Panduit UTP6AX18GR TX6A 10Gig Cat 6A Patch Cord

The Panduit UTP6AX18GR delivers 10GBASE-T performance in an 18-foot Cat 6A patch cord engineered for high-density datacenter and IDF deployments. Built on TX6A architecture with solid 24 AWG conductors and 0.250" (6.4mm) diameter profile, this green U/UTP cable manages alien crosstalk in congested pathways while supporting PoE++ up to 100W (802.3bt type 3/4). RapidID barcoding and tangle-free latches streamline MAC work in production environments where documentation accuracy and cable management matter.

Key Features

• 10GBASE-T certified — exceeds ANSI/TIA-568.2-D Category 6A and ISO 11801 Class EA transmission requirements
• Alien crosstalk mitigation — solid foil tape shielding maintains performance in bundle densities up to 48 cables without derated margin
• RapidID enabled — factory barcode labels integrate with Panduit RapidID software for automated port mapping and infrastructure documentation
• Tangle-free latch design — low-profile boot prevents snags during installation and protects RJ45 clip from breakage in rack environments
• PoE++ rated — tested to IEEE 802.3bt type 3 (60W) and type 4 (100W) thermal limits with 24 AWG conductor gauge
• 2,500+ mating cycle durability — exceeds IEC 60603-7 contact retention specs for production patch panels and switch ports
• Solid conductor architecture — 24 AWG solid copper provides lower DC resistance than stranded equivalents (0.29 vs 0.38 Ω per 100 ft)
• 18-foot reach — spans top-of-rack to mid-rack equipment or adjacent-cabinet cross-connects without slack management issues

10G Performance in Dense Bundles: The UTP6AX18GR uses Panduit's solid foil tape construction to control alien crosstalk (AXT)—the interference between adjacent cables in high-density bundles. TIA-568.2-D specifies alien NEXT and FEXT limits that standard Cat 6 cables fail when bundled beyond 6-cable groups. This cord maintains 10GBASE-T signaling margins in bundles up to 48 cables because the foil layer isolates each pair from external RF coupling. Solid 24 AWG conductors deliver 0.29 Ω/100ft DC resistance versus 0.38 Ω for stranded equivalents—critical when you're pushing 100W PoE++ through 18 feet of cable. At type 4 power levels, lower resistance means less voltage drop and heat dissipation. The 0.250" diameter is 15% thinner than older Cat 6A designs, so you gain airflow and fill ratio in vertical cable managers.

Deployment Context: This cord targets datacenter and enterprise IDF scenarios where you need documented infrastructure and repeatable MAC operations. The RapidID barcode system pre-applies unique identifiers at the factory—scan both ends during installation and Panduit's software auto-populates your port map with switch/patch/device associations. In a 42U cabinet with 4× 48-port switches, that's 192 connections documented in minutes instead of hours with label makers. The tangle-free latch solves the snag problem: traditional boots catch on adjacent cables when you're pulling one cord from a 200-cable bundle; Panduit's low-profile design releases cleanly without disturbing neighbors. PoE++ certification matters for access points, PTZ cameras, and IP phones—802.3bt type 4 can deliver 100W at the PSE, but cable resistance and length eat into PD-available power. At 18 feet with 24 AWG solid conductors, you lose roughly 1.2W to resistance, leaving 98.8W at the device assuming compliant infrastructure.

The solid conductor choice is unconventional for patch cords—stranded cable traditionally dominates because it tolerates flexing better—but Panduit specs this cord for 2,500+ mating cycles, which covers typical 5-year datacenter refresh intervals even with monthly MAC work. Solid conductors provide 30% lower DC resistance and tighter impedance tolerance (±3Ω versus ±5Ω for stranded), which translates to measurable performance margin on borderline 10GBASE-T links where you're near the 100-meter channel limit. Spec this cord when you need verifiable 10G performance, PoE++ power delivery, and infrastructure documentation in one component—particularly in environments where cable density, thermal management, and audit compliance drive installation standards.