Since 1995

Fiber Solutions

Fiber Optic Manufacturer

China Factory.

Send Enquiry Now

Specialized Fiber Optic Products Manufacturer Since 1995. Professional Data Center Fiber Solutions from Huihong Technologies.

Since 1995

Fiber Solutions

Fiber Optic Manufacturer

China Factory.

Send Enquiry Now

MPO/MTP Fiber Optic Patch Panels

MPO/MTP fiber optic patch panel is the most economical and cost-effective high-density fiber solution. Each MPO optical fiber distribution frame/fiber optic patch panels from huihongfiber can accommodate multiple MPO/MTP boxes; they are the highest density solutions available among MTP/MPO enclosures. Alternative fiber optic cassettes and plates are also available, including LC, LC/APC, and MPO/MTP connections. Custom MPO fiber distribution frames/fiber optic patch panels are available for simple OEM solutions.MPO-LC/SC pre-terminated fan-shaped fiber means that one end uses MPO single-ended 12-core or 24-core connectors, while the other end uses LC/SC connectors. This product is mainly used in the pre-termination module box to connect the pre-termination backbone optical cable and the jumper between the equipment to make it modular and achieve plug and play. Compared with traditional fusion splicing, it improves the convenience and efficiency of work.

1U MPO/MTP Fiber Patch Panel
1u mpo fiber optic patch panels

1U MPO/MTP Fiber Patch Panels

2U MPO Fiber Patch Panels

2U MPO/MTP Fiber Patch Panels

3U MPO Fiber Patch Panels

3U MPO/MTP Fiber Patch Panels

Connector AMPO/MTPConnector BLC
Fibre ModeOS2/OM3/OM4/OM5Wavelength850/1300/1310/1550nm
Polish TypeUPC/APCCable JacketOFNR/OFNP/LSZH
1U typeMax 4 MPO/MTP Cassettes1U Closure Size482mmx350mmx44.5mm
2U typeMax 8 MPO/MTP Cassettes2U Closure Size482mmx350mmx88.9mm
3U typeMax 12 MPO/MTP Cassettes3U Closure Size482mmx230mmx133mm
Storage Temperature-40°C to +85°COperating Temperature-10°C to +70°C

Features:

1. Convert the branch of multi core MPO/MTP connector to LC duplex connector;
2. It is convenient for management, and the panel can be customized according to the needs.
3. The front panel is equipped with LC adapter, and the rear panel is equipped with MPO/MTP adapter;
4. The MPO-1U optical fiber distribution frame (box) can be installed with 4 MPO or MTP pre-termination boxes, and the pre-termination boxes can be installed with duplex LC adapters to realize the transmission of 96 optical fiber cores.
5. The MPO 3U optical fiber distribution frame (box) can be installed with 12 MPO or MTP pre-termination boxes, and the pre-termination boxes can be installed with duplex LC adapters to realize the number of transmission fiber cores up to 288 cores.
6. All ports are marked on the front end, which is easy to identify and search.
7. The MPO/MTP-LC module box adopts imported locks and strip adapter panels.
9. The pull-out structure can be pulled out freely for easy operation, and the sealing performance is good to prevent dust.

MPO/MTP-LC pre-terminated modular box is mainly to branch the 12-core MPO connector at the end of the main optical cable into a two-core conventional connector. The specific feature is that the front of the module box is an LC adapter (flange) port, generally 12 or 24 duplex or 6 quadruple adapters are used, and two MPO or MTP adapters are installed on the back. In the module box is the jumper fiber, which directly connects the LC duplex adapter (flange) on the front panel and the MPO or MTP adapter on the back to form a whole. Each individual MPO/MTP-LC pre-terminated module box is placed in the fiber distribution frame to form a complete MPO/MTP-LC fiber distribution frame (box).

Through huihongfiber factory termination and testing, system transmission performance and wiring quality can be improved; based on modular design, system components can be quickly connected, reducing on-site construction costs; and system failure can be quickly restored. When the data center is upgraded and changed, the pre-termination system can reduce the risks brought by the movement; its high density will also greatly save the cabinet space, which will help reduce the energy consumption of the data center; Next-generation fiber optic cabling system upgrade.

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