LG Innotek is set to build a semiconductor substrate factory in Hai Phong, Vietnam, as part of a $10.6 billion investment in the region. The new facility, expected to begin construction in July 2026 and complete by May 2027, will produce RF-SiP, FC-CSP, and FC-BGA substrates to meet growing demand driven by 5G and AI applications. This expansion is crucial as LG Innotek's existing facility in South Korea is operating near full capacity. The investment aligns with LG's broader strategy to enhance its semiconductor packaging business, which aims for over $1.95 billion in revenue by 2030. This move highlights Vietnam's increasing role in the global semiconductor supply chain, particularly as companies seek to diversify production locations.

LG Innotek is expanding its semiconductor substrate manufacturing plant in Vietnam to enhance its package solution business, targeting over 3 trillion won in annual revenue by 2030. The expansion, set to begin in July and complete by May next year, will focus on high-value semiconductor substrates, including RF-SiP and FC-CSP. The Gumi plant in Korea will develop new technologies while the Vietnam site will serve as a mass-production base. This move is driven by rising demand for semiconductor substrates, particularly with the growth of 5G and AI applications, indicating a significant shift in procurement strategies for companies relying on these components.

The article discusses a significant shift in the U.S. electronics manufacturing landscape, particularly laptops and consumer technology, moving away from China due to tariffs imposed during the Trump administration. In 2025, only 22% of consumer technology imports came from China, down from 45% the previous year. Vietnam has emerged as a leading supplier, accounting for 23% of imports, while Mexico and Taiwan also gained market share. The article highlights the impact of tariffs, with consumer technology importers paying $23.5 billion in tariffs in 2025, significantly affecting pricing and sourcing strategies. The recent Supreme Court ruling that invalidated many tariffs adds uncertainty to future sourcing decisions, especially regarding semiconductors. Procurement teams must monitor these changes closely to adapt their sourcing strategies accordingly.

Samsung Electronics is investing $1.5 billion to establish its first semiconductor testing plant in Vietnam, located in Thai Nguyen Province. This facility aims to address memory supply shortages by focusing on legacy products like DRAM and NAND flash. With a projected annual shipment capacity of 153.3 billion Gb for DRAM and 255.6 billion Gb for NAND, the plant is expected to begin operations in November 2027. The move is part of Samsung's broader strategy to enhance its semiconductor capabilities amidst increasing demand for memory products, particularly as production of older memory types has declined. This investment solidifies Vietnam's role as a key player in semiconductor back-end processes, which could impact procurement strategies for memory components.

Samsung Electronics is investing $1.5 billion to establish a semiconductor testing plant in Thai Nguyen Province, Vietnam, which will enhance its capacity for DRAM and NAND flash products. This facility is expected to address shortages in memory supply, particularly for legacy products like DDR4 and LPDDR4, which are still in demand despite Samsung's shift towards higher-value products. The plant's construction has already begun, with operations slated to start in November 2027. This strategic move underscores Vietnam's growing role in semiconductor manufacturing and testing, as well as Samsung's commitment to expanding its footprint in the region.

Samsung Electronics is investing approximately $1.5 billion to establish a semiconductor test plant in Vietnam, aimed at addressing the global memory semiconductor shortage driven by rising demand from AI data centers. The facility, located in Thai Nguyen Province, is expected to have an annual production capacity of 153.3 billion gigabits for DRAM chips and 255.6 billion gigabits for NAND memory chips. This marks Samsung's first semiconductor test plant in Vietnam, with construction already underway and operations targeted to begin in November 2027. The investment reflects Samsung's strategy to enhance its semiconductor capabilities amid a supply shortage affecting various industries, including smartphones and automotive.

Samsung Electronics is investing approximately $1.5 billion to establish a semiconductor test plant in Vietnam, aimed at addressing the global memory semiconductor shortage driven by rising demand from AI data centers. This facility, set to begin operations in November 2027, will focus on testing DRAM and NAND memory chips, with an expected annual production capacity of 153.3 billion gigabits for DRAM and 255.6 billion gigabits for NAND. The investment reflects Samsung's strategy to enhance its semiconductor capabilities amidst supply constraints affecting various industries, including consumer electronics and automotive. The plant's construction has already commenced, although it is unclear if all necessary permits have been secured. This development positions Vietnam as a key player in the semiconductor back-end process industry, further solidifying Samsung's extensive investment footprint in the region.

Samsung Electronics is investing $1.5 billion to establish a semiconductor test plant in Vietnam, aimed at addressing the global memory semiconductor shortage exacerbated by rising demand from AI data centers. The facility, located in Thai Nguyen Province, is expected to produce significant volumes of DRAM and NAND memory chips, with operations targeted to begin by November 2027. This move is crucial as it will help alleviate supply constraints affecting various industries, including consumer electronics and automotive, while also reinforcing Vietnam's role in the semiconductor supply chain.

Samsung Electronics is investing approximately $1.5 billion to establish a semiconductor test plant in Vietnam, aimed at addressing the global memory semiconductor shortage exacerbated by rising demand from AI data centers. This facility will be Samsung's first in Vietnam, located in Thai Nguyen Province, and is expected to produce significant volumes of DRAM and NAND memory chips. The plant's operations are targeted to commence in November 2027, with the capacity to produce 153.3 billion gigabits of DRAM and 255.6 billion gigabits of NAND annually. This investment reflects Samsung's strategy to enhance its semiconductor testing capabilities amidst a competitive landscape focused on AI chip production, which has led to shortages in legacy chips as well.

Samsung Electronics is investing $1.5 billion to build a semiconductor test plant in Vietnam, aimed at addressing the global memory semiconductor shortage driven by AI demand. The facility, located in Thai Nguyen Province, will focus on testing DRAM and NAND memory chips, with an expected annual capacity of 153.3 billion gigabits for DRAM and 255.6 billion gigabits for NAND. This is Samsung's first semiconductor test plant in Vietnam and is set to begin operations in November 2027. The investment reflects Samsung's commitment to expanding its semiconductor capabilities in response to increasing demand across various industries, including smartphones and automotive.

Samsung Electronics is investing approximately $1.5 billion to establish a semiconductor test plant in Vietnam, aimed at addressing the global memory semiconductor shortage exacerbated by rising demand from AI data centers. The facility, located in Thai Nguyen Province, will focus on testing DRAM and NAND memory chips, with an expected annual capacity of 153.3 billion gigabits for DRAM and 255.6 billion gigabits for NAND. This plant is significant as it marks Samsung's first semiconductor test facility in Vietnam and is expected to begin operations by November 2027. The move is crucial for alleviating supply constraints in various sectors, including smartphones and automotive, where memory chips are vital.

Samsung Electronics is planning to invest approximately $1.5 billion to establish a semiconductor testing factory in Vietnam, aimed at addressing the global shortage of memory chips driven by rising demand from AI applications. The factory is expected to begin operations in November 2027 and will produce significant volumes of DRAM and NAND memory chips. This expansion is crucial as it will help alleviate pressure on the supply chain for memory components, which are essential for various industries including smartphones, laptops, and automotive. The project has already received approval from Vietnamese authorities, and construction is set to commence soon, with over 200 engineers already on site.