Chips made out of thin silicon wafers play a big part in technology waste. Here’s an analysis of how chips are disposed of and what can be done.
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Due to the semiconductor shortage, InP reclaimed wafers became an attractive choice for many. But how many times can they be reused? Let’s answer that.
Read MoreUltra-thin wafers opened a new, broader market for electronics due to their size and flexibility. Wearable electronics is another interesting development to consider.
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In this article, we’ll explore the history of laser marking in the semiconductor industry and what potential innovations are to come.
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Laser marking plays a crucial role in semiconductor manufacturing. In this article, we’ll explore the types of lasers used.
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Some consider vertical gardens to be the future of agriculture. Let’s explore what role an InP wafer could play in that landscape.
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If you’re looking for a semiconductor for optical or photovoltaic components, an FZ wafer may be your best option. In this article, we’ll explain why.
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We live in a world of screens. But have you ever wondered how they are made? This article will explore how ultra flat wafers are used in screens and their potential.
Read MoreAI can change the way we live and work, but experts suspect silicon wafer manufacturing isn’t enough to meet this industry’s needs. Here’s why.
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For a world in the middle of an energetic transition, optimizing solar cell technology is crucial. And for that, an FZ wafer may be the best option.
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