If you follow tech a lot, you should know that Samsung is far more than just a phone maker. The Company is engaged in a variety of products. The South Korean giant first entered the semiconductor and mobile phone business in 1988. Since then, Samsung has become the global leader in the mobile phone industry.
Samsung’s semiconductor business is also one of the world market leaders. The company produces a wide range of semiconductor products, including memory chips, system-on-chips (SoCs) and image sensors. Samsung’s semiconductor business is one of the company’s main sources of revenue and has invested billions of dollars in research and development to get to this point.
Samsung will produce 4nm chips
According to recent reports, Samsung has been given the green light to start mass-producing third-generation 4nm chipsets. Sources say that Samsung has achieved a very good wafer yield of the 4nm chips. This chip is said to have a very low operating temperature. The end result of this means that the chip will be very energy efficient. Even more energy efficient than its predecessor.
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Samsung will start manufacturing these new 4nm chips by the end of the first half of 2023. That means the South Korean company will start the production process in June or July 2023. At the Hwaseong factory, single wafer yields were very low. Because of this, companies like Qualcomm had to turn to TSMC for the 4nm chips.
Samsung had a lower wafer yield for 4nm chips
TSMC had a wafer yield of around 70-80%, while Samsung couldn’t even reach 60%. Qualcomm had to switch TSMC Because in chip production, the company pays for the entire wafer, regardless of whether it is good or bad. In this case, it makes economic sense to hire a company that doesn’t waste a lot of chips in the production process.
According to data from Counterpoint, 4nm and 5nm chips are currently the most popular chips in mobile devices. They make up a total of 22% of the chips used. 6nm and 7nm also follow with 16%. Samsung and TSMC are currently building chip-making factories in the United States. These factories will focus on the production of 4nm chips and are expected to be operational in 2024.