Panduit UTP6AX27OR Cat 6A 10Gig Patch Cord 27 ft Orange

Panduit UTP6AX27OR TX6A 10Gig Cat 6A UTP Patch Cord

The Panduit TX6A UTP6AX27OR delivers certified 10GBASE-T performance across 27 feet of unshielded twisted pair copper. Built on 24 AWG solid conductors with internal foil tape shielding, this Cat 6A patch cord addresses alien crosstalk in high-density rack environments where blade servers, switches, and storage arrays create electromagnetic interference that degrades standard Cat 6 links. The 0.250-inch (6.4mm) diameter cable maintains a tighter bend radius than bulkier shielded alternatives while meeting ANSI/TIA-568.2-D and ISO 11801 Class EA requirements for 500 MHz bandwidth. RapidID bar-code integration eliminates manual port documentation — installers scan the factory-applied label to auto-populate structured cabling management databases with circuit ID, location, and test data. For enterprise datacenter deployments requiring auditable cable plants and 10 Gb/s throughput, this patch cord serves as the physical-layer foundation linking patch panels to switches or server NICs.

Key Features

• Cat 6A U/UTP construction with solid 24 AWG conductors and internal foil tape — 500 MHz bandwidth for 10GBASE-T Ethernet
• 27-foot (8.23 m) length bridges mid-rack patch panels to top-of-rack switches or adjacent racks in raised-floor datacenters
• Tangle-free latch design with snag-resistant boot — reduces cable pulls during MACs (moves, adds, changes)
• RapidID bar-code labels factory-installed — integrates with Panduit RapidID software for automated port mapping and asset tracking
• Orange jacket for color-coded infrastructure (common assignment: DMZ networks, lab segments, or production VLANs per EIA/TIA color standards)
• Rated for 2,500 mating cycles and PoE++ (IEEE 802.3bt Type 3/4) up to 100W — supports high-power WAPs, LED lighting controllers, and PTZ cameras over the same data link
• CM (Communications) flammability rating per UL 1863 — approved for general horizontal cable pathways, conduit, and riser shafts in commercial buildings

The solid-conductor design differentiates this patch cord from stranded-wire variants common in end-user workstation drops. Solid 24 AWG copper exhibits lower DC loop resistance (18.5 Ω per 100 m typical) and tighter impedance tolerance across the full 500 MHz spectrum, which matters when link budgets account for insertion loss, return loss, and near-end crosstalk in structured cabling permanent links. The internal foil tape — applied over each twisted pair but not terminated to ground — creates an electrostatic barrier that reduces alien crosstalk (AXT) by 6-10 dB compared to unshielded Cat 6, enabling compliance with the ANSI/TIA-568.2-D PS-ANEXT and PS-AACR-F limits without the grounding complexity of F/UTP or S/FTP shielded systems. For 10 Gb/s links longer than 55 meters or high-density 48-port switch deployments where adjacent cables run parallel in cable managers, this AXT margin prevents bit-error rates from exceeding the 10^-12 threshold that triggers TCP retransmissions. The RapidID bar-code system addresses post-installation documentation gaps: each cord ships with a unique label encoding MPN, length, and serial number; scanning the label with Panduit's mobile app or handheld scanner auto-populates the circuit record in the RapidID cloud database, linking physical port location to logical VLAN assignment and eliminating handwritten labels that fade or fall off in high-airflow server rooms.

Deploy this 27-foot patch cord in scenarios where equipment racks exceed 42U height or adjacent racks require cross-connects without mid-row patch panels. A typical use case: top-of-rack (ToR) switch at U42 patching down to a panel at U24, then a second patch cord continuing to server NICs at U8-U10 — the 8.23-meter length provides slack for cable management arms and service loops while avoiding the excess coil of 50-foot cords that create inductive coupling and radiate heat. The orange jacket follows informal industry color coding (orange often designates non-production or lab networks, though no formal TIA standard mandates this), allowing techs to visually trace circuits during troubleshooting without pulling cables to read labels. The tangle-free latch uses a low-profile boot that compresses under finger pressure but resists snags when cables slide past vertical cable managers or adjacent connectors in high-density panels — a real problem with standard RJ45 boots that hook onto neighboring jacks and require two hands to release. For power-over-Ethernet loads, the patch cord supports IEEE 802.3bt Type 4 (90W delivered to the PD), which matters when consolidating PoE++ lighting controllers, 802.11ax access points drawing 40W, or 4K PTZ cameras requiring 60W for motor control and IR illuminators onto a single structured cabling plant. The 24 AWG conductor gauge keeps DC loop resistance low enough that voltage drop remains within the 802.3bt Class 8 budget across the full 100-meter channel, unlike 26 AWG patch cords that introduce an additional 3-4V drop and force de-rating of powered device (PD) wattage.

The patch cord exceeds ANSI/TIA-568.2-D Category 6A channel limits (insertion loss ≤ 41.5 dB at 500 MHz, return loss ≥ 16.5 dB, PS-NEXT ≥ 39.9 dB) and carries UL 1863 listing for communications cables, ensuring compliance when municipal inspectors audit structured cabling installations against National Electrical Code Article 800 requirements. For government or defense projects specifying ISO 11801 Class EA links, the patch cord meets the tighter PSACR-F (power-sum attenuation-to-crosstalk ratio far-end) limits that European standards mandate for 10 Gb/s channels. RoHS compliance addresses procurement requirements in California, EU, and other jurisdictions restricting lead, mercury, and cadmium in electronic assemblies. The 2,500-cycle connector durability rating matters in lab or test environments where technicians repeatedly plug/unplug patch cords during equipment staging — standard RJ45 jacks are rated for only 750 cycles, making this Panduit connector suitable for high-churn environments that would degrade lesser patch cords within six months.