
Wafers made from germanium or silicon manufacturing have many similarities—and a key series of differences, too. Let’s go over some of them.
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Gallium arsenide is an important component of our GaAs wafer. Let’s see what the future looks like for this material’s market.
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Silicon wafer processing is a precise procedure. Defects during it can render a wafer useless, so here are some of the most common mistakes, and their causes.
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The first step to create a microchip is wafer manufacturing. What do these two processes look like? Here’s a brief guide on chip development from silicon wafers.
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If producing ultra flat wafers is hard, handling and managing these delicate substrates also has its tricks. Let’s go over some of them.
Read MoreIf you’re planning to buy a silicon wafer, you may like to know about why this material is so valuable in today’s electronics and manufacturing.
Read MoreLearn about how computing technology impacts vertical gardens—and what role silicon wafer manufacturers could take in the future!
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A germanium wafer has thousands of applications through various industries. Here are some statistics to predict how its market is going to change in the future.
Read MoreFind information on buying silicon wafers and learn about sustainable approaches to semiconductor manufacturing in the industry.
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Learn about the difference between single side and double side polish wafers in the semiconductor industry. Explore the applications of double side polished wafers.
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