Panduit F92ERB1SNSNM008 Opti-Core OS2 Single-Mode Fiber Patch Cord
The Panduit F92ERB1SNSNM008 is an 8-meter OS2 single-mode fiber patch cord engineered for low-loss connections between LC/APC and SC terminations in datacenter, telecom, and high-bandwidth security installations. Part of the Opti-Core product line, this duplex cable delivers the insertion loss performance and mechanical durability required for IP camera backhaul links, NVR-to-SAN storage arrays, and core-to-distribution fiber runs where 9/125µm single-mode architecture is specified. The LC/APC angled-polish connector minimizes back-reflection to -60 dB typical, critical for maintaining signal integrity in bidirectional CWDM/DWDM deployments and long-haul surveillance links.
Key Features
- OS2 9/125µm single-mode fiber rated for 10G/40G/100G Ethernet and up to 40 km transmission distances
- LC/APC (angled physical contact) to SC duplex configuration with standard polarity for drop-in compatibility
- 1.6 mm diameter cable with OFNR (riser-rated) jacket per NEC Article 770 for vertical pathway installations
- Yellow jacket color-coding per TIA-598-C single-mode fiber identification standard
- Pre-terminated and factory-tested to meet EN 60332-1-2 flame propagation requirements
- 26.2-foot (8-meter) length bridges typical rack-to-rack or in-row equipment spacing
The LC/APC connector employs an 8-degree endface angle that directs reflected light into the fiber cladding rather than back toward the source, achieving return loss better than 60 dB. This matters in security applications where IP cameras with SFP fiber modules connect to switches over extended distances—back-reflection degrades SNR and can cause packet loss on links already operating near sensitivity thresholds. The SC connector on the opposite end provides toolless insertion into legacy fiber panels and media converters still common in enterprise installations. Both connectors use ceramic ferrules with sub-micron concentricity tolerance, and the duplex clip maintains transmit/receive pair alignment throughout installation flexing. The 1.6 mm cable diameter allows high-density patching in 1U fiber panels while remaining flexible enough for bend-radius-constrained pathways; Panduit specifies a minimum bend radius of 30 mm under load, accommodating the turn radii found in vertical cable managers and horizontal ring-and-hook J-hooks.
OFNR (Optical Fiber Nonconductive Riser) jacketing qualifies this cable for vertical runs between floors in commercial buildings per NEC 770.113(B), the typical install scenario when connecting IP cameras in stairwells or elevator machine rooms back to head-end equipment on different levels. The jacket is fully dielectric with no metallic components, eliminating ground-loop concerns when bonding requirements differ between floors or buildings. The yellow outer jacket meets TIA-598-C color-coding for single-mode identification, preventing cross-connections with multimode (orange/aqua) infrastructure during adds/moves/changes. At 8 meters, this length fits rack-to-rack distances in the 20–26 foot range—common in row-based datacenter layouts or between wall-mount enclosures and floor-standing relay racks in telecom rooms. The cable ships in cartons of 10, simplifying inventory for projects requiring uniform patch cord lengths across multiple fiber links.
Factory termination and testing per EN 60332-1-2 ensure each cord meets vertical flame propagation limits before it ships, satisfying the fire-safety verification that authority-having-jurisdiction inspectors require on data/telecom permit sign-offs. Panduit's manufacturing process includes automated endface inspection and insertion-loss verification at 1310 nm and 1550 nm, with test results traceable to ISO 17025-accredited lab references. For integrators managing fiber links in multi-building campus surveillance systems, SAN storage extensions, or fiber-to-the-edge switch uplinks, the F92ERB1SNSNM008 delivers the mechanical consistency and optical performance needed to close out projects without field rework or attenuation troubleshooting.
