfaces.
➀ Lee Harrison discusses Siemens' role in ensuring Europe remains the top supplier of automotive components; ➁ He covers the challenges of developing more advanced silicon, the role of chiplets, and advancements in safety requirements; ➂ The interview touches on the end-to-end development flow for automotive semiconductor ICs.
➀ The development of the semiconductor industry is a history of miniaturization, integration, and intelligence, with EDA tools playing a crucial role in each technological leap;➁ Siemens EDA, as the first EDA company to enter China, has grown steadily for 35 years, supporting the rapid development of China's semiconductor industry; ➂ Siemens EDA offers a comprehensive solution for chip design, verification, manufacturing, and packaging, with key features such as AI-driven tools and hardware-assisted verification platforms; ➃ Siemens EDA is committed to building an open and secure AI ecosystem, focusing on developing highly customizable and scalable AI tools; ➄ Siemens EDA is driving the development of intelligent vehicles by providing EDA tools and digital twin technology, addressing challenges in system expansion, functional safety, and reliability.
➀ An exploration of the 3D printing filament manufacturing process; ➁ The role of raw plastic pellets and colorants; ➂ The drying, mixing, extrusion, cooling, and winding processes; ➃ The quality control measures and cost-saving strategies of filament production.
➀ BrainChip introduces the Akida Pico NPU, an ultra-low-power neural processing unit for battery-powered devices; ➁ The Akida Pico consumes less than a milliwatt and is designed for applications like hearing aids and medical equipment; ➂ The NPU supports popular AI frameworks like TensorFlow / Keras and PyTorch, enabling quick deployment of AI solutions.
New Simulation Models Bring Complex Microelectronics Products to Market Faster and More Economically
➀ The Fraunhofer IZM leads a project to develop new simulation models for microelectronics reliability testing; ➁ The project aims to reduce the time and cost of qualification tests through advanced simulation techniques; ➂ The models will be reusable and adaptable to more complex systems, enhancing reliability without compromising accuracy.
➀ Discover complete end to end solutions for automotive semiconductor development; ➁ Explore Siemens EDA's offerings; ➂ Learn about the latest advancements in automotive semiconductor technology
➀ The Mecpow X4 Pro offers a powerful 22-watt diode laser for engraving and cutting; ➁ It comes with an array of safety features and an integrated webcam; ➂ The device lacks an integrated display and has issues with the acrylic enclosure and software experience.