Belden 2412 004U1000 Category 6+ Enhanced Premise Horizontal Cable 350MHz, 4 Pair, 23 AWG Solid Bare Copper Conductors, U/UTP, Riser-CMR, PVC Jacket, Yellow, UnReel, 1,000'

Built for reliable, long-run performance in enterprise and security deployments, the Belden Category 6+ Enhanced Premise Horizontal Cable is ideal for data, voice and video infrastructures including security, surveillance and monitoring systems. This U/UTP, 4-pair cable combines 23 AWG solid bare copper conductors with 350 MHz bandwidth to deliver consistent 1GbE performance and the bandwidth headroom modern networks demand. Packaged on a 1,000' UnReel, it reduces installation time and waste on large horizontal cable pulls and backbone routes.

The CMR riser-rated PVC jacket provides mechanical protection for indoor riser shafts and cable trays while the high-visibility yellow jacket makes camera, access control and monitoring runs easy to identify. Support for Ethernet 1000BASE-T and PoE/PoE+/PoE++ ensures you can power IP cameras, sensors and wireless access points without additional power cabling. Choose Belden Category 6+ cable when you need dependable signal integrity, streamlined installs and clear identification for critical security and networking projects. Order now for your next premise horizontal or surveillance installation.

• Dependable Gigabit performance: 350 MHz Category 6+ design delivers consistent 1GbE throughput and headroom for high-bandwidth applications.
• PoE-ready power delivery: 23 AWG solid bare copper conductors support PoE, PoE+ and PoE++ devices for IP cameras, access control and wireless APs.
• Install-friendly 1,000' reel: Bulk length minimizes splices and reel changes on large premise horizontal or security cabling projects.
• Riser-rated durability: CMR PVC jacket protects runs in riser shafts and indoor pathways while the yellow jacket simplifies identification for surveillance and monitoring circuits.
• Solid conductor reliability: Solid 23 AWG pairs reduce attenuation and maintain stable signal performance over horizontal distances for mission-critical networks.