Panduit UTP6AX50YL Cat 6A 10Gig UTP Patch Cord 50ft YL

Panduit UTP6AX50YL TX6A 10Gig Cat 6A UTP Patch Cord, 50 ft, Yellow

The Panduit TX6A UTP6AX50YL delivers certified 10GBASE-T performance in a 50-foot reach, purpose-built for cross-rack connections, inter-row distribution, and PoE++ camera runs where alien crosstalk and cable management are critical. Constructed with 24 AWG solid copper conductors and an internal foil tape shield, this Cat 6A UTP patch cord maintains signal integrity in high-density environments where bundled cables can degrade performance. The integrated RapidID barcode system and tangle-free latch design address the two most common pain points in enterprise and data center deployments: documentation drift and snag-induced outages during MAC work.

Key Features

• Certified 10 Gb/s performance — exceeds ANSI/TIA-568.2-D Category 6A and ISO 11801 Class EA specifications for guaranteed 10GBASE-T operation
• Solid foil tape construction — limits alien crosstalk (AXT) in tightly bundled cable runs, preventing performance degradation in high-density racks
• 50-foot (15.24 m) length — spans cross-rack, inter-row, or distribution-to-access runs in enterprise networks and AV systems
• RapidID pre-installed barcodes — enables one-scan port mapping with RapidID software, eliminating manual documentation errors and speeding MAC workflows
• Tangle-free latch design — prevents snags on adjacent cables during installation and removal, reducing accidental disconnects and simplifying high-density patching
• PoE++ Type 3 and Type 4 rated — supports up to 100W PoE delivery (802.3bt) for PTZ cameras, multi-radio access points, and powered devices without voltage drop concerns
• 2500 mating cycle rating — exceeds industry-standard 750-cycle requirement, suitable for permanent infrastructure rather than test-bench use
• 24 AWG solid conductors — lower DC resistance than stranded equivalents, improving PoE efficiency and extending transmission distance headroom
• 0.250" (6.4 mm) diameter — compact profile reduces cable-fill congestion in cable managers and basket tray without sacrificing performance
• CM (Communications) rated — meets NEC Article 800 requirements for general building installation; consult local AHJ for plenum or riser pathway requirements

Construction and Performance: Unlike stranded patch cords optimized for frequent flexing, the UTP6AX50YL uses 24 AWG solid copper conductors in an unshielded twisted pair (U/UTP) configuration. Solid conductors provide lower DC loop resistance — typically 9.38 ohms per 100 meters versus 12+ ohms for 26 AWG stranded equivalents — which translates to measurable gains in PoE efficiency and extended reach for marginal runs. The internal solid foil tape layer mitigates alien crosstalk without the grounding complexity of shielded (F/UTP or U/FTP) systems, making it ideal for installations where cables bundle tightly in vertical managers or horizontal basket tray. The 0.250-inch outer diameter keeps cable fill under control: a 4" wide vertical manager can accommodate approximately 96 of these cords at 40% fill (per TIA-568 recommendations), compared to 72 cords if using older 0.285" Cat 6A designs. The yellow jacket provides immediate visual identification for data VLANs, PoE circuits, or temporary quarantine networks, depending on your color-coding standard. CM flammability rating satisfies general building horizontal pathways; if your design calls for plenum ceilings or vertical riser shafts, verify local code requirements and consider LSZH or plenum-rated alternatives from the same TX6A family.

Deployment Context: This 50-foot length fits the gap between standard 7-foot equipment patch cords and 100-foot bulk horizontal runs, making it the right choice for cross-rack connections in enterprise server rooms, inter-row distribution in modular data centers, AV matrix switcher tie-lines, and building-to-building PoE camera feeds where conduit runs fall under 50 feet. In surveillance installations, the 100W PoE++ Type 4 rating future-proofs designs for next-generation PTZ cameras with integrated analytics processors, heaters, and wipers — devices that frequently exceed the 30W Type 1 budget of older PoE switches. The RapidID barcode workflow transforms documentation accuracy: scan the barcode at each end with the RapidID mobile app, and the software auto-populates port maps, cable IDs, and length records into your DCIM or asset database, eliminating the "trust the label" problem that plagues hand-written patch panel documentation. The tangle-free latch uses a low-profile boot geometry that releases cleanly from adjacent cables; in a 48-port 1U patch panel at full density, this design reduces the accidental "pull three cables when you meant to pull one" errors that cause after-hours trouble tickets. Rated for 2500 mating cycles, these cords suit permanent infrastructure patching — think building distribution frames or equipment racks with infrequent changes — rather than test labs or temporary event setups where stranded cords tolerate more flexing abuse.

Compliance and Standards: The UTP6AX50YL exceeds ANSI/TIA-568.2-D Category 6A channel requirements and ISO/IEC 11801 Class EA permanent link specifications, ensuring interoperability with any standards-compliant Cat 6A keystone, patch panel, or network equipment. It meets ANSI/TIA-1096-A (formerly FCC Part 68 Subpart F) modular plug requirements and IEC 60603-7 mechanical interface standards, guaranteeing reliable mating with RJ45 jacks from any manufacturer. UL 1863 listing for communication cables confirms third-party safety verification, and RoHS compliance ensures restriction-of-hazardous-substances conformity for EU and California installations. The IEEE 802.3af (15W), 802.3at (30W), and 802.3bt Type 3 (60W) and Type 4 (100W) PoE ratings mean this cable handles the full power spectrum from basic VoIP phones through high-wattage PTZ cameras and 802.11ax access points, with the solid conductor construction minimizing resistive loss that can cause voltage drop faults on maximum-length runs. For integrators managing mixed-vendor environments or designing systems with 10-year refresh cycles, this compliance stack removes the "will it work" variable and shifts the conversation to deployment efficiency.