DALL-E Semiconductor Node Race The semiconductor industry has long been dedicated to achieving exceptional performance, efficiency, and cost-effectiveness, primarily by advancing smaller process nodes. However, the increasing physical and economic challenges of further node shrinking have prompted a strategic shift in focus. This exciting shift, known as

Photo by Maxence Pira on Unsplash The semiconductor node is the most vital technical topic in the semiconductor industry. Technology node forms the basis for developing different types of silicon products. Over the last decade, top semiconductor manufacturers have invested a lot of time and capital to bring new semiconductor

Photo by CHUTTERSNAP on Unsplash Logic devices (FETs) are the building blocks of semiconductor products. Today’s silicon chip can easily have billions of these logic devices. It is also in line with Moore’s law, and today’s semiconductor technology allows the possibility of packing more logic devices without impacting the total

Photo by Suganth on Unsplash THE COMPLEXITY OF SINGLE-TECHNOLOGY-NODE ARCHITECTURE To ensure high-speed processing, one active component in a computer system – the Central Processing Unit (CPU) – has seen numerous technological advancements. The CPU advancements have been distributed equally on the design and the manufacturing aspect of the semiconductor

Photo by Jeremy Zero on Unsplash THE BUILDING BLOCKS OF SEMICONDUCTOR ROADMAP The semiconductor industry has enjoyed the success of doubling (every two years) the number of transistors in a silicon chip, which has allowed semiconductor companies worldwide, to offer novel semiconductor products and solutions. This is exactly what Moore’s

Photo by Carlos Irineu da Costa on Unsplash THE IMPORTANCE OF SEMICONDUCTOR FET Cells are the building blocks of life. Similarly, transistors are the building blocks of the semiconductor industry. In the computing world, transistors lay the foundation for any type of processing solution. Transistor performs the basic function of