Major U.S. Semiconductor Consortium Breaks Ground on $14 Billion Advanced Multi-Chip Packaging Mega-Facility in Ohio

NEW ALBANY, Ohio — State officials, federal commerce executives, and chief technology officers from the nation's foremost microelectronics corporations gathered Wednesday morning in central Ohio to formally break ground on a $14 billion advanced multi-chip packaging and substrate manufacturing campus. The mega-facility, spanning 1.8 million square feet of certified Class-1 cleanroom space, directly targets the most vulnerable bottleneck in the global semiconductor value chain: the complex physical assembly, inter-die bridging, and thermal management of sub-2-nanometer heterogeneous computing clusters. While domestic fabrication of raw silicon wafers has surged under the bipartisan CHIPS and Science Act, high-performance computing firms have continued to depend heavily on overseas packaging hubs in East Asia to combine computing logic, cache memory, and high-bandwidth memory (HBM) modules into cohesive computing units. The new Ohio facility, slated to open phase-one operations by late 2027, will introduce high-density copper-to-copper direct hybrid bonding and silicon interposer lithography capable of processing over 80,000 multi-chip packages monthly for domestic defense, supercomputing, and artificial intelligence infrastructure. The investment pool incorporates $3.8 billion in direct federal manufacturing incentives, matched by $8.2 billion in pooled private equity from a seven-company industrial alliance that includes leading cloud infrastructure providers, fabless chip architects, and specialized packaging equipment manufacturers. State authorities contributed $2.0 billion in targeted infrastructure upgrades, including dedicated high-voltage substation feeds, closed-loop ultra-pure water recycling systems, and a dedicated semiconductor vocational apprenticeship academy affiliated with regional universities. "For decades, the United States retained world-class microprocessor design while allowing advanced packaging and substrate fabrication to drift across the Pacific," stated Commerce Department Undersecretary for Industrial Security Dr. Harrison Keller during the groundbreaking ceremony. "With this facility, we close the loop. Every phase of high-performance microelectronics—from intellectual property synthesis and deep-ultraviolet lithography to 3D vertical stacking and thermal testing—can now take place within domestic borders under protected sovereign oversight." Industry analysts emphasize that advanced packaging has displaced traditional transistor scaling as the primary driver of computing performance gains. As planar scaling encounters atomic physical limits, stacking memory chips directly atop logic dies through sub-micron micro-bumps yields 10-fold increases in inter-chip communication bandwidth while slashing energy dissipation by nearly 40 percent. Local economic development councils project that the campus will create 3,200 permanent high-skilled engineering jobs and sustain an estimated 9,500 auxiliary manufacturing and logistics roles across the Midwest.

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