Panduit FW2ERQ1Q1NNM026 Duplex Fiber Patch Cable
The Panduit FW2ERQ1Q1NNM026 is a 26-meter duplex fiber optic patch cable engineered for high-density data center and enterprise network installations requiring reliable 10G, 40G, or 100G connectivity. Built with precision-polished LC connectors on both ends and optimized multimode fiber, this cable addresses the deployment challenges facing network engineers: maintaining insertion loss budgets across extended horizontal runs, ensuring compatibility with OM3/OM4 transceiver modules, and meeting the physical-layer requirements for Ethernet, Fibre Channel, and InfiniBand protocols. The 26-meter length spans typical rack-to-rack distances in mid-sized server rooms while accommodating overhead cable tray routing and structured pathway turns without requiring fusion splicing or field termination.
Key Features
- 26-meter reach supports rack-to-rack connections across raised-floor data centers and intermediate distribution frame deployments
- Duplex LC connectors factory-terminated and tested to TIA-568 standards for consistent insertion loss and return loss performance
- Multimode fiber construction compatible with 850nm VCSEL transceivers in 10GBASE-SR, 40GBASE-SR4, and 100GBASE-SR4 applications
- Low-profile LC connector housings enable high-port-density installations in 1U fiber patch panels and SFP+/QSFP+ switch ports
- Jacket and boot materials meet plenum or riser fire-safety ratings for building code compliance in overhead and vertical pathway installations
- Color-coded boots and cable jacket simplify circuit identification during adds/moves/changes and troubleshooting
Panduit manufactures this cable to exacting optical and mechanical tolerances that directly impact network uptime. Each LC connector ferrule undergoes automated end-face inspection and insertion-loss testing before leaving the factory, ensuring that attenuation stays within the 0.3 dB budget allocation typical for patch cord segments in 10GBASE-SR links. The connector bodies feature a push-pull latching mechanism that survives hundreds of mating cycles without latch fatigue—critical in environments where technicians frequently re-patch circuits during maintenance windows or capacity expansion projects. The cable's bend-radius-optimized fiber and reinforced strain-relief boot prevent core fractures during installation through congested cable trays, ladder racks, and under-floor pathways where tight turns are unavoidable. For integrators deploying leaf-spine architectures or storage-area-network fabrics, this cable's consistent optical performance across production lots eliminates the variable insertion loss that can push marginal links into bit-error territory under thermal cycling or when transceiver transmit power drifts toward the low end of specification.
The 26-meter length fills a specific gap in structured cabling design: it's long enough to connect equipment rows separated by hot-aisle/cold-aisle layouts or to reach from a main distribution area to a nearby intermediate frame, yet short enough to avoid the modal dispersion penalties that degrade 40G and 100G signaling on longer multimode spans. This makes the cable a practical choice for modular data center builds where you need deterministic reach without over-provisioning cable length—excess slack creates congestion in overhead trays and consumes airflow space in hot-aisle containment systems. The duplex configuration supports full-duplex Ethernet, Fibre Channel, and InfiniBand protocols without requiring transmit/receive strand polarity adapters, and the LC form factor matches the transceiver interfaces on virtually every enterprise switch, storage controller, and server NIC shipped in the past decade. Installers working under tight project schedules rely on factory-terminated patch cables like this one to avoid the time penalties and failure risk associated with field termination: no epoxy curing, no hand-polishing, no end-face contamination from job-site dust.
Panduit backs this cable with the test documentation and manufacturing traceability that procurement teams require for TAA-compliant projects and for network installations where you need an auditable supply chain. The cable ships with serialized test reports listing insertion loss and return loss at 850nm, so you can populate as-built documentation and validate that installed performance matches design assumptions before commissioning production traffic. For deployments spanning multiple buildings or floors, the color-coded jacket and boots simplify circuit tracing during acceptance testing and reduce the troubleshooting time when a link goes down—you can visually confirm the correct A-end/B-end pairing without needing a fiber identifier or tone generator. This cable integrates into Panduit's broader fiber infrastructure ecosystem, including patch panels, enclosures, and cable management hardware, giving you a single-source pathway from backbone trunks through horizontal distribution to end-device connections.
