Which Tight-Buffered Fiber Distribution Cable Fits Your Application?

 

tight buffer cable
fiber-cables

 You get two main options when choosing fiber optic cables: tight buffered and loose tube. Before choosing a fiber optic cable, you must consider the environment in which you’ll be setting up your network.

Tight buffered optic cable has become the go-to option for indoor and outdoor applications because of its fast, easy termination. They’re made up of 900µm buffered fibers and layered with aramid yarns that protect the fibers inside.

 

A distribution cable is a tight buffered cable that is perfect for applications that need one termination point with multiple fibers.

Which Tight Buffered Distribution Cable Should You Choose?

Distribution cables come in a variety of types. Each has a different fiber type, cable structure, and outer jacket. Here are a few to consider:

Indoor Tight Buffered Distribution Fiber Cable

Indoor tight buffered distribution cables are used for indoor environments like backboning in intrabuildings and routing between different telecommunication rooms. The larger indoor distribution cable has more than 36 fibers and a unitized design. Smaller cables have fiber counts of 6, 12, or 24 and a non-unitized design. They’re also more flexible, have better cost advantages, and have smaller packages.

The color-coded 12 and 24 fiber counts cables are popular because they can easily be spliced with other cables and terminated with a fiber optic connector,turning them into multi-fiber pigtails and fiber patch cables.

fiber optictight buffer cable
fiber-optics

Armored Tight Buffered Distribution Fiber Cable

Optic fiber cables are usually used indoors because they’re fragile and easy to damage, but they can be used outdoors if the cable is layered inside with an aluminum or steel armored tube. This additional armor makes these cables durable, waterproof, and rodent-proof. They can also be laid underground during their installation.

Low-count armored fiber cable has a single-jacket design and can be used for LAN backbones,  ducts, underfloor or ceiling wiring, aerial and direct-burial cable applications. They are used due to their ease of termination and connection and are ideal for offices and customer areas.

Shop High-Quality Fiber Optic Cables with FiberMart

If you’re searching for an ISO-certified fiber optic networks and communication seller, check out Fibermart. They’re a leading worldwide fiber optics products manufacturer and supplier offiber optic cables and adapters, fiber patch cables, network patch cables, fibersplitters, fiber couplers, fiber quick connectors, PLC splitters, MPO cables, and more.

Get in touch.

 

 

Comments

Post a Comment

Popular posts from this blog

Key Differences Between Polarization Maintaining Patch CableAnd Standard Fiber Patch Cable

Image
  Fiber optic technology has become a staple in modern communication systems, revolutionizing the way we transmit information over long distances. Within this vast domain, various cable types cater to specific applications, and understanding the nuances between them is crucial. Two such cables – the Polarization Maintaining (PM) Patch Cable and the Standard Fiber Patch Cable – offer unique attributes suited to particular functions. Here, we delve into the key technical and functional distinctions between these two cable types. 1. Core Functionality And Design Polarization Maintaining Patch Cable : PM patch cables are specially designed to maintain the polarization of light as it travels through the fiber. This is vital in applications where preserving the polarization state of light is crucial, such as in coherent communication systems or certain types of fiber sensors. The internal structure of a PM fiber, including its stress rods, ensures that light maintains its origin
Read more

How Optical Amplifiers Enhance The Efficacy Of Polarization Maintaining Systems

Image
  In the expansive realm of optical communications, the combination of optical amplifiers and polarization-maintaining systems represents a symbiotic relationship that results in superior performance and efficient data transmission. As our global data demands continue to grow, the importance of efficient and reliable optical systems cannot be understated. In this article, we shall uncover how optical amplifiers play a pivotal role in enhancing the efficacy of polarization-maintaining systems. Understanding Polarization Maintaining Systems To comprehend the benefit of optical amplifiers , it's essential to first understand polarization-maintenance (PM) systems. Polarization refers to the orientation of light waves as they propagate. In most optical systems, external perturbations can disturb this orientation, leading to what's known as 'polarization mode dispersion'. This can severely hamper the quality of signal transmission. PM systems are designed to mainta
Read more