Product Information

Specification

2' CAT6 6 Gigabit 650MHz 100W PoE UTP Snagless W/Strain Relief Ethernet Cable

Application:

• Designed for use with Gigabit networks
• Patches from hub to distribution panel
• Connects workstation to wall outlet
• Make Gigabit Ethernet connections with PoE support
  

Description:

It’s all about selection. Choose the colors you want, the lengths you want, the styles you want:

Select from a wide variety of colors, lengths, and styles to complete your network solutions. That way, you can organize your cable runs and identify network connections faster, easily find the cables that best suit your network connection requirements, and pick the styles, either snagless - perfect for concealed cable runs - or molded - perfect for strengthening the connector to prevent damage.

100% copper for outstanding value:

Get the highest value for your cable investment with our Cat 6 cables, each one manufactured using high-quality copper conductors.

24-gauge wire for high-performance network connections:

Ensure high-performance capability for your demanding Ethernet applications, such as Power-over-Ethernet, using cables that include 24 AWG copper.

50-micron gold connectors provide peak conductivity:

Rely on our RJ45 connectors to deliver optimum conductivity while eliminating signal loss due to oxidation or corrosion.

Lifetime Warranty:

We back all our cables with a lifetime warranty.

Standards:

• UL Certified/TIA
• PoE RJ45
• UTP Network Patch Cord

Specifications:

Connector(s): 

• 1 - Connector A: RJ-45
• 1 - Connector B: RJ-45

Hardware:

• Number of Conductors: 4 pair UTP
• Connector Plating: Gold
• Cable Jacket Material: PVC - Polyvinyl Chloride
• Fire Rating: CMG Rated (General Purpose)
• Cable Type: Snagless
• Wiring Standard: TIA/EIA-568-B.1-2001 T568B

Packaging Information:

• Package Height: 0.4 in [10 mm]
• Package Length: 8.7 in [22 cm]
• Package Width: 7.9 in [20 cm]
• Shipping (Package) Weight: 1.5 oz [43 g] - 0.09 lb [43 g]

Performance:

• Cable Rating: CAT6 - 650 MHz