Upstream metals benefit from memory bottleneck
The structural supply shortage in semiconductor memory until 2028 will drive massive capital expenditure, directly benefiting upstream metal and chemical inputs.
The argument
The speakers argued that while hyperscale AI spenders themselves might not be the best investments, their massive spending is not going away. Because memory companies are experiencing a multi-year bottleneck, they will be forced to invest heavily in key physical inputs like silicon wafers, rare metals, copper, aluminum, and high-tech structural components.
The thesis, stress-tested
✓ What validates it
- ✓Increased capital expenditure guidance from major memory manufacturers
- ✓Rising prices for industrial and rare earth metals used in semiconductor fabrication
▸ Risks discussed
- ▸A general downturn in the AI trade could temporarily drag down related commodity prices
- ▸Slower-than-expected adoption or deceleration in hyperscaler capital expenditure
Hear it yourself
"So what do you do if you're a member you're m u, you know, Scott SK, these companies? Okay. We fund them onto all materials, silicon wafers, rare metals and compounds, copper, aluminum, you know, chemical inputs, high-tech structural components."
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