Air Blown Micro Fiber Optical Cable

Air blown fiber allows providers to install a lower-cost, high-capacity optical network. The system also facilitates future network expansion by allowing operators to install more fibers as service demand grows.

Air-blown fiber utilizes micro ducts that are much smaller than traditional air-blown-micro-fiber-optical-cable innerducts or conduits. It is an ideal solution for FTTH networks, where cost, speed of deployment and flexibility are crucial factors.

Cost-effectiveness

Air-blown fiber cable is an efficient way to install optical fiber networks. The technology uses a patented technique that involves blowing fiber into micro ducts, plastic tubes smaller than conventional fiber innerducts. This method minimizes the number of splice points and reduces installation time. Moreover, the system can be upgraded without any additional construction work. This means that the network can be expanded with new types of optical fibers, or with different services, without any disruption to end users.

The blown-fiber system also allows for faster deployment than traditional methods, and provides a more reliable connection. It is less prone to damage from bending or twisting, and its sturdiness is ideal for industrial applications. The technology can be deployed in areas that are difficult to access with traditional cables. This makes it a popular choice for FTTH, or fiber to the home, projects.

The blown-fiber system is also more cost-effective. It requires little equipment and space, and the cost of installing a network is significantly lower than that of pulling traditional cable. In addition, the technology is less disruptive and more environmentally friendly than conventional cable, which causes significant damage to the environment. This method also eliminates unused fiber waste, which is a common problem with traditional optical fiber cabling. This system can also be installed in stages, which can further reduce the cost of installation.

Flexibility

Air blown micro fiber cables are a flexible solution that can be used in many different situations. They can be deployed without the need for trenching or conduits, and they are also less likely to suffer from damage during installation. This makes them ideal for data centers that need to adapt quickly to changing network needs.

The air blown optical fiber cabling system uses empty fiber optic air micro pipes that can be easily re-used in future network upgrades. This is a revolutionary technology that will revolutionize the way we handle the transmission of data. It will help reduce the amount of time and money that is spent on installing traditional cables.

Blown fiber to the home (FTTH) networks are rapidly becoming the preferred access architecture in areas where cost of homes passed, speed of deployment, flexibility and future scalability are key factors. They are also being deployed in other networks, including datacenters and 5G, where high fiber counts are needed between two points.

Unlike traditional cable, which must be cut and connected to new equipment to be installed, air-blown microcables are blown into existing ducts using compressed air. This process is much faster fiber optic cable assembly industry and cheaper than traditional installations, and it allows for more flexibility in terms of network design. It also saves pipeline resources and enables the delivery of more bandwidth to users.

Reliability

Air blown micro fiber cabling system is an ideal solution for structured wiring systems in the backbone network, metropolitan area networks and access networks. It is also suitable for the FTTH network. It has the advantages of cost-effectiveness, flexibility and reliability. It can be laid in existing communication pipelines and can be easily replaced in the future with different types of optical fiber. It also makes use of the original old optical fiber without destroying it. Moreover, it can save the pipeline resources and provide reserved pipe hole for future expansion. Besides, it has excellent weather resistance and bending performance.

A key feature of a successful blown fiber project is the integrity of the microtubes. The tubes must be able to hold the pressurized nitrogen or compressed air used for blowing. The tube-cables must also be free of kinks, blocks and insects. During the initial installation stage, two-man teams with pressure gauges check the integrity of each microtube.

Blown fiber is a new technology that offers several benefits over traditional fiber cabling methods. The splice-free installation saves installation time and increases overall reliability, because no strain is placed on the fiber cables. This is especially important in data centers, where high-speed communication is critical. Additionally, it is easy to replace damaged sections of the cable, which will restore functionality quickly and avoid costly downtime.

Installation

Air-blown fiber cabling is a highly efficient solution for long-distance fiber networks. It eliminates the tension that occurs with pulling cables and minimizes signal attenuation. Additionally, it offers greater flexibility in network expansions and a lower total cost of ownership. In addition, it can be installed in a variety of environments, including underground or overhead.

The installation of an air-blown fiber optic cable is simple and quick. It uses compressed air to blow fiber units into micro ducts, plastic tubes much smaller than traditional innerduct or conduits. The blown optical fiber unit is then inserted into the duct, making it an ideal choice for backbone and metropolitan networks. Blown optical fiber cabling systems can also be used to upgrade existing networks. This system reduces deployment costs and allows for easier installation of new cables without disrupting the service area.

OFS has an extensive line of microcables designed for air-blown installations, including Telcordia GR-20 compliant designs and ultra-high-density constructions. In addition to their high capacity, these microcables have a small diameter and good bending performance. This makes them ideal for FTTH applications. With a wide range of splice kits and other accessories, OFS microcables are ready to meet your network needs. To learn more, contact a specialist today.