Specialty Fibers
Fiber Bragg Gratings
Gyroscope Fibers
Special Fiber Applications

SPECIALTY FIBERS

The iXblue Fibers family of Specialty Fibers, Single Clad or Double Clad configuration are dedicated for your laser or amplifier designs. These fibers are produced as Active Fibers with an emission spectrum that covers a comprehensive wavelength range from 0.9 um to 2 um. Matching Passive Fibers to these Active Fibers facilitates product integration. Newly developed Er and Yb-doped Radiation Hardened (Rad Hard) Fibers have battle-tested in many space missions.

Active Fibers
Passive Fibers
Rad Hard Fibers

Active Fibers

The iXblue Fiber family of Active Fibers includes Er, Yb, Tm, Ho, Nd, Er/Yb and Tm/Ho doped fibers. Single-clad (SC) or double-clad (DC) fiber configurations are dedicated for your laser or amplifier design. These fiber emission spectra cover a comprehensive wavelength range from 0.9 um to 2 um, matched Passive Fibers, and Radiation Hardened Fibers.

Neodymium (Nd) Doped Fibers at 0.9µm

iXblue Neodymium Aluminosilicate double-clad fibers ( NDCF) have been developed to maximize fiber efficiency through precisely controlled host composition. Compared to standard Neodymium fiber, the 1.06-micron emission is reduced due to careful design. Our NDCFs are routinely tested to various parameters such as photo darkening and environmental behavior

Single Clad Fibers

IXF-NDF-3-125-HD: 3 µm core diameter Core NA: 0.26 +/- 0.02
Cladding diameter (μm): 125 +/- 2

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IXF-NDF-PM-3-125-HD: 3 µm core diameter  PM Panda structure Core NA: 0.26 +/- 0.02
Cladding diameter (μm): 125 +/- 2

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Double Clad Fibers

IXF-2CF-Nd-O-5-125-D: 4 µm core diameter Core NA: 0.14
Cladding diameter (μm): 125 +/- 3

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IXF-2CF-Nd-PM-5-80-W: 4.5 µm core diameter PM Panda structure Core NA: 0.16 Cladding diameter (μm): 80 +/- 3

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IXF-2CF-Nd-PM-20-80-V2: 20 µm core diameter PM Panda structure Core NA: 0.065 Cladding diameter (μm): 80 +/- 3

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IXF-2CF-Nd-PM-30-130: 30 µm core diameter PM Panda structure Core NA: 0.05 Cladding diameter (μm): 125 +/- 3

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Ytterbium (Yb) Doped Fiber @ λ = 1µm

Ytterbium-doped fiber (YDF) is a critical component ideal for high-power laser & amplifiers. iXblue has developed a full range of YDF dedicated to optimize the performance of fiber lasers and amplifiers. These YDF have high brightness single-mode cores, low background losses and large mode areas with low NA.

Single Clad Fibers

IXF-YDF-6-125: 6 µm core diameter Highly Doped Core NA: 0.12
Cladding diameter (μm): 125 +/- 1 Core absorption @ 915nm (dB/m): 70 +/- 5

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IXF-YDF-7-125: 7 µm core diameter Core NA: 0.11
Cladding diameter (μm): 125 +/- 1 Core absorption @ 915nm (dB/m): 25 +/- 5

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IXF-YDF-PM-5-125: 5 µm core diameter PM Panda structure Core NA: 0.13 Cladding diameter (μm): 125 +/- 1
Core absorption @ 915nm (dB/m): 25 +/- 5

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IXF-YDF-PM-6-125: 6 µm core diameter  PM Panda structure Highly Doped Core NA: 0.12 Cladding diameter (μm): 125 +/- 1 Core absorption @ 915nm (dB/m): 75 +/- 5

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Double Clad Fibers

IXF-2CF-Yb-O-6-130: 6 µm core diameter Optimized for CW operations Core NA: 0.14
Cladding diameter Flat/Flat (μm): 125 +/- 3

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IXF-2CF-Yb-O-6-130-PF: 6 µm core diameter Optimized for pulse applications Operating wavelength < 1090 nm Core NA: 0.20
Cladding diameter Flat/Flat (μm): 125 +/- 3

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IXF-2CF-Yb-O 8-130-PF: 8 µm core diameter Core NA: 0.09
Cladding diameter Flat/Flat (μm): 125 +/- 3

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IXF-2CF-Yb-O-10-130: 10 µm core diameter Core NA: 0.10
Cladding diameter Flat/Flat (μm): 125 +/- 3

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IXF-2CF-Yb-O-11-130-CL: 11 µm core diameter Large Mode Area (LMA) fiber Core NA: 0.08
Cladding diameter Flat/Flat (μm): 125 +/- 3

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IXF-2CF-Yb-O-20-130-NL: 20 µm core diameter Core NA: 0.07
Cladding diameter Flat/Flat (μm): 125 +/- 3

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IXF-2CF-Yb-PM-6-130: 6 µm core diameter Optimized for CW operations Core NA: 0.14
Cladding diameter Flat/Flat (μm): 125 +/- 3

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IXF-2CF-Yb-PM-6-130-NH: 6 µm core diameter Optimized for CW operations, operating wavelength < 1090nm Core NA: 0.14
Cladding diameter Flat/Flat (μm): 125 +/- 3

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IXF-2CF-Yb-PM-10-130: 10 µm core diameter Core NA: 0.10
Cladding diameter Flat/Flat (μm): 125 +/- 3

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IXF-2CF-Yb-PM-11-130-CL: 11 µm core diameter Large Mode Area (LMA) fiber Core NA: 0.08 Cladding diameter (µm) 130 +/- 3

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Large Mode Area Fibers

IXF-VLMA-40-235-PM-YB: 40 µm core diameter Very large mode area Core NA: 0.045

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Erbium (Er) Doped Fiber @ λ = 1.5µm

Erbium-doped fiber (EDF) is Ideal for C & L Band fiber amplifiers. High-efficiency EDF features Low Noise Figure (NF) and Flat Gain Transmission Bandwidth. It comes with a 125um cladding diameter along with a 245um coating diameter. iXblue’s Erbium-Doped Fiber (EDF) products have been designed to fulfill particular requirements for a large diversity of applications.

IXF-EDF-FGC-980-L1: C Band 4 dB/m absorption at 1530 nm
Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): < 970

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IXF-EDF-FGC-980-L2: C Band 5 dB/m absorption at 1530 nm
Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): < 970

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IXF-EDF-FGC-980-L3: C Band 6 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): < 970

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IXF-EDF-FGC-1480 :  C Band 8 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): 1200 +/- 100

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IXF-EDF-FGL-L1: C & L Band 22.5 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2
Cutoff wavelength (nm): < 1300

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IXF-EDF-FGL-L2: C & L Band 27.5 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2
Cutoff wavelength (nm): < 1300

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IXF-EDF-FGL-L3: C & L Band 35 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2
Cutoff wavelength (nm): < 1300

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IXF-EDF-FGL-80: C & L Band 27.5 dB/m absorption at 1530 nm 80 µm cladding diameter Cutoff wavelength (nm): < 1300

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IXF-EDF-SHD-L1: Ase Source 12 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): < 1150

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IXF-EDF-SHD-L2: Ase Source 16 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): < 1150

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IXF-EDF-HD: Highly Doped 75 dB/m absorption at 1530 nm
Cladding Diameter: 125 +/- 2 Cutoff Wavelength: < 970

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IXF-EDF-FGC-980-PM: C Band 5.5 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): < 970

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IXF-EDF-FGC-1480-PM: C Band 8 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): < 1400

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IXF-EDF-FGL-PM-L1: C & L Band 18 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): < 1300

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IXF-EDF-FGL-PM-L2: C & L Band 24 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): < 1300

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IXF-EDF-FGL-PM-L3: C & L Band 30 dB/m absorption at 1530 nm Cladding diameter (µm): 125 +/- 2 (80 available)
Cutoff wavelength (nm): < 1300

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IXF-EDF-HD-PM: Highly Doped 75 dB/m absorption at 1530 nm Cladding diameter: 125 +/- 2 Cutoff wavelength: < 970

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Erbium-Ytterbium (ErYb) Co-Doped Fiber @ λ = 1.5µm

Erbium/Ytterbium co-doped fiber (EYDF) is a critical component ideal for high-power laser & amplifiers. iXblue has developed a full range of EYDF dedicated to a optimize the performance of fiber lasers and amplifiers. These EYDF have high brightness single-mode cores, low background losses and large mode area with low NA.

Double Clad Fibers

IXF-2CF-AG-EY-O-5-105-125-HTC: 5 µm core diameter All Glass
High Temperature Coating  Core NA: 0.19 +/- 0.02
Cladding diameter (μm): 125 +/- 3

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IXF-2CF-EY-O-6-130-LNF-L1: 6µm core diameter 30 dB/m absorption at 1536 nm  Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-O-6-130-LNF-L2: 6µm core diameter 40 dB/m absorption at 1536 nm  Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-AG-EY-O-9-105-125-HTC: 8.5µm core diameter All Glass High Temperature Coating  Core NA 0.14 +/- 0.015
Cladding diameter (μm): 125 ± 3

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IXF-2CF-EY-O-10-130: 10 µm core diameter  Core NA: 0.19 ±0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-O-12-130-L1: 12µm core diameter 45 dB/m absorption at 1536 nm  Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-O-12-130-L2: 12 µm core diameter 55 dB/m absorption at 1536 nm  Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-O-12-130-L3: 12 µm core diameter 70 dB/m absorption at 1536 nm  Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-O-12-130-POP: 12 µm core diameter Pulse Application Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-O-12-130-HPA : 12 µm core diameter high power Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-O-17-130-L1: 17 µm core diameter 4.5 dB/m absorption at 915 nm Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-O-17-130-L2: 17 µm core diameter 5.5 dB/m absorption at 915 nm

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IXF-2CF-EY-O-25-250: 25 µm core diameter Core NA: 0.08 +/- 0.01 Cladding diameter flat/flat (µm): 250 +/- 10

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IXF-2CF-EY-O-30-300: 30 µm core diameter Core NA: 0.09 +/- 0.01Cladding diameter flat/flat (µm): 300 +/- 10

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IXF-2CF-EY-PM-6-130-LNF-L1: 6 µm core diameter > 25 dB/m absorption at 1536 nm Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125

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IXF-2CF-EY-PM-6-130-LNF-L2: 6 µm core diameter 40 dB/m absorption at 1536 nm Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125

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IXF-2CF-EY-PM-12-130-L2: 12 µm core diameter 55 dB/m absorption at 1536 nm Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-PM-12-130-L3: 12 µm core diameter 70 dB/m absorption at 1536 nm Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-PM-12-130-0.10: 12 µm core diameter 65 dB/m absorption at 1536 nm Core NA: 0.10 +/- 0.01
Cladding diameter flat/flat (µm): 125 +/- 3

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IXF-2CF-EY-PM-12-130-HPA: 12 µm core diameter High Power Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 210 +/- 17

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IXF-2CF-EY-PM-15-160: 15 µm core diameter Core NA: 0.19 +/- 0.02 Cladding diameter flat/flat (µm): 160 +/- 3

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IXF-2CF-EY-PM-25-250: 25 µm core diameter Core NA: 0.085 +/- 0.005Cladding diameter flat/flat (µm): 250 +/- 10

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IXF-2CF-EY-PM-30-300: 30 µm core diameter Core NA: 0.08 +/- 0.005 Cladding diameter flat/flat (µm): 300 +/- 10

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IXF-2CF-MC12-EY-6: 12 cores Er/Yb co-doped

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Triple Clad Erbium-Ytterbium (ErYb) Co-Doped Fibers

IXF-3CF-EY-O-5-105-125: 5 µm core diameter Core NA: 0.19
Cladding diameter flat/flat (µm): 105 +/- 3

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IXF-3CF-EY-O-8-80-95: 8.5 µm core diameter Core NA: 0.19
Cladding diameter (μm): 180 +/- 15

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Holmium and Thulium Doped Fibers @ λ = 2µm

High power lasers @ 2 microns needs reliable Thulium-doped fiber (TDF) and Holmium-doped fiber (HDF). iXblue carries a full range of Thulium, Holmium and Thulium- Holmium co-doped optical fibers for the design of efficient fiber amplifiers and fiber lasers. iXblue’s TDF and HDF products have been developed in single-clad configuration for core pumping and in double-clad configuration for clad pumping. Both TDF and HDF are available in standard or Polarization Maintaining (PM) Fiber versions.

Single Clad Holmium or Thulium Fibers

IXF-HDF-8-125: Holmium doped, 8 µm core diameter Core NA: 0.16 Cladding diameter (μm): 125 +/- 2

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IXF-HDF-PM-8-125: Holmium doped, 8 µm core diameter PM Panda structure Core NA: 0.16 Cladding diameter (μm): 125 +/-2

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IXF-HDF-PM-20-250: Holmium doped ,20µm core diameter PM Panda structure Core NA: 0.08 Cladding diameter (μm): 250 +/-2

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IXF-TDF-4-125: Thulium doped, 4 µm core diameter Photosensitive Core NA: 0.27 Cladding diameter (μm): 125 +/- 2

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IXF-TDF-5-125: Thulium doped, 5 µm core diameter Core NA: 0.25 Cladding diameter (μm): 125 +/- 2

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IXF-TDF-5-125-HD: Thulium doped, 5µm core diameter Highly doped for resonant pumping @1560 nm Core NA: 0.17
Cladding diameter (μm): 125 +/- 2

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IXF-TDF-PM-5-125: Thulium doped, 5 µm core diameterCore NA: 0.25 Cladding diameter (μm): 125 +/- 2

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Double Clad Thulium Fibers

IXF-2CF-Tm-O-6-130 : Thulium doped, 6 µm core diameterCore NA: 0.22 Cladding diameter (μm): 125 +/- 3

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IXF-2CF-Tm-O-10-130: Thulium doped, 10 µm core diameter Core NA: 0.14 Cladding diameter (μm): 125 +/- 3

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IXF-2CF-Tm-O-12-130: Thulium doped, 12 µm core diameter  Core NA: 0.14 Cladding diameter (μm): 125 +/- 3

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IXF-2CF-Tm-O-20-250: Thulium doped, 20µm core diameter Moderate Tm concentration adapted for lower wavelength range 1900-1940nm. Core NA: 0.09 Cladding diameter (μm): 250 +/- 5

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IXF-2CF-Tm-O-25-250: Thulium doped, 20µm core diameter Moderate Tm concentration adapted for lower wavelength range 1900-1940nm Core NA: 0.08 Cladding diameter (μm): 250 +/- 5

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IXF-2CF-Tm-O-25-250-HD: Thulium doped, 25 µm core diameter Highly doped Thulium concentration for lasing wavelength above 1940 nm Core NA: 0.09 Cladding diameter (μm): 250 +/- 10

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IXF-2CF-Tm-O-25-400-0.07: Thulium doped, 25 µm core diameter 0.07 NA Highly doped Thulium concentration, Cladding diameter (μm): 400 +/- 10

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IXF-2CF-Tm-O-25-400-0.10: Thulium doped, 25 µm core 0.1 NA Cladding diameter (μm): 400 +/- 10

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IXF-2CF-Tm-PM-6-130: Thulium doped, 6 µm core diameter Core NA: 0.22Cladding diameter (μm): 125 +/- 3

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IXF-2CF-Tm-PM-10-130: Thulium doped, 10 µm core diameter Core NA: 0.14 Cladding diameter (μm): 125 +/- 3

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IXF-2CF-Tm-PM-20-250: 20 µm core diameter highly doped Thulium concentration for lasing wavelength above 1940 nm Core NA: 0.09 Cladding diameter (μm): 250 +/-10

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IXF-2CF-Tm-PM-20-300: Thulium doped, 20 µm core diameter Core NA: 0.08 Cladding diameter (μm): 300 +/- 10

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Double Clad Thulium/Holmium co-doped Fibers

IXF-2CF-TmHo-O-6-130: 6 µm core diameter Core NA: 0.22 Cladding diameter (μm): 125 +/- 3

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IXF-2CF-TmHo-PM-6-130: 6 µm core diameter PM Panda structure Core NA: 0.22 Cladding diameter (μm): 125 +/- 3

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IXF-2CF-TmHo-PM-20-300: 20 µm core diameter PM Panda structure Core NA: 0.09 Cladding diameter (μm): 300 +/- 10

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IXF-2CF-TmHo-PM-25-300: 25 µm core diameter PM Panda structure Core NA: 0.09 Cladding diameter (μm): 300 +/- 10

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Triple Clad Thulium or Holmium doped Fibers

IXF-3CF-Ho-O-20-250-300: Holmium doped ,20 µm core diameter Core NA: 0.08Cladding diameter (µm): 300 +/- 3

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IXF-3CF-TmHo-PM-18-270-300: 18 µm core diameter PM Panda structure Core NA: 0.09

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Passive Fibers

iXblue’s passive fibers find their use in standard to harsh environment, from biotechnology to oil & gas or nuclear applications. Our passive fiber product line includes a range of polarization-maintaining fibers, single and multi modes fibers, photosensitive fibers and double-clad fibers. iXblue’s single-mode fibers have been designed to offer low-loss transmission with minimal degradation in challenging applications from short wavelength to near IR and with dedicated coating and core glass composition for high temperatures or harsh environments.

Single Clad Passive Fibers

IXF-PAS-4-130-0.14: 4 µm core diameter Core NA: 0.14 +/- 0.02
Cladding diameter (μm): 125 +/- 3

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IXF-PAS-6-130-0.21: 6 µm core diameter Core NA: 0.21
Cladding diameter (μm) 125 +/- 3

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IXF-PAS-10-130-0.10: 10 µm core diameter Core NA: 0.10
Cladding diameter (μm): 125 +/- 3

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IXF-PAS-10-130-0.15: 10 µm core diameter Core NA: 0.15
Cladding diameter (μm): 125 +/- 3

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IXF-PAS-16-130-0.08: 16 µm core diameter Core NA: 0.08
Cladding diameter (μm): 125 +/- 3

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IXF-PAS-17-130-0.19: 17 µm core diameter Core NA: 0.19
Cladding diameter (μm): 125 +/- 3

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IXF-PAS-20-130-0.06: 20 µm core diameter Core NA: 0.065
Cladding diameter (µm): 125 +/- 3

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IXF-PAS-20-250-0.08: 20 µm core diameter Core NA: 0.08
Cladding diameter (μm): 250 +/- 5

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IXF-PAS-20-300-0.08: 20 µm core diameter Core NA: 0.08
Cladding diameter (μm): 300 +/- 10

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IXF-PAS-20-400-0.065: 20 µm core diameter Core NA: 0.065
Cladding diameter (μm): 400 +/- 10

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IXF-PAS-25-250-0.08: 25 µm core diameter Core NA: 0.08
Cladding diameter (μm): 250 +/- 5

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IXF-PAS-25-300-0.08: 25 µm core diameter Core NA: 0.08
Cladding diameter (μm): 300 +/- 10

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IXF-PAS-PM-6-130-0.21: 6 µm core diameter Core NA: 0.08
Cladding diameter (μm): 300 +/- 10

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IXF-PAS-PM-10-130-0.15: 10 µm core diameter Core NA: 0.15
Cladding diameter (μm): 125 +/- 3

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IXF-PAS-PM-12-130-0.17: 12 µm core diameter Core NA: 0.17
Cladding diameter (μm): 125 +/- 3

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IXF-PAS-PM-15-160-0.17: 15 µm core diameter Core NA: 0.17
Cladding diameter (μm): 160 +/- 3

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IXF-PAS-PM-20-250-0.08: 20 µm core diameter Core NA: 0.08
Cladding diameter (μm): 250 +/- 5

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IXF-PAS-PM-25-250-0.08: 25 µm core diameter Core NA: 0.08
Cladding diameter (μm): 250 +/- 5

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IXF-PAS-PM-25-300-0.08: 25 µm core diameter Core NA: 0.08
Cladding diameter (μm): 300 +/- 5

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IXF-PAS-PM-30-300-0.08: 30 µm core diameter Core NA: 0.08
Cladding diameter (μm): 300 +/- 10

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Double Clad Passive Fibers

IXF-2CF-PAS-4-130-0.14: 4 µm core diameter Core NA: 0.14 +/- 0.02 Cladding diameter (μm): 125 +/- 3

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IXF-2CF-PAS-5-80-0.19: 5 µm core diameter Core NA: 0.19 Cladding diameter (μm): 80 +/- 3

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IXF-2CF-AG-PAS-5-105-125-HTC: 5 µm core diameter All Glass High Temperature Coating Core NA: 0.19 Cladding diameter (µm): 125 +/- 3

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IXF-2CF-PAS-6-130-0.14: 6 µm core diameter Core NA: 0.14
Cladding diameter (μm): 125 +/- 3

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IXF-2CF-PAS-6-130-0.21: 6 µm core diameter Core NA: 0.17
Cladding diameter (μm): 125 +/- 3

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IXF-2CF-PAS-8-130-0.13: 8 µm core diameter Core NA: 0.13
Cladding diameter (μm): 125 +/- 3

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IXF-2CF-AG-PAS-9-105-125-HTC: 8.5 µm core diameter All Glass High Temperature Coating Core NA: 0.14 Cladding diameter (µm): 125 +/- 3

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IXF-2CF-PAS-10-130-0.10: 10 µm core diameter Core NA: 0.10
Cladding diameter (μm): 125 +/- 3

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IXF-2CF-PAS-10-130-0.15: 10 µm core diameter Core NA: 0.15 +/- 0.02 Coating diameter (µm): 245 +/- 15

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RFQ

IXF-2CF-PAS-11-130-0.08: 11 µm core diameter Core NA: 0.08 +/- 0.005Coating diameter (µm): 125 +/- 3

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RFQ

IXF-2CF-PAS-12-130-0.17: 12 µm core diameter Core NA: 0.17
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-15-130-0.10: 15 µm core diameter Core NA: 0.10
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-17-130-0.19: 17 µm core diameter Core NA: 0.19
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-20-80-0.07: 20 µm core diameter Core NA: 0.07
Cladding diameter (μm): 80 +/- 3

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RFQ

IXF-2CF-PAS-20-130-0.08: 20 µm core diameter Core NA: 0.08
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-20-250-0.08: 20 µm core diameter Core NA: 0.08
Cladding diameter (μm): 250 +/- 5

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RFQ

IXF-2CF-PAS-20-400-0.065: 20 µm core diameter Core NA: 0.065
Cladding diameter (μm): 400 +/- 10

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RFQ

IXF-2CF-PAS-25-130-0.08: 25 µm core diameter Core NA: 0.08
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-25-250-0.08: 25 µm core diameter Core NA: 0.08
Cladding diameter (μm) 250 +/- 5

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RFQ

IXF-2CF-PAS-25-250-0.10: 25 µm core diameter Core NA: 0.10
Cladding diameter (μm): 250 +/- 5

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RFQ

IXF-2CF-PAS-25-400-0.08: 25 µm core diameter Core NA: 0.08
Cladding diameter (μm): 400 +/- 10

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RFQ

IXF-2CF-PAS-25-400-0.10: 25 µm core diameterCore NA: 0.10
Cladding diameter (μm): 400 +/- 10

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RFQ

IXF-2CF-PAS-30-300-0.08: 30 µm core diameter Core NA: 0.085
Cladding diameter (μm): 300 +/- 10

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RFQ

IXF-2CF-PAS-PM-4-80-0.16-P: 4 µm core diameter Core NA: 0.16
Cladding diameter (μm): 80 +/- 3

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RFQ

IXF-2CF-PAS-PM-6-130-0.14: 6 µm core diameter Core NA: 0.14
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-PM-6-130-0.21: 6 µm core diameter Core NA: 0.21
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-PM-10-130-0.10: 10 µm core diameter Core NA: 0.10 Cladding diameter (μm) 125 +/- 3

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RFQ

IXF-2CF-PAS-PM-10-130-0.15: 10 µm core diameter Core NA: 0.15
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-PM-11-130-0.08: 11 µm core diameterCoreNA: 0.08 +/- 0.005
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-PM-12-130-0.10: 12 µm core diameter Core NA: 0.08 +/- 0.005
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-PM-12-130-0.17: 12 µm core diameter Core NA: 0.17
Cladding diameter (μm): 125 +/- 3

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RFQ

IXF-2CF-PAS-PM-15-160-0.17: 15 µm core diameter Core NA: 0.17
Cladding diameter (μm): 160 +/- 3

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RFQ

IXF-2CF-PAS-PM-20-80-0.07: 20 µm core diameter Core NA: 0.075
Cladding diameter (μm): 80 +/- 3

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RFQ

IXF-2CF-PAS-PM-20-300-0.08: 20 µm core diameter Core NA: 0.085
Cladding diameter (μm): 300 +/- 10

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RFQ

IXF-2CF-PAS-PM-25-250-0.08: 25 µm core diameter Core NA: 0.08
Cladding diameter (μm): 250 +/- 5

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RFQ

IXF-2CF-PAS-PM-25-300-0.08: 25 µm core diameter Core NA: 0.08
Cladding diameter (μm): 300 +/- 10

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RFQ

IXF-2CF-PAS-PM-30-300-0.08: 30 µm core diameter Core NA: 0.08
Cladding diameter (μm): 300 +/- 10

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RFQ

Triple Clad Passive Fibers

IXF-3CF-PAS-20-250-300-0.08: 20 µm core diameter Core NA: 0.08
Cladding diameter (μm): 300 +/- 3

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RFQ

IXF-3CF-PAS-PM-18-270-300-0.09: 18 µm core diameterCore NA: 0.09
Cladding diameter (μm): 270 +/- 5

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RFQ

Fibers for Raman Amplifiers

IXF-PDF-5-125: 1310 & 1550 operating wavelength
Core NA: 0.17Core to cladding concentricity: < 1

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RFQ

IXF-PDF-5-125-PM: 1310 & 1550 operating wavelength PM type
Core NA: 0.17 Core to cladding concentricity: < 1

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RFQ

Passive Multicore Doped Fibers

IXF-2CF-MC12-PAS-6: 12 cores passive

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RFQ

Rad Hard Fibers

The need for new earth and universe observation satellites is becoming more and more important, with new challenges in this very hostile space environment where components are exposed to ionizing radiation. Longer missions, very distant satellites for deep space sensing, and new telecommunication demands necessitate stronger photonic devices and components to withstand ionizing radiation. iXblue, with more than 20 flying navigation systems equipped with our fibers and components, has developed a strong experience in the qualification of such devices in collaboration with end-users.

Erbium Doped Single Clad Radiation Hardened Fibers

IXF-RAD-AMP-1: TRL 9 Rad Hard Space GradeAbsorption @980nm (dB/m): 8 +/-1 Absorption @1530nm (dB/m): 14 +/- 2
Cutoff wavelength (nm): < 1150

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N/A

RFQ

IXF-RAD-AMP-2: New generation Rad Hard Space Grade Absorption @980nm (dB/m): 17 +/- 2 Absorption @1530nm (dB/m): 25 +/- 3
Cutoff wavelength (nm): < 1150

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N/A

RFQ

IXF-RAD-AMP-3: State-of-the-art Rad Hard Space Grade Absorption @980nm (dB/m): 13.5 +/- 1.5 Absorption @1530nm (dB/m): 16 +/- 2 Cutoff wavelength (nm): < 1150

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N/A

RFQ

IXF-RAD-AMP-2-PM: PM-type Rad Hard Space GradeAbsorption @980nm (dB/m): 15.5 +/- 1.5 Absorption @1530nm (dB/m): 25 +/- 3 Cutoff wavelength (nm): < 1200

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N/A

RFQ

Erbium-Ytterbium (ErYb) Double Clad Radiation Hardened Fibers

IXF-2CF-EY-O-6-130-LNF-RAD: 6µm core diameter RadHard Space Grade  Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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Matching
Fibers

RFQ

IXF-2CF-EY-O-12-130-RAD: 12 µm core diameter RadHard Space Grade Third Generation Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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Matching
Fibers

RFQ

IXF-2CF-EY-PM-6-130-LNF-RAD: 6 µm core diameter Rad Hard Space Grade Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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N/A

RFQ

IXF-2CF-EY-PM-12-130-RAD: 12 µm core diameter RadHard Space Grade Third generation Core NA: 0.19 +/- 0.02
Cladding diameter flat/flat (µm): 125 +/- 3

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Matching
Fibers

RFQ

Rad Hard Passive Fibers

IXF-2CF-PAS-6-130-0.17-RAD: 6 µm core diameter RadHard Space Grade Core NA: 0.17 Cladding diameter (μm): 125 +/- 3

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N/A

RFQ

IXF-2CF-PAS-12-130-0.17-RAD: 12 µm core diameter RadHard Space Grade Core NA: 0.17 Cladding diameter (μm): 125 +/- 3

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N/A

RFQ

IXF-2CF-PAS-PM-12-130-0.17-RAD: 12 µm core diameterCore NA: 0.17 Cladding diameter (μm): 125 +/- 3

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N/A

RFQ

Pump Delivery at 1950-1980nm

IXF-MMF-105-125-0.22: 105 µm core diameter

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N/A

RFQ

IXF-MMF-105-125-0.22-RAD: 105 µm core diameter RadHard Space Grade Core NA: 0.22 Cladding diameter (μm): 125 +/- 3

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N/A

RFQ