FCST Telecom Manhole Chamber which is specially designed to provide protection, storage, equipment installation and maintenance and other functions for the underground embedding of optical fiber splice boxes and cable products.

Fiber cable blowing technology is a popular optical cable laying technology. The high-pressure and high-speed airflow generated by the air compressor and the microduct conduit or air blowing fiber are sent into the pre-layed silicone tube through cable jetting machine. Silicone tube protection can greatly reduce the friction coefficient between optical cables and conduits, greatly increase the length of a single laying. However, encountering blockages during this process is a common challenge that needs to be handled promptly and efficiently.

Indoor Flame Retardant Microduct Connector is made from a flame retardant, Low Smoke Zero Halogen(LSZH) polymer making it suitable for use indoors in the event of fire. These connectors Make connections between Microducts quickly and easily in in-building applications, no tools required, which providing an air and water tight connection and keeping debris out of MicroDuct pathway. Transparent design affords greater control when connecting Microducts and enables visual confirmation of the presence of a cable.

Fiber cable blowing is a safe and effective optical cable laying method. During the cable laying process of the cable blowing machine, the traction force of the dragger, the blowing force of the compressed air and the thrust of the conveyor belt act on the optical cable at the same time.

The paper introduces the industry standard of micro duct connector products in optical communication industry.

The cable jetting solution for laying optical cables uses air pressure blowing to blow the optical cable into the laid HDPE conduit pipe. The cable blowing method for laying optical cables is widely used. We may encounter some emergency problems when we carry out cable blowing construction, so how should we respond in time? Here are seven emergency treatment methods for blowing cable construction.

Pre-laid Cable Duct, that is, high-density polyethylene built-in optical cable silicon core tube, also known as "PCD". It refers to the production of silicon core tube products at the same time, through a reliable process to safely synchronize the cable through the special equipment device into the

Underground cabling has four advantages: good safety, efficient use of space, lower optical loss and high visualization. For urban central areas, underground cables are used because they take up less space, are more aesthetically pleasing, and are safer; in the suburbs, overhead cables are chosen for easy maintenance and good economics; for more complex areas, choose appropriate optical cables lines based on actual conditions.

As a communication infrastructure resource, communication pipelines play an important role in today's rapid development of information and communication networks. The scale of operators' communication networks continues to expand, and the development of communication services continues to diversify. In particular, the growing demand for optical cable resources for new services represented by 5G has gradually revealed the shortage of existing network resources, which is reflected in the communication pipelines as pipe holes. There is a shortage of resources, so how to deploy new optical cables?