Panduit FW2RLU1U1ONM006 OM5 LC Uniboot Patch Cord 6m

Panduit FW2RLU1U1ONM006 Opti-Core OM5 Fiber Optic Patch Cord

The Panduit FW2RLU1U1ONM006 is a 6-meter OM5 wideband multimode fiber patch cord engineered for high-density data center and enterprise network deployments requiring 40GBASE-SR4, 100GBASE-SR4, or future short-wavelength division multiplexing (SWDM) applications. This Opti-Core patch cord features LC duplex uniboot connectors on both ends with ultra-physical-contact (UPC) polish, a space-saving 2mm reduced-diameter LSZH jacket in lime green, and optimized insertion loss performance. Standard polarity and field-reversible uniboot design simplify MACs (moves, adds, changes) in live environments, while IEC 60332-1-2 flame rating and low-smoke zero-halogen construction meet strict safety codes for occupied spaces and international installations. Integrators deploying 10/25/40/100 Gigabit Ethernet, Fibre Channel storage networks, or preparing infrastructure for 400G migration will find this patch cord delivers the bandwidth headroom, physical flexibility, and installation efficiency required in modern structured cabling systems.

Key Features

• OM5 wideband multimode fiber supports 40G/100G Ethernet and future SWDM protocols up to 400 meters
• LC duplex uniboot connectors with UPC polish on both ends for low insertion loss and field polarity reversal
• 2mm reduced-diameter LSZH jacket saves up to 50% cable-management space versus standard 3mm cordage
• Optimized insertion loss across 850nm–950nm spectrum ensures margin for high-speed signaling
• Standard polarity (TIA-568) out of the box; uniboot allows tool-free A-to-B swap in the field
• Lime green jacket provides instant visual identification of OM5 grade in mixed-fiber environments
• LSZH construction meets IEC 60332-1-2 flame test; safe for occupied spaces and international building codes
• 50-micron graded-index core with 2-fiber count for duplex full-duplex links
• 6-meter length ideal for intra-rack, row-to-row, or short cross-connect runs in enterprise data centers
• Panduit Opti-Core quality with factory-terminated connectors and 100% insertion-loss testing

OM5 Wideband Multimode: Future-Proofing Beyond OM4. OM5 (ISO/IEC 11801 designation) extends the capabilities of traditional OM3/OM4 laser-optimized multimode fiber by delivering consistent bandwidth across a wider wavelength window—850nm, 880nm, 910nm, and 953nm—rather than optimizing solely for 850nm VCSEL transceivers. This wideband performance enables short-wavelength division multiplexing (SWDM), a technology that transmits four independent 25G or 50G channels over a single duplex fiber pair, reaching aggregate 100G or 200G speeds without requiring parallel optics or MPO connectors. For integrators, OM5 provides backward compatibility with existing 10G/40G/100G SR optics at 850nm while opening a path to 200G and 400G over the same physical infrastructure. The FW2RLU1U1ONM006 leverages this headroom: you install it today for 10GBASE-SR or 40GBASE-SR4 and retain the option to upgrade transceivers to SWDM-based 100G or 200G links tomorrow without re-cabling. In environments where rack density is climbing and re-pull labor is expensive—cloud providers, colocation facilities, enterprise SANs—OM5 delivers ROI by deferring costly infrastructure refreshes.

LC Duplex Uniboot Design: Space Savings and Field Flexibility. The uniboot form factor consolidates two LC connectors into a single compact boot, reducing the footprint at the patch panel or switch faceplate by roughly 40% compared to two discrete simplex LC connectors with separate strain reliefs. In high-port-count environments—48-port 10G or 25G top-of-rack switches, blade-server SANs, spine-leaf fabrics—this space savings translates directly into improved airflow, easier cable routing, and reduced congestion in horizontal cable managers. Panduit's uniboot design also incorporates a field-reversible polarity mechanism: a technician can flip the internal fiber mapping from A-to-B to B-to-A without re-terminating or swapping connectors, correcting polarity mismatches on-site in seconds. This eliminates the need to stock separate "flipped" patch cords or return to the staging area when a link won't come up due to Tx/Rx swap. For MACs in live data centers, the ability to reverse polarity in the field cuts troubleshooting time and avoids the service interruption of ordering replacement cables. The UPC (ultra-physical-contact) polish on both connectors ensures insertion loss below 0.35 dB typical and return loss better than 50 dB, meeting the low-loss requirements of 40G and 100G optics that operate with tighter power budgets than legacy 1G or 10G links.

2mm LSZH Cable: High-Density Pathway Management. The FW2RLU1U1ONM006 uses a 2mm outer-diameter cable, half the cross-sectional area of traditional 3mm round cordage. In practice, this means you can route twice as many cables through a given tray, conduit, or vertical manager without exceeding fill-ratio limits (NEC 40% fill for power-limited cables, TIA 50% fill for horizontal pathways). High-density leaf switches with 48 or 96 fiber ports benefit immediately: instead of bundle chaos, you achieve organized, color-coded layers that leave room for airflow and future adds. The LSZH (low-smoke zero-halogen) jacket compound contains no PVC or halogenated flame retardants; when exposed to fire, it produces minimal smoke opacity and no hydrochloric acid or other corrosive gases that damage sensitive electronics or endanger building occupants. This makes LSZH cordage the required choice in European installations (CPR Euroclass), many Asian markets, and increasingly in North American data centers and telecommunications rooms where air-handling plenums share space with cable pathways. IEC 60332-1-2 flame rating certifies that the cable will self-extinguish and not propagate flame vertically, meeting the baseline fire-safety standard for premise wiring. Integrators working under LEED, BREEAM, or other green-building certifications will find LSZH compliance simplifies documentation and avoids the material restrictions that apply to PVC-jacketed products.

Deployment Scenarios and Link Budget. At 6 meters (19.68 feet), the FW2RLU1U1ONM006 is sized for intra-rack server-to-switch connections, adjacent-rack cross-connects, or short hops between end-of-row aggregation switches and spine switches in the same row. OM5 supports 40GBASE-SR4 and 100GBASE-SR4 to 150 meters and 10GBASE-SR to 300 meters over duplex LC links; at 6m you are well within all distance limits with ample margin for connector losses and future splices. For 400GBASE-SR8 or emerging SWDM protocols, OM5 extends reach beyond OM4, and the optimized insertion-loss specification on this Panduit cord—factory-tested and marked—ensures you stay within the transceiver's receive sensitivity window even when daisy-chaining through multiple patch panels. Typical use cases include Fibre Channel SAN fabrics (8/16/32 Gbps), NVMe-over-Fabrics storage networks, hyperconverged infrastructure clusters, blade-chassis backplane-to-ToR links, and any environment mixing 10G copper with 25G/100G fiber uplinks. The lime-green jacket provides instant visual differentiation from aqua OM3, erika-violet OM4, yellow singlemode, and orange OM1/OM2 legacy fibers, reducing the risk of accidental cross-connection during MACs and simplifying documentation in DCIM or cable-management databases.

Why This Patch Cord Fits Your Infrastructure Build. Panduit Opti-Core cordage ships with factory-installed connectors that undergo automated insertion-loss and return-loss testing; every cord includes a serialized test report traceable to the manufacturing lot, giving you auditable proof of performance for warranty claims or customer acceptance testing. The 10-piece carton quantity (manufacturer packaging) suits small-to-medium deployments—one or two racks—while keeping inventory costs predictable. Standard polarity (Position A to Position B per TIA-568) aligns with the majority of switch and transceiver designs, and the field-reversible uniboot covers the exceptions without requiring a second SKU. For integrators managing multi-vendor data centers, OM5 compatibility across Cisco, Arista, Juniper, Dell, HPE, and white-box optics eliminates the vendor lock-in risk that comes with proprietary active-optical or direct-attach solutions. You're installing a standards-based physical layer that will outlast multiple generations of active equipment, protecting the client's CapEx investment and simplifying future technology transitions. Whether you're wiring a greenfield hyperscale pod, retrofitting a legacy 1G campus network to 10G/25G, or building out a Fibre Channel SAN for virtualized storage, the FW2RLU1U1ONM006 delivers the performance, safety compliance, and installation flexibility that define Panduit's reputation in mission-critical structured cabling.