The chip buildout is real but the timeline, the materials, and the memory are all running late or running out.

Intel announced its New Albany, Ohio fab in 2022 and promised chips by 2025. That date is now 2030 at the earliest, with a second fab following in 2031. On 21 October 2026, Intel celebrated installing the first major structural truss — the steel frame that lets the building go upward. After 9.4 million construction work hours and $5.26 billion spent, that's the headline milestone. Intel also cut 15,000 jobs this year and still hasn't announced a single outside customer for the Ohio site.

Ohio was sold to the public as 3,000 permanent Intel jobs and 7,000 construction jobs. Those construction roles are trickling in slowly, five years behind schedule. The CHIPS Act handed Intel nearly $8 billion in federal subsidies tied to job creation commitments. Meanwhile Intel posted a $2.1 billion operating loss in its foundry division last quarter. US households aren't getting the factory jobs. They are subsidising a company still trying to find its footing.

Law of the Trap: you're already in before you know the terms. Ohio communities planned roads, housing, and supplier contracts around Intel's original 2025 timeline. The jobs didn't arrive. The investment did. Now the sunk cost — $5.26 billion spent, a state betting its industrial identity on one company — makes it psychologically almost impossible to walk away, even as the goalposts move again. That's the trap. You don't leave because leaving feels like losing everything you already put in.

On 20 October 2026, the Financial Times reported Japan is months from exhausting its yttrium supply. Yttrium is a rare earth metal used in heat-resistant coatings on semiconductor manufacturing equipment — the machines inside every advanced fab. China controls 92% of global refined yttrium output. Beijing stopped key exports to Japan in July 2026, citing Japan's 'remilitarisation.' Japan has asked the US to pressure China to reopen the tap. Outside China, yttrium oxide now costs $1,150 per kilogram — roughly 179 times its price two years ago.

Know this — yttrium doesn't go into the chip. It goes into the machine that makes the chip. If Japan's equipment manufacturers can't coat their parts, chipmaking equipment production slows globally. That hits every fab under construction in the US, Europe, and South Korea. Semiconductor equipment prices rise. Fab build costs rise. The $265 billion TSMC Arizona plan, Intel Ohio, Micron's New York megafab — all depend on Japanese-manufactured tools that need yttrium to function.

Law of the Landlord: whoever controls the input controls the rent. China doesn't need to own a single fab to hold the entire semiconductor buildout to ransom. It owns the refining. Yttrium prices up 17,900% in two years isn't a market move — it's a landlord raising the rate because there's nowhere else to go. Most people reading chip news watch stock prices. They don't watch yttrium oxide. That's the point. The leverage is always one layer beneath where attention sits.

Samsung, SK Hynix, and Micron — the three firms controlling over 95% of global DRAM production — have shifted 93% of their combined output toward high-bandwidth memory, or HBM, for AI accelerators. HBM is the specialist memory that sits inside Nvidia's chips powering data centres. Samsung and SK Hynix raised HBM3E contract prices 20% for 2026 and sold out their entire year's production under long-term agreements. Standard DDR5 prices — the RAM in your devices — surged more than 90% in Q1 2026 alone.

A single HBM3E memory module sells for roughly $300. A comparable amount of standard DDR5 sells for $5 to $10. Three companies did the maths and pointed their factories at the $300 item. SK Hynix has already pre-sold most of its 2027 HBM output at prices above 2026 levels. Micron says HBM prices could double again in 2027. For UK and US consumers: laptops, phones, and PCs are getting more expensive. Memory represents 30 to 40% of an AI chip's manufacturing cost, so every AI product you buy carries this markup too.

Law of the Narcissist: the system serves whoever the system finds most profitable. Hyperscalers — Amazon, Google, Microsoft, Meta — signed multi-billion-dollar memory contracts years ahead. They got the supply. You get what's left, at a higher price. Most consumers think a chip shortage means a factory blew up. This one means the factory is running perfectly. It's just running for someone else. Understanding that distinction changes how you feel about tech prices — it's not bad luck. It's prioritisation.