The modular computing innovator Framework has once again revised the pricing structure of its DDR5 memory lineup in response to the persistent and dramatic escalation of global DRAM costs. In its midweek update, the company revealed a new pricing model that standardizes cost across its most popular capacities — specifically, a rate of ten dollars per gigabyte for 8GB, 16GB, and 32GB modules — while slightly higher prices will apply to the larger-capacity models starting at 48GB and beyond. This adjustment reflects a continued struggle to balance the realities of the memory component supply chain with Framework’s ongoing commitment to transparency and consumer-focused flexibility.
Earlier in the month, Framework had already issued a warning to its user base about a forthcoming price increase. The company attributed that earlier decision to sharply rising acquisition expenses from its suppliers and distributors, describing these pressures as “substantially higher costs” throughout the supply chain. With the newest adjustment now effective, each memory configuration sees a considerable upward revision: the 8GB module has moved from sixty to eighty dollars, the 16GB option from one hundred twenty to one hundred sixty, and the 32GB version from two hundred forty to three hundred twenty dollars. The 48GB module, however, experienced the most dramatic shift — its price more than doubling, climbing from two hundred forty dollars as of June 2025 to an eye‑catching six hundred twenty dollars. Expanded dual-module kits are also affected, with the 64GB configuration (comprising two 32GB sticks) now priced at six hundred forty dollars, while the high-end 96GB kit (assembled from two 48GB modules) reaches an imposing total of one thousand two hundred forty dollars.
These updated figures apply directly to the memory configuration options available through Framework’s well‑known DIY Edition laptop platform. Notably, the company continues to refrain from selling individual DDR5 memory sticks as standalone products — a deliberate measure designed to maintain inventory stability amid unpredictable supplier conditions. Nevertheless, Framework has given its community a pragmatic alternative for cost management: purchasers who prefer to avoid the inflated module pricing are encouraged to customize their laptops without any preinstalled memory. This option enables technically inclined users either to repurpose existing modules they already own or to procure more affordable RAM elsewhere through trusted vendors. To further assist, Framework now includes a direct link on its website to PCPartPicker, helping customers identify compatible and competitively priced alternatives.
Despite this latest price correction, Framework’s statement projects that the situation may worsen before it improves. The company cautioned that its component suppliers continue to signal an upward trend in memory pricing that could extend into early 2026. In its official communication, Framework emphasized that it has been absorbing part of these increases internally in order to minimize immediate impact on customers, but conceded that further adjustments are likely to occur within the next month if market conditions continue on their current trajectory. The company reaffirmed its commitment to fairness, asserting that future price modifications will align strictly with corresponding changes in supplier costs — raising prices only when absolutely necessary and promising reductions when the memory market stabilizes and expenses normalize.
Broadening the perspective beyond Framework’s operations, the International Data Corporation has projected that the current global shortage of memory components will not be easily or quickly resolved. Analysts expect this supply imbalance to persist well into 2027, a forecast largely attributed to strategic reallocations of production capacity by major manufacturers such as Micron, Samsung, and SK Hynix. These industry leaders are increasingly redirecting their fabrication resources toward the enormously profitable artificial intelligence market, where demand for high‑performance memory far outpaces traditional PC manufacturing. The resulting scarcity of mainstream DDR5 modules thus places further pressure on companies like Framework, which must constantly navigate between maintaining product affordability and securing enough high-quality components to satisfy their modular computing enthusiasts.
Sourse: https://www.theverge.com/news/850376/framework-ram-memory-ddr5-price-hikes
