Panduit UTP6AX19YL Cat 6A 10Gig Patch Cord 19ft Yellow

Panduit UTP6AX19YL Pan-Net Cat 6A UTP Patch Cord, 19 ft, Yellow

High-density 10Gig deployments demand patch cords that won't become the performance bottleneck. The Panduit UTP6AX19YL delivers certified 10GBASE-T performance in a 0.250-inch diameter form factor that simplifies cable management in congested pathways. Built on 24 AWG solid copper with internal foil tape shielding each pair, this 19-foot Cat 6A UTP cord controls alien crosstalk that would otherwise degrade multi-cable bundles. The tangle-free SnagLess latch eliminates the snagging that slows MAC work, while factory-applied RapidID barcodes let you map every port without manual labeling. When you're running structured PoE++ (802.3bt Type 4) to high-power endpoints or provisioning datacenter ToR switches, this cord meets ANSI/TIA-568.2-D and survives 2,500+ insertion cycles.

Key Features

• Certified 10GBASE-T performance per ANSI/TIA-568.2-D Category 6A and ISO 11801 Class EA
• Internal foil tape on each pair limits alien crosstalk in high-density bundles
• 24 AWG solid copper conductors in U/UTP construction, 0.250" (6.4mm) OD
• Tangle-free SnagLess latch design for fast, snag-free moves, adds, and changes
• RapidID pre-installed barcodes enable automated port mapping and documentation
• PoE++ rated for IEEE 802.3bt Type 3 and Type 4 (up to 100W) power delivery
• Rated 2,500+ mating cycles per IEC 60603-7, 3× typical patch cord lifespan
• CM flammability rating for horizontal and riser pathway compliance
• Yellow jacket for visual circuit identification in multi-service installations

The UTP6AX19YL's internal foil tape—factory-applied to each twisted pair—creates a barrier against alien crosstalk, the interference that occurs when tightly bundled cables induce noise into adjacent pairs. This construction maintains the 500 MHz bandwidth required for 10GBASE-T without the bulk and bend-radius penalties of shielded (F/UTP or S/FTP) alternatives. The solid 24 AWG copper conductors provide lower DC resistance than stranded equivalents, reducing insertion loss over the 19-foot length and ensuring full PoE++ power budget reaches endpoints like PTZ cameras, access points, and compact switches. Panduit's high-performance modular plugs terminate with 50-microinch gold plating and meet ANSI/TIA-1096-A (formerly FCC Part 68) contact resistance specs, maintaining signal integrity through 2,500 insertion cycles—three times the 1,000-cycle minimum typical of commodity patch cords.

In datacenter ToR environments and high-density enterprise closets, the 0.250-inch diameter and tangle-free latch become operational differentiators. Standard patch cords snag on neighboring cables during removal, forcing techs to disconnect adjacent links or risk damaging release tabs. The UTP6AX19YL's SnagLess boot eliminates this friction, cutting MAC time and reducing the call-back rate for broken latches. RapidID barcodes—pre-printed and serialized at the factory—integrate with Panduit's RapidID software to auto-populate port maps, eliminating manual label-maker workflows and the documentation drift that follows rushed changes. For surveillance and access control integrators running PoE++ to 802.3bt Type 4 devices (90W at the port), the cord's solid-conductor, low-resistance design ensures you deliver full power budget even at the 19-foot length, avoiding the voltage drop that starves high-draw cameras or PoE lighting controllers.

The UTP6AX19YL meets ANSI/TIA-568.2-D Category 6A and ISO 11801 Class EA alien crosstalk limits, qualifies under UL 1863 for communications cables, and carries RoHS compliance for electronics disposal directives. Its CM rating permits installation in horizontal cable trays and vertical riser pathways (check local codes for plenum requirements), while the 2,500-cycle rating means you can repatch high-churn cross-connects without budgeting for annual cord replacement. When your SLA depends on sustained 10Gig throughput, documented port maps, and MAC speed, this cord eliminates three common failure modes: alien crosstalk from unshielded bundling, latch breakage from snag events, and undocumented changes from missing labels.