ODVA LC Duplex Waterproof Fiber Adapter for Relay extensionholight20172022-04-18T14:11:05+08:00
(Last Updated On: April 18, 2022)
ODVA LC Duplex Waterproof Fiber Adapter for Relay extension
Connecting a LC Duplex connector to a LC Duplex connector to extend the length of a cable run.
· Active device termination
· Telecommunication networks
· Metro networks
· Local Area Networks (LANs)
· Data processing networks
· Wide Area Networks (WANs)
· Test equipment
· Premise installations
· Low insertion and high return loss
· High Precision Alignment;
· Good Wearability;
· Good interchangeability;
· Good Temperature characteristic;
· Good repeatability.
Glad to answer any questions about optical fiber communication products!
ODVA LC Duplex Waterproof Fiber Adapter for Relay extension, 0.2dB insertion loss
Fiber optic adapter, sometimes also called coupler, is a small device designed to terminate or link the fiber optic cables or fiber optic connectors between two fiber optic lines.
By linking two connectors precisely, fiber optic adapters allow the light sources to be transmitted at most and lower the loss as much as possible. At the same time, fiber optic adapters have the merits of low insertion loss, good interchangeability and reproducibility. Holight supplies a wide range of mating sleeves and hybrid adapters, including special male to female hybrid fiber optic adapter.
LC to LC
Quality and standards are the foundation of HOLIGHT. We are dedicated to providing customers with the outstanding, standards-compliant products and services.
HOLIGHT has passed many quality system verification, like CE, RoHS, established an internationally standardized quality assurance system and strictly implemented standardized management and control in the course of design, development, production, installation and service.
Please Note: Each fiber adapter is 100% optically inspected and tested for insertion loss before you receive it.
Our Test Assured Program
Take a look at our fiber patch cable test program and see what truly sets us apart