Lessons In Monitoring System Performance


At proteanTecs, we set out to revolutionize electronics with a breakthrough approach to address the challenges that come with scale: Deep Data monitoring of the health & performance of systems, from design to field. Knowledge and education are profoundly rooted in our core values. However, as the circumstances of COVID-19 unfold, we are following the guidelines of the World Health Organi... » read more

Reliability Challenges Grow For 5/3nm


Ensuring that chips will be reliable at 5nm and 3nm is becoming more difficult due to the introduction of new materials, new transistor structures, and the projected use of these chips in safety- and mission-critical applications. Each of these elements adds its own set of challenges, but they are being compounded by the fact that many of these chips will end up in advanced packages or modul... » read more

Manufacturing Optimization With Digital Thread


Data is everywhere, and if you know what to do with it, can be tremendously valuable. Huge volumes of data are collected in manufacturing industries across the supply chain, with the help of technologies such as IoT platforms, sensors, and edge devices. However, data is only as good as the value extracted from it, and getting the most out of data is challenging. Because information is often con... » read more

Making 3D Structures And Packages More Reliable


The move to smaller vertical structures and complex packaging schemes is straining existing testing approaches, particularly in heterogeneous combinations on a single chip and in multi-die packages. The complexity of these devices has exploded with the slowdown in scaling, as chipmakers turn to architectural solutions and new transistor structures rather than just relying on shrinking featur... » read more

Reducing Automotive Failure Rates With QPaaS


It’s become an industry cliché to dub modern cars “computers on wheels” – and with 90 percent of automotive innovation now focused on electronics and software, it’s a cliché that happens to be true, and it brings with it the complications that all electronics bring. The sheer number of electronics-driven features – advanced driver assistance systems (ADAS), telematics, navigati... » read more

5 Steps To Becoming A Data-Driven Manufacturer


What does it take to become a data-driven manufacturer. There are five fundamental steps: Get the data you need Organize the data Analyze and present the data Automate analytics Innovate Companies constantly strive to become data-driven. In this way, their decisions can become more objective and more likely to achieve the desired results. In fact, many companies understand t... » read more

Building Powertrains To Meet EV Demand


Throughout history, customer demand has always been a driving factor in companies’ product portfolios around the world. Today, the demand for a cleaner earth is unparalleled, with individuals wanting products and services that minimize harm to the environment. This amazing transition in customer demand is apparent everywhere. The food industry is experiencing a rise in vegan requests, the ... » read more

Leveraging Data In Chipmaking


John Kibarian, president and CEO of PDF Solutions, sat down with Semiconductor Engineering to talk about the impact of data analytics on everything from yield and reliability to the inner structure of organizations, how the cloud and edge will work together, and where the big threats are in the future. SE: When did you recognize that data would be so critical to hardware design and manufact... » read more

October ’19 Startup Funding: Mega Harvest


Seventeen startups took in mega-rounds of $100 million or more during October, with a cumulative total of just over $3.2 billion. Cybersecurity startups continued to be popular with private investors during the month of October, with 15 financing rounds. Twenty automotive and mobility technology firms picked up new investments. Analytics firms, artificial intelligence/machine learning techno... » read more

Making Random Variation Less Random


The economics for random variation are changing, particularly at advanced nodes and in complex packaging schemes. Random variation always will exist in semiconductor manufacturing processes, but much of what is called random has a traceable root cause. The reason it is classified as random is that it is expensive to track down all of the various quirks in a complex manufacturing process or i... » read more

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