Panduit FFDPZF024F Opti-Core 24-Fiber OM4 Plenum Indoor Distribution Cable
The Panduit FFDPZF024F is a 50μm OM4 multimode fiber optic distribution cable engineered for high-density backbone and horizontal trunking in commercial datacenters, enterprise campuses, and AV installations requiring plenum-rated pathways. This 24-fiber ribbon cable delivers the bandwidth headroom and reach necessary for 10GBASE-SR, 40GBASE-SR4, and 100GBASE-SR4 Ethernet deployments, with aqua jacketing that provides instant visual identification of OM4 performance class per TIA-598-D color coding standards. The OFNP (Optical Fiber Nonconductive Plenum) flammability rating meets NEC Article 770 requirements for installation in air handling spaces without conduit, while the Opti-Core ribbon architecture enables mass fusion splicing and high-density breakout terminations that cut installation labor compared to loose-tube designs. Sold by the foot for custom-length trunk runs.
Key Features
- 50μm OM4 multimode fiber supports 10G Ethernet to 550m, 40G/100G to 150m per IEEE 802.3 standards
- 24-fiber ribbon configuration in a single compact distribution cable for high-density backbone trunking
- OFNP plenum rating complies with NEC 770.113(B) for installation in air handling spaces and plenums
- Aqua jacketing provides instant OM4 identification per TIA-598-D fiber color coding requirements
- Bend-insensitive glass (BIG) meets ITU-T G.657.A1 bend performance for tighter routing in cable trays
- Ribbon architecture enables 12-fiber mass fusion splicing to reduce termination time by 70% vs. individual fibers
- Tight-buffered 900μm individual fiber construction suitable for direct indoor termination without furcation kits
- Non-conductive all-dielectric construction eliminates grounding requirements and lightning risk in campus backbones
The FFDPZF024F uses Panduit's bend-insensitive OM4 glass that meets both ITU-T G.657.A1 macrobend limits and the 4700 MHz·km effective modal bandwidth specification required for 100GBASE-SR4 over 100 meters or 40GBASE-SR4 over 150 meters. The 50μm core diameter and optimized refractive index profile enable VCSEL-based transceivers to achieve -1.5 dB worst-case channel insertion loss over 300-meter horizontal runs when terminated to MPO or LC duplex connectors, leaving margin for six mated connector pairs per TIA-568.3-D loss budget rules. The ribbon structure groups all 24 fibers in a single 3mm-height array that can be mass-fused in two 12-fiber operations using a standard ribbon fusion splicer, compared to 24 individual fusion operations required for loose-tube cables. This design saves approximately 45 minutes per splice point in a typical datacenter backbone installation. The tight 900μm buffered construction allows direct breakout to LC duplex or MPO harnesses without intermediate furcation or fanout boxes, reducing enclosure space requirements in telecom rooms and equipment racks. The aqua jacket uses a low-smoke, flame-retardant polymer compound that passes UL 910 (OFNP) plenum flame testing with a maximum smoke optical density of 0.15, ensuring code compliance in return-air ceiling spaces and raised-floor plenums per NEC 300.22(C).
Designed for installation teams managing high-fiber-count backbones in multi-building campuses, datacenter row interconnects, and enterprise core-to-distribution layer trunks where a single 24-fiber cable can replace two 12-fiber or four 6-fiber runs to simplify pathway fill and reduce pulling tension. The plenum rating eliminates the need for metallic conduit or EMT in air handling spaces, cutting both material cost and installation labor while maintaining full NEC 770.113 compliance for inspections in jurisdictions enforcing the 2023 or later National Electrical Code. The ribbon architecture is particularly valuable in datacenter MDA (main distribution area) to HDA (horizontal distribution area) trunks where mass fusion to preterminated MPO trunk assemblies is the preferred termination method: a single FFDPZF024F cable can be fusion-spliced to two 12-fiber MPO harnesses in under 15 minutes, compared to 90+ minutes for individual LC duplex terminations of the same fiber count. The bend-insensitive glass allows 7.5mm radius bends during installation without exceeding the 0.2 dB macrobend loss limit, enabling tighter cable management in congested horizontal pathways and vertical riser shafts where traditional OM4 fiber would require larger bend radii that increase tray depth requirements. The all-dielectric construction prevents ground loops in multi-building campus backbones where copper-based cables would require isolation transformers or grounding at every building entry point per NEC 770.93.
This cable ships on custom-length spools for field-cut trunk installations and carries Panduit's standard manufacturer warranty. The FFDPZF024F meets TIA-568.3-D performance requirements for OM4 cabling, UL 910 plenum flammability standards, and RoHS 3 material composition limits (2015/863/EU). It is third-party verified to ITU-T G.657.A1 Category A1 bend performance and supports all ANSI/TIA and IEEE 802.3 applications defined for OM4 fiber including 10GBASE-SR (550m), 40GBASE-SR4 (150m), 100GBASE-SR4 (150m), and 1/10G Fibre Channel (190m/125m). For projects requiring factory-preterminated trunk assemblies, Panduit offers corresponding Opti-Core preterminated harnesses with MPO or LC connectivity that mate directly to field-installed FFDPZF024F runs via fusion splicing at consolidation points.
