Fiber optics convert electronic/binary information into optical signals through digital light pulses. The signal moves through a long fiber optic cable until the end of the line where it is converted back into its original electronic/binary form that is readable by computer systems. Optical fiber is made of a thin glass rod that is surrounded by a protective plastic coating. The light that is injected into the core of the glass fiber will follow the physical path through the internal reflection of light. It is necessary to constantly evolve fiber testing processes in order to ensure the integrity of the optical signals stays intact through complex networks.
There are two types of fiber based on the way light travels through it, multimode and singlemode. Multimode fiber is easier when coupling to other light sources and fiber. It also has a more simplified splicing process and lower cost transmitters. On the other hand, it has a high optic loss and a low bandwidth limit for short distances. Singlemode fiber has a much higher performance in regard to bandwidth and optic loss. Due to the small core size of singlemode fiber, more expensive transmitters and alignment systems are needed. Even with the downside of the more expensive equipment needed when working with singlemode fiber, it remains the best fiber optic solution.
Dust, water, and oil are just a few of the main contaminants that a fiber end-face comes in contact with. These contaminants disrupt the flow of light and can cause network outages. It is essential to use fiber inspection tools and cleaning kits to avoid and resolve these disruptions.
Avalon offers a wide variety of fiber inspection and cleaning equipment from top manufacturers (VIAVI, EXFO, ODM, and more) for rent or purchase. Test With Confidence®.
The CellAdvisor Cable and Antenna Analyzers provide integrated solutions for line sweep measurements and fiber inspection with RF/optical power meters in a lightweight, cloud-enabled instrument for use during cell site installation and maintenance.
A fully ruggedized fusion splicer for ribbon optical fiber. The new design streamlines the steps required to complete splices, resulting in greater productivity.
Utilizes precision, fixed v-groove technology for splicing ribbon fiber up to 12 fibers, including single fibers. Incorporating the proven ruggedized features pioneered by Fujikura, the 70R+ has automated and enhanced user control features to increase splicing efficiency
The JD785B is a comprehensive solution providing all the functions to effectively test any cell site. The combined functionality includes spectrum analysis, cable and antenna analysis, power meter, interference analysis, channel scanner, RFoCPRI™, signal analysis, PIM detection.
Miller (previously ODM®) VIS 400-HDP Fiber Inspection Scope allows technicians to inspect and grade fiber endfaces quickly and accurately by delivering the most detailed image possible.
Built to simplify and speed up connector certification, the FIP-430B integrates advanced automated features, such as a high-performance, fiber image-centering system and onboard connector-endface pass/fail analysis based on IEC or custom standards to deliver accurate and consistent connector certification in seconds.
Sets the standard for core alignment fusion splicing by incorporating a user-friendly interface with enhanced features to provide the most rugged and reliable fusion splicer in the market today.