Panduit NK6APC2GR NetKey Cat 6A UTP 2ft Patch Cord
The Panduit NK6APC2GR is a 2-foot Cat 6A UTP patch cord engineered for 10GBASE-T Ethernet and high-density data center applications. Part of Panduit's NetKey system, this green cable features a patented tangle-free latch design that eliminates snags during installation and frequent moves, adds, and changes. Built with 26 AWG stranded conductors and enhanced performance modular plugs, it delivers reliable 10-gigabit performance up to 500 MHz while maintaining a slender profile for congested patch panel and switch environments.
Key Features
- Cat 6A performance — supports 10GBASE-T Ethernet up to 500 MHz for data center backbone and server connectivity
- Patented tangle-free latch — prevents snags on adjacent cables, speeds up MACs in high-density racks
- 26 AWG stranded construction — flexible cable body with enhanced bend radius for tight routing
- Slender strain relief boot — fits into crowded patch panels without blocking adjacent ports
- PoE++ ready — supports IEEE 802.3af/at/bt Type 3 and Type 4 for cameras, access points, and powered devices up to 90W
- CM/LSZH rated — dual flammability rating for commercial installations and low-smoke requirements
- T568A/B compatible — wired to work with either standard, simplifies inventory and field deployment
- Exceeds ANSI/TIA-568.2-D and ISO 11801 Class EA — verified performance margin for mission-critical links
This patch cord is factory-terminated with Panduit's enhanced modular plugs, which maintain consistent pair geometry and shield contact across the full 500 MHz bandwidth. The U/UTP (unshielded twisted pair) cable construction uses four tightly-balanced pairs with optimized twist rates to reject crosstalk and alien noise without added shielding weight. The result is a lightweight, flexible jumper that installs easily in dense switch fabrics while delivering the electrical performance required for 10-gigabit links and multi-gig PoE delivery. The 2-foot length is ideal for top-of-rack switch connections, patch panel cross-connects, and horizontal distribution within the same rack or adjacent equipment.
The tangle-free latch is a standout feature for integrators managing hundreds of patch cords in active data centers. Traditional RJ45 boots catch on neighboring cables during insertion and removal, wasting time and risking accidental disconnects. Panduit's low-profile latch sits flush with the plug body and releases with a simple squeeze — no fumbling, no collateral cable pulls. The slender strain relief boot tapers from 6.0mm cable diameter to the plug width, allowing full port density utilization on 48-port switches and high-count patch panels. In environments where every RU counts, this design prevents the "every other port" compromise that bulkier cables force.
Performance compliance extends across both copper standards (ANSI/TIA-568.2-D Category 6A, ISO 11801 Class EA) and PoE power delivery specs (IEEE 802.3bt Type 4). The cable supports the full 10GBASE-T channel budget at 100 meters when used with Cat 6A permanent link cabling, and handles continuous 90-watt PoE loads without thermal derating. This makes the NK6APC2GR suitable for data center I/O consolidation, server virtualization fabrics, and backbone aggregation — applications where both bandwidth and power delivery matter. The green jacket provides rapid visual identification in structured color-coding schemes, reducing troubleshooting time and mis-patching errors during after-hours maintenance windows.
Panduit's NetKey system is built for integrators who need consistent mechanical and electrical performance across thousands of connections. Every patch cord is 100% factory tested for insertion loss, return loss, and near-end crosstalk across the full frequency range. The CM/LSZH dual rating simplifies specification for projects with both plenum/riser requirements and low-smoke mandates — one SKU covers multiple installation types. With RoHS compliance, UL listing (E129886), and compatibility with all major switch and server vendors, this patch cord integrates into enterprise and service provider networks without qualification delays or interoperability surprises.
