Panduit NK6XPPG48Y Cat6A 48-Port Punchdown Patch Panel, 2RU
Overview
The Panduit NK6XPPG48Y is a 48-port Cat6A UTP flat punchdown patch panel from the Panduit NetKey® copper cabling line — built for structured cabling installations where channel performance at full 500 MHz swept frequency is non-negotiable. At 2RU, it fits neatly into a standard 19-inch or 23-inch rack without eating cabinet space, and every port is 100% factory-tested before it ships. If you are specifying a patch panel for a deployment that carries PoE++ loads, multi-gig switch uplinks, or high-density IP security backbones, this is the panel designed to handle those demands without derating the channel.
The NK6XPPG48Y terminates 4-pair, 22–26 AWG twisted-pair cable using the industry-standard punchdown termination method — no proprietary tool required beyond a standard 110-blade punch tool already in every installer's bag. Each port includes a wire retention cap that keeps pairs organized and reduces the chance of termination error during a high-density patch job.
Key Features
- 48 ports in 2RU: Twenty-four ports per rack unit is a solid density ratio for most structured cabling applications. You get a full floor-plate of horizontal runs terminated in two rack spaces, leaving room in a 12U wall cabinet for the switch, power strip, and cable management rather than a third panel.
- Exceeds ANSI/TIA-568-C.2 Cat6A and ISO 11801 Class EA at swept frequencies up to 500 MHz: 'Exceeds' means the panel delivers measurable headroom above the minimum standard — useful when you are connecting multi-gig switches (2.5GBase-T, 5GBase-T) where margin directly affects link stability over a full 100-meter channel.
- PoE++ (802.3bt) support including Type 3 and Type 4: Type 4 802.3bt delivers up to 90W per port. A panel that only meets Cat6 (not Cat6A) specs can exhibit elevated insertion loss that causes PoE budget errors on long runs. The NK6XPPG48Y's PoE-capable structured cabling compliance means the panel is not the weak link when you are powering high-draw devices like pan-tilt-zoom cameras, digital signage displays, or 802.11ax access points.
- 100% factory-tested ports, individually serialized for traceability: Each port carries a serial number. If a certification test fails post-installation, you can trace the panel port rather than re-test the entire run blind. For enterprise IT audits and TIA warranty program eligibility, per-port serialization is a documentation requirement, not a nice-to-have.
- Cold-rolled steel (CRS) construction, black finish: CRS provides rigid dimensional stability — ports stay aligned under cable load. A plastic panel that flexes under a bundle of Cat6A (which is stiffer than Cat6 by design) can introduce bend-radius violations at the termination point. Steel eliminates that failure mode.
- Compatible with 19-inch and 23-inch rack formats: Dual-rack compatibility means the same SKU installs in a standard EIA-310 19-inch data cabinet or a legacy 23-inch telco frame without ordering a different part number.
- UL 1863 listed and RoHS compliant: UL 1863 covers communications wiring hardware — relevant for any installation requiring AHJ approval. RoHS compliance matters for public-sector and government projects with material restriction requirements.
- ANSI/TIA-1096A (FCC Part 68) compliance: Confirms the panel meets US telecom equipment standards, which is a baseline requirement for enterprise procurement in regulated environments.
Integration & Compatibility
The NK6XPPG48Y is designed to integrate into any standards-based structured cabling system. It is compatible with network switches and patch cords following TIA-568-C.2 Cat6A or ISO 11801 Class EA specifications. The punchdown termination style accepts standard 110-style terminations, making it compatible with wire management systems and field tools already in common use. Because the panel meets both the ANSI/TIA and ISO international standards simultaneously, it supports mixed-standard environments — useful in global enterprise deployments where US and European compliance documentation are both required.
For PoE deployments, the panel's compliance with IEEE 802.3af, 802.3at, and 802.3bt (Type 3 and Type 4) means it will not introduce channel resistance or insertion loss anomalies that trigger PoE negotiation failures. Pair this panel with a structured cable management system to maintain the bend radius Cat6A requires — Cat6A's larger outer diameter demands proper horizontal cable managers to avoid performance degradation at the panel entry point.
Frequently Asked Questions
Q: Does the NK6XPPG48Y support PoE++ (802.3bt) Type 4 at up to 90W?
A: Yes. The NK6XPPG48Y is documented to support IEEE 802.3bt Type 3 and Type 4 PoE applications. As a passive copper patch panel, it does not supply or limit PoE power — it must simply not degrade the channel. Its Cat6A performance compliance ensures it will not be the limiting factor on a properly installed PoE++ run.
Q: What AWG cable range does the NK6XPPG48Y accept?
A: The panel terminates 4-pair, 22–26 AWG twisted-pair cable. This covers the full range of standard Cat6A UTP cable gauges in commercial use.
Q: Does the NK6XPPG48Y fit a 23-inch rack as well as a standard 19-inch rack?
A: Yes. The panel mounts to both 19-inch and 23-inch rack formats, so you can deploy the same part number across mixed rack environments without stocking a second SKU.
Q: What certifications and compliance standards does the NK6XPPG48Y meet?
A: The NK6XPPG48Y exceeds ANSI/TIA-568-C.2 Cat6A and ISO 11801 Class EA channel requirements to 500 MHz, meets ANSI/TIA-1096A (FCC Part 68), complies with IEC 60603-7, and is UL 1863 listed and RoHS compliant.
Q: How many rack units does the NK6XPPG48Y occupy?
A: Two rack units (2RU). The panel measures 3.47 inches (88.1 mm) in height and 19 inches (482.6 mm) in width.
Q: Are the ports individually traceable?
A: Yes. Each module is 100% factory-tested and individually serialized, enabling per-port traceability for certification documentation, warranty programs, and AHJ inspections.
The NK6XPPG48Y earns its place on the spec sheet specifically because of the 500 MHz swept-frequency performance headroom — when you are terminating into a Cat6A backbone that feeds 2.5GBase-T or 5GBase-T switches, that headroom is what separates a clean certification from a panel that tests marginal and sends you back to re-terminate ports under a deadline.
Technical Highlights:
- Exceeds TIA-568-C.2 and ISO 11801 Class EA to 500 MHz: Not just 'meets' — exceeds. That margin is real insurance on long runs close to the 100-meter limit, especially in buildings with significant EMI from HVAC or power conduit running parallel to cable trays.
- 802.3bt Type 3 and Type 4 PoE compliance: Type 4 at 90W is the ceiling for standards-based PoE today. A panel that only passes Cat6 component specs can soft-fail on PoE negotiation at high wattage on 90-meter runs — the NK6XPPG48Y's Cat6A channel compliance removes that variable entirely.
- Per-port serialization, 100% factory-tested: On a 48-port panel in a live data center, knowing which specific port failed a certification sweep — and being able to document it by serial number for a warranty claim — saves hours of re-test labor on a dense patch field.
Deployment Considerations:
- Cat6A UTP cable has a significantly larger outer diameter than Cat6 — typically 0.29–0.35 inches vs. 0.21 inches. Plan your horizontal cable managers and rack entry points accordingly; undersized cable managers create bend-radius violations that will show up as insertion loss failures on the certification report.
- The panel accepts 22–26 AWG. Most commercial Cat6A is 23 AWG solid, which is well within range, but verify your specific cable's gauge before ordering — 26 AWG stranded patch cable is at the lower bound and should be confirmed with the panel's punchdown specification before field termination.
The NK6XPPG48Y is the right panel for enterprise MDF/IDF builds and security infrastructure closets where the horizontal runs are powering high-draw PoE++ devices — PTZ cameras, multi-radio access points, or intelligent door controllers — and where the structured cabling installation needs to pass third-party channel certification without rework.
