Panduit FW2ERQ1Q1NNM040 40 ft Riser Fiber Patch Cable

Panduit FW2ERQ1Q1NNM040 Fiber Optic Patch Cable

The Panduit FW2ERQ1Q1NNM040 is a factory-terminated duplex multimode fiber optic patch cable engineered for high-performance data transmission in commercial security networks, enterprise datacenters, and surveillance infrastructure. This 40-foot riser-rated assembly delivers reliable connectivity between switches, media converters, IP cameras, NVRs, and fiber distribution panels where distance exceeds copper limitations or electromagnetic interference is a concern. Panduit's precision termination process ensures consistently low insertion loss and back reflection, critical for maintaining link budgets in PoE-fed camera runs or long-haul storage backhaul connections.

Key Features

• Factory-terminated duplex multimode fiber assembly with performance-tested connectors
• 40-foot cable length spans typical rack-to-rack or equipment-room-to-MDF distances
• Riser-rated jacket meets NEC Article 770 requirements for vertical cable runs between floors
• 50/125 μm multimode fiber core supports 10GbE, 25GbE, and legacy 1GbE protocols
• Pre-terminated connectors eliminate field polishing labor and reduce deployment time by 80% vs. field termination
• Precision factory testing validates insertion loss <0.3 dB per connection point

Panduit constructs this assembly with OM2-grade 50/125 μm multimode fiber, the workhorse choice for enterprise and security installations requiring 10 Gigabit Ethernet transmission up to 82 meters or 1 Gigabit Ethernet beyond 500 meters. The riser-rated jacket complies with OFNR flame-spread standards, making it code-legal for vertical pathways in commercial buildings without plenum airspace—integrators save 30–40% compared to plenum-rated equivalents while maintaining full compliance in riser applications. The duplex configuration provides simultaneous transmit and receive paths required by standard Ethernet SFP+ and SFP transceivers, eliminating the need for separate simplex cables and reducing cable-management complexity in high-density fiber panels.

The 40-foot length is optimized for common commercial deployments: equipment racks on opposite walls of a server room, camera control stations to intermediate distribution frames, or network operations centers to adjacent wiring closets. Unlike cut-to-length bulk cable, this factory-terminated assembly ships ready to install—pull from the packaging, verify end-face cleanliness with a fiber microscope, insert into transceiver modules, and confirm link status. Installers eliminate the capital cost of fusion splicers or mechanical termination kits, the consumable expense of connectors and epoxy, and the labor multiplier of field certification testing. Panduit's ISO 9001-certified manufacturing process pre-validates every assembly to TIA-568 insertion loss and return loss specifications, providing test reports traceable to NIST standards—critical documentation for government, healthcare, and financial installations requiring full as-built verification.

This cable integrates into Panduit's broader structured cabling ecosystem, mating with their FiberRunner cable routing systems, high-density fiber cassettes, and modular patch panels for end-to-end single-vendor accountability. Use it to interconnect Axis Q-line cameras with fiber SFP modules to core switches, backhaul Hanwha Wisenet X NVR storage arrays to SAN fabrics, or provide diverse-path redundancy for critical access-control head-end servers. The multimode fiber core is immune to electrical noise from adjacent power distribution units, variable-frequency drives in HVAC systems, or RF interference in mixed-use facilities—ensuring zero packet loss in environments where copper would require expensive shielded cable and bonding infrastructure. Riser-rated construction and Panduit's rigorous bend-radius protection in the boot assembly ensure 25-year installed performance when routed per TIA-568 guidelines, matching the building's useful life and eliminating premature cable replacement during tenant improvements or technology refreshes.