Panduit FW2ERQ1Q1NNM001 OM2 Fiber Cable Assembly

Panduit FW2ERQ1Q1NNM001 Fiber Optic Cable Assembly

The Panduit FW2ERQ1Q1NNM001 is a factory-terminated OM2 50/125µm multimode fiber optic cable assembly engineered for datacenter, enterprise LAN, and structured cabling installations where pre-tested, plug-and-play connectivity reduces deployment time and field termination risk. Built on Panduit's precision manufacturing platform, this assembly delivers consistent insertion loss and return loss performance across the installed base, eliminating the variability inherent in field-terminated connectors. The OM2 fiber core supports 10 Gigabit Ethernet up to 82 meters and legacy 1GbE applications at extended distances, making it a versatile backbone or horizontal link in mixed-speed networks. Integrators deploying rack-to-rack interconnects, patch panel feeds, or equipment cross-connects gain a factory-tested assembly with full traceability and performance documentation, reducing truck rolls and post-install troubleshooting.

Key Features

• OM2 50/125µm multimode fiber core — supports 10GbE to 82m, 1GbE to 550m per IEEE 802.3 and TIA-568 standards
• Factory-terminated duplex connectors — pre-polished, pre-tested, ships with insertion loss and return loss test reports
• Low-profile strain relief boots — protect connector ferrules during installation and reduce bend radius violations in high-density patch fields
• Riser or plenum jacket options (verify via full MPN decode) — meets NEC Article 770 fire rating requirements for intra-building backbone and horizontal runs
• Color-coded connector housings and cable jacket — simplifies circuit identification and polarity management in multi-fiber environments
• Push-pull connector latches — tool-free insertion and extraction, compatible with standard LC, SC, or MPO adapter panels

Datacenter and enterprise network architects specify Panduit pre-terminated assemblies to compress installation schedules and mitigate the skill gap in field termination. A factory assembly eliminates the need for fusion splicing equipment, cleaving tools, epoxy curing, and field polishing—each a potential failure point that extends project timelines and introduces performance variability. The FW2ERQ1Q1NNM001 arrives ready to route: pull from the spool, dress into cable management, seat the connectors, verify link light, and move to the next drop. For integrators managing campus fiber builds or raised-floor datacenter deployments, this translates to predictable labor costs and faster commissioning. The assembly's duplex configuration supports full-duplex Ethernet, Fibre Channel, and other bidirectional protocols without requiring breakout harnesses or gender-swap adapters.

Installation context matters. OM2 fiber remains prevalent in legacy 1GbE environments and short-reach 10GbE links where 82-meter channel length suffices for intra-rack or adjacent-rack connections. While OM3 and OM4 fiber dominate new greenfield datacenter builds for 40/100GbE support, OM2 assemblies like the FW2ERQ1Q1NNM001 serve as cost-effective replacements in mature networks or as patch cords feeding legacy optical transceivers. The assembly's insertion loss budget—typically ≤0.3 dB per mated connector pair—preserves optical power margin for older SFP and GBIC modules with relaxed receiver sensitivity specs. Integrators retrofitting financial trading floors, hospital PACS networks, or manufacturing automation backbones often find OM2 assemblies meet performance requirements at lower acquisition cost than OM3/OM4 equivalents, particularly when the installed fiber plant is already OM2 and no protocol migration to 40GbE+ is planned.

Physical layer reliability hinges on proper handling and routing. The assembly's jacket and strain relief boots protect the internal fiber from the 5 mm minimum bend radius violation that causes microbending attenuation and long-term signal degradation. During installation, avoid kinking the cable at panel entries or wrapping tight radius bends around vertical cable managers; use Panduit's bend radius compliance tools and horizontal cable management arms to maintain the recommended 10× cable diameter bend radius under tensile load. The factory-installed connector boots are keyed to prevent over-insertion and ferrule end-face damage—push until the latch clicks, verify tactile feedback, then tug-test to confirm seating. For high-vibration environments (industrial control rooms, railcar enclosures, outdoor shelter racks), add secondary retention clips or use Panduit's locking LC variants to prevent connector backout from shock and vibration.

This assembly integrates into Panduit's Unified Physical Infrastructure ecosystem, pairing with LC adapter panels, high-density cassette modules, and fiber enclosures designed for TIA-942 datacenter tiers. When planning channel budgets, account for connector pair insertion loss (≤0.3 dB), splice loss if transitioning to trunk cable (≤0.1 dB per fusion splice), and the cable's attenuation coefficient (≤3.5 dB/km for OM2 at 850 nm per TIA-568.3-D). For a typical 50-meter horizontal run with two connector pairs and no intermediate splices, total channel loss remains well under the 2.6 dB IEEE 802.3 10GBASE-SR budget, leaving margin for transceiver aging and future adds. Integrators should verify jacket fire rating against NEC 770.154 requirements—plenum-rated (OFNP) assemblies are mandatory for air-handling spaces, while riser-rated (OFNR) suffices for vertical shafts and non-plenum horizontal pathways.