Panduit UTP6AX16BU TX6A 10Gig Cat 6A Patch Cord, 16 Feet, Blue

Panduit's TX6A 10Gig patch cord delivers certified 10GBASE-T performance for enterprise networks and datacenters running high-bandwidth applications. The UTP6AX16BU ships as a 16-foot, blue-jacketed Cat 6A cable with factory-terminated RJ45 plugs, pre-tested to exceed TIA-568.2-D channel requirements and rated for full PoE++ power delivery. Built with 24 AWG solid conductors and a 0.25-inch diameter jacket, this cord bridges switches, patch panels, and endpoints where alien crosstalk control and reliable 10 Gbps throughput are non-negotiable.

Key Features

• 10GBASE-T certified to TIA-568.2-D Cat 6A and ISO 11801 Class EA standards
• 24 AWG solid copper conductors with U/UTP construction for superior signal integrity
• Foil tape shielding limits alien crosstalk between adjacent cables in high-density bundles
• Factory-installed RapidID barcodes for automated port mapping and cable management
• Tangle-free latch design prevents snags during moves, adds, and changes
• PoE++ compatible: IEEE 802.3bt Type 3 (60W) and Type 4 (90W) power delivery
• CM flammability rating for in-building horizontal installations per NEC Article 800
• Rated for 2,500 mating cycles with maintained performance under full PoE++ load
• RoHS compliant, UL 1863 listed for safety and performance

The UTP6AX16BU uses 24 AWG solid copper conductors—an uncommon choice for patch cords, which typically use stranded wire. Solid conductors offer lower DC resistance and superior high-frequency performance, making this cable ideal for permanent or semi-permanent links in structured cabling systems where flexibility is less critical than signal integrity. The U/UTP construction (unshielded twisted pair with overall foil tape) provides a balance between alien crosstalk immunity and ease of termination, meeting TIA-568.2-D's stringent NEXT, FEXT, and return loss margins across the full 500 MHz bandwidth. Panduit's modular plug design incorporates a staggered contact geometry that maintains 100-ohm impedance through the connector transition, and the 0.25-inch jacket diameter keeps bundle fill ratios manageable in high-density rack environments. The foil tape layer wraps each twisted pair individually, then again around the core, creating a dual-barrier shield that keeps ANEXT (alien near-end crosstalk) below -67 dB at 500 MHz—well under the -60 dB threshold that causes packet retransmits on 10GBASE-T links.

Every UTP6AX16BU cord arrives with a factory-applied RapidID barcode label, enabling integrators to scan and log each connection using Panduit's RapidID software. This feature eliminates manual port documentation—scan the barcode at the switch port, scan the far-end barcode at the patch panel or wall jack, and the software auto-populates your CMDB with connection paths, install dates, and technician notes. For large datacenter builds or campus refresh projects, RapidID cuts commissioning time by 30–40% and ensures your as-built drawings stay accurate through every MAC (moves, adds, changes) cycle. The tangle-free latch uses a low-profile boot that snaps cleanly into and out of jacks without snagging on adjacent cables, a critical detail in 48-port switch environments where patch cords overlap in tight bundles. The 16-foot length suits rack-to-rack connections, cross-aisle links, or drops from overhead cable tray to equipment—common runs in enterprise IDF/MDF closets and colocation cages.

Unlike stranded patch cords, which can exhibit higher DC resistance and voltage drop over long runs, the UTP6AX16BU's solid 24 AWG conductors maintain consistent resistance across the full 16-foot span—critical for IEEE 802.3bt Type 3 (60W) and Type 4 (90W) PoE++ applications. Panduit rates this cord for 2,500 mating cycles under full PoE++ load, meaning it will survive repeated plugging and unplugging in test benches or reconfigurable lab environments without degrading contact resistance or causing intermittent power faults. This makes it a preferred choice for high-power IP devices—PTZ cameras, LED lighting controllers, 802.11ax access points, and PoE-powered switches—where stranded cords might introduce voltage sag or fail prematurely under thermal stress.