Panduit F92RPU2U2ONM7.5 LC-LC OM4 Duplex Cable 7.5m

Panduit F92RPU2U2ONM7.5 LC-LC Duplex OM4 Multimode Fiber Patch Cable

The Panduit F92RPU2U2ONM7.5 is a 7.5-meter duplex LC-to-LC OM4 multimode fiber optic patch cable engineered for 40G/100G datacenter and enterprise backbone installations. Built with laser-optimized 50/125μm OM4 fiber, this jumper supports 10GBASE-SR to 550 meters, 40GBASE-SR4 to 150 meters, and 100GBASE-SR10 applications—making it the go-to choice for high-density switch-to-switch interconnects, storage area networks, and blade server deployments where you need headroom for 40G/100G migration without re-cabling. The duplex configuration uses dual LC connectors on both ends with aqua (Erika violet) 2.0mm round zip-cord jacket for instant OM4 identification in crowded patch panels. Riser-rated (CMR) per NEC Article 770, qualified for vertical runs between floors in commercial buildings without conduit.

Key Features

• LC-to-LC duplex connectors with ceramic ferrules, factory-polished to better than 0.2dB insertion loss
• OM4 laser-optimized 50/125μm multimode fiber, 550m reach at 10G, 150m at 40G/100G
• 7.5-meter (24.6 ft) length, pre-terminated and 100% factory tested for IL/RL performance
• Erika violet (aqua) 2.0mm zip-cord jacket, CMR riser rated, non-conductive aramid strength member
• TIA-568.3-D and IEC 61754-20 compliant, RoHS certified, backed by manufacturer warranty

Panduit's F-series patch cords use precision ceramic ferrules with endface geometry held to IEC 61300-3-35 standards—you're looking at typical insertion loss under 0.15dB and return loss better than -30dB across the installed base. The duplex LC footprint fits standard keystone panels and SFP+/QSFP+ transceiver cages without adapter plates; the 1.25mm ferrule diameter and push-pull latching mechanism are the de facto standard in enterprise fiber infrastructure. OM4 fiber is laser-optimized at 850nm with effective modal bandwidth of 4700 MHz·km, which gives you the margin to run 10GBASE-SR over budget-limited links or future-proof risers for 25G/40G upgrades. The cable's 2.0mm round jacket uses low-smoke LSZH-compliant material that's easy to route through cable managers and maintains a 20mm bend radius under load—important when you're dressing cables in tight vertical pathways or zero-U horizontal managers. Non-conductive aramid yarn (Kevlar) serves as the strength member, eliminating the 25-pound pulling load risk of dielectric breakdown you get with FRP-reinforced plenum cables.

The 7.5-meter length is spec'd for mid-depth datacenter rows—floor switches to top-of-rack, or cross-connects spanning 4-5 adjacent racks in a hot-aisle/cold-aisle layout. At 24.6 feet installed, you have enough slack for proper service loops at both ends (12-18 inches minimum for LC panel reconnects) plus overhead pathway drops without inducing macrobend attenuation past the 0.5dB budget ceiling. Riser (CMR) rating under NEC 770.154(A) permits installation in vertical shafts and floor penetrations in non-plenum spaces; if your building requires plenum compliance for above-ceiling horizontal runs, you'll need the OFNP variant instead. The Erika violet jacket follows TIA-598-C color code for instant OM4 identification during moves/adds/changes—critical in mixed-mode environments where you're running OM3, OM4, and single-mode in the same pathways. Duplex polarity is Method A (straight-through): connector 1 position A to connector 2 position A, which matches the default polarity of MPO-to-LC breakout cassettes and standard transceiver TX/RX pinouts. For BiDi or parallel optics requiring Method B crossover polarity, you'd use Panduit's polarity-inverting cassettes at the panel, not the patch cord itself.

Factory termination ensures consistent endface quality that field-term kits cannot match—Panduit's automated polishing process produces sub-50nm surface finish with apex offset under 25μm, which keeps back-reflection below -35dB even in high-count aggregation switches where you're stacking 96+ LC ports per RU. Each cable ships with individual IL/RL test results traceable to NIST-calibrated reference-grade meters; the spec calls for ≤0.2dB insertion loss and ≥-30dB return loss, but measured performance typically hits 0.12dB/−40dB. That margin matters when you're running 40GBASE-SR4 over 100 meters—four parallel lanes at 10Gbps each means four separate IL budgets, and a single outlier connector at 0.25dB can push your aggregate link loss past the 1.5dB IEEE 802.3ba allocation, causing FEC uncorrectable errors or outright link flap. The aramid strength member is rated for 100-pound short-term pull load, but best practice limits installation pulls to 25 pounds maximum to avoid stressing the fiber inside the furcation boot—use pull socks on the jacket, never yank the connectors. Minimum bend radius is 10× cable diameter under no-load conditions (20mm for this 2.0mm jacket), expanding to 15× (30mm) under tensile load during installation. Tighter bends induce microbending loss that won't show up on your OTDR trace but will degrade margin over temperature swings as the building HVAC cycles.

This cable is purpose-built for installations requiring verified OM4 performance with traceable test documentation—healthcare datacenters subject to ARRA HITECH audits, financial trading floors with sub-millisecond latency SLAs, or federal integrations where you need to produce factory certs for fiber IL/RL as part of punch-list closeout. The non-conductive construction qualifies for NFPA 70 installations in spaces with potential AC exposure (near power distribution units or UPS battery strings), and the CMR rating meets the minimum fire-resistance standard for vertical risers in IBC/NFPA 5000 commercial occupancies. Pair with Panduit's FAP or NKFP fiber adapter panels for a complete plug-and-play LC infrastructure that supports density up to 144 fibers per 1RU.