Fiber & Connectivity

Showing 25–36 of 83 results

ProLink PL-CSC-D-OM3 — MM Fiber Optic Coupler, SC Duplex, OM3

79,00 EGP
The ProLink PL-CSC-D-OM3 is a multimode fiber optic adapter/coupler with SC duplex ports designed for OM3 50/125 µm multimode fiber, featuring precision zirconia ferrules, low insertion loss, and high return loss - ideal for structured cabling in data centers, telecom closets, and enterprise networks.

ProLink PL‑CSC‑D‑SM — Fiber Optic Coupler, SC‑SC Duplex, Single‑Mode (SM)

68,50 EGP

The ProLink PL‑CSC‑D‑SM is a single‑mode SC‑SC duplex fiber optic coupler for terminating and joining SC duplex single‑mode patch cables in fiber panels and termination boxes - featuring zirconia ceramic alignment sleeve

ProLink PL‑CSC‑S‑OM3 — Fiber Optic Coupler, SC Simplex, OM3

55,00 EGP
The ProLink PL‑CSC‑S‑OM3 is a simplex SC‑to‑SC multimode fiber optic coupler designed for OM3 50/125 µm fiber, with low insertion loss, high return loss, and precision zirconia ferrules - ideal for structured fiber cabling in data centers, telecom rooms, and enterprise networks.

ProLink PL‑CSC‑S‑OM4 — Multimode SC‑SC Simplex Fiber Optic Coupler (OM4)

77,00 EGP

The ProLink PL‑CSC‑S‑OM4 is a single‑channel (simplex) multimode fiber optic coupler with SC/SC interfaces for OM4 50/125 µm multimode fiber, providing low insertion loss, high return loss, and precision ceramic alignmen

ProLink PL‑FOC12‑OS2 — Fiber Optic Cable, 12‑Core Single‑Mode (OS2, 9/125 µm)

54,00 EGP

The ProLink PL‑FOC12‑OS2 is a 12‑core OS2 single‑mode fiber optic cable (9/125 µm) designed for structured optical network installations, offering low attenuation, color‑coded fibers, and rugged construction for backbone and distribution links.

ProLink PL‑FOC12D‑OM3 — Double Armor Central Loose Tube Fiber Cable, 12‑Core, OM3 Multimode

154,50 EGP

The ProLink PL‑FOC12D‑OM3 is a 12‑core multimode OM3 fiber optic backbone cable with double armor central loose tube construction, 50/125 µm OM3 fibers, and a rugged design - ideal for enterprise, data center, and struct

ProLink PL‑FOC12D‑OM4 — Double Armor OM4 Multimode Fiber Optic Cable, 12‑Core

244,00 EGP
The ProLink PL‑FOC12D‑OM4 is a 12‑core OM4 multimode fiber optic cable with double armor central loose tube construction and 50/125 µm multimode fibers, featuring a ~12.5 mm outer diameter - ideal for backbone, campus, and high‑bandwidth structured fiber cabling deployments.

ProLink PL‑FOC12S‑OM3 — Single Armor Central Loose Tube Fiber Cable, 12‑Core, OM3 Multimode (50/125 µm, ~10 mm OD)

The ProLink PL‑FOC12S‑OM3 is a 12‑core multimode OM3 fiber optic cable featuring a single armor central loose tube design, 50/125 µm multimode performance, and a ~9 mm outer diameter - ideal for backbone, riser, and stru

ProLink PL‑FOC12S‑OM4 — OM4 Single Armor Central Loose Tube Cable, 12‑Core Multimode

172,00 EGP

The ProLink PL‑FOC12S‑OM4 is a 12‑core OM4 multimode fiber optic cable with single armor central loose tube construction, 50/125 µm MMF, and a ~10 mm OD polyethylene jacket - engineered for backbone and structured cablin

ProLink PL‑FOC12S‑OM4 — 12‑Core OM4 Multimode Fiber Optic Cable (Single Armor Central Loose Tube)

172,00 EGP

The ProLink PL‑FOC12S‑OM4 is a 12‑core multimode OM4 fiber optic cable featuring single armor central loose tube construction, 50/125 µm OM4 fibers, and a ~10 mm outer diameter - built for backbone, campus, FTTx, and structured fiber cabling applications with enhanced mechanical protection and high‑bandwidth performance.

ProLink PL‑FOC24‑OS2 — ARMOR Fiber Optic Cable, 24‑Core Single‑Mode (OS2, 9/125 µm)

90,00 EGP

The ProLink PL‑FOC24‑OS2 is a 24‑core armored single‑mode outdoor fiber optic cable with OS2 9/125 µm fibers, central loose tube construction, steel reinforcement, and a rugged HDPE jacket - ideal for telecom, campus, and outdoor backbone fiber installations.

ProLink PL-FTB-16C — Fiber Optic Termination Box, 16-Core

The ProLink PL-FTB-16C is a high-quality fiber optic termination box designed for FTTx, FTTH, and access network installations, providing organized fiber cable termination, splicing, and distribution for up to 16 optical