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KET has entered the field of optical communications
based on its high-precision molding design and manufacturing
technologies, plastic injection molding technology,
and end-face processing technology, accumulated over
more than two decades of developing and producing electric
terminal products. The know-how in electric terminals
and the technologies acquired through entry into the
optical communications business are what really form
the basis of KET's product group today. Currently, there
are largely three core technologies in optical communications:
fiber process technology, micro optics technology,
and modularization technology.
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1.Fiber process technology
Fiber process technology includes
the ferrule polishing technology and Optical end-face
analysis technology. Products include jumper cords, adapters,
connectors, coupler/WDM, and fixed optical attenuators.
2.Micro
optics technology
Micro optics technology includes
the optical path design technology, AR coating technology,
and thin film filter design and processing technology.
DWDM/CWDM, isolators, circulators and variable optical
attenuators are currently being developed and produced.
3.Module
technology
Modularization technology includes
the wire/die bonding technology, the photoelectron analysis
technology that combines fiber-optic and electric features,
and the injection molding technology, based on which KET
is developing and producing optical transceiver module
products.
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On top of these three core technologies, KET plans to
focus on securing welding technology that uses laser,
and the technology for packaging automation of optical
passive components, thereby growing into a specialist
in fiber optic products.
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