Chengdu Focus Infra Materials Company's Fiber Optic Splicing Technology Innovation And Fiber Splicing Tray Capacity Improvement In The 5G/6G Era

Chengdu Focus Infra Materials Company's Fiber Optic Splicing Technology Innovation And Fiber Splicing Tray Capacity Improvement In The 5G/6G Era

Introduction: Evolution of fiber fusion splicing technology and splice tray capacity requirements

   The 5G and upcoming 6G network eras have brought unprecedented challenges to network bandwidth, transmission rate and stability. In order to meet the needs of high-speed and large-capacity data transmission, the scale of fiber optic network construction continues to expand. As the core link of fiber optic network construction, the efficiency and reliability of fiber optic splicing technology directly affect the performance of the entire network. The quality of protection after fiber splicing is directly related to the long-term stable operation of the network. As a device that accommodates a large number of spliced optical fibers, the capacity of the splice tray directly determines the efficiency and cost of network construction. With the expansion of network scale and the continuous increase in optical fiber density, the demand for high-density and large-capacity splice trays is growing. Chengdu Focus Infra Materials Company, as an enterprise dedicated to the research and development of optical fiber splicing technology, has made active explorations and innovations in meeting this market demand. This article will focus on the improvement of Chengdu Focus Infra Materials Company in the technology of optical fiber splicing protection tubes and its contribution to the increase in the capacity of splice trays.

Argument: Chengdu Focus Infra Materials Company's innovation in optical fiber splicing protection tube technology and its impact on the capacity of the splicing tray

  Chengdu Focus Infra Materials Company has developed a new type of fiber fusion protection tube for 900μm optical fiber cores. After shrinking, the diameter of the protection tube can be reduced to 1.95mm. This technological breakthrough has significantly increased the capacity of the fiber splicing tray. In order to deeply analyze its impact, we will discuss it from the following aspects.

1. Application of miniaturization technology and improvement of space utilization

  The volume of traditional fiber fusion protection tubes is relatively large, which limits the capacity of the fiber splicing tray. Chengdu Focus Infra Materials Company has successfully achieved the miniaturization of the protection tube by optimizing materials and processes, significantly reducing the footprint of a single fiber fusion point. This miniaturized design maximizes the space utilization of the fiber fusion tray, thereby accommodating more fiber fusion points in the same physical space. The diameter of the traditional protection tube after shrinking is 2.5mm-3.0mm, while the diameter of Chengdu Focus Infra Materials Company's improved protection tube after shrinking is 1.95mm. In the same fiber fusion tray space, the latter can accommodate more optical fibers, and the capacity increase ratio can be obtained by calculating the space volume ratio.

2. Material properties and welding quality assurance

  The material properties of the protection tube directly affect the quality of the welding and long-term stability. Chengdu Focus Infra Materials Company has conducted in-depth research on material selection and process optimization to ensure that the improved protection tube has good weather resistance, corrosion resistance and mechanical strength, and can effectively protect the welding point from the influence of the external environment, thereby ensuring the long-term stable operation of the network. This requires strict testing and evaluation of the material's heat resistance, tensile strength, UV resistance, etc. For example, high molecular polymer materials can be used, and their cross-linking degree and additives can be optimized to achieve the best comprehensive performance.

3. Cost-benefit analysis and market competitive advantage

  Although the R&D and production costs of the improved protection tube may increase slightly, the increased capacity of the fiber splicing tray and the improved space utilization will ultimately reduce the unit fiber splicing cost and improve the overall network construction efficiency. This gives Chengdu Fuke an advantage in market competition and enables it to provide customers with more cost-effective products and services. Cost-benefit analysis needs to consider the production cost of the protection tube, the manufacturing cost of the fiber splicing tray, and the overall cost of network construction, and conduct a comprehensive comparison and evaluation.

Summary: Technological innovation and future development prospects

  Chengdu Focus Infra Materials Company has successfully achieved the goal of shrinking the 900μm optical fiber core to 1.95mm in diameter through innovation in optical fiber splicing protection tube technology, greatly improving the capacity of the splicing tray and providing strong technical support for 5G/6G network construction. This technological breakthrough not only improves network construction efficiency and reduces construction costs, but also improves network stability and reliability. In the future, Chengdu Focus Infra Materials Company can further explore more advanced materials and processes, for example, research lighter, more durable, and more environmentally friendly materials, further reduce the volume of the protection tube, and increase the capacity of the splicing tray to meet the needs of higher density and larger capacity optical fiber networks in the future. At the same time, strengthening cooperation with operators and equipment manufacturers to promote the standardization and industrialization of optical fiber splicing technology will have a positive impact on the entire optical fiber communication industry.