Panduit UTP28SP1OR TX6-28 Cat 6 UTP Patch Cord
The Panduit UTP28SP1OR is a 1-foot Cat 6 UTP patch cord engineered for high-density patching in security control rooms, datacenter racks, and network closets where space is at a premium. Its 28 AWG stranded copper construction yields a 0.150-inch (3.8mm) diameter—substantially thinner than standard 24 AWG patch cords—enabling tighter bend radii, improved airflow around bundled cables, and easier routing through crowded cable managers. The orange jacket provides instant visual identification for VLAN segregation, security network isolation, or physical-layer documentation schemes. Factory-terminated with Panduit's centered de-embedded modular plugs and integral pair managers, the cord exceeds ANSI/TIA-568.2-D Category 6 and ISO 11801 Class E performance to 250 MHz, ensuring reliable Gigabit Ethernet, 10GBASE-T (short runs), and PoE++ delivery without field rework.
Key Features
- 28 AWG stranded copper construction (0.150" diameter) for 40% smaller bundle cross-section vs. standard 24 AWG cords
- Patented tangle-free latch design eliminates snags during rack installation and prevents accidental disconnects during moves/adds/changes
- RapidID pre-installed barcodes enable automated port mapping and cable documentation via Panduit's RapidID software
- Supports IEEE 802.3af/at (48 cables per bundle) and 802.3bt Type 3/4 PoE (24 cables per bundle) for IP cameras, access control panels, and PoE lighting
- 100% factory tested for wire map, NEXT, and return loss; cULus Listed and RoHS compliant
- CM/LSZH dual-rated jacket meets both plenum-alternative and low-smoke requirements for datacenter and institutional installations
The TX6-28 platform addresses the patching density problem that security integrators face when terminating 48-port PoE switches feeding dozens of IP cameras and access readers. Traditional 24 AWG patch cords create bundle congestion that blocks airflow in enclosed racks, elevates switch temperatures, and forces wider cable managers that consume additional rack units. The 28 AWG design cuts bundle diameter by approximately 40%, allowing more cables through the same horizontal and vertical managers while maintaining the 250 MHz bandwidth required for 1000BASE-T and multi-gigabit uplinks. The stranded conductor construction provides the flexibility needed for repeated reconnections during troubleshooting, system expansions, and VLAN reconfiguration—common tasks in evolving security networks.
Panduit's tangle-free latch solves a specific rack-work problem: standard RJ45 boots snag on adjacent cables during extraction, sometimes pulling multiple connections loose or breaking latch tabs. The TX6-28's low-profile latch guard shields the release tab while remaining easy to depress with one finger, even in fully populated patch panels. The RapidID barcode system integrates with Panduit's mobile app and desktop software to auto-generate as-built documentation, eliminating the manual spreadsheet tracking that typically falls out of sync within weeks of commissioning. Each cord ships with a scannable barcode label that encodes the cable serial number; scan both ends during installation, and the software maps the physical layer topology, exports to Visio or PDF, and flags any miswired links before the system goes live.
The cord meets IEEE 802.3bt Type 4 PoE++ requirements (up to 100W delivered per port) when deployed in bundles of 24 cables or fewer, making it compatible with the latest generation of PTZ cameras, high-power access points, and LED lighting controllers that demand more than the 30W ceiling of 802.3at. The CM/LSZH dual rating satisfies both National Electrical Code Article 800 (communications circuits in environmental air spaces) and IEC 60332-3 low-smoke requirements, allowing use in datacenters, hospitals, and government facilities where fire safety codes restrict PVC-jacketed cables. This 1-foot length is optimized for top-of-rack switch-to-patch-panel connections, server-to-switch links in adjacent racks, or camera-to-midspan injector runs in equipment closets where longer cords create excess slack and cable management problems.
