Panduit UTP6AX22GY Cat 6A Patch Cord 22ft Gray

Panduit UTP6AX22GY Cat 6A UTP Patch Cord - 22 ft Gray

The Panduit TX6A 10Gig UTP6AX22GY delivers full Category 6A performance in a 22-foot unshielded patch cord engineered for high-density 10GBASE-T networks. Built with 24 AWG solid copper conductors and rated to 500 MHz, this patch cord supports 10 Gigabit Ethernet, PoE++ (IEEE 802.3bt Type 3 and Type 4), and sustained multi-gigabit transmission in enterprise data centers, IDF/MDF closets, and converged IP infrastructure. The 0.250-inch (6.4mm) low-profile jacket minimizes pathway congestion, while integrated RapidID barcoding streamlines documentation and port mapping during moves, adds, and changes. Panduit's tangle-free modular plug latch prevents snags on adjacent cables and ensures fast, positive release—critical when working in crowded patch panels or switch stacks where every second counts.

Key Features

• Cat 6A performance to 500 MHz — supports 10GBASE-T, multi-gig, and legacy 1000BASE-T without re-cabling
• 24 AWG solid copper conductors — lower DC resistance and insertion loss vs. stranded; ideal for longer horizontal-to-patch transitions
• Unshielded twisted pair (U/UTP) construction — simplifies termination and grounding compared to shielded variants, while maintaining alien crosstalk suppression through geometry
• RapidID pre-installed barcode — scan-to-document workflow integrates with Panduit RapidID software for automated as-built records and CMDB updates
• Tangle-free latch design — low-profile boot prevents catch on neighboring cables during insertion/removal; rated 2,500 mating cycles per ANSI/TIA-1096-A
• PoE++ Type 3 and Type 4 rated — tested to IEEE 802.3bt 60W and 100W power delivery; handles IP cameras, wireless access points, and lighting controllers on a single cable
• Gray jacket — standard neutral color for backbone and cross-connect infrastructure; matches Panduit Pan-Net cable systems
• Exceeds ANSI/TIA-568.2-D Category 6A and ISO 11801 Class EA — third-party verified performance with margin to spare
• CM-rated (UL 1863) — commercial riser/plenum applications; verify local code requirements before deployment
• RoHS compliant — meets EU and California environmental mandates for lead and hazardous substances

Why solid conductors in a patch cord? Most patch cords use stranded wire for flexibility, but Panduit's TX6A series employs 24 AWG solid copper to reduce attenuation and improve alien crosstalk margins in high-density bundles. Solid conductors exhibit lower DC resistance (critical for PoE power budgets over 100 meters) and tighter twist control, which translates to measurable headroom on NEXT, PSANEXT, and insertion loss. The trade-off is slightly reduced flex life compared to stranded designs, but at 2,500 rated cycles, the UTP6AX22GY exceeds the lifecycle of typical enterprise patch panel deployments. If you're running 10GBASE-T to IP cameras, NVRs, or managed switches in a permanent installation—rather than daily reconfiguration—solid-conductor patch cords deliver better electrical performance and long-term reliability. For test leads or frequently moved jumpers, stranded variants remain the better choice; for fixed infrastructure links, solid construction is the engineered path.

Alien crosstalk and why it matters in your rack. Category 6A introduced stringent alien crosstalk limits (PSANEXT, PSAACRF) to ensure 10 Gigabit performance when dozens of cables share the same bundle or conduit. Alien crosstalk is the interference one cable pair induces in an adjacent cable—distinct from internal crosstalk (NEXT) between pairs in the same cable. In a 48-port switch with all ports active at 10GBASE-T, the electromagnetic field from 48 cables running side-by-side can degrade signal integrity if individual cables lack sufficient pair-to-pair balance. Panduit's TX6A patch cords use precision pair geometry and foil tape shielding around the twisted pairs (even in the U/UTP variant) to limit radiated emissions and maintain alien crosstalk suppression below the -67 dB PSANEXT floor at 500 MHz. The result: you can bundle UTP6AX22GY cords together in vertical cable managers, horizontal trays, and overhead ladder rack without sacrificing link margin. This is non-negotiable in converged networks where a single degraded link can bottleneck an entire VLAN or storage cluster.

RapidID: scan once, document forever. Every UTP6AX22GY ships with a pre-printed barcode label embedded in the cable jacket near each termination. Using Panduit's RapidID mobile app or handheld scanner, technicians scan the patch cord barcode and the corresponding port label during installation. The software logs the connection (switch port, patch panel position, cable ID) and uploads the data to a central database or exports to Excel, Visio, or CMDB platforms like ServiceNow. This eliminates hand-drawn cable maps, reduces human error during MACs (moves/adds/changes), and provides an auditable as-built record for compliance and troubleshooting. When a link goes down at 2 a.m., RapidID lets you pull up the exact cable path, installation date, and technician ID in seconds—no more tracing cables with a toner or pulling the wrong patch cord. For integrators managing multi-building campuses or co-location facilities, RapidID barcode integration is the difference between a 10-minute fix and a 2-hour outage.

PoE++ power delivery and thermal considerations. The UTP6AX22GY is rated for IEEE 802.3bt Type 3 (60W) and Type 4 (100W) Power over Ethernet, which encompasses PoE+ (30W) and legacy PoE (15.4W) as well. At 24 AWG and 22 feet, the DC resistance is low enough that voltage drop remains within spec even at maximum current draw. However, bundling multiple PoE++ cables together generates heat—each 100W link dissipates roughly 4-5 watts as I²R loss in the cable itself. In a bundle of 48 PoE++ cables, that's 200+ watts of heat trapped in a cable tray. Category 6A cables are tested for temperature rise per TIA TSB-184-A, which models bundle derating; the UTP6AX22GY's 0.250-inch jacket and U/UTP construction minimize thermal buildup compared to thicker shielded variants. Still, best practice is to separate PoE++ bundles into groups of 12-24 cables with air gaps, and avoid filling cable trays beyond 50% capacity. For IP camera installations pulling 30-60W per endpoint (PTZ cameras, IR illuminators, heater/blower units), this thermal headroom is the margin between stable 24/7 operation and intermittent link flap at 3 p.m. on a hot day.

The Panduit UTP6AX22GY is the patch cord you specify when 10 Gigabit performance, PoE++ power delivery, and long-term documentation are non-negotiable. Its solid-conductor construction and alien crosstalk suppression make it the right choice for fixed infrastructure links in enterprise data centers, campus IDF closets, and high-density IP camera networks where link margin and thermal stability determine uptime. The RapidID barcode integration and tangle-free latch address the two biggest pain points in structured cabling: keeping as-builts current and avoiding cable damage during MACs. Whether you're wiring a 48-port 10GBASE-T switch stack for a financial trading floor or running PoE++ to 4K PTZ cameras in a stadium, the UTP6AX22GY delivers the electrical performance and mechanical durability that Panduit's TX6A platform is engineered to provide. Comes in cartons of 10; each cord is individually packaged and bar-coded for inventory control.