ProLink PL‑CLC‑D‑OM4 — Multimode LC‑LC Duplex Fiber Optic Coupler (OM4)
The ProLink PL‑CLC‑D‑OM4 is a multimode fiber optic coupler featuring LC duplex ports for OM4 50/125 µm fiber, offering low insertion loss, high return loss, and precision zirconia alignment — ideal for structured fiber patch panels, ODFs, and telecom termination points.
Description
ProLink PL‑CLC‑D‑OM4 — LC Duplex OM4 Multimode Fiber Optic Coupler
Key Features:
LC Duplex Interface — Two LC female ports support duplex multimode connections between patch cables.
OM4 Multimode Fiber Support — Designed for 50/125 µm OM4 fiber, ideal for high‑bandwidth multimode networks.
Precision Alignment — Zirconia ceramic ferrule ensures accurate fiber alignment and minimal signal loss.
Low Insertion Loss (~0.1 dB) — Keeps attenuation low across the coupler interface.
High Return Loss (>20 dB) — Reduces back‑reflection for stable optical performance.
Compact & Durable — Small form factor suitable for high‑density patch panels and fixed mount ODF faces.
Standard Panel Integration — Designed to fit into standard fiber panels, wallplates, and termination frames for organized cabling.
Technical Specifications:
Brand: ProLink
Model: PL‑CLC‑D‑OM4
Coupler Type: LC‑LC Duplex Optical Adapter/Coupler
Fiber Type: OM4 multimode (50/125 µm)
Connector Interface: LC female × 2 (duplex)
Insertion Loss: ≈ 0.1 dB (typical)
Return Loss: > 20 dB
Ferrule Material: Zirconia ceramic
Form Factor: Standard adapter size for panels/ODFs
Performance & Connectivity:
Reliable Fiber Join: Provides a stable, precision‑aligned connection point between two LC multimode patch leads — ideal for data centers and telecom closets where patching density and performance matter.
OM4 Compatibility: OM4 multimode fiber supports high‑speed data applications, including 10 Gbps Ethernet and beyond over medium distances, with greater modal bandwidth than OM3.
Minimal Signal Degradation: Low insertion loss and high return loss help maintain link quality across coupler interfaces, especially important in structured patching environments.









