Panduit FWTYL7575KAM011 QuickNet 12-Fiber OM5 Trunk Cable Assembly
Data center backbone deployments demand speed, density, and future-proof bandwidth—and space is always the constraint. The Panduit FWTYL7575KAM011 QuickNet trunk cable delivers all three: a 12-fiber OM5 wideband multimode assembly engineered for rapid infrastructure rollouts, 30-40% smaller diameter than legacy trunks, and extended-reach capability that supports emerging short-wave division multiplexing (SWDM) applications up to 400G and beyond. At 36 feet (11 meters), this lime-jacketed LSZH trunk fits the typical rack-to-rack or intra-row interconnect found in hyperscale, colocation, and enterprise data centers where pathway congestion and fire-safety codes drive every design decision.
Key Features
- 12-fiber OM5 wideband multimode trunk—supports legacy 10G/40G/100G plus next-gen 200G/400G SWDM over extended distances
- QuickNet pre-terminated assembly—factory-tested, plug-and-play installation eliminates field splicing, cuts deployment time by 70%
- 30-40% smaller diameter than standard trunks—reclaims pathway capacity, improves airflow, simplifies bend-radius management in congested cable trays
- LSZH jacket (lime)—meets international fire-safety codes for enclosed spaces, reduces toxic smoke and corrosive gas in event of fire
- 50μm fiber diameter, ISO/IEC 11801 and TIA-568-C.3 compliant—backward compatible with OM3/OM4 infrastructure, forward compatible with 850nm VCSEL and SWDM transceivers
- 36-foot (11-meter) length—optimized for rack-to-rack, end-of-row aggregation, or intra-cabinet interconnects without excess slack
- Factory-polished connectors, TIA-604-5 (FOCIS-5) compliant—insertion loss and return loss tested, serialized for full traceability
OM5 wideband multimode fiber extends the usable spectrum of 850nm laser-optimized fiber from the traditional 850nm window to four distinct wavelengths (850, 880, 910, 940nm), enabling short-wave division multiplexing that quadruples effective bandwidth over a single fiber pair. For integrators designing 200G or 400G leaf-spine fabrics, this means 100-meter reach at 400GBASE-SR4.2 using SWDM optics, versus the 70-meter limit of OM4 at equivalent data rates. The Panduit FWTYL7575KAM011 uses laser-optimized 50μm core fiber meeting TIA-492-AAAD and IEC 60793-2-10 type A1a.3 specifications, with effective modal bandwidth (EMBc) exceeding 4700 MHz·km at 850nm—well above the OM5 minimum of 3500 MHz·km. Backward compatibility is absolute: this trunk supports existing 10GBASE-SR (300m), 40GBASE-SR4 (100m), and 100GBASE-SR4 (100m) deployments without re-termination or adapter penalties, so you can deploy it today for 10G/40G aggregation and migrate to 200G/400G optics when budget and application demand without ripping out infrastructure. The 12-fiber count fits the 6-duplex or 3-quad breakout pattern common in spine switches and storage-array back-ends, with enough spare fibers for n+1 link redundancy or future expansion without running new trunks.
QuickNet pre-terminated assemblies solve the field-labor and quality-control problems that plague fusion-spliced or on-site termination workflows. Each trunk ships with factory-installed connectors (typically MTP/MPO-12 on both ends, verify connector type with Panduit for your specific order), pre-polished to sub-0.15dB insertion loss and serialized with a unique assembly ID that ties back to Panduit's factory test records—end-face geometry, return loss, length, and polarity are all documented and traceable for TIA-606-C infrastructure management and warranty claims. Installation is plug-and-play: route the trunk through overhead ladder rack or underfloor conduit, observe the 10× bend-radius rule (roughly 3 inches for this small-diameter trunk), plug both ends, verify link light, done. No fusion splicer, no cleaving tool, no microscope, no field test equipment—just basic cable management and a visual fault locator for troubleshooting. The time savings are measurable: a 48-fiber cross-connect that would take two techs a full day with fusion splicing now takes under two hours with QuickNet trunks, and you eliminate the single largest source of field failures (bad splices and contaminated end faces). The reduced diameter—30 to 40% smaller than legacy 12-fiber trunks using 900μm tight-buffered fibers—is the result of Panduit's small-diameter fiber design, which uses 250μm buffered fibers in a tight bundled configuration rather than individual 900μm subunits. This reduces the overall cable OD from roughly 12mm down to 7-8mm, reclaiming vertical and horizontal pathway capacity in packed cable trays and allowing tighter bend radii without kinking. In a 4-inch-deep overhead tray carrying 200+ cables, that 40% reduction translates to 80 additional trunk positions or measurably improved airflow for passive cooling.
The LSZH (low smoke zero halogen) jacket is non-negotiable for enclosed data centers, under-floor plenums, and international deployments where IEC 60332 and EN 50399 flame-propagation standards apply. Unlike PVC, which releases hydrochloric acid and dense black smoke when burning, LSZH compounds produce minimal smoke opacity and no corrosive halogen gases—critical for life safety during evacuation and for protecting adjacent electronics from acid damage in the event of a cable fire. The lime jacket color follows the TIA-598-C coding standard for OM5 fiber, making it visually distinct from aqua OM3, erika violet OM4, and legacy orange OM1/OM2 trunks during adds-moves-changes—reducing the risk of accidentally patching 10G optics into a 1G OM1 link or violating polarity on a 40G QSFP breakout. Panduit's construction meets or exceeds ISO/IEC 11801 (international structured cabling), TIA-568-C.3 (optical fiber standards), TIA-568-C.1 (commercial building telecommunications), and is RoHS compliant for European and California material-restriction regulations. This trunk is built for the integrator who's installing 400G spines today, the data center operator who needs documented performance for SOC 2 infrastructure audits, and the AV professional running 12G-SDI or SMPTE ST 2110 over fiber where every dB of insertion loss matters and there's zero tolerance for field re-work.
