GYFTY Fiber Optic Cable – The Difference Between ADSS and GYFTY


GYFTY Fiber Optic Cable – The Difference Between ADSS and GYFTY

GYFTY fiber optic cable is a type of non-metallic self-supporting optical fiber cables that are widely used in telecommunications data transmission applications. It is also known as ADSS, a lightweight and all-dielectric cable designed for overhead and duct applications.

In this cable design, single-mode or multi-mode optical fibers are positioned in loose tubes made of high modulus plastic and filled with water blocking filling compound. Then these tubes are stranded around FRP as the non-metallic central strength member to form a compact and circular cable core.

Enhanced Durability

Whether you’re looking for a non-metallic fiber cable or a high-performance aerial cable, choosing the right product will help ensure gyfty-fiber-optic-cable-aerial-and-duct your network operates at maximum capacity for years to come. In the realm of non-metallic cables, two popular options are ADSS and GYFTY cables. Understanding their distinct characteristics can help you make an informed decision about the best option for your needs.

ADSS optical fiber cables feature an all-dielectric design, making them a cost-effective solution for aerial applications. They are lightweight and easy to lay, reducing the strain on power lines and other infrastructure. They also have excellent anti-electromagnetic ability, making them ideal for overhead power lines. In addition, their all-dielectric construction makes them suitable for use in areas with excessive thunder.

GYFTY optical fiber cable is designed for duct and aerial(lashed) installation. It has a special filling get filled loose tubes, which provides perfect optical fiber protection. The loose tubes are stranded together around a non-metallic central strength member to form a compact and circular cable core. The gaps are filled with a water-blocking filling compound, making the cable resistant to moisture and mechanical stress.

The loose tube structure of gyfty optical fiber cable provides better flexibility and is more resistant to temperature variations. It is also waterproof, making it a good choice for outdoor installations. The cable can withstand heavy loads, such as those from back props and towers. In addition, the cable is abrasion-resistant and has a good tensile strength. It also features a steel tape longitudinally wrapped to prevent gunshot and rodent damage.

Improved Flexibility

Unlike other types of fiber optic cables, GYFTY cable features a stranded loose tube design that protects the optical fibers while maintaining flexibility. This feature reduces the risk of physical damage, ensuring reliable signal transmission and longevity for the network. It also helps minimize downtime and maintenance costs, delivering a cost-effective solution for telecommunications networks.

The non-metallic strength member of GYFTY cable is made from aramid yarn or fiberglass, offering resistance to corrosion, electromagnetic interference, and lightning strikes. This strength member also enhances the cable’s crush resistance and durability. In addition, it eliminates the need for an additional metallic armor layer, which simplifies the installation process and increases the cable’s flexibility.

Additionally, the stranded loose tube design of GYFTY cable allows the optical fibers to bend and twist without damaging them. This flexibility makes it easier to route the cable around corners and through ducts, reducing installation time and labor costs.

The stranded loose tube design of GYFTY cables can be bundled together with other cable types to form an integrated telecommunications system, simplifying the process. It also enables the cable to be installed in a variety of outdoor environments, including those prone to moisture and temperature fluctuations.

Reliable Performance

Compared to other types of fiber cables, GYFTY cable provides superior durability and resistance to harsh environments. This is primarily due to its stranded loose tube design and non-armored structure, which combine to provide mechanical protection and flexibility for outdoor installations. The stranded loose tube design houses the optical fibers in protective buffer tubes filled with thixotropic gel. This protects the fibers from external forces and ensures reliable signal transmission.

The non-metallic strength member also plays an important role in GYFTY cable’s overall performance. It bears the mechanical load during installation and operation, preventing excessive strain from impacting the optical fibers. In addition, it helps mode-conditioning-fiber-patch-cords to reduce the risk of electromagnetic interference and lightning strikes.

Furthermore, the non-armored design of GYFTY cable simplifies installation and handling. It eliminates the need for specialized tools and techniques, allowing installers to save time and money. However, it is important to note that the cable should be handled with care to prevent excessive bending or twisting, which can damage the optical fibers.

GYFTY cables are commonly used in several applications. Telecommunications service providers use them in their network infrastructure to deliver high-speed internet services to residential and commercial customers. Educational institutions rely on them to establish robust campus networks for a variety of online learning and research initiatives. Healthcare facilities and government agencies also utilize them to connect their various offices and branches.


When you choose GYFTY fiber optic cable for your communication network, you can rest assured that it offers superior reliability at an affordable cost. This is because the cable can be installed above ground on poles or towers, which eliminates the need for underground digging. This is especially useful when the terrain is rocky or uneven, making it difficult to install traditional cables.

This type of cable is also highly durable, able to withstand harsh environmental conditions. Its stranded loose tube design and protective buffer tubes help it to resist moisture, UV radiation, and extreme temperatures. These qualities make it suitable for telecommunications service providers, educational institutions, healthcare facilities, government agencies, and industrial/manufacturing plants to establish reliable and high-performance communications networks.

Additionally, the non-metallic strength member in GYFTY cable helps to protect the optical fibers from external forces and maintain a high level of tensile resistance. This component is typically made of aramid yarn or fiberglass, providing both durability and flexibility. This feature allows GYFTY to deliver reliable performance at an affordable cost, making it ideal for long-haul installations and campus networks.

Safaricom, one of Kenya’s leading telecommunications service providers, chose FMUSER’s turnkey solutions and expertise to implement an extensive GYFTY cable infrastructure in their network. This network expansion project helped them to achieve their connectivity goals and deliver enhanced services and experiences to their customers.

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