Fiber optic patch cord

Achieve high-speed data transmission with the Digitus Fiber Optic Multimode Patch Cord. This 1m OM4 cable features LC/SC connectors and comes in a vibrant violet color, ensuring both performance and style for your networking needs.

The LogiLink FPSLC00 is a fiber simplex patch cord with an LC/APC connector on both ends. It is designed for single-mode operation and follows the OS2 standard.

Experience high-quality connectivity with the Digitus DIGI 9E2000LC02I fiber optic patch cable.

Explore the LogiLink FPSLS00 fiber simplex patch cord for optimal connectivity with its OS2 SM G.657.A2 design.

Fiber optic multimode patch cord with OM4, LC and SC connectors, available in duplex and violet color, 3 meters long.

Fiber optic patch cord with OM4 multimode and duplex LC/SC connectors, violet, 2m long for high-speed data transmission.

A 10‑meter duplex patch cord with ST connectors for multimode OM3 fiber, supporting up to 10 Gb/s over 50/125 µm cores, ideal for high‑speed LAN and data center links.

Vibrant violet OM4 multimode patch cord, 10 m long, LC male to SC male connectors, 50/125 µm core, 3 mm diameter, duplex design for high‑speed 10 Gbps networks, ready for immediate deployment.

A 10‑meter multimode fiber patch cord (OM3) featuring an LC connector on one end and an ST connector on the other, designed for high‑speed data transmission in structured cabling systems.

The Digitus Fiber Optic Singlemode Patch Cord features a reliable LC/SC connector interface for efficient fiber optic networking.

Experience high-speed data transmission with the Digitus 3m Singlemode Fiber Optic Patch Cable. Connect SC (APC) and LC (PC) connectors seamlessly, ensuring optimal performance in network setups.

Enhance your network with the Digitus DIGI 292SCA3LC01, a singlemode fiber optic patch cable that seamlessly connects SC (APC) to LC (PC).

High-performance Digitus Fiber Optic Multimode Patch Cord with ST connectors, supporting OM3 standards for optimal signal transmission and durability in demanding network environments.

High-performance Digitus OM4 fiber optic multimode patch cord with SC/SC connectors, ideal for fast data transmission and network upgrades. Supports up to 100Gbps at 500MHz, offering reliability and speed over 2 meters of duplex cable.

Enhance your network with the Digitus Fiber Optic Multimode Patch Cord, featuring LC connectors for reliable high-speed data transmission in networking applications. Ideal for 10GBase-LR/ER setups, this 3-meter cable is perfect for seamless connectivity.

The Digitus Fiber Optic Multimode Patch Cord is a high-quality fiber optic cable that uses multimodal technology for improved signal transmission. It features SC/SC connectors and supports OM 3 standards.

A 5-meter fiber optic patch cord with LC connectors for high-speed data transmission in multimode networks.

The Digitus Fiber Optic Multimode Patch Cord is a high-quality fiber optic cable designed for reliable data transfer. With LC / LC connectors and a length of 10 meters, it offers exceptional performance and durability for networking applications.

The DIGITUS DK2533-15-3 is a high-quality fiber optic multimode patch cord with OM 3 specifications and connectors at both ends. It features LC / LC connectors for seamless integration into your network infrastructure.

High-performance Digitus Fiber Optic Multimode Patch Cord with LC connectors, supporting high-speed data transmission for networks and AV systems—ideal for reliable connectivity in modern infrastructures. (Length: 1 meter)

Experience seamless connectivity with the Digitus Fiber Optic Multimode Patch Cord (LC/LC). Ideal for high-speed data transmission, this 7m OM5 cable supports up to 400Gbps.

Singlemode fiber optic patch cord with LC and ST connectors, suitable for high-speed data transmission applications.

Multimode fiber optic patch cord with OM4 and SC/SC connectors for reliable data transfer connections.

Fiber optic multimode patch cord, 1 m long, OM4 grade with SC connectors on both ends for high‑speed data transmission and low loss in professional networking environments.