We fabricate versatile holey fibers with 6-hole, 18-holes in order to improve their property in terms of
bending insensitivity. The fabricated holey fibers are applied for connection and integration for
compact optical devices.
Recently, the use of bend-insensitive fiber in FTTH applications has become a major issue. The R&D center of OPTOMAGIC is in the process of verifying and presenting the possibility of using holey fiber in the telecommunications field through various reliability testing while comparing it to conventional single mode optical fiber.
This paper describes the low attenuation at the 1400nm band of optical fiber, which depends on a deposited first cladding and core diameter ratio (D/d) of core rod on Vapor Phase axial Deposition (VAD) process and a dehydration method. By using the most suitable D/d for much more efficient productivity and the improved dehydration process, we developed Preform for Zero Water Peak Single Mode (ZWP-SM) fiber to produce over 1,300F.km.
KEYWORDS: Neural networks, Complex systems, Distortion, Modulation, Signal to noise ratio, Modulation transfer functions, Electronics engineering, Digital video discs, Interference (communication), Optical engineering
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