Panduit FWUYL7575KAM069 QuickNet OM5 24-Fiber Trunk Cable Assembly
The Panduit FWUYL7575KAM069 is a factory-terminated 24-fiber OM5 trunk cable assembly engineered for high-speed datacenter backbone deployments requiring 100/200/400 Gbps migration paths. This 69-meter (226 ft) preterminated trunk features PanMPO female connectors on both ends with Method A polarity, HD Flex transition boot protection, and low smoke zero halogen (LSZH) jacketing for fire-code compliance in enclosed data halls. The integrated pulling eye simplifies long-distance pathway installation while preserving connector integrity. QuickNet preterminated assemblies eliminate field polishing variables, reduce deployment time by 60-80% compared to field termination, and ship with factory test reports documenting insertion loss performance under 1.5 dB per mated connection pair. This trunk is specified for inter-row switching fabric, floor-to-floor risers, or zone distribution architectures where lime color-coding differentiates OM5 infrastructure from legacy OM3/OM4 plants.
Key Features
- OM5 wideband multimode fiber supports 100/200/400 Gbps short-wave division multiplexing (SWDM) over 50 μm core — future-proofs backbone for 10+ year bandwidth scaling without re-cabling
- 24-fiber count in compact trunk form factor — provides twelve duplex 100G channels or six 200G channels while consuming 35% less conduit fill compared to individual duplex cables
- PanMPO female-to-female connectors with Method A polarity — industry-standard key-up to key-down mapping maintains transmit/receive alignment through structured backbone topology without adapter flipping
- HD Flex transition boots at both ends — tight 25 mm bend radius capability prevents kinking in high-density cable managers and back-of-rack routing while maintaining ANSI/TIA-568 performance margins
- Factory-installed pulling eye on one connector end — enables 69-meter pathway pulls through conduit or cable tray with zero stress on connector ferrules; removes after installation without tools
- Low smoke zero halogen (LSZH) outer jacket rated IEC 60332-1 — meets international fire safety codes for enclosed equipment rooms and prevents corrosive gas release during fire events
- Ultra insertion loss grade with factory test data — each trunk ships with serialized test report documenting <0.15 dB average IL per connector, <0.30 dB return loss, and end-face geometry per IEC 61300-3-35
- Lime green jacket and connector boots — instant visual identification of OM5 infrastructure separates next-gen plant from aqua OM3 and violet OM4 legacy cabling during adds/moves/changes
OM5 fiber represents the first wideband multimode standard optimized for short-wave division multiplexing (SWDM) transmission schemes that split 100/200/400 Gbps Ethernet signals across four wavelengths (850/880/910/940 nm) instead of using eight or sixteen parallel fibers. This trunk’s 24-fiber configuration supports twelve duplex 100GBASE-SR4 links or six 200GBASE-SR4 links in a single pull, but when migrated to SWDM optics (100G-SWDM4-MSA or 400G-DR4), the same fiber count delivers double the port density — twelve 200G channels or six 400G channels without adding cable infrastructure. The 69-meter length covers typical inter-row distances in modular datacenters (20-25 m) with enough slack for vertical cable management, patch panel dressing, and service loops at both ends. PanMPO connectors use a push-pull latch mechanism instead of threaded coupling, reducing connection time to under three seconds per trunk while maintaining IEC 61754-7 mechanical durability for 500+ mating cycles. Method A polarity is critical in backbone architecture — the straight-through key orientation ensures that when this trunk connects switch-to-switch or switch-to-cassette, transmit lanes on port A align with receive lanes on port B without requiring Type B crossover trunks or polarity-reversing adapter modules. The HD Flex boot’s articulated strain relief allows 90-degree bends within 25 mm radius immediately behind the connector body, solving the top-of-rack density problem where 48-port switches and breakout cassettes create congested rear pathways — standard boots require 50+ mm radius and force installers to leave excess slack that cascades into cable management overflow.
Preterminated trunk assemblies shift quality control from the field to the factory, eliminating the top three causes of fiber backbone failure — contaminated end-faces from field polishing dust, incorrect epoxy cure time causing high insertion loss, and polarity errors that require truck rolls to troubleshoot. This trunk arrives with connector end-faces inspected per IEC 61300-3-35 interferometric standards (no scratches >3 μm, no debris in core zone), ferrule geometry validated on profilometer equipment (apex offset <50 μm, radius of curvature 10-25 mm), and insertion loss tested on calibrated reference-grade equipment with results serialized to the individual cable. The pulling eye solves the long-distance installation problem — datacenter electricians can attach standard cable pulling grips to the reinforced eye, route the trunk through 69 meters of overhead tray or underfloor conduit, and transfer tensile load to the cable strength members instead of risking ferrule damage by pulling on the connector boot. After installation the eye detaches without tools by sliding a release collar. Low smoke zero halogen jacketing is mandatory in many international markets (EU, APAC) and increasingly specified in U.S. datacenters under NFPA 70 Article 770 — during fire events, PVC-jacketed cable releases hydrochloric acid vapor that corrodes server electronics and creates toxic exposure; LSZH compounds emit 50-100 times less smoke density and produce only non-corrosive gases. Lime color-coding per TIA-598-D Annex F provides instant visual confirmation during MAC-D work — technicians tracing circuits in a mixed OM3/OM4/OM5 plant can identify migration-ready backbone segments at a glance, preventing the common mistake of patching 400G optics into OM3 infrastructure and troubleshooting phantom link errors caused by insufficient modal bandwidth.
This trunk assembly meets TIA-568.3-D OM5 cabling specifications for 440 MHz·km effective modal bandwidth across 850-953 nm range, ISO/IEC 11801-1 Category OM5 channel performance, and IEC 60793-2-10 Type A1a.3 fiber geometry standards. PanMPO connectors comply with IEC 61754-7 and TIA-604-5-D (FOCIS-5) mechanical and optical interface requirements. The product is RoHS compliant for lead-free installation and carries UL/cUL flammability listing. Panduit’s QuickNet preterminated platform is deployed in hyperscale facilities requiring deterministic per-link performance — factory termination removes the ±0.5 dB insertion loss variance typical of field-polished connectors, enabling network architects to calculate optical power budgets with 0.1 dB precision and push link distances to maximum span limits without margin ambiguity. For integrators provisioning AI/ML clusters, storage fabrics, or collapsed-core leaf-spine networks where every port must carry 100-400 Gbps at day-one turn-up, this trunk delivers installation speed and long-term bandwidth scalability that field-terminated infrastructure cannot match.
