PPLN Λ = 6.82 µm · 1064 → 532 nm · 2 px/µm

8.2 Who grows, slices, fabs, and builds

L1 Ecosystem by stage and region

25 entries, grades F, V, T

Crystal growers that list LN or LT on their own product pages include Sumitomo Metal Mining and Shin-Etsu (LT only) F. One supplier, NanoLN, is named in 50 of the 56 published TFLN/TFLT papers that state where their wafers came from derived. Since 2023, companies and institutes in China, the US, Europe, and Taiwan have announced thin-film LN production or pilot foundry lines (8.3).

StageUSCAEU/CHUKCNJPTW
Crystal
Thin-film wafer
Foundry
Device
PPLN
Quantum / computing
HyperLightUnited States
  • Foundry Volume production on 6" and 8" with UMC and Wavetek (2026-03); UMC release read via trade press 2026-03-11T/C
  • Device US$80 M Series C led by MediaTek (2026-06-18); 200 G/lane products available, 400 G/lane sampling 2026-06-18F/V

Hover or focus a stage name: its companies invert, the same companies in other stages or regions get a solid outline. + = company appears in more than one cell. Select a tag for its facts.

HyperLightUnited States
  • Foundry Volume production on 6" and 8" with UMC and Wavetek (2026-03); UMC release read via trade press 2026-03-11T/C
  • Device US$80 M Series C led by MediaTek (2026-06-18); 200 G/lane products available, 400 G/lane sampling 2026-06-18F/V

L2 Entries

page read on the access date
StageCompanyRegionVerified factDateGrade
CrystalSumitomo Metal MiningJPLT and LN crystals; 4" and 6" wafers for SAWpage accessed 2026-10-24F
CrystalShin-Etsu ChemicalJPLT crystals and wafers, 4" and 6"page accessed 2026-10-24F
CrystalTDG Holding (Tiantong, SSE 600330)CN8-inch LN "in mass production" (statement); 2029 wafer plan (roadmap); states it does not make optical modules2026-06-03F/V
CrystalNanzhi Xincai (Suzhou)CNFounded 2021-12 on a Nanjing University team; LN/LT crystal materials; Pre-A round over CNY 100 M2026-06-17T/V
Thin-film waferNanoLN (Jinan Jingzheng Electronics)CNLNOI and LTOI, 300-900 nm filmspage accessed 2026-10-24F
Thin-film waferNanoLN (Jinan Jingzheng Electronics)CNInvestors include Huawei Hubble; preparing an IPO; strategic investment from Shandong Hi-Speed (2026-04)2026-06T
Thin-film waferSoitecEU/CHPOI LT6 / LT8 / LN6 for RF filters; 150 mm LNOI for CCRAFT (2025-06)2025-06-25F/T
Thin-film waferELENA consortium (EU H2020)EU/CHClaims the first European commercial LNOI substrates (150 mm); states the prior chain "depended on a single commercial supplier outside the EU"; project ended 2025-062025-06-23T/V
FoundryHyperLightUSVolume production on 6" and 8" with UMC and Wavetek (2026-03); UMC release read via trade press2026-03-11T/C
FoundryUMC / WavetekTWFoundry partner of HyperLight for volume TFLN production on 6" and 8" (2026-03)2026-03-11T/C
FoundryCCRAFTEU/CHMPW runs CLN600-Core / CLN600-Plus, 150 mm; targets 12 M chips per year and up to 2,000 wafers per month by 20302026-07-02T/V
FoundryLightiumEU/CHDesign, foundry, and packaging services; US$7 M seed (reported 2024-09-20)2024-09-20T/V
FoundryLigentec + X-FABEU/CHTFLN-on-SiN and TFLN-on-SOI at 200 mm inside X-FAB2026-01-19F
FoundryQuantum Computing Inc.USTFLN foundry; first foundry order announced 2024-11-132024-11-13T/V
FoundryCHIPX (Wuxi, SJTU)CN6" pilot line; first 6" TFLN wafer reported 2025-06-092025-06-09T
FoundryAnpai OptoelectronicsCNAt Jiufengshan Laboratory; reported "world's first 8-inch TFLN line", completed 2023-09 (reporter claim)2023-09T
DeviceHyperLightUSUS$80 M Series C led by MediaTek (2026-06-18); 200 G/lane products available, 400 G/lane sampling2026-06-18F/V
DeviceAdvanced Fiber Resources (AFR)CNTFLN 130 GBd CDM in volume shipment (2025-04-07); 400 G/lane chip for 1.6T and 3.2T (ECOC 2025)2025-10-01F/V
DeviceMurataJPTFLN EO modulator in development (OFC 2026); states its high-frequency filters use LiNbO32026-03-10V
DeviceExail (formerly iXblue)EU/CHLN modulators since 2000; FOG integrated optical circuits; over 25,000 FOGs soldpage accessed 2026-10-24F/V
DeviceJiangsu Niobao Optoelectronics (Nanjing)CNTFLN modulator chips, full process in house (claim); Series C in progress (2026-06)2026-06-17T/V
PPLNCovesionUKMgO:PPLN crystals 460-6000 nm; in Hawthorn Photonics with AdvR (2025-06-05)2025-06-05F
PPLNAdvRUSLN and KTP waveguide frequency converters; joined Hawthorn Photonics (2025-06-05)2025-06-05F
Quantum / computingQ.ANTEU/CHEUR 62 M Series A (2025-07); TFLN-based photonic processors; "up to 30x" energy efficiency (vendor claim)2025-07-22T/V
Quantum / computingXanadu (with HyperLight)CATFLN waveguide loss < 2 dB/m and EO switch loss about 20 mdB, high-volume fab (2025-07-30)2025-07-30T/V

Corrections: PsiQuantum's Omega chipset uses barium titanate switches on SiN, not LN (grade C); Lumentum sold its LN modulator line to AFR in 2019 (C/T) and has no TFLN product found; no TFLN modulator announcement was found for Coherent Corp. (C).

Who fabricates published devices (atlas)

Fab facility and affiliation country of 105 TFLN/TFLT atlas papers derived: university and shared cleanrooms lead; commercial and foundry entries are few. A paper counts once per facility and once per country.

Facility (top 3, then commercial or national-lab entries)
Center of MicroNanoTechnology 7
Center for Nanoscale Systems 6
EPFL Institute of Physics cleanroom 5
Sandia National Laboratories 4
Chongqing United Microelectronics Center Co., Ltd 2
imec 2
LIGENTEC 2
Luxtelligence 2
CSEM 1
Liobate 1
Affiliation country (ISO code)
CN46
US37
CH16
DE10
BE 7
HK 6
SG 5
CA 3
JP 3
atlas eb97f96 · 2026-10-20 · fetched 2026-10-25 github.com/jwt625/eo-modulator-atlas, no license file upstream

L3 What "verified" means

  • "Verified" here means the page was opened and read on the access date; it does not mean the claim was checked independently (that is grade F for dated events and statements only).
  • Not shown, graded C (page not opened): Fujitsu Optical Components TF-LN CDM, Genuine Optics 3.2T, EOSPACE, Thorlabs, HC Photonics, NTT Innovative Devices, Liobate funding, Partow.
  • Not shown, graded LG (direction only): wafer price, supply gap, AFR margins, TDG 12-inch.
  • Company names are given in English as the company or the cited source writes them.

Status key

Vvendor datasheet; not traceable to a specific measurementderivedcomputed in the page from the listed inputs

Evidence grade

Ffact from a primary source opened and read (government data, filing, company release or product page)Vvendor claim about its own performance, capacity, or roadmap (read, not checked)Ttrade press, opened and readCseen only as a snippet or aggregator; page not openedLGlow grade (paywalled market teaser, investor forum, AI-assisted finance article): direction onlyEestimate by this site, assumptions stated

License

Code GPL-3.0. Data CC BY 4.0.
Source: github.com/jwt625/lithium-niobate

Pointer effects

Cursor trace: photorefractive index writing (4.1). IR dimming near the pointer: green-induced infrared absorption (4.4).

MZM bias

0π/2π2π 1 ms1 s1 ks1 Ms
Δφ/φ0 = +0.000, locked
lithium-niobate.com2026-10-25