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You can zoom in and out and view information on each type of characteristic diagram on the website.
| 2026.Apr.02 | Introduction of CXB700 New! |
| 2026.Mar.13 | Introduction of TAFD30L |
| 2026.Jan.06 | Introduction of FAD61 & MC-FAD61 |
| 2025.Nov.30 | Near infrared absorption (Color Compensating) Filter |
| 2025.Nov.20 | Introduction of LAF50 |
| 2025.Sep.01 | Excel Catalog Update |
| 2025.Jun.23 | Introduction of TAFD25L |
| 2025.Jun.23 | Introduction of MC-NBFD130L |
| 2025.Jun.02 | Introduction of FD300 |
| 2025.May.12 | Introduction of TAFD75-W |
| 2025.Apr.10 | Introduction of TAC6L |
| 2024.Nov.08 | Introduction of NBFD26 |
| 2024.Jun.14 | Introduction of MC-TAF115 |
| 2024.May.01 | Introduction of TAF48 |
| 2024.May.01 | Introduction of FDS165-W |
| 2024.May.01 | Introduction of MC-TAFD317 |
| 2024.Mar.18 | Introduction of TAFD45L |
| 2024.Mar.04 | Introduction of NBFD265 |
| 2024.Jan.05 | Introduction of FDS24-SW |
Data can be downloaded in each file format.
Optical Glass
| (1) | HOYA(excel file) | (Updated : 2026.Apr.01) |
| (2) | CODE V(dat file) | |
| (3) | ZEMAX(agf file) | (Updated : 2026.Mar.13) |
| ZEMAX(agf file) (include obsolete glasses) |
(Updated : 2026.Mar.13) | |
| (4) | OSLO(glc file) | (Updated : 2024.Feb.16) |
| (5) | TracePro(txt file) | (Updated : 2024.Feb.16) |
| (6) | Cooling velocity and refractive index by MC-glass types (excel file) |
(Updated : 2025.Nov.06) |
| ※ | Please download CODE V data from Optical Research Associates Website. | |
Near infrared absorption (Color Compensating) Filter
| (1) | C-Filter(excel file) | (Updated : 2026.Apr.02) |
| Catalog(PDF file) | (Updated : 2026.Apr.02) |
| C700 | CM700 | CU700 |
| CD700 | CXA700 | CXD700 |
| CXB700 |
HOYA's optical glass and high-precision polishing technology contribute to achieving three functions of diffraction grating type waveguides: ① wide field of view (FOV), ② high brightness, and ③ high light propagation efficiency.
This filter transmits light in a relatively narrow wavelength range, primarily in the blue wavelength range, and is named according to the wavelength at which its transmittance is highest.
It is used for three-color separation, wavelength selection, and color correction.
