Panduit FW2ERQ1Q1NNF018 Fiber Optic Patch Cable

The Panduit FW2ERQ1Q1NNF018 is a duplex fiber optic patch cable engineered for high-density data center interconnects, enterprise backbone links, and AV-over-IP installations where low insertion loss and consistent performance matter. This 18-foot cable features LC duplex connectors on both ends, ceramic ferrules polished to tight geometric tolerances, and a flexible low-smoke zero-halogen (LSZH) jacket rated for plenum or riser pathways. Panduit's factory-terminated assemblies undergo end-face inspection and insertion-loss testing before shipment, eliminating the field-termination variables that cause link budget failures in critical fiber runs.

Key Features

LC duplex connectors on both ends — standard form factor for 10/25/40/100 Gigabit Ethernet SFP/SFP+/QSFP transceiver modules

18-foot length — bridges adjacent racks or spans row-to-aggregation switch distances in structured cabling designs

Ceramic ferrules with factory polish — typical insertion loss ≤ 0.3 dB, exceeding TIA-568 Category requirements

LSZH jacket — compliant with NFPA 262 (plenum) or UL 1666 (riser) flame-spread limits, safe for occupied spaces

Duplex zipcord construction — two fibers in a single cable body, simplifies cable management and reduces pathway congestion

Color-coded boots — visual polarity indication for A/B fiber orientation in trunk installations

RoHS compliant — meets EU directive 2011/65/EU for lead-free, environmentally responsible manufacturing

Panduit's FW2 series patch cords are built on precision-molded LC connector bodies with push-pull latching mechanisms rated for 500+ mating cycles. The internal strain-relief boot anchors the 900 µm tight-buffered fiber without introducing microbend attenuation, a common failure mode in bargain-grade assemblies where the fiber jacket transitions abruptly into the connector housing. Each cable ships with protective dust caps on both connector ends; leave them in place until the moment of installation to prevent ferrule end-face contamination, which is the leading cause of intermittent link errors and bit-error-rate spikes in production networks. When you plug this cable into an SFP+ module, expect optical power budgets to land within 1–2 dB of transceiver datasheet minimums, leaving headroom for future splices or aging-related loss increases over a 20-year infrastructure lifecycle.

The 18-foot length is intentionally chosen for scenarios where standard 1-meter or 3-meter patch cords fall short but 10-meter reels introduce excessive slack and pathway clutter. Common use cases: connecting a top-of-rack switch in cabinet A to an aggregation switch in cabinet B (adjacent racks in a hot-aisle/cold-aisle layout), linking AV encoders to network switches in stadium or arena equipment rooms, or running plenum-rated fiber across a drop-ceiling space to a wireless access point with SFP uplink. The duplex zipcord construction keeps both TX and RX fibers together, so you're managing one physical cable instead of two simplex cords that can separate during moves-adds-changes. Panduit's jacket material is softer and more pliable than PVC, making it easier to route through tight bend-radius trays and vertical cable managers without kinking or stressing the internal glass fibers.

This cable is a factory-terminated assembly, meaning Panduit controls the entire manufacturing process: fiber cleaving, ferrule insertion, epoxy curing, polish geometry, and end-face inspection. You're not relying on a field technician's skill with a hand-polish puck or the calibration of a fusion splicer. For integrators installing 40-port spine switches or 48-port leaf switches with SFP+ uplinks, buying pre-terminated patch cords eliminates the labor cost and quality variance of on-site terminations, and it shifts the liability for link performance back to Panduit's factory QA process. Pair this cable with Panduit's cassette-based fiber enclosures or high-density panels for a complete structured cabling solution that meets TIA-606-C labeling standards and supports future 400G migration paths without re-cabling backbone trunks.