Lanview 1m OS2 Single-Mode Fiber Optic Cable with 2x LC and 2x SC Connectors - Yellow
Single-mode fiber optic cable, 1m length, with 2 LC and 2 SC connectors, yellow color, for high-speed connections.
Single-mode fiber optic cable, 1m length, with 2 LC and 2 SC connectors, yellow color, for high-speed connections.
Bright yellow 2‑meter single‑mode fiber optic cable featuring dual SC connectors and a 9 µm core diameter for high‑speed data transmission. Designed for full‑duplex connectivity, it delivers reliable performance in demanding networking environments.
Bright yellow 2‑meter single‑mode fiber optic cable featuring dual SC connectors and a 9 µm core diameter for high‑speed data transmission. Designed for full‑duplex connectivity, it delivers reliable performance in demanding networking environments.
Fibre optic cable, 100m long, OS2 type, yellow colour, for high-speed data transfer and connectivity solutions.
Fibre optic cable, 100m long, OS2 type, yellow colour, for high-speed data transfer and connectivity solutions.
2m long multimode fiber optic cable with 2x SC and 2x LC connectors, supports high-speed connections, in purple.
Bright yellow 3‑meter single-mode fiber optic cable, OS2 core, 9 µm diameter, dual LC connectors for high-speed data links, ideal for LANs and data centers.
Bright yellow 3‑meter single-mode fiber optic cable, OS2 core, 9 µm diameter, dual LC connectors for high-speed data links, ideal for LANs and data centers.
A compact 0.5 m fiber optic link delivering 10 Gbps with an SFP+ DAC connector, ideal for high‑speed data transfer between servers or switches, featuring a durable black jacket and low latency performance.
A compact 0.5 m fiber optic link delivering 10 Gbps with an SFP+ DAC connector, ideal for high‑speed data transfer between servers or switches, featuring a durable black jacket and low latency performance.
A 2‑meter multimode fiber optic pigtail with LC and UPC connectors, engineered for high‑speed data links up to 10 Gb/s. The aqua‑colored jacket protects against moisture and abrasion while maintaining low attenuation and excellent signal integrity in demanding network environments.