FROM THE INDUSTRY
In Summary Technological advancements play a critical role in meeting the growing demands of installing fibre networks. Choosing the right installation method and product technology are key. Reducing installation time to increase passed/connected regions globally is largely dependent upon application areas. However, as mentioned above the correct choice of product can help to support a reduced connection time regardless of application. One point to stress is that all methods require splicing at some point in the network. Ribbon fibres as an example can help reduce splice time of e.g. 432F, from in excess of 40 hours to just 8 hours. That’s a huge saving from 5 working days to 1. Hence, the significance of ribbon fibre cable can’t be overstated in the fast- evolving fibre optics sector. At the forefront of technological development, it delivers an innovative solution that enhances installations, drives efficiency, and increases speed. From FTTH connections and data centres to rail and mass transit communications, ribbon fibres are a cornerstone asset in project environments that prioritise fibre management and the optimum use of space. As technology advances and our world becomes increasingly interconnected, fibre ribbon cable solutions will continue to boost efficiency, reliability, and innovation across the modern communications infrastructure. Talk to our dedicated Webro Team for expert advice at sales@webro.com or 0115 972 4483.
Reduction in install times So, what can we do to help speed up installations across the multiple methods listed above?
There are numerous options available:
1. Pre-terminated cables and connections provide a very efficient method for network installation, removing the need for splicing and in-field connector termination across residential properties and commercial premises. This can be a big help in terms of speeding up installation. Key benefits include the reduced requirement for labour, fewer errors and improved installation speed. 2. Miniaturisation of cables can cables within blown networks, which have the capability to travel further and faster through the duct resulting in reduced installation times. Density is the overriding benefit here though, as miniaturised cable means more fibres in the same diameter of duct. 3. Splice times within network installation can vary, depending upon the chosen cable format and number of fibres. The higher the fibre count, the longer the splice schedule. In recent years a significant development has been made that’s enabled splice help with transport, handling and installation - for example smaller times to be improved dramatically, and that’s the introduction of ribbon cables. These are up to a maximum of 3456F available for use across duct, direct bury and aerial applications. Each ribbon consists of 12F that can be fusion spliced to a connecting ribbon up to 12 times faster than conventional loose tube cables. Without question, with the more effective use of duct space, faster deployment, optimised manpower efficiencies and reduced cost of ownership, this major time saver is a game changer.
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Volume 46 No.2 MAY 2024
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