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  • A close-up of a silicon wafer with a grid of microchips.

    Samsung Foundry Business Samsung Foundry Business Samsung Foundry Business

    Samsung Foundry retains deep expertise in manufacturing system semiconductors for customers. We aim to become a ‘Total Foundry’, not only drawing on our state-of-the-art process technologies to produce chips for global fabless clients but also providing comprehensive solutions through our Library/PDK (Process Design Kit)/DM (Design Methodology)/Design Service infrastructure. We are preparing to bring innovative technologies to the market faster by producing high-quality products as efficiently as possible through state-of-the-art production facility automation. Samsung Foundry retains deep expertise in manufacturing system semiconductors for customers. We aim to become a ‘Total Foundry’, not only drawing on our state-of-the-art process technologies to produce chips for global fabless clients but also providing comprehensive solutions through our Library/PDK (Process Design Kit)/DM (Design Methodology)/Design Service infrastructure. We are preparing to bring innovative technologies to the market faster by producing high-quality products as efficiently as possible through state-of-the-art production facility automation. Samsung Foundry retains deep expertise in manufacturing system semiconductors for customers. We aim to become a ‘Total Foundry’, not only drawing on our state-of-the-art process technologies to produce chips for global fabless clients but also providing comprehensive solutions through our Library/PDK (Process Design Kit)/DM (Design Methodology)/Design Service infrastructure. We are preparing to bring innovative technologies to the market faster by producing high-quality products as efficiently as possible through state-of-the-art production facility automation.

  • A conceptual image featuring several stacked semiconductor wafers.

    Leading innovation and the future with Samsung Foundry Leading innovation and the future with Samsung Foundry Leading innovation and the future with Samsung Foundry

    Samsung Foundry has made remarkable progress in semiconductor technology, reducing the process size from 28nm in 2012 to 3nm in 2022. We are constantly pushing the boundaries of semiconductor technology, providing a range of process technologies that offer significant improvements in power, performance, and scalability. From legacy processes to cutting-edge advanced processes, we are committed to taking chip performance to new heights across various industries. Samsung Foundry has made remarkable progress in semiconductor technology, reducing the process size from 28nm in 2012 to 3nm in 2022. We are constantly pushing the boundaries of semiconductor technology, providing a range of process technologies that offer significant improvements in power, performance, and scalability. From legacy processes to cutting-edge advanced processes, we are committed to taking chip performance to new heights across various industries. Samsung Foundry has made remarkable progress in semiconductor technology, reducing the process size from 28nm in 2012 to 3nm in 2022. We are constantly pushing the boundaries of semiconductor technology, providing a range of process technologies that offer significant improvements in power, performance, and scalability. From legacy processes to cutting-edge advanced processes, we are committed to taking chip performance to new heights across various industries.

  • A close-up digital representation of a microchip surrounded by illuminated components on a modern circuit board.

    Advanced and collaborative technologies Advanced and collaborative technologies Advanced and collaborative technologies

    Samsung Foundry is focusing on developing cutting-edge under 3nm GAA (Gate All Around) process technology, accelerating the implementation of EUV process for mass production, and establishing a technological super-gap by developing state-of-the-art packaging technologies. In addition, the SAFE™ program enables competitive SoC design through cooperation between Samsung Foundry, partners, and customers. Samsung Foundry is focusing on developing cutting-edge under 3nm GAA (Gate All Around) process technology, accelerating the implementation of EUV process for mass production, and establishing a technological super-gap by developing state-of-the-art packaging technologies. In addition, the SAFE™ program enables competitive SoC design through cooperation between Samsung Foundry, partners, and customers. Samsung Foundry is focusing on developing cutting-edge under 3nm GAA (Gate All Around) process technology, accelerating the implementation of EUV process for mass production, and establishing a technological super-gap by developing state-of-the-art packaging technologies. In addition, the SAFE™ program enables competitive SoC design through cooperation between Samsung Foundry, partners, and customers.

  • A cleanroom engineer carefully inspecting a silicon wafer.

    Effective quality management Effective quality management Effective quality management

    Samsung Foundry provides an efficient quality system and delivers the best products and services to meet customers’ requirements and expectations through a great quality management system, reliable supply chain security, and mass production quality control. Samsung Foundry provides an efficient quality system and delivers the best products and services to meet customers’ requirements and expectations through a great quality management system, reliable supply chain security, and mass production quality control. Samsung Foundry provides an efficient quality system and delivers the best products and services to meet customers’ requirements and expectations through a great quality management system, reliable supply chain security, and mass production quality control.

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