The memory price hike is no longer a problem limited to PC DDR5 modules. The pressure has extended to mobile devices, laptops, consoles, embedded devices, and flash storage. According to data from SigmaIntel collected by specialized media, the second quarter of 2026 has seen very strong increases in consumer memory: LPDDR5X rises by 89%, LPDDR4X by 75%, DDR4 around 50%, UFS by 103%, and PCIe 4.0 SSDs by 54% compared to the previous quarter.
The root of the problem lies in a supply chain that has shifted its priorities. Memory manufacturers are allocating more capacity to higher-margin products, such as HBM for AI accelerators, server DRAM, and eSSD for data centers. This reallocation leaves less room for consumer components, exactly when PC, smartphone, portable console, and low-cost electronics makers still need large volumes of DRAM and NAND.
AI shifts capacity and raises costs for consumer memory
The demand for AI infrastructure has upheaved the memory market from top to bottom. Large AI clusters require HBM, server DRAM, enterprise SSDs, and high-performance components to power GPUs, server CPUs, and mass storage systems. Since these products offer higher profitability and more stable contracts, manufacturers prioritize this capacity over conventional memories.
The problem is that memory production can’t be shifted overnight. Wafers, manufacturing lines, processes, and supply agreements have long inertia. If more capacity is dedicated to HBM or data center products, the available supply for LPDDR, DDR4, UFS, eMMC, or consumer SSDs decreases. The result is a generalized increase that is already starting to impact the final prices of many devices.
Data from SigmaIntel shows a tight market across almost all categories. The 96 Gb LPDDR5X, equivalent to 12 GB, went from $77.1 in Q1 to $145.9 in Q2 — an 89% increase. The 32 Gb LPDDR4X rose by 75%, from $26.2 to $45.9. DDR4 chips of 16 Gb increased by 49%, while 16 GB modules rose by 51%.
| Product | Capacity | Price Q1 2026 | Price Q2 2026 | Quarterly Increase |
|---|---|---|---|---|
| DDR4 | 16 Gb (2 GB) | $19.2 | $28.5 | +49% |
| DDR4 | 16 GB | $137.3 | $207.1 | +51% |
| LPDDR4X | 32 Gb (4 GB) | $26.2 | $45.9 | +75% |
| LPDDR5X | 96 Gb (12 GB) | $77.1 | $145.9 | +89% |
| eMMC 5.1 | 16 GB | $13.4 | $22.6 | +69% |
| UFS 3.1 | 256 GB | $31.0 | $62.7 | +103% |
| SSD PCIe 4.0 | 512 GB | $82.0 | $126.3 | +54% |
| uMCP4X | 256 GB + 64 Gb | $72.5 | $150.4 | +107% |
Smartphones, consoles, and PCs also feel the impact
The rise in LPDDR5X is especially sensitive because it affects many modern products with soldered memory: smartphones, ultralight laptops, handhelds, tablets, and compact devices. Unlike desktop memory, which users can purchase and replace, LPDDR is usually integrated into the device design. If its cost spikes suddenly, manufacturers have few options: increase prices, reduce margins, cut memory capacity, or delay configurations.
UFS is also notable. This storage type is used in mobile phones, tablets, mid- and high-end Android devices, portable consoles, and embedded systems. A 103% increase in 256 GB UFS 3.1 directly affects the costs of products where internal storage is a key part of the user experience. It may impact models with 128 GB, 256 GB, or 512 GB, pushing manufacturers to differentiate more aggressively by capacity.
In consumer SSDs, the 54% increase in PCIe 4.0 units of 512 GB confirms NAND is not immune. The demand for eSSD for AI data centers and server agents is fueling the enterprise market, while consumer supply becomes tighter. DRAMeXchange also reflects tensions in spot prices for DDR4 and DDR5 during June 2026, with DDR5 16 GB modules at levels well above those of just a year earlier.
For the end user, this could mean pricier computers, less RAM in basic configurations, smaller SSDs, smartphones with more noticeable price jumps between capacities, and low-cost devices with older components. It may not always be obvious as “memory has gone up,” but it appears as tighter specifications or less attractive price tags.
Market expects smaller increases, not a return to 2025 levels
The slightly more positive outlook from SigmaIntel points to possible moderation in the second half of the year. This doesn’t imply prices will return to 2025 levels. It suggests the pace of increase might slow if some manufacturers adjust orders, demand drops in certain consumer segments, or if pressure shifts more toward mid- to high-end ranges.
Lower-end products might suffer differently. If consumers buy fewer expensive devices, manufacturers may prioritize budget models with more modest configurations. However, this containment could come with less memory, smaller storage, or less recent technologies. In a tight market, “cheap” doesn’t always mean good value; sometimes it means cutting features.
The evolution will also depend on AI. As big cloud providers, model labs, and server manufacturers continue to secure HBM, server DRAM, and eSSD capacity, consumer products will compete for what remains. Companies like NVIDIA, AMD, Intel, hyperscalers, and accelerator makers are absorbing memory on an unprecedented scale, and this demand has high economic priority for the industry.
LPDDR is a case in point. Traditionally linked to mobile and laptops, some of this memory is now entering server platforms and acceleration devices. Tom’s Hardware noted that using LPDDR5X in platforms like NVIDIA’s Grace or future architectures could also stress “smartphone” memory, because data center volumes for AI are vastly different from individual devices.
The consequence is uncomfortable: consumers no longer only compete with other consumers for RAM or SSDs. They indirectly compete with AI data centers, enterprise contracts, and higher-margin products from memory manufacturers. This shifts market dynamics significantly.
For years, memory was one of the components that helped reduce the cost of personal computing. Each generation offered more capacity for less money. In 2026, it’s the opposite: AI infrastructure is absorbing industrial capacity and driving up prices of technologies once considered mature, from DDR4 to eMMC or UFS.
The rise in prices may ease in upcoming quarters, but the market is unlikely to return quickly to previous levels. Memory has become a strategic resource for AI. And when a component shifts from being a mass-market part to a data center priority, the prices of mobile phones, PCs, and consoles inevitably reflect that shift.
Frequently Asked Questions
Why did memory prices spike so much in Q2 2026?
Because manufacturers are prioritizing HBM, server DRAM, and eSSD for AI data centers, which are higher-margin products. This reduces the supply for consumer memory and pushes prices higher.
Which products are most affected?
Smartphones, laptops, portable consoles, PCs, tablets, embedded devices, and any equipment relying on LPDDR, DDR4, UFS, eMMC, SSD, or consumer NAND.
Will prices drop in the second half of 2026?
SigmaIntel suggests a possible slowdown in the rate of increase, but not a quick return to 2025 prices. It’s more likely prices will increase at a slower pace than fall sharply.
Is it a good time to buy RAM or SSD?
It depends on your urgency. If you need an urgent upgrade, waiting may not guarantee lower prices in the short term. If not urgent, it’s wise to monitor deals and consider capacity, generation, and price per GB carefully.
via: thelec.kr
