Key facts
- SK Hynix's first U.S. advanced chip packaging plant in Indiana is nearing completion.
- The facility will assemble high-bandwidth memory (HBM) chips, crucial for AI.
- Local residents have protested the plant's proximity to residential areas.
- SK Hynix anticipates creating 7,000 jobs in the Indiana region.
- Global memory chip demand is expected to outstrip supply until 2030.
- AI video generation software is rapidly replacing human actors in China's short-drama industry.
SK Hynix is nearing completion of its first advanced chip packaging plant in the U.S., located in Indiana, which is set to produce high-bandwidth memory (HBM) chips starting in late 2028. The facility's proximity to residential areas has sparked protests and lawsuits from local residents concerned about noise and pollution, despite SK Hynix's assurances of minimal environmental impact and significant job creation, estimated at 7,000 positions.
This development occurs as the U.S. government actively promotes the reshoring of manufacturing, particularly in the semiconductor sector. The tension between economic benefits and environmental costs is a growing concern for communities hosting such large industrial projects. While the energy consumption of AI data centers has been a prominent environmental issue, the manufacturing process for AI chips and servers also carries a substantial environmental footprint, which has largely been concentrated in Asia.
Across the Asia-Pacific region, data center development is accelerating, driven by cloud computing, video streaming, and the burgeoning demand from artificial intelligence. Consultancy McKinsey & Co. projects regional data center demand to triple by 2030. However, this growth is met with increasing unease from local populations, who are pushing back against data center projects due to concerns over rising electricity prices and potential pollution. Examples of such grassroots opposition are emerging in Australia and other parts of the region, prompting developers to reconsider projects or leading to regulatory changes.
Meanwhile, the artificial intelligence revolution is also disrupting labor markets in China. Advanced AI video generation programs, such as ByteDance's Seedance 2.0, are rapidly replacing human actors and influencers in the country's gig economy, particularly in the short-drama industry. This technological shift has led to significant job losses, with AI-generated content dominating platforms like Douyin. The China Netcasting Services Association reported that 95% of the 128,000 short dramas released in the first quarter of 2026 were AI-generated.
In parallel, Google is intensifying its efforts in the AI chip race, accelerating its development cycle for Tensor Processing Units (TPUs) to two chips per year, and potentially more, to maintain a competitive edge. This move comes as the industry sees a surge in capital expenditure for AI infrastructure, with Google planning to invest up to $205 billion this year. The latest generation of TPUs, the 8t and 8i, were introduced this year.
SK Hynix CEO Kwak Noh-Jung anticipates that the global shortage of memory chips will persist until the end of 2030, citing low oversupply risk. He noted that memory chips are evolving beyond commodities in the AI era, requiring customization that allows for more predictable demand forecasting. The company's new U.S. plant is slated for volume production in the second half of 2029.