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 solutions through our Library/PDK (Process Design Kit)/DM (Design Methodology)/Design Service infrastructure. Our processes and equipment are initially set up by our Semiconductor Lab and Production Technology Research Center (collectively, our R&D organization), respectively. 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 solutions through our Library/PDK (Process Design Kit)/DM (Design Methodology)/Design Service infrastructure. Our processes and equipment are initially set up by our Semiconductor Lab and Production Technology Research Center (collectively, our R&D organization), respectively. 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 solutions through our Library/PDK (Process Design Kit)/DM (Design Methodology)/Design Service infrastructure. Our processes and equipment are initially set up by our Semiconductor Lab and Production Technology Research Center (collectively, our R&D organization), respectively.

In a nutshell, the foundry industry is a critical sector for future semiconductors, and demand from fabless clients looking for fabs to produce their system semiconductors is exploding. However, foundries involve investment of astronomical proportions as well as ultra-advanced technology and only a handful of the world’s many semiconductor companies are up to the task. In a nutshell, the foundry industry is a critical sector for future semiconductors, and demand from fabless clients looking for fabs to produce their system semiconductors is exploding. However, foundries involve investment of astronomical proportions as well as ultra-advanced technology and only a handful of the world’s many semiconductor companies are up to the task. In a nutshell, the foundry industry is a critical sector for future semiconductors, and demand from fabless clients looking for fabs to produce their system semiconductors is exploding. However, foundries involve investment of astronomical proportions as well as ultra-advanced technology and only a handful of the world’s many semiconductor companies are up to the task.

Through leadership in ultra-fine semiconductor processes, we stand at the vanguard of change. Having scaled down from 28nm processes in 2012 to 5nm in 2021, we are currently engaged in the development of 3nm GAA (Gate-All-Around) processes. Another area of emphasis is establishing a technology super-gap by accelerating setup of EUV (Extreme Ultra Violet) processes for mass production. Through leadership in ultra-fine semiconductor processes, we stand at the vanguard of change. Having scaled down from 28nm processes in 2012 to 5nm in 2021, we are currently engaged in the development of 3nm GAA (Gate-All-Around) processes. Another area of emphasis is establishing a technology super-gap by accelerating setup of EUV (Extreme Ultra Violet) processes for mass production. Through leadership in ultra-fine semiconductor processes, we stand at the vanguard of change. Having scaled down from 28nm processes in 2012 to 5nm in 2021, we are currently engaged in the development of 3nm GAA (Gate-All-Around) processes. Another area of emphasis is establishing a technology super-gap by accelerating setup of EUV (Extreme Ultra Violet) processes for mass production.

The Samsung Electronics Foundry Business is recording 20%+ annual growth, with aggressive recent investment into construction of additional EUV lines for 5nm mass production. Our investments into process R&D and production line construction are aimed at becoming the world’s number one semiconductor foundry company by 2030, a goal we are well on our way to achieving. The Samsung Electronics Foundry Business is recording 20%+ annual growth, with aggressive recent investment into construction of additional EUV lines for 5nm mass production. Our investments into process R&D and production line construction are aimed at becoming the world’s number one semiconductor foundry company by 2030, a goal we are well on our way to achieving. The Samsung Electronics Foundry Business is recording 20%+ annual growth, with aggressive recent investment into construction of additional EUV lines for 5nm mass production. Our investments into process R&D and production line construction are aimed at becoming the world’s number one semiconductor foundry company by 2030, a goal we are well on our way to achieving.