Dual-rank (2R) memory module Market | Latest Analysis, Demand Trends, Growth Forecast

Dual-rank (2R) memory module Market supply chain is being shaped by DDR5 server density, DRAM allocation pressure, and AI-led procurement

The Dual-rank (2R) memory module Market is tied less to consumer RAM cycles and more to server platform density, DDR5 adoption, workstation refresh, and enterprise procurement behavior. In 2026, the global market for dual-rank modules is estimated at about USD 7.8–8.6 billion, with server-class DDR5 RDIMM/LRDIMM configurations accounting for the largest value share because 2R modules are commonly used where higher capacity per DIMM slot is needed without moving immediately to the highest-cost 3DS or very-high-density alternatives. The larger memory market backdrop is unusually tight: TrendForce projects the total memory market at USD 551.6 billion in 2026, with DRAM revenue reaching about USD 404.3 billion after a 144% YoY surge, while DDR5-led DRAM price increases are expected to remain above normal cyclical levels.

A dual-rank module uses two independently addressable rank groups on the same DIMM. In practical procurement terms, this gives OEMs and hyperscale buyers a middle path between single-rank modules, which are lower in capacity but easier to source, and very high-density server modules, which carry higher qualification and price exposure. The technology transition relevant to this market is not “2R replacing 1R” in a simple way. The actual transition is from DDR4 2R modules in legacy servers and desktops toward DDR5 2R RDIMMs, DDR5 UDIMMs, and higher-capacity ECC modules used in cloud, AI support servers, edge compute, engineering workstations, and memory-heavy enterprise systems.

Dual-rank (2R) memory module Market supply ecosystem depends on a narrow DRAM manufacturing base

The upstream structure of the Dual-rank (2R) memory module Market is concentrated at the wafer level. Samsung Electronics, SK hynix, and Micron remain the dominant DRAM suppliers, while module brands, EMS providers, server OEMs, and channel memory vendors depend on their wafer starts, die allocation, binning, and packaging schedules. Taiwan, South Korea, mainland China, Japan, the United States, Malaysia, Singapore, and Vietnam all participate in the broader module ecosystem, but not at the same value point. South Korea and the United States are more important in DRAM technology ownership and leading-edge production; Taiwan is central to module assembly, server ODM integration, motherboard/server platform validation, and channel logistics; China remains important in PC/server assembly and domestic module demand; Southeast Asia supports packaging, testing, and electronics manufacturing flows.

The most important supply bottleneck in 2026 is not module PCB availability or heat spreader supply. It is DRAM die allocation. AI infrastructure has redirected wafer capacity, engineering priority, and long-term customer contracts toward HBM and high-end DDR5 server DRAM. This affects the Dual-rank (2R) memory module Market because 2R modules need more DRAM die per module than single-rank configurations, and high-capacity DDR5 2R RDIMMs compete for the same die pool used across servers, workstations, and premium PCs.

Memory buyers are also facing a contract structure shift. In May 2025, Nvidia reportedly began 2026 procurement talks with the three major DRAM suppliers earlier than normal, reflecting how AI accelerator supply chains are reserving memory before standard enterprise and channel buyers finalize demand plans. That behavior reduces spot availability for module makers and increases the risk that 2R module pricing moves ahead of normal PC/server replacement cycles.

Supply bottlenecks are strongest in DDR5 2R RDIMM and high-capacity ECC modules

DDR5 has changed the supply profile of dual-rank memory because each module is no longer judged only on capacity. Signal integrity, power management IC availability, register clock driver qualification, thermal envelope, and server-platform validation now determine whether supply can actually reach the market. DDR5 RDIMMs are built for server main memory, and their adoption is closely linked to Intel Xeon and AMD EPYC platform refreshes. Micron’s DDR5 RDIMM documentation also highlights the intended server main-memory role of these modules, reinforcing why this is not a generic desktop memory supply chain.

For 2026, estimated lead times for mainstream DDR5 2R server modules are typically 10–18 weeks for committed OEM channels and longer in constrained spot situations, compared with shorter cycles for lower-density consumer modules when inventory is available. The tightness is most visible in 64GB and 128GB DDR5 RDIMM configurations, where dual-rank layouts are widely used to balance capacity, performance, and platform compatibility. In contrast, lower-capacity UDIMM demand is more exposed to consumer PC seasonality, gaming cycles, and retail pricing.

The pressure is also coming from the demand side. AMD reported Q1 2026 data-center revenue of USD 5.8 billion, up 57% YoY, driven by EPYC CPUs and Instinct accelerators, and projected the server CPU market to grow at a 35% CAGR through 2030. This directly supports higher server memory attach rates because every new CPU platform shipment pulls DDR5 DIMMs, including 2R RDIMM configurations in memory-dense servers.

A simplified 2026 supply-chain view is shown below.

Supply-chain layer	Main geographies	2026 relevance to Dual-rank (2R) memory module Market
DRAM wafer fabrication	South Korea, United States, Taiwan-linked supply, China	Main bottleneck; DDR5 and HBM compete for advanced DRAM capacity
Die packaging and testing	Taiwan, South Korea, China, Malaysia, Singapore	Determines usable die flow for ECC/server-grade modules
Module PCB and passive components	Taiwan, China, Japan, South Korea	Less constrained than DRAM die, but server-grade PCBs require stricter validation
Module assembly	Taiwan, China, Southeast Asia, United States	Converts DRAM supply into RDIMM, UDIMM, SODIMM, and ECC formats
Server OEM and ODM integration	Taiwan, United States, China, Mexico, Czech Republic	Drives qualification, volume orders, and platform-specific module approval
End demand	United States, China, Europe, India, Japan, South Korea	Data centers, enterprise refresh, AI support servers, workstations, telecom edge

South Korea and the United States are capacity anchors, while Taiwan controls a large part of module integration

South Korea has the clearest influence on supply. In February 2026, SK hynix approved a 21.6 trillion won, or about USD 15.1 billion, investment for the first fabrication plant at its Yongin semiconductor cluster, with construction linked to rising AI and advanced memory demand. That matters for the Dual-rank (2R) memory module Market because every capacity decision at SK hynix affects the availability of DDR5 dies used in server DIMMs, even when the headline investment is framed around AI memory.

In April 2026, SK hynix also placed a record EUV equipment order worth about 11.9 trillion won, or nearly USD 7.9 billion, with deployment expected across advanced DRAM and HBM production. The deal indicates that the bottleneck is upstream lithography-enabled capacity, not downstream module assembly alone. For buyers of dual-rank DDR5 modules, this means supply relief depends on wafer capacity, EUV tool delivery, cleanroom readiness, and product mix decisions rather than only module-brand inventory.

Samsung’s position is similar. In May 2026, reports indicated Samsung was accelerating expansion at its Pyeongtaek semiconductor campus as memory demand strengthened. Earlier reporting also pointed to Samsung targeting a large increase in HBM capacity in 2026, which creates a mixed effect: more total memory investment helps long-term supply, but near-term prioritization of HBM can keep conventional DDR5 module supply tight.

The United States is becoming more important in memory localization. In June 2025, Micron announced plans for approximately USD 200 billion in U.S. semiconductor manufacturing and R&D investments across Idaho, New York, and Virginia. The U.S. Department of Commerce also awarded Micron up to USD 6.165 billion in CHIPS Act direct funding to support leading-edge memory manufacturing in Idaho and New York. These investments do not immediately flood the 2026 market with DDR5 2R modules, but they reshape long-term sourcing strategy for server OEMs, hyperscalers, and government-linked procurement that prefer non-Asia memory supply options.

Taiwan’s role is different but equally important. It is not the largest DRAM wafer producer, but it is central to server ODMs, motherboard design, validation, and memory module integration. For the Dual-rank (2R) memory module Market, Taiwan acts as a conversion and qualification hub, especially for modules entering cloud servers, AI support infrastructure, industrial PCs, and high-performance workstations. If DRAM supply is allocated tightly by Korean and U.S. memory makers, Taiwanese module houses and ODMs face longer planning windows and stronger pressure to lock capacity through approved vendor lists.

Trade dependency and allocation risk are becoming larger than normal price cyclicality

The Dual-rank (2R) memory module Market is exposed to trade dependency because the supply chain is split across wafer fabrication, assembly, validation, and system integration. A server OEM in the United States may rely on DRAM from South Korea or Micron, module assembly in Taiwan or China, PCB sourcing from Taiwan or Japan, and final server integration in Mexico, Taiwan, or the Czech Republic. Any restriction on advanced memory exports, server platform shipments, or China-related supply flows can shift demand toward alternative procurement channels.

The 2026 market is therefore being shaped by three linked pressures: AI data centers reserving memory earlier, DRAM suppliers prioritizing high-margin HBM and DDR5, and enterprise buyers moving from short spot buying to longer allocation agreements. SK hynix was reported in May 2026 to be receiving unusual offers from large technology companies to fund new production lines and EUV equipment to secure memory supply. That signals a market where capacity access itself has become strategic.

For dual-rank module suppliers, the commercial implication is clear. Volume growth is not determined only by the number of PCs, servers, or workstations shipped. It is determined by how much qualified DDR5 die is allocated to 2R module formats after HBM, LPDDR, GDDR, and single-rank mainstream modules receive their shares. This is why the Dual-rank (2R) memory module Market in 2026 is expected to remain value-positive even if unit growth is uneven: module ASPs, server memory density, and procurement scarcity are supporting revenue more strongly than normal replacement demand.

Dual-rank (2R) memory module Market segmentation is moving toward server density, validated DDR5 platforms, and enterprise refresh demand

The Dual-rank (2R) memory module Market is best segmented by module architecture, memory generation, capacity class, end-use system, and customer type. The highest-value demand in 2026 is not from low-capacity desktop upgrades; it is from server RDIMMs, workstation memory, ECC modules, and memory-dense enterprise systems where buyers need more capacity per slot without moving directly to the most expensive high-stack or specialized memory formats. DDR5 server memory is also becoming more qualification-heavy, as Micron notes that DDR5 server memory is tested to mission-critical server standards and optimized for current and future Intel and AMD server and workstation platforms.

Segmentation highlights for Dual-rank (2R) memory module Market

Segment basis	Leading sub-segment	2026 market logic
By memory generation	DDR5 2R modules	Strongest value growth due to server refresh, AI infrastructure, and higher bandwidth needs
By module type	RDIMM / ECC RDIMM	Dominant in revenue because enterprise servers use validated, registered memory
By capacity	32GB, 64GB, 128GB	64GB and 128GB modules are gaining share in servers and workstations
By application	Data centers and enterprise servers	Highest attach rate per system and largest procurement contracts
By customer group	Hyperscalers, server OEMs, cloud operators	Longer allocation contracts and stricter qualification cycles
By channel	OEM/direct supply	More important than retail channel due to platform validation and volume buying

DDR5 RDIMM and ECC formats account for the highest-value demand

In module-type segmentation, RDIMM and ECC RDIMM formats carry the highest revenue share in the Dual-rank (2R) memory module Market. The reason is simple: server buyers purchase memory by platform configuration, not by retail module availability. A 2-socket server with 16 to 24 DIMM slots can require hundreds of gigabytes to several terabytes of memory depending on workload. Dual-rank DDR5 RDIMMs support this requirement while keeping platform compatibility and memory bandwidth within validated server specifications.

Server-class DDR5 modules also include features that are less relevant to retail desktop RAM, such as stronger thermal monitoring and higher reliability expectations. Kingston’s DDR5 technical material notes that server-class DDR5 RDIMMs add temperature sensors to monitor thermal conditions across the length of the DIMM, allowing more precise cooling control compared with earlier designs. This matters in 2R modules because denser memory layouts increase thermal sensitivity, especially inside high-airflow but tightly packed server chassis.

For 2026, DDR5 2R RDIMMs are estimated to represent nearly 55–60% of Dual-rank (2R) memory module Market revenue, although their unit share is lower than desktop and channel modules. High ASPs, server qualification, ECC support, and 64GB/128GB configurations lift their value share. DDR4 2R modules remain present in legacy servers, embedded industrial PCs, and cost-sensitive enterprise refreshes, but DDR4 is increasingly a replacement and maintenance segment rather than a growth segment.

Downstream demand is concentrated in servers, AI support infrastructure, and workstation-class systems

The downstream ecosystem for dual-rank modules has three major customer layers: hyperscale and cloud data centers, enterprise server OEMs, and workstation or industrial system integrators. Hyperscalers are the most important demand influencers because they determine large memory allocation schedules months before retail or channel markets feel the impact. Server OEMs then convert this demand into validated configurations, while module makers and DRAM suppliers align capacity around approved vendor lists.

The strongest pull comes from data-center compute. AMD reported USD 5.8 billion in data-center revenue in Q1 2026, up 57% year over year, driven by EPYC processors and Instinct accelerator shipments. AMD also projected the server CPU market to reach USD 120 billion by 2030, with a 35% CAGR. This is directly relevant for the Dual-rank (2R) memory module Market because every server CPU platform expansion increases DDR5 memory attach, especially in systems configured for virtualization, database workloads, analytics, cloud hosting, and AI support nodes.

AI servers do not only consume HBM attached to GPUs. They also need large pools of system memory around CPUs for data preprocessing, orchestration, retrieval-augmented generation, model serving, storage indexing, vector database operations, and networking workloads. This is where dual-rank DDR5 RDIMMs remain relevant. HBM is the high-value accelerator memory, but DDR5 RDIMM is still the main system-memory layer in CPU platforms supporting AI clusters.

Capacity segmentation shows why 64GB and 128GB 2R modules are gaining share

By capacity, 32GB 2R modules remain important in performance desktops, engineering PCs, entry servers, and channel upgrades. However, the center of gravity is moving toward 64GB and 128GB DDR5 RDIMM configurations. In server procurement, the economic calculation is based on memory per socket, memory channels filled, total cost per gigabyte, and workload density. A buyer running virtual machines or database workloads may prefer 64GB or 128GB 2R modules because they allow higher capacity without occupying every DIMM slot with lower-density modules.

The emerging MRDIMM ecosystem also reinforces the role of dual-rank layouts in bandwidth scaling. Micron describes MRDIMM as combining dual-rank DDR5 modules with a multiplexer buffer and memory controller to increase speeds beyond standard DDR5 specifications. Although MRDIMM is not the same as a conventional 2R RDIMM, it shows that the dual-rank concept remains technically relevant as server memory moves toward higher bandwidth and larger per-module capacity.

A practical 2026 capacity split for the Dual-rank (2R) memory module Market can be read as follows: 32GB modules lead in volume, 64GB modules lead in mainstream server value, and 128GB modules are the fastest-growing high-value category. 16GB 2R modules are losing relevance in new systems because DDR5 platform economics favor higher memory density, while older DDR4 16GB modules remain active mainly in replacement demand.

Customer ecosystem: hyperscalers set demand timing, OEMs define qualification, channel buyers absorb price swings

The customer base in the Dual-rank (2R) memory module Market is not uniform. Hyperscalers and cloud operators buy through long planning cycles, often linked to CPU platform launches, AI cluster expansion, and regional data-center capacity. Server OEMs such as Dell Technologies, HPE, Lenovo, Supermicro, Inspur, and ODM partners in Taiwan convert this demand into tested module configurations. Workstation vendors then use 2R ECC and non-ECC modules in CAD, EDA, simulation, rendering, software development, and AI inference systems.

Retail and channel demand behaves differently. Gaming PCs and DIY workstations use dual-rank modules for capacity and performance reasons, but this channel is more price-sensitive. TrendForce reported in March 2026 that DDR5 retail prices in Germany fell 7.2% month over month after eight months of increases, but average DDR5 prices still remained about 408% higher than July 2025 levels. This indicates that retail correction does not necessarily mean server-grade 2R modules are becoming easy to source; consumer channel pricing can soften while enterprise contracts remain firm.

Industrial customers form a smaller but stable downstream layer. Automation controllers, medical imaging systems, defense electronics, telecom edge systems, and ruggedized computing platforms often use ECC memory and longer-life module supply. These buyers do not drive the largest volume, but they support premium pricing because they require lifecycle assurance, reliability validation, and controlled bill-of-material changes.

Application segmentation links module demand to compute intensity rather than device shipments alone

Application-wise, servers and data centers account for the largest revenue share, estimated at 50–55% of the Dual-rank (2R) memory module Market in 2026. Workstations represent roughly 15–18%, enterprise desktops and commercial PCs about 12–15%, industrial and embedded systems about 8–10%, and the remaining share comes from gaming, creator PCs, and aftermarket upgrades.

The dominance of server and workstation demand is linked to workload intensity. A normal office PC may run acceptably on single-rank modules, but a virtualization server, engineering workstation, memory-resident database, or simulation system benefits from higher capacity per slot. This makes dual-rank module selection less about marketing and more about memory topology, platform compatibility, and workload economics.

AI-related demand also changes the segmentation mix. In May 2025, Nvidia began 2026 procurement talks with the three main DRAM suppliers earlier than usual, showing that large AI infrastructure buyers are reserving memory supply before conventional enterprise demand is fully visible. That behavior affects 2R module availability because DRAM suppliers allocate wafer output across HBM, DDR5 server DRAM, LPDDR, and client memory based on margin and strategic customer priority.

Demand trend for Dual-rank (2R) memory module Market

Demand in 2026 is expected to remain value-led rather than purely unit-led. Server and workstation buyers are increasing memory per system, while consumer and gaming channels are more exposed to price resistance. AMD’s Q1 2026 results show the direction clearly: data-center revenue rose 57% year over year, but consumer-facing gaming revenue was expected to decline by more than 20% in the second half of 2026 due partly to rising memory and component costs. This creates a split market. Enterprise and cloud customers continue buying validated DDR5 2R modules for capacity and uptime, while retail buyers delay upgrades when module prices rise too quickly.

Overall, the Dual-rank (2R) memory module Market is being pulled upward by server memory density, AI cluster support infrastructure, DDR5 platform migration, and enterprise workload expansion. The growth is strongest where memory is treated as part of system architecture, not as an interchangeable accessory. That is why DDR5 RDIMM, ECC 2R modules, and 64GB/128GB capacity classes are expected to outperform lower-density desktop configurations through the next procurement cycle.

 

Dual-rank (2R) memory module Market manufacturers are split between DRAM makers, module specialists, and server OEM-qualified suppliers

The competitive structure of the Dual-rank (2R) memory module Market is not the same as the retail RAM market. At the top of the chain are DRAM manufacturers such as Samsung Electronics, SK hynix, and Micron, which control wafer supply, die density, process node transitions, and server-grade DRAM allocation. Below them are module specialists and branded suppliers such as Kingston Technology, SMART Modular Technologies, ADATA, Transcend, Innodisk, Apacer, ATP Electronics, TeamGroup/V-Color, and OEM-specific memory kit suppliers. In server procurement, however, the practical market is narrowed further by platform qualification from Dell Technologies, HPE, Lenovo, Supermicro, Intel, AMD, and motherboard vendors.

Samsung remains one of the most important suppliers for DDR5 RDIMM and ECC memory used in servers and workstations. Its DDR portfolio includes RDIMM products for server memory, where the register sits between the memory controller and DRAM chips to support signal stability in high-capacity systems. This is directly relevant to Dual-rank (2R) memory module Market demand because 2Rx4 ECC RDIMMs are widely used in 64GB and higher-capacity server configurations. Samsung 64GB DDR5 ECC RDIMM 2Rx4 modules are available in the market under part families such as M321R8GA0BB0 and M321R8GA0EB0, commonly seen in 4800MT/s and 5600MT/s server platforms.

Micron is the clearest supplier to track in high-capacity DDR5 server memory because it openly positions its 96GB and 128GB DDR5 RDIMM modules for AI data centers. Micron states that its 128GB DDR5 RDIMM, based on 1-beta technology, delivers more than 45% improved bit density, up to 22% better energy efficiency, and up to 16% lower latency versus competitive 3DS TSV products. Its 128GB DDR5 RDIMM product brief also links these modules to generative AI, in-memory databases, and real-time analytics, where memory-bound workloads benefit from larger and faster main memory pools.

SK hynix is another major upstream supplier, especially in server DDR5 and high-density RDIMM. Market-available SK hynix 64GB DDR5 2Rx4 server memory modules are commonly listed in 4800MT/s and 5600MT/s grades, while the company has also pushed high-capacity DDR5 RDIMM development for data centers. In December 2025, SK hynix’s 256GB DDR5 RDIMM based on 32Gb DRAM chips received Intel Data Center Certified status, with reported power consumption up to 18% lower than previous 256GB products. Even though 256GB is above the core 64GB/128GB 2R volume band, this development matters because it shows how server memory competition is increasingly based on power-per-capacity and platform certification rather than only speed.

Qualification requirements are becoming a market barrier, not just a technical checklist

Qualification is one of the biggest entry barriers in the Dual-rank (2R) memory module Market. A supplier cannot simply assemble a 2R DIMM and sell it into enterprise servers at scale. Server memory must pass electrical validation, signal integrity testing, thermal testing, error-correction behavior checks, BIOS compatibility, platform population rules, and long-duration stress testing. JEDEC’s DDR5 SDRAM specification defines features, functionality, AC/DC characteristics, packages, and signal assignments, making standards compliance the baseline rather than a differentiator.

Beyond JEDEC, server OEM qualification is critical. HPE’s DDR5 Smart Memory, for example, is positioned for enterprise customers needing performance, capacity, and total cost-of-ownership control; HPE also states that its Smart Memory uses selected DRAM modules from top suppliers and is designed for reliability, throughput, and power efficiency. HPE’s 64GB dual-rank x4 DDR5-5600 registered Smart Memory kit is a direct example of how 2R memory is sold as part of an OEM-validated server ecosystem rather than as a commodity module.

Kingston’s Server Premier line is also relevant because it represents the branded module supplier route into enterprise servers. Kingston states that Server Premier memory is built for data centers, uses server-grade DRAM, undergoes 100% testing, is platform validated with Intel and AMD, and is qualified across leading server system and motherboard manufacturers. Kingston’s DDR5 5600MT/s ECC Registered DIMM family includes server/workstation modules such as 64GB DDR5-5600 ECC registered DIMMs, including 2Rx4 configurations sold under Server Premier SKUs.

SMART Modular Technologies is important in industrial, embedded, networking, and enterprise module supply. Its DDR5 ZDIMM and RDIMM portfolio includes 64GB DDR5-5600 2Rx4 ZDIMM, 96GB DDR5-5600 2Rx4 ZDIMM, and 128GB DDR5-5600 2Rx4 ZDIMM products listed through electronics distribution channels. This positions SMART Modular in higher-reliability and specialty computing environments where long lifecycle support and system-level qualification can matter more than retail branding.

Product competition in Dual-rank (2R) memory module Market is concentrated around 64GB, 96GB, and 128GB DDR5 classes

The product ladder in 2026 is increasingly clear. 32GB 2R modules serve workstations, enterprise desktops, and smaller servers. 64GB DDR5 2Rx4 ECC RDIMMs are the main commercial workhorse for mainstream dual-socket servers, virtualization nodes, and database infrastructure. 96GB and 128GB DDR5 2R modules are gaining visibility in AI support servers, memory-heavy analytics, EDA, rendering, and high-density cloud instances. Above this level, 256GB RDIMMs and MRDIMM-type solutions become more specialized, but they influence pricing and technology direction.

The Dual-rank (2R) memory module Market is therefore led by suppliers that can offer both volume and qualification depth. Samsung, SK hynix, and Micron dominate the DRAM base; Kingston, SMART Modular, Transcend, Innodisk, ATP, Apacer, and other module suppliers compete where platform approval, lifecycle, regional distribution, and pricing flexibility are decisive. OEM-branded memory kits from HPE, Dell, and Lenovo often command premiums because the value includes server compatibility assurance, firmware support, and warranty alignment.

Manufacturing economics and cost pressure are tied to DRAM die allocation and validation cost

Cost pressure in this market is mainly upstream. A dual-rank module uses more DRAM components than a single-rank configuration, so the bill of materials is more exposed to die pricing, yield, and allocation. DDR5 also adds cost through PMICs, register clock drivers, thermal sensors, PCB complexity, and stricter testing. For server-grade ECC RDIMMs, manufacturing economics include burn-in, screening, traceability, and platform validation cost, not only assembly labor.

This is why retail price declines do not always reduce server 2R module prices quickly. A channel-grade DDR5 DIMM can move with spot inventory, but OEM-qualified 2Rx4 ECC RDIMMs are priced through contract supply, approved vendor lists, and warranty-backed server programs. In 2026, DRAM suppliers are still prioritizing higher-margin HBM and advanced DDR5 server products, keeping cost pressure elevated for module assemblers and system integrators.

Recent industry developments influencing Dual-rank (2R) memory module Market

• In February 2026, SK hynix approved about 21.6 trillion won, or nearly USD 15.1 billion, for the first fab at its Yongin semiconductor cluster in South Korea, strengthening long-term DRAM capacity relevant to DDR5 server memory supply.
• In April 2026, SK hynix placed an EUV equipment order worth about 11.9 trillion won, nearly USD 7.9 billion, supporting advanced DRAM process capacity used across HBM and high-end DDR5 products.
• In June 2025, Micron announced approximately USD 200 billion in planned U.S. semiconductor manufacturing and R&D investment across Idaho, New York, and Virginia, reinforcing U.S.-based memory localization for future server supply.
• In December 2025, SK hynix’s 256GB DDR5 RDIMM received Intel Data Center Certified status, with up to 18% lower power consumption than previous 256GB modules, reinforcing the server market’s focus on certified high-capacity, power-efficient memory.
• In July 2025, V-Color announced DDR5 OC RDIMM kits for AMD Threadripper Pro 9000 platforms, with capacities up to 256GB per module and up to 2TB per system, showing how high-capacity registered memory is moving deeper into workstation-class platforms.