11/11/2023 0 Comments End splice connectors![]() This process requires a fusion splicing machine that aligns two cleaved fibers and fuses them together. Splice-on pigtails feature a short fiber stub that protrudes from a pre-polished connector and is fusion spliced to the incoming fiber using an electric arc. Siemon’s splice-on pigtails are available in Multimode and Singlemode and various connector types, including duplex and simplex LC, SC and multifiber MTP. However, they may not be the most cost effective in low fiber count duplex applications, and they are not well suited for disaster recovery or other quick turn-around deployments due to planning and longer lead times. In fact, these solutions can be deployed up to 90% faster. While these solutions do cost more in material and are made to order, if lengths can be carefully planned, the labor savings and faster deployment time can outweigh any material premium. Pre-terminated solutions are preferred for high-density, large installations as they save pathway space and allow for quickly terminating large fiber counts. They are also considered a greener option due to less packaging, consumables and onsite waste. With low-loss options, MTP connectivity and hybrid MTP-to-duplex assemblies, these solutions readily support high-speed parallel optic and breakout applications.īecause they are 100% factory-terminated and tested with a plug-and-play deployment, pre-terminated solutions require no fiber termination skills and result in less variability and superior performance. ![]() Pre-terminated Fiber SolutionsĪvailable in multiple fiber types, counts and connector interfaces including Multimode and Singlemode fiber types and multi-fiber MTP, LC, SC, ST connector interfaces, Siemon’s Base 12 and Base 8 pre-terminated solutions feature pre-terminated cable assemblies that simply plug into modules or cassettes house within an enclosure. With these factors in mind, let’s take a closer look at your options. While budget will always be a decision factor, you will also want to consider the number of connections, the project schedule, insertion loss performance, the level of expertise of those doing the installation and the overall environment where the installation will occur. For example, if you plan to deploy a high-speed parallel optics application like 100GBASE-SR4 or 200GBASE-SR4 that require multi-fiber MTP connectors, this may limit your termination method since MTPs are not available in all termination methods. When it comes to choosing one of these methods, there are several factors to consider that can help you determine the best option for your specific scenario.įirst and foremost, you need to consider the immediate applications and equipment interface requirements, as well as future scalability plans. ![]() When it comes to deploying fiber links in the data center and telecommunications rooms, there are several different options ranging from pre-terminated and fusion splice options, to field-terminated connectors. Network Infrastructure Blog / General / Which Fiber Termination Method is Right for You? Which Fiber Termination Method is Right for You? By Brian Baum 21st June 2020įiled under: General Comments: Comments Off on Which Fiber Termination Method is Right for You?
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