The Filter WDM is made by thin film coating and micro-optics package technology with fiber in and fiber out. It features Flat & Wide Spectrum and high Wavelength Isolation. The Filter WDM will combine or split two signal light with different wavelength.
The DWDM/CWDM is made by thin film coating and micro-optics package technology with fiber in and out. It features Flat Spectrum and high Wavelength Isolation. The DWDM/CWDM will combine or split signal light according to ITU standard.
The Fused WDM is made by Fused Biconical Taper (FBT) technology with fiber in and fiber out. It features low excess loss and high Wavelength Isolation. The Fused WDM will combine or split the two signal light with different wavelength.
The WDM/Isolator Hybrid is made by micro-optics package technology with fiber in and fiber out. It will combine or split the signal light and pump light, while at the same time force the signal to transmit at single direction.
The WDM/Tap Hybrid is made by micro-optics package technology with fiber in and fiber out. It will combine or split the signal light and pump light, while at the same time tap a small portion of the signal for monitoring purpose.
The WDM/Isolator/Tap Hybrid is made by micro-optics technology. It will combine or split the signal light and pump light, while at the same time force the signal to transmit at single direction and tap the signal for monitoring purpose.
The WDM/Partial Fiber Mirror (PFM) Hybrid is made by micro-optics package technology with fiber in and fiber out. It will combine or split the signal light and pump light, while at the same time reflect back a certain ratio of signal light.
The Optical Isolator is made by Faraday Rotate and micro-optics package technology with fiber in and fiber out. It features Wide Spectrum and high Backward Isolation. The Optical Isolator will transmit the signal at single direction.
The Tap/Isolator Hybrid is made by micro-optics package technology with fiber in and fiber out. It will transmit the signal at single direction while at the same time tap a certain ratio of signal light for monitoring purpose.
The Optical Circulator is made by Faraday Rotate and micro-optics package technology with fiber in and fiber out. It features Wide Spectrum and high Backward Isolation. It will transmit the light signal in a circular-like route.
The Bandpass Filter is made by thin film coating and micro-optics package technology with fiber in and out. It features Flat-top/Gaussian spectrum with high Suppression Ratio. It will pass the signal light while block the unwanted/ASE light.
The Bandpass Filter/Isolator Hybrid features Flat-top/Gaussian spectrum with high Suppression Ratio on ASE and high Backward Isolation. It will pass the signal light while block both the unwanted/ASE light and backward signal light.
The Bandpass Filter/Tap Hybrid features Flat-top/Gaussian spectrum with high Suppression Ratio. It will pass the signal light while block the unwanted/ASE light, at the same time tap a certain ratio of signal light for monitoring.
The Bandpass Filter/Isolator/Tap Hybrid feasures Flat-top/Gaussian spectrum, it will pass the signal light while block both the unwanted/ASE light and backward signal light, at the same time tap a certain ratio of signal light for monitoring.
The Bandpass Filter/Partial Fiber Mirror (PFM) Hybrid features Flat-top/Gaussian spectrum and various Ratio. It will pass the signal light while block the unwanted/ASE light, at the same time reflect a certain ratio of signal light backward.
The Faraday Mirror is made by Faraday Rotate and micro-optics package technology with fiber in and fiber out. It will rotate the transmitted light signal at certain angle, then reflected backward from a mirror and rotate again.
The Partial Reflective Faraday Mirror (PRM) is made by Faraday Rotate technology with fiber in and out. It will rotate the transmitted signal at a certain angle, simultaneously reflect a fixed percentage of light back into the input port.
The Inline Faraday Rotator is made by Faraday Rotate and micro-optics package technology with fiber in and out. It features accurate rotation angle and will rotate the transmitted light signal at a certain angle on Faraday Effect.
The Fiber Mirror (FM) is made by micro-optics package technology with fiber in and fiber out. It features Wide Spectrum and High Reflectivity. The Fiber Mirror will reflect the transmitted signal backward to the input fiber.
The Partial Reflective Fiber Mirror (PFM) is made by micro-optics package technology with fiber in and fiber out. It will transmit the light signal while simultaneously reflect a fixed percentage of light signal back to input fiber.
The Optical Filter Coupler is made by micro-optics package technology with fiber in and fiber out. It features Wide & Flat Spectrum and Various Split Ratio. The Optical Filter Coupler will split the signal into 2 or more channels at a certain ratio.
The Optical Fused Coupler is made by Fused Biconical Taper (FBT) technology with fiber in and fiber out. It features low Excess Loss and various Split Ratio and will split the light signal into 2 or more channels at a certain ratio.
The Optical PLC Splitter is made by Planar Lightwave Circuit (PLC) technology with fiber in and fiber out. It features wide spectrum and compact size. It will split the light signal into 2 or more channels at an even ratio.
The Optical Multimode Pump Combiner is made by fusion splice technology with fiber in and out. It features High Coupling Efficiency & Various Configuration and will combine 2 or more high power pump lights into one multimode fiber.
The Optical Multimode Pump & Signal Combiner is made by Fusion Splice technology with fiber in and fiber out. It features high Coupling Efficiency and will combine the signal and high power pump lights into one Double Cladding fiber.
The Optical Laser Beam Combiner is made by Fusion Splice technology with fiber in and fiber out. It features High Coupling Efficiency & Various Configuration and will combine 2 or more high power laser light into one beam delivery fiber.
The Cladding Power Stripper is made by Fusion Splice technology with fiber in and fiber out. It features High Strip Ratio and High Power Handling. It will transmit the signal power and remove the residual pump light in the cladding.
The Mode Field Adapter is made by Fusion Splice technology with fiber in and out. It features Low Insertion Loss and High Power Handling. It will transmit the signal light through different fibers while maintaining a good beam profile.
The Pump Laser Protector is made by micro optics package technology with fiber in and out. It features High Signal Isolation & Various Signal Ranges. It will pass pump light and block backward signal light to protect pump laser diode.
The Pump Laser Protector/Isolator Hybrid features High Signal Isolation and Various Signal Ranges. It will pass pump light and block both backward signal light and backward pump light to protect the pump laser diode.
The Polarization Beam Combiner/Splitter (PBC/PBS) is made by micro-optics package technology with fiber in and fiber out. It features Wide Spectrum and Low Loss. It will split or combine two orthogonal linear polarized lights.
The PBC-PBS/Isolator Hybrid is made by micro-optics package technology with fiber in and fiber out. It will combine or split two orthogonal linear polarized lights and simultaneously force the signal to transmit at single direction.
The Optical Inline Polarizer is made by micro-optics package technology with fiber in and out. It features Wide Spectrum and will polarize transmitted light signal by cutting off the orthogonal light to improve the signal ER value.
The Fiber Bragg Grating (FBG) is made by special technology with fiber in and out. It features various Bandwidth and Reflectivity. It will reflect particular wavelengths of light signal at a certain ratio and transmit all others.
The Fiber Pigtailed PhotoDiode (PD) or Fiber Pigtailed Tap PD is made by micro-optics package technology with fiber in. It will convert the input light signals or tap a small percentage of light signals into electronic signals.
The Optical Manual VOA is made by micro-optics package technology with fiber in and fiber out. It features Wide & Flat Spectrum and Continuous Attenuation. It will attenuate the input light signal at variable value by adjusting the knob.
The Fixed Attenuator is made by micro-optics package technology with pluggable type and inline type configurations. It features various and precise attenuation value. It will attenuate the input light signal at a fixed value.
The Optical Switch is made by micro-optics package technology with fiber in and fiber out. It features Wide & Flat Spectrum and Various Configurations. It will switch the input light signals to output from different output ports.
The Fiber Collimator is made by micro-optics package technology with fiber in or fiber out. It features Wide & Flat Spectrum and Various Working Distance. It will collimate the light signal from fiber into free space or collect light signal from free space into fiber.
The Optical Fiber Patchcord series products are made by micro-optics package technology. Patchcord will connect two fiber ports through a Fiber Adapter. Fiber Terminator will terminate the light signal with very low reflection.
