HIGH-PERFORMANCE OPTICAL MEASUREMENT EQUIPMENT AND SYSTEM SOLUTION

PRODUCT NEWS&TOPICS

【NEW】2022/4/1
【RELEASE NEWS】InGaAs High Reslution NIR Detector ISA041HRA・ISA041HRVA

• As the new detectors for optical beam profile measurement and analysis in NIR spectral range, we have released InGaAs High Resolution NIR Detector ISA041HRA (SXGA type)/ISA041HRVA (VGA type), with wide spectral sensitivity (400~1700nm) and high resolution InGaAs image sensor, 5μm square cell pitch, 12bit gradation, Gigabit Ethernet I/F. Suitable for laser beam profiler and various optical beam measurement in visible to 1700nm spectral range. Please refer to here.

2020/12/28
High Resolution CMOS Detector ISA071, High Resolution CMOS Detector for Laser ISA071GL

• As the new detectors for optical beam profile measurement and analysis, we have released High Resolution CMOS Detector ISA071, High Resolution CMOS Detector For Laser ISA071GL are newly released, with 1/1.8" CMOS sensor, 2048×1536 pixels (3.2M pixels), 3.45μm square cell pitch, 12bit gradation, USB 3.0 I/F. Suitable for laser beam profiler and various optical beam measurement in visible to 1100nm spectral range. Please refer to here.

2020/12/28
【END-OF-SALES ANNOUNCEMENT】High Resolution Digital CCD Detector ISA011

• High Resolution Digital CCD Detector ISA011 series products will be discontinued as of the end of December 2020 due to the end of production of CCD elements. The successor models will be High Resolution CMOS Detector ISA071 and High Resolution CMOS Detector For Laser ISA071GL. Please refer to here. 

2020/8/20
Catalog glossary page

• We have opened catalog glossary page related to our products (optical system related, data processing analysis related, optical related general glossary). Please refer to here.

2020/7/1
【RELEASE NEWS】Two types of Photometric Module PMD002 series products

• For measuring light emission parameters of various light emitting elements, we have released two types of photometric module product. One is IVL Measurement Module PMD002/IVL for measurement of IVL characteristics of various light emitting devices. The other is Polarization Measurement Module PMD002/POL for measurement of Polarization and extinction ratio of various light emitting devices. Please refer to here.

2020/7/1
【RELEASE NEWS】Wafer Level Optical Characteristic Measurement System For VCSEL (and light emitting devices)

• For wafer level measurement and testing of light emission parameters of VCSELs and light emitting devices, we have released Wafer Level Optical Characteristic Measurement System For VCSEL. By combining with a manual or semi-automatic probe station, various emission parameters of VCSEL can be analyzed under wafer level condition. Please refer to here.

• Corresponding to the beam profile measurement of output ~10 W class high power laser whose demand is expanding in various application fields nowadays, we have released 3 models of optical beam profile measurement optics for high power laser, such as Sophisticated NFP Measurement Optics For High Power Laser M-Scope type HS, FFP Measurement Optics For High Power Laser M-Scope type HF, and NFP/FFP Simultaneous Measurement Optics For High Power Laser M-Scope type HD. For details, please refer to "Optics" page. We also released related system corresponding to these optics. For details, please refer to here.

TECHNICAL NEWS&TOPICS

【TECHNICAL INFORMATION】Measurement standardization progress, about EF/EAF measurement

• For details, please refer to "EF/EAF measurement system" page.

SALES＆MARKETING NEWS&TOPICS

【NEW】2024/11/5
【EXHIBITION REPORT】Interopto2024 -Science Photonics Fair-（2024/10/29～10/31, PACIFICO Yokohama Hall C, Yokohama, Kanagawa, Japan）

• SYNOS exhibited at "Interopto2024（scheduled for 2024/10/29～10/31, PACIFICO Yokohama, Yokohama, Kanagawa, Japan）". Thank you for your time coming over to our booth, and thank you for your continued support.

2024/7/9
【EXHIBITION REPORT】COMNEXT -2nd Next Generation Communication Technology and Solutions Expo, FOE(Optical communication) area（scheduled for 2024/6/26～6/28, Tokyo Big Sight South Exhibition Hall, Tokyo, Japan）

• SYNOS exhibited at "COMNEXT -2nd Next Generation Communication Technology and Solutions Expo （scheduled for 2024/6/26～6/28, Tokyo Big Sight, Tokyo, Japan）. Thank you for your time coming over to our booth, and thank you for your continued support.

2024/4/2
【EXHIBITION REPORT】OFC2024（scheduled for 2024/3/26～3/28, San Diego Convention Center, San Diego, USA）

• SYNOS exhibited at "OFC2024 （scheduled for 2024/3/26～3/28, San Diego Convention Center, San Diego, USA）. Thank you for your time coming over to our booth, and thank you for your continued support.

2023/7/4
【EXHIBITION REPORT】COMNEXT -1st Next Generation Communication Technology and Solutions Expo, FOE(Optical communication) area（scheduled for 2023/6/28～6/30, Tokyo Big Sight West Exhibition Hall, Tokyo, Japan）

• SYNOS exhibited at "COMNEXT -1st Next Generation Communication Technology and Solutions Expo （scheduled for 2023/6/28～6/30, Tokyo Big Sight West Exhibition Hall, Booth No.15-62, Tokyo, Japan）. Thank you for your time coming over to our booth, and thank you for your continued support.

2023/6/5
【EXHIBITION REPORT】InterOpto 2023 -International Optoelectronics Exhibition（scheduled for 2023/5/31～6/2, Tokyo Big Sight, Tokyo, Japan）

• SYNOS exhibited at "InterOpto 2023 -International Optoelectronics Exhibition（scheduled for 2023/5/31～6/2, Tokyo Big Sight East Exhibition Hall, Booth No.4G-69, Tokyo, Japan）. Thank you for your time coming over to our booth, and thank you for your continued support.

2023/3/13
【EXHIBITION REPORT】OFC 2023（scheduled for 2023/3/7～3/9, San Diego Convention Center, San Diego, USA）

• SYNOS exhibited at "OFC2023 (2023/3/7~3/9, San Diego Convention Center, San Diego, USA). Thank you for your time coming over to our booth, and thank you for your continued support.

2022/7/4
【EXHIBITION REPORT】FOE 2022, Tokyo Big Sight, Tokyo, Japan

• SYNOS exhibited at "FOE2022 (2022/6/29~7/1, Tokyo Big Sight, Tokyo, Japan). Thank you for your time coming over to our booth, and thank you for your continued support.

2022/6/20
【EXHIBITION REPORT】All About Photonics/InterOpto 2022, Tokyo Big Sight, Tokyo, Japan

• SYNOS exhibited at "All About Photonics/InterOpto 2022 (2022/6/29~7/1, Tokyo Big Sight, Tokyo, Japan). Thank you for your time coming over to our booth, and thank you for your continued support.

2021/11/1
【EXHIBITION REPORT】FOE 2021, Makuhari Messe, Chiba, Japan

• Thank you for your time coming over to our booth, and thank you for your continued support.

2021/7/5
【EXHIBITION REPORT】 OPIE'21/LaserExpo (Pasifico Yokohama, Kanagawa, Japan)

• Thank you for your time coming over to our booth, and thank you for your continued support.

【PARTNERSHIP FOR SALES ABROAD】Synos has selected Daitron Inc. (USA) for the distribution of our products throughout North America.

• In 2016 Synergy Optosystems Co., Ltd. began cooperation with Daitron Incorporated Inc. (9720 SW Hillman Court, Suite 805 Wilsonville, Oregon 97070, USA) regarding sales and sales promotion of our products in North America. Our goal is to acquire new markets and customers through this mutual cooperation including sales promotion and support in the North American market and exhibitions. About this partnership in details, please refer to "Sales Information".

【NEW】 2023/11/7
【INFORMATION ON CHANGE OF HEAD OFFICE ADDRESS】

• Due to the administrative district reorganization of Hamamatsu City in January 2024, our head office address will change as follows from January 1, 2024. Please note that there will be no changes to the postal code, telephone number, fax number, email address, etc.
  【NEW ADRESS】3625-1 Yuto-cho Yamazaki, Chuo-ku, Hamamatsu city, Shizuoka, 431-0101, Japan
  【OLD ADDRESS】3625-1 Yuto-cho Yamazaki, Nishi-ku, Hamamatsu city, Shizuoka, 431-0101, Japan

【NEW, IN PROGRESS】 2022/6/27
【ABOUT SUBSIDY BUSINESS ADOPTION -R&D Support Project for Growing SMEs (Go-Tech Project) by Ministry of Economy, Trade and Industry of Japan】

• Our "Development of high-speed, high-precision assembly and mounting equipment for practical use of integrated active optical modules" was selected for the Ministry of Economy, Trade and Industry's R&D support project for growing small and medium-sized enterprises (Go-Tech project). With the rapid spread and expansion of IT technologies such as AI, IoT, and big data in recent years, the amount of information transmission and processing in data centers has increased dramatically, and the load on the communication and data processing environment is increasing day by day. Against this background, efforts have been made to convert conventional electric wiring to optical wiring in order to improve data transmission and information processing capabilities. The key device that plays a part in this is an optical transceiver module called active optical module, which was developed mainly by PETRA. The purpose of this adopted project is to contribute to the mass production and popularization of active optical modules through the development of high-speed, high-precision assembly and mounting technology for active optical modules, particularly through method studies, demonstration experiments, and equipment commercialization. Through this development, we will strive to contribute to the further spread of IT technology and the strengthening of Japan's industrial competitiveness.

2018/7/9
【PRODUCT DEVELOPMENT BY PUBLIC SUBSIDY PROJECT】Development of Beam Profile Measurement and Evaluation System for High Power Laser Module

• Development of Beam Profile Measurement and Evaluation System for High Power Laser Module is adopted as public support subject of "Subsidy for New Industry Creation by Hamamatsu city". Due to market expansion in the field of sensing for ADAS, illumination, display devices, laser processing, medical application, etc., further reliability and quality are required for high power laser modules. In such a situation, establishing the method of high precision beam profile measurement for high power laser module is essential. Receiving this adoption, Synos promotes system development, validation, implementation toward realization of "Beam Profile Measurement and Evaluation System for High Power Laser Module".

2018/7/9
【PRODUCT DEVELOPMENT BY PUBLIC SUBSIDY PROJECT】Development of Wafer Level Si-photonics Waveguide Evaluation and Testing System, by support of "New Technology Development Subsidy by Ichimura Foundation for New Technology".

• Development of Wafer Level Si-photonics Waveguide Evaluation and Testing System is adopted as public support subject of "New Technology Development Subsidy by Ichimura Foundation for New Technology". Receiving this adoption, Synos promotes system development, validation, implementation toward realization of "Wafer Level Si-photonics Waveguide Evaluation and Testing System". Furthermore, through this development, in cooperation with Dr. Okihiro Sugihara and Dr. Hidehiko Yoda of Utsunomiya University, Synos proceeds with verification and evaluation of the method and system structure.

2017/10/2
【IMPORTANT ANNOUNCEMENT】Transfer of headquarters

• I would like to notify you that our head office was moved to the address below as of October 1st, 2017.
  (New Address) 3625-1 Yuto-cho Yamazaki, Nishi-ku, Hamamatsu city, 431-1207, Japan
  (Phone) +81-53-523-8453
  (Fax) +81-53-523-8459