Panduit F92RPU2U2ONM030 OS2 LC Uniboot Patch Cord 30m

Panduit F92RPU2U2ONM030 Opti-Core OS2 Single-Mode LC Duplex Uniboot APC Fiber Patch Cord - 30m

Panduit's F92RPU2U2ONM030 Opti-Core patch cord delivers optimized insertion loss and field-proven reliability for high-density data center and enterprise fiber deployments. This 30-meter (98.43 ft) OS2 single-mode jumper features LC duplex uniboot APC connectors on both ends, cutting patch-panel footprint in half while the pull-boot design prevents jacket damage during moves and changes. Plenum-rated OFNP jacket and 9-micron core geometry meet TIA-568-C.3 and ISO/IEC 11801 specs for backbone, horizontal, and equipment distribution cabling—ship it into telecom rooms, main distribution frames, or rack-to-rack runs where every dB and every U of panel space matters.

Key Features

• OS2 single-mode fiber with 9-micron core for long-haul, low-loss transmission up to 10/40/100G applications
• LC duplex uniboot APC connectors (both ends) — 50% footprint vs. dual simplex, angle-polished for <-60 dB return loss
• Opti-Core optimized insertion loss — factory-terminated and tested to minimize attenuation variability
• Pull-boot design protects cable jacket during installation and reconfiguration without tools
• Plenum-rated OFNP jacket (UL 910 / NFPA 262) for air-handling spaces and code-compliant riser runs
• 30-meter length ideal for inter-rack, cross-connect, and telecom-room-to-IDF spans
• Yellow jacket for instant OS2 single-mode identification per TIA-598-D color standards
• RoHS compliant, meets TIA-568-C.3, ISO/IEC 11801, TIA-604-3 (FOCIS-3), TIA-604-10 (FOCIS-10)

The uniboot LC connector is purpose-built for density-critical installs. Traditional duplex LC assemblies consume two discrete boot bodies; Panduit's uniboot design consolidates both fibers into a single, compact housing that halves the front-panel real estate on cassettes, patch panels, and switch ports. The integrated pull-boot—molded directly onto the connector—gives techs a secure grip point during insertion and extraction, shielding the 2mm cable from kinks, over-bending, and jacket tears that plague standard boots in high-churn environments. APC (angled physical contact) polishing on both connectors reduces back-reflection below -60 dB, a hard requirement for DWDM, analog video transport, and any coherent-optics deployment where reflected light corrupts the signal. Standard UPC (ultra-polished) connectors hover around -50 dB return loss; that 10 dB improvement matters when you're stacking wavelengths on the same strand or running RF-over-fiber for distributed antenna systems. OS2 fiber's 9-micron core and tight mode-field diameter support 10GBASE-LR to 100GBASE-LR4 over distances that multimode can't touch—this 30m jumper will carry 100G across the length of a mid-sized data center or between floors in a telecom riser with insertion loss measured in tenths of a dB, not whole integers. Panduit's Opti-Core manufacturing process uses automated cleaving, fusion splicing, and interferometric end-face inspection to hold insertion loss to ≤0.35 dB typical (≤0.5 dB max per TIA-568-C.3), eliminating the wide IL variance that hand-terminated field cords introduce and ensuring you hit link budgets on the first plug-in.

Deploy the F92RPU2U2ONM030 as interconnect between pre-terminated MTP/MPO cassettes and active equipment, cross-connect jumpers in main distribution areas, or equipment-distribution patch cords linking top-of-rack switches to spine aggregation layers. The 30-meter length fits the 90-meter backbone / 10-meter channel budget in TIA-568-C.3 structured cabling, leaving headroom for cassette-to-cassette links in horizontal distribution frames or riser runs in multi-floor telecom facilities. It's long enough to span adjacent rows in a data center (typical hot-aisle/cold-aisle pitch is 6–12m, so 30m covers row-to-row plus vertical rise to overhead cable tray), yet short enough to avoid the coiling and service-loop bulk that 50m+ jumpers force into cable managers. Plenum rating (UL 910, NFPA 262) clears the jacket for installation above drop ceilings and in HVAC plenums without conduit—critical in retrofit projects where pulling conduit isn't economical and fire marshals enforce strict materials codes. The OFNP flame rating means the jacket is formulated to resist flame propagation and limit smoke generation during a fire event, meeting the same safety bar as plenum-rated Category 6A or coaxial trunk cable. Yellow jacketing aligns with TIA-598-D's OS2 color standard (OM3 is aqua, OM4 is aqua or violet, OM5 is lime green), preventing mix-ups during adds-moves-changes and giving field techs instant visual confirmation that they're holding a single-mode jumper, not a multimode link that'll fail the moment 10GBASE-LR optics go live.

Pair this patch cord with Panduit's FZ-series cassettes, FAP adapter panels, NKFP keystone modules, or any standards-compliant LC infrastructure; the FOCIS-3 / FOCIS-10 connector geometry guarantees physical compatibility across vendors. The duplex uniboot format is polarity-agnostic for most point-to-point links—both connectors are identical APC-polished LC duplex, so flipping the cable end-for-end doesn't change the A/B fiber assignment, simplifying MAC work when you need to swap a failed jumper without a fiber scope on hand. For parallel-optics applications (40GBASE-SR4, 100GBASE-SR10) that require strict TIA-568 polarity (Method A, B, or C), you'll still use MTP/MPO trunk cable and breakout cassettes; this LC patch cord lives on the equipment side of the cassette, where polarity is enforced by the cassette's internal fiber mapping, not the jumper. In practice, that means you can stock one SKU—this F92RPU2U2ONM030—for all your OS2 LC-to-LC interconnects, whether you're patching a 10G SFP+ to a cassette, a 25G SFP28 to a breakout panel, or a 100G QSFP28 (via breakout) to four discrete 25G ports. The 30m length also suits entrance-facility applications—demarc extension from a carrier hand-off point to your main distribution frame, or building-to-building short-haul links where you've already got underground conduit and you need a plenum-rated, low-loss jumper to complete the last leg from a building-entry splice closure to the telecom room patch panel.

Every cord ships RoHS-compliant and tested to TIA-568-C.3 Category OF-300 (OS2) specs, ISO/IEC 11801 Edition 2.2 Class B (OS2), and the FOCIS connector interface standards that govern LC physical-layer interoperability. Panduit's quality process includes automated insertion-loss and return-loss testing on every connector before the cord leaves the factory, with test results traceable to NIST-certified reference standards. That's the difference between a contractor-grade patch cord that might hit spec and a factory-certified Opti-Core jumper that will hit spec, every time, with test data to prove it if your customer demands third-party verification. The pull-boot design isn't just a convenience feature—it's a cost-saver over the life of the install. Standard LC boots crack, delaminate, or pull off the connector body after a dozen insertion cycles, exposing the 900μm buffer tube to snag risks and forcing you to retire an otherwise-functional jumper because the strain relief failed. Panduit's overmolded pull-boot is mechanically bonded to the connector housing during manufacturing; it won't separate unless you cut it off, and the generous pull-tab geometry distributes extraction force across the entire boot instead of concentrating it at the cable entry point. Whether you're building out a greenfield hyperscale data center, upgrading legacy multimode links to single-mode for 40G/100G readiness, maintaining compliance in a federal facility where every component must trace back to a standards body, or just keeping a stock of known-good jumpers on hand for after-hours service calls, the F92RPU2U2ONM030 provides the performance, durability, and third-party certification that integrators stake their project acceptance on.