Duplexer LINDY | Computers

High-speed Lindy Fibre Optic Cable LC/LC OM4 3m for seamless data transfer. Perfect for networking with superior bandwidth and performance

The Lindy Fibre Optic Cable features an LC/LC connection, is 1 meter long, and uses OM4 fibre optics. It boasts a core diameter of 50 micrometers and supports full duplex transmission, making it ideal for high-speed data transfer applications.

Singlemode fibre optic patch cable with LC connectors and 10m length for high-speed data transfer applications.

15m fibre optic patch lead with LC-LC connectors, featuring OS2 9/125µm core for high-speed data transmission.

Lindy 3m LC-LC OS2 Single-Mode Duplex Yellow Fibre Optic Patch Cable - This high-quality, 3-meter cable connects optical devices with LC/LC connections and is designed for single-mode transmission.

Discover the Lindy 46393 Fibre Optic Cable: A 5m, OM3 duplex cable with LC/SC connectors. Ideal for high-speed data transmission in various networking setups. Features a sleek turquoise design and robust performance.

Fibre optic patch cable with LC connectors, 20m long, featuring OM3 50/125µm fibre for high-speed data transmission.

Experience fast and reliable data transmission with the Lindy 47456 - a high-performance 20m LC/LC OS2 fiber optic cable. Ideal for network setups, this yellow duplex cable offers excellent signal clarity with its 9/125µm core specification.

Experience seamless connectivity with Lindy's 2m LC/ST OS2 9/125µm single-mode fiber optic cable. Featuring a vibrant yellow jacket, it ensures reliable data transmission for optimal performance in various applications.

Discover the Lindy 46364: a high-performance, pink-pigmented OM4 fiber optic cable featuring LC/SC connectors. Ideal for robust data transmission over a reliable 10-meter length, ensuring fast and efficient connectivity in demanding network environments.

Fibre optic cable with LC and ST connectors, 2m long, made of OM4 50/125µm pink duplex cable.

20m duplex fibre optic cable with LC and ST connectors, featuring 50/125µm OM3 core for high-speed data transmission.

Lindy's 75m LC-LC OM3 Fibre Patch Cable, a duplex fiber optic cable with 50/125µm core/cladding sizes, is designed for high-speed data transmission.

Turquoise 200‑m LC/LC OM3 multimode cable delivers full‑duplex data with low loss, featuring a 50/125 µm core/cladding design ideal for high‑speed networking and InfiniBand applications.

Experience high-speed data transfer with the Lindy 40m LC-LC OM3 fiber optic patch cable. Designed for duplex use, this robust cable features a 50/125µm core ideal for network installations requiring long-distance connections and enhanced bandwidth.

High‑quality 1‑meter fiber optic cable with LC/ST connectors, OS2 multimode 9/125µm core diameter, ideal for short‑distance data transmission in networking or video applications.

Discover the Lindy 46384 Fibre Optic Cable: A 10-meter, LC/ST OM3 50/125µm duplex connection in vibrant turquoise. Ideal for high-speed data transmission and network cabling needs. Reliable performance for a seamless networking experience.

Durable Lindy 47463 5m LC/ST duplex fibre optic cable, CAT8.2 compliant, with single-mode OS2 glass fibre, ideal for high-speed data transmission and network infrastructure upgrades. Yellow jacketed for easy identification.

High‑performance 10 m OM4 multimode fiber cable with LC to ST connectors, pink housing, 50/125 µm core/cladding, ideal for high‑speed data transmission in LAN, video, and telecom applications.

High‑performance OM4 multimode fiber cable, 1 m length with LC/SC connectors and pink jacket. Ideal for data centers and high‑bandwidth applications requiring low loss and high capacity.

High‑performance, 3 m long duplex fiber optic cable with OM3 multimode fibers (50/125 µm core/cladding). Features LC and ST connectors for easy installation in high‑bandwidth networking environments.

High‑performance 15 m OM4 multimode fiber optic cable with LC/SC duplex connectors, pink jacket for easy identification. Ideal for high‑bandwidth LANs and data center connections requiring reliable signal integrity.