Panduit UTP28SP6GR Cat 6 28AWG 6ft Patch Cord - Green

Panduit UTP28SP6GR TX6-28 Cat 6 UTP Patch Cord

The Panduit UTP28SP6GR is a 6-foot Cat 6 UTP patch cord engineered for high-density network installations where cable management and port access are critical. Built on the TX6-28 platform, this green cord uses a compact 28 AWG stranded conductor design—30% slimmer than standard 24 AWG cables—to reduce pathway congestion and improve airflow in crowded racks. The patented tangle-free latch streamlines moves, adds, and changes by eliminating snag points, while pre-installed RapidID barcodes enable instant port mapping with Panduit's RapidID software. Every cord ships with 100% performance verification for wire map, NEXT, and return loss, ensuring plug-and-play reliability in Gigabit and 10GBASE-T deployments.

Key Features

• 28 AWG stranded copper construction delivers 0.150-inch (3.8mm) cable diameter for 30% space savings vs. standard patch cords
• Patented tangle-free latch with integrated strain relief prevents snags during installation and removal
• RapidID-enabled with factory-applied barcodes for automated port mapping and asset tracking
• 100% factory tested for wire map, NEXT, and return loss—eliminates field troubleshooting
• Centered de-embedded plug design and integral pair manager maintain electrical performance to 250 MHz
• CM/LSZH flammability rating meets plenum-equivalent requirements for low-smoke, low-toxicity installations
• Supports IEEE 802.3af/at/bt Type 3 and Type 4 PoE (up to 90W) for high-power edge devices

The UTP28SP6GR uses unshielded twisted pair (U/UTP) stranded conductors rated for 250 MHz bandwidth, exceeding ANSI/TIA-568.2-D Category 6 and ISO 11801 Class E channel specifications across all frequencies from 1 to 250 MHz. The centered de-embedded plug architecture—a Panduit design refinement—positions conductors at the optimal geometry to minimize alien crosstalk and maintain near-end crosstalk (NEXT) margins, even in densely bundled cable environments. An integral pair manager inside each modular plug preserves twist geometry through the termination zone, preventing untwist-induced return loss degradation that commonly occurs with hand-terminated field cords. The CM/LSZH jacket compound meets UL 1863 and CAN/CSA-C22.2 No. 214 flammability standards while emitting minimal smoke and halogen under fire conditions—critical for elevator shafts, air-handling spaces, and international projects governed by IEC 61034 or EN 50399 cable performance standards.

This 6-foot length is the workhorse patch cord for rack-to-switch connections, inter-switch trunking, and patch panel-to-equipment runs in telecom rooms and enterprise data centers. The 28 AWG form factor addresses a common pain point: standard 24 AWG patch cords create cable congestion that blocks airflow, forces installers to over-bend cables (risking return loss failures), and makes MACs (moves, adds, changes) a hands-on ordeal. The tangle-free latch solves the "stuck plug" problem—conventional snagless boots catch on adjacent cables, requiring two-handed extraction or even cable cuts in worst-case scenarios. Panduit's latch design provides full strain relief without external protrusions, so cords pull cleanly from densely populated switch faceplates. The pre-applied RapidID barcode integrates with Panduit's RapidID mobile app (iOS/Android) to auto-populate port documentation during installation, eliminating manual label printing and reducing documentation errors that lead to downstream outages. The cord's PoE capability extends to 802.3bt Type 4 (90W), making it suitable for high-power access points, PTZ IP cameras, LED lighting controllers, and industrial PoE devices without requiring separate power infrastructure.

The UTP28SP6GR ships with factory testing reports accessible via Panduit's online verification portal—every cord's serial number ties to wire map, insertion loss, NEXT, and return loss sweep data measured at 1, 10, 16, 20, 31.25, 62.5, 100, and 250 MHz. This traceability satisfies compliance documentation requirements for government projects, healthcare installations governed by Joint Commission standards, and any deployment where post-installation testing would be cost-prohibitive or impossible (e.g., building risers sealed behind drywall). The green jacket color-coding aligns with TIA-606-C administration standards for voice VLANs or network demarcation schemes, reducing misidentification during MACs and emergency troubleshooting.