Panduit FWTYL7575KAM093 QuickNet 12-Fiber OM5 Trunk Cable Assembly
The Panduit FWTYL7575KAM093 is a factory-terminated 12-fiber OM5 trunk cable assembly engineered for high-density data center backbone deployments requiring extended reach and rapid installation. This 93-meter (305 ft) QuickNet trunk uses 50-micron wideband multimode fiber in a reduced-diameter LSZH jacket, delivering 30-40% space savings over traditional trunk designs while supporting shortwave wavelength division multiplexing (SWDM) for 100GBASE-SR4 and 400GBASE-SR8 applications. The lime jacket provides instant visual identification in crowded pathways, and the pre-terminated MTP/MPO connectors eliminate field termination labor and testing overhead.
Key Features
- OM5 wideband multimode fiber rated for 100m at 100 Gb/s (100GBASE-SR4) and 400 Gb/s (400GBASE-SR16) via SWDM, future-proofing backbone infrastructure for multi-generation upgrade cycles
- 12-fiber MTP/MPO trunk configuration supports three duplex 40G/100G links or one 400G link per cable, reducing cable count and pathway congestion in spine-leaf topologies
- Reduced-diameter construction uses 30-40% less conduit and cable tray space than standard OM3/OM4 trunks, enabling higher fill ratios in existing pathways and avoiding costly infrastructure expansion
- 93-meter engineered length bridges typical intra-building distances between network core and distribution zones, server rows, or co-location cage handoffs without mid-span splicing
- LSZH (Low Smoke Zero Halogen) jacket meets international flammability requirements for plenum and riser installations, reducing toxic gas emission during fire events and satisfying European/APAC building codes
- Factory-terminated and tested QuickNet assemblies eliminate field fusion splicing, epoxy/polish termination, and per-connector insertion loss testing—cutting deployment time from hours to minutes per trunk
- Lime jacket color provides immediate cable-type identification in mixed OM3/OM4/OM5 environments, reducing mis-patching risk during moves/adds/changes and maintenance windows
- Exceeds TIA-568-C.3 and ISO/IEC 11801 performance requirements for OM5 fiber, guaranteeing ≤2.6 dB insertion loss and ≥850 nm effective modal bandwidth for full-channel margin
OM5 wideband multimode fiber represents the current state-of-art for enterprise and hyperscale data center backbones, extending the reach and capacity of laser-optimized 50-micron fiber through four-wavelength SWDM transmission. While OM4 fiber is limited to a single 850 nm wavelength, OM5 adds 880 nm, 910 nm, and 940 nm channels with equivalent modal bandwidth performance, allowing a single fiber pair to carry four parallel 25G or 100G signals. This quadruples effective fiber capacity without adding physical cables—a critical advantage in space-constrained data centers where pathway fill and cooling airflow are at a premium. The FWTYL7575KAM093's 12-fiber count and 93-meter length make it an ideal backbone trunk for connecting top-of-rack switch aggregation layers to spine switches, storage area networks to compute clusters, or building entrance facilities to main distribution areas. At this distance, OM5's 100m link budget for 100GBASE-SR4 provides ample margin for connector loss, splice loss (if extended), and future aging, ensuring the trunk remains viable through multiple technology refresh cycles. The reduced-diameter design is particularly valuable in retrofit scenarios where existing cable trays, vertical risers, or under-floor conduits are nearing capacity—deploying this trunk instead of a legacy OM3 bundle can free 30-40% of the occupied space, deferring expensive pathway additions or allowing co-existence with power and cooling distribution. Panduit's QuickNet factory termination process uses automated MTP/MPO connector attachment and end-face polishing to achieve consistent ≤0.25 dB insertion loss per connector, well below the 0.75 dB TIA maximum, and each trunk is individually tested and serialized with a test report stored in Panduit's quality database. This eliminates the variability and rework common with field terminations, where installer skill, environmental contamination, and tool calibration directly impact optical performance.
The lime LSZH jacket addresses two distinct deployment requirements: visual management and international fire safety compliance. In multi-generation data centers running OM3 (aqua), OM4 (erika violet), and OM5 (lime) trunks side-by-side, color-coding prevents accidental cross-patching between incompatible transceiver types—plugging an OM5-dependent 400G-SR8 transceiver into an OM3 trunk will cause link failure or fall back to reduced speed, creating difficult-to-diagnose performance issues during peak traffic. The lime jacket makes fiber type instantly obvious to installation crews and operations staff, even in low-light under-floor or overhead environments. The LSZH compound, meanwhile, meets IEC 60332-1 and 60332-3 flame propagation limits and IEC 61034-2 smoke density limits without using halogenated flame retardants (chlorine, fluorine, bromine). During combustion, LSZH jackets produce 5-10% of the smoke and near-zero corrosive halogen acid compared to PVC, reducing injury risk during evacuation and minimizing damage to adjacent electronics, HVAC systems, and structural elements. This makes LSZH the de facto standard in European Union data centers (where EN 50575 Euroclass CPR ratings mandate it for permanent links), financial trading floors with high equipment density, and pharmaceutical/semiconductor clean rooms where halogen contamination can ruin production. Even in North America, hyperscale operators and colocation providers increasingly specify LSZH for tenant-facing infrastructure to avoid liability concerns and align with corporate ESG commitments. The 93-meter length is a deliberate engineering choice that maps to common data center topology distances: a typical raised-floor data hall with 100-foot server rows and 50-foot hot-aisle spacing requires 250-300 feet of horizontal trunk to reach from a perimeter network room to mid-row top-of-rack switches, with vertical rise and cable management pathway slack adding another 50-75 feet. The FWTYL7575KAM093 provides exactly this reach in a single unbroken trunk, avoiding mid-span fusion splices or MTP coupler joints that add 0.3-0.75 dB loss per junction and introduce new failure points. For installations exceeding 93 meters, Panduit's QuickNet trunks can be field-joined using low-loss MTP Elite coupler modules (sold separately) with <0.35 dB insertion loss, maintaining full channel margin for 100G/400G links up to 150 meters.
This trunk meets TIA-568-C.3 and ISO/IEC 11801 Edition 2.2 specifications for OM5 fiber (TIA-492-AAAD / IEC 60793-2-10 A1a.3 designation), guaranteeing minimum 3500 MHz·km effective modal bandwidth at 850 nm and minimum 1850 MHz·km at 950 nm, sufficient for four-lane SWDM transmission at 100 Gb/s over 100 meters. It also complies with TIA-604-5 (FOCIS-5) MTP/MPO connector physical interface requirements and RoHS Directive 2011/65/EU restricting lead, mercury, cadmium, and hexavalent chromium. The pre-terminated QuickNet design eliminates the single largest source of fiber installation failures—field termination errors that cause excessive insertion loss (>0.75 dB), high return loss (>-20 dB), or physical connector damage requiring rework. For 12-fiber trunks, field termination typically requires 4-6 hours per cable (fusion splicing, epoxy/polish, cleaning, testing) plus specialized equipment (fusion splicer, OTDR, inspection microscope) that most integrators must rent or subcontract. The FWTYL7575KAM093 reduces this to a 15-minute pull-and-plug operation with standard installation labor, compressing project schedules and reducing change-order risk when timeline pressure forces parallel infrastructure and IT deployment. It's the pragmatic choice for network refresh projects where downtime windows are measured in hours, co-location build-outs with firm tenant move-in dates, or modular data center expansions where pre-staged trunk infrastructure must be ready for same-day equipment commissioning.
