Panduit FAP8WAQDLCZ 8-Port LC Duplex OM4 Fiber Adapter Panel
Overview
The Panduit FAP8WAQDLCZ is a front-loading fiber adapter panel from the Opticom™ family, engineered to support OM3/OM4 multimode deployments in medium-to-high-density data center and enterprise structured cabling environments. Carrying 8 LC duplex adapters — 16 fiber connections in a single panel — it fits directly into Opticom™ rack-mount and wall-mount enclosures, zero-U adapter panel supports, and fiber adapter panel brackets, giving structured cabling teams a consistent, standards-compliant building block for cross-connects in main distribution areas (MDA), horizontal distribution areas (HDA), and equipment distribution areas (EDA) as defined by TIA-942 data center cabling standards.
The aqua (bleu aqua) adapter color visually identifies OM4 connections at a glance, reducing mis-patching risk during moves, adds, and changes. The panel body is finished in black, matching standard Opticom™ enclosure aesthetics. Each adapter uses a split zirconia ceramic sleeve — the same precision ferrule-contact material used in high-grade fiber interconnects — to maintain low insertion loss over thousands of mating cycles.
Key Features
- 8 LC Duplex Adapters — 16 Fibers Per Panel: Each 1U-equivalent panel slot delivers 16 fiber terminations. For a fully loaded Opticom™ enclosure, this translates directly into patch density without adding rack units — a meaningful factor when every U is spoken for in a core switching or optical distribution row.
- OM3/OM4 Multimode Compatibility: Supports both OM3 and OM4 multimode fiber, covering 10GbE runs up to 300m (OM3) or 400m (OM4) per IEEE 802.3ae — suitable for inter-rack backbone, storage connectivity, and high-speed campus links without requiring a panel swap when upgrading from OM3 to OM4.
- Aqua Adapter Color Coding: The TIA/EIA-568-C.3-standard aqua color identifies OM3/OM4 10GbE ports visually, making it straightforward to segregate OM4 backbone runs from OM1/OM2 legacy paths in mixed-generation fiber plants. This is particularly useful during phased migrations where multiple fiber grades coexist in the same enclosure.
- Zirconia Ceramic Split Sleeves: Zirconia ceramic provides tighter ferrule-to-sleeve tolerances than phosphor bronze, which translates to lower and more consistent insertion loss — important for 10GbE and 40GbE links operating near the optical power budget limit. These sleeves are also rated for extended mating cycle life, reducing the need for sleeve replacement under normal MACs.
- Front-Loading Design: Adapters are installed and accessible from the front of the panel without disturbing the enclosure or rear cabling. In live environments where uptime matters, front-loading means a technician can swap or inspect an adapter without pulling the panel or rerouting trunk cables.
- RoHS Compliant: Meets Restriction of Hazardous Substances requirements — relevant for enterprise procurement teams with environmental compliance mandates, and for deployments in EU markets where RoHS conformity is a procurement gate.
- Meets or Exceeds TIA/EIA-568-C.3: This is the governing standard for fiber optic cabling components in structured cabling systems. Compliance means the panel's optical performance (insertion loss, return loss, mating durability) has been validated to enterprise-grade interconnect requirements — not a self-certified claim.
- Sold Individually, Carton of 10 Available: Package quantity is 1 panel (FAP8WAQDLCZ), with carton quantity of 10 — practical for both single-enclosure retrofits and bulk infrastructure builds where consistent part numbers matter for asset tracking and sparing.
Integration & Compatibility
The FAP8WAQDLCZ is designed for use within the Panduit Opticom™ fiber system — specifically compatible with Opticom™ rack-mount and wall-mount enclosures, fiber adapter panel brackets, and zero-U adapter panel supports. This system-level compatibility ensures the panel indexes correctly into the enclosure's retention features and aligns with Opticom™ fiber management accessories including slack spools and bend radius limiters.
For teams building out fiber optic patch panels and cross-connect infrastructure in TIA-942 compliant data centers, the FAP8WAQDLCZ slots into MDA-to-HDA and HDA-to-EDA interconnect schemes using LC duplex patch cords on the front face and pre-terminated trunk cables or pigtails on the rear. It is compatible with standard LC duplex multimode patch cords — aqua-jacketed OM3 or OM4 — available from Panduit and other vendors meeting TIA/EIA-568-C.3.
For broader structured cabling builds where fiber density planning is a factor, pair this panel with Opticom™ enclosures sized to your port count targets. A fiber optic enclosure selection matched to your rack space and fiber count avoids mid-project re-work when capacity needs change. If your deployment includes both copper and fiber zones, Panduit's modular patching ecosystem is designed to maintain consistent management standards across both media types.
What's in the Box
- 1x Panduit FAP8WAQDLCZ Opticom™ OM4 8 LC Duplex Fiber Adapter Panel
Frequently Asked Questions
Q: What fiber types does the FAP8WAQDLCZ support?
A: The FAP8WAQDLCZ supports OM3 and OM4 multimode fiber. The aqua adapter color follows TIA/EIA-568-C.3 color coding for OM3/OM4 10GbE applications.
Q: How many fiber connections does the FAP8WAQDLCZ provide?
A: It provides 8 LC duplex adapters, yielding 16 individual fiber connections per panel.
Q: What enclosures is the FAP8WAQDLCZ compatible with?
A: The FAP8WAQDLCZ is designed for use with Panduit Opticom™ rack-mount enclosures, wall-mount enclosures, fiber adapter panel brackets, and zero-U adapter panel supports within the Opticom™ system.
Q: Is the FAP8WAQDLCZ RoHS compliant?
A: Yes. The FAP8WAQDLCZ is RoHS compliant and meets or exceeds TIA/EIA-568-C.3 standards for fiber optic cabling components.
Q: Why does the FAP8WAQDLCZ use zirconia ceramic sleeves instead of phosphor bronze?
A: Zirconia ceramic provides tighter ferrule-alignment tolerances and longer mating cycle life compared to phosphor bronze, resulting in lower and more consistent insertion loss — important for 10GbE links operating near optical power budget limits.
Q: How many panels come in a package?
A: The FAP8WAQDLCZ is sold as a single panel (package quantity: 1). It is also available in carton quantities of 10 for larger infrastructure deployments.
The FAP8WAQDLCZ is the kind of component that doesn't get talked about much until someone specifies the wrong sleeve material on a 10GbE backbone run and starts chasing intermittent link errors. The zirconia ceramic split sleeves on this panel are the detail that matters — tighter tolerances than phosphor bronze means you're starting a cross-connect link with insertion loss headroom intact, not already burning into your power budget on the first patch.
Technical Highlights:
- 16 Fibers in a Single Panel: 8 LC duplex ports per panel is a density point that keeps MDA and HDA cross-connects compact. In a fully loaded Opticom™ enclosure, that adds up fast — fewer enclosures needed, less rack space consumed, and a cleaner cable management picture than discrete adapter mounts.
- OM3/OM4 Dual Compatibility: The FAP8WAQDLCZ works with both OM3 and OM4, which matters in environments mid-migration. You can populate an enclosure with these panels before all runs are upgraded to OM4 and avoid a second panel purchase when the migration completes.
- TIA/EIA-568-C.3 Compliance: This standard sets the performance floor for insertion loss, return loss, and mating durability in enterprise fiber interconnects. A panel that meets or exceeds it is a defensible specification for any structured cabling bid — not a vendor claim, a standards document reference.
Deployment Considerations:
- This panel is system-specific — it installs into Opticom™ enclosures, brackets, and zero-U supports. Verify your enclosure model is Opticom™-compatible before ordering; it is not a generic snap-in panel.
- The aqua color coding assumes your team is following TIA/EIA-568-C.3 conventions. If your existing plant uses non-standard color assignments, document the deviation clearly — the visual identification benefit is only reliable when color conventions are consistently applied across the entire structured cabling plant.
For a TIA-942 compliant data center build — specifically MDA-to-HDA backbone cross-connects running 10GbE over OM4 — the FAP8WAQDLCZ is a clean, standards-verifiable choice that integrates directly with the Opticom™ system without requiring custom adapters or hybrid enclosures.
