Photosensitive Fibers

iXblue Photosensitive Single-Mode Fibers have been designed to suppress the cladding modes losses (CMF Cladding Mode Free) or to adapt the cladding mode offset (CMS Cladding Mode Shifted) in order to optimize the channel spacing. Photosensitive fibers exhibit uniform and controlled photosensitivity to conventional UV radiation techniques and are available in a wide range of photo-sensitivity levels.

IXF-PHO-CMF:  Cladding Mode Free
Core NA: 0.13
Outside Cladding diameter (µm): 125 +/- 2
Coating diameter (µm): 245 +/- 15

IXF-PHO-CMF-PM:  Cladding Mode Free, PM Fiber
Core NA: 0.13
Outside Cladding diameter (µm): 125 +/- 1
Coating diameter (µm): 245 +/- 15

IXF-PHO-CMS: Cladding Mode Shifted up to 9 nm, <0.25 dB splice loss.
Core NA: 0.37
Outside Cladding diameter (µm): 125 +/- 2
Coating diameter (µm): 245 +/- 15

IXF-PHO-CMSp:  Cladding Mode Shifted up to 4 nm, <0.12 dB splice loss
Core NA: 0.21
Outside Cladding diameter (µm): 125 +/- 2
Coating diameter (µm): 245 +/- 15

Spun Fibers

By spinning the preform during the fiber drawing, it is possible to preserve circular polarization on Polarization Maintaining Optical Fibers that are originally highly birefringent. iXblue is offering fibers for 1310 and 1550 nm with an optimized spinning rate to minimize the thermal and vibrational dependence of the output polarization. Due to this low thermal polarization dependence, our spun fibers make them ideal for high-sensitivity Fiber Optic Current Sensors (FOCS) with limited noise effect when measuring polarization axis changes caused by the Faraday effect.

IXF-SPUN-1310-80:  1310 nm operation
Cladding diameter (µm): 80 +/- 2
Coating diameter (µm): 170 +/- 5

IXF-SPUN-1310-125-EC: 1310 nm operation
Cladding diameter (µm): 125 +/- 3
Coating diameter (µm): 245 +/- 15

IXF-SPUN-1550-80: 1550 nm operation
Cladding diameter (µm): 80 +/- 2
Coating diameter (µm): 170 +/- 5

IXF-SPUN-1550-125-EC: 1550 nm operation
Cladding diameter (µm): 125 +/- 3
Coating diameter (µm): 245 +/- 15

Polarizing Fibers

iXblue’s Polarizing (PZ) fiber is designed such that only one state of polarization is guided along the fiber; any other state of polarization will be lost rapidly thus yielding a high built-in polarization extinction ratio. This particular mechanism is obtained through a specific waveguide design and a careful optimization of the glass composition resulting in both high birefringence and leakage behavior. PZ fibers are available at different wavelengths with a broad polarizing window (typically larger than 100 nm), low attenuation and high extinction ratio (≥30dB), which can be tuned by coiling the proper fiber length at the appropriate coil diameter. Contrary to in-line polarizers, the PZ fiber-based polarizer is an all-fiber solution offering superior polarization extinction ratio, low loss and excellent stability over temperature.

IXF-PZG-780-125:  780 nm operation
Cladding diameter (µm): 125 +/- 2
Coating diameter (µm): 245 +/- 15

IXF-PZG-840-80:  840 nm operation
Cladding diameter (μm): 80 +/- 2
Coating diameter (μm): 170 +/- 5

IXF-PZG-1053-125: 1053 nm operation
Cladding diameter (µm): 125 +/- 2
Coating diameter (µm): 245 +/- 10

IXF-PZG-1064-125:  1064 nm operation
Cladding diameter (µm): 125 +/- 2
Coating diameter (µm): 245 +/- 10

IXF-PZG-1310-80: 1310 nm operation
Cladding diameter (μm): 80 +/- 2
Coating diameter (μm): 170 +/- 5

IXF-PZG-1550-80:  1550 nm operation
Cladding diameter (μm): 80 +/- 2
Coating diameter (μm): 170 +/- 5

Polarizers

Contrary to In-line Polarizers, the PZ fiber-based polarizer is an All-Fiber solution offering superior polarization extinction ratio, low loss and excellent stability over temperature.  An all-fiber polarizer IXS-POL is a polarizing fiber with the optimal length coiled at the appropriate diameter to operate at the operational wavelength.  iXblue also offers customized solutions including connectors, various packages, patch-cords and cables.

IXS-POL-780-125: 780 nm operation
Cladding diameter (µm): 125 +/- 2
Coating diameter (µm): 245 +/- 15

IXS-POL-840-80: 840 nm operation
Cladding diameter (µm): 80 +/- 2
Coating diameter (µm): 170 +/- 5

IXS-POL-1053-125: 1053 nm operation
Cladding diameter (µm): 125 +/- 2
Coating diameter (µm): 245 +/- 10

IXS-POL-1310-80: 1310 nm operation
Cladding diameter (µm): 80 +/- 2
Coating diameter (µm): 170 +/- 5

IXS-POL-1550-80: 1550 nm operation
Cladding diameter (µm): 80 +/- 2
Coating diameter (µm): 170 +/- 5

Radiation Sensing Fibers

IXF-RAD-SENSE-SM-1550: Medium to high dose measurement
Acrylate coating

IXF-RAD-SENSE-HI: High sensitivity, low dose measurement
Acrylate coating

Polyimide Fibers

IXF-SM-1550-80-019-PI: Low radiation level
Polyimide coating
Core NA: 0.19

IXF-SM-1550-80-024-PI: Low radiation level
Polyimide coating
Core NA: 0.24

IXF-SM-1550-125-012-PI: Low radiation level
Polyimide coating
Typical RIA @ 1550 nm for 20 kGy (𝛾-rays) 25 dB/km
Core NA: 0.12

IXF-SM-1550-125-014-PI: Low radiation level
Polyimide coating
Typical RIA @ 1550 nm for 20 kGy (𝛾-rays) 25 dB/km
Core NA: 0.14

IXF-SM-1550-125-017-PI: Polyimide coating
Core NA: 0.17

pdf-icon1Data Sheet

IXF-SM-1550-125-028-PI: Low radiation level
Polyimide coating
Typical RIA @ 1550 nm for 20 kGy (𝛾-rays) 25 dB/km
Core NA: 0.28

Micro-structured Fibers

Airclad Fibers

IXF-ACF-50-80: 50 µm core diameter
Cladding diameter (µm): 80 +/- 5
Coating outside diameter (µm): 240 +/- 10

IXF-ACF-80-125: 79 µm core diameter
Cladding diameter (µm): 126 +/- 3
Coating outside diameter (µm): 255 +/- 10

IXF-ACF-100-160: 100 µm core diameter
Cladding diameter (µm): 160 +/- 5
Coating outside diameter (µm): 260 +/- 10

IXF-ACF-165-265: 165 µm core diameter
Cladding diameter (µm): 265 +/- 5
Coating outside diameter (µm): 460 +/- 5

IXF-ACF-180-290: 180 µm core diameter
Cladding diameter (µm): 290 +/- 5
Coating outside diameter (µm): 465 +/- 5

IXF-ACF-200-320: 198 µm core diameter
Cladding diameter (µm): 320 +/- 5
Coating outside diameter (µm): 475 +/- 5

Endlessly Single Mode Fibers

IXF-ESM-5-125: 5 µm core diameter, 0.2 NA
Cladding diameter (µm): 125 +/- 2
Coating outside diameter (µm): 245 +/- 10

IXF-ESM-5-125-PM: 5 µm core diameter, 0.2 NA, PM Type
Cladding diameter (µm): 125 +/- 3
Coating outside diameter (µm): 240 +/- 10

IXF-ESM-10-125:  10 µm core diameter, 0.1 NA
Cladding diameter (µm): 125 +/- 5
Coating outside diameter (µm): 250 +/- 10

IXF-ESM-10-225-PM: 10 µm core diameter, 0.1 NA, PM Type
Cladding diameter (µm): 225 +/- 5
Coating outside diameter (µm): 355 +/- 10

IXF-ESM-10-125-VIS:  10.5 µm core diameter, Visible-Grade Silica
Cladding diameter (µm): 126 +/- 3
Coating outside diameter (µm): 248 +/- 5

Hollow Core Photonic Bandgap Fibers

IXF-HCF-11-80-750: Operating wavelength at 750 nm
Core diameter (μm): 11 +/- 1
Cladding diameter (μm): 80 +/- 5
Coating diameter (μm): 240 +/- 10

IXF-HCF-12-85-785: Operating wavelength at 785 nm
Core diameter (μm): 12 +/- 1
Cladding diameter (μm): 85 +/- 5
Coating outside (μm): 240 +/- 10

IXF-HCF-10-100-950:  Operating wavelength at 950 nm
Core diameter (μm): 10 +/- 1
Cladding diameter (µm): 100 +/- 5
Coating diameter (μm): 240 +/- 10

IXF-HCF-10-110-1060: Operating wavelength at 1060 nm
Core diameter (μm): 10 +/- 1
Cladding diameter (μm): 110 +/- 5
Coating diameter (μm): 240 +/- 10

Anti-Resonant Hollow Core Fibers

IXF-ARF-40-240: Operating wavelength at 750 nm
Core diameter (μm): 38 +/- 2
Cladding diameter (μm): 71 +/- 3
Coating diameter (μm): 398 +/- 10

IXF-ARF-33-160: Operating wavelength at 1064 nm
Core diameter (μm): 33 +/- 2
Cladding diameter (μm): 66 +/- 3
Coating diameter (μm) 325 +/- 10

IXF-ARF-45-240: Operating wavelength at 1550 nm
Ideal for telecom application - low latency fiber
Core diameter (μm): 46 +/- 2
Cladding diameter (μm): 99 +/- 3
Coating diameter (μm): 355 +/- 10

IXF-ARF-40-230: Operating wavelength at 2000 nm
Core diameter (μm): 40 +/- 2
Cladding diameter (μm): 105 +/- 5
Coating diameter (μm): 340 +/- 10

IXF-ARF-120-400: Operating wavelength at 3000 nm
Core diameter (μm): 119 +/- 2
Cladding diameter (μm): 233 +/- 3
Coating diameter (μm): 492 +/- 10

Supercontinuum Photonic Crystal Fibers

IXF-SUP-2-135-760: Optimized for 780 nm
Highly Non-Linear Fiber
Core diameter (µm): 1.7 +/- 0.2
Cladding diameter (μm): 135 +/- 5
Core NA: 0.4 +/- 0.05

IXF-SUP-5-125-1050: Optimized for 1060 nm
Highly Non-Linear Fiber
Core diameter (µm): 5 +/- 0.3
Cladding diameter (μm): 125 +/- 2
Core NA: 0.2 +/- 0.02

IXF-SUP-5-125-1050-PM:  Optimized for 1060 nm, PM
Highly Non-Linear Fiber
Core diameter (µm): 5 +/- 0.3
Cladding diameter (μm): 125 +/- 3
Core NA: 0.2 +/- 0.02

IXF-PM-PCF-7-80:  Optimized for 1550 nm, Gyro Fiber
Cladding diameter (µm): 80 +/ - 0.5
Core diameter (µm): 7.7 +/ - 0.3

Multicore Passive Fibers

Single Mode Fibers

IXF-MC-7-SM-1550:  7 cores
Numerical Aperture: 0.21 +/- 0.02
Cladding diameter (μm): 125 +/ - 1
Coating diameter (μm): 245 +/ - 15

IXC-FAN-7-SM-1550:  Fan-out
Core NA: 0.20 - 0.22
Connectorization: FC/APC

Passive Multicore Doped Fibers

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

Double Clad Fibers

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

IXF-2CF-MC12-PAS-6:  12 cores passive

PM Fiber Current Sensors

IXF-FOCS-1310-80-MOD: 1550 nm operation
Cladding diameter (µm): 80 +/- 1
Coating diameter (µm): 170 +/- 2

IXF-FOCS-1310-80-DCO: 1310 nm operation
Cladding diameter (µm): 80 +/- 1
Coating diameter (µm): 170 +/- 2

IXF-FOCS-1310-125: 1310 nm operation
Cladding diameter (µm): 125 +/- 1
Coating diameter (µm): 245 +/- 15

IXF-FOCS-1310-125-EC: 1310 nm operation
Cladding diameter (µm): 125 +/- 1
Coating diameter (µm): 245 +/- 15