Panduit FRZUP77Y002F047 47ft OM4 24-Fiber Interconnect Optical Cable
Overview
The Panduit FRZUP77Y002F047 is a 47-foot, 24-fiber OM4 interconnect optical fiber cable built for high-density backbone and cross-connect applications in data centers, security infrastructure, and enterprise network environments. When you need to bridge patch panels, fiber distribution units, or high-port-count switches across rack rows or MDA-to-HDA spans, this pre-terminated trunk eliminates field-termination variables and delivers consistent, verified optical performance. Panduit's structured cabling line is a staple in commercial and enterprise installations where link-loss budgets are non-negotiable.
OM4 multimode fiber supports 10GbE to 150 meters, 40GbE to 150 meters, and 100GbE to 100 meters — meaning a 47-foot (roughly 14-meter) run like the FRZUP77Y002F047 sits well within headroom for any of those data rates, giving you margin to spare on the optical budget without needing to specify OM5 or single-mode for these distances. That matters when you're standardizing across a campus or multi-rack deployment and want a single fiber grade that covers every intra-row and inter-row run.
Key Features
- OM4 Multimode Fiber: OM4's 4700 MHz·km effective modal bandwidth supports 100GbE at up to 100m — a 47ft run uses roughly 14% of that distance budget, leaving substantial headroom for additional connectorized segments or future link extensions without upgrading the fiber plant.
- 24-Fiber Count: 24 fibers in a single cable pull means you're connecting up to 12 duplex LC links (or 24 simplex paths) in one conduit pass. For fiber optic backbone work between patch panels and active equipment, this eliminates the congestion of running multiple smaller-count cables and reduces fill in trays and conduit.
- 47-Foot Pre-Cut Length: Pre-terminated to exactly 47 feet, this cable removes field-termination labor and associated insertion-loss variance. For integrators running structured cabling in data centers or security head-end rooms, a pre-terminated assembly means one less variable in your link-loss calculation — and faster commissioning when you're pulling multiple runs in sequence.
- Interconnect Cable Type: Designed as an interconnect (not a distribution or breakout) cable, the FRZUP77Y002F047 is built for direct connection between two termination points — ideal for panel-to-panel or panel-to-switch trunk runs where you need a clean, managed path without additional splice enclosures.
- Panduit Manufacturing Standards: Panduit fiber assemblies are factory-tested for insertion loss and return loss before shipping. For integrators, this means the cable arrives with a traceable test record — no field OTDR required to validate the link before commissioning, which saves meaningful time on multi-run deployments.
- High-Density Backbone Applications: A 24-fiber cable at this length is a practical fit for MDA-to-HDA runs in structured infrastructure environments, or for connecting fiber distribution frames to top-of-rack switches in security server rooms and NVR head-ends where multiple camera feeds aggregate onto a fiber backbone.
Integration & Compatibility
OM4 multimode fiber is backward-compatible with OM3 transceivers and equipment, though link budgets should be recalculated when mixing grades. The 24-fiber count is compatible with standard MPO/MTP-24 connectors or can terminate to LC duplex panels using appropriate cassettes. Before ordering, confirm the connector type specified on the FRZUP77Y002F047 matches your panel's adapter plates — Panduit's ICT POL designation indicates a polarity-managed interconnect assembly, so verify polarity scheme (A, B, or C) aligns with your active equipment's transceiver layout. Review your network and PoE planning guide if you're integrating this cable into a mixed copper-and-fiber switching architecture.
This cable is suited for pairing with Panduit patch panels and fiber distribution frames in the same structured cabling system, ensuring consistent connector geometry and adapter compatibility across the link.
Frequently Asked Questions
Q: What data rates does the FRZUP77Y002F047 support?
A: The OM4 fiber in this cable supports 10GbE to 150m, 40GbE to 150m, and 100GbE to 100m. At 47 feet (approximately 14 meters), this run is well within the distance limits for all three data rates.
Q: What connector type is on the FRZUP77Y002F047?
A: The product designation indicates an ICT POL (interconnect, polarity-managed) optical assembly. Confirm the specific connector type (MPO/MTP or LC) and polarity scheme from the Panduit datasheet or product documentation before ordering to ensure compatibility with your panels and transceivers.
Q: Can OM4 fiber be used with OM3 equipment?
A: OM4 is backward-compatible with OM3 transceivers in most cases, but the effective link budget should be recalculated using OM3 bandwidth specifications when mixing fiber grades in a single link. For best performance, use consistent fiber grade throughout the channel.
Q: Is 47 feet enough for a typical rack-to-rack or panel-to-panel run?
A: 47 feet (approximately 14 meters) covers most intra-row and short inter-row runs in standard data center and security head-end layouts. Measure your actual routing path — including overhead tray and down-the-rack drops — before committing to this length, as cable routing distance is always longer than straight-line distance.
Q: What does the 24-fiber count mean in practical terms?
A: 24 fibers support up to 12 duplex LC connections (12 transmit + 12 receive paths) or 24 simplex paths, depending on termination. For an NVR head-end or security operations center, this can serve multiple aggregation switches or distribution frames in a single cable pull.
The FRZUP77Y002F047 is a 24-fiber OM4 interconnect assembly at exactly 47 feet — a length I see specified frequently for MDA-to-HDA runs and panel-to-active-equipment trunks in mid-size data center and security head-end rooms. The factory-terminated, polarity-managed (POL) construction is the detail that saves integrators real time: you skip field termination entirely and the link arrives with tested insertion loss values, which is what you need when you're commissioning a 12-channel duplex backbone and don't want to pull out an OTDR for every segment.
Technical Highlights:
- OM4 Bandwidth Headroom: At 14 meters, this cable uses roughly 14% of OM4's 100GbE distance budget (100m max). That margin matters if your topology adds cassettes or patch cords — each adds insertion loss and a small effective-length penalty, and OM4 absorbs that easily where OM3 might not.
- 24-Fiber Density: A single pull delivers 12 duplex paths — enough to trunk two fully-loaded 6-port LC panels or feed a 24-port aggregation switch in one conduit pass. In security head-ends where conduit fill is already tight, consolidating to one 24-fiber cable instead of three 8-fiber runs is a real installation win.
- ICT POL Polarity Management: The polarity-controlled interconnect design means you're not field-reversing fibers to match transceiver pinouts. Confirm your active equipment's polarity scheme (Method A, B, or C per TIA-568) before install — mismatched polarity is the most common commissioning error on pre-terminated trunks.
Deployment Considerations:
- Measure your actual cable routing path before specifying this 47-foot length — tray routing, vertical drops, and bend-radius management reliably add 15–25% over straight-line distance. If your straight-line span is close to 38 feet, verify the routed path before ordering.
- The ICT (interconnect) cable type is designed for direct panel-to-panel or panel-to-switch runs, not for distribution architectures that branch mid-run. If your topology requires mid-point breakout, a breakout or distribution cable is the correct product class.
This cable is the right specification for a security operations center or NVR head-end where you're aggregating 10G or 40G uplinks from top-of-rack switches to a central distribution frame — the 24-fiber count, OM4 grade, and pre-tested interconnect construction handle that topology cleanly without field-termination risk.
