Micron breaks memory pricing: how AI changed the game

What was once a generic component is now a resource nobody can ignore. AI models consume memory relentlessly: more data, more parameters, more computing power. Companies like Apple, Google, and Nvidia can't afford to be slow, so they pay what it takes. Micron, which makes memory, realized it has something that isn't cheap to find elsewhere. Analyst Gil Luria from D.A. Davidson nailed it: when AI becomes the priority, memory cost stops mattering and becomes strategic.

It seems logical: pricier chips means pricier iPhones, customers flee. But reality is messier. Apple built an ecosystem where customers don't choose the chip, they choose the experience. If an iPhone with integrated AI does things no competitor's phone can match, price becomes secondary. Plus, Apple doesn't buy only from Micron: it diversifies suppliers, negotiates volumes, bakes memory into design. The result? Apple might actually emerge stronger, because it has margins to absorb cost increases that weaker competitors can't sustain.

Smart devices will keep costing more than before. Not due to inefficiency, but because memory got expensive and will stay that way as long as AI demand doesn't drop. Micron proved that pricing power in semiconductors isn't distributed as we thought: whoever controls a critical raw material for AI also controls industry margins. This structural shift means the excess manufacturing capacity that crashed prices for years probably won't return. AI turned chips from commodities into strategic assets, and Micron is cashing in.