<\/div><\/li><\/ul><\/div><\/div>\n2016<\/h1>SIZE MATTERS, MINI-TUBE TECHNOLOGY<\/p>\n<\/div>
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<\/div><\/div><\/div>\n<\/div>Optimizing the use of available space within ducts and trenches is an important critical factor facing operators when migrating or deploying next-generation fiber-to-the-home (FFTH) access networks.<\/p>\n
Efficient use of space in existing, new or leased ducts is relevant to avoid costly civil works, considering that trenching can represent more than 80% of the total deployment cost.<\/p>\n
The size and diameter of the ducts, as well as the diameter of the fiber cable mainly when dealing with high density fiber cables, are important aspects to take into account.<\/p>\n
Mini-tube technology for trunk cables, long haul and FTTx networks<\/p>\n
KeyFibre has developed a new fiber optic cable technology for telecom infrastructure applications, smaller, lighter, smaller diameter cables than any existing fiber cable on the market. It allows for great savings to the network owner, greater speed and ease of installation, considering that cable preparation (stripping, stripping, and bleeding) are factors worth considering, as well as space utilization within the conduit.<\/p>\n
The development of mini-tube\u00ae technology includes a multi-purpose design for subway, aerial and facade installation.<\/p>\n
Compared to conventional cables, mini-tube cable technology allows higher fiber density in reduced diameters, and offers unique advantages in terms of significant time and cost savings at all levels (engineering, civil works, cable laying and jointing, etc.).<\/p>\n
Mini-tube cables are an economical solution for applications requiring lower capacity and compactness.<\/p>\n<\/div><\/section><\/div>
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SIZE MATTERS, MINI-TUBE TECHNOLOGY<\/p>\n<\/div>
<\/div><\/div><\/div>\nOptimizing the use of available space within ducts and trenches is an important critical factor facing operators when migrating or deploying next-generation fiber-to-the-home (FFTH) access networks.<\/p>\n
Efficient use of space in existing, new or leased ducts is relevant to avoid costly civil works, considering that trenching can represent more than 80% of the total deployment cost.<\/p>\n
The size and diameter of the ducts, as well as the diameter of the fiber cable mainly when dealing with high density fiber cables, are important aspects to take into account.<\/p>\n
Mini-tube technology for trunk cables, long haul and FTTx networks<\/p>\n
KeyFibre has developed a new fiber optic cable technology for telecom infrastructure applications, smaller, lighter, smaller diameter cables than any existing fiber cable on the market. It allows for great savings to the network owner, greater speed and ease of installation, considering that cable preparation (stripping, stripping, and bleeding) are factors worth considering, as well as space utilization within the conduit.<\/p>\n
The development of mini-tube\u00ae technology includes a multi-purpose design for subway, aerial and facade installation.<\/p>\n
Compared to conventional cables, mini-tube cable technology allows higher fiber density in reduced diameters, and offers unique advantages in terms of significant time and cost savings at all levels (engineering, civil works, cable laying and jointing, etc.).<\/p>\n
Mini-tube cables are an economical solution for applications requiring lower capacity and compactness.<\/p>\n<\/div><\/section><\/div>