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Polyimide Coated SM Fiber SM1250 10.4-125 P
Fibertronix AB
Polyimide Coated SM Fiber. For embedded and high temperature applications.
  • Mode Field Diameter (MFD): 125 um
  • Wavelength Range: 1260 - 1650 nm
  • Cable Length: -- m
  • Fiber Core Material: Not Specified
Data Sheet
High Temperature Acrylate Coated SM Fiber SM1500 5.3-80 HT
Fibertronix AB
High Temperature Acrylate Coated SM Fiber.
  • Mode Field Diameter (MFD): 170 um
  • Wavelength Range: 1520 - 1650 nm
  • Cable Length: -- m
  • Fiber Core Material: Not Specified
Data Sheet
SM Fiber For Visible RGB Through To Near IR
Fibertronix AB
For visible and near IR transmission, EDFA pigtailing, acoustic sensors and depolarized FOGs. 450nm to 1650nm single-mode transmission.
  • Mode Field Diameter (MFD): 125-245 um
  • Wavelength Range: 450 - 1650 nm
  • Cable Length: -- m
  • Fiber Core Material: Not Specified
Data Sheet
MacBeam Net
GP Fiber Optics GmbH
MacBeam is a revolutionary and innovative network of 33 PMMA fibres, which makes a completely new orchestration of interior and exterior spaces possible
  • Mode Field Diameter (MFD): 750-1000 um
  • Wavelength Range: 1 - 1 nm
  • Cable Length: 28 m
  • Fiber Core Material: Not Specified
Data Sheet
Glass Fiber
GP Fiber Optics GmbH
The glass fibre bundles consist of high-quality 50µ fibres with low attenuation and are offered as standard in diameters from 1.0 to 8.0 mm with LSOH sheathing (fire protection). For industrial or medical applications, other diameters or sheaths such as protective metal tubing, silicone tubing etc. can be offered. Glass fibre ...
  • Mode Field Diameter (MFD): 50 um
  • Wavelength Range: 1 - 1 nm
  • Cable Length: 10 m
  • Fiber Core Material: Not Specified
Data Sheet
PMMA Fibers
GP Fiber Optics GmbH
These optical fibres are made of high-quality polymethyl methacrylate and are characterized by low attenuation in the entire visible range. We offer PMMA fibers as yard goods or assembled and polished, on request in any configuration 1- to 600-armed. The selection starts with monofibres without sheathing, up to monofibres and bundles ...
  • Mode Field Diameter (MFD): 1000 um
  • Wavelength Range: 1 - 1 nm
  • Cable Length: 1.0 m
  • Fiber Core Material: Not Specified
Data Sheet
IRF-Se-100 Chalcogenide LWIR Fiber
IRflex Corp
Chalcogenide glass is based on the chalcogen elements (sulfur, selenium and tellurium) with the addition of other elements such as arsenic, antimony, or germanium. It offers promising properties such as transmission in mid and far infrared regions of spectra, lower values of phonon energies, high refractive index and very large ...
  • Mode Field Diameter (MFD): 100 um
  • Wavelength Range: 1500 - 10000 nm
  • Cable Length: -- m
  • Fiber Core Material: Chalcogenide Glass
Data Sheet
Copper-coated single mode optical fibers have all the benefits include increased mechanical strength and greater fatigue resistance compared to non-hermetic and polymer-clad fibers (PCS). Their transmittance covers a spectral range of 1300 to 1600 nm. The temperature range is from -196oC to +600oC.
  • Mode Field Diameter (MFD): 7 um
  • Wavelength Range: 1300 - 1600 nm
  • Cable Length: NA m
  • Fiber Core Material: Not Specified
  • Coating Material: Copper/Copper alloy 
  • ...
Data Sheet
Aluminum-coated single-mode optical fibers have all the benefits of optical fibers include increased mechanical strength and greater fatigue resistance. Their transmittance covers a spectral range of 1300 to 1600 nm, and also remains stable in corrosive chemicals that normally react to silica glass. The temperature range is from ...
  • Mode Field Diameter (MFD): 9 um
  • Wavelength Range: 1300 - 1600 nm
  • Cable Length: NA m
  • Fiber Core Material: Not Specified
  • Core Diameters, µm: 9 ± 0,5 
  • ...
Data Sheet
Phosphorus doped fiber PDF-5/125 series is specially designed for highly efficient Raman lasers and amplifiers operating in the 1.1-1.6 µm spectral range.
  • Mode Field Diameter (MFD): 5 um
  • Wavelength Range: 1056 - 1672 nm
  • Cable Length: 100 m
  • Fiber Core Material: Not Specified
  • Raman Gain @ 1480 Nm, DB/kmW: > 5.0 
  • ...
Data Sheet
ARTICLE HNLF (s/n Ge304): HNLF series is designed to maximize fiber nonlinearity and minimize optical loss, which makes such fibers optimal for constructing highly efficient Raman lasers and amplifiers, dispersion compensators and various non-linear devices. ARTICLE HNLF DS (s/n Ge137): HNLF DS series is designed for ...
  • Mode Field Diameter (MFD): 4 um
  • Wavelength Range: 1050 - 2300 nm
  • Cable Length: NA m
  • Fiber Core Material: Not Specified
  • Dispersion @ 1550nm, Ps/nm/km : < - 50 
  • ...
Data Sheet
Germanate glass core fiber GDF-MM-8/125-98 is used for a variety of nonlinear applications.
  • Mode Field Diameter (MFD): 8 um
  • Wavelength Range: 550 - 2800 nm
  • Cable Length: NA m
  • Fiber Core Material: Not Specified
  • Core Diameter, µm: 8 x 7 (elliptical) 
  • ...
Data Sheet
Germinate glass core fiber GDF-SM-2.2/125-75 series is higly Ge-doped silica fibers used for variety of nonlinear applications.
  • Mode Field Diameter (MFD): 2,2 um
  • Wavelength Range: 1000 - 2300 nm
  • Cable Length: NA m
  • Fiber Core Material: Not Specified
  • Core Diameter, µm: 2.2 
  • ...
Data Sheet
Suspended-Core PCF Fiber
PERFOS
Suspended-core PCF Fiber.  
  • Mode Field Diameter (MFD): 2 um
  • Wavelength Range: 1000 - 1550 nm
  • Cable Length: -- m
  • Fiber Core Material: Silica
Data Sheet
ENDLESSLY SINGLE MODE PCF FIBER
PERFOS
ENDLESSLY SINGLE MODE PCF FIBER.
  • Mode Field Diameter (MFD): 7.2 um
  • Wavelength Range: 400 - 1600 nm
  • Cable Length: -- m
  • Fiber Core Material: Silica
Data Sheet
SUPERCONTINUUM PHOTONIC CRYSTAL FIBRE SUP-2-135
PERFOS
These single mode fibres at the pump wavelength offer both low dispersion at the pump wavelength and high numerical aperture and are therefore particularly suited for the efficient generation of supercontinuum with ti-sapphire and YAG pulsed pump sources.  
  • Mode Field Diameter (MFD): 1.6 um
  • Wavelength Range: 1200 - 1600 nm
  • Cable Length: -- m
  • Fiber Core Material: Silica
Data Sheet
Optran UVWFS
US Fiberoptec Technology Inc
Ceram Optec® is glad to offer a new extremely low loss fiber for the 200nm to 2000nm wavelength range. UVWFS fiber owns properties of UV and WF fibers and can be used for a variety of applications.
  • Mode Field Diameter (MFD): 300 um
  • Wavelength Range: 200 - 2000 nm
  • Cable Length: -- m
  • Fiber Core Material: Silica
Data Sheet
Optran Polyimide UV / WF
US Fiberoptec Technology Inc
CeramOptec\'s® high quality Optran UV and Optran WF fiber exhibits exceptional performance and transmission from the deep UV to the IR. With impressive radiation resistance and broad temperature capability, Optran UV and Optran WF are ideal for applications including spectroscopy, Thomson scattering, and medical diagnostics. We ...
  • Mode Field Diameter (MFD): 2000 um
  • Wavelength Range: 190 - 2400 nm
  • Cable Length: -- m
  • Fiber Core Material: Chalcogenide Glass
Data Sheet
Optran Plus UV/WF
US Fiberoptec Technology Inc
CeramOptec®’s Optran® Plus is the highest NA pure fused silica core fiber available with NA’s of 0,28 and 0,30. Ideal for a broad range of applications, from spectroscopy to sensing. CeramOptec®’s innovative Optran® Plus fibers exhibit exceptional spectral transmission from 190 to 2400 nm with high ...
  • Mode Field Diameter (MFD): 2500 um
  • Wavelength Range: 190 - 2400 nm
  • Cable Length: -- m
  • Fiber Core Material: Silica
Data Sheet
Adamant Namiki's Optical Patch Cord
Adamant America
Our optical patch cord assemblies consist of optical fiber terminated with various types of fiber optic connectors such as the FC, SC, MU and LC Connector Types. Our polishing process can ensure certain optical properties with a low Insertion Loss and Return Loss. All of our patch cord assemblies are ...
  • Mode Field Diameter (MFD): N/A um
  • Wavelength Range: 400 - 1600 nm
  • Cable Length: N/A m
  • Fiber Core Material: Silica, Fluoride Glass, Chalcogenide Glass, Not Specified
Data Sheet

Did You know?

Single mode fibers were invented in 1980 by a group led by Professor Huang Hongjia of the Chinese Academy of Sciences. Subsequently, in 2009 Nobel Prize in Physics was awarded to Charles K. Kao for his theoretical work on single-mode optical fibers. Single-mode fiber finds its application in long distance, higher bandwidth runs by Telcos, CATV companies, and Colleges and Universities. A peculiar property of single-mode fibers is that the transverse intensity profile at the fiber output has a fixed shape, which is independent of the launch conditions and the spatial properties of the injected light. Single Mode fiber optic cable has a small diametric core that allows only one mode of light to propagate. Because of this, the number of light reflections created as the light passes through the core decreases, lowering attenuation and creating the ability for the signal to travel faster,