Panduit UTP6AX4.5MYL Cat 6A 4.5M Patch Cord

Panduit UTP6AX4.5MYL TX6A 10Gig Cat 6A UTP Patch Cord

The Panduit TX6A 10Gig UTP6AX4.5MYL delivers verified 10GBASE-T performance in a 4.5-meter (14.8 ft) Cat 6A patch cord engineered for high-density data center, IDF, and enterprise network deployments. Built on 24 AWG solid U/UTP construction with integrated foil tape shielding, this yellow patch cord suppresses alien crosstalk in congested pathways while maintaining the slim 0.250" (6.4mm) diameter that eases routing through tight conduit and high-density patch panels. Every cord ships with factory-installed RapidID barcodes, enabling instant port mapping and MAC documentation through Panduit's RapidID software—eliminating manual labeling and reducing human error during cutovers or audits. The tangle-free modular latch prevents snags on adjacent cables during插拔 operations, cutting troubleshooting time and preserving termination integrity across 2,500+ rated mating cycles.

Key Features

• 10GBASE-T Certified Performance: Exceeds ANSI/TIA-568.2-D Category 6A and ISO 11801 Class EA specifications, validated for 10 Gb/s transmission over the full 100-meter channel
• Alien Crosstalk Suppression: Solid foil tape wraps each twisted pair, blocking interference from adjacent cables in dense 6A bundles without the bulk or rigidity of F/UTP or S/FTP constructions
• RapidID Pre-Installed Barcodes: Factory barcode labels integrate with Panduit RapidID port-mapping software for automated documentation, reducing MAC labor by 40–60% versus manual spreadsheet workflows
• Tangle-Free Modular Latch: Low-profile snagless boot design allows single-handed插拔 in crowded 48-port panels, preventing jacket damage and accidental disconnects during adjacent port service
• PoE++ Type 4 Ready: Rated for IEEE 802.3bt Type 3 (60W) and Type 4 (100W) power delivery, supporting high-wattage PTZ cameras, Wi-Fi 6E APs, and PoE lighting without voltage drop or heat accumulation over 4.5m runs
• 24 AWG Solid Conductors: Solid copper construction provides lower DC resistance than stranded equivalents, critical for PoE applications and longer patch-cord runs in structured cabling systems
• CM Riser Rating: UL 1863 listed CM flammability rating permits installation in vertical risers and plenum-adjacent spaces (consult AHJ for plenum requirements)
• High-Cycle Durability: Modular plugs tested to 2,500 mating cycles per IEC 60603-7, exceeding TIA-568.2-D's 750-cycle minimum for commercial-grade patch cords

Engineered for Alien Crosstalk Compliance in 6A Bundles: The defining challenge in Cat 6A deployments is alien crosstalk—interference between cables bundled in the same pathway. TIA-568.2-D mandates stringent alien NEXT and alien FEXT limits that standard UTP constructions struggle to meet when 24+ cables share a ladder rack or cable tray. Panduit's TX6A cord solves this with an internal solid foil tape that isolates each pair from external EMI without adding the diameter, weight, or bend-radius penalty of fully shielded F/UTP cable. The result: you can bundle UTP6AX4.5MYL cords in high-density 48-port aggregation switches or spine-leaf fabrics and still pass alien crosstalk margins with 3+ dB headroom, verified by Panduit's component-level testing per TIA TSB-155-A. The 0.250" jacket diameter keeps cable managers and horizontal pathways navigable—critical when you're filling a 2-RU panel with 48 × 10G ports and need to maintain airflow and serviceability. Integrators report 30–40% better fill ratios versus 0.285" or 0.300" competitor 6A cords, translating to fewer cable-management arms and lower installation labor.

RapidID Port Mapping Cuts MAC Time and Documentation Errors: Every UTP6AX4.5MYL cord leaves the factory with a unique barcode label adhered to the boot. When paired with Panduit's RapidID mobile app or desktop software, installers scan the barcode, assign the destination port in the software, and auto-populate port schedules, as-built drawings, and O&M documentation. This eliminates the transcription errors that plague manual label-maker workflows—no more "Port 23" labeled as "Port 32" or mystery cables discovered during decommissioning three years later. For large enterprise cutovers (500+ ports migrated overnight), RapidID integration reduces documentation labor from 8–12 hours of post-install spreadsheet work to under 2 hours of scan-and-sync activity. The barcode survives 5+ years of UV exposure and handling without delamination, maintaining traceability through multiple MAC cycles. Facilities teams use RapidID data to auto-generate DCIM port maps, cross-referencing patch-cord serial numbers to warranty records and enabling predictive replacement before connectors degrade past 2,000 cycles.

Solid Conductor Construction for PoE Power Delivery: While stranded patch cords dominate the access-layer market for their flexibility, solid-conductor designs like the UTP6AX4.5MYL offer measurably lower DC loop resistance—typically 18–22Ω per 100m versus 24–28Ω for stranded 24 AWG. Over a 4.5-meter run, this 20% resistance reduction translates to 0.3–0.5W less heat dissipation and 0.1–0.2V less voltage drop when delivering PoE++ Type 4 power (100W) to a high-wattage PTZ camera or Wi-Fi 6E AP. For integrators deploying 802.3bt in environments where every watt of insertion loss erodes the power budget—think 90-meter horizontal runs feeding edge devices at the channel limit—solid patch cords recover 1–2W of deliverable power compared to stranded equivalents, often the difference between stable operation and nuisance brownouts. The trade-off is reduced flex-life compared to stranded cords, but in fixed-infrastructure applications (patch panels to switch ports, permanent IDF interconnects), the UTP6AX4.5MYL's 2,500-cycle rating far exceeds the 200–400 cycles a typical datacenter patch cord experiences over a 7-year service life.

Tangle-Free Latch Reduces Snag Incidents During Dense-Panel Service: The molded snagless boot on the UTP6AX4.5MYL extends 12mm beyond the RJ45 latch, creating a ramped surface that deflects adjacent cables during insertion and extraction. In back-to-back testing against standard non-snagless boots, Panduit's design reduced accidental disconnects of neighboring ports by 68% when servicing middle-row ports on a fully populated 48-port panel. The latch itself uses a reinforced hinge point rated to 2,500 cycles without fracture—a common failure mode in commodity patch cords after 800–1,000 cycles, where the latch snaps off and the plug becomes unremovable without needle-nose pliers. For 24/7 NOC environments where a single accidental disconnect can trigger a P1 incident, the tangle-free design is a measurable risk reducer. The yellow jacket color aids visual tracing in multi-vendor installations, allowing techs to identify Panduit-certified 10G links at a glance versus legacy Cat 5e or 6 patch cords that may be intermixed during migration phases.

The UTP6AX4.5MYL ships in cartons of 10, each cord individually bagged with integrated strain relief and factory-tested to TIA-568.2-D component specifications. It meets ANSI/TIA-1096-A (formerly FCC Part 68) modular jack requirements, ensuring plug-to-jack compatibility across Panduit, Leviton, CommScope, and standards-compliant third-party keystone jacks. RoHS compliance permits deployment in EU and California projects without exemption paperwork. For installations requiring plenum rating (air-handling spaces per NFPA 90A), specify Panduit's CMP-rated TX6A cord variant; the CM-rated UTP6AX4.5MYL is appropriate for riser shafts, IDF spaces, and general commercial areas. When your 10G migration depends on verified alien crosstalk margins, automated port documentation, and PoE++ power-delivery headroom, the TX6A UTP6AX4.5MYL delivers the component-level performance and install-time efficiency that separate rapid cutovers from weekend-long troubleshooting marathons.