Fiber Optic Cable

According to the fiber core counts, fiber optic cable can be divided into simplex (single-core) fiber optic cable and duplex (double-core) fiber optic cable. This article will focus on the difference between simplex and duplex fiber optic cable. What is Simplex? Simplex is data transmission that only supports transmission in one direction. In simplex mode, […]

What is the Diameter of Fiber Optic Cable? Fiber optic is generally divided into three layers: core, cladding and coating. The standard cladding diameter for most optical fibers is 125um, and the standard outer protective layer diameter is 245um. The core diameter of multimode fiber is generally 50um or 62.5um, and the core diameter of

Optical cables, as the “nervous system” for information exchange and transmission between buildings, have been laid in large numbers and concentrated in high-rise corridors/pipelines and shafts for optical fiber communication. However, in the event of a fire, these cables may contribute to the spread of the fire and make it more difficult to fight the

Multi-core optical cables are widely used in high-density connections indoors and outdoors. Breakout cables and distribution cables are the commonly used multi-core optical cables. Then, what is the difference between breakout cable and distribution cable? Breakout Cable VS Distribution Cable Both breakout cable and distribution cable are composed of 900um tight buffered optical fiber. But

The optical cable structure can be divided into two types according to whether the optical fiber is tightly wrapped: loose tube and tight buffered structure. These two structures are designed for different usage environments. The loose tube structure is mostly used for outdoor optical cables, and the tight buffered structure is mostly used for indoor

Mining fiber cable is suitable for coal mines, gold mines, iron mines and other mines. It has flame retardant and anti-rodent properties, and is a good communication solution for mines, especially in accident-prone areas, ensuring smooth communication and reducing losses when accidents occur. Let’s learn more about mining fiber optic cables. What is Mining Fiber

With the rapid development of optical communication networks, more and more optical cables are used in different environments. If in a harsh environment, it is very important to ensure the safety of your fiber optic cable when transmitting data. This is where armored fiber optic cables come into play. Armored cables protect the cables from

How can operators meet today’s infrastructure needs and open the way for new growth while reducing future construction costs? The answer is the deployment of microduct optical fiber cable. Microducts are small conduits used to enclose fiber optic and miniature cables into tight, secure enclosures. Microducts and microcables are designed to work together to provide

There are two main types of fiber optic cable construction: loose tube and tight buffer cable. Loose tube fiber optic cables are ideal for outdoor environments where extreme environmental conditions play a major role in cable selection. This article will introduce basic but important information about loose tube fiber optic cable. Click to learn more

Direct bury fiber optic cable is designed for direct burial installation, which is buried directly in the ground without protection. Directly buried optical cables are usually protected with double sheaths and Kevlar yarns. This article can help you learn basic information about direct bury fiber optic cable quickly. What is Direct Bury Fiber Optic Cable?