With the ever lasting advancement of networking technology, there comes an increasing demand for data centers to accommodate higher density cables and more bandwidth. However, it is generally acknowledged that data centers are often with limited space. Then how to handle those massive cables in such circumstances becomes a vital issue. This article will introduce the LC uniboot fiber patch cable, an optimum alternative for cable management that is designed to deliver maximum connectivity performance.
LC uniboot fiber patch cable consists of two LC connectors that wrapped by a common housing with one boot. It is terminated on a single, round, two-fiber cable to achieve duplex data transmission. LC uniboot patch cable allows for up to 68% savings in cabling volume due to a compact design, and it can ensure easier maintenance and operability with tool-less field reversible polarity and color identification. All the features presented by LC uniboot fiber patch cable make it an ideal option for high density network environment.
LC fiber optic connectors offer higher density and better performance in most environments when compared with other fiber optic connectors, making it a reliable and popular choice for many applications and equipment. This can explain why uniboot fiber patch cables are terminated with specially designed LC connectors. The innovative LC uniboot fiber patch cable, with its unique structure and compact design, performs even better than standard LC fiber patch cables in high density cabling environment. Here, we present the obvious differences between the LC uniboot patch cable and the standard LC fiber patch cable in the following picture.
Genarally, there are three primary features concerning the uniboot fiber patch cables:
Adjustable Pitch—the unique style of the clip allows the LC Connectors to easily adjust for the increasing demand of a 5.25 pitch, as well as the standard 6.25 pitch. Eliminating the requirement for hybrid patch cables.
Reverse Polarity—with a few simple steps, the connectors polarity of the LC uniboot fiber patch cables can be reversed at will without connector re-termination.
Quick Release Latch—the latch of LC uniboot fiber patch cable allows for the quick and easy release of this connector from the adapter panel, which makes great sense in the growing trend of high density applications.
As we have mentioned previously, LC uniboot fiber patch cables are especially vital to space sensitive data centers and high density cabling environments, so what exactly we can benefit from deploying LC uniboot fiber patch cables?
With two fibers for duplex transmission firmly enclosed in a single cable, LC uniboot fiber patch cable effectively cuts down the cable count up to 50% compared with the standard LC duplex patch cords. Thus the space requirement of cabling can be significantly reduced by it, naturally result in less chance of cable congestion in data centers.
Changing the polarity of a standard LC duplex fiber patch cable may be annoying to many data center operators, especially when there happens to be a high density cabling system. This is sort of a time and energy consuming task since some minor mistakes could lead to various troubles. However, with LC uniboot patch cable, the polarity replacement can be much easier even without any additional tools. In terms of different types of LC uniboot patch cables, the polarity reversal steps may vary. We just illustrate two most used ones as follows.
To address the increasing demand for high density applications and smaller fiber cable, the LC uniboot fiber patch cable is designed to help cut down cabling space and provide more effective polarity reversal solution, and to streamline cable management and logistics. Without doubt, LC uniboot fiber patch cable is the savior of popularized high-density cabling system. Hope this article could help you to choose the right LC uniboot patch cable for your applications, and for more products information and solutions, please visit www.fs.com.