News & Topics
Our Action against Coronavirus (COVID-19)
As regards the infection prevalence, we are taking the following measures to mitigate the infection risk in order to protect our employees and clients, stakeholders from the virus.
・Frequent wash hands and gargle throat thoroughly with a sanitizer and clean flowing water.
・Encourage our visitors to sanitize their hands with an equipped sanitizer.
・Allow staggered working hours to mitigate the infection risk by avoiding rush hour commuting by public transportations.
(Headquarters and Tokyo sales office only)
■The period of the staggered working hours :
※We may extend the introduction period depending on circumstances.
*Event Cancelled IR + UV EXPO（OPIE'20）,
Apr.22～24, 2020 (Pacifico Yokohama, Japan / Booth#F-52)
KYOTO SEMICONDUCTOR Co., Ltd. will exhibit at Photonics West2020
February 4 to 6, 2020 (The Moscone Center, San Francisco, California, USA / Booth #2267)
To respond to the latest needs of our customers, our development, production, and sales divisions are working together to manufacture products that take advantage of our high degree of specialization and proprietary technologies.
Supporting the progression of an Advanced Information Society in the Optical Communications Field.
Amongst the various types of optical communication devices, we are concentrating its efforts in the field of fiber-optic power monitors for Optical communication Networking Systems.
We are expanding our market reach into Intelligent Transport System (ITS) applications and making efforts in developing new applications for Image processing, Surveillance camera, Light source for plant growth, Sterilization/Disinfection equipment and Gas analyzer and so on.
Si APD module KPM100
Si APD module integrated with a high speed transimpedance amplifier and a high voltage bias source.
Low profile parallel beam LED KED050-H23
Parallel beam LED with a newly designed low profile lens for optical encoders.
Photovoltaic power converter KPC8-T
High efficient power converter from 1300-1600nm laser light into electrical power.