Panduit UTP6AX13M 10Gig Cat 6A 13M Patch Cord

Panduit UTP6AX13M Cat 6A 10Gig Patch Cord

The Panduit UTP6AX13M delivers 10GBASE-T performance over a 13-meter (42.7 ft) run, purpose-built for enterprise network backbones, datacenter TOR-to-server links, and high-bandwidth surveillance infrastructure where standard 3-meter patch cords fall short. This TX6A™ 10Gig Cat 6A patch cord uses 24 AWG solid copper conductors in a U/UTP (unshielded twisted pair) construction with alien crosstalk mitigation engineered into the cable geometry, meeting ANSI/TIA-568.2-D Category 6A and ISO 11801 Class EA channel requirements without the bulk or termination complexity of shielded variants. The off-white jacket maintains a 0.250-inch (6.4mm) diameter—thinner than most Cat 6A cables—improving airflow in high-density racks while the tangle-free latch design prevents snags during MACs (moves, adds, changes). RapidID pre-installed barcodes enable one-scan port documentation when paired with Panduit's RapidID software, eliminating manual spreadsheet tracking on large rollouts.

Key Features

• 10 Gb/s to 100 meters: Full 10GBASE-T bandwidth across the entire 500 MHz spectrum per TIA-568.2-D Cat 6A, backward compatible to 1000BASE-T and 100BASE-TX
• 24 AWG solid conductors: Lower DC loop resistance than stranded variants improves PoE++ power delivery and reduces insertion loss on longer patch runs
• Alien crosstalk suppression: Solid foil tape shield layer inside the U/UTP construction limits ANEXT (alien near-end crosstalk) from adjacent cables in bundles, maintaining 10 Gb/s in high-density environments
• PoE++ Type 3 and Type 4 capable: Rated for IEEE 802.3bt 60W (Type 3) and 100W (Type 4) delivery with 2500-cycle plug durability under powered-on mating
• RapidID barcode integration: Factory-applied asset tags at each termination auto-populate port maps in RapidID software, cutting commissioning time by ~70% on 100+ drop installs
• Tangle-free latch: Snag-proof boot geometry prevents hook/release interference in bundled patch panel runs and high-port-count switches
• CM flammability rating: Meets NEC Article 800 requirements for general-purpose plenum alternatives when pulled through open-ceiling conduit or surface raceway
• 13-meter reach: Bridges cabinet-to-cabinet runs, cross-aisle server connections, or overhead-to-rack drops without mid-span splicing

10 Gb/s Performance in Unshielded Form Factor: The UTP6AX13M achieves Category 6A channel compliance without the F/UTP or S/FTP shielded constructions that complicate grounding and increase cable stiffness. Panduit's TX6A design uses a solid foil tape layer between the twisted pairs and the outer jacket—not a conventional shield requiring drain-wire termination—to block alien crosstalk from adjacent cables. This construction maintains the pair geometry needed to meet the 500 MHz bandwidth and -43 dB PSANEXT (power sum alien NEXT) limits in ANSI/TIA-568.2-D while preserving the plug-and-go simplicity of UTP terminations. The 24 AWG solid copper conductors (versus 26 AWG stranded) lower DC loop resistance to ~18 ohms per 100 meters, improving headroom for PoE++ applications and reducing insertion loss by ~0.5 dB compared to stranded equivalents—a measurable advantage on longer patch runs where accumulated loss approaches the 2.0 dB TIA-568.2-D patch cord limit. The cable's 0.250-inch diameter is 30-40% thinner than shielded Cat 6A cables, improving airflow in enclosed racks and simplifying bend-radius compliance (4× cable diameter = 1-inch minimum bend) in tight patch panel routing.

Deployment Advantages for Multi-Cabinet and PoE Installations: The 13-meter (42.7 ft) factory-terminated length addresses the gap between standard 3-meter patch cords and 100-meter permanent link cable—ideal for datacenter cross-aisle runs, IDF-to-hallway AP drops, or surveillance PoE camera uplinks where the endpoint sits 20-40 feet from the switch but pulling permanent cable and field-terminating keystones isn't justified. The tangle-free latch uses a raised boot geometry that prevents the release tab from catching on adjacent cable jackets or patch panel frames, a common failure mode in 48-port switches where cables are bundled in 1-inch cable managers. RapidID pre-installed barcodes (one per termination) integrate with Panduit's mobile app or USB scanner workflow: scan the patch cord label, scan the switch port, auto-document the connection in the DCIM or CMDB database. On a 200-drop datacenter build, this eliminates ~16 hours of manual spreadsheet entry and reduces port-mapping errors by >90%. The modular plugs are rated for 2500 insertion cycles under IEEE 802.3bt Type 3 and Type 4 PoE loading (60W and 100W), tested with energized conductors to verify contact-spring retention under thermal cycling—critical for PoE++ camera installs where plugs remain mated for years and ambient temperatures swing 20-30°C seasonally.

Standards Compliance and Use-Case Fit: The UTP6AX13M exceeds ANSI/TIA-568.2-D Category 6A and ISO 11801 Class EA requirements, meets ANSI/TIA-1096-A (successor to FCC Part 68) telecommunications wiring standards, complies with IEC 60603-7 for modular plug performance, and carries UL 1863 listing for communications cables. It's RoHS compliant for EU installations. The CM (communications) flammability rating per NEC Article 800 suits general-purpose installations—use CMR (riser) or CMP (plenum) rated variants if the cable passes through vertical shafts or air-handling spaces. Deploy this cord for: TOR (top-of-rack) switch uplinks to 10 Gb/s servers in datacenters with racks spaced 8-12 meters apart; cross-cabinet SAN storage interconnects where FC-over-Ethernet or iSCSI requires 10 Gb/s sustained throughput; PoE++ surveillance camera runs from an IDF switch to a ceiling-mounted PTZ 15 meters away, delivering 60W without voltage drop concerns; building-automation networks where BACnet/IP or Modbus-TCP controllers need deterministic 1 Gb/s links with 10 Gb/s future-proofing. The solid-conductor construction makes this a permanent-install patch cord, not a test jumper—expect the same 10+ year service life as keystone-terminated horizontal cable.