ProLink PL‑FOC24‑OM4 — 24‑Core OM4 Multimode Fiber Optic Cable (Single Armor Central Loose Tube)
The ProLink PL‑FOC24‑OM4 is a 24‑core multimode OM4 fiber optic cable with single armor central loose tube construction and 50/125 µm OM4 fibers, designed for indoor/outdoor backbone installations, FTTx infrastructure, and high‑bandwidth network links, with a rugged 10 mm outer diameter for enhanced strength.
Description
ProLink PL‑FOC24‑OM4 — 24‑Core OM4 Multimode Fiber Optic Cable, Single Armor Central Loose Tube
Key Features:
24 Multimode Cores — Supports 24 individual fiber strands for high‑density networks.
OM4 50/125 µm Fiber — Enhanced multimode fiber for high‑bandwidth and high‑speed applications (e.g., 10 GbE+).
Single Armor Central Loose Tube — Rugged internal structure with central loose tube protecting fibers and single layer armor for mechanical strength.
Outer Diameter ~10 mm — Sturdy outer casing for demanding installations.
High Bandwidth — OM4 multimode fiber supports significantly higher modal bandwidth than OM3/OM2, enabling robust performance.
Ideal for Backbone and FTTx — Well‑suited for building backbone cabling, campus networks, and fiber‑to‑the‑x deployments where multimode fiber is used.
Technical Highlights :
Brand: ProLink
Model: PL‑FOC24‑OM4
Fiber Mode: Multimode OM4 (50/125 µm)
Fiber Count: 24 cores
Construction: Single armor central loose tube, reinforced for protection
Outer Diameter: Approx. 10 mm
Typical Applications: Structured backbone, FTTx, campus fiber, telecom racks
Bandwidth: OM4 multimode optimized for high‑speed links (higher modal bandwidth than OM3)
Performance & Connectivity:
High‑Speed Data Support — OM4 multimode fiber is suitable for 10 Gbps Ethernet and higher‑speed multimode applications, with extended reach compared with older multimode types like OM3(OM2/OM1).
Reduced Attenuation & Signal Loss — Typical multimode OM4 fiber exhibits low attenuation, making it suitable for moderate distance links in enterprise and carrier environments.
Structured Cable Integration — Designed to be terminated with fiber patch panels, ODFs (optical distribution frames), splice closures, and connectors matching your network design.









