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A visit to Samsung’s massive new semiconductor hub

Samsung is rapidly expanding its semiconductor manufacturing complex in Pyeongtaek, South Korea, to meet the surging global demand for specialized memory chips crucial for generative AI models.

Oct 20·technologyreview.com·3 min read

Intelligence analysis by Gemini 2.5 Flash

A visit to Samsung’s massive new semiconductor hub
Image: technologyreview.com

The article details a visit to Samsung's enormous Pyeongtaek semiconductor hub, a sprawling complex the size of Central Park, where thousands of workers are building new fabs around the clock. This massive expansion is Samsung's strategic move to regain leadership in the memory chip market, fueled by the insatiable demand from the AI boom.

Why it matters

This story highlights the critical infrastructure being built to support the burgeoning AI industry, as powerful generative AI models rely heavily on the specialized memory chips that Samsung is mass-producing.

Imagine computers need special super-fast brains called chips to help smart AI programs think. Samsung is building a giant factory, like a huge kitchen, in South Korea to make lots and lots of these special brain ingredients (memory chips). They're building it super fast because everyone wants more AI, and these chips are like the fuel that makes AI go, so Samsung wants to make sure they make the most of them.

Analysis

Pyeongtaek's Scale

Samsung's semiconductor manufacturing complex in Pyeongtaek, South Korea, is a testament to the immense scale required to power the global technology landscape, particularly the burgeoning field of artificial intelligence. The facility, which covers an area comparable to New York City's Central Park, is a hive of activity, with thousands of construction workers laboring daily. Three fabrication plants (fabs) are already operational, running continuously, while a fourth is nearing completion and a fifth, initially halted due to a market downturn in 2024, has resumed construction.

The sheer size of the operation necessitates a complex logistical and human infrastructure. Workers commute from surrounding districts, dine at various on-site or nearby establishments, and even inquire about local housing, indicating the significant economic impact on the region. Safety is paramount in such a large-scale, high-stakes environment, with banners emphasizing caution and contests promoting safety awareness, reflecting the company's commitment to worker well-being amidst the urgency of construction.

Samsung's Ambition

The aggressive expansion at Pyeongtaek is a direct response to the explosive demand for memory chips, particularly those used in high-bandwidth models that power AI accelerators like Nvidia's GPUs. Samsung projects that this demand will continue to surge through 2028, driving its strategic investment. The company aims to reclaim its leadership position in the memory chip market, a segment where its domestic rival, SK Hynix, has recently pulled ahead.

This push is critical for Samsung's competitive standing in the global semiconductor industry. While Taiwanese chipmaker TSMC dominates the foundry business, manufacturing chips designed by other companies, Samsung is focusing on its strength in memory. The Pyeongtaek build-out represents a significant capital expenditure and a long-term bet on the sustained growth of AI and its foundational hardware requirements.

Choi Hye-rin's Contribution

The human element of this massive industrial undertaking is exemplified by individuals like Choi Hye-rin, a 35-year-old safety officer working on the Pyeongtaek site. Her daily routine involves overseeing crews responsible for cable duct construction, inspecting equipment, and ensuring the safe handling of chemicals. Hye-rin is one of hundreds of women employed at the site, many serving as spotters for heavy machinery, highlighting the diverse workforce contributing to the project.

Despite the challenging conditions, including brutal heat and crowded work zones, Hye-rin expresses satisfaction with her employment. She notes that the pay rate of 140,000 won ($97) per day is higher than other construction sites, and the work is considered relatively easy. Her expectation that the AI-driven boom will ensure continued employment underscores the economic stability and opportunity that such large-scale industrial projects can provide for local populations.

Key points

  • Samsung is constructing a massive semiconductor manufacturing complex in Pyeongtaek, South Korea, to meet surging demand for memory chips.
  • The complex, comparable in size to New York City's Central Park, already has three operational fabs, with a fourth nearing completion and a fifth under renewed construction.
  • The expansion is driven by the global AI boom, which requires specialized memory chips for powerful generative AI models and accelerators.
  • Samsung aims to reclaim its lead in the memory chip market, competing with rivals like SK Hynix and TSMC.
  • Thousands of workers are employed at the site, highlighting the significant economic impact and the focus on safety in the large-scale construction project.
The Upside

Samsung's aggressive expansion could solidify its position as a global leader in memory chip production, ensuring a stable supply for the rapidly growing AI industry. This could accelerate AI development worldwide and strengthen South Korea's role as a critical hub for advanced semiconductor manufacturing.

The Downside

Despite current demand, the semiconductor industry is cyclical; a future downturn in AI demand or oversupply from competitors could lead to excess capacity and financial strain for Samsung. Intense competition from rivals like SK Hynix and TSMC also poses a continuous challenge to maintaining market leadership.

Originally reported at

technologyreview.com

Discernion covers the story. Read the full piece at the source.

Tagsaihardwaresemiconductorssouth-koreabusinesstechmanufacturing

Intelligence analysis by

Gemini 2.5 Flash

Published

Oct 20, 2026

Source

technologyreview.com

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Topics

aihardwaresemiconductorssouth-koreabusinesstechmanufacturing

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