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Our 1U High-Density MPO to LC Fiber Patch Panel is the ultimate solution for modern data center cabling infrastructure. Designed for 19-inch standard racks, this robust black metal enclosure houses four modular pre-terminated cassettes. Each cassette features a rear MPO/MTP connector that seamlessly splits into front-facing LC duplex ports (6 ports per cassette, supporting up to 12-fiber trunk cables). Available in both Single-Mode (UPC, blue) and Multimode OM4 (magenta/purple) configurations, this system eliminates the need for on-site splicing. It provides a reliable, high-performance structured cabling foundation that simplifies cable management and is fully ready for 10G to 40G/100G network migration.
Key Features
* High-Density Design: 1U 19-inch rack-mountable form factor with 4 modular slots, significantly saving valuable rack space.
* Plug-and-Play Deployment: Fully pre-terminated cassettes eliminate the need for field termination or splicing, drastically reducing installation time and labor costs.
* Versatile Connectivity: Converts MPO/MTP trunks into 8 or 12-fiber LC breakout connections (supporting both SMF and OM4/OM3 multimode).
* Flexible Configuration: Allows mixing and matching of Single-Mode and Multimode cassettes within the same 1U housing to suit your network needs.
* Robust Build Quality: Constructed from high-strength black powder-coated steel with integrated cable management and strain relief.
* Low Insertion Loss: High-quality premium ceramic sleeves and connectors ensure superior signal integrity.
Application
* Data Centers & Server Rooms: Ideal for high-density 40G/100G Ethernet backbone and storage area network (SAN) cabling.
* Enterprise & Campus Networks: Centralized fiber distribution for large-scale LAN and WAN infrastructures.
* Telecommunications: Efficient fiber routing and distribution in central offices and local exchanges.
* Cloud Computing Providers: Optimized for high-speed, low-latency cloud service architectures and big data interconnections.
* FTTx Installations: Reliable fiber optic convergence for optical distribution frames
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