Prysmian Group has introduced a new range of nano loose tube (LT) cables at ANGACOM Exhibition in Cologne, Germany, which runs from June 4 to 6. With a smaller diameter and increased fiber density, the new range of fiber-optic cables is part of the complete nano LT cable family the company offers, which enables the introduction of 192 fibers into standard 10/12-mm ducts and 96 fibers into standard 8/10-mm ducts.
The new cables should find application in FTTx applications, particularly fiber to the cabinet (FTTC), Prysmian believes. Several European operators are adopting VDSL2 to boost copper network capacity from the last distribution point to the end user, using vectoring and bonding technologies to increase speeds over the last mile. To accommodate this, more fiber capacity is required between the central point of presence and the distribution point. Operators want to use existing rights of way, including ducts/micro ducts; but often the existing (micro)ducts are already filled to their maximum capacity. The new range of nano LT cables makes it possible to reuse those ducts, and thus postpone investments in civil works.
Based on the bend-insensitive BendBrightXS optical fiber, Prysmian says its fiber cables make it possible to offer the highest densities in confined spaces, without sacrificing quality and durability. The company says its jetting/blowing expertise ensures the cable is properly distributed along distances up to 1.5 km. This approach is ideal for operators and incumbents looking for new ways to deploy FTTx effectively and cost-efficiently, vastly increasing fiber density to accommodate VDSL2, the company asserts. It enables operators to reuse existing infrastructure, regardless of local requirements regarding cable type and quality.
New product releases will enable operators to meet specific local needs, for example by providing pre-connectorized cables, the company adds.
Prysmian will be showing the new nano LT cables, together with its complete latest range of products, on its booth H35, hall 10.2.
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