Component Sense Blog

Excess electronic components can tie up working capital long after the production requirement that created them has changed.

Like a packet of biscuits left open in the kitchen, some electronic components can gradually absorb moisture from the air around them.

DRAM contract prices jumped 90 to 95% quarter over quarter in the first quarter of 2026, and NAND Flash rose 55 to 60% over the same period, according to TrendForce. Component lead times have followed a similar path. Top-tier semiconductor lead times hit 40 weeks in March 2026, a 67% jump in a single month, and 72% of organisations now say the annual cost of reactive procurement decisions tops $50,000. Procurement teams tracking purchase price variances (PPVs) are absorbing many unfavourable variances in a single budget line this year.

In January, our Semiconductor Industry Trends Report 2026 set out five themes we expected to shape the industry this year: AI as the primary growth driver, advanced packaging as an emerging constraint, uneven mature-node supply, inventory as a strategic priority, and sustainability and regional manufacturing shaping investment decisions.

Every electronic component has a lifespan. The typical product lifecycle from introduction to end-of-life runs between 10 and 15 years, but the products that those components go into often run for 20, 30, or longer. That gap is where production lines stall, engineering teams scramble, and procurement budgets take an unexpected hit.