1. Commit to technological innovation: For the long-term development of optical fiber cable technology, a steadfast focus on technological reform and innovation is essential. In the process of developing new optical fiber cable technologies to replace existing ones, maintenance efforts require the continuous development of new sensors and remote control technologies. Specifically, with regard to gas-filled maintenance technology, filled-type optical fiber cables should not be used in the actual maintenance process. At the same time, emphasis must be placed on ensuring a seamless, automatic transition during the transition from old to new communication optical cable technologies, so that updates to the technology do not adversely affect users’ communication quality.
2. Improving the Reliability of Optical Cable Systems
Although current optical cable-based communication systems offer high bandwidth and uniform signal density, and their technical applications can generally meet user communication needs, instances of unstable communication still occur from time to time in practical applications. Improving the stability of optical cable systems should be a key priority for the next phase of optical cable technology and represents a major future trend in the field.
3. Strengthening Research and Development of New Products
China currently has a large base of network users that continues to grow annually. Different users have varying requirements for the optical cables they connect to and the deployment methods of local area networks in their respective regions. This necessitates adjustments to optical cable technology. The personalized and heterogeneous nature of user demands for optical cables presents an opportunity for innovation and development in optical cable structural design, with design efforts increasingly emphasizing environmental and installation considerations. At the same time, future design and construction efforts will continue to incorporate ongoing, customized refinements based on users’ actual circumstances, ensuring that optical cables remain highly practical in any geographical location.