Your next laptop is about to cost 30% more. The trail leads straight to one company’s boardroom in San Francisco — and the two Korean semiconductor giants that quietly handed over the keys to the global memory supply.
The Deal That Broke the Market
On October 1, 2025, while most of the consumer tech world was focused on product launches and holiday forecasts, OpenAI announced a new partnership with Samsung and SK Hynix — the two largest memory suppliers on Earth — to secure 900,000 DRAM wafers per month for its Stargate initiative, a figure representing roughly 40% of total global DRAM output. The scope is staggering. Analysts estimated the DRAM orders alone could be worth over ₩100 trillion ($70 billion) by 2029, placed with two firms that jointly control around 70% of the global DRAM market and 80% of the High Bandwidth Memory (HBM) market.
But here’s the part most coverage glosses over. Nobody saw this coming. According to insider accounts shared by Moore’s Law Is Dead, the shock wasn’t that OpenAI made a big deal — it was that they signed two massive deals this big, simultaneously, with Samsung and SK Hynix. Both companies allegedly had no idea how large each other’s deal was, nor how close to simultaneous they were. Had Samsung known SK Hynix was about to commit a similar chunk of supply — or vice-versa — the pricing and terms would likely have been different. Critics have since dubbed this the “Dirty DRAM Deal.”
Raw Wafers, Not Finished Chips
What makes this even more unusual is that OpenAI is purchasing raw DRAM wafers — not pre-fabricated memory modules — which are not yet sliced and are not tied to specific standards like DDR5 or HBM. As Moore’s Law Is Dead detailed, OpenAI’s deals are unprecedentedly only for raw wafers — uncut, unfinished, and not even allocated to a specific DRAM standard yet. It’s not even clear if they have decided on how or when they will finish them into RAM sticks or HBM. In other words, OpenAI isn’t just buying memory. By locking up “wafer starts,” they’re reserving the foundational manufacturing capacity itself, preventing competitors from even starting the process.
The Cascade: From Boardroom to Your Shopping Cart
The downstream carnage has been swift and brutal. HP’s CFO Karen Parkhill disclosed during the company’s latest earnings call that “memory and storage costs made up roughly 15 percent to 18 percent of our PC bill of materials, and we now currently estimate this to be roughly 35 percent for the year.” That’s a doubling in a single quarter.
TrendForce projects that PC DRAM is set to see the steepest price surge among all applications, with blended DDR4 and DDR5 prices expected to jump 105–110% in Q1 2026. And the consequences for actual laptop buyers? Lenovo and HP are among the manufacturers who could delay shipments, with higher-cost DRAM threatening to inflate laptop prices by 30%.
Lenovo’s response has been particularly revealing. The largest PC manufacturer in the world was a happy exception to the panic, initially saying it had stockpiled enough RAM to get through 2026. But apparently that wasn’t enough to keep prices down — the company’s CEO told Reuters it’s raising prices to “offset surging memory costs,” despite the CFO stating back in November that Lenovo had enough inventory for all of 2026. By February, Lenovo told partners that any orders received before February 28, but not shipped by March 31, 2026, will require repricing.
The Dell situation is just as alarming. Just before Thanksgiving, Dell COO Jeff Clarke called the memory shortage “unprecedented” during an earnings call: “We have not seen costs move at the rate that we’ve seen.”
Why Nobody Had a Buffer
The deal didn’t just hit a market — it hit a market with zero cushion. DRAM prices had been trending downward earlier in the year, discouraging stockpiling. Unpredictable tariffs made companies hesitant to build large inventories. Manufacturers had also spent two years cutting output to recover from the COVID-era overstock collapse, leaving safety stock thinner than usual. When OpenAI’s announcement landed, it hit a supply system with almost no buffer left.
And according to Moore’s Law Is Dead, budget brands normally buy older DRAM fabrication equipment from mega-producers like Samsung when Samsung upgrades its lines — which allows the market to expand. However, Korean memory firms have been terrified that reselling old equipment to China-adjacent OEMs might trigger U.S. retaliation, and so those machines have been sitting idle in warehouses since early spring.
The Numbers That Should Scare Everyone
The data tells a devastating story:
- Memory as % of PC cost: HP acknowledged that RAM has risen to represent around 35% of its bill of materials, compared to 15–18% the previous quarter.
- PC market contraction: Gartner forecasts a 130% surge in combined DRAM and SSD prices by end of 2026, pushing PC prices up 17% and driving global PC shipments down 10.4% — the steepest annual contraction in over a decade.
- Sub-$500 laptops gone: Gartner projects memory costs will climb from 16% to 23% of a PC’s total bill of materials this year. Entry-level laptops under $500 become financially unviable at that ratio, and Gartner expects that price tier to be gone within two years.
- Notebook forecast slashed: TrendForce has downgraded its 2026 notebook shipment forecast from an initial 1.7% YoY growth to a 2.4% YoY decline.
- Retail RAM prices: A Team Delta RGB 64GB DDR5-6400 kit sat at $190 in August. Same kit today? $700 at Newegg. That’s 268% in under three months.
- Enterprise delivery delays: Delivery timelines for large enterprise buyers have stretched to 10–14 months, with certain orders pushed into late 2026.
The Bigger Picture: A Permanent Reallocation
This isn’t a temporary blip. Companies are increasingly phasing out consumer product lines and redirecting capacity to more lucrative enterprise contracts and AI infrastructure — making the memory market less consumer-focused and more dependent on large tech customers. Analysts expect the tense situation to persist until at least 2026–2027, while AI projects like Stargate will only achieve sustainable profitability closer to 2030 — meaning prolonged competition for resources between the AI industry and the rest of the market.
Micron killed off its nearly 30-year-old consumer brand, Crucial, to focus on fulfilling AI demand, while Lenovo executive Marco Andresen told The Register: “There is an unprecedented cost increase widely in the industry, especially on memory and SSD. The cost increase itself is more dramatic than usual — more than any player can mitigate.”
So, Who’s Accountable?
No public policy debate weighed whether accelerating AI development justified making consumer computing less affordable. No public policy debate weighed whether accelerating AI capability development justified making consumer computing less affordable. Markets just routed resources toward whoever paid most. When one customer can lock up 40% of global supply, that routing happens fast and hard.
Former Micron engineer Dave Eggleston has questioned the durability of multi-year DRAM supply commitments, noting that such agreements are often renegotiated as market cycles shift — but even skeptics concede the immediate damage is already done. The “Dirty DRAM Deal” is a stark reminder of the cutthroat nature of the AI race. As other tech giants scramble to secure their own memory supplies, we can expect continued volatility in semiconductor markets. This move by OpenAI is not just a procurement strategy — it’s a declaration of intent.
One deal. Two Korean chipmakers. Forty percent of global memory. And every laptop, phone, and console on the planet is paying the price.
