LC Adapter Panel 6 Ports Loaded With 6 LC Duplex Multimode Adapters

The FAP-LCD6LM is a 12-fiber LGX adapter panel pre-loaded with 6 LC Duplex Multimode adapters, designed for fast and reliable snap-in installation in high-density data environments. We specialize in agile, factory-direct manufacturing, offering extensive OEM customization—from custom color-coded adapters to private labeling—to help you deliver high-quality, branded infrastructure components to your clients.

SKU FAP-LCD6LM Category Tag
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The FAP-LCD6LM is a high-performance modular adapter plate engineered for high-density Multimode fiber distribution. Pre-loaded with six LC Duplex adapters, this panel provides 12 fiber termination points in a space-saving LGX-compatible form factor. Each adapter is built with high-quality phosphor bronze alignment sleeves, which are optimized for the slightly larger core diameters of Multimode fibers (50/125µm or 62.5/125µm), ensuring stable light transmission and excellent durability over repeated mating cycles.

The panel is constructed from heavy-duty cold-rolled steel and treated with a resilient black powder coating, providing a professional aesthetic and superior resistance to corrosion and physical impact. Designed for tool-less “snap-in” deployment, it utilizes integrated nylon push-pin fasteners for immediate installation into rack-mount enclosures or wall-mount cabinets. This panel meets and exceeds ISO/IEC 11801 and TIA-568-C standards, making it a reliable choice for enterprise-grade backbone cabling and high-speed local area networks.

Operational Guidelines:

  • Compatibility Check: While these adapters are standard Aqua (often associated with OM3/OM4), they are backward compatible with OM1 and OM2 fiber types.

  • Cleaning Protocol: Ensure both the internal adapter sleeve and the fiber patch cord ferrule are cleaned with an IBC-style click cleaner before insertion to prevent signal attenuation.

  • Modular Upgrades: Thanks to the LGX standard, this panel can be swapped in seconds without requiring tools, allowing for easy transitions during network reconfigurations.

Ports (Adapters)6
Total Connections12
Connection TypeLC Duplex
ModeMultimode
Ferrule MaterialCeramic
Panel Height29 mm
Panel Width129 mm
Panel ColorBlack
InstallationSnap-in for fiber optic patch panel
ApplicationsData Center | Network Installations
  • 12-Fiber High Density: Leverages LC Duplex small-form-factor connectors to provide double the capacity of standard SC panels.

  • LGX Modular Standard: Fully compatible with industry-standard LGX footprints for effortless integration into existing enclosures.

  • Phosphor Bronze Alignment: Precision-engineered sleeves designed specifically for the mechanical requirements of Multimode fiber links.

  • Rapid Installation: Features dual nylon plungers for quick, secure mounting without the need for screws or specialized tools.

  • Industrial Durability: The rugged steel plate construction ensures the adapters remain securely seated, even in high-vibration environments.

  • Enterprise Data Centers: Ideal for high-speed SAN and LAN patching where space efficiency and modularity are critical.

  • Horizontal Cabling: Perfect for terminating Multimode fiber runs from the telecommunications closet to workstation outlets.

  • Storage Area Networks (SAN): Facilitates the high-bandwidth connections required for modern server-to-storage links.

  • Education & Campus Networks: Provides a central point for managing diverse fiber links across multiple buildings or departments.

In active data center environments, the FAP-LCD6LM allows for a “pay-as-you-grow” strategy. Technicians can start with a partially filled enclosure and simply snap in additional 6-port panels as more server racks are brought online. During maintenance, the LC Duplex configuration allows for easy identification of transmit and receive pairs, reducing the risk of polarity errors during high-pressure troubleshooting or network expansion.

We provide a flexible manufacturing platform to help you bring branded or specialized solutions to market:

  • Custom Color Coding (ODM): We can load the panel with specific adapter colors to denote different network tiers (e.g., Beige for OM1/2, Aqua for OM3, Heather Violet for OM4, or Lime Green for OM5).

  • Private Labeling (OEM): High-resolution silk-screening of your corporate logo and unique internal part numbers directly onto the metal faceplate.

  • Alternative Material Design: Request lightweight aluminum plates or custom steel gauges to meet specific project weight or strength specifications.

  • Tailored Kit Assembly: We can provide the panels pre-packaged with matching LC patch cords and cleaning kits for a complete, branded “Network-in-a-Box” solution.

As a manufacturer-direct partner, we maintain significant inventory of standard LGX plates to ensure rapid turnaround times for global shipping. Our quality management system ensures every panel is inspected for fitment and mechanical alignment. We offer tiered pricing models to support both large-scale infrastructure projects and niche specialized distributors.

Technical Q&A:

  • Q: Can these adapters support 10G or 40G Multimode applications?

    • A: Yes. When paired with OM3 or OM4 fiber, these adapters are fully capable of supporting 10GbE, 40GbE, and even 100GbE short-range optical links.

  • Q: Is the panel compatible with non-LGX enclosures?

    • A: This panel is designed specifically for the LGX footprint (approx. 130mm x 29mm). If your enclosure uses a different mounting standard, we can manufacture a custom-sized plate to fit your specific needs.

  • Q: Why use Phosphor Bronze sleeves instead of Ceramic for Multimode?

    • A: Phosphor bronze is the industry standard for Multimode because it offers the perfect balance of durability and alignment precision for larger-core fibers at a more cost-effective price point.

  • Q: What colors are available for the adapters?

    • A: Our standard is Aqua for Multimode, but we can provide Beige, Magenta, or Lime Green depending on your specific fiber classification requirements.