Panduit FW2ERQ1Q1NNF023 23ft LC-LC SM Fiber Patch Cord

Panduit FW2ERQ1Q1NNF023 Duplex Single-Mode Fiber Patch Cord

The Panduit FW2ERQ1Q1NNF023 is a 23-foot duplex single-mode fiber optic patch cord engineered for high-bandwidth connectivity in security network infrastructure, datacenter interconnects, and AV-over-IP installations. Featuring LC-to-LC connectors with UPC polish on 9/125 μm OS2-rated fiber, this riser-rated (OFNR) jumper delivers the insertion loss consistency and return loss performance required for IP camera backhaul, NVR-to-storage links, and building-to-building fiber runs up to 10 km at gigabit speeds or 550 m at 10GBASE-LR. The 23-foot length bridges typical IDF-to-MDF spans, overhead pathway routing, and rack-to-patch-panel distances without splice points.

Key Features

• Duplex LC-to-LC connectors with UPC (Ultra Physical Contact) polish for ≤0.35 dB insertion loss and ≥50 dB return loss per TIA-568.3-D
• 9/125 μm single-mode OS2 fiber supports 1G/10G Ethernet over extended distances—1 km at 1000BASE-LX, 10 km at 10GBASE-LR, enabling camera-to-core aggregation without active media conversion
• OFNR riser-rated jacket (UL 1666 compliant) approved for vertical building pathways, plenum-to-plenum routing, and IDF riser conduit installations per NEC Article 770
• 23-foot (7 m) length optimized for cross-connect applications: equipment rack to wall-mount fiber enclosure, overhead cable tray drops, and inter-floor networking without mid-span joints
• Yellow PVC jacket provides immediate fiber-type identification in mixed copper/fiber environments and meets TIA-598-D color-coding standard for single-mode infrastructure
• Factory-terminated and tested assemblies eliminate field termination variability—each jumper ships with test report documenting insertion loss, return loss, and fiber geometry per IEC 61300-3-35
• Aramid yarn strength members and ceramic ferrule alignment ensure pull-tension survival during installation and repeated mating cycles (≥500 insertions) without performance degradation
• Low-profile duplex LC footprint maximizes port density in fiber patch panels, media converters, and SFP/SFP+ transceiver modules—critical for multi-building surveillance networks with centralized storage

Single-mode fiber patch cords address a persistent challenge in large-scale IP security deployments: copper's 100-meter distance limitation forces switch placement in camera-adjacent locations, increasing cabinet counts, power infrastructure, and environmental hardening costs. The FW2ERQ1Q1NNF023 extends this boundary to 10,000 meters at gigabit speeds, consolidating switching infrastructure in secure headend locations. OS2 fiber's 1310/1550 nm wavelength transmission supports both standard Ethernet SFPs and CWDM multiplexing, enabling future-proof capacity expansion without cable replacement. In datacenter applications, the 23-foot length matches typical hot-aisle/cold-aisle pitch plus vertical rise to overhead ladder rack—long enough to route around airflow barriers and PDU obstacles, short enough to avoid excess service loop that complicates MACs (moves/adds/changes). UPC polish on both LC connectors ensures consistent optical interface quality regardless of mating orientation; the physical-contact geometry achieves air-gap elimination between ferrule end-faces, minimizing Fresnel reflection that degrades signal-to-noise ratio in high-bit-rate transmissions. Panduit's factory-termination process uses automated cleaving and epoxy-free mechanical splice technology, producing insertion loss uniformity ±0.05 dB across production runs—a critical specification for multi-channel AV matrix switching where signal-level imbalance causes visible image artifacts.

Deployment context matters when specifying fiber jumpers for security infrastructure. The OFNR riser rating permits vertical installation between floors in the same building but prohibits use in air-handling plenum spaces; for above-suspended-ceiling horizontal runs in return-air environments, OFNP plenum-rated variants are required per NEC 770.113. In practice, most integrators run riser-rated jumpers inside enclosed conduit or wire-management raceways even in plenum spaces, using the conduit itself as the flame-spread barrier—consult your AHJ (authority having jurisdiction) before finalizing pathway design. The duplex LC form factor has become the de facto standard for enterprise networking and surveillance applications, displacing SC and ST connectors due to its small footprint and push-pull latching mechanism that simplifies dense patch-panel work in confined rack spaces. When integrating with PoE-powered cameras transitioning to fiber, you'll typically land copper PoE homerun at a fiber media converter (e.g., gigabit SFP media converter with 15.4W PoE injection), then use this patch cord to bridge the media converter to an aggregation switch SFP port. For NVR-to-SAN storage links, the 23-foot length accommodates rack-to-rack connections in the same row or adjacent rows, eliminating the need for MPO trunk cables and breakout cassettes in smaller installations (≤48 camera channels).

This patch cord meets TIA-568.3-D performance criteria for single-mode premises cabling and complies with IEC 61753-1 optical connector reliability standards, including 500-cycle durability, -40°C to +75°C operating range, and resistance to dust/moisture ingress per IP20 rating. Panduit's manufacturing traceability assigns each assembly a unique serial number linked to fiber spool lot, termination date, and QC test data—essential documentation for BICSI RCDD project closeout packages and owner's manual fiber infrastructure records. For mixed-vendor environments, verify SFP/SFP+ transceiver compatibility; while LC-terminated single-mode jumpers are mechanically universal, some transceiver modules specify minimum/maximum cable length to avoid receiver saturation or insufficient signal level—consult transceiver datasheets before deploying jumpers shorter than 2 meters or longer than 10 km without in-line attenuators.