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From Seoul to Austin, our foundry superhighway builds and delivers the chips to make world-class devices backed by nearly two decades of proven reliable capacity and best-in-class cycle times. From Seoul to Austin, our foundry superhighway builds and delivers the chips to make world-class devices backed by nearly two decades of proven reliable capacity and best-in-class cycle times. From Seoul to Austin, our foundry superhighway builds and delivers the chips to make world-class devices backed by nearly two decades of proven reliable capacity and best-in-class cycle times.

Manufacturing excellence
across the map

      • An aerial view of a large semiconductor facility complex, surrounded by roads, greenery, and urban development in the distance.

        Giheung

        Giheung, Korea

      • A bird`s-eye view of a semiconductor facility, displaying its expansive industrial buildings and proximity to residential and commercial areas.

        Hwaseong

        Hwaseong, Korea

      • Aerial view of an expansive semiconductor manufacturing complex, featuring multiple large blue-roofed buildings and surrounding infrastructure.

        Pyeongtaek

        Pyeongtaek, Korea

      • Aerial view of a semiconductor manufacturing plant with a prominent fountain and circular driveway in the foreground.

        Austin

        Texas, USA

      • Aerial map view of the designated area for the Samsung Semiconductor Taylor Plant Site, with labeled roads and neighboring land.

        Taylor

        Texas, USA

      • An aerial view of a large semiconductor facility complex, surrounded by roads, greenery, and urban development in the distance.

        Giheung

        Giheung, Korea

      • A bird`s-eye view of a semiconductor facility, displaying its expansive industrial buildings and proximity to residential and commercial areas.

        Hwaseong

        Hwaseong, Korea

      • Aerial view of an expansive semiconductor manufacturing complex, featuring multiple large blue-roofed buildings and surrounding infrastructure.

        Pyeongtaek

        Pyeongtaek, Korea

      • Aerial view of a semiconductor manufacturing plant with a prominent fountain and circular driveway in the foreground.

        Austin

        Texas, USA

      • Aerial map view of the designated area for the Samsung Semiconductor Taylor Plant Site, with labeled roads and neighboring land.

        Taylor

        Texas, USA

Specialized manufacturing across
the U.S. and Korea
Specialized manufacturing across
the U.S. and Korea
Specialized manufacturing across
the U.S. and Korea
Inch Line City Node Product Application
8 inch 6 Line Giheung Matured • Sensors

• Power IC

• Discrete

• eFlash

• Logic
12 inch S1 Giheung Matured • Smart Mobile Platform

• High Performance Computing/Datacenter Platform

• Automotive Electronics Platform

• Home and Industrial IoT Platform

• Personal Computing Platform
S2 Austin Matured
S3 Hwaseong Matured & Advanced
S5 Pyeongtaek Advanced
S6 Advanced
Taylor Advanced
Inch Line City Node Product Application
8 inch 6 Line Giheung Matured • Sensors

• Power IC

• Discrete

• eFlash

• Logic
12 inch S1 Giheung Matured • Smart Mobile Platform

• High Performance Computing/Datacenter Platform

• Automotive Electronics Platform

• Home and Industrial IoT Platform

• Personal Computing Platform
S2 Austin Matured
S3 Hwaseong Matured & Advanced
S5 Pyeongtaek Advanced
S6 Advanced
Taylor Advanced
Korean sites: Rewriting the story of innovation Korean sites: Rewriting the story of innovation Korean sites: Rewriting the story of innovation

It all starts here. Our South Korea fab network forms a triad (Giheung, Hwaseong, and Pyeongtaek) of knowledge sharing and fast transport where we manufacture chips for the world-changing devices. Three world-class facilities within about an 18-mile radius collaborate to supercharge development and streamline customer services, while teams of world-class scientists, engineers, and subject matter experts are on hand to tackle even the most complex manufacturing challenges.

It all starts here. Our South Korea fab network forms a triad (Giheung, Hwaseong, and Pyeongtaek) of knowledge sharing and fast transport where we manufacture chips for the world-changing devices. Three world-class facilities within about an 18-mile radius collaborate to supercharge development and streamline customer services, while teams of world-class scientists, engineers, and subject matter experts are on hand to tackle even the most complex manufacturing challenges.

It all starts here. Our South Korea fab network forms a triad (Giheung, Hwaseong, and Pyeongtaek) of knowledge sharing and fast transport where we manufacture chips for the world-changing devices. Three world-class facilities within about an 18-mile radius collaborate to supercharge development and streamline customer services, while teams of world-class scientists, engineers, and subject matter experts are on hand to tackle even the most complex manufacturing challenges.

Our innovation triad Our innovation triad Our innovation triad


Strategically positioned just south of Seoul, the Giheung fab was founded in 1983. It specialized in mainstream nodes ranging from 350nm to 8nm solutions. We took innovation further with our Hwaseong fab in 2000 and employed the latest R&D and production capabilities including breakthrough EUV. Hwaseong now produces the 10nm to 3nm processes that power leading edge products. Completing the trio, our state-of-the-art Pyongtaek fab now mass produces further advanced nodes as we seek new frontiers and push the boundaries of Moore’s law.


Strategically positioned just south of Seoul, the Giheung fab was founded in 1983. It specialized in mainstream nodes ranging from 350nm to 8nm solutions. We took innovation further with our Hwaseong fab in 2000 and employed the latest R&D and production capabilities including breakthrough EUV. Hwaseong now produces the 10nm to 3nm processes that power leading edge products. Completing the trio, our state-of-the-art Pyongtaek fab now mass produces further advanced nodes as we seek new frontiers and push the boundaries of Moore’s law.


Strategically positioned just south of Seoul, the Giheung fab was founded in 1983. It specialized in mainstream nodes ranging from 350nm to 8nm solutions. We took innovation further with our Hwaseong fab in 2000 and employed the latest R&D and production capabilities including breakthrough EUV. Hwaseong now produces the 10nm to 3nm processes that power leading edge products. Completing the trio, our state-of-the-art Pyongtaek fab now mass produces further advanced nodes as we seek new frontiers and push the boundaries of Moore’s law.

U.S. sites: Everything is bigger in Texas U.S. sites: Everything is bigger in Texas U.S. sites: Everything is bigger in Texas

Expanding Samsung Foundry’s footprint across the U.S., the Austin and Taylor fabs—located in Texas within about 30 miles of each other—are designed to increase capacity and flexibility for a growing network of manufacturing customers. Equivalent in complexity to Korea’s fabs, the two sites draw on thousands of talented experts and technologists across the continent to support an endless variety of products, making each foundry facility more than the sum of its parts.

The largest single fab in the U.S. is in Austin. In operation since 1996, the Austin fab provides stable manufacturing of 65nm to 14nm processes. Expanding those boundaries in service and production scale is the new 5 million ㎡ fab in Taylor. Support from the nearby Austin site and collaboration with Korea’s manufacturing network ensure the Taylor fab rapidly scales up Samsung Foundry’s global manufacturing from its launch.

Expanding Samsung Foundry’s footprint across the U.S., the Austin and Taylor fabs—located in Texas within about 30 miles of each other—are designed to increase capacity and flexibility for a growing network of manufacturing customers. Equivalent in complexity to Korea’s fabs, the two sites draw on thousands of talented experts and technologists across the continent to support an endless variety of products, making each foundry facility more than the sum of its parts.

The largest single fab in the U.S. is in Austin. In operation since 1996, the Austin fab provides stable manufacturing of 65nm to 14nm processes. Expanding those boundaries in service and production scale is the new 5 million ㎡ fab in Taylor. Support from the nearby Austin site and collaboration with Korea’s manufacturing network ensure the Taylor fab rapidly scales up Samsung Foundry’s global manufacturing from its launch.

Expanding Samsung Foundry’s footprint across the U.S., the Austin and Taylor fabs—located in Texas within about 30 miles of each other—are designed to increase capacity and flexibility for a growing network of manufacturing customers. Equivalent in complexity to Korea’s fabs, the two sites draw on thousands of talented experts and technologists across the continent to support an endless variety of products, making each foundry facility more than the sum of its parts.

The largest single fab in the U.S. is in Austin. In operation since 1996, the Austin fab provides stable manufacturing of 65nm to 14nm processes. Expanding those boundaries in service and production scale is the new 5 million ㎡ fab in Taylor. Support from the nearby Austin site and collaboration with Korea’s manufacturing network ensure the Taylor fab rapidly scales up Samsung Foundry’s global manufacturing from its launch.