⚡ Quick Summary
- Framework raises DDR5 RAM prices to $13-$18/GB — fourth consecutive monthly increase
- AI infrastructure demand is diverting DDR5 supply from consumer PC markets
- Major OEMs quietly adjusting pricing and configurations in response to same shortage
- Analysts predict shortage could persist into 2027 until new fab capacity comes online
Framework Raises RAM and Storage Prices for Fourth Consecutive Month as DDR5 Shortage Deepens
Modular PC maker Framework has announced yet another round of price increases on RAM and storage components, marking the fourth consecutive month of upward adjustments as a persistent global DDR5 memory shortage continues to squeeze supply chains and push costs higher across the entire PC industry.
What Happened
Framework updated its company blog on Tuesday, March 11, confirming that DDR5 RAM prices on its store will increase to $13–$18 per gigabyte, up from February's rate of $12–$16 per GB. Storage modules have seen comparable increases, with NVMe SSD prices climbing by approximately 8–12% across most capacity tiers.
This marks the fourth straight month of price hikes from Framework, which has been unusually transparent about the supply chain pressures driving these increases. In December 2025, Framework first warned customers that DDR5 pricing was becoming volatile, citing constrained supply from major memory manufacturers Samsung, SK Hynix, and Micron. Each subsequent month has brought further increases as the shortage has shown no signs of abating.
Framework's modular approach to PC design — which allows users to upgrade individual components like RAM, storage, and expansion cards — means that component pricing is unusually visible to its customer base. Unlike traditional laptop manufacturers who absorb component cost fluctuations into overall system pricing, Framework passes these changes through directly, making its pricing a useful barometer for broader industry trends.
Background and Context
The current DDR5 shortage has roots in several converging factors. The transition from DDR4 to DDR5 memory has required significant retooling of manufacturing facilities, a capital-intensive process that memory manufacturers have been managing carefully amid uncertain demand forecasts. Simultaneously, the explosive growth of AI infrastructure — particularly the massive memory requirements of AI training and inference servers — has diverted DDR5 supply away from consumer PC markets.
Data centre operators and cloud providers have been securing DDR5 supply through long-term contracts at premium prices, leaving smaller buyers like Framework competing for a shrinking pool of available inventory. Industry analysts estimate that AI-related demand now accounts for over 30% of total DDR5 production, up from less than 15% in 2024.
The situation is further complicated by geopolitical factors. Ongoing trade tensions and export controls affecting semiconductor manufacturing equipment have slowed the expansion of memory fabrication capacity in certain regions. Additionally, a factory incident at a major SK Hynix facility in South Korea in late 2025 temporarily reduced output, creating a supply shock that has rippled through global markets.
For consumers, the practical impact is significant. A 32GB DDR5 upgrade that might have cost $80–$100 in early 2025 now runs $416–$576 through Framework's store — a dramatic escalation that is forcing many users to defer upgrades or accept lower memory configurations.
Why This Matters
Framework's repeated price increases illuminate a broader challenge facing the PC industry: the growing tension between consumer computing needs and the voracious resource demands of AI infrastructure. As memory manufacturers allocate production capacity to higher-margin enterprise and AI customers, consumer PC buyers are increasingly competing for scraps.
This dynamic has implications that extend well beyond Framework's niche customer base. Major OEMs including Dell, HP, and Lenovo have all quietly adjusted their system configurations and pricing in response to the same supply constraints. The difference is that these companies typically absorb cost increases into overall system prices or reduce included memory configurations, making the impact less visible but no less real. Businesses budgeting for IT refreshes — whether purchasing new workstations or investing in an affordable Microsoft Office licence for their teams — need to factor memory pricing trends into their planning.
Framework's transparency, while admirable, also highlights the vulnerability of its business model to component supply disruptions. The company's value proposition depends on users being able to affordably upgrade and repair their devices over time. When key components like RAM double in price within four months, that proposition becomes significantly harder to deliver. Framework's ability to maintain customer loyalty through this period of price volatility will be an important test of whether the modular PC concept can weather supply chain storms.
Industry Impact
The DDR5 shortage is reshaping competitive dynamics across the PC ecosystem. System integrators and boutique PC builders, who rely on spot market pricing for components, have been hit particularly hard. Several smaller builders have reported margin compression of 15–25% on systems with high memory configurations.
The memory market has historically been cyclical, with periods of shortage and oversupply driven by the capital expenditure cycles of the three major manufacturers. However, the current cycle is unusual in its duration and the structural nature of the demand shift. AI infrastructure build-out is not a temporary spike but a multi-year investment cycle that is fundamentally reallocating memory production away from consumer markets.
Some industry observers predict that the shortage could persist well into 2027, when new fabrication capacity currently under construction in South Korea, Japan, and the United States is expected to come online. In the meantime, DDR4 memory — which remains widely available and affordable — has seen renewed demand as budget-conscious consumers and businesses opt for the previous generation.
The gaming PC market has also been affected, with some manufacturers reducing default RAM configurations from 32GB to 16GB on mid-range systems to maintain price points. For users running demanding applications on systems with a genuine Windows 11 key, adequate memory is essential for performance, making this a meaningful compromise.
Expert Perspective
Memory industry analysts view the current shortage as a structural inflection point rather than a typical cyclical downturn. The fundamental economics of memory manufacturing are shifting as AI workloads demand not just more memory, but higher-performance memory with specific characteristics — high bandwidth, low latency, and ECC support — that compete directly with the DDR5 modules used in consumer PCs.
Framework's approach of transparent, pass-through pricing may actually serve the company well in the long run. By being upfront about cost pressures, Framework avoids the hidden specification downgrades that other manufacturers use to maintain sticker prices. Customers may pay more per component, but they know exactly what they're getting and why prices have changed.
The broader lesson for the industry is that the AI boom has created a two-tier computing economy: enterprise and AI infrastructure that can absorb premium component pricing, and consumer markets that are increasingly treated as secondary customers by component manufacturers.
What This Means for Businesses
Businesses planning hardware procurement should consider accelerating purchases if budgets allow, as prices are unlikely to decrease meaningfully before late 2027. For organisations managing fleets of workstations, optimising memory allocation across existing systems — ensuring no machine has more RAM than it needs while others are constrained — can defer the need for expensive upgrades.
IT departments should also evaluate whether cloud-based solutions or virtualisation strategies can reduce on-premises memory requirements. The cost equation for cloud computing becomes more favourable when local hardware costs are rising, and investing in enterprise productivity software that operates efficiently across different memory configurations can help organisations maintain productivity despite hardware constraints.
For individual consumers, the practical advice is to buy memory now if you need it, consider DDR4 systems if DDR5 pricing is prohibitive, and monitor Framework's monthly updates as a useful indicator of broader market trends.
Key Takeaways
- Framework has raised DDR5 RAM prices for the fourth consecutive month, now $13–$18 per GB
- The shortage is driven by AI infrastructure demand diverting DDR5 supply from consumer markets
- All major PC OEMs are affected, though most absorb costs into system pricing rather than showing component-level increases
- The shortage may persist into 2027 as new fabrication capacity takes time to come online
- DDR4 systems are seeing renewed demand as a budget alternative
- Businesses should consider accelerating hardware purchases or exploring cloud-based alternatives
Looking Ahead
Framework has indicated it will continue providing monthly pricing updates, effectively serving as a public barometer for the DDR5 market. The company's next update, expected in early April, will be closely watched for signs of stabilisation. Industry-wide, the resolution of the DDR5 shortage depends on new fabrication capacity coming online and a potential moderation in AI infrastructure build-out — neither of which appears imminent. For now, higher memory prices are the new normal.
Frequently Asked Questions
Why is DDR5 RAM so expensive right now?
AI data centre demand is consuming over 30% of DDR5 production, up from 15% in 2024. Combined with manufacturing retooling from DDR4 to DDR5 and geopolitical supply chain disruptions, consumer PC buyers face significantly higher memory prices.
How long will the DDR5 shortage last?
Industry analysts predict the shortage could persist into 2027, when new fabrication facilities under construction in South Korea, Japan, and the US are expected to begin production. Until then, prices are expected to remain elevated.
Should I buy DDR4 instead of DDR5?
For budget-conscious buyers, DDR4 systems remain a viable option with significantly lower memory costs. However, DDR5 offers meaningful performance improvements for demanding workloads, and new platforms increasingly require DDR5, limiting DDR4 options for future upgrades.