Recently, Kioxia announced the discontinuation of its thin small outline package (TSOP) MLC NAND flash memory products. This decision primarily stems from constraints in production capacity and material supply, making it difficult to sustain this product line. As a result, customers are advised to submit their final demand forecasts by May 30, 2026, with a last order deadline set for September 15, 2026, and final shipments expected by March 15, 2027.
This development matters for businesses and consumers currently engaged in purchasing memory components, particularly those relying on MLC NAND for smaller storage solutions ranging from 8Gb to 64Gb capacities. If you’re in the market for budget devices or applications that utilize low-capacity flash memory, understanding this shift is crucial. As major manufacturers, like Kioxia, pivot towards higher-value products—such as TLC and QLC flash that are increasingly in demand due to the current AI boom—buyers may find that alternative small-capacity solutions become more limited.
Price-wise, MLC NAND has typically been more economical than its TLC and QLC counterparts. Alternatives available in the market include reliable offerings from companies like Micron and Samsung, which provide a range of options spanning different capacities and price points. Micron’s TLC flash, for instance, offers higher performance at a slightly elevated price but may better suit those with demanding storage needs. If you’re focused solely on cost and minimal capacity, existing MLC options might still be available for a limited time, but their future availability is uncertain.
In conclusion, while the discontinuation of Kioxia’s MLC NAND products may shift some purchasing strategies, it opens a conversation about evolving storage solutions in the tech market. If you primarily require low-capacity memory for straightforward tasks, reconsidering your options might be wise. Alternatively, if performance is essential, exploring TLC or QLC flash could better meet your needs, despite the higher costs involved.
Source:
news.mydrivers.com
