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MPO Flexible Backplane Optical Connectivity

Based on the multi-core design of MTP/MPO connectors (commonly 12-core, 24-core, 48-core, etc.), flexible materials (such as polyimide) are used as substrates, which have good bending performance and vibration resistance. They can adapt to complex wiring paths (such as narrow spaces inside equipment and corners), reduce the wiring limitations of traditional rigid fiber optic patch cords, and reduce the risk of breakage caused by mechanical stress.

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External Passive Optical Connection

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sisily.liu@agix.net.cn

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0512-65696066

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Product Description

▍Product Introduction
Based on the multi-core design of MTP/MPO connectors (commonly 12-core, 24-core, 48-core, etc.), flexible materials (such as polyimide) are used as substrates, which have good bending performance and vibration resistance. They can adapt to complex wiring paths (such as narrow spaces inside equipment and corners), reduce the wiring limitations of traditional rigid fiber optic patch cords, and reduce the risk of breakage caused by mechanical stress.

▍Product Applications
Data center
Communication network
CATV network
FTTx access network

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Specifications

- Commodity name: MPO Flexible Backplane Optical Connectivity
Based on the multi-core design of MTP/MPO connectors (commonly 12-core, 24-core, 48-core, etc.), flexible materials (such as polyimide) are used as substrates, which have good bending performance and vibration resistance. They can adapt to complex wiring paths (such as narrow spaces inside equipment and corners), reduce the wiring limitations of traditional rigid fiber optic patch cords, and reduce the risk of breakage caused by mechanical stress.

▍Product Introduction
Based on the multi-core design of MTP/MPO connectors (commonly 12-core, 24-core, 48-core, etc.), flexible materials (such as polyimide) are used as substrates, which have good bending performance and vibration resistance. They can adapt to complex wiring paths (such as narrow spaces inside equipment and corners), reduce the wiring limitations of traditional rigid fiber optic patch cords, and reduce the risk of breakage caused by mechanical stress.

▍Product Applications
Data center
Communication network
CATV network
FTTx access network