Samsung revealed its plans to manufacture semiconductor chips in mass quantities using 2nm, 3nm, and 4nm fabrication technologies. Samsung Foundry Forum 2021 brought this statement here. The world’s largest reminiscence chip logo unveiled that it’ll retain emigrate procedure technology for quicker and extra green chips, which might be in big demand, specifically because the COVID-19 pandemic.
The corporation additionally discovered that its 3nm technique’ yield is already coming near 4nm levels. Samsung’s second-technology 3nm procedure could be prepared for mass manufacturing someday in 2023. Samsung stated that it has currently introduced the 2nm technique node to its roadmap, and it’s miles presently below development. The corporation expects to begin the mass manufacturing of 2nm chips in 2025. This is the primary time Samsung is speaking approximately a 2nm technique, and it looks as if an optimized model of its 3nm technique node.
The corporation additionally discovered that it’s miles constantly enhancing its FinFET technique node. Its 17nm FinFET procedure node makes use of a 3-D transistor structure for as much as 43%crease in die area, 39% better performance, or 49% growth in electricity performance in comparison to its 28nm procedure node. Samsung is likewise enhancing its 14nm procedure with 3.3V high-voltage or eMRAM for advanced write speeds and density. It may be used to make IoT, MCU (Micro Controller Units), and wearable chips.
The South Korean firm’s 8nm RF (Radio Frequency) platform should make bigger the corporation’s management withinside the 5G marketplace in sub-6GHz and mmWave applications.
Dr. Siyoung Choi, President and Head of Foundry Business at Samsung Electronics, said, “We will growth our average manufacturing capability and lead the maximum superior technology at the same time as taking silicon scaling a step similarly and persevering with technological innovation through application. Amid in addition digitalization brought about with the aid of using the COVID-19 pandemic, our clients and companions will find out the countless capacity of silicon implementation for turning in the proper generation on the proper time.”