Product details

General Information
Manufacturer

Belkin International, Inc

Manufacturer Part Number

A2F20200-10M

Brand Name

Belkin

Product Name

Duplex Fiber Optic Patch Cable

Product Type

Network Cable

Technical Information
Cable Type

Fiber Optic

Cable Characteristic

Patch Cable

Cable Length

32.81 ft

Connector Type on First End

ST Network - Male

Connector on First End Details

2 x ST Network - Male

Connector Type on Second End

ST Network - Male

Connector on Second End Details

2 x ST Network - Male

Device Supported

Network Device

Miscellaneous
Country of Origin

China

Warranty
Limited Warranty

Lifetime

FAQs

What is the length of the Belkin Duplex Fiber Optic Patch Cable?
The Belkin Duplex Fiber Optic Patch Cable (A2F20200-10M) is 32.81 feet (10 meters) in length, making it suitable for various network installations and connections between devices that require significant distance coverage.
What type of connectors does this fiber optic cable use?
This cable features ST Network Male connectors with a duplex configuration - two ST connectors on each end of the cable. Each end has 2 x ST Network Male connectors, allowing for bidirectional data transmission.
What is the warranty coverage for this Belkin cable?
The Belkin Duplex Fiber Optic Patch Cable comes with a lifetime limited warranty, demonstrating Belkin's confidence in the product's durability and long-term performance.
What are the main applications for this fiber optic cable?
This cable is designed primarily for data applications and Local Area Networks (LANs). It's the computer industry standard for network infrastructure, offering superior bandwidth capabilities and future-proof performance for growing network demands.
What makes this fiber optic cable different from standard network cables?
This fiber optic cable offers almost limitless bandwidth compared to traditional network cables, making it ideal for high-demand networks. It's specifically designed for data applications requiring superior performance and is built to accommodate future network expansion and increased bandwidth requirements.

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