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Published On: December 2021

The Front And Back End For New Era Of Semiconductor

Leave a Comment / BLOG, BUSINESS, MANUFACTURING, SEMICONDUCTOR, TECHNOLOGY /

Photo by Stefan Kunze on Unsplash The semiconductor industry is entering a new era where all high-tech solutions will demand new and advanced semiconductor product-driven solutions. These solutions range from wireless to automotive. In this massive market (upward of $2 Trillion), there will be a need to re-invent different segments within the semiconductor ecosystem. The products and solutions that will drive a new era of semiconductors will require new (many are already in the market) semiconductor technologies that can provide an edge to different customers. From a technical point of view, this means a perfect combination of an efficient semiconductor design (new FETs) with defect-free semiconductor manufacturing (new Nodes and Packages). Semiconductor design is the front-end of semiconductor product development, while semiconductor manufacturing is the back-end. These two parts play […]

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The Semiconductor Manufacturing Innovation And Way Forward

Leave a Comment / BLOG, MANUFACTURING, SEMICONDUCTOR, SMART, TECHNOLOGY /

Photo by Testalize.me on Unsplash Semiconductor manufacturing cost is increasing year on year. The reasons are the high cost to develop new semiconductor manufacturing processes, which often requires constant up-gradation of facilities. As semiconductor manufacturers expand to new regions, the most critical piece will be the push for innovation. The semiconductor technologies used in the semiconductor product development process have to be defect-free, which demands innovative solutions. It is the primary reason semiconductor companies keep coming up with new technology node processes apart from package technologies. Equipment: Semiconductor equipment is the backbone for semiconductor manufacturing. Different xUV solutions are required to drive next-gen technology nodes and thus require continuous innovation via research and development activities. Process: Developing processes that can provide the customer with options to power next-gen solution is the need

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The Semiconductor Logic Impact

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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 silicon area. Semiconductor equipment and other semiconductor technologies have also played a key role in achieving the goal of fabricating innovative logic devices. Apart from this, both academia and industry have consistently provided novel ways to design logic devices for the future requirements of semiconductor products. The impact of these logic devices on the overall semiconductor product-driven system is high and ranges from the technical to the business aspect. It is the primary reason the semiconductor design and manufacturing houses

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The Rise Of Semiconductor Powered Neuromorphic Computing

Leave a Comment / BLOG, COMPUTING, MANUFACTURING, SEMICONDUCTOR, TECHNOLOGY /

Photo by Alex Motoc on Unsplash The computing industry relies on semiconductor products to enable faster processing. And, to drive real-time processing semiconductor industry has to keep innovating. This two-way hand-shake reliance has grown over the last decade (due to new software demand) and will only grow more in the decades to come. For decades, the use case of computers (and the silicon chip inside it) has been to perform tasks that humans will take years to perform manually. However, year on year, this processing by generic systems (or XPU) has become repetitive and slow. Today, industries that rely on computational resources are looking for solutions that are adaptive, smarter, and efficient all at the same time. Neuromorphic Computing Utilizes Semiconductors To Mimic Neuro-Biological Architectures To Drive Adaptive Computing. Several

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