How much would you pay to have the latest chip in your smartphone? 📱 Chipmakers rely on high-volume manufacturing to drive down the cost of cutting-edge chips so those chips can make it into the smartphones, computers and other devices we use every day. Read about the role lithography throughput plays in keeping chip technology affordable. 👇
Mk9 waferhandler 🚀🚀
How many things you can "drive" with an output
Yep, NXT:870B at 400wph. 😎
Hello everyone. Please. I'm a beginner in electronics, but I love design and development. Is there an organization or company that would like to have me join their team? I would love to work at ASML. Please note that I don't speak English fluently, as my native language is Arabic. Thank you.
Throughput is a generic word used in product management when using Agile approach to measure how much user stories we can complete in a given period of time, in your case, the number of silicon processed in a period of time...
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It's fascinating to see how the demand for cutting-edge chips continues to drive innovation and shape the future of technology. The role of lithography throughput in keeping chip manufacturing efficient and affordable is crucial for enabling the next wave of advancements in smartphones, computers, and beyond. At SinoGaN, we are proud to contribute to this ecosystem by providing high-quality materials for the next generation of electronics. We specialize in manufacturing gallium nitride (GaN) epitaxial wafers and aluminum nitride (AlN) templates in various sizes and types, including our 8-inch GaN-on-silicon epitaxial wafers. These materials play a key role in high-performance applications, driving energy efficiency and superior performance in devices that rely on advanced chips. If you're looking for premium GaN materials to power the next evolution of semiconductor technologies, SinoGaN would be delighted to support your efforts.
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1moStrong insight