The VIPER 2J G.657.A1 Pigtail is a high-quality, indoor-use fiber optic cable featuring a flat cross-section for easy installation and two SC APC connectors for reliable connectivity.
The VIPER 2J G.657.A1 Pigtail is a high-quality fiber optic cable designed for efficient connectivity in Fiber To The Home (FTTH) networks. This white, 20-meter-long cable features 2x SC APC connectors and is engineered to facilitate easy installation and exceptional durability within indoor telecommunication environments.
The VIPER 2J white pigtail cable is a high-quality fiber optic solution designed for reliable indoor use, featuring a flat cross-section for ease of installation and two SC APC connectors for secure connections.
The VIPER 2J G.657.A1 pigtail features a high-quality indoor optical fiber cable with dual SC APC connectors on one end and a bare fiber on the opposite end, specifically designed for in-building applications.
The VIPER 2J Pigtail with code PGTVIPER-M-02-SCA-100 is a 100-meter white indoor fiber optic cable, featuring a G.657.A1 fiber type and pre-installed SC APC connectors, designed for efficient FTTH network installations.
The VIPER 2J G.657.A1 Pigtail is a high-performance, non-conductive fiber optic cable designed for indoor FTTH installations. With premade SC APC connectors, it offers a swift and secure deployment for telecom and subscriber network applications.
Experience seamless indoor fiber optic connectivity with the VIPER 2J white Pigtail cable. This high-quality cable features a durable SC APC connector on one end and a cleanly cut fiber on the other, encased in a flame-retardant LS0H sheath. The flat cable design is perfect for easy installation in confined spaces.
The VIPER 2J Pigtail is a high-quality, white in-building fiber optic cable designed for efficient indoor installation. It features a single SC APC connector and a 50m length of G.657.A1 fiber with a flat cross-section for convenient handling.
The NEXT 2HP subscriber socket is a sleek, wall-mountable outlet designed for use in FTTH networks, providing a secure and efficient termination point for the subscriber line.