H-Series MPO Patch Cassettes
H-Series MPO Patch Cassettes interconnect MPO assemblies to extend or break-out fiber links.
H-Series MPO Patch Cassettes interconnect MPO assemblies to extend or break-out fiber links.
The W31 Lockable IP65 distribution box offers the ability to terminate 24 fibers with SC connectors, housed in a strong robust ABS enclosure
The versatile L-Series Adapter Plate can be used in the complete range of L-Series housings, panels, and wall boxes.
ASCEND® MPO trunks are a high-performance plug-and-play solution for data centers. Small-diameter cables reduce pathway congestion and improve airflow.
A fiber optic patch panel is commonly described as the interface panel that connects multiple optical fiber cables and optical equipment. Patch panels are rack-mountable onto 19”, 21”and 23” rack systems, and some are designed to be wall-mountable.
Our Front-Access V-Panels (FVP) are designed for speed of deployment in a high-density environment. Each panel is fitted with 2RU slide out drawers with a splice capacity of 24 x 12 fiber ribbons presenting to 144 LC ports (288 fiber), the FVP panels are available in 2RU (144 LC port, 288 fibers) and 6RU (432 LC port, 864 fiber) variations.
FCP Cleaning Kits from AFL offer a complete selection of fiber optic cleaning products for field cleaning of connector endfaces in a convenient carry case.
A smaller, more flexible and compact product providing at the same time an improved optical performance of microcable cable structure.
Fiber Rings are often a necessity when testing with an OTDR. Both launch and receive cables are required to measure complete link loss of a fiber with an OTDR.
U-Series MPO Fanout Cassettes provide pre-terminated plug-and-play connectivity to an LC interface to enable faster deployments and network expansions.
Designed to accommodate up to 1024 fibers with 8 individual panels that snap onto the cabinet for director class hardware
Tight Buffer Distribution factory made, quality controlled fiber optic assembly is specified for short internal optical links.