Panduit FZ2RPU1U1NNM9.5 OM4 Duplex LC Fiber 9.5m

Panduit FZ2RPU1U1NNM9.5 Duplex Multimode Fiber Optic Patch Cable

The Panduit FZ2RPU1U1NNM9.5 delivers 9.5-meter OM4 fiber connectivity engineered for high-density datacenter and enterprise network environments demanding 40/100 Gb/s performance. This duplex LC-to-LC patch cable features laser-optimized 50/125 µm multimode fiber with aqua low-smoke zero-halogen (LSZH) jacket, providing the reach and bandwidth required for spine-leaf architectures, storage area networks, and converged IP surveillance backbones. Factory-terminated with precision-polished ceramic ferrules and individually tested for insertion loss and return loss, this assembly eliminates field termination labor while ensuring consistent optical performance across blade server arrays, modular switch fabrics, and fiber channel SAN links. Compliance with TIA-568-C.3 and IEC 61754-20 standards makes this cable suitable for projects requiring verified interoperability with Cisco, Juniper, Arista, and standards-based SFP+/QSFP+ optics.

Key Features

• OM4 50/125 µm laser-optimized multimode fiber supports 40GBASE-SR4 to 150m and 100GBASE-SR10 to 100m per IEEE 802.3ba
• Duplex LC connectors with zirconia ceramic ferrules, UPC polish, and factory insertion loss testing to 0.35 dB maximum
• 9.5-meter length optimized for intra-rack and adjacent-rack distribution in structured datacenter hot-aisle/cold-aisle layouts
• LSZH jacket rated for plenum and riser installation per NFPA 262 and IEC 60332-1, eliminating toxic halogen emissions during fire events
• Aqua jacket color coding per TIA-598-C for instant OM4 identification in mixed-mode fiber plants
• Pull-proof strain relief boots protect fiber at connector interface during installation and MAC (Move-Add-Change) events
• Individually serialized with test data traceable to manufacturing batch for documentation and troubleshooting
• RoHS compliant construction suitable for green building and LEED documentation requirements

Panduit's FZ-series factory-terminated assemblies address the critical failure modes that plague field-terminated fiber in mission-critical installations. Each cable undergoes automated endface inspection via interferometry to verify core concentricity, apex offset, and fiber height—parameters that directly impact insertion loss and long-term reliability under thermal cycling. The laser-optimized OM4 fiber core delivers 4700 MHz·km effective modal bandwidth at 850 nm, enabling 10GBASE-SR links to reach the full 400-meter distance specification without requiring costly OM3-to-OM4 infrastructure upgrades. This matters in phased datacenter builds where initial 10 Gb/s edge switching must later scale to 40 Gb/s aggregation or 100 Gb/s core fabrics without re-cabling horizontal distribution. The duplex LC form factor remains the industry standard for enterprise multimode connectivity, offering toolless insertion into SFP+ cages, patch panels, and breakout modules while maintaining port density up to 144 fibers per 1U. Unlike SC or ST legacy connectors, LC's small form factor allows integrators to populate high-count MTP/MPO cassettes with duplex breakouts, creating flexible migration paths from structured 12-fiber trunks to individual link assignments as rack populations grow.

The 9.5-meter length hits a practical sweet spot for modern datacenter topology. In raised-floor environments with overhead cable tray distribution, this reach accommodates equipment positioned three to four racks apart while allowing proper service loops at both termination points—a requirement often missed in cut-to-length field installs that leave no slack for future re-termination or equipment relocation. For IP video surveillance head-end deployments, this cable length supports NVR-to-core-switch connections in equipment rooms where recording servers and network aggregation layers occupy separate racks but share the same row. Security integrators building out large-scale camera networks frequently need to interconnect PoE switch stacks with fiber uplinks to distribution switches; the FZ2RPU1U1NNM9.5 provides the physical reach to span typical equipment layouts without requiring intermediate panels or patch-through points that add insertion loss and failure modes. The LSZH jacket construction meets the plenum and riser requirements common in commercial office towers, hospitals, and educational campuses where building codes prohibit PVC-jacketed cables in air-handling spaces. This eliminates the need to stock separate cable SKUs for different installation environments—a single part number covers both in-rack jumpers and riser pathway connections.

Factory testing and serialization provide the documentation trail required for ISO 9001 quality management systems and warranty validation on Panduit's optical transceivers. Each cable ships with insertion loss values recorded during production, allowing installers to verify link budgets before commissioning and to establish baseline performance for future troubleshooting. When a 40 Gb/s link fails to train or exhibits bit errors under load, having factory test data eliminates the "is it the cable or the optic?" guesswork that burns hours in enterprise environments where change windows are measured in minutes. The TIA-568-C.3 compliance ensures compatibility with all standards-compliant LC interfaces, including Cisco SFP-10G-SR, Intel X520-DA2, Mellanox ConnectX-6, and the fiber uplink modules in Axis camera encoders, Bosch video management servers, and Genetec Security Center appliances. For projects subject to Buy America Act requirements or TAA compliance in federal and defense installations, Panduit maintains domestic manufacturing capacity and can provide country-of-origin documentation upon request—a differentiator absent from gray-market fiber assemblies sourced through general IT distributors.