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Showing posts from June, 2023

Patch Cable Vs. Crossover Cable: What Is the Difference?

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Several types of networking devices depend on physical cables for data transmission. However, due to the constant evolution of fiber optic technology, innovative and effective cables have been introduced, like crossover cables and patch cables. While fiber patch cables and crossover ones are considered reliable data transmission options, you need to use them correctly in the right scenarios.   So it's essential to understand how these cables differ from each other. This article discusses the key differences between patch cables and crossover cables.   What Are Patch Cables? In the fiber optic industry, patch cables are cables with a straight-through interface. So any cable that doesn’t change its path and has the same wiring standards on both ends is referred to as a patch cable, also known as a straight-through cable. What Are Crossover Cables? As the name implies, crossover cables have a crossover interface. These cables have different wiring standards on both ends

Why Choose Pre-Terminated Fiber Pigtail?

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Pre-terminated fiber pigtails are fiber optic cables that have already been terminated with connectors at one end. They save time and cost for small- and medium-scale fiber optic network installations, so they prefer bare fiber cables.   Fibermart provides reliable fiber-optic solutions worldwide. Here are some reasons to choose pre-terminated fiber pigtails for your project.   Field Termination can be Time-Consuming Terminating optical fibers in the field can cost valuable time and require skilled professionals to do it right. Pre-terminated fiber pigtails come with connectors such as LC, SC, or ST already attached. There’s too much time or cost wasted on field termination. Consistency and Reliability Factory-terminated fiber optic cables are made using advanced machinery that’s typically more precise than the tools available for field termination. This gives pre-terminated fiber pigtails greater reliability and consistency, minimizing the risk of signal degradation a