Product details

General Information
Manufacturer

Belkin International, Inc

Manufacturer Part Number

A3L791-15-BLU

Brand Name

Belkin

Product Name

CAT5e Patch Cable

Product Type

Network Cable

Technical Information
Cable Type

Category 5e

Cable Characteristic

Patch Cable

Cable Length

15 ft

Connector Type on First End

RJ-45 - Male

Connector on First End Details

1 x RJ-45 - Male

Connector Type on Second End

RJ-45 - Male

Connector on Second End Details

1 x RJ-45 - Male

Conductor

Copper

Physical Characteristics
Product Color

Blue

Miscellaneous
Additional Information

  • PowerSum tested

Warranty
Limited Warranty

Lifetime

FAQs

What is the length of this Belkin CAT5e patch cable?
This Belkin CAT5e patch cable is 15 feet long, providing ample length for connecting network devices within a reasonable distance. The 15-foot length makes it versatile enough for both desktop setups and larger office configurations while maintaining optimal signal quality.
What type of connectors does this cable use?
This cable features RJ-45 male connectors on both ends. Each end has 1 x RJ-45 male connector, making it compatible with standard Ethernet ports found on computers, routers, switches, and other networking equipment used in 10/100 Base-T networks.
What is the warranty coverage for this Belkin cable?
The Belkin CAT5e patch cable comes with a lifetime limited warranty, demonstrating Belkin's confidence in the product's durability and performance. This warranty provides long-term protection for your investment and ensures support throughout the cable's lifespan.
What networks is this cable compatible with?
This CAT5e patch cable is perfect for use with 10/100 Base-T networks. It's designed for Local Area Network (LAN) connections and can handle data transfer speeds supported by Category 5e specifications, making it suitable for most home and office networking needs.
What is the cable's conductor material?
The cable uses copper as its conductor material. Copper is the industry standard for Ethernet cables due to its excellent electrical conductivity properties, ensuring reliable data transmission and network performance.

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