A Global Copper Shortage Could Make Your Next PC or Phone Significantly More Expensive

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The next price shock for consumer electronics might not come from tariffs or chip shortages. It could come from the ground itself.

A tightening global copper supply is threatening to push up costs for PCs, smartphones, and a wide range of electronic devices, according to a report from Digital Trends. Copper is foundational to nearly every electronic product on the market — it’s in circuit boards, wiring, connectors, heat sinks, and motors. And the supply is getting squeezed from multiple directions at once.

Why Copper, Why Now

Copper prices have been climbing steadily. Futures on the COMEX exchange have surged in recent months, driven by a combination of rising industrial demand, constrained mining output, and speculative trading. The metal hit record highs in May 2025, with prices hovering near $5 per pound — a level that would have seemed improbable just a few years ago.

The demand side tells a clear story. Electrification is accelerating globally. Electric vehicles use roughly three to four times more copper than internal combustion engine cars. Data centers — expanding rapidly to support AI workloads — require massive amounts of copper wiring and cooling infrastructure. Renewable energy installations, from wind turbines to solar farms, are copper-intensive. All of this is happening simultaneously.

On the supply side, things are tighter than they look. Major copper-producing nations like Chile and Peru have faced operational disruptions, regulatory tightening, and declining ore grades at aging mines. New mining projects take a decade or more to bring online. The International Energy Agency has warned repeatedly that copper supply may not keep pace with the demands of the energy transition. So the gap is widening.

This isn’t abstract. It hits consumer electronics directly.

A typical smartphone contains about 15 grams of copper. A laptop, significantly more. Servers and networking equipment use it in bulk. When the price of copper rises, manufacturers face a choice: absorb the cost or pass it along. And with margins already under pressure from other factors — tariffs, logistics costs, component inflation — most will pass it along.

The Compounding Effect on Consumer Tech

Here’s what makes this particularly painful for the tech industry. Copper isn’t the only material getting more expensive. Rare earth elements, lithium, and even basic plastics have all seen price volatility. But copper is unique in its ubiquity. It’s in virtually everything electronic. So when copper moves, the impact ripples across entire product categories.

PC manufacturers are already navigating a difficult pricing environment. U.S. tariffs on Chinese-made goods have forced supply chain adjustments. Reuters has reported on how companies like Lenovo and HP have been shifting production to mitigate tariff exposure. Adding a copper cost surge on top of that creates a compounding effect that’s hard to engineer around.

Mobile devices face similar pressure. Smartphone makers operate on thin margins in the mid-range segment, where even small cost increases can force trade-offs in specs or retail pricing. Flagship devices, which already push $1,000 or more, could see further price creep.

And it’s not just hardware. The infrastructure behind cloud computing and AI — the servers, the cables, the power distribution systems — all depend heavily on copper. If those costs rise, they’ll eventually show up in the subscription fees and service costs that businesses and consumers pay.

Some manufacturers are exploring alternatives. Aluminum can substitute for copper in certain applications, but it’s less conductive and presents engineering challenges. Recycling is another avenue — urban mining of e-waste can recover copper, but current recycling rates aren’t nearly high enough to offset primary supply shortfalls.

The timeline matters too. Even if new mining capacity gets approved tomorrow, it won’t produce meaningful output for years. The structural deficit isn’t a short-term blip. Industry analysts at S&P Global have projected that the copper shortfall could reach several million metric tons annually by 2035 without significant new investment.

For industry professionals, the takeaway is straightforward. Factor copper into your cost projections. Don’t assume current pricing holds. Supply chain teams should be stress-testing their exposure to base metal volatility, not just semiconductor availability.

The irony is thick. The technologies meant to drive a cleaner, more electrified future — EVs, AI, renewables — are the same ones straining the supply of a metal we’ve depended on for centuries. Copper has always been essential. Now it’s becoming scarce enough to be expensive in ways that touch every product category in tech.

Not a crisis yet. But the trajectory is clear.