Panduit F92RLU2U2ONM002 2m OS2 LC Uniboot Fiber Cord

Panduit F92RLU2U2ONM002 Opti-Core 2m OS2 Single-Mode Fiber Patch Cord

The Panduit F92RLU2U2ONM002 is a 2-meter duplex single-mode fiber patch cord engineered for high-density datacenter and telecom installations where space, signal integrity, and safety converge. Built on OS2 9/125μm fiber with LC duplex uniboot connectors and APC (Angled Physical Contact) polish, it delivers optimized insertion loss across 10G, 40G, and 100G networks while occupying half the footprint of traditional duplex cables. The 2.0mm LSZH jacket meets strict fire-safety codes for enclosed spaces, and the pull-boot uniboot design simplifies polarity reversal without re-termination—critical when you're managing hundreds of links in a congested MDA or equipment rack. Panduit's Opti-Core line targets integrators deploying enterprise fiber backbones, SAN fabrics, or campus fiber-to-the-desk where insertion-loss budgets are tight and rack real estate is expensive. Yellow jacketing follows TIA-598-C OS2 single-mode convention, reducing field identification errors during adds/moves/changes.

Key Features

• OS2 single-mode fiber (9/125μm) rated for distances beyond 10 km at 10 Gbps, extendable to 40 km+ with appropriate transceivers
• LC duplex uniboot connectors with integrated pull-boot for tool-free polarity reversal—flip A↔B in seconds without patch-panel downtime
• APC (8° angled) polish on both connectors reduces return loss to <-60 dB, mandatory for high-bitrate coherent optics and DWDM systems
• Optimized insertion loss (IL) tested at ≤0.25 dB typical, preserving link budget in multi-span architectures
• 2.0mm jacket diameter saves 40% conduit/tray fill compared to 3.0mm cables—critical in over-subscribed pathways
• LSZH (Low Smoke Zero Halogen) jacket meets IEC 60332-1 and 60754 for plenum-alternative installations in EU and APAC regions
• 2-meter (6.5 ft) length suits rack-to-rack, panel-to-switch, or intra-row links without excess slack
• RoHS 2002/95/EC compliant; meets ISO/IEC 11801, TIA-568-C.3, FOCIS-3, and FOCIS-10 connector standards
• Yellow jacket per TIA-598-C OS2 color code, distinct from OM3/OM4 aqua or OM5 lime green multimode cables
• Duplex 2-fiber configuration carries bi-directional traffic (Tx/Rx) over a single uniboot connector body

Single-mode OS2 fiber supports wavelengths from 1310 nm to 1625 nm, making this cable future-ready for 10GBASE-LR, 40GBASE-LR4, 100GBASE-LR4, and emerging 400G optics without cable replacement. The 9μm core diameter and tight modal dispersion spec (≤1 ps/nm·km) eliminate the distance penalties that plague OM3/OM4 multimode in long-haul datacenter interconnects or campus distribution. Panduit's APC polish is factory-inspected to IEC 61300-3-35 endface geometry limits—core dip, apex offset, and fiber height held to sub-micron tolerances—so you avoid the return-loss failures that plague field-terminated or low-grade import cables when mated with tunable XFP, QSFP28, or CFP2 transceivers. The uniboot LC design consolidates two simplex connectors into one latch body; polarity reversal is a thumb-press operation on the pull-boot tab, exposing the internal crossover clip you rotate 180°. This eliminates the Type-A/Type-B cable inventory split and the field errors when a technician grabs the wrong polarity during a SAN fabric expansion or spine-leaf upgrade. Optimized IL means Panduit pre-selects fiber reels with lower attenuation coefficients (≤0.35 dB/km) and tighter connector endface tolerances, so you capture an extra 0.1–0.15 dB of margin per link—meaningful when you're chaining three cassettes and two patch cords between a core switch and a blade server 150 meters away.

Deploy the F92RLU2U2ONM002 in datacenter TOR (top-of-rack) to EOR (end-of-row) links where 10GBASE-LR SFP+ modules require OS2 fiber and your cable management arms are already packed with copper. Use it for SAN storage array connections running 16G/32G Fibre Channel, where APC polish is mandatory to meet FC-PI-6 optical specs and avoid CRC errors under sustained 100% throughput. In telecom carrier hotels and colocation facilities, LSZH jacketing satisfies building codes that prohibit PVC riser cables in shared vertical shafts without plenum ratings—LSZH emits 20% the smoke density and zero corrosive halogens (chlorine/fluorine) during combustion, protecting adjacent fiber bundles and personnel egress routes. The 2.0mm diameter is a layout advantage in 1U fiber panels: you can route 48 uniboot cables (96 fibers) through the same bend-radius space that accommodates 32 traditional 3.0mm duplex cables, reducing the need for oversized vertical managers and the labor cost of dressing bundles. For structured cabling in office environments, run these patch cords from floor telecom rooms to work-area LC jacks, future-proofing desktops for 10G Ethernet without re-cabling when switching from Cat6A copper. The yellow jacket differentiates single-mode links from your aqua OM3 multimode backbone, so field techs don't cross-patch incompatible fiber types and blow transceiver budgets.

Every Panduit Opti-Core patch cord ships with insertion-loss and return-loss test reports traceable to NIST standards, backed by the manufacturer warranty and Panduit's tier-1 support infrastructure—critical when you're documenting TIA-568-C.3 acceptance tests for a mission-critical financial trading floor or healthcare PACS network. The F92RLU2U2ONM002's compliance with FOCIS-3 (LC connector) and FOCIS-10 (APC endface) ensures interoperability with Cisco, Juniper, Arista, and Brocade optics, eliminating the "unsupported transceiver" warnings that arise from out-of-spec connector geometry or dirty endfaces. Integrators billing retainage on link certification will appreciate the factory test data and the low field-failure rate; you're not spending change-order hours re-terminating or replacing cables that fail OTDR or insertion-loss sweeps at final inspection. For datacenter operators pursuing LEED or ISO 14001 environmental certifications, RoHS compliance and the absence of halogens in the jacket compound meet green-building material restrictions. This is the patch cord you specify when your fiber link budget has 1.5 dB to span 500 meters, your rack density is 40 kW per cabinet, and your fire marshal requires quantified smoke-toxicity data before signing off on the build-out.