ITU-T G.657.A1 and G.652.D
(+ Reduced Attenuation)
FutureGuide™-Ace
FutureGuide™-Ace stands out as a premier solution for its remarkable advancements in bending loss performance, maintaining the same MFD as standard single mode fibers while exhibiting reduced attenuation in comparison to conventional fiber options.
In recent years, IoT devices such as smartphones and tablets have rapidly spread. In addition, data traffic continues to increase with the advent of full-scale ICT society where data communication is required in all situations such as medical care, education, logistics, etc. To respond to this situation, it is necessary to further expand the network capacity, and it is urgent to install more optical fibers in limited spaces efficiently.
FutureGuide™-Ace can be one of the best solutions, for its significantly improved bending loss performance, the same MFD as standard single mode fibers and reduced attenuation compared with conventional fibers.
Improved bending performance enables fiber storage with smaller diameter and space saving of fiber splicing points. Matched MFD brings full compatibility with conventional fibers and lower splice loss. Reduced attenuation characteristics gives more margin to optical loss budget of optical fiber networks.
FutureGuide™-Ace would contribute greatly to high-speed and high-capacity transmission in various networks from long-haul to access networks of 40G / 100Gbps and beyond.
Excellent bending performance while matching MFD
Reduced attenuation characteristics
Features
Improved macro-bending loss exceeding ITU-T G.657.A1 and excellent micro-bending performance.
Full compatibility with single mode fibers installed in existing optical fiber networks.
Reduced attenuation characteristics compared with conventional fibers such as ITU-T G. 652 fibers.
Customer’s advantages
– Enables small diameter fiber storage and space saving of fiber splicing points.
– Provides consistent and stable performance in the field.
– Achieves lower splice loss with existing G.652 fibers maintaining excellent bending loss performance.
– Enables upgrading network systems to 100 Gbps or more.
– Gives more margin for optical loss budget of optical fiber networks and is suitable for advanced modulation formats or extension of the network span.
Product Characteristics
* This document is published for your reference purpose only and the specifications for commercial purpose will be issued upon agreement with customers.
