12-core single-mode fiber is a fiber optic cable that contains 12 single-mode fiber cores for high-speed, long-distance data transmission. Compared with multi-mode fiber, single-mode fiber has a smaller core diameter (usually 8-10 microns) and can support single-mode light wave transmission, so it has lower dispersion and higher bandwidth, and is suitable for long-distance transmission.
Features:
Low loss: Single-mode fiber has low loss, usually between 0.2dB/km and 0.5dB/km, which makes it very suitable for long-distance communication applications.
High bandwidth: Single-mode fiber can support higher bandwidth and is suitable for high-speed data transmission and communication networks such as data centers, metropolitan area networks and wide area networks.
Long-distance transmission: Due to low loss and low dispersion, single-mode fiber can achieve longer transmission distances, usually up to tens or even hundreds of kilometers, without repeaters or amplifiers.
Anti-interference: Single-mode fiber is less sensitive to electromagnetic interference and can provide more stable signal transmission.
Cost: Compared with multimode fiber, single-mode fiber has higher laser light sources and receivers, but its overall cost-effectiveness is better in long-distance and high-bandwidth applications.
Application scenarios:
Data center: high-speed data transmission within or between data centers.
Metropolitan area network and wide area network: long-distance communication network between cities or regions.
Fiber to the home (FTTH): provides high-speed Internet access services.
Telecommunications and military communications: used to build reliable long-distance communication infrastructure.
Scientific research: used in high-precision measurement and remote sensor networks.
12-core single-mode optical fiber usually adopts tight or loose tube structure and is covered with sheath protection to adapt to various installation and use environments. In terms of connection and management, 12-core single-mode optical fiber can be efficiently connected and managed through MPO/MTP connectors or splitters, and is suitable for high-density optical fiber network deployment. With the continuous growth of data communication demand, 12-core single-mode optical fiber plays a vital role in building high-performance, long-distance communication networks. (Source: Dongguan HX Fiber Technology Co., Ltd)
12-core single-mode fiber is a fiber optic cable that contains 12 single-mode fiber cores for high-speed, long-distance data transmission. Compared with multi-mode fiber, single-mode fiber has a smaller core diameter (usually 8-10 microns) and can support single-mode light wave transmission, so it has lower dispersion and higher bandwidth, and is suitable for long-distance transmission.
Features:
Low loss: Single-mode fiber has low loss, usually between 0.2dB/km and 0.5dB/km, which makes it very suitable for long-distance communication applications.
High bandwidth: Single-mode fiber can support higher bandwidth and is suitable for high-speed data transmission and communication networks such as data centers, metropolitan area networks and wide area networks.
Long-distance transmission: Due to low loss and low dispersion, single-mode fiber can achieve longer transmission distances, usually up to tens or even hundreds of kilometers, without repeaters or amplifiers.
Anti-interference: Single-mode fiber is less sensitive to electromagnetic interference and can provide more stable signal transmission.
Cost: Compared with multimode fiber, single-mode fiber has higher laser light sources and receivers, but its overall cost-effectiveness is better in long-distance and high-bandwidth applications.
Application scenarios:
Data center: high-speed data transmission within or between data centers.
Metropolitan area network and wide area network: long-distance communication network between cities or regions.
Fiber to the home (FTTH): provides high-speed Internet access services.
Telecommunications and military communications: used to build reliable long-distance communication infrastructure.
Scientific research: used in high-precision measurement and remote sensor networks.
12-core single-mode optical fiber usually adopts tight or loose tube structure and is covered with sheath protection to adapt to various installation and use environments. In terms of connection and management, 12-core single-mode optical fiber can be efficiently connected and managed through MPO/MTP connectors or splitters, and is suitable for high-density optical fiber network deployment. With the continuous growth of data communication demand, 12-core single-mode optical fiber plays a vital role in building high-performance, long-distance communication networks. (Source: Dongguan HX Fiber Technology Co., Ltd)
