Panduit FW2RLU1U1ONM009 9m OM5 LC Uniboot Patch Cord

Panduit FW2RLU1U1ONM009 Opti-Core OM5 LC Duplex Uniboot Fiber Patch Cord

The Panduit FW2RLU1U1ONM009 is a 9-meter OM5 wideband multimode fiber patch cord engineered for high-density datacenter and enterprise network deployments where pathway space, connector port density, and future bandwidth scalability converge as critical design constraints. Built on Panduit's Opti-Core platform, this 2-fiber jumper features LC Duplex Uniboot connectors with UPC polish on both ends, a 2mm LSZH outer jacket, and optimized insertion loss performance. The lime-green OM5 fiber supports both legacy 850nm applications and emerging short-wave wavelength division multiplexing (SWDM) protocols, delivering up to four times the effective bandwidth of OM4 over the same physical infrastructure. Installers gain polarity-reversible uniboot mechanics that eliminate the need for separate A-to-B and B-to-A patch cord SKUs, LSZH flame rating for plenum and safety-critical spaces, and the 2mm reduced-diameter form factor that cuts pathway fill by approximately 40% compared to traditional 3mm duplex constructions.

Key Features

• OM5 wideband multimode fiber (50/125μm) — supports 850nm legacy + 850-950nm SWDM for 4× bandwidth multiplication without infrastructure replacement
• LC Duplex Uniboot connectors, UPC polish both ends — field-reversible polarity, reduced footprint vs. standard duplex LC, <0.3dB optimized insertion loss
• 2mm LSZH jacket — IEC 60332-1-2 flame rating, ~40% smaller cross-section than 3mm duplex for high-fill pathway & cabinet applications
• 9-meter (29.5 ft) length — structured for row-to-row datacenter links, cross-aisle connections, or distribution-to-access spans in enterprise IDFs
• Lime-green cable color — instant OM5 identification per TIA-598-D color code, prevents cross-patching errors with OM3/OM4
• Standard polarity (Type A) — straight-through pin mapping, no A/B designation needed thanks to uniboot polarity-flip capability

OM5 Wideband Multimode: Bandwidth Multiplication on Existing Fiber Counts
OM5 fiber extends the ISO/IEC 11801 and TIA-492AAAE multimode specifications to support short-wave wavelength division multiplexing across the 850-950nm window. Where OM3 and OM4 fibers optimize transmission at 850nm, OM5 maintains low differential mode delay across four distinct SWDM wavelengths (850, 880, 910, 940nm), enabling BiDi transceivers to push four parallel 25G or 50G channels over a single duplex fiber pair. For 100GBASE-SR4 deployments planning migration to 400G, this patch cord preserves the option to run 4×100G SWDM lanes over two fibers instead of eight, cutting required fiber count in half and deferring costly backbone replacements. The 9-meter length suits typical datacenter row-to-row distances (end-of-row switch to mid-row server rack) or enterprise horizontal runs from IDF to nearby equipment closets, maintaining <1.5dB channel insertion loss budgets even with multiple mated-pair connections.

LC Duplex Uniboot Connector: Polarity Management Without SKU Proliferation
Traditional duplex LC patch cords require separate Type A (straight-through) and Type B (crossover) SKUs to manage polarity across structured cabling systems; the uniboot design consolidates both into a single field-configurable assembly. Each connector housing contains a single integrated boot covering both transmit and receive fibers, with a reversible internal key that flips the fiber positions without re-termination or tools. Installers arriving on-site with method-B polarity trunk cassettes can reverse the uniboot polarity in under five seconds per cord, eliminating the stock-two-SKUs inventory burden and the wrong-polarity service call. The uniboot footprint measures approximately 60% of a standard duplex LC clip width, unlocking an additional 15-20% usable port density on high-count panels and SFP/QSFP faceplate arrays where connector congestion blocks airflow or prevents clip access.

2mm LSZH Cable: Pathway Fill Reduction and Plenum-Safe Fire Performance
The 2mm cable diameter reduces cross-sectional area by roughly 40% compared to the traditional 3mm zip-cord duplex construction common in OM3/OM4 patch cord catalogs. In overhead ladder rack or under-floor cable tray installations governed by NEC Article 770 fill-ratio limits, this reduction translates directly to either fewer pathway additions or higher usable capacity per existing pathway. For a 4-inch-wide by 2-inch-deep cable tray, the difference between 2mm and 3mm patch cords can mean the gap between 60-cable and 85-cable fill under the 40% cross-section rule. The LSZH (Low Smoke Zero Halogen) jacket compound meets IEC 60332-1-2 single-vertical-wire flame propagation limits and produces minimal smoke opacity and halogen acid gas during combustion, satisfying plenum installation requirements in healthcare, transportation, and public-assembly facilities where PVC smoke toxicity is prohibited by local fire codes or building authority standards.

Optimized Insertion Loss and Panduit Opti-Core Manufacturing
Panduit specifies optimized insertion loss for the FW2RLU1U1ONM009, indicating factory testing and fiber-to-ferrule geometry control that targets the lower end of the TIA-568 <0.75dB duplex connector budget. Typical measured insertion loss falls below 0.3dB per mated pair, leaving additional link margin for dirty connections, aging, or future splice points. Each cord ships from Panduit's Opti-Core production line with end-face inspection data traceable to the UPC polish process, ensuring <50nm surface finish radius-of-curvature compliance and minimal return loss (>50dB). The lime-green cable jacket adheres to TIA-598-D Appendix C color code for OM5 fiber, providing instant visual differentiation from aqua OM3, erika-violet OM4, and orange/yellow OM1/OM2 legacy fibers during maintenance or troubleshooting — critical in mixed-generation datacenters where cross-patching OM3 to OM5 transceivers can degrade link margins or trigger speed fallback.

Application Fit: Datacenter Structured Cabling and Enterprise Horizontal Links
The 9-meter (29.5 ft) length targets short-to-medium datacenter and enterprise network applications: end-of-row aggregation switches to mid-row top-of-rack switches, SAN director front-end ports to compute blade chassis, or fiber distribution panel to nearby equipment rack cross-connects. This length remains below the 10-meter threshold where cable management slack becomes difficult to dress in overhead routing, yet provides enough reach for non-adjacent-row scenarios common in modular datacenter pod layouts. IT and datacenter infrastructure installers managing 100GBASE-SR4, 40GBASE-SR4, or 25GBASE-SR deployments gain a future-ready physical layer: when 200G and 400G SWDM transceivers reach volume pricing, existing OM5 patch cord inventory supports the upgrade without re-cabling, protecting the installed base investment and minimizing service-window downtime.

The Panduit FW2RLU1U1ONM009 ships in cartons of 10 units with individually bagged cords and protective dust caps on all four connector ends. Standard warranty coverage follows Panduit's fiber optic component terms; consult distributor or manufacturer documentation for application-specific insertion loss certification or extended assurance programs. This patch cord integrates into Panduit Opti-Core structured cabling systems alongside trunk cables, cassettes, and enclosure hardware for unified pathway design and single-vendor warranty continuity across the fiber plant.