Panduit F92ELANLNSNM006 Opti-Core SC/APC to LC Duplex OS2 Single-Mode Fiber Patch Cord, 6m
The Panduit F92ELANLNSNM006 delivers a factory-terminated SC/APC to LC duplex fiber link for OS2 single-mode applications where you need reliable 9/125µm connectivity between dissimilar interface types. The 6-meter length handles typical rack-to-rack spacing in datacenter rows or distribution-to-edge runs in surveillance backhaul installations, while the SC APC connector on one end minimizes return loss for high-bandwidth or analog RF-over-fiber systems that can't tolerate back reflection. Panduit's Opti-Core manufacturing process ensures every duplex pair meets TIA-568 insertion loss and return loss specifications out of the box, eliminating the field-termination variables that cause intermittent link failures in contractor-built assemblies.
Key Features
- OS2 single-mode fiber (9/125µm core) rated for 10G/40G/100G Ethernet and distances up to 10 km on standard optics
- SC/APC connector (angled physical contact) on one end reduces return loss to -60 dB typical, critical for DWDM and analog video transport
- LC duplex connector on opposite end matches common SFP+/QSFP transceiver interfaces in switches and media converters
- 6-meter (19.68 ft) length suits intra-rack or adjacent-rack connections without excess cable management
- Yellow LSZH (Low Smoke Zero Halogen) jacket meets IEC 60332-1 and 60754 for plenum and riser installations in occupied spaces
- Factory-terminated duplex pair with polarity marking eliminates Tx/Rx swap troubleshooting on bidirectional links
- Opti-Core quality program: each cable tested for insertion loss <0.35 dB and return loss >50 dB before shipping
Single-mode OS2 fiber is the standard backbone medium for IP surveillance systems that aggregate high-resolution camera streams over distances beyond copper's 100-meter limit. The F92ELANLNSNM006's SC/APC-to-LC combination specifically addresses hybrid infrastructures where you're patching between legacy SC-based GBIC optics (common in older Cisco/Brocade aggregation switches) and modern LC-based SFP+ transceivers in 10GbE NVRs or PoE distribution switches. The angled physical contact (APC) polish on the SC end cuts return loss by 20-30 dB compared to ultra-physical contact (UPC) connectors, which matters when you're running 10GBASE-LR optics at the edge of their power budget or extending analog HD-TVI/CVI camera signals over fiber using media converters. Standard UPC return loss of -40 to -50 dB is adequate for digital Ethernet, but analog RF and DWDM systems need the -60 dB typical performance that APC delivers to avoid ghosting or bit errors from reflected light.
The 6-meter length is a practical choice for datacenter or equipment room deployments where fiber patch panels and active gear occupy the same row but different racks. Unlike 1-2 meter jumpers that create tension when pulled across cable management arms, or 10+ meter cables that demand excessive service loops, a 6m patch cord gives you enough slack for proper bend radius management through vertical and horizontal cable managers while keeping the pathway clean. The LSZH jacket is increasingly mandatory in occupied equipment rooms—IEC 60332-1 flammability and 60754 halogen-free specs mean this cable won't emit corrosive hydrogen chloride or dense smoke during a fire event, critical for egress safety and protecting adjacent electronic equipment. Many municipal and federal building codes now require LSZH for all indoor cable, and Panduit's yellow jacket follows TIA-598 color coding for instant single-mode identification during moves/adds/changes.
Panduit's Opti-Core factory-termination process is the differentiator when you're building a network that has to pass certification testing or support SLA-backed uptime commitments. Every F92ELANLNSNM006 leaves the factory with insertion loss under 0.35 dB and return loss better than 50 dB on both connectors, validated by automated test equipment that catches polishing defects, contamination, or misalignment before the cable ships. Field-terminated connectors—whether epoxy/polish or mechanical splice-on types—introduce 0.1-0.5 dB of variation depending on the technician's skill and cleanliness discipline, and that variance compounds across every connection point in a 40G or 100G link budget. For datacenter or high-availability surveillance applications where you're patching through multiple distribution frames, factory cords eliminate the single largest source of unpredictable loss and give you repeatable performance on every link.
