for you to study ted
The commercialization process in the semiconductor sector is quite intricate and involves multiple steps. Here’s a high-level overview of the key stages:
Design: This initial phase involves the conceptualization and design of the semiconductor chips, utilizing advanced design tools and intellectual property.
Manufacturing: After the design phase, the manufacturing process begins. It includes several crucial steps such as lithography, etching, ion implantation, metallization, and the removal of impurities1.
Packaging: Once the chips are manufactured, they are packaged to protect them from physical damage and corrosion, as well as to provide the necessary electrical connections.
Testing: The packaged chips are then tested for functionality, performance, and reliability.
Assembly: After testing, the chips are assembled onto printed circuit boards or into other electronic systems.
Final Commercialization: The final step is the commercialization of the finished product, which involves marketing and distribution to consumers or businesses.
It’s important to note that the semiconductor supply chain is highly globalized and complex, often requiring as many as 12 steps and commercial exchanges from the design to the final commercialization2. The process is capital intensive and typically involves a significant amount of collaboration among various players in the supply chain.
I went back yo my notes of a few years ago where that was discussed and it said
The commercialisation phase start when we start working with customers.
So telling us that Michael has been telling us stories is BS as this is exacyly the path that Michael has been following
And Ted we are now in the final commercialization stage and we may expect Tier-1 contracts for license fees and material sales in 2024 and ramping up in 2025
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