Kazuo Inamori was born in 1932 in Kagoshima, Japan, and graduated from the Engineering Department of Kagoshima University. As a technician, he eventually made two big companies ranked among the top 500 in the world. As one of the representatives of Japanese enterprises, Kyocera was founded in Kyoto, Japan, on April 1, 1959. Behind the company has a very proud achievements, but few people know that this may be related to his original products. Kyocera was originally a manufacturer of technical ceramics, which are a series of advanced materials with unique physical, chemical and electronic properties.
In Mr. Inamori's view, Kyocera was only a small street factory lacking funds, credit and performance at the beginning of its establishment, and could only rely on technology and mutual trust partners. "For the development of the company, we all do our best, and the operators also use their lifelong efforts to repay everyone's trust." The operation based on such a strong heart-to-heart connection is the origin of Kyocera. It is under the guidance of such enterprise spirit that Kyocera has developed to the present scale by virtue of its heart-based "Kyocera philosophy" and "Amiba management".
Today, Kyocera has developed into three categories: components and machines, raw materials and components, systems and services. It can supply tens of thousands of products in dozens of small fields, including power devices, automotive parts, connectors, ceramic packaging and substrates. Perhaps for most people, Kyocera's smartphones, printers and other products are more familiar, but it is undeniable that the semiconductor parts, electronic components and automotive parts business contributed 50.4% of Kyocera's sales. So what products does Kyocera have in the field of electronic components?
Unknown Kyocera Electronic Parts Business
As mentioned before, Kyocera's electronic parts business includes semiconductor parts, electronic components and automotive industry parts business, and many of these products are extended on the basis of ceramics. Inamori has said that advanced materials will bring future breakthroughs to existing industrial technologies, and precision ceramics will become an important part of future development. As a result, the company continues to improve in this field. Since the development of ceramic multilayer packaging for large-scale integrated circuits in 1972, it has been leading the new material revolution.
At present, the company can provide more than 200 kinds of ceramic materials, with high-purity, ultra-fine and high-performance ceramic powder manufacturing technology and technology, as well as large-scale sintering kiln, advanced forming, processing and design technology. The company produces bioceramics, dielectric ceramics, electronic ceramics, cermet, microwave dielectric ceramics and multilayer ceramics with high strength, high biocompatibility and durability, which greatly promotes the development of industries such as industry, semiconductor, medical equipment, electronics and environmental protection. Taking semiconductor parts business as an example, Kyocera provides reliable ceramic packaging and substrates for Smartphone small parts, light communication parts, LED for automobile headlamp and many other products through various material technology, processing technology and design technology as the core.
At present, Kyocera's semiconductor components mainly include surface mounted ceramic packaging for electronic components, ceramic packaging for image sensor, components for optical communication, ceramic packaging for LED and ceramic multilayer substrate for vehicle ECU. In addition, Kyocera also attaches great importance to research and development. In recent years, Kyocera has developed new products such as ceramic packaging for MEMS sensors, LTCC packaging for radio frequency modules, optical communication connectors, ceramic multilayer substrates for ECU in automobiles and millimeter wave radar antenna substrates. As the first manufacturer to mount LCD on automobiles, Kyocera products have been upgraded iteratively, which is expected to occupy more areas of consumption, automotive electronics and 5G. Market share.
In the field of electronic components, because of the current smartphones, wearable devices and other electronic products, even industrial equipment, all devices will use capacitors and SAW components. In view of this market, Kyocera adopts the most advanced technology, from research and development to mass production, and always implements the principle of high-quality manufacturing. Ceramic torches, niobium oxide capacitors, tantalum capacitors, SAW filters and other products are introduced. At the same time, Kyocera also pays attention to emerging markets such as the Internet of Things. For example, in the Internet of Things market, Kyocera launched a miniature crystal vibrator for miniaturization of Internet of Things terminal equipment, which is the smallest high-performance ultra-miniature vibrator in the world successfully developed by Kyocera using unique design simulation technology.
Develop China's Market
Promoted by the Internet of Things, millimeter wave, silicon photon, artificial intelligence and other technologies, the state vigorously develops the semiconductor industry, and China's semiconductor industry is ushering in a new round of development opportunities. On the demand side, smart home, smart car, smart industry and other concepts are in full swing. The fierce competition of smart phones has led to the urgent need for mobile phone manufacturers to achieve innovation and breakthroughs in integrated circuits and sensors. The objective environment of these Chinese integrated circuit enterprises enables semiconductor enterprises to see a bright future, but also puts forward higher performance and productivity of semiconductor devices. Requirement.
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