Patch cable Broadbe Slim 5G White 2 m, pack of 12 – BTP-I32C6-WT-2M-12

Slim patch cable Broadbe 5G White 2 m, pack of 12 (model BTP-I32C6-WT-2M-12) is a set of twelve 2-meter slim Ethernet patch cords in white, designed for standard twisted-pair network connections. The cables are intended for use with patch panels, switches and patch bays where limited space and neat cable management are important. This pack provides multiple identical cords to simplify deployment in racks, cabinets and desktop installations while helping to reduce clutter and improve airflow in confined areas.

Advantages

The slim profile reduces cable bulk and allows denser port population on patch panels and switches. Uniform 2 m length in a pack of 12 ensures consistent routing and predictable slack management. White color improves visual identification and can blend with light-colored equipment or office environments. The cables provide standard twisted-pair connectivity suitable for Ethernet links where compact, short-length patching is needed.

Suitable for

• Patching between switches and patch panels in racks with limited depth
• Horizontal desk-side connections in office setups
• Data center top-of-rack short links and dense cabling areas
• Telecom and network closets requiring tidy cable management

Key specifications

• Brand: Broadbe
• Model / MPN: BTP-I32C6-WT-2M-12
• Quantity: pack of 12 cables
• Length per cable: 2 m
• Color: White
• Type: Slim patch cable, twisted-pair Ethernet

How to use

Connect one end of the slim patch cable to the RJ45 port on the switch, patch panel or network device and the other end to the corresponding port on the destination device. Route the cable along existing cable management pathways or through cable organizers to maintain a neat layout. Use the consistent 2 m length to place devices at predictable distances and to avoid excess slack; if necessary, secure small loops with cable ties or Velcro straps rated for network cabling.

Usage recommendations

For optimal performance and longevity, avoid tight bends and excessive pulling force during installation. Keep the cables separated from strong electromagnetic sources when possible, and follow standard structured cabling practices for termination and testing after installation.