1.At a glance
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Nanya Technology is Taiwan's DRAM maker and the fourth-largest in the world — far smaller than Samsung, SK hynix and Micron, and the only one of the four that is not also a NAND maker 1.
What it makesDRAM only, from DDR2 through DDR5 and LPDDR5X, plus modules
2
How bigNT$44,690 million of revenue in August 2026 alone, up 560.85% on a year earlier
3
Who makes itIts own fabs at Taishan, New Taipei City
4
Any HBM?Not standard HBM — but customized ultra-high-bandwidth memory, which it calls "customized HBM"
5
DeeperThe detail
Nanya describes itself as "a company dedicated to the R&D, design, manufacturing, and sales of DRAM (Dynamic Random Access Memory), ranking number four in the global DRAM industry" 1. It is a member of Taiwan's Formosa Plastics Group: its chairman and two other directors sit on the board as designated representatives of Nan Ya Plastics Corp. 6, and the DRAM business was seeded by that parent before Nanya Technology existed — the 1994 milestone reads "Nanya Plastics signed 16Mb DRAM technology transfer agreement with OKI" 7.
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Nanya is the most completely disclosed company in this section, and the reason is regulatory: Taiwanese issuers publish monthly revenue. That makes Nanya the clearest public window onto the memory cycle anywhere in this codex. The 2026 figures are extraordinary and run month by month: January NT$15,309,988 thousand (+608.0% year on year), April NT$25,491,201 thousand (+717.3%), July NT$43,867,609 thousand (+719.6%), August NT$44,690,268 thousand (+560.85%) 8 3. Year to date through August: NT$220,194 million, up 638.19% 3.
Nanya's own page notes that "Monthly revenue figures are unaudited" 8.
2.Company card
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| Legal name | Nanya Technology Corporation 9 |
| HQ | No. 98, Nanlin Rd., Taishan Dist, New Taipei City 243, Taiwan (R.O.C.) 10 |
| Incorporated | "Nanya Technology Corp. was established and incorporated on March 4, 1995" 7 |
| Listed | Taiwan Stock Exchange, code 2408, August 2000 7 11 |
| Chairman | Ming-Jen Tzou, "Representative of Nan Ya Plastics Corp." 6 |
| President | Pei-Ing Lee 12 |
| Paid-in capital | "NT$ 34.5 billion capital (As of April, 2026)" 11 |
| Employees | "4,300+ (As of June 30, 2026)" 11 |
DeeperThe detail
The Formosa Plastics relationship is real but stated obliquely in English. Nanya's English site carries the group mark only in Chinese in its footer, and this check found no plain-English sentence on nanya.com declaring group membership 1. What is documented in English is the board: Ming-Jen Tzou, Chia-Chau Wu and Pei-Ing Lee all sit as "Representative of Nan Ya Plastics Corp." 6, and directors hold concurrent seats at Formosa Plastics Corp., Formosa Chemicals & Fibre Corp. and Nan Ya PCB Corp. 6.
Nanya's 2023 annual report records Nan Ya Plastics as the largest institutional shareholder at 29.28% 9. That figure is now dated: a large private placement in 2026 issued new shares to outside investors, so the current percentage is lower and this page does not state one 13.
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The executive team, in Nanya's own titles: Pei-Ing Lee as President, Lin-Chin Su as Executive Vice President, Joseph Wu as "Senior Vice President, Strategic Planning and Administration Management", Rex Chuang as "Senior Vice President, Marketing & Customization Business", and Rex Chen as "Vice President, Global Sales" 12. Chuang's title is worth noting — "Customization Business" is a named senior remit, which is consistent with where Nanya says its growth is going (see The HBM position).
3.The story
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- 1994 "Nanya Plastics signed 16Mb DRAM technology transfer agreement with OKI" 7.
- 1995 Nanya Technology incorporated, 4 March; "FAB I construction commencement" 7.
- 2000 Lists on the Taiwan Stock Exchange 7.
- 2002 Joint development with Infineon; Inotera Memories joint venture formed 7.
- 2008 Signs a joint-venture agreement with Micron 7 14.
- 2016 "Completed Inotera share swap with Micron" 7.
- 2017 "20nm pilot run" — the move to its own process development 7.
- 2022 New fab groundbreaking 15.
DeeperThe detail
For its first two decades Nanya built DRAM on other companies' technology, and the milestone list reads as a sequence of licences: OKI in 1996 for "0.36μm and 0.32μm 64Mb DRAM", IBM in 1998 for "0.2/0.175μm 64~256Mb DRAM", then a joint development programme with Infineon in 2002 and qualification of "70/75nm technology with Qimonda" in 2006 7. Qimonda was Infineon's memory business, spun out in 2006, and it inherited the Nanya partnership.
In April 2008 Nanya changed partners, signing with Micron to create "MeiYa Technology Corporation, a new DRAM joint venture", each parent owning 50% and contributing "USD $550 million in cash by the end of 2009", with a Nanya 200mm fab in Taiwan to be upgraded to 300mm 14.
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Inotera is the part most often got wrong, so it is worth stating precisely. Nanya's timeline records two separate November 2002 entries — a joint development programme "with Infineon Technologies AG" and, separately, a "Join Venture of 12-inch fab, Inotera Memories Ltd" — without stating who Inotera's other parent was 7. What the record does establish is where the stake ended up: Micron came to hold it, and in 2015 moved to buy out the rest. Micron's announcement describes the sellers as "Formosa Group Companies, including Nanya Technology Corporation, currently own approximately 32 percent of Inotera", at "30 New Taiwan Dollars, equivalent to $0.92 USD per share", for "approximately $3.2 billion, net of cash and debt" 16. Completion came on 6 December 2016 at "approximately $4.0 billion (net of cash and debt)" 17. Nanya's own timeline records the whole episode in five words: "Completed Inotera share swap with Micron" 7.
Note that the ~32% figure is a Formosa group holding, not Nanya's own stake. This check found no primary source giving Nanya's individual percentage, so none is stated 16. Similarly, Nanya's timeline says nothing at all about Qimonda's 2009 collapse, and no Nanya statement about its effect was found — so this page describes the 2008 pivot to Micron, which is documented, and does not narrate the consequences of a failure it cannot source 7.
4.The lineup
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| Category | What Nanya lists |
| Standard DRAM | DDR5, DDR4, DDR3, DDR3L, DDR2 2 |
| Low power DRAM | LPDDR5/5X, LPDDR4/4X, LPDDR3, LPDDR2 2 |
| Known Good Die | DDR4/3/2, LPDDR5/5X, LPDDR4/4X, LPDDR3, LPDDR2 2 |
| MCP | MCP and eMCP LPDDR2/3/4X, uMCP LPDDR4X 2 |
| Modules | SODIMM, CSODIMM, UDIMM, CUDIMM, RDIMM, LPCAMM2 2 |
| Elixir | Nanya's own consumer module brand: DDR4, DDR3, DDR3L 2 |
DeeperThe detail
That range says most of what there is to say about Nanya's position. It still ships DDR2 and LPDDR2, generations the big three left behind years ago, with densities "ranging for 512Mb through 16Gb" 2 — and at the same time ships RDIMM and LPCAMM2, which are current server and mobile module formats 2. Its shipping DDR5 today is 16Gb DDR5-5600 in three package widths, with industrial-temperature variants at −40C to 95C and −40C to 105C, and a longer list of parts still in development, the fastest of them rated 8000Mbps 18.
DDR5 is still a minority of the business: as of the first quarter of 2026, "NTC currently generates approximately 10% of its revenue from DDR5" 19.
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The "specialty DRAM maker" label often applied to Nanya is going stale, and Nanya's own numbers are the evidence. Its second-quarter 2026 materials state that "AI infrastructure and servers contribute >20% of revenue" 20, with the results release putting the same figure on the first half 21. It has validated 128GB DDR5 RDIMM products 22, and reports that "customized AI UWIO memory has begun contributing initial revenue" 19.
Note also what Nanya does not call itself: this check found no instance of "specialty DRAM" or "consumer DRAM" in its own materials 1 2. The niche description is accurate as industry shorthand but is not Nanya's self-description, and the company is actively arguing the other way.
5.How it’s made
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Nanya names its processes "10nm-class" with generation letters, the same convention its larger rivals use.
- The published ladder runs 42nm (2010), 30nm (2011), 20nm pilot (2017), then 1A, 1B, 1C, 1D and 1E 7 23.
- 2021: "First-generation 10nm class process technology (1Anm) pilot run" 7.
- Its current shipping node is 1B: "1B 16Gb DDR5-5600 shipment reaches 10%" as of October 2025 5.
DeeperThe detail
Nanya's own description of the 1B step: "the design and pilot production of the 16Gb DDR5 products manufactured by our second generation 10nm-class technology (1B) has been completed, and the goal is to enter mass production in 2024" 1. That page is stale — it still carries the 2024 target — and the later investor materials are the current record 5.
A naming caution: "16nm" is sometimes attributed to Nanya in third-party coverage, but this check found no Nanya document using that term 7 1. Its public ladder goes 20nm, then 1A onward.
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The significant recent change is EUV. Nanya operated for years without extreme-ultraviolet lithography, and in August 2026 its board resolved that Fab 5A will run "10nm-class technology (i.e. 1C, 1D and 1E) and EUV" 23, with the quarterly deck confirming "1C/1D/1E/EUV development on schedule" 20. The intent goes back further than the resolution: the 2022 groundbreaking release said "An independent building with extreme ultraviolet (EUV) lithography equipment will be also established for future advanced process" 15.
What Nanya has not announced is a tool order. This check found no official statement that it has purchased EUV scanners from ASML 23 20, so the accurate formulation is that Nanya has committed to deploying EUV at Fab 5A, not that it has confirmed buying the machines. Separately, Nanya is researching what comes after conventional scaling: a 2024 milestone records that it "Collaborates with Kioxia to Develop Vertical Channel Transistor DRAM Technology" 7.
6.Where it’s made: fabs and addresses
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Nanya manufactures in Taiwan, at Taishan District, New Taipei City — on the same street as its head office.
| Site | What is published |
| Fab 3A and 3A-N | "No.98&115 Nanlin Road, Taishan District, New Taipei City 243"; 130,000 m²; over 3,500 workers 4 |
| Fab 5A (building) | Nanlin Technology Park, New Taipei City; wafer input from 2H 2027 15 23 |
| Headquarters | No. 98, Nanlin Rd., Taishan Dist, New Taipei City 243 10 |
Nanya's own website publishes no fab list, addresses or capacities. The site detail above comes from an independent water-stewardship certification audit of the fabs 4.
DeeperThe detail
Fab 5A is the largest thing Nanya has ever done. Announced in 2022 at "approximately NT$300 billion to build an advanced fab with a double-deck cleanroom", in three phases "to reach approximately 45,000 wafer capacity per month" 15, it was re-scoped and re-costed by the board in August 2026.
The August 2026 resolutions: 2026 capital expenditure raised from NT$52.0 billion to "up to NT$69.7 billion"; capital expenditure of "up to NT$346.6 billion for 2026-2029" approved; total project cost "approximately US$16 billion"; planned full capacity "45,000 WSPM"; "wafer input commencing in the second half of 2027"; and a ramp of "30,000 WSPM in 2028 and 35,900 WSPM in 2029" 23.
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Three different total-investment figures circulate for Fab 5A and all three are Nanya's own, with different scopes. NT$300 billion is the 2022 estimate 15; NT$346.6 billion is the board-approved 2026–2029 window only; and approximately US$16 billion is the total to full 45,000 WSPM capacity 23. Quoting any one of them without its scope produces a misleading number.
Construction is on schedule by Nanya's current account: "The new fab is also progressing on schedule, with equipment installation planned for the first quarter of 2027" 19. Read against the original announcement, though, the schedule has moved a long way: the 2022 groundbreaking release said "The construction is scheduled to be completed by 2025" 15, where wafer input is now set for the second half of 2027 23 — roughly a two-year slip, visible by comparing Nanya's own two statements. Beyond Fab 5A, Nanya issued a statement in August 2026 confirming only that it "continue[s] to work with the relevant authorities and assess potential sites for future expansion", and that new fab decisions will be disclosed as required 24 — specific locations reported in the press are not confirmed by that statement.
7.How the memory works
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DRAM holds each bit as a charge in a capacitor that leaks, so it is refreshed constantly and loses everything when the power goes. Every DRAM maker is solving the same problem: keep the capacitor readable as it gets smaller 2.
DeeperThe detail
What distinguishes Nanya technically is less the physics than the breadth. Making DDR2 and DDR5 in the same company means running old and new processes side by side, and serving customers whose products last a decade — which is why the DDR5 catalogue carries industrial grades at −40C to 105C alongside the commercial 0C to 95C parts 18. Known Good Die and multi-chip packages exist for the same reason: customers embedding memory into their own packages rather than buying finished modules 2.
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Nanya's own read of where memory demand is going is unusually quantified for a company of its size. Its second-quarter 2026 materials describe "AI-driven structural change…mitigating memory market cyclicality", expect "Supply tightness…to persist over the next several quarters", and note "Multi-year LTAs aligning supply-demand expectations" 20 — long-term agreements, the same instrument Micron, Kioxia and SanDisk each described in their own terms. A smaller maker signing multi-year contracts in a shortage is trading peak pricing for the visibility it needs to justify a US$16 billion fab 23.
9.Official pricing
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Nanya publishes no chip prices. Its product pages carry part numbers, densities, speeds, packages and temperature grades, and no figures; sales run through regional offices and authorised distributors 2 26.
Its consumer module brand, Elixir, is priced by retailers rather than by Nanya 2.
DeeperThe detail
What Nanya does publish, quarterly and in its own words, is how average selling prices have moved — and in 2025–26 those statements track the upcycle precisely. Fourth quarter 2024: "average selling prices decreased by low-teens percent and bit shipment decreased by high-single digit percent quarter over quarter" 27. Fourth quarter 2025: "average selling prices (ASP) increased by more than thirties percent" — Nanya's own wording, printed as shown 22. First quarter 2026: "average selling prices (ASP) increased by more than seventy percent" while bit shipment declined slightly 19.
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Those ASP statements are the most legible price series any maker in this section publishes, because they come quarterly, in plain language, from a company small enough that the whole business moves with the market. Read alongside the monthly revenue disclosures 8, they give an outside observer a closer view of DRAM pricing than Samsung's division-level reporting or Micron's fiscal-quarter aggregates allow.
10.The HBM position
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Nanya does not make standard HBM for AI accelerators, and is not a supplier to that market. It is building something adjacent: customized ultra-high-bandwidth memory for edge AI, which its own slides call "customized HBM" 5 28.
DeeperThe detail
In Nanya's investor materials, HBM mostly appears as market context rather than as a Nanya product — but not purely as someone else's business. Its own slide reads "AI and general-purpose servers continue to drive strong demand for HBM and RDIMM" 20, and RDIMM is a product Nanya ships and has validated at 128GB 22. The sharper line is the other one: "Major suppliers reduce DDR4/LPDDR4 and shift capacity to HBM/DDR5/LPDDR5" 5 — Nanya's competitive thesis in a sentence, that as the big three move capacity to HBM they vacate the segments it serves.
But the same October 2025 deck also states: "Development of TSV/DDP technology and customized HBM is on track" 5 — Nanya using the words "customized HBM" about its own roadmap, with TSV being the through-silicon-via stacking that HBM depends on.
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The vehicle is a joint venture. In August 2025 Nanya and Etron Technology announced plans to establish "a new joint venture dedicated to AI memory design services", capitalised at NT$500 million and owned 80% by Nanya and 20% by Etron, headquartered in Hsinchu City 28. Its purpose is to leverage "NTC's advanced process node and fab capacity to deliver optimized designs of customized ultra-high-bandwidth memory solutions", aimed at "the growing demands of edge AI applications" 28. An earlier step in the same direction is recorded in the 2024 milestones: "Invest in PieceMakers to Develop Customized Ultra-high-bandwidth Memory" 7.
It has started earning: "customized AI UWIO memory has begun contributing initial revenue" 19. What Nanya has never said is whether it intends to enter the standard HBM market — this check found no statement either way, and this page asserts neither 20 28.
11.Who buys it and why
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Nanya groups its markets as Home & Entertainment, Office & Enterprise, Mobile & Portable, Industrial and Automotive 1, selling through regional offices in Taiwan, the United States, Japan, Germany and China, plus authorised distributors 29 26.
DeeperThe detail
The most striking recent development is who bought into the company rather than who buys from it. In March 2026 Nanya announced that "Kioxia Corporation has subscribed for 70,000,000 common shares in NTC's private placement, at a subscription price of NT$ 223.9 per share", with proceeds "used to invest in NTC's factory facilities and production equipment for advanced memory manufacturing to address the surge in computational demand driven by next-generation AI" 13.
Kioxia is a NAND maker. A flash company taking an equity stake in a DRAM company, explicitly to fund its manufacturing expansion, is a supply-security move rather than a financial one — the same logic that has memory buyers everywhere signing multi-year agreements 13 20.
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Reporting describes a larger placement with several participants and an aggregate in the billions of dollars, but this check verified only the Kioxia subscription from a Nanya document 13 — so no total, and no list of other investors, is stated here.
On the demand side, Nanya's own disclosure is that AI infrastructure and servers passed 20% of revenue in the first half of 2026 21 20 — a company whose reputation rests on legacy parts now earning a fifth of its money from the newest segment in the industry.
12.Hidden in plain sight
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Nanya lost money as recently as 2024 and is now earning more in a single half-year than it made in revenue across all of that year. The swing is visible in its own filings, quarter by quarter, because Taiwanese law makes it publish them 27 20.
DeeperThe detail
| Period | Gross margin | Result |
| Q4 2024 | −10.6% | Net loss NT$1,574 million 27 |
| Full year 2024 | — | Net loss NT$5,083 million; EPS NT$−1.64 27 |
| Q3 2025 | 18.5% | "Q3'25 turn profitable"; EPS NT$0.50 5 |
| Q4 2025 | 49.0% | Net income NT$11,083 million 22 |
| Q1 2026 | 67.9% | Net income NT$26,058 million; EPS NT$8.41 19 |
| Q2 2026 | 79.5% | Net income NT$50,192 million; EPS NT$14.66 21 |
Full year 2024 was a net loss of NT$5,083 million 27; full year 2025 a net profit of NT$6,603 million 22; and the first half of 2026 alone a net profit of NT$76.25 billion with EPS of NT$23.38 20.
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A gross margin moving from −10.6% to 79.5% in six quarters 27 21 is what a commodity cycle looks like from inside a company with no other business to cushion it. Nanya makes DRAM and nothing else — no NAND, no logic, no foundry — so its results are close to an unhedged read on the DRAM price.
That is also the argument for reading this page alongside the others. Samsung reports memory inside a division that also contains logic and foundry; Micron's fiscal year ends in a different month from everyone else's; Kioxia's quarterlies are hard to reach. Nanya publishes, monthly, a number that moves almost purely with DRAM 8. For anyone trying to see the cycle itself rather than a company's management of it, Nanya is the clearest instrument in this section.
13.Weak spots
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- Fully exposed to one commodity — DRAM only, no other business to offset the cycle 1.
- A tenth the size of the leaders, committing US$16 billion to stay in the game 23.
- Not in standard HBM, the segment absorbing its rivals' capacity and margin 20.
DeeperThe detail
The Fab 5A commitment is the concentrated version of the risk. Approximately US$16 billion for 45,000 wafers a month, with wafer input from the second half of 2027 and the ramp running through 2029 23 — capital committed at the top of a cycle for capacity arriving after it. Nanya's mitigation is stated: multi-year long-term agreements to align supply and demand expectations 20, and the private placement that brought outside capital in 13. Whether that is enough is the open question, and Nanya's own recent history of losses in 2024 is the reason to ask it 27.
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Two narrower gaps. Nanya publishes no current capacity and no market share 1, so its scale relative to competitors can only be estimated from outside. And its public archive is unusually hard to use: index pages on nanya.com are rendered in the browser and return nothing to a fetcher, individual releases are reachable only by direct identifier, and older items redirect to current ones — which is why this page can document the 2008 pivot to Micron from Micron's SEC filing 14 but cannot document what Qimonda's 2009 collapse did to Nanya from any source at all 7.
Nanya also disclosed, in August 2026, that it was responding to the arrest of an engineer over alleged trade-secret theft for employment in China, stating that it "strictly enforces a zero-tolerance policy against any infringement or unauthorized use" of its intellectual property 24.
14.India angle
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Nanya has no India presence. Its five sales locations are Taiwan, the United States, Japan, Germany and China 29.
DeeperThe detail
The published list, verbatim: Taiwan at "No. 98, Nanlin Rd., Taishan Dist, New Taipei City"; Americas at "1735 Technology Drive, Suite 400, San Jose, CA 95110"; Japan and Korea at a Minato-ku, Tokyo address; EMEA at "Pempelforter Str. 50, 40211 Duesseldorf, Germany"; and China at a Nanshan District, Shenzhen address 29. There is no India entry, and this check found no Nanya statement, investment, office or plan concerning India in its contact pages, milestone timeline, annual report or any 2025–26 release 29 7 9.
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That makes seven of the eight makers documented in this section so far with no India manufacturing. Micron is the only one with a plant there, and that plant does assembly and test rather than wafer fabrication.