Panduit UTP6AX1 Cat 6A 1ft UTP Patch Cord

Panduit UTP6AX1 TX6A Cat 6A UTP Patch Cord

The Panduit UTP6AX1 delivers 10GBASE-T performance in a compact 1-foot form factor optimized for high-density data center and server room deployments. This TX6A™ series patch cord uses 24 AWG solid copper conductors in an unshielded twisted pair configuration with a slim 0.25" (6.4mm) diameter that reduces cable congestion in crowded patch panels and switch ports. Factory-terminated with high-performance modular plugs and pre-installed RapidID barcodes, it streamlines port mapping and documentation workflows while meeting all ANSI/TIA-568.2-D Category 6A and ISO 11801 Class EA requirements across the full 1-500 MHz spectrum.

Key Features

• 10Gig-capable Cat 6A performance verified to 500 MHz for 10GBASE-T Ethernet, server virtualization, and backbone aggregation
• RapidID pre-installed barcodes enable automated port mapping and asset tracking using Panduit's RapidID software platform
• Tangle-free latch design prevents snags during installation and provides positive tactile feedback on connection and release
• Slim 0.25" diameter reduces cable bundle volume by up to 40% compared to standard Cat 6A patch cords
• Supports 802.3af/at PoE and 802.3bt type 3 (60W) and type 4 (90W) for unified fabric deployments powering access points, cameras, and high-wattage PoE devices
• Solid 24 AWG conductors provide superior near-end crosstalk (NEXT) performance and lower DC loop resistance for extended PoE runs
• Compatible with both T568A and T568B wiring schemes for mixed-standard environments

The UTP6AX1's solid copper construction delivers measurably lower insertion loss and return loss than stranded alternatives, critical for maintaining signal integrity in 10Gig links operating at the upper limits of the 100-meter channel spec. The U/UTP (unshielded) cable design eliminates grounding concerns while the internal pair geometry and foil tape separator provide sufficient alien crosstalk suppression to meet Category 6A margins without the termination complexity or bend-radius constraints of shielded variants. Each plug is factory-terminated and tested to ensure sub-10ns propagation delay skew between pairs—a requirement often missed in field-terminated assemblies that can cause bit error rate spikes in 10GBASE-T links.

RapidID integration addresses a persistent challenge in large-scale datacenter deployments: maintaining accurate port-to-asset documentation as server and network configurations evolve. The embedded barcode on each cord allows technicians to scan both ends during installation, automatically populating asset management databases with physical layer connectivity data. This eliminates manual spreadsheet updates and reduces troubleshooting time when tracing circuits during outages or planned maintenance windows. The tangle-free latch uses a molded boot geometry that shields the release tab from adjacent cables while maintaining full finger access—a detail that cuts installation time by an estimated 15-20% in dense 48-port switch environments where traditional snagless boots can still catch on neighboring connectors.

Compliance extends beyond basic Category 6A electrical specs to include UL 1863 and CSA C22.2 safety certification (UL File E129886), ANSI/TIA-1096-A (formerly FCC Part 68) for telephony interoperability, and IEC 60603-7 for international deployments. The CM (Communications) flammability rating satisfies horizontal cable requirements for most commercial installations; vertical riser or plenum runs require transitioning to CMR or CMP-rated permanent cabling at the consolidation point. PoE support across the full 802.3bt spec—including the newer 90W type 4 standard—makes this cord suitable for powering high-draw devices like PTZ cameras, Wi-Fi 6E access points, and LED lighting controllers without requiring separate DC infrastructure. The 1-foot length is purpose-built for switch-to-patch-panel jumpers, top-of-rack server connections, and KVM-over-IP installations where cable management demands the shortest practical run to minimize airflow obstruction and simplify troubleshooting access.