30M Armored Cable Fiber Patch Cord LC to LC SM 9/125 3.0mm Single Core

Overview:
The 30M Armored Cable Fiber Patch Cord LC to LC SM 9/125 3.0mm Single Core is designed for superior performance and durability in demanding applications. It features a robust armored cable construction that protects the fiber from environmental hazards, ensuring reliable data transmission.

Product Features:
– Armored Cable Construction: Provides exceptional strength and protection against crushing, bending, and rodent damage, making it ideal for outdoor or harsh industrial environments.
– Low Insertion Loss and High Return Loss: Ensures minimal signal loss and excellent signal quality.
– LC to LC Connectors: Precision-engineered connectors ensure secure and efficient connections, minimizing signal degradation.
– Single Core Fiber: Offers reliable and high-speed data transmission for distances of up to 30 meters.
– 9/125μm Fiber Type: Supports single-mode operation for high-bandwidth applications.
– 3.0mm Cable Diameter: Provides flexibility and ease of installation, while maintaining durability.

Key Usage Points:
– Data centers
– Telecommunication networks
– Industrial automation
– Security and surveillance systems
– Outdoor and harsh environments

Benefits:
– Reliable Connectivity: Armored cable construction provides superior protection for uninterrupted data transmission.
– Enhanced Performance: Low insertion loss and high return loss ensure optimal signal integrity.
– Durable Construction: Withstands harsh conditions, extending the product’s lifespan.
– Easy Installation: Flexible cable diameter and lightweight design simplify installation.
– Versatile Applications: Suitable for various industries and applications, delivering reliable data transmission under demanding conditions.

Additional Features:
– Conforms to industry standards including IEC 61754-20 and TIA/EIA-568-C.3
– RoHS compliant, ensuring environmental friendliness.
– Available in various lengths and connector configurations to meet specific requirements.

External Links for Further Information:
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