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CommScope OM4 LC Duplex Fiber Optic Patch Cord - Precision Engineered for Hyperscale Data Centers

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CommScope OM4 LC Duplex Fiber Optic Patch Cord - Precision Engineered for Hyperscale Data Centers

Name: CommScope OM4 LC Duplex Fiber Optic Patch Cord Precision Engineered for Hyperscale Data Centers
Brand: Commscope
Price: 1 USD

Quality CommScope OM4 LC Duplex Fiber Optic Patch Cord - Precision Engineered for Hyperscale Data Centers for sale

Model Number : CEP-LCLC-L40B010M

Interface, connector A : LC/UPC

Interface characteristics, connector A : Duple x

Connector, Connector B : LC/UPC

Interface characteristics, connector B : Duple x

Sheath color : Aqua Green

Total cores, number : 2

Brand Name : Commscope

MOQ : 1Pcs

Price : Negotiate

Packaging Details : Box

Delivery Time : Based on inventory

Payment Terms : T/T

Supply Ability : Supply by project/batch

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CommScope OM4 LC Duplex Patch Cord - Next-Gen Data Center Performance

Engineered for Extreme Density & Performance

This isn't just another fiber patch cord—it's a precision-engineered connectivity solution built for today's most demanding hyperscale data centers and enterprise networks.

Precision Engineered

Sub-micron alignment accuracy for consistent low insertion loss across all connections

Smart Polarity Management

Tool-less polarity reversal saves 73% installation time compared to traditional methods

Technical Excellence Redefined

Core Architecture

Fiber Geometry	50/125μm OM4 Multimode with Enhanced Bandwidth
Connector Precision	LC/UPC Duplex with <0.2dB Typical Insertion Loss
Cable Architecture	1.8mm LSZH with Reinforced Tensile Strength
Color Coding	Aqua Green for Instant OM4 Identification

Performance Metrics

Optical Performance	3.0 dB/km @850nm \| 1.0 dB/km @1300nm
Environmental Range	-10°C to +60°C Operational Stability
Bend Innovation	7.5mm Radius with <0.20dB Impact
Durability Cycle	500+ Mating Cycles Minimum

Why This OM4 Patch Cord Stands Apart

Scientific-Grade Termination

Unlike standard patch cords, our OM4 LC-LC cables feature epoxy-less connector technology that eliminates thermal cycling issues and provides superior long-term reliability in fluctuating data center environments.

Dynamic Bend Resilience

Advanced fiber geometry maintains signal integrity even when subjected to repeated bending cycles—perfect for high-density patching environments where cable movement is frequent.

Deployment Scenarios & Performance Matrix

Hyperscale Data Centers

Massive scalability with consistent performance across thousands of connections

Industrial Automation

Withstands vibration, temperature swings, and electromagnetic interference

5G Network Infrastructure

Front-haul and back-haul connectivity with minimal latency and jitter

Intelligent Length Selection Matrix

Application Scenario	Recommended Length	Model Number	Installation Benefit	ROI Impact
Top-of-Rack Switching	1-2 meters	CEP1CLC140B002M	✓ Reduced Clutter	⭐ High
Cross-Rack Connectivity	3-5 meters	CEP1CLC140B005M	✓ Flexible Routing	⭐⭐ High
Data Center Aisle	10-15 meters	CEP1CLC140B015M	✓ Long Reach	⭐⭐⭐ Very High
Building Backbone	20-30 meters	CEP1CLC140B030M	✓ Infrastructure Link	⭐⭐ Critical

Compliance & Certification Excellence

ISO

ISO 9001:2015

Quality Management System Certified

TIA

TIA-568.3-D

Optical Fiber Component Standard

IEC

IEC 61753-1

Fibre Optic Interconnect Performance

Expert Installation Insights

Installation Pro-Tip

When deploying in high-density panels, use the "loop and secure" method rather than tight bends—this preserves signal integrity and extends cable lifespan.

Length Optimization

Order cables 10-15% longer than measured distance to accommodate future reconfiguration without requiring complete replacement.

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