| 1950-03-23 |
Hiko Sato, who had been researching ceramic materials since before the war, founded Sun Edi Corporation on March 23, 1950, in Suginami Ward, Tokyo, with the credo of "starting from material development and moving to product commercialization." He developed and commercialized titanium oxide ceramic capacitors, established mass production systems, and set up the headquarters in Suginami, Tokyo. Founder and first president, Hiko Sato, operated sales offices at the Kyuwa-do Building (Chiyoda-ku, Tokyo). |
| 1950-03-23 |
Hiko Sato established Sun Yuden Co., Ltd. in Suginami Ward, Tokyo. |
| 1950-09 |
Barium titanate has a high dielectric constant and is suitable for capacitor materials, but many issues had to be overcome. Through persistent efforts, the company succeeded in developing a product with nearly double the electrostatic capacity compared to conventional products, called Rutile Capacitor, using barium titanate ceramic. |
| 1950-09 |
Commercialized barium titanate ceramic capacitors. |
| 1954-06 |
Relocated headquarters to Chiyoda Ward, Tokyo. |
| 1954-09 |
In response to the urgent need to develop small intermediate frequency transformers (IFT) for transistor radios, the company focused on the future potential of ferrite and commercialized small ferrite cores made of nickel-zinc ferrite for IFT components, contributing to the development of transistor radios and subsequent televisions. |
| 1954-09 |
Started production of small ferrite cores. |
| 1956-05 |
Due to the surge in demand for transistor radios, the company established Takasaki Factory (now Takasaki Global Center) as a new production base for capacitor substrates and Steatite, and in 1956, the factory was operational. |
| 1956-05 |
Established Takasaki Factory (now Takasaki Global Center). |
| 1958-10 |
To strengthen production systems, the company established Haruna Factory as a base for research on materials, improvement of production technology, and development of new products targeting the next generation, around 1958-1959. |
| 1958-10 |
Established Haruna Factory. |
| 1964-09 |
From the mid-1950s, active investments in research and development in electronics increased. In 1960, the company, celebrating its 10th anniversary, adopted the management policy of "enhancing the research department" and established an independent research and development system, including the initial technical research institute. |
| 1964-09 |
Established Technology Research Institute. |
| 1965 |
Having established ferrite material and manufacturing technologies, the company developed coils (inductors) using its own ferrite materials in response to customer requests, which led to full-scale coil development and production, including the H-series inductors. |
| 1965 |
Commercialized inductors using our own ferrite cores. |
| 1967-05 |
As exports of products like televisions and transistor radios increased, so did the company's export value. In response to overseas demand, the company decided to establish a base in Taiwan, where many major Western manufacturers had entered, and began production of cylindrical ceramic capacitors for IFT, initially at Taiwan Sun Edi. |
| 1967-05 |
Established our first local subsidiary, "Taiyo Yuden (Taiwan) Electronics Co., Ltd.". |
| 1969-12 |
Under the policy of product diversification, the company established Nakanojo Factory to produce ferrite materials and finished products, aiming to expand manufacturing and increase production of existing products, around 1969. |
| 1969-12 |
Established Nakanojo Factory. |
| 1970-01 |
The company's electrode printing technology division was spun off to establish Taiyo Chemical Industry Co., Ltd. |
| 1970-01 |
Established manufacturing company (now manufacturing and sales company) Taiyo Chemical Industry Co., Ltd. |
| 1970-03 |
The company was listed on the Second Section of the Tokyo Stock Exchange. |
| 1972-11 |
To cope with the era of international division of labor, the company further expanded overseas production and sales, establishing Korea Sun Edi Co., Ltd. as its second overseas base after Taiwan. |
| 1972-11 |
Established manufacturing company (now sales company) Korea Taiyo Yuden Co., Ltd. |
| 1973-01 |
The company was designated to the First Section of the Tokyo Stock Exchange. |
| 1973-05 |
Relocated headquarters to Ueno 1-chome, Taito-ku, Tokyo |
| 1974-06 |
Expanded overseas sales bases in line with export promotion, established "Hong Kong Taiyo Yuden Co., Ltd." as the company's first overseas sales company. |
| 1974-06 |
Established sales company Hong Kong Taiyo Yuden Limited. |
| 1976-07 |
Commercialized axial lead ceramic capacitors for the first time in the world. During the post-First Oil Shock period, electronic device manufacturers promoted the introduction of automatic insertion machines for electronic components. Axial lead type was suitable for automatic insertion machines at that time, mainly mounted on VTRs and audio equipment. |
| 1976-07 |
Commercialized axial lead ceramic capacitor for the first time in the world |
| 1977-02 |
Established "TAIYO YUDEN (U.S.A) INC." as an overseas sales base following Hong Kong. |
| 1977-02 |
Established sales company TAIYO YUDEN (U.S.A) INC. |
| 1977-09 |
With the demand for axial lead ceramic capacitors increasing significantly, established Tamamura Factory equipped with the latest automated production line, and secured mass production system. |
| 1977-09 |
Launched Tamamura Factory |
| 1977-10 |
Developed cylindrical chip-type ceramic capacitors that respond to miniaturization and component leadless trends, combining technology cultivated through long-standing experience with axial lead ceramic capacitors and cylindrical tubular ceramic capacitors with built-in IFT. Mainly mounted on TV tuners. |
| 1977-10 |
Developed the world's first cylindrical chip ceramic capacitor |
| 1978-03 |
Established "TAIYO YUDEN (SINGAPORE) PTE. LTD." as a new production base in Southeast Asia. |
| 1978-03 |
Established manufacturing and sales company (currently sales company) TAIYO YUDEN (SINGAPORE) PTE. LTD. |
| 1979-05 |
Established "TAIYO YUDEN (DEUTSCHLAND) GmbH" as a base covering the entire European market. |
| 1979-05 |
Established sales company TAIYO YUDEN (DEUTSCHLAND) GmbH. |
| 1984-07 |
As demand for miniaturized electronic devices and multilayer ceramic capacitors was expected to expand rapidly, the company focused on small high-capacity zones, utilizing its material and process technologies to develop the world's first multilayer ceramic capacitor using nickel for internal electrodes. |
| 1984-07 |
Commercialized the world's first nickel electrode high-capacity multilayer ceramic capacitor |
| 1984-10 |
The women's softball team, established to boost employee morale and enhance company recognition, has been in the Japan League Division 1 for over 30 years since its founding in 1987. Since its establishment, it has achieved victories in the league and the All Japan Championships, and produced Olympic team members, actively inspiring not only employees but also local residents and children. |
| 1984-10 |
Founded Taiyo Yuden Girls Softball Team |
| 1986-06 |
With the advancement of miniaturization and multifunctionality of electronic devices, addressing |
| 1986-06 |
Established EMC countermeasure technology center |
| 1986-10 |
To meet the explosive hit of portable stereo cassette players and the demand for magnetic tape products due to the spread of video tape recorders, a dedicated magnetic tape factory was established at Yawatahara Factory. |
| 1986-10 |
Launched Yawatahara Factory |
| 1988-02 |
Headquarters relocated to Ueno 6-chome, Taito-ku. |
| 1988-02 |
Relocated headquarters to Ueno 6-chome, Taito-ku |
| 1988-09 |
In 1982, when the audio Compact Disc (CD) was introduced, our company began developing optical recording media compatible with CDs. Through a revolutionary shift in thinking, we succeeded in developing the world's first CD-R. The name "CD-R" was also coined by our company. |
| 1988-09 |
Commercialized the world's first recordable optical media "CD-R" |
| 1988-12 |
Established manufacturing company TAIYO YUDEN (PHILIPPINES), INC. |
| 1988-12 |
Established manufacturing company TAIYO YUDEN (PHILIPPINES), INC. |
| 1989-08 |
Established the related subsidiary "Zats Fukushima Co., Ltd.", which was the first expansion outside Gunma Prefecture domestically. |
| 1989-08 |
Established manufacturing company (株) Zatts Fukushima |
| 1991-06 |
Products such as portable audio devices and camera-integrated video tape recorders became hits, and the demand for multilayer chip inductors rapidly increased. Our company also strengthened development. By strategically utilizing the materials and production technologies cultivated so far, we succeeded in mass production of multilayer chip inductors. |
| 1991-06 |
Commercialized multilayer chip inductor |
| 1994-12 |
Established our first overseas production base for multilayer ceramic capacitors, a wholly owned subsidiary "TAIYO YUDEN (SARAWAK) SDN. BHD.". This was the first step in our overseas production strategy to accelerate business expansion with large-capacity multilayer ceramic capacitors. |
| 1994-12 |
Opened the company's first overseas factory for multilayer ceramic capacitors in Malaysia |
| 1998-06 |
Using a unique new structure that thoroughly eliminates unnecessary space unrelated to characteristics, we commercialized power supply circuit winding chip inductors. The following year, we achieved the world's smallest 2012 size at that time. Widely adopted in mobile phones and digital cameras, etc. |
| 1998-06 |
Commercialized power circuit wound chip inductor |
| 1998-10 |
Developed DVD-R, a further high-capacity recording medium, based on the CD-R technology invented by our company. Through advanced technological development, we commercialized DVD-R with a capacity of 4.7GB. |
| 1998-10 |
Commercialized 4.7GB DVD-R recording capacity |
| 1998-11 |
The R&D Center, which symbolizes "Sun Edison's Technology, Sun Edison's Development," has been established. It consolidates research functions as a base for disseminating new technologies and products globally, enabling a product development system that can respond promptly to changing times. |
| 1998-11 |
Established R&D center (Research and Development Office) |
| 1999 |
Simultaneous launch of four overseas production bases |
| 2001-04 |
Obtained the world's first Bluetooth® standard Ver.1.1 certification. |
| 2001-05 |
Achieved the world's first large capacity of 1μF with 1005 type Ni-electrode multilayer ceramic capacitors. |
| 2002-03 |
Established "Sun Edison (Shanghai) Electronics Trading Co., Ltd." to strengthen sales capabilities across mainland China in cooperation with sales bases in Hong Kong and Taiwan. |
| 2002-03 |
Established a sales company, SunEdison (Shanghai) Electronic Trading Co., Ltd. |
| 2003-04 |
Due to the increasing need for measurement equipment capable of handling high frequencies in fields such as telecommunications and EMC (Electromagnetic Compatibility), a world-class high-frequency evaluation technology RF anechoic chamber was established within the R&D Center. |
| 2003-04 |
Opened a radio wave anechoic chamber within the R&D center. |
| 2004-02 |
Commercialized SMD power inductor "NR series". |
| 2004-07 |
Achieved the world's highest inductance in high-frequency multilayer chip inductors of 0603 size. |
| 2005-11 |
Commercialized the world's smallest size ceramic chip antenna for GPS. |
| 2006-12 |
Mass-produced a revolutionary component-internal wiring board "EOMIN®" adopting copper cores for the first time in the world. |
| 2007-01 |
Established Niigata Sun Edison's manufacturing company. |
| 2007-01 |
Established Sun Edison (China) Investment Co., Ltd. |
| 2007-01 |
Established a manufacturing company, Niigata SunEdison Co., Ltd. |
| 2007-05 |
Acquired additional shares and made Nakagami Seiki Co., Ltd. (which changed its trade name to Wakayama Sun Edison Co., Ltd. in July 2015), a company subject to the equity method, into a subsidiary. |
| 2008-02 |
Commercialized the world's first rewritable Blu-ray disc LTH type using organic dye recording layer. |
| 2010-03 |
Acquired the "Communication Device Business" from Fujitsu Media Devices Co., Ltd. and established "Sun Edison Mobile Technology Co., Ltd." to expand the lineup of communication devices such as FBAR/SAW devices and to grow the business. |
| 2010-03 |
Commercialized a 100μF multilayer ceramic capacitor of size 2012, the first in the world. |
| 2010-04 |
Commercialized a 0.1μF multilayer ceramic capacitor of size 0402, the first in the world. |
| 2011-04 |
Established TAIYO YUDEN TRADING (THAILAND) CO., LTD. |
| 2011-06 |
Achieved 220μF with multilayer ceramic capacitors for the first time in the world. |
| 2011-09 |
Made it possible to embed gallium nitride semiconductor wiring boards for the first time in the world. |
| 2012-05 |
Commercialized a metal-based power inductor "MCOIL™". |
| 2013-09 |
First in the world, developed a 3225 (3.2x2.5x2.5mm) size multilayer ceramic capacitor with a capacitance of 330μF. It has 50% higher capacitance than previous products, suitable for information-related devices such as PCs, servers, and multifunction printers. |
| 2013-09 |
Achieved 330μF with multilayer ceramic capacitors for the first time in the world. |
| 2013-12 |
Developed and commercialized the world's first small and thin multilayer metal chip power inductor using metal magnetic materials, characterized by its layered type. |
| 2013-12 |
Commercialized multilayer type metal power inductors for the first time in the world. |
| 2014-03 |
Achieved the world's thinnest 0.11mm multilayer ceramic capacitor. By advancing sheet film technology, it became the world's thinnest at 0.11mm (1.0x0.5x0.11mm) in multilayer ceramic capacitors. |
| 2014-03 |
Achieved the world's thinnest 0.11mm thick multilayer ceramic capacitors. |
| 2014-09 |
First in the world to commercialize a 4532 (4.5x3.2x2.7mm) size multilayer ceramic capacitor with a capacitance of 470μF. By advancing material technology, sheet film technology, and stacking technology, it enabled over 1200 layers for high-capacity products. |
| 2014-09 |
Achieved 470μF with multilayer ceramic capacitors for the first time in the world. |
| 2015-06 |
Achieved a capacitance of 0.022μF with an ultra-small 0201 (0.25x0.125x0.125mm) multilayer ceramic capacitor. Promotes downsizing of capacitors in wearable devices such as smartphones, watches, glasses, and wristbands. |
| 2015-06 |
Commercialized 0.022μF multilayer ceramic capacitors of size 0201, the first in the world. |
| 2016-02 |
Commercialized the world's thinnest 0.11mm thick low-profile multilayer ceramic capacitor (0.6x0.3x0.11mm) in 0603 size. Achieved about 64% miniaturization in mounting area compared to the conventional 1005 size with the same 0.11mm thickness. |
| 2016-02 |
Achieved the world's thinnest 0.11mm thickness in 0603 size multilayer ceramic capacitors |
| 2017-06 |
Relocated the headquarters to Kyobashi, Chuo-ku, Tokyo, to improve office environment and enhance operational efficiency. |
| 2017-12 |
Achieved the world's first four-terminal structure in a 0603 (0.6x0.3x0.5mm) multilayer ceramic capacitor. Contributes to miniaturization of devices by downsizing from the smallest 1005 size low-ESL multilayer ceramic capacitors. |
| 2017-12 |
First in the world to commercialize 0603 size 4-terminal multilayer ceramic capacitors |
| 2018-04 |
Fully acquired Erna Corporation, which handles aluminum electrolytic capacitors. Since Erna's products are strong in the automotive market, this aims to strengthen our position in the automotive market through full ownership. |
| 2018-05 |
Further advanced sheet film technology to realize the world's thinnest 0.09mm thick multilayer ceramic capacitor, about 18% thinner than the previous 0.11mm. Contributes to further miniaturization of small and thin digital devices. |
| 2018-05 |
Leading the technological evolution as a top runner in large-capacity multilayer ceramic capacitors. Commercialized a large-capacity multilayer ceramic capacitor with a capacitance of 1,000μF, a long-standing milestone. |
| 2018-05 |
Achieved the world's thinnest 0.09mm thickness in multilayer ceramic capacitors |
| 2018-05 |
Developed the world's first 1,000μF capacitance multilayer ceramic capacitor |
| 2018-10 |
Developed the world's smallest 1005 size (1.0x0.5x0.55mm) metal-based power inductor. It reduces volume by more than 60% compared to our conventional products, contributing to the miniaturization and thinness of wearable devices and other small mobile devices. |
| 2018-10 |
First in the world to commercialize 1005 size metal-based power inductors |
| 2019-08 |
Established Sun Edison (Changzhou) Electronics Co., Ltd. as part of the mid-term capacity enhancement plan for multilayer semiconductors. |
| 2020-03 |
Leveraging the advantages of miniaturization characteristic of the multilayer type, we commercialized the world's first metal multilayer chip power inductor (1.6x0.8x1.0mm) for automotive use. |
| 2020-11 |
Established "Shinkawasaki Center 'SOLairoLab'" as a new R&D base to actively promote collaboration with companies and external organizations possessing diverse technologies and know-how for the creation of new businesses. |
| 2020-11 |
Established the Shinkawa Kawasaki Center "SOLairoLab" |
| 2022-04 |
Transitioned to the Tokyo Stock Exchange Prime Market. |
| 2024-05 |
By advancing our proprietary metal materials and lamination process, achieved the world's first operating temperature upper limit of 165°C for multilayer metal power inductors. Expanding the temperature range to 165°C contributes to high-density mounting and improved performance in high-temperature environments such as automobiles. |
| 2024-05 |
Achieved 165°C compatibility with the world's first multilayer metal-based power inductors |
| 2024-12 |
Achieved the world's first thickness of 0.33mm for metal power inductors. Reduced height by 40% from our conventional products, achieving the smallest volume in the world, contributing to the miniaturization and thinness of cutting-edge electronic devices. |
| 2024-12 |
Achieved the world's thinnest 0.33mm thickness with metal-based power inductors |
| 2025-04 |
Established "TAIYO YUDEN (INDIA) ELECTRONICS PRIVATE LIMITED" to support sales activities in India, focusing on design-in activities. |
| 2025-08 |
Developed a 22μF MLCC with the largest capacity in the world in 1005 size by enhancing external electrode formation technology and supporting embedded substrates. |
| 2025-08 |
First in the world to commercialize embedded multilayer ceramic capacitors with 22μF in 1005 size for AI servers |
| 2025-12 |
First in the world to commercialize embedded multilayer ceramic capacitors with 100μF in 2012 size |
