Communication Cables
Parcourez les produits communication cables de nos fournisseurs vérifiés.
Get Sourcing Help for Communication Cables
Tell us your requirements and our experts will connect you with verified manufacturers.
Parcourez les produits communication cables de nos fournisseurs vérifiés.
Tell us your requirements and our experts will connect you with verified manufacturers.

This fiber optic patch cord is designed for reliable data transmission. It features durable connectors and robust cable construction for optimal performance in demanding networking environments.

Optical Ground Wire (OPGW) cable is designed for power transmission, integrating grounding and communication functionalities. It features optical fibers for data transmission, surrounded by layers of steel and aluminum wires for conductivity and mechanical strength.

This lead-in butterfly optical cable is designed for communication applications. Its butterfly design facilitates easy installation and termination in various communication networks.

These communication cables support CAT5, CAT5e, and CAT6 standards. They come in UTP, FTP, and SFTP configurations for Ethernet, data transmission, and telecommunications applications.

This fiber optic cable utilizes a layer-stranded construction for enhanced durability. It is designed for reliable data transmission in diverse environments, featuring multiple protective layers.

This communication cable features a tight buffer construction designed for indoor applications. It is composed of optical fibers encased in a flame-retardant tight buffer, reinforced with aramid yarn, and protected by an outer jacket.

This communication cable is a double-jacketed, armored fiber optic cable designed for outdoor duct and direct burial applications. Optical fibers are housed in gel-filled tubes, protected by corrugated steel tape armor and a polyethylene jacket, ensuring durability and resistance to environmental factors.

RG8/U coaxial cable connects radio transmitters and receivers with antennas, and transmits CCTV, cable television, and network signals. It has a copper conductor, dielectric insulator, braided shield, and outer jacket, providing good signal transmission and interference protection.

This coaxial cable is designed for communication applications. It features a solid copper conductor, foam polyethylene dielectric, bonded aluminum foil shield and a tinned copper braid shield, encased in a weather-resistant polyethylene jacket.

This high-quality optical fiber cable is designed for indoor installations. It offers long transmission distance and small transmission loss.

This optical fiber cable ensures reliable data transmission with minimal signal loss. It is designed for indoor installations and offers long transmission distance and resistance to pressure.

This telephone cable is designed for indoor installations. It ensures clear signal transmission and durable performance for various telephony applications.

This Cat6A Ethernet cable is designed for high-performance networking applications. It supports data transmission speeds up to 10 Gigabit Ethernet, making it suitable for data centers and enterprise networks.

This Cat5e LAN cable is designed for indoor installations. It features optional shielding, conductor material, and diameter.

These cables are used in telecommunication plus power generation, transmission, and distribution. They offer high bandwidth and reliable data transmission.

These fiber optic cables are designed for indoor applications, ensuring reliable data transmission within protected environments. They are available in single-mode and multi-mode configurations, featuring jackets suitable for indoor use to provide flexibility and durability.

This outdoor communication optical cable is designed for reliable data transmission in harsh environments. It features multiple layers of protection, including a black outer jacket, a green corrugated layer, and a white inner layer, with colored optical fibers inside.

UTP CAT5E cable designed for reliable network connections. It ensures optimal data transmission speeds and minimal signal loss.