The 1U 19 inch rack mount MTP/MPO patch panel with 96 cores is a compact and efficient solution for managing MPO/MTP fiber cables in data centers or telecommunication networks. It offers high port density, accommodating 96 cores in a 1U form factor. The fiber patch panel is compatible with MTP/MPO connectors, enabling quick and reliable connections. It features easy cable management options, both front and rear connectivity, and a modular design for scalability. UnitekFiber manufactures MPO/MTP patch panels with clear labels for easy identification, simplifying installation, maintenance and troubleshooting. Overall, MPO/MTP patch panel cabling provides a reliable and space-saving solution for high-density fiber optic cable management.
1. High density wiring application condition
2. Standard 19''
3. High-density, 1U 96 fibers
4. Rack mount type design, easily installed
5. Can be loaded ABS MPO module cassette or LC/SC/FC fiber adapters panel
6. Sprayed surface treatment process
7. Customizable color and LOGO
The MTP/MPO module cassette is an enclosed unit that usually include fiber optic connectors such as SC fiber optic connectors and LC connector plugged into fiber optic adapters on the front side of the MTP/MPO module cassette and MPO/MTP connector plugged into the rear. Using MTP/MPO fiber cassette ensures adaptability for the ever-changing data center and network environment. When requirements for fiber optic connectors change in the future, all you have to do is simply swap out the MTP/MPO fiber cassette all while leaving the existing backbone infrastructure intact.
Adapter Panel and Splice Tray Functions
This MTP/MPO patch panel also provides fiber distribution capabilities with a fiber splicing tray. Duplex LC and SC fiber optic adapter panels provide the interface to manage fiber optic patch cords or fiber pigtails with corresponding fiber optic connectors. They allow for easy and reliable management between optical fibers cable, ensuring efficient data transmission. On the other hand, fiber splice trays are designed to provide a secure and organized environment for splicing optical fibers cable. They typically consist of fiber splice trays or compartments where individual optical fibers cable can be routed and spliced together using fusion splicing or mechanical splicing techniques.
Boost Network Efficiency with High-Density MTP/MPO Patch Panels
The MPO/MTP patch panel find use in data centers, telecommunications networks and cloud computing. In data centers, high-density MTP/MPO patch panel can accommodate large-scale data transmission, reduce latency, and minimize fiber optic cable clutter. In telecommunications networks, these MTP/MPO patch panel enable fiber optic cable management across multiple locations while maintaining network performance and reliability. In cloud computing, these MTP/MPO patch panel support high-bandwidth applications, enabling scalable infrastructure, while in video surveillance systems, MTP/MPO patch panel help monitor security. In conclusion, high-density MTP/MPO patch panel offer a powerful solution for enhancing network connectivity with improved efficiency, scalability, and reliability.
This type of MTP/MPO patch panel has a capacity of 96 optical fibers.
Yes, you can mix different optical fiber types in the MTP/MPO patch panel.
If you need sample to test, please contact our sales team or email us sales@unitekfiber.com.
Optical cable management accessories such as optical cable ties, or fiber splicing trays are commonly used to organize and route the fiber patch cord within the rack.
The build quality is excellent, and it provides seamless connectivity for our high-density fiber optic network.
The MTP/MPO patch panel does the job well. It offers a convenient solution for managing our MTP trunks cable with ease.
The front MTP/MPO patch panel features clear port numbering and easy-to-use MPO connectors.
The fiber module cassette design allows for easy upgrades and expansions. Highly recommended!
The high port density and excellent optical cable management options have made our installation process smooth and efficient.
