DRAM For PC and Laptop Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global DRAM For PC and Laptop Market Trends and Insights

Rising DDR5 Default Spec In New PC And Laptop Platforms

The DRAM for PC and Laptop market is benefiting from a platform transition that is now embedded in new product roadmaps rather than left to buyer preference. New mainstream systems are increasingly entering the market with DDR5 as the standard memory path, leaving OEMs less room to preserve older DDR4-era designs in current launches. That change is lifting the value of the DRAM for PC and Laptop market because newer DDR5 configurations carry higher pricing and are tied to more advanced notebook and desktop builds. The transition also narrows the cost advantage of staying on legacy systems, as reduced new-platform investment in DDR4 is tightening supply for the older architecture at the same time. This creates a market condition where both legacy and next-generation memory types support value growth, even though the strategic center of the DRAM for PC and Laptop market has already shifted toward DDR5. The result is a more durable migration pattern that supports higher average selling prices across the forecast period.

AI PC Memory Bump In Mainstream Notebooks

The DRAM for PC and Laptop market is also being lifted by the hardware floor attached to AI-ready notebooks, especially in mainstream commercial and premium consumer systems. Microsoft’s Copilot+ PC framework requires at least 16 GB of RAM, raising the baseline memory requirement for devices designed for on-device AI workloads. This is important because the DRAM for PC and Laptop market is not only gaining from more systems shipping with 16 GB, but also from a rising need for higher bandwidth memory in thinner designs, where local inference is a selling point. Once users buy a notebook with soldered LPDDR memory, the capacity is fixed for the life of the device, which can shorten replacement timing if AI workloads outgrow the original memory choice. That dynamic is reinforcing demand for better-equipped systems at the point of purchase instead of leaving upgrades to the aftermarket. It also gives OEMs a strong reason to promote higher-memory configurations as a practical requirement rather than as an optional premium feature.

Corporate Refresh Cycle Triggered By Windows End-Of-Support And Fleet Modernization

The DRAM for PC and Laptop market is receiving additional support from enterprise fleet replacement, as organizations continue to move away from Windows 10-era hardware. This replacement cycle matters because the newer commercial devices entering fleets are typically aligned with Windows 11 and AI-oriented use cases, which makes 16 GB memory configurations more common than in the prior cycle. The cost of extending support on older systems rises over time, so many organizations have a financial reason to refresh hardware rather than delay indefinitely. At the same time, high DRAM prices can delay purchasing decisions for several quarters, potentially clustering some deferred demand into a narrower replacement window later in the cycle. That pattern does not remove demand from the DRAM for PC and Laptop market, but it can change the timing and intensity of enterprise purchases. It also increases the importance of supply planning and contract visibility for both OEMs and enterprise buyers.

Notebook Thinness And Power Efficiency Favoring LPDDR And CAMM2 Adoption

The DRAM for PC and Laptop market is also changing because notebook design priorities now place greater weight on thinness, thermal balance, and battery life than in earlier replacement cycles. These requirements favor LPDDR-based solutions and newer module formats that can support tighter layouts while preserving high memory speeds. The move matters because it expands the addressable role of high-performance mobile memory in the DRAM for PC and Laptop market and reduces the share of older socketed approaches in premium thin-and-light systems. CAMM2 and LPCAMM2 are particularly important because they provide a path that preserves notebook modularity, which would otherwise move directly to soldered memory. This gives OEMs a way to balance performance, serviceability, and roadmap continuity as memory requirements rise. It also creates a new aftermarket opportunity in categories that had become difficult for upgrade-oriented module vendors to serve.

Persistent DRAM Price Volatility In Client Channels

Price volatility remains the clearest restraint on the DRAM for PC and Laptop market because OEMs cannot absorb higher memory costs evenly across all price bands. Rising client DRAM prices have already pushed some notebook vendors to return to 8 GB base configurations in the mid-range, even though that runs counter to the broader shift toward AI-ready systems. The tension is especially visible in the DRAM for PC and Laptop market because higher retail prices can slow replacement in entry and mid-tier segments, while lower base memory can weaken the practical value proposition of new devices. This creates an unusual split where premium notebooks continue to move up the memory curve, but mainstream systems can temporarily move backward on base capacity. The same volatility also encourages enterprise buyers to rethink procurement timing and inventory strategy. As long as price movement remains sharp, it will limit the speed at which demand translates into stable shipment growth.

Supply Allocation Bias Toward Servers And AI Accelerators

The DRAM market for PCs and laptops is also constrained by the fact that major manufacturers are prioritizing HBM and server DRAM, where margins and strategic demand visibility are stronger. This supply bias reduces transparency for PC OEMs and module vendors because client memory availability depends more heavily on allocation decisions than on total wafer investment. In practice, the DRAM for PC and Laptop market is competing for capacity with faster-growing AI infrastructure categories, raising the risk of tighter supply even during periods of broad semiconductor expansion. Relief should improve only gradually as new fabs and process ramps come online over 2026, 2027, and beyond. Even then, premium-performance supply is likely to remain concentrated with the largest incumbent manufacturers. That means the client market may continue to face periodic tightness even if overall industry capacity grows.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Architecture: DDR5 Consolidates Platform Share As LPDDR5 And LPDDR5X Accelerate

DDR5 held 50.82% of the DRAM for PC and Laptop market by value in 2025, which made it the leading architecture as new desktop and notebook platforms moved further into the DDR5 cycle. LPDDR5 and LPDDR5X are the fastest-growing architecture segment, with the DRAM for PC and Laptop market size for this category projected to expand at an 11.10% CAGR through 2031. This pattern shows that the market is now being pulled by 2 linked forces: fixed platform migration in mainstream systems and stronger bandwidth demand in thinner mobile devices. DDR4 and older architectures are losing share as new product development focuses on newer standards, though DDR4 still plays a role in the aftermarket, enterprise support, and budget-oriented configurations. The DRAM for PC and Laptop industry is therefore moving through a mixed transition where legacy demand stays relevant in the near term, but the center of value creation has already shifted.

The second layer of this shift is visible in the wider LPDDR5X ecosystem, where new suppliers are gaining ground in advanced mobile memory. CXMT reported that DDR5 accounted for 31.9% of its DRAM revenue in 2025, up from 13.3% in 2024, underscoring how quickly the new architecture is spreading, even among later entrants.^{[1]Shanghai Stock Exchange, “CXMT's USD 4.3 Billion IPO Could Be Star Market's Second-Largest as China's DRAM Industry Gains Ground,” Shanghai Stock Exchange, english.sse.com.cn} That matters for the DRAM for PC and Laptop market because broader DDR5 participation can expand supply options in consumer-oriented categories, even if the top 3 manufacturers keep their premium focus on other memory products. LPDDR4 and LPDDR4X still retain a place in value notebooks and in regions with slower refresh timing, but their long-term role is narrowing as OEMs align future launches with AI-ready specifications. The DRAM for PC and Laptop industry is therefore not just moving to a new standard, it is reorganizing around memory architectures that better match mobile AI and next-generation notebook design needs.

By Technology Node: Below 10 Nm EUV Leads Value Concentration

Below 10 nm EUV technology accounted for 60.47% of the market value in 2025, giving it the largest position within the DRAM for the PC and Laptop market. It is also the fastest-moving node segment, with the DRAM for PC and Laptop market size for below 10 nm EUV advancing at an 10.95% CAGR through 2031. This dominance reflects the fact that leading-edge DDR5 and LPDDR5X production is increasingly tied to advanced process technology across the largest manufacturers. The node mix also matters because smaller geometries help support higher densities, better power efficiency, and the product roadmaps needed for higher-capacity client memory. As a result, value concentration in the DRAM for PC and Laptop market is moving toward manufacturers and regions that can sustain advanced-node execution at scale.

SK Hynix stated in September 2025 that it had assembled the industry’s first commercial High-NA EUV system for production at its M16 fab in Icheon, which positions advanced lithography as a direct competitive lever in memory manufacturing. Samsung also deepened its next-generation memory strategy through platform-level collaboration with AMD in 2026, underscoring the broader commercial importance of advanced DRAM development for future product stacks.^{[2]Samsung Electronics, “Samsung and AMD Expand Strategic Collaboration on Next-Generation AI Memory Solutions,” Samsung Global Newsroom, news.samsung.com} Transitional 18 nm to 11 nm nodes remain relevant for mid-tier systems where the cost-to-performance balance is still acceptable, but their share should keep narrowing as new launches favor more advanced memory. Chinese producers continue to expand, but export restrictions on advanced EUV tools preserve a structural edge for incumbents at the leading node. This keeps the technology premium firmly aligned with the manufacturers that control the most advanced DRAM process capabilities.

By Capacity: 16 GB Anchors Demand While Above 32 GB Gains Speed

The 16 GB segment accounted for 48.36% of market value in 2025, making it the largest capacity tier in the DRAM for PC and Laptop market. At the same time, above 32 GB is the fastest-growing band, and the DRAM for PC and Laptop market size for that tier is projected to rise at an 11.35% CAGR through 2031. This split captures the current market structure well because 16 GB has become the practical baseline for AI-ready systems, while higher capacities are moving into more commercial and professional notebooks. The result is a DRAM for PC and Laptop market where the core volume tier is still broad, but the next stage of value growth is moving to richer memory configurations. That shift is also compressing the price gap between standard and higher-memory systems in parts of the commercial notebook category.

Microsoft’s Copilot+ PC requirements place 16 GB of RAM at the center of AI-oriented system design, reinforcing the size of that segment across new notebooks. Above 32 GB is expanding because AI inference, professional content creation, and more workstation-like use cases are moving to mobile PCs faster than in prior replacement cycles. The DRAM for PC and Laptop market share of higher-capacity systems is therefore improving not only in premium notebooks, but also in business devices where users need more headroom over the life of the machine. At the lower end, 8 GB and below have seen some short-term support as OEMs try to offset higher memory costs, but that comes with a performance and feature tradeoff in newer Windows-centered use cases. The capacity ladder in the DRAM for PC and Laptop market is therefore stretching in 2 directions at once, with price pressure pulling some entry systems down while AI and professional workloads keep pushing the profitable middle and upper tiers higher.

By Form Factor: SODIMM Retains Scale While CAMM2 And LPCAMM2 Reshape Upgrade Paths

SODIMM accounted for 44.21% of market value in 2025, making it the largest form factor category in the DRAM for PC and Laptop market. CAMM2 and LPCAMM2 are the fastest-growing form factor groups, with an 11.35% CAGR through 2031, indicating that the DRAM for PC and Laptop market is redesigning itself around thinner notebooks that still need high bandwidth and practical serviceability. SODIMM remains important because of its large installed base and its continued presence in many mainstream notebooks. At the same time, form factor growth is moving toward designs that can preserve modularity while fitting more demanding thermal and mechanical requirements. This gives the DRAM for PC and Laptop market a transition path that is more flexible than a complete shift to soldered memory.

The importance of CAMM2 and LPCAMM2 goes beyond simple physical packaging because the format supports the broader push toward AI-capable thin notebooks without fully closing the door on field replacement and aftermarket upgrades. That is significant for module vendors because soldered-onboard memory has steadily reduced the number of notebooks consumers and IT teams can upgrade after purchase. The DRAM for PC and Laptop market, therefore, gains a new retail and commercial opportunity if modular high-performance memory expands in thin-and-light systems that previously depended on fixed onboard memory. UDIMM keeps a stable role in desktop and small-form-factor PC configurations, but it remains a smaller part of the combined notebook and PC opportunity described in this report. Over time, the form factor mix should show a sharper divide between upgradeable mainstream systems, ultra-thin soldered designs, and newer modular architectures that bridge the two.

Geography Analysis

Asia-Pacific accounted for 56.74% of the market value in 2025 and remains the largest regional block in the DRAM for the PC and Laptop market. It is also the fastest-growing geography, with the DRAM for PC and Laptop market size in Asia-Pacific projected to rise at a 12.15% CAGR through 2031. The region holds this position because it combines the deepest production base with the strongest downstream ecosystem for module assembly, distribution, and electronics manufacturing. South Korea remains central because Samsung Electronics and SK Hynix continue to anchor global DRAM output and shape supply conditions for the wider client market. Taiwan adds a strong downstream layer through module and memory ecosystem companies that connect wafer supply to global OEM and channel demand. China is becoming more influential through CXMT, which disclosed an intended CNY 29.5 billion listing, equivalent to USD 4.1 billion, and a global DRAM revenue share near 8% in Q1 2026.^{[3]Shanghai Stock Exchange, “CXMT's USD 4.3 Billion IPO Could Be Star Market's Second-Largest as China's DRAM Industry Gains Ground,” Shanghai Stock Exchange, english.sse.com.cn}

Japan also matters because advanced DRAM investment in the country is supporting the regional concentration of high-value memory production. Even without citing regional shipment shares, the Asia-Pacific position in the DRAM for PC and Laptop market is strengthened by the fact that most critical production decisions still sit inside this manufacturing cluster. That concentration makes the region both the main engine of supply and the main source of pricing influence for the rest of the market. It also means that client memory availability in other regions depends heavily on production and allocation decisions made in Asia-Pacific.

North America remains a major consumption center in the DRAM for PC and Laptop market because of its large enterprise installed base and its relatively early movement into commercial refresh cycles. Demand in the region is supported by organizations replacing older fleets with systems that are more likely to carry 16 GB memory as a practical starting point. Europe follows a similar replacement pattern, although cost pressure and weaker consumer momentum can make the cycle less even across countries and user groups. The Rest of the World remains more exposed to entry-level notebook demand, which means higher DRAM prices have a larger effect on configuration choices and replacement timing there. As a result, the DRAM for PC and Laptop market should continue to show the strongest value concentration in Asia-Pacific, while North America and Europe remain important demand anchors and emerging markets lag in the move to richer memory configurations.