Client Brief: Samsung Just Posted the Largest Tech Profit Yet Reported: Old Memory Now Costs More Than AI Chips

Samsung’s Q2 2026 operating profit of roughly KRW89.4 trillion (~$58.4 billion) is attributed almost entirely to its memory business. The South Korean tech giant has not yet disclosed a divisional breakdown but market expectation is that the Device Solutions (DRAM, NAND, HBM) division carried the bulk of the profit, while the consumer electronics division posted comparatively weak results due to its own rising component costs.
The mechanism behind that is directly relevant to component pricing in the ITAD channel. DRAM contract prices are up 58–63% quarter-on-quarter and NAND Flash up 70–75% QoQ. Legacy memory has been hit hardest by scarcity, with DDR4 spot pricing running above even advanced HBM3e, which is a real inversion where end-of-life memory costs more per gigabit than the chip industry’s most advanced product.

That inversion is the number to watch. It means components pulled from older, decommissioned enterprise hardware are sitting on unusually strong resale value right now. Industry commentary places relief no earlier than late 2027–2028, so this is a multi-quarter pricing environment, not a one-time spike, though it is a window, not a new floor.

Client Note: HPE Downgrade Highlights Demand Fragility and Uneven AI Monetization

In our latest client note, we connect data from HPE’s downgrade, Morgan Stanley’s sector-wide hardware warning, and HPE’s own earnings disclosures to five specific operational implications for End-Of-Life service providers, including why linear volume planning is now a liability, where residual value assumptions need to be revised downward, and what phased decommissioning means for how services are structured going forward.

General: Bloom ESG and e-Stewards roll out critical metals metric

Bloom ESG and e-Stewards have added a critical metals conservation metric to their jointly developed Environmental Benefits Calculator. Electronics recyclers and ITAD providers can now quantify recovered cobalt, lithium and rare earth elements at the order level.

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