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Optical fibers
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Multimode optical fiber - ClearCurve®
The CORNING® ClearCurve® multimode optical fiber are designed mainly for superior bandwidth performance for data centers and other enterprise networks. Created using...
Multimode optical fiber - ClearCurve®
The CORNING® ClearCurve® multimode optical fiber are designed mainly for superior bandwidth performance for data centers and other enterprise networks. Created using...
Single-mode optical fiber - ClearCurve® ZBL
Corning continues to lead the industry in the bend-insensitive category with ClearCurve® ZBL fiber, which sets the standard for bend performance while remaining compliant to the most stringent ITU-T G.652.D and G.657 recommendations....
Single-mode optical fiber - ClearCurve® ZBL
Corning continues to lead the industry in the bend-insensitive category with ClearCurve® ZBL fiber, which sets the standard for bend performance while remaining compliant to the most stringent ITU-T G.652.D and G.657 recommendations....
Optical fiber - 80 μm | ClearCurve® VSDN®
Corning® ClearCurve® VSDN® optical fiber has been designed to solve optical fiber-related problems for the rapidly-advancing high speed interconnection between computers and other consumer electronics...
Optical fiber - 80 μm | ClearCurve® VSDN®
Corning® ClearCurve® VSDN® optical fiber has been designed to solve optical fiber-related problems for the rapidly-advancing high speed interconnection between computers and other consumer electronics...
Single-mode optical fiber - SMF-28e+®
Based on Corning's reputation of quality and performance the Corning's SMF-28e+® optical fiber provides...
Single-mode optical fiber - SMF-28e+®
Based on Corning's reputation of quality and performance the Corning's SMF-28e+® optical fiber provides...
Low-loss single-mode optical fiber - 0.17 dB/km, 1550 nm | SMF-28® ULL
The Corning SMF-28® ULL fiber have been specifically engineered to provide our customers the highest levels of accuracy, reproducibility, and comfortability. This SMF-28® fiber comprises...
Low-loss single-mode optical fiber - 0.17 dB/km, 1550 nm | SMF-28® ULL
The Corning SMF-28® ULL fiber have been specifically engineered to provide our customers the highest levels of accuracy, reproducibility, and comfortability. This SMF-28® fiber comprises...
Single-mode optical fiber - FBxuG1MA series
EGISMOS fiber optic cables can be made in different lengths up to several hundred meters. Different types of connectors, such...
Single-mode optical fiber - FBxuG1MA series
EGISMOS fiber optic cables can be made in different lengths up to several hundred meters. Different types of connectors, such as SMA905, ST or FC/PC connectors can be applied. Fibers are also available for different light sources such as lasers or LEDs and for a wide range of wavelengths such as Deep UV fibers, UV/VIS fibers and VIS/NIR fibers. Different shielding for higher temperature and more custom solutions with custom optics can be used in many industrial and medical applications.
Multimode optical fiber - FBxH1MA series
EGISMOS fiber optic cables can be made in different lengths up to several hundred meters. Different types of connectors, such...
Multimode optical fiber - FBxH1MA series
EGISMOS fiber optic cables can be made in different lengths up to several hundred meters. Different types of connectors, such as SMA905, ST or FC/PC connectors can be applied. Fibers are also available for different light sources such as lasers or LEDs and for a wide range of wavelengths such as Deep UV fibers, UV/VIS fibers and VIS/NIR fibers. Different shielding for higher temperature and more custom solutions with custom optics can be used in many industrial and medical applications.
Ytterbium (Yb) doped double-clad active optical fiber
Ytterbium double clad fibers from NKT Photonics have the largest single-mode cores in the market. This feature allows amplification to unpresendented power levels while retaining quality and proper stabilization.
These...
These...
Ytterbium (Yb) doped double-clad active optical fiber
Ytterbium double clad fibers from NKT Photonics have the largest single-mode cores in the market. This feature allows amplification to unpresendented power levels while retaining quality and proper stabilization.
These units are made of unique photonic crystal fiber technology known as air clad fibers. It provides a high numerical aperature of the pump core/ inner cladding that delivers an efficient pumping with high power broad area emitting pumps. Its large mode area for the single mode signal regulates high power levels while preventing non-linearties and giving a good overlap between the pump guide and the signal area. The fibers deliver an efficiency and proper ray scrambling even for circulcar pumps cores. Its all glass design can endure a more damge than the common double-clad fibers. These fibers have higher absorpotion capabilites at 30 dB/m and also have high peak power levels.
These units are made of unique photonic crystal fiber technology known as air clad fibers. It provides a high numerical aperature of the pump core/ inner cladding that delivers an efficient pumping with high power broad area emitting pumps. Its large mode area for the single mode signal regulates high power levels while preventing non-linearties and giving a good overlap between the pump guide and the signal area. The fibers deliver an efficiency and proper ray scrambling even for circulcar pumps cores. Its all glass design can endure a more damge than the common double-clad fibers. These fibers have higher absorpotion capabilites at 30 dB/m and also have high peak power levels.
Optical fiber rod - aeroGAIN-ROD
The aeroGAIN-ROD is designed specifically for the super-fast fiber laser market. It plays a role in the new generation of ytterbium gain fibers. The typical amount of output power of fiber lasers has been limited to a few...
Optical fiber rod - aeroGAIN-ROD
The aeroGAIN-ROD is designed specifically for the super-fast fiber laser market. It plays a role in the new generation of ytterbium gain fibers. The typical amount of output power of fiber lasers has been limited to a few watts due to non-linear effects. The traditional go-to solution includes shorter fiber and larger cores, but often compromises on stability and mode quality. This is no longer the case, thanks to the aeroGAIN-ROD.
When rod wavelengths are non-coilable, ultimate performance can be expected with a wide range of unique features. Users can expect guidance when dealing with the signal and pump, as well as helpful beam pointing. The rod offers high efficiency of >60% and a pump acceptance signal of NA>0.5. Additional advantages include the MW peak power capability, stable polarization and pump absorption that is independent of polarization.
When rod wavelengths are non-coilable, ultimate performance can be expected with a wide range of unique features. Users can expect guidance when dealing with the signal and pump, as well as helpful beam pointing. The rod offers high efficiency of >60% and a pump acceptance signal of NA>0.5. Additional advantages include the MW peak power capability, stable polarization and pump absorption that is independent of polarization.
Waveguide
These hollow-core fibers are photonic bandgap models that guide light inside a hollow core with the use of a micro-structured cladding region. This guiding mechanism is essentially different from the traditional principle for internal reflection...
Waveguide
These hollow-core fibers are photonic bandgap models that guide light inside a hollow core with the use of a micro-structured cladding region. This guiding mechanism is essentially different from the traditional principle for internal reflection guiding. The new technology is superior, as it provides the basis for delivering high power without material damage or non-linear effects.
Features include pure silica material, an open fiber end without Fresnel reflections, and particles and gases can be used to fill the core. The dispersion values are extreme for dispersion compensation and pulse compression. For non-linear effects, there is a high threshold of power.
These fibers are almost entirely insensitive to bending. It is possible to bend them down to less than 1cm bend diameter without any optical transmission changes. Ideal applications include fiber optical gyroscopes, pulse compression, pocket cells, gas lasers, etc.
Features include pure silica material, an open fiber end without Fresnel reflections, and particles and gases can be used to fill the core. The dispersion values are extreme for dispersion compensation and pulse compression. For non-linear effects, there is a high threshold of power.
These fibers are almost entirely insensitive to bending. It is possible to bend them down to less than 1cm bend diameter without any optical transmission changes. Ideal applications include fiber optical gyroscopes, pulse compression, pocket cells, gas lasers, etc.