OptoSpan LCElite Low-Loss OM4 Duplex LC-LC Fiber Optic Cable
Best high-speed fiber cable for professional data center network installations.
Experience superior performance with the OptoSpan LCElite fiber optic patch cable, engineered for demanding high-speed data transmission in 10G, 40G, and 100G networks. This 25-meter duplex cable features proprietary LC connectors with ceramic ferrules for ultra-low insertion loss. Its rugged solid-body design and 360-degree flex boots ensure resilience and easy maneuvering in tight spaces. Finished with a yellow 3.0mm PVC jacket, this Riser-rated cable provides reliable, high-quality connectivity for data centers and telecom facilities.
$81.75
Owner Satisfaction
4.7
/ 5
Category Rank
74
/ 6543
#74 in Network Cables
Price vs Category Average
-77%
Below average
Connector Type
LC/LC LCElite Low-Loss Cable
/ LC/LC LCElite Low-Loss Cable
Who it's for
- Network engineers managing long-distance data center connections
- IT managers upgrading to high-bandwidth 40GbE or 100GbE infrastructure
- Technicians requiring reliable, low-loss connections for critical hardware
Who should skip it
- Budget-conscious buyers building standard, non-critical network setups
- Small businesses operating simple 1GbE networks
- Installers working in tight spaces without proper cable management tools
Performance breakdown
Signal Integrity
Ultra-low insertion loss ensures maximum data throughput for high-speed networks.
Connector Durability
Ceramic ferrules and ruggedized housing provide exceptional long-term connection stability.
Installation Flexibility
The 360-degree flex boots make routing through tight server racks effortless.
Future-Proofing
Optimized performance easily handles demanding 100G data transmission requirements.
Quality Assurance
Serialized tracking and included test reports guarantee verified factory performance.
Cable Resilience
Riser-rated PVC jacket offers reliable protection for standard data center environments.
Key Specs
Connector Type
LC/LC LCElite Low-Loss Cable
Fiber Mode
Single-mode (G.657.A2)
Fiber Count
Duplex (2x)
Length
25 meter (Approx. 80ft)
Jacket Rating
Riser (PVC)
Core Diameter
9/125µm
Ferrules
Ceramic
Compliance
TIA-604-10 and IEC 61754-20
Features
- Ultra-low insertion loss performance
- Ruggedized LC connector design
- 360-degree flex angle boots
- Serialized for quality tracking
- Includes performance test report
- Optimized for 10G/40G/100G
- Exceeds random mating requirements
- Ready for immediate installation
What customers say
Users consistently highlight the exceptional quality and outstanding reliability of the OptoSpan LCElite cable. Its low loss performance is immediately noticeable, making it perfectly suited for demanding high speed network environments. The robust construction guarantees long term durability and maintains excellent signal integrity over time. This cable is recognized as a premium and dependable solution, proving its value for critical infrastructure requirements.
Know before you buy
The LCElite cable is engineered with high-quality ceramic ferrules to minimize signal degradation at connection points. This ensures a cleaner signal, which is critical for maintaining stability in high-speed 40G and 100G data environments.
Yes, this cable is fully backward compatible with 10G networks while being optimized for higher-speed 40G and 100G applications. It is a versatile choice for upgrading current hardware without needing to replace your cabling.
No, this cable features a Riser (PVC) jacket, which is intended for vertical runs between floors or general-purpose networking. It is not rated for plenum spaces, which require specific fire-safety standards.
The 360-degree flex boots allow the cable to bend and maneuver easily in tight rack spaces without putting excessive strain on the fiber core. This design helps prevent signal loss caused by sharp bends and increases the overall lifespan of the connection.
Every LCElite cable is serialized and tested to ensure it meets strict industry standards for insertion loss. The included report provides verified proof that your specific cable performs within the required parameters before you even install it.
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