ProLink PL-LC-LC-SM-10 — Fiber Optic Jumper Cord, LC-LC Duplex, Single-Mode (SM), 10 m
The ProLink PL-LC-LC-SM-10 is a 10-meter single-mode LC-to-LC duplex fiber optic jumper cord featuring precision zirconia ferrules, low insertion loss (~-0.3 dB), high return loss (≥ 45 dB) and LSZH jacket — ideal for telecom, enterprise LAN/WAN and data center single-mode optical links.
Description
ProLink PL-LC-LC-SM-10 — 10 m Single-Mode LC-to-LC Duplex Fiber Jumper (SM, 9/125 µm)
Key Features:
-
LC-to-LC Duplex Connectivity — Duplex LC on both ends for straightforward single-mode connections without adapters.
-
Single-Mode Fiber (9/125 µm) — Optimized for low attenuation and reliable signal integrity in single-mode networks.
-
10 Meter Cable Length — Suitable for telecom closets, structured cabling runs and data center interconnects.
-
Precision Zirconia 1.25 mm Ceramic Ferrules — Ensures accurate alignment and consistent optical performance.
-
Low Insertion Loss (~-0.3 dB) — Maintains high optical signal quality.
-
High Return Loss (≥ 45 dB) — Helps reduce reflections and improve link performance.
-
LSZH Yellow Jacket — Low Smoke Zero Halogen sheath for enhanced safety in indoor installations.
Technical Specifications:
-
Brand: ProLink
-
Model: PL-LC-LC-SM-10
-
Connector Type: LC duplex (male) ↔ LC duplex (male)
-
Fiber Type: Single-Mode (9/125 µm)
-
Cable Length: 10 meters
-
Cable Color: Yellow
-
Jacket: LSZH
-
Insertion Loss: ~-0.3 dB
-
Return Loss: ≥ 45 dB
-
Joint Durability: > 1000 mating cycles
-
Operating Temp: –40 °C to +70 °C
-
Storage Temp: –25 °C to +60 °C
-
RoHS Compliant: Yes
Performance & Connectivity:
-
Reliable Single-Mode Support — Engineered for stable, low-loss single-mode optical links over a 10 m distance, ideal for structured networks and equipment interconnects.
-
Wide Compatibility — Works with LC single-mode interfaces on switches, routers, optical transceivers, patch panels, and telecom equipment.
-
Duplex Design for Full-Duplex Links — Two fiber cores support simultaneous transmit/receive channels for bidirectional communication.






