Fiber Optics Products We Offer
Graded Index (GI 50/125) metal-coated multimode fiber was designed to be used in the 850 nm and/or the 1300 nm wavelength window. The fiber is supplied with either 24 kt Gold or Aluminum coatings. These coatings are electrically conductive and provide the user with the ability to connectorize directly to the coating, resulting in a hermetically sealed assembly. Gold and Aluminum coatings offer excellent protection over a wider temperature range than conventional coatings. Combined with an excellent stress corrosion susceptibility parameter, it offers improved mechanical protection to the optical fiber when used in the most challenging harsh environments.
Waveguide Technologies Inc’s Graded Index Multimode Fibers are quality tested in accordance with the Telecommunications Industry Association (TIA) Fiber Optic Test procedures (FOTP), as well as other industry standards.
Graded Index (GI 62.5/125) metal-coated multimode fiber was designed to be used in the 850 nm and/or the 1300 nm wavelength window. The fiber is supplied with either 24 kt Gold or Aluminum coatings. These coatings are electrically conductive and provide the user with the ability to connectorize directly to the coating, resulting in a hermetically sealed assembly. Gold and Aluminum coatings offer excellent protection over a wider temperature range than conventional coatings. Combined with an excellent stress corrosion susceptibility parameter, it offers improved mechanical protection to the optical fiber when used in the most challenging harsh environments.
Waveguide Technologies Inc’s Graded Index Multimode Fibers are quality tested in accordance with the Telecommunications Industry Association (TIA) Fiber Optic Test procedures (FOTP), as well as other industry standards.
Aluminum-coated step-index multimode optical fibers are designed to operate in the UV-VIS and VIS-IR wavelength windows. The fiber is supplied with a 99.99% Aluminum protective coating, capable of withstanding elevated temperatures in the range of -269 °C to +400 °C. Electrically conductive, this type of coating provides the user with the ability to connectorize directly to the coating, resulting in a hermetically sealed assembly. Aluminum coatings offer excellent protection over a wider temperature range than conventional coatings. The Aluminum coating is chemically bonded to the Silica cladding, enabling high-performance terminations without pistoning. Along with an excellent stress corrosion susceptibility parameter beyond 100, it offers improved mechanical protection to the optical fiber when used in the most challenging environments. Combined with solarization-resistant glass, an Aluminum coating is the ideal choice to preserve deep UV performance at short UV wavelengths.
Step index multimode optical fibers are quality tested in accordance with the Telecommunications Industry Association (TIA) and Fiber Optic Test Procedures (FOTP). These fibers can also be tested to MIL-SPEC standards when necessary.
Gold-coated step-index multimode optical fibers are designed to operate in the UV-VIS and VIS-IR wavelength windows. The fiber is supplied with a 99.99% 24 kt Gold protective coating, capable of withstanding extreme temperatures and environments. Electrically conductive, this type of coating provides the user with the ability to connectorize directly to the coating, resulting in a hermetically sealed assembly. Gold coatings offer excellent protection over a wider temperature range than conventional coatings. Combined with an excellent stress corrosion susceptibility parameter, it offers improved mechanical protection to the optical fiber when used in the most challenging harsh environments. Step-index multimode optical fibers are quality tested in accordance with the Telecommunications Industry Association (TIA) and Fiber Optic Test Procedures (FOTP). These fibers can also be tested to MIL-SPEC standards when necessary.
Waveguide Technologies Inc’s Single Mode (SM 9/125), metal-coated fiber was designed to provide optimum performance in both the 1310 nm and 1550 nm wavelength operating ranges, with minimal dispersion in the 1310 nm operating window. The fiber is supplied with either 24 kt Gold or Aluminum coatings. These coatings are electrically conductive and provide the user with the ability to connectorize directly to the coating, resulting in a hermetically sealed assembly. Gold and Aluminum coatings offer excellent protection over a wider temperature range compared to conventional coatings. These types of metal coatings offer excellent stress corrosion susceptibility parameters, resulting in improved mechanical protection of the optical fiber, along with durability and robustness in harsh environments previously unseen in the industry. Waveguide Technologies Inc’s Single Mode Fibers are quality tested in accordance with the Telecommunications Industry Association (TIA) Fiber Optic Test procedures (FOTP) as well as other industry standards.
Waveguide Technologies Inc’s Single Mode (SM 4.3/125), metal-coated fiber was designed to provide optimum performance in the 633 nm to 680 nm wavelength operating range. The fiber is supplied with either 24 kt Gold or Aluminum coatings. These coatings are electrically conductive and provide the user with the ability to connectorize directly to the coating, resulting in a hermetically sealed assembly. Gold and Aluminum coatings offer excellent protection over a wider temperature range compared to conventional coatings. These types of metal coatings offer excellent stress corrosion susceptibility parameters, resulting in improved mechanical protection of the optical fiber, along with durability and robustness in harsh environments previously unseen in the industry. Waveguide Technologies Inc’s Single Mode Fibers are quality tested in accordance with the Telecommunications Industry Association (TIA) Fiber Optic Test procedures (FOTP), as well as other industry standards.