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In medical integrated circuits (ICs), ensuring the highest quality and performance is critical. Medical ICs are used in a variety of sensitive applications, including diagnostic devices, implants, medical imaging, and monitoring equipment. These ICs require extreme reliability, precision, long-term-stability and durability to ensure that medical devices function correctly and meet safety standards. Also, malfunctions in … Read more

In the race to develop faster, smaller and more energy-efficient chips, design teams often focus intensely on architecture, functionality and scaling strategies. However, an often-underappreciated factor — atomic-level defects and contamination — plays a critical role in determining whether a design will meet real-world performance, yield and cost targets. As semiconductor nodes push into the … Read more

Outsourced Semiconductor Assembly and Test (OSAT) providers operate in one of the most competitive segments of the semiconductor value chain. Margins are thin, customer expectations are rising and differentiation is hard to achieve in what often feels like a commoditized service market. OSATs face three major business pressures:  For OSATs, these challenges are amplified because … Read more

In today’s advanced semiconductor manufacturing, reducing defect density defines the difference between average and world-class yield performance. SisuSemi’s atomic-level approach helps to eliminate microscopic impurities that lead to costly defects. In the relentless pursuit of Moore’s Law and beyond, semiconductor business development teams face increasingly complex decisions about technology investments. While much attention focuses on … Read more

We are witnessing an unprecedented surge in connected devices. With nearly 20 billion IoT nodes already deployed—and close to 20 billion mobile devices in use—the digital landscape is becoming increasingly intelligent and decentralized. From Industry 4.0 to agriculture, logistics to healthcare, connected devices are reshaping how data is gathered, processed, and acted upon. A key … Read more

In the world of semiconductors, the pursuit of perfection is a never-ending journey. Even the tiniest of imperfections, at the atomic level, can have a significant impact on the performance and quality of opto components. This blog post will delve into the challenges introduced by atomic-level impurities in semiconductor interfaces, their effects on power consumption … Read more

In semiconductor fabrication, cleanliness is extremely important — a single particle or impurity can cause major defects, impacting the performance and yield of the final chip. One commonly used cleaning method is RCA cleaning, a chemical process designed to remove contaminants from wafers before further processing. However, as semiconductor nodes shrink, the very cleaning techniques … Read more

In the age of 5G, IoT, satellite communication, radar and next-gen wireless infrastructure, radio frequency (RF) semiconductors are at the heart of our connected world. Yet, as devices shrink and frequencies climb, the tolerances for error in RF components have all but vanished. Behind the scenes, a silent saboteur lurks: atomic-level defects and contamination. Atomic-level … Read more

As semiconductor technology continues to push the boundaries of miniaturization, 3D integrated circuits (three-dimensional, 3D ICs) are emerging as a promising solution to deliver increased performance, energy efficiency and functionality. By stacking multiple layers of circuitry vertically, 3D ICs offer significant advantages over traditional ICs in two dimensions, such as reduced interconnect distances, improved signal … Read more

In the highly competitive semiconductor industry, decisions on adopting new manufacturing technologies are complex and require validation at multiple levels. Engineers, process managers, and business leaders all play a role in evaluating the risks and benefits of any new solution before making a commitment. When it comes to atomic-level cleaning and defect reduction, potential customers … Read more