Panduit F92RPU1U1ONM008 Opti-Core OS2 Single-Mode Fiber Patch Cord
The Panduit F92RPU1U1ONM008 delivers OS2 single-mode fiber connectivity in an 8-meter plenum-rated assembly engineered for high-density data center and telecommunications room deployments. Built on Panduit's Opti-Core platform, this LC duplex uniboot patch cord combines optimized insertion loss performance with a space-saving pull-tab design that simplifies polarity reversal in the field—critical when you're managing hundreds of fiber links in tight cable trays or behind packed distribution frames. The yellow OFNP-rated jacket meets plenum fire codes for above-ceiling runs, and factory termination with duplex LC connectors on both ends ensures you're deploying a known-good link every time, no field polishing or guesswork on insertion loss budgets.
Key Features
- OS2 9/125 μm single-mode fiber supports 10G/40G/100G Ethernet and long-haul applications up to 10 km or more
- LC duplex uniboot connector on each end—half the footprint of standard duplex LC, doubles usable port density on switches and cassettes
- Integrated pull-tab boot enables polarity reversal without re-termination: pull the tab, flip the connector body, done in seconds
- Optimized insertion loss specification ensures headroom in your loss budget for multi-cassette cross-connects and long horizontal runs
- Plenum (OFNP) flame rating qualifies the cable for air-handling spaces per NEC Article 770, no conduit required in most ceiling plenums
- 8-meter (26.2 ft) length suits cross-aisle connections in data centers, telecom room riser feeds, or equipment rack-to-rack links where 5 m is too short and 10 m leaves excess slack
- Yellow jacket provides instant visual identification for single-mode infrastructure, reduces miswiring when mixed with multimode (aqua/orange) cables
- Factory-terminated and tested—every cord ships with known insertion loss and return loss performance, eliminating field termination variables
- RoHS compliant and meets TIA-568-C.3, ISO/IEC 11801, FOCIS-3 (LC physical), FOCIS-10 (uniboot) standards
Single-mode fiber is the backbone of any serious data center or campus backbone, and OS2 is the current standard for new installs—9 μm core diameter, zero-water-peak attenuation under 0.4 dB/km at 1310 nm, qualified for 10GBASE-LR, 40GBASE-LR4, 100GBASE-LR4, and beyond. The Panduit Opti-Core F92RPU1U1ONM008 leverages that OS2 spec with a factory-optimized insertion loss target, meaning the connectors are polished and tested to tighter tolerances than generic patch cords. In a multi-tier architecture where you're chaining cassettes in the MDA, running horizontal links to the HDA, and patching equipment at the EDA, every tenth of a dB counts. This cord gives you margin. The LC duplex uniboot form factor is the key density win: instead of two separate LC connectors side-by-side (the classic duplex clip), the uniboot houses both fibers in a single narrow body. You get the same two-fiber transmit/receive pair, but the connector occupies roughly half the width. On a 144-port cassette or a 48-port switch faceplate, that footprint reduction is the difference between accessible, finger-friendly patching and a rats' nest you can't service without pulling ten cables to reach one port. The integrated pull-tab boot is Panduit's polarity-flip innovation: if you need to swap A-to-B and B-to-A (common when moving from straight-through to crossover topology or correcting a cassette polarity mismatch), you pull the tab, rotate the connector body 180°, and click it back in. No new connectors, no truck roll for a re-term, no insertion loss penalty. Field techs save hours on TIA-568 Method B to Method A conversions.
Deploying this cord in a data center means you're running it through overhead ladder rack, under raised floor, or vertically in zone distribution areas where space is at a premium and airflow matters. The plenum (OFNP) rating on the outer jacket is required by NEC Article 770.179 for cables installed in air-handling spaces—think above drop ceilings that return air to the HVAC, or under raised floors used as supply plenums. Non-plenum cable (OFNR riser, OFN general-purpose) emits more smoke and toxic gas in a fire; inspectors will red-tag your install if you run riser-rated cable in a plenum without conduit. This cord is plenum-rated out of the box, so you're code-compliant in commercial office builds, hospital IT closets, and hyperscale data halls. The 8-meter length is a Goldilocks spec for many real-world runs: short enough to avoid excessive cable management (10 m and 15 m cords tend to coil up in trays, eating space and creating kinks), long enough to span row-to-row in a pod, reach from a top-of-rack switch down to an end-of-row aggregation switch two racks over, or run from a wall-mount fiber panel to equipment six racks down in a telecom room. The yellow jacket is the TIA-598-C color code for single-mode fiber; you'll instantly distinguish it from aqua OM3/OM4 multimode or orange OM1/OM2 legacy multimode in mixed environments. That color coding prevents the classic field mistake: plugging a 10GBASE-SR multimode transceiver (good for 300 m max) into a 2 km backbone run and wondering why the link won't come up. Factory termination means Panduit controlled the entire process—cleave angle, polish geometry (physical contact PC or ultra-physical contact UPC endface), connector ferrule concentricity—and tested each cord before it left the plant. You're not gambling on a field tech's hand-polish skills or whether the consumables in the termination kit were stored in a humidity-controlled environment. The result is predictable insertion loss (typically <0.3 dB for LC PC connections), high return loss (minimizes back-reflection that can interfere with laser transceivers), and a day-one link that stays within your loss budget even after you add cassette-to-cassette mated pairs and bulkhead adapters in the optical path.
This cord ships in single-unit packaging (carton quantity 10 for case lots), and every component meets the EU RoHS Directive 2002/95/EC for restricted hazardous substances—lead-free solder, no hexavalent chromium, compliant for installations in jurisdictions that require environmental certifications. TIA-568-C.3 compliance confirms the cable meets North American structured cabling standards for optical fiber; ISO/IEC 11801 is the international equivalent, ensuring interoperability in global deployments. TIA-604-3 (FOCIS-3) and TIA-604-10 (FOCIS-10) govern the LC connector physical interface and the uniboot mechanical spec, respectively, so you know this connector will mate reliably with any standards-compliant LC adapter or transceiver port. For integrators and IT infrastructure teams managing multi-building campuses, co-location cages, or enterprise telecom rooms, the F92RPU1U1ONM008 is the go-to when you need a known-good 8 m OS2 link that installs fast, fits dense panels, supports polarity changes without re-termination, and clears plenum fire codes without conduit. It's purpose-built for the professionals who spec fiber by insertion loss budget and cable management by cubic inches per rack unit—not the ones who guess at cable grades or assume all yellow cables are the same.
