Panduit FWTYL7575KAM030 QuickNet™ OM5 12-Fiber Trunk Cable Assembly
The Panduit FWTYL7575KAM030 is a 30-meter (98.43 ft) QuickNet™ pre-terminated trunk cable assembly engineered for high-density data center deployments requiring extended reach and rapid infrastructure standup. Built on OM5 wideband multimode fiber with 12 strands in a reduced-diameter LSZH jacket, this assembly delivers 30 to 40 percent space savings over conventional trunk cables while supporting current 10G/40G Ethernet and future 100G/400G short-reach applications. Factory-terminated and 100% tested, QuickNet trunks eliminate field termination labor, reduce installation errors, and compress deployment timelines by up to 70% compared to fusion splicing or field connectorization. The lime jacket provides instant visual identification of OM5 infrastructure per TIA-598 color coding, critical when managing mixed fiber generations in active data halls or campus backbone pathways.
Key Features
- OM5 wideband multimode fiber (50 µm core) supports 100GBASE-SR4 to 150m and 400GBASE-SR8 to 100m per IEEE 802.3cm, future-proofing trunk infrastructure for next-generation switching fabric
- 12-fiber count provides six duplex 10G/40G channels or reserves capacity for breakout to 24-fiber MPO parallel optics architectures
- Reduced-diameter trunk construction saves 30-40% pathway space compared to legacy 62.5 µm or standard-jacket OM3/OM4 assemblies, maximizing usable fill in congested cable trays and overhead ladder rack
- 30-meter engineered length suits extended horizontal runs in hyperscale pod designs, inter-row connections in modular data centers, or building-to-building campus backbone links
- LSZH (Low Smoke Zero Halogen) jacket meets IEC 60332-3-24 flame propagation and produces minimal smoke/acid gas during fire events, satisfying European building codes and plenum-equivalent safety requirements without costly conduit
- Factory pre-terminated QuickNet assemblies ship with installed connectors, serialized test reports, and pull-ready packaging — no field polishing, epoxy curing, or fusion splicing labor required
- Lime outer jacket (TIA-598 OM5 color standard) enables instant identification during MAC operations, preventing cross-connection errors in mixed OM3/OM4/OM5 environments
- Fully tested to ISO/IEC 11801 Ed. 2.2, TIA-568-C.3, and TIA-492-AAAD insertion loss and return loss limits, with serialized documentation for audit and acceptance testing
OM5 wideband multimode fiber represents the current apex of laser-optimized multimode technology. Unlike OM3 (300 MHz·km at 850 nm) and OM4 (550 MHz·km), OM5 maintains minimum 3500 MHz·km effective modal bandwidth across both the 850 nm and 953 nm windows defined in TIA-492-AAAD. This dual-window optimization enables short-wavelength division multiplexing (SWDM) transceivers to transmit four independent 25 Gb/s or 50 Gb/s channels over a single duplex fiber pair, quadrupling effective bandwidth without additional fiber strands. For 100GBASE-SR4 optics, OM5 extends reach from 100 m (OM4) to 150 m, providing the margin needed for spine-leaf architectures in large pods or inter-building links that exceed typical 70-meter horizontal limits. The 12-fiber count in this trunk assembly supports six simultaneous 10GBASE-SR duplex links today, with breakout capacity for future migration to 24-fiber MPO-based 100G/400G parallel optics when switching infrastructure upgrades. Small-diameter construction reduces the outer jacket and buffer tube dimensions by approximately 35% compared to legacy tight-buffered designs, translating directly to increased usable fill ratio in NEMA 4-inch ladder rack or EIA J-hooks — critical when deploying 40+ trunk cables in a single pathway during a floor buildout or when retrofitting fiber into existing trays already loaded with copper structured cabling.
QuickNet factory pre-terminated assemblies eliminate the three largest sources of field installation delay and failure: connector attachment labor, polishing quality variation, and acceptance test rework. Each trunk ships with connectors installed in Panduit's controlled manufacturing environment using automated epoxy dispensing, precision ferrule insertion, and multi-angle interferometric end-face inspection. Serialized test reports document insertion loss, return loss, and geometry compliance for every fiber position, satisfying TIA-568-C.0 Clause 10 acceptance testing requirements without dedicating field technician time to OTDR traces or tier-1 certification. The 30-meter engineered length suits common data center use cases: inter-row connections in modular/containerized designs (typically 20-28 m), end-of-row to middle-of-row aggregation runs (18-25 m), or raised-floor to overhead cable tray vertical riser drops in facilities with 4-5 meter slab-to-slab heights. Pre-cut lengths eliminate the waste and lead time associated with ordering bulk reel fiber, cutting to field-measured dimensions, and scheduling splicing or connectorization crews. Installation reduces to a pull-test-document workflow, compressing deployment timelines by 65-75% and reducing total installed cost when labor burden exceeds $85/hour.
LSZH jacketing meets IEC 60332-3-24 Category C flame propagation limits and IEC 60754 halogen content restrictions, producing less than 0.5% hydrogen chloride by mass during combustion and generating 40-60% less visible smoke than PVC-jacketed equivalents. These characteristics satisfy European EN 50575 CPR (Construction Products Regulation) Class Cca requirements and align with NFPA 75 (Protection of Information Technology Equipment) recommendations for data centers where personnel egress paths traverse cable-dense zones. In North America, LSZH cables provide plenum-equivalent safety performance without requiring metallic conduit or sealed cable tray, reducing installation cost in retrofit projects or jurisdictions enforcing strict smoke-generation limits under IBC Section 603. The lime jacket color follows TIA-598-D Annex E OM5 designation, preventing accidental cross-connection to OM3 (aqua) or OM4 (erika violet) infrastructure during MAC operations — a critical safeguard when 10GBASE-SR and 100GBASE-SR4 optics coexist on the same floor and a mismatched fiber type would cause link budget failures or intermittent bit errors under thermal load. Standards compliance spans ISO/IEC 11801 Ed. 2.2 (international structured cabling), TIA-568-C.3 (optical fiber cabling components), TIA-604-5/FOCIS-5 (connector intermateability), and RoHS for restricted substances, ensuring this trunk meets procurement requirements for government/military installations, LEED-certified facilities, and multinational enterprise deployments requiring unified global standards.
