These fibers operate primarily at the 980 nm wavelength (but are also suitable for use at 1550 nm) and vary by numerical aperture. A reduced-diameter version is available for applications where size is critical. Tight geometrical tolerances are maintained for low lot-to-lot variability and low splice loss. The high proof test level helps ensure extended lifetime in high-stress and submarine applications.
OFS
Done
Description
These fibers operate primarily at the 980 nm wavelength (but are also suitable for use at 1550 nm) and vary by numerical aperture. A reduced-diameter version is available for applications where size is critical. Tight geometrical tolerances are maintained for low lot-to-lot variability and low splice loss. The high proof test level helps ensure extended lifetime in high-stress and submarine applications.
These fibers operate primarily at the 980 nm wavelength (but are also suitable for use at 1550 nm) and vary by numerical aperture. A reduced-diameter version is available for applications where size is critical. Tight geometrical tolerances are maintained for low lot-to-lot variability and low splice loss. The high proof test level helps ensure extended lifetime in high-stress and submarine applications.
These fibers operate primarily at the 980 nm wavelength (but are also suitable for use at 1550 nm) and vary by numerical aperture. A reduced-diameter version is available for applications where size is critical. Tight geometrical tolerances are maintained for low lot-to-lot variability and low splice loss. The high proof test level helps ensure extended lifetime in high-stress and submarine applications.
