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Stay up-to-date with the latest news and trends in wafer and semiconductor technologies.
*Blogs are for educational and informational purposes ONLY
InP reclaim wafers are a great material for high-speed communications and RF applications for their high hole mobility. Here, we’ll explain this concept.
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Silicon wafer processing is a crucial step in creating semiconductors we use daily, but there are some risks associated with this practice. Here’s how we avoid them.
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Laser marking is a key step in silicon manufacturing, but it can be dangerous and affect product quality if the right safety measures aren’t taken.
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To ensure the surface of a Si wafer is free of flaws, manufacturers employ various surface control methods. Here, we’ll go over them, exploring their use and advantages.
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Smartphones use several thin silicon wafers to perform all of their functions perfectly, but have you ever wondered how many of them there are?
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Our General Manager, Ronnie Phelix, has been nominated by the SFMA for Employee of the Year. We want to say congratulations, Ronnie, from everyone at Wafer World!
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To manufacture a GaAs wafer, gallium and arsenide first must be procured. Here, we’ll explore how GaAs is crafted—and if the USA can make it domestically in the future.
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An InP wafer can find several uses, but it’s currently used in large quantities in quantum computing. Here, we’ll break down why.
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Assessing the electrical properties of a material is crucial during silicon wafer manufacturing. Here are some of the key factors to look at.
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An FZ wafer is a safe material in its final solid form, but incorrect handling can be toxic and cause serious health problems, and here, we’ll explain why.
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