The 2U MTP/MPO fiber patch panel is designed to accommodate high-density applications in Data Centers, telecommunications and or enterprise cabling. It comes with front and rear cable management trays which can reduce a lot of stress on fiber cables and prolong their life expectancy. The design of ultra-high-density fiber enclosure allows for easy connection to the LC adapters using multi-fiber optical patch cords and is mountable in a standard rack unit or cabinet frame. Its maximum expandable to 288 fibers by pre-terminating 72 pcs LC quad adapters. The rack mounted ultra-high-density fiber patch panel accepts up to 12 pcs metal MTP/MPO-LC cassettes in a 2U space. It allows a total of max 288 LC adapters in front and 24 pcs MPO/MTP connectors for fiber connection. The rack mount high-density panel provides a flexible choice to deploy patching or cross-connect when using a minimum of space.
The 2RU rack mounted high-density fiber patch panel is a one-piece structure for quick deployment and offers both front and rear-mounting capabilities with easy-access cable management. The MTP/MPO patch panel is compatible with high-density cassettes which up to 288 fibers in 2U. It also has built-in rear cable managers to help manage cables easily and quickly.
Features:
1 The main frame is made of high-quality cold-rolled steel, and electrostatic spraying on the surface
2. 2U enclosure in the front is up to 72 LC Quad fiber ports, 24 MTP or MPO connectors in the rear for connection.
3. The Metal Cassette is interchangeable between fiber enclosure panels
4. Support both single-mode and multimode applications
5. Supports various configurations to meet the evolving needs of your network, ensuring flexibility for future upgrades
Applications:
1. Data Centers: Facilitates high-bandwidth connections and supports scalable infrastructure to meet the increasing demands of cloud computing and data storage.
2. Telecommunications: Ideal for handling high-density fiber installations in telecom networks.
3. Enterprise Networks: Enables efficient fiber management for large office buildings or campus networks, enhancing both performance and organization.