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MPO/MTP Cable

Connector Jumper
Through precise mechanical structure, the optical fiber connector can align the cores of the two optical fibers, makes light can pass through, so optical fiber’s connection can be realized. In addition, the optical connector can also realize various connecting functions with such as optical fiber cable, active device, passive devices, signal transmission system and instruments.

Browave has decades of production engineering experience in the optical fiber connectors assembly. Meanwhile, our production line has 1 million pieces monthly capacity of optical connectors assembly.

The product line covers SC, LC, MU, FC, MDC, SN and fan out.
Browave also attaches importance to production management and quality control to ensure product quality, and implements strict quality monitoring in the entire production process. Our optical fiber connector products have passed international quality certifications including GR-326, GR-1221 and also comply with IEC related specifications. Through the PFOC certification, so we can provide high-quality and customized products.

In terms of standard and customized products, Browave has accumulated many years of experience in optical connector design and assembly, with our core technology and design experience, it can quickly respond to customers' design requests and also quickly provide customers a widely solutions of telecom, datacom, broadcast TV and communication network applications.


MPO/MTP Jumper
Browave offers 8/12/16/24/48 fibers MPO/MTP® jumper and fan-out cable assembly with various cable jacket types, colors, and lengths for different system requirements and applications. Not only apply to optical transceiver and precision laser application PRIZM® LightTurn®, but can also integrate with high-precision fiber arrays, collimators, MT, and ferrule. MPO/MTP products have passed GR-1435 international quality certification and also comply with IEC related specifications.

Browave MPO connector product’s operating temperature range is -10℃~70℃, and the single-mode optical characteristics can be lower than 0.35dB, which is suitable for various optical communication devices.