SSD and RAM prices in 2026: why they're soaring

If you've checked the price of an SSD or a memory kit in recent weeks, you've probably recoiled in shock. Storage and RAM prices have risen sharply since the end of 2025, and the trend is continuing throughout 2026. At DSGate, we monitor these developments daily to adapt our configurations, and here's a clear explanation of what's happening.

A rapid and very real increase

Semiconductor market analysts are unanimous: memory has entered a period of strong tension. According to estimates reported by specialized firms, contract prices for DRAM (the basis of RAM sticks) jumped by 90 to 95% in the first quarter of 2026, and then by another 58 to 63% in the second quarter. As for NAND flash, which powers SSDs, the increase was around 70 to 75% over the same second quarter.

Concretely, some consumer 1 TB SSDs that were trading around $45 at the end of 2025 have seen their prices double in a few months. The increase is therefore not a simple seasonal adjustment: it reflects a deep imbalance between supply and demand.

AI demand, the main driver

The central cause is two letters: AI. Major cloud players such as Microsoft, Google, Meta, and Amazon are building data centers at a sustained pace to train and run their artificial intelligence models. These servers require enormous quantities of high-performance memory, particularly HBM (High Bandwidth Memory).

However, the three major global memory manufacturers — Samsung, SK Hynix, and Micron — have limited production capacity. To meet this very lucrative demand, they have redirected part of their manufacturing lines to these components intended for data centers. The result: less available capacity for consumer DRAM and NAND, and therefore prices that mechanically increase.

This is a structural phenomenon and not a temporary shortage linked to an industrial incident. This is what worries observers: as long as data center appetite for memory remains high, price pressure should continue.

Which components are affected?

The increase mainly affects two product families found in every PC:

• RAM (DDR4 and DDR5): memory kits have significantly increased. Recent DDR5 and still widely used DDR4 are affected.
• SSDs (NAND flash): whether in M.2 NVMe or SATA format, disc prices per gigabyte are rising again after years of decline.

Graphics cards and processors follow a slightly different market logic, but they also embed memory, which can indirectly affect certain prices.

How to limit the bill as a gamer or creator

Given this situation, a few habits can help you maintain a controlled budget without sacrificing useful performance:

• Right-size: 16 GB of RAM remains comfortable for most gaming uses in 2026, and 32 GB is more than enough for content creation. There's no need to oversize if the use doesn't justify it.
• Choose the right SSD format: an NVMe Gen4 SSD offers an excellent performance-to-price ratio, often more relevant than a significantly more expensive Gen5 model for a barely perceptible gain in games.
• Buy at the right time: monitoring flash sales and comparing retailers is still useful, even if the margins for price reductions are smaller than before.
• Consider a complete configuration: assembling component by component yourself can be more expensive than an optimized configuration whose purchasing volumes have been negotiated.

Our approach at DSGate

We continuously adjust the choice of components for our configurations to best absorb these price variations. Our PCs are assembled in France and designed to offer a coherent balance between memory, storage, and graphics power, without overpaying for references whose real interest remains limited for gaming.

If you're unsure about the amount of RAM or storage capacity suitable for your use, take a look at our gaming PC configurations: each is described with its detailed components to help you choose knowingly, even in a market as volatile as that of 2026.