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Hermetically sealed Aluminum-coated multy mode optical fibers have all the benefits of silica-silica fibers. Additional significant improvements include increased mechanical strength and greater fatigue resistance compared to non-hermetic and polymer-clad fibers (PCS). Their transmittance covers a spectral range of 200 to 2400 nm, ...
  • Core Diameter: 100 um
  • Wavelength Range: 200 - 2400 nm
  • Cable Length: 100 m
  • Fiber Core Material: Silica
  • Coating Material: Aluminium 
  • ...
Data Sheet
FLUORESCENT FIBER TSF
Nanoptics
Nanoptics manufactures the brightest, most flexible and most crack-resistant fluorescent fiber in the industry. We offer a selection of fibers in a variety of colors and diameters. Fibers can be provided on spools or cut to custom lengths. Available in standard meter lengths, or uncut on spools, our fiber can also be ordered ...
  • Core Diameter: 1016 um
  • Wavelength Range: 400 - 800 nm
  • Cable Length: 1.524 m
  • Fiber Core Material: Not Specified
Data Sheet
FLUORESCENT FIBER USF
Nanoptics
Nanoptics manufactures the brightest, most flexible and most crack-resistant fluorescent fiber in the industry. We offer a selection of fibers in a variety of colors and diameters. Fibers can be provided on spools or cut to custom lengths. Available in standard meter lengths, or uncut on spools, our fiber can also be ordered ...
  • Core Diameter: 1016 um
  • Wavelength Range: 40 - 800 nm
  • Cable Length: 1.524 m
  • Fiber Core Material: Not Specified
Data Sheet
FLUORESCENT FIBER BSF
Nanoptics
Nanoptics manufactures the brightest, most flexible and most crack-resistant fluorescent fiber in the industry. We offer a selection of fibers in a variety of colors and diameters. Fibers can be provided on spools or cut to custom lengths. Available in standard meter lengths, or uncut on spools, our fiber can also be ordered ...
  • Core Diameter: 1016 um
  • Wavelength Range: 400 - 800 nm
  • Cable Length: 1.524 m
  • Fiber Core Material: Not Specified
Data Sheet
LHPG Sapphire Fibers
MicroMaterials
Sapphire is a chemical and scratch resistant material with a melting point of 2,072°C. MMI offers LHPG grade sapphire fibers with diameter ranging from 75 to 500 μm. In addition, fibers with enlarged end(s) made possible by taper(s) are also available. This is an important feature, since the flexibility of the fiber varies as the ...
  • Core Diameter: 500 um
  • Wavelength Range: 500 - 1600 nm
  • Cable Length: 1 m
  • Fiber Core Material: Silica, Fluoride Glass, Chalcogenide Glass
Data Sheet
Photosensitive Fiber - Photosensitive Boron Doped Double Clad Fiber : PHOBDCDC15
Prime Optical Fiber Corp
Photosensitive Boron doped double clad fiber Product code: PHOBDCDC15
  • Core Diameter: 7.0 um
  • Wavelength Range: 1300 - 1550 nm
  • Cable Length: N/A m
  • Fiber Core Material: Not Specified
Data Sheet
SCP Optical Fiber - Multi Mode Fiber(Bending Insensitive OM2 50/115/125/250um) : SCP500
Prime Optical Fiber Corp
SCP Multi mode fiber Product code: SCP500 OM2, 50/115/125/250μm
  • Core Diameter: 50 um
  • Wavelength Range: 850 - 1300 nm
  • Cable Length: 8800 m
  • Fiber Core Material: Not Specified
Data Sheet
BendSafe® Fiber - Multi Mode Fiber(Bending Insensitive OM2 50/125/250um) : MMF500YB
Prime Optical Fiber Corp
BendSafe®Multi mode fiber Product code: MMF500YB OM2, 50/125/250μm ITU-T G.651
  • Core Diameter: 50 um
  • Wavelength Range: 850 - 1300 nm
  • Cable Length: 8800 m
  • Fiber Core Material: Not Specified
Data Sheet
SCP Optical Fiber - Multi Mode Fiber(Bending Insensitive OM4 50/115/125/250um) : SCP500
Prime Optical Fiber Corp
SCP Multi mode fiber Product code: SCP500 OM4, 50/115/125/250μm
  • Core Diameter: 50 um
  • Wavelength Range: 850 - 1300 nm
  • Cable Length: 8800 m
  • Fiber Core Material: Not Specified
Data Sheet
SCP Optical Fiber - Multi Mode Fiber(Bending Insensitive OM3 50/115/125/250um) : SCP500
Prime Optical Fiber Corp
SCP Multi mode fiber Product code: SCP500 OM3, 50/115/125/250μm
  • Core Diameter: 50 um
  • Wavelength Range: 850 - 1300 nm
  • Cable Length: 8800 m
  • Fiber Core Material: Not Specified
Data Sheet
The fibers feature a Germanium doped fused silica core with graded index core profile. They are designed to work at the optical wavelengths 850 nm and/or 1300 nm for data communication. The metalized optical fiber is supplied with either 24 kt Gold or Aluminum coating. These types of coatings allow for termination of the fiber ...
  • Core Diameter: 50 um
  • Wavelength Range: 850 - 1300 nm
  • Cable Length: 100 m
  • Fiber Core Material: Silica
  • Core Diameter: 50 or 62.5 µm
  • ...
Data Sheet
heracle features pure fused silica step index multimode fibers, optimised for applications in the UV/VIS and VIS/IR wavelengths. Optional solarisation resistant performance for UV wavelength region is available. The fiber is protected with Aluminum coating. Aluminum coatings not only enable the fiber to be used in applications of a ...
  • Core Diameter: 100 um
  • Wavelength Range: 200 - 2400 nm
  • Cable Length: 100 m
  • Fiber Core Material: Silica
  • Core Diameter: 50 - 400 nm
  • ...
Data Sheet
Step index Multimode Fiber: Core material: Pure undoped fused silica High OH content for UV/VIS wavelengths Low OH content for VIS/IR wavelengths Cladding material: Fluorine doped fused silica Standard Numerical Aperture (NA): 0.22 ± 0.02 Custom Numerical Aperture available upon request Coating: Gold  Graded index ...
  • Core Diameter: 50 - 400 um
  • Wavelength Range: 215 - 2100 nm
  • Cable Length: 5 - 10000 m
  • Fiber Core Material: Silica
  • Metal Coating: Gold 
  • ...
Data Sheet
IFG MM (0.20) 100/160 Multimode Fiber
Le Verre Fluore SA
Since the discovery of ZBLAN glasses in 1974, Le Verre Fluoré has worked to develop a large range of fluoride optical fibers, including ZrF4, InF3 and AlF3 based optical fibers, designed for mid infrared applications.
  • Core Diameter: 100 um
  • Wavelength Range: 300 - 5500 nm
  • Cable Length: N/A m
  • Fiber Core Material: Fluoride Glass
Data Sheet
ZFG MM (0.20) 600/680 Multimode Fiber
Le Verre Fluore SA
Since the discovery of ZBLAN glasses in 1974, Le Verre Fluoré has worked to develop a large range of fluoride optical fibers, including ZrF4, InF3 and AlF3 based optical fibers, designed for mid infrared applications.
  • Core Diameter: 600 um
  • Wavelength Range: 300 - 4500 nm
  • Cable Length: N/A m
  • Fiber Core Material: Fluoride Glass
Data Sheet
ZFG MM (0.20) 400/460 Multimode Fiber
Le Verre Fluore SA
Since the discovery of ZBLAN glasses in 1974, Le Verre Fluoré has worked to develop a large range of fluoride optical fibers, including ZrF4, InF3 and AlF3 based optical fibers, designed for mid infrared applications.
  • Core Diameter: 400 um
  • Wavelength Range: 300 - 4500 nm
  • Cable Length: N/A m
  • Fiber Core Material: Fluoride Glass
Data Sheet
ZFG MM (0.20) 300/360 Multimode Fiber
Le Verre Fluore SA
Since the discovery of ZBLAN glasses in 1974, Le Verre Fluoré has worked to develop a large range of fluoride optical fibers, including ZrF4, InF3 and AlF3 based optical fibers, designed for mid infrared applications.
  • Core Diameter: 300 um
  • Wavelength Range: 300 - 4500 nm
  • Cable Length: N/A m
  • Fiber Core Material: Fluoride Glass
Data Sheet
ZFG MM (0.20) 200/260 Multimode Fiber
Le Verre Fluore SA
Since the discovery of ZBLAN glasses in 1974, Le Verre Fluoré has worked to develop a large range of fluoride optical fibers, including ZrF4, InF3 and AlF3 based optical fibers, designed for mid infrared applications.
  • Core Diameter: 200 um
  • Wavelength Range: 300 - 4500 nm
  • Cable Length: N/A m
  • Fiber Core Material: Fluoride Glass
Data Sheet
ZFG MM (0.20) 90/150 Multimode Fiber
Le Verre Fluore SA
Since the discovery of ZBLAN glasses in 1974, Le Verre Fluoré has worked to develop a large range of fluoride optical fibers, including ZrF4, InF3 and AlF3 based optical fibers, designed for mid infrared applications.
  • Core Diameter: 90 um
  • Wavelength Range: 300 - 4500 nm
  • Cable Length: N/A m
  • Fiber Core Material: Fluoride Glass
Data Sheet
ZFG MM (0.15) 90/150 Multimode Fiber
Le Verre Fluore SA
Since the discovery of ZBLAN glasses in 1974, Le Verre Fluoré has worked to develop a large range of fluoride optical fibers, including ZrF4, InF3 and AlF3 based optical fibers, designed for mid infrared applications.
  • Core Diameter: 90 um
  • Wavelength Range: 300 - 4500 nm
  • Cable Length: N/A m
  • Fiber Core Material: Fluoride Glass
Data Sheet

Did You know?

Multimode fiber is an optical fiber that is designed to carry multiple light modes, each at a slightly different reflection angle within the optical fiber core. Multimode fiber gives you high bandwidth at high speeds over short to medium distances. Light waves are dispersed into numerous paths, or modes, as they travel through the cable's core typically at 850 or 1300nm. Typical multimode fiber core diameters are 50, 62.5, 100um. As the number of light reflections passing through the core increases, this leads to high dispersion and attenuation rate and eventually the quality of the signal is reduced over long distances. Multimode fibers are typically used for short distances, e.g. for audio/video applications in LANs. RF broadband signals, which cable companies commonly use, cannot be transmitted over multimode fibers.