Edai Popular | Which fiber jumping lines can meet the demand for 5G construction

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Edai Popular | Which fiber jumping lines can meet the demand for 5G construction

Since the emergence of 5G technology, its own hotspots have become the center of people’s topic in an instant. The scope has been built from 5G and used to its derived related industries. Therefore, the optical communication industry is no exception. Variety, low latency and other performances can provide more reliable and stable network connection services. At the same time, due to the use of high -frequency signals and limited coverage of 5G base stations, the construction demand for base stations has increased significantly, which put forward new requirements and new challenges for the performance and technological development of optical fiber jump lines (fiber optic cables).

At present, although 5G still has uncertainty in the selection of network architecture and technical solutions, 5G optical fiber optic cables need to meet the current network application and future development needs in the basic physical layer. The following is a popular fiber optical fiber wires that Edai proposed to 5G networks. They can help solve practical problems in 5G construction to a certain extent.

1. Bending non -sensitive optical fiber jump line

The biggest challenge and difficulty of 5G access network construction lies in the dense fiber connection between the large -scale 5G macro -based station and the indoor micro -base station. The complex wiring environment, especially the indoor fiber wiring, and the small limited space, put forward high requirements for the bending performance of the fiber. And Edai’s curved non -sensitive optical fiber jumping line can easily achieve indoor micro -base stations. While ensuring performance, it can be fixed and bent at the corner of the wiring.

2. OM5 multi -mode fiber jumping line can be applied to 5G core network

At present, the network transmission rate of data centers is gradually migrating from 10G/25G, 40G/100G to 25g/100G, 200G/400G, which puts forward new requirements for multimodular fiber optic cables used in the data center. The Edai OM5 multi -mode fiber jumping line can not only be compatible with the existing Ethernet standard, but also meet the upgraded conditions of high -speed networks such as 400G/800G in the future, and support short wave wave dumping (SWDM) and single fiber two -way (two -way (SWDM) and single fiber two -way (two -way (SWDM) (SWDM) BIDI) and other wave division reuse technologies also need excellent bending performance to adapt to high -density wiring scenes of the data center

At present, the above -mentioned optical fiber jump line (optical fiber cable) meets the demand for 5G network construction. The 5G network has the characteristics of high bandwidth and low latency, while facing complex outdoor deployment, which brings huge challenges to optical fiber manufacturers, and also created new opportunities for future infinite development. Therefore, the optical fiber network must respond quickly to meet the endless new needs.

Shenzhen Edai Technology Co., Ltd. was established in 2007. It is a national high -tech enterprise integrating R & D, production, operation, and service. The company focuses on providing optical fiber and copper cable connection products for global customers, providing one -stop optical fiber wiring systems and network cable comprehensive wiring solutions for domestic and foreign operators, telecommunications main equipment vendors, system integrators. The main products include high -density data centers, 5G prequel, OBO plate connection and fiber -to -households. The company takes “quality is life”. The product has passed CE, ROHS, UL, FCC and other certifications to ensure the reliability and stability of each product and provide outstanding products for customers.

Article source: https://www.adtek.com.cn/

Edai Popular | Which fiber jumping lines can meet the demand for 5G construction

Edai Popular | Which fiber jumping lines can meet the demand for 5G construction

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