Panduit FZ2RPU1U1NNM016 OM4 LC Uniboot 16m Plenum Cord

Panduit FZ2RPU1U1NNM016 Opti-Core OM4 LC Uniboot Fiber Patch Cord

The Panduit FZ2RPU1U1NNM016 is a 16-meter OM4 multimode fiber patch cord engineered for high-density datacenter and enterprise network environments where space, performance, and plenum compliance converge. Built on Panduit's Opti-Core platform, this cable features LC duplex uniboot connectors at both ends—a single-boot design that cuts pathway congestion in half compared to traditional dual-LC assemblies while maintaining full duplex fiber transmission. The aqua jacket provides instant OM4 identification per TIA-598 color coding, and the OFNP plenum rating satisfies NEC Article 770 requirements for air-handling spaces without conduit. Factory-terminated with ultra-low insertion loss, this cord eliminates field termination variability and delivers the optical budget headroom your 40GBASE-SR4, 100GBASE-SR4, or extended 10G links demand. At 52 feet, it bridges equipment rows, cross-connects raised-floor zones, or spans telecommunications room to IDF distances without requiring mid-run splicing.

Key Features

• OM4 50/125 μm laser-optimized multimode fiber supports 40G/100G SR applications up to 150 meters and 10GBASE-SR to 550 meters per IEEE 802.3 and TIA-568.3-D standards
• LC duplex uniboot pull-tab connector design reduces cable volume by 50% in high-density patch panels and switch ports, simplifying moves/adds/changes in constrained rack spaces
• Ultra-low insertion loss specification (typically ≤0.15 dB) preserves optical power budget for multi-hop SAN fabrics, stacked switch architectures, and long horizontal runs
• Plenum-rated OFNP jacket meets NFPA 262 (UL 910) flame and smoke requirements for installation in return-air plenums, above drop ceilings, and under raised floors without conduit
• Factory pre-terminated and tested assemblies eliminate field polishing, reduce installation time by 80%, and guarantee end-face geometry and return loss out of the box
• Aqua jacket color provides instant visual identification of OM4 fiber per TIA-598-D Appendix E, preventing accidental cross-connection with OM3 or single-mode infrastructure
• 16-meter (52.5 ft) length suits equipment-row cross-connects, raised-floor zone distribution, and telecommunications-room-to-IDF links without mid-span connectors
• RoHS 2002/95/EC compliant construction with halogen-free jacket options available for European and Asia-Pacific deployments

The FZ2RPU1U1NNM016's uniboot architecture addresses a persistent challenge in modern datacenters: physical layer density. Traditional duplex LC patch cords present as two side-by-side connectors at each end, consuming two positions' worth of lateral space even though they occupy a single switch port. Panduit's uniboot design consolidates both transmit and receive fibers into a single pull-tab boot that snaps into one LC duplex receptacle. This halves the cable bundle diameter behind patch panels and reduces the torque load on horizontal cable managers when 48-port switches are fully populated. The pull-tab release mechanism allows single-handed disconnect even in fully loaded panels—critical when you're working from a ladder or kneeling in a cold-aisle with a flashlight. The boot itself is molded in a low-profile geometry that leaves the adjacent port accessible, unlike some aftermarket uniboot designs that overhang neighboring connectors. For installers managing 10G-to-spine or 40G leaf-spine fabrics with 96- or 144-port density switches, this translates to fewer cable management arms, less airflow obstruction, and faster MAC work when tracing circuits under deadline.

OM4 fiber is the de facto standard for 40G and 100G short-reach datacenter optics. Its 50 μm core and laser-optimized graded-index profile deliver 4700 MHz·km effective modal bandwidth at 850 nm—enough to support 100GBASE-SR4 parallel optics over 150-meter links or 10GBASE-SR extended-reach transceivers to 550 meters. This makes the FZ2RPU1U1NNM016 suitable for both intra-rack connections (top-of-rack to server) and inter-row distribution (leaf to spine, or horizontal to vertical cable managers in a two-tier architecture). The ultra-low insertion loss spec—typically 0.12 to 0.15 dB per connector—is especially important in multi-tier Clos topologies or SAN fabrics where four to six connector pairs appear in a single end-to-end path. Every tenth of a dB saved at the physical layer expands your usable link budget, buying margin against aging transceivers, dirty bulkheads, or last-minute topology changes that add a patch panel hop. Panduit's factory termination process uses diamond-polished ceramic ferrules and automated end-face inspection, ensuring geometry compliance to IEC 61300-3-35 and return loss better than -35 dB (typically -45 dB). You're not gambling on field-tech hand polish quality or disposable cleave-and-crimp connectors; each cord ships with test data traceable to the manufacturing lot.

The OFNP plenum rating satisfies NEC 770.113(A) and NFPA 90A for cable installed in environmental air spaces—the plenums above drop ceilings and below raised floors that serve as return-air paths in commercial HVAC systems. Plenum-rated jacket compounds are engineered to self-extinguish and produce minimal smoke when exposed to flame, reducing fire-spread risk and toxic gas accumulation during a building evacuation. This rating eliminates the need for metallic conduit or enclosed raceways in plenum zones, cutting both material cost and labor time during horizontal cabling runs. For datacenter and enterprise IT managers, it also ensures compliance with local AHJ inspections and insurance underwriter requirements. The 16-meter length bridges common raised-floor zone boundaries—40 to 50 feet of horizontal run plus vertical rise into overhead ladder rack or down into floor trench—without requiring mid-span splicing or coupler insertion that would introduce additional insertion loss and failure points. When planning MDA-to-HDA or equipment-distribution-to-telecommunications-room links, this length hits the sweet spot between pre-terminated convenience and real-world floor-plan geometry, reducing the need for custom-length orders and the lead time they impose.