SAIT collaborates with talented people around the world to keep abreast of state-of-the-art technologies, drive new trends, and create opportunities. Through Open Innovation, SAIT's global labs located in San Jose, Pasadena, Boston, Yokohama, Beijing, Xi'an, Bengaluru, and London work together and cooperate with regional universities, research labs, and companies to develop innovative technologies for all.
SAIT collaborates with talented people around the world to keep abreast of state-of-the-art technologies, drive new trends, and create opportunities. Through Open Innovation, SAIT's global labs located in San Jose, Pasadena, Boston, Yokohama, Beijing, Xi'an, Bengaluru, and London work together and cooperate with regional universities, research labs, and companies to develop innovative technologies for all.
SAIT collaborates with talented people around the world to keep abreast of state-of-the-art technologies, drive new trends, and create opportunities. Through Open Innovation, SAIT's global labs located in San Jose, Pasadena, Boston, Yokohama, Beijing, Xi'an, Bengaluru, and London work together and cooperate with regional universities, research labs, and companies to develop innovative technologies for all.
SAIT officially established SAIT-America in May of 2011, with offices in San Jose, Boston, and Pasadena. SAIT-America is strategically located near cutting-edge R&D activities of prestigious academic institutions, renowned companies, and new exciting startups with a purpose to lead ground-breaking research. SAIT-America’s mission is to plant the seeds of innovative technologies that will grow and yield next-generation Samsung products within 5 to 10 years. Our aim is to achieve this goal by collaborating and working together with the most creative minds in the world.
SAIT officially established SAIT-America in May of 2011, with offices in San Jose, Boston, and Pasadena. SAIT-America is strategically located near cutting-edge R&D activities of prestigious academic institutions, renowned companies, and new exciting startups with a purpose to lead ground-breaking research. SAIT-America’s mission is to plant the seeds of innovative technologies that will grow and yield next-generation Samsung products within 5 to 10 years. Our aim is to achieve this goal by collaborating and working together with the most creative minds in the world.
SAIT officially established SAIT-America in May of 2011, with offices in San Jose, Boston, and Pasadena. SAIT-America is strategically located near cutting-edge R&D activities of prestigious academic institutions, renowned companies, and new exciting startups with a purpose to lead ground-breaking research. SAIT-America’s mission is to plant the seeds of innovative technologies that will grow and yield next-generation Samsung products within 5 to 10 years. Our aim is to achieve this goal by collaborating and working together with the most creative minds in the world.
SAIT-America is composed of 3 research labs with an Open Innovation team.
ARL(Architecture Research Lab) in San Jose is researching advanced computing system. In HPC and AI Systems, we are focusing on overcoming the memory and communication challenges within HPC and AI applications. By taking a holistic, system-level approach to these obstacles, we will be enabling and creating the future of servers and supercomputers around the globe. ARL is also committed to shaping the future of CPU processors and SoC architecture. More specifically, we are working on RISC-V processor research and its main mission is to design the RISC-V micro-architecture and its advanced features.
Advanced Material Lab (AML) is located in Boston. AML has mainly been focusing its efforts on material research and development, with a special emphasis on next-gen semiconductors and batteries. Our engineers use computational simulation methodologies and high-throughput synthesis to explore and discover novel materials for these applications. Meta Vision Lab (MVL) in Pasadena is focusing on developing next-gen optical interconnect architectures, circuits, and devices to support ultra-high data bandwidth requirements necessary for HPC and AI/ML applications. Our goal is to build the interconnect with the size and power efficiency similar to that of electrical interconnects, but with the extended reach of traditional optical links. The research areas involved are system level modeling and simulation, high speed circuit design, and ML-based optimization.
In addition to R&D, SAIT-America acts as the liaison between SAIT-HQ and the most innovative players in North America for our open innovation efforts. We strive to create strong research relationships with top U.S. based universities and startups by embarking on a journey filled with creative and innovative collaborations. We look forward to partnering with you.
SAIT-America is composed of 3 research labs with an Open Innovation team.
ARL(Architecture Research Lab) in San Jose is researching advanced computing system. In HPC and AI Systems, we are focusing on overcoming the memory and communication challenges within HPC and AI applications. By taking a holistic, system-level approach to these obstacles, we will be enabling and creating the future of servers and supercomputers around the globe. ARL is also committed to shaping the future of CPU processors and SoC architecture. More specifically, we are working on RISC-V processor research and its main mission is to design the RISC-V micro-architecture and its advanced features.
Advanced Material Lab (AML) is located in Boston. AML has mainly been focusing its efforts on material research and development, with a special emphasis on next-gen semiconductors and batteries. Our engineers use computational simulation methodologies and high-throughput synthesis to explore and discover novel materials for these applications. Meta Vision Lab (MVL) in Pasadena is focusing on developing next-gen optical interconnect architectures, circuits, and devices to support ultra-high data bandwidth requirements necessary for HPC and AI/ML applications. Our goal is to build the interconnect with the size and power efficiency similar to that of electrical interconnects, but with the extended reach of traditional optical links. The research areas involved are system level modeling and simulation, high speed circuit design, and ML-based optimization.
In addition to R&D, SAIT-America acts as the liaison between SAIT-HQ and the most innovative players in North America for our open innovation efforts. We strive to create strong research relationships with top U.S. based universities and startups by embarking on a journey filled with creative and innovative collaborations. We look forward to partnering with you.
SAIT-America is composed of 3 research labs with an Open Innovation team.
ARL(Architecture Research Lab) in San Jose is researching advanced computing system. In HPC and AI Systems, we are focusing on overcoming the memory and communication challenges within HPC and AI applications. By taking a holistic, system-level approach to these obstacles, we will be enabling and creating the future of servers and supercomputers around the globe. ARL is also committed to shaping the future of CPU processors and SoC architecture. More specifically, we are working on RISC-V processor research and its main mission is to design the RISC-V micro-architecture and its advanced features.
Advanced Material Lab (AML) is located in Boston. AML has mainly been focusing its efforts on material research and development, with a special emphasis on next-gen semiconductors and batteries. Our engineers use computational simulation methodologies and high-throughput synthesis to explore and discover novel materials for these applications. Meta Vision Lab (MVL) in Pasadena is focusing on developing next-gen optical interconnect architectures, circuits, and devices to support ultra-high data bandwidth requirements necessary for HPC and AI/ML applications. Our goal is to build the interconnect with the size and power efficiency similar to that of electrical interconnects, but with the extended reach of traditional optical links. The research areas involved are system level modeling and simulation, high speed circuit design, and ML-based optimization.
In addition to R&D, SAIT-America acts as the liaison between SAIT-HQ and the most innovative players in North America for our open innovation efforts. We strive to create strong research relationships with top U.S. based universities and startups by embarking on a journey filled with creative and innovative collaborations. We look forward to partnering with you.
665 Clyde Ave. Mountain View, CA 94043
+1-650-584-2141
665 Clyde Ave. Mountain View, CA 94043
+1-650-584-2141
665 Clyde Ave. Mountain View, CA 94043
+1-650-584-2141
10 Wilson Rd. Suite 150 Cambridge MA 02138
+1-650-336-3508
10 Wilson Rd. Suite 150 Cambridge MA 02138
+1-650-336-3508
10 Wilson Rd. Suite 150 Cambridge MA 02138
+1-650-336-3508
2N Lake Ave, Ste 230, Pasadena, CA 91101
+1-626-683-3465
2N Lake Ave, Ste 230, Pasadena, CA 91101
+1-626-683-3465
2N Lake Ave, Ste 230, Pasadena, CA 91101
+1-626-683-3465
Samsung R&D Institute Japan (SRJ) was established in August 1992, and completed construction of its building in Yokohama in June 1997. SRJ was pivotal in accelerating research and development activities rooted in Japan.
In January 2023, Samsung Device Solutions R&D Japan (DSRJ) was newly established for Samsung Electronics's DS division in order to focus a wider and higher level of research and development.
Samsung R&D Institute Japan (SRJ) was established in August 1992, and completed construction of its building in Yokohama in June 1997. SRJ was pivotal in accelerating research and development activities rooted in Japan.
In January 2023, Samsung Device Solutions R&D Japan (DSRJ) was newly established for Samsung Electronics's DS division in order to focus a wider and higher level of research and development.
Samsung R&D Institute Japan (SRJ) was established in August 1992, and completed construction of its building in Yokohama in June 1997. SRJ was pivotal in accelerating research and development activities rooted in Japan.
In January 2023, Samsung Device Solutions R&D Japan (DSRJ) was newly established for Samsung Electronics's DS division in order to focus a wider and higher level of research and development.
Research activity is being focused in the following areas; System LSI, Advanced Packaging, TCAD Simulator, Electronic Materials and Devices for next-gen semiconductor, display, and battery technologies.
In particular, SAIT AEML (Advanced Electronic Materials Lab) is focusing on developing cutting-edge semiconductor and display materials.
We believe that innovation comes from the creativity and insight stimulated through the interaction with academia. Partnerships with leading universities and institutes are indispensable for DSRJ's research and development activities. DSRJ is actively conducting research partnerships with universities and research institutes in Japan.
Research activity is being focused in the following areas; System LSI, Advanced Packaging, TCAD Simulator, Electronic Materials and Devices for next-gen semiconductor, display, and battery technologies.
In particular, SAIT AEML (Advanced Electronic Materials Lab) is focusing on developing cutting-edge semiconductor and display materials.
We believe that innovation comes from the creativity and insight stimulated through the interaction with academia. Partnerships with leading universities and institutes are indispensable for DSRJ's research and development activities. DSRJ is actively conducting research partnerships with universities and research institutes in Japan.
Research activity is being focused in the following areas; System LSI, Advanced Packaging, TCAD Simulator, Electronic Materials and Devices for next-gen semiconductor, display, and battery technologies.
In particular, SAIT AEML (Advanced Electronic Materials Lab) is focusing on developing cutting-edge semiconductor and display materials.
We believe that innovation comes from the creativity and insight stimulated through the interaction with academia. Partnerships with leading universities and institutes are indispensable for DSRJ's research and development activities. DSRJ is actively conducting research partnerships with universities and research institutes in Japan.
2-7 Sugasawa-cho, Tsurumu-ku, Yokohama, Japan
contact.dsrj@samsung.com
2-7 Sugasawa-cho, Tsurumu-ku, Yokohama, Japan
contact.dsrj@samsung.com
2-7 Sugasawa-cho, Tsurumu-ku, Yokohama, Japan
contact.dsrj@samsung.com
SAIT has two Labs in China, Samsung R&D Institute China Xi'an and SAIT-Beijing.
Samsung R&D Institute China Xi'an (SRCX) was established in 2013.
Xi'an, situated at the heart of western China's R&D hub, boasts prestigious universities, national-level research institutions, and international enterprises. Capitalizing on Xi'an's and China's software talent pool, our institute is deeply entrenched in the local cultural and industrial milieu, attracting a cohort of elite software engineers and researchers with both international perspectives and local expertise.
SAIT-Beijing was founded in June 2008 with the directive to "Set up a R&D base for future core-technology & China's leading technologies". With the change in SAIT research areas, the organization is currently focusing only on the open innovation for future emerging tech. SAIT-Beijing is located in Chaoyang District, Beijing - the R&D center of China teeming with top universities, prestigious research institutions, renowned companies, and fast-evolving startups; providing an abundant pool of talented researchers and collaboration opportunities for Samsung and SAIT.
SAIT has two Labs in China, Samsung R&D Institute China Xi'an and SAIT-Beijing.
Samsung R&D Institute China Xi'an (SRCX) was established in 2013.
Xi'an, situated at the heart of western China's R&D hub, boasts prestigious universities, national-level research institutions, and international enterprises. Capitalizing on Xi'an's and China's software talent pool, our institute is deeply entrenched in the local cultural and industrial milieu, attracting a cohort of elite software engineers and researchers with both international perspectives and local expertise.
SAIT-Beijing was founded in June 2008 with the directive to "Set up a R&D base for future core-technology & China's leading technologies". With the change in SAIT research areas, the organization is currently focusing only on the open innovation for future emerging tech. SAIT-Beijing is located in Chaoyang District, Beijing - the R&D center of China teeming with top universities, prestigious research institutions, renowned companies, and fast-evolving startups; providing an abundant pool of talented researchers and collaboration opportunities for Samsung and SAIT.
SAIT has two Labs in China, Samsung R&D Institute China Xi'an and SAIT-Beijing.
Samsung R&D Institute China Xi'an (SRCX) was established in 2013.
Xi'an, situated at the heart of western China's R&D hub, boasts prestigious universities, national-level research institutions, and international enterprises. Capitalizing on Xi'an's and China's software talent pool, our institute is deeply entrenched in the local cultural and industrial milieu, attracting a cohort of elite software engineers and researchers with both international perspectives and local expertise.
SAIT-Beijing was founded in June 2008 with the directive to "Set up a R&D base for future core-technology & China's leading technologies". With the change in SAIT research areas, the organization is currently focusing only on the open innovation for future emerging tech. SAIT-Beijing is located in Chaoyang District, Beijing - the R&D center of China teeming with top universities, prestigious research institutions, renowned companies, and fast-evolving startups; providing an abundant pool of talented researchers and collaboration opportunities for Samsung and SAIT.
SRCX aims to innovate the world’s top fundamental technologies that will be utilized by various future business demands within Samsung. Utilizing Samsung＇s next-gen hardware, we are building AI/HPC computing platforms as well as AI technologies such as human-centric vision perception, powerful generative AI platform, and efficient model lightweight technologies. SRCX constantly delivers research achievements in the form of international patents and top-tier conference (CVPR, ICCV, AAAI, etc.) papers every year.
SRCX serves not only as a hub for technological innovation but also as a bridge deeply embedded in the Chinese market. With our advanced software R&D capabilities and a focus on global alignment, we collaborate closely with SAIT HQ to ensure that our developments maintain global competitiveness.
In parallel, SAIT-Beijing Lab focuses on scientific innovations through exploratory research in order to advance Samsung’s existing technologies and become one of the most influential research labs in China. We collaborate with China’s top universities and research institutes to work on world-leading innovative technologies. SAIT-Beijing is actively enhancing its local R&D network to incubate differentiating innovative core technologies based on China specific scientific and technical strengths.
SRCX aims to innovate the world’s top fundamental technologies that will be utilized by various future business demands within Samsung. Utilizing Samsung＇s next-gen hardware, we are building AI/HPC computing platforms as well as AI technologies such as human-centric vision perception, powerful generative AI platform, and efficient model lightweight technologies. SRCX constantly delivers research achievements in the form of international patents and top-tier conference (CVPR, ICCV, AAAI, etc.) papers every year.
SRCX serves not only as a hub for technological innovation but also as a bridge deeply embedded in the Chinese market. With our advanced software R&D capabilities and a focus on global alignment, we collaborate closely with SAIT HQ to ensure that our developments maintain global competitiveness.
In parallel, SAIT-Beijing Lab focuses on scientific innovations through exploratory research in order to advance Samsung’s existing technologies and become one of the most influential research labs in China. We collaborate with China’s top universities and research institutes to work on world-leading innovative technologies. SAIT-Beijing is actively enhancing its local R&D network to incubate differentiating innovative core technologies based on China specific scientific and technical strengths.
SRCX aims to innovate the world’s top fundamental technologies that will be utilized by various future business demands within Samsung. Utilizing Samsung＇s next-gen hardware, we are building AI/HPC computing platforms as well as AI technologies such as human-centric vision perception, powerful generative AI platform, and efficient model lightweight technologies. SRCX constantly delivers research achievements in the form of international patents and top-tier conference (CVPR, ICCV, AAAI, etc.) papers every year.
SRCX serves not only as a hub for technological innovation but also as a bridge deeply embedded in the Chinese market. With our advanced software R&D capabilities and a focus on global alignment, we collaborate closely with SAIT HQ to ensure that our developments maintain global competitiveness.
In parallel, SAIT-Beijing Lab focuses on scientific innovations through exploratory research in order to advance Samsung’s existing technologies and become one of the most influential research labs in China. We collaborate with China’s top universities and research institutes to work on world-leading innovative technologies. SAIT-Beijing is actively enhancing its local R&D network to incubate differentiating innovative core technologies based on China specific scientific and technical strengths.
B-1 Building, Xi'an Software Town Phase 2, No. 156 Tiangu 8th Rd, Hi-tech, Xi'an, China
+86-029-8874-1490
B-1 Building, Xi'an Software Town Phase 2, No. 156 Tiangu 8th Rd, Hi-tech, Xi'an, China
+86-029-8874-1490
B-1 Building, Xi'an Software Town Phase 2, No. 156 Tiangu 8th Rd, Hi-tech, Xi'an, China
+86-029-8874-1490
8F, Sun Palace Building, No.12-A, Taiyanggong Mid Road, Chaoyang District, Beijing, China 100028
+86-10-8443-9777
8F, Sun Palace Building, No.12-A, Taiyanggong Mid Road, Chaoyang District, Beijing, China 100028
+86-10-8443-9777
8F, Sun Palace Building, No.12-A, Taiyanggong Mid Road, Chaoyang District, Beijing, China 100028
+86-10-8443-9777
Samsung started its Bengaluru center in 1996, primarily leveraging India's growing IT prowess. Since then, the center has grown to become one of the largest R&D center of Samsung outside Korea. Today, 4000+ strong workforce is providing a wide variety of solutions to various main business units in Samsung.
The dedicated R&D group called SAIT-India was established in 2009 with an aim to primarily conduct R&D in future IT technology. Since 2020, SAIT-India has become an integral part of Samsung Semiconductor India Research (SSIR), a dedicated DS organization in India, to synergize with the core strengths of SSIR.
SSIR is part of the global network of Samsung, providing component solutions featuring industry-leading technologies such as System LSI, Memory and Foundry. At SSIR, we offer our engineers a foundation to work on cutting edge technologies such as Foundation IP Design, Serial Interfaces, Multimedia IPs, Mobile SoCs, Storage Solutions, 4G/5G Solutions, Neural Processors, AI/ML, and more.
Samsung started its Bengaluru center in 1996, primarily leveraging India's growing IT prowess. Since then, the center has grown to become one of the largest R&D center of Samsung outside Korea. Today, 4000+ strong workforce is providing a wide variety of solutions to various main business units in Samsung.
The dedicated R&D group called SAIT-India was established in 2009 with an aim to primarily conduct R&D in future IT technology. Since 2020, SAIT-India has become an integral part of Samsung Semiconductor India Research (SSIR), a dedicated DS organization in India, to synergize with the core strengths of SSIR.
SSIR is part of the global network of Samsung, providing component solutions featuring industry-leading technologies such as System LSI, Memory and Foundry. At SSIR, we offer our engineers a foundation to work on cutting edge technologies such as Foundation IP Design, Serial Interfaces, Multimedia IPs, Mobile SoCs, Storage Solutions, 4G/5G Solutions, Neural Processors, AI/ML, and more.
Samsung started its Bengaluru center in 1996, primarily leveraging India's growing IT prowess. Since then, the center has grown to become one of the largest R&D center of Samsung outside Korea. Today, 4000+ strong workforce is providing a wide variety of solutions to various main business units in Samsung.
The dedicated R&D group called SAIT-India was established in 2009 with an aim to primarily conduct R&D in future IT technology. Since 2020, SAIT-India has become an integral part of Samsung Semiconductor India Research (SSIR), a dedicated DS organization in India, to synergize with the core strengths of SSIR.
SSIR is part of the global network of Samsung, providing component solutions featuring industry-leading technologies such as System LSI, Memory and Foundry. At SSIR, we offer our engineers a foundation to work on cutting edge technologies such as Foundation IP Design, Serial Interfaces, Multimedia IPs, Mobile SoCs, Storage Solutions, 4G/5G Solutions, Neural Processors, AI/ML, and more.
SAIT-India group is actively involved in advanced topics such as Near Memory Computing, AI accelerators, and RISC-V based SoC. In addition, SAIT-India is developing algorithms for safe battery operation using physics based simulations by working closely with the research groups in SAIT, Korea. SAIT-India continues to attract top talent around the country and currently comprises of 40+ engineers with many of our researchers having advanced degrees or crucial work experience from abroad. We are on course to becoming one of the leading R&D establishments in India with performance measured by the number of patents and publications.
SAIT-India, through SSIR, continues to build strong relationships with top Indian institutions; co-working on advanced research topics. Our vision is to build on India's IT competency & fabless design capabilities in order to drive innovation in multiple disciplines; thus contributing to Samsung's vision of creating new technologies and reaching every individual around the globe.
SAIT-India group is actively involved in advanced topics such as Near Memory Computing, AI accelerators, and RISC-V based SoC. In addition, SAIT-India is developing algorithms for safe battery operation using physics based simulations by working closely with the research groups in SAIT, Korea. SAIT-India continues to attract top talent around the country and currently comprises of 40+ engineers with many of our researchers having advanced degrees or crucial work experience from abroad. We are on course to becoming one of the leading R&D establishments in India with performance measured by the number of patents and publications.
SAIT-India, through SSIR, continues to build strong relationships with top Indian institutions; co-working on advanced research topics. Our vision is to build on India's IT competency & fabless design capabilities in order to drive innovation in multiple disciplines; thus contributing to Samsung's vision of creating new technologies and reaching every individual around the globe.
SAIT-India group is actively involved in advanced topics such as Near Memory Computing, AI accelerators, and RISC-V based SoC. In addition, SAIT-India is developing algorithms for safe battery operation using physics based simulations by working closely with the research groups in SAIT, Korea. SAIT-India continues to attract top talent around the country and currently comprises of 40+ engineers with many of our researchers having advanced degrees or crucial work experience from abroad. We are on course to becoming one of the leading R&D establishments in India with performance measured by the number of patents and publications.
SAIT-India, through SSIR, continues to build strong relationships with top Indian institutions; co-working on advanced research topics. Our vision is to build on India's IT competency & fabless design capabilities in order to drive innovation in multiple disciplines; thus contributing to Samsung's vision of creating new technologies and reaching every individual around the globe.
Angkor West, Block-C01, Gopalan Urban Woods, Garudachar Palya, Mahadevapura, Bengaluru, Karnataka 560048
Angkor West, Block-C01, Gopalan Urban Woods, Garudachar Palya, Mahadevapura, Bengaluru, Karnataka 560048
Angkor West, Block-C01, Gopalan Urban Woods, Garudachar Palya, Mahadevapura, Bengaluru, Karnataka 560048
SAIT-UK was established to actively scout for future technologies throughout Europe since 2007. With the implementation of our open innovation and R&D strategies, we engage in exploration activities and find opportunities for collaborative future technology research with world-class research institutions, universities, and prominent start-ups around the continent.
SAIT-UK was established to actively scout for future technologies throughout Europe since 2007. With the implementation of our open innovation and R&D strategies, we engage in exploration activities and find opportunities for collaborative future technology research with world-class research institutions, universities, and prominent start-ups around the continent.
SAIT-UK was established to actively scout for future technologies throughout Europe since 2007. With the implementation of our open innovation and R&D strategies, we engage in exploration activities and find opportunities for collaborative future technology research with world-class research institutions, universities, and prominent start-ups around the continent.
SAIT-UK's open innovation activities and R&D strategies synergize to create innovative research programs within SAIT-HQ. SAIT-UK's engagement with R&D leaders in Europe allows SAIT-HQ to refine its R&D strategies and to seek out world-class partners for research collaborations. SAIT-UK facilitates a range of collaborative opportunites including bilateral R&D project funding and Samsung's annual Global Research Outreach (GRO) funding program.
Our mission is to promote Europe's excellence in both fundamental and disruptive R&D within Samsung while identifying and developing relationships that will enable SAIT to create and deliver exceptional research.
SAIT-UK's open innovation activities and R&D strategies synergize to create innovative research programs within SAIT-HQ. SAIT-UK's engagement with R&D leaders in Europe allows SAIT-HQ to refine its R&D strategies and to seek out world-class partners for research collaborations. SAIT-UK facilitates a range of collaborative opportunites including bilateral R&D project funding and Samsung's annual Global Research Outreach (GRO) funding program.
Our mission is to promote Europe's excellence in both fundamental and disruptive R&D within Samsung while identifying and developing relationships that will enable SAIT to create and deliver exceptional research.
SAIT-UK's open innovation activities and R&D strategies synergize to create innovative research programs within SAIT-HQ. SAIT-UK's engagement with R&D leaders in Europe allows SAIT-HQ to refine its R&D strategies and to seek out world-class partners for research collaborations. SAIT-UK facilitates a range of collaborative opportunites including bilateral R&D project funding and Samsung's annual Global Research Outreach (GRO) funding program.
Our mission is to promote Europe's excellence in both fundamental and disruptive R&D within Samsung while identifying and developing relationships that will enable SAIT to create and deliver exceptional research.
Samsung R&D Institute UK, Communications House, South Street, Staines-upon-Thames, Surrey, TW18 4QE, United Kingdom
gro.europe@samsung.com
Samsung R&D Institute UK, Communications House, South Street, Staines-upon-Thames, Surrey, TW18 4QE, United Kingdom
gro.europe@samsung.com
Samsung R&D Institute UK, Communications House, South Street, Staines-upon-Thames, Surrey, TW18 4QE, United Kingdom
gro.europe@samsung.com
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