Panduit FS2RLU1U1NNM006 6m OM4+ LC Duplex Fiber Cable

Panduit FS2RLU1U1NNM006 OM4+ Signature Core LC Duplex Fiber Patch Cable

When you're pushing 40/100GbE through a high-density core switch and every tenth of a dB matters, Panduit's OM4+ Signature Core cables deliver measurably lower insertion loss than standard OM4 spec. This 6-meter LC duplex jumper uses a space-saving uniboot design with integrated pull-boot, halves your patch-panel footprint compared to traditional duplex LC cables, and meets LSZH fire safety requirements for enclosed telecom rooms and data centers. The 2.0mm jacket diameter keeps bundles tight in crowded horizontal pathways without sacrificing bend-radius protection.

Key Features

• OM4+ Signature Core multimode fiber — exceeds OM4 standards for lower attenuation and extended reach at 40/100GbE
• LC duplex uniboot connectors with integrated pull-boot — single-body design reduces port congestion by 50% vs. traditional duplex LC
• Ultra-low insertion loss — tighter manufacturing tolerances support higher-speed optics and longer link budgets
• LSZH (Low Smoke Zero Halogen) 2.0mm jacket — complies with fire-safety codes for indoor telecom spaces and plenum-adjacent pathways
• 6-meter length (19.68 feet) — pre-terminated length for rack-to-rack, equipment-area interconnects, or horizontal cross-connects
• TIA/EIA-568-C.3, ISO/IEC 11801, FOCIS-3, FOCIS-10 compliant — validated geometry and performance for standards-based deployments
• Aqua jacket color — industry-standard color code for OM4/OM4+ multimode fiber for instant fiber-type identification

Panduit's Signature Core manufacturing process yields fiber cores with tighter geometry control than IEC OM4 minimums, which directly translates to lower insertion loss and reduced modal dispersion. In practice, that means you gain headroom in your loss budget — critical when you're running 40GBASE-SR4 or 100GBASE-SR4 over longer campus backbone spans or through multiple interconnects. The ultra-low IL spec also future-proofs links for next-generation optics that operate closer to receiver sensitivity floors. Each connector is factory-terminated and tested, with endface geometry held to sub-micron tolerances, so you're not gambling on field-termination quality when uptime and bit-error rates are on the line.

The uniboot LC design consolidates both fibers into a single pull-boot body, cutting the physical footprint at the panel in half and making adds/moves/changes faster — you're manipulating one connector instead of two separate simplex legs. The integrated pull-boot gives you a firm grip for seating and extraction without stressing the ferrule or risking finger-slip damage to adjacent ports. The 2.0mm jacket strikes the balance between flexibility for tight bends in overhead ladder rack and durability for repeated handling during MAC work. LSZH construction is mandatory in most European and Asia-Pacific markets and increasingly specified in North American telecom rooms where enclosed spaces trigger fire-marshal scrutiny — this cable passes those reviews without requiring conduit or plenum-rated cable trays.

Complies with TIA/EIA-568-C.3 for commercial building cabling, ISO/IEC 11801 for international installations, and TIA-604-3 (FOCIS-3) and TIA-604-10 (FOCIS-10) for connector interface standards. RoHS-compliant construction meets environmental and procurement requirements for municipal, federal, and international projects. Use this jumper for entrance-facility interconnects, telecom-room patch panels, data-center equipment-area links, or horizontal fiber cross-connects where you need standards-validated performance, high port density, and fire-code compliance in a single pre-terminated assembly.