JINYUN TIANYANG TOOLS CO.,LTD.
Zhejiang Jinyun Tianyang tools CO.,LTD is an excellent company.
We have rich experience and strong designing capacity. We fare specialized in production of Car emergency rescue tools, like 12V electric jack, electric wrench, hydraulic jack, air compressor, emergency hammer, etc.
Our products are easy operation, portable and high quality with CE certification, and well sold in Europe, America, southeast Asia, Australia, The Middle East, etc.
We will keep on producing high quality production, improving technology, insist on good credit. We do hope we can cooperate with more customers from the world to create better future together with you..
JINYUN TIANYANG TOOLS CO.,LTD.
Zhejiang Jinyun Tianyang tools CO.,LTD is an excellent company.
We have rich experience and strong designing capacity. We fare specialized in production of Car emergency rescue tools, like 12V electric jack, electric wrench, hydraulic jack, air compressor, emergency hammer, etc.
Our products are easy operation, portable and high quality with CE certification, and well sold in Europe, America, southeast Asia, Australia, The Middle East, etc.
We will keep on producing high quality production, improving technology, insist on good credit. We do hope we can cooperate with more customers from the world to create better future together with you..
NXP provides secure connectivity solutions for embedded applications, including automotive, industrial, and IoT sectors.
NXP Semiconductors N.V.
NXP provides secure connectivity solutions for embedded applications, including automotive, industrial, and IoT sectors.
ON Semiconductor Corporation
ON Semiconductor offers a comprehensive portfolio of energy-efficient semiconductor solutions for automotive, industrial, and consumer markets.
ON Semiconductor Corporation
ON Semiconductor offers a comprehensive portfolio of energy-efficient semiconductor solutions for automotive, industrial, and consumer markets.
Marvell Technology Group Ltd.
Marvell specializes in data storage, networking, and connectivity solutions, providing semiconductor products for various industries.
Marvell Technology Group Ltd.
Marvell specializes in data storage, networking, and connectivity solutions, providing semiconductor products for various industries.
Cypress Semiconductor Corporation
Cypress designs and manufactures high-performance solutions for embedded systems, including microcontrollers, memory, and connectivity products.
Cypress Semiconductor Corporation
Cypress designs and manufactures high-performance solutions for embedded systems, including microcontrollers, memory, and connectivity products.
Maxim Integrated Products, Inc.
Maxim Integrated designs and manufactures analog and mixed-signal solutions, offering efficient interface technologies for various industries.
Maxim Integrated Products, Inc.
Maxim Integrated designs and manufactures analog and mixed-signal solutions, offering efficient interface technologies for various industries.
Microchip Technology Inc.
Microchip Technology provides microcontroller and analog semiconductors, including interface solutions for embedded systems and IoT devices.
Microchip Technology Inc.
Microchip Technology provides microcontroller and analog semiconductors, including interface solutions for embedded systems and IoT devices.
Silicon Laboratories, Inc.
Silicon Labs designs and manufactures mixed-signal ICs, offering innovative interface solutions for IoT, industrial, and consumer electronics.
Silicon Laboratories, Inc.
Silicon Labs designs and manufactures mixed-signal ICs, offering innovative interface solutions for IoT, industrial, and consumer electronics.
Lattice Semiconductor Corporation
Lattice Semiconductor provides low-power programmable logic devices, including interface solutions for data transfer and connectivity.
Lattice Semiconductor Corporation
Lattice Semiconductor provides low-power programmable logic devices, including interface solutions for data transfer and connectivity.
Renesas Electronics Corporation
Renesas is a leading supplier of microcontrollers, analog, and power devices, serving automotive, industrial, and IoT markets.
Renesas Electronics Corporation
Renesas is a leading supplier of microcontrollers, analog, and power devices, serving automotive, industrial, and IoT markets.
Infineon specializes in semiconductor solutions for automotive, industrial, and security applications, including power management and sensors.
Infineon Technologies AG
Infineon specializes in semiconductor solutions for automotive, industrial, and security applications, including power management and sensors.
Samsung Electronics Co., Ltd.
Samsung is a global leader in consumer electronics, semiconductors, and telecommunications, known for its memory chips and smartphones.
Samsung Electronics Co., Ltd.
Samsung is a global leader in consumer electronics, semiconductors, and telecommunications, known for its memory chips and smartphones.
NVIDIA Semiconductor Technology (Shanghai) Co., Ltd.
NVIDIA® was co-founded in 1993 by Jen-Hsun Huang, Chris Malachowsky and Curtis Priem, and is headquartered in Santa Clara, California, USA. NVIDIA® was listed on the Nasdaq in 1999 with the stock trading code NVDA. The company has about 5,700 employees in more than 20 countries and regions. In 1999, NVIDIA® invented GPUs (graphics processors), allowing the world to re-understand the power of computer graphics. Since then, NVIDIA® (NVIDIA™) has continuously set new standards for visual computing, with its breathtaking interactive graphics products widely used on devices ranging from tablets and portable media players to notebooks and workstations. . NVIDIA® has expertise in programmable GPUs (graphics processors), and has made many breakthroughs in parallel processing, thus popularizing the use of low-cost supercomputers. The company holds more than 1,100 U.S. patents, covering many designs and insights about the fundamentals of modern computing. As demand for GPUs continues to grow rapidly, NVIDIA® has developed five major product brands to meet the needs of specific market segments: Tegra™ has launched a revolution in mobile computing. It is a complex system-on-a-Chip with eight dedicated processors, and its power consumption is 50 times lower than that of a regular laptop PC chip. Tegra™ can power the next generation of tablets, smartphones, portable media players and on-board driver safety/assistance/information systems. ION™ can improve the performance of netbooks. It can present rich high-definition media in games, movies, and web-based videos, and also provides support for Windows Home Premium. With the powerful complement of NVIDIA® Optimus technology, ION™ is flawless. GeForce® (Qingshi™) accelerates consumer desktop PCs and notebooks. GeForce® is an excellent product line of NVIDIA® , which enables abundant performance for users who play games, enjoy movies, or experience other forms of digital entertainment using a PC. Quadro is the source of power for powerful workstations, and animation companies, broadcasters, visual effects artists and industrial designers all use Quadro to help them create more complex projects and visualize them. Most of the world's cars, aircraft and a wide variety of consumer-grade products are designed using Quadro's professional graphics solutions. Tesla is revolutionizing the supercomputing world. By leveraging the parallel processing power of GPUs, Tesla can provide powerful performance to scientists and researchers who need supercomputer processing power, yet its cost and power consumption is much lower than conventional solutions. NVIDIA® also launched a large number of important technologies: 3D stereoscopic mirror™ combines specialized shutter glasses and software to achieve immersive 3D visualization effects for games, videos, photos and Blu-ray 3D. SLI® (Speed Power™) can leverage the processing power of multiple GPUs on the same motherboard to create a high-resolution gaming experience. Optimus can leverage the processing power of multiple GPUs on the same motherboard to create a high-resolution gaming experience. PhysX is a graphics engine that reproduces the dynamic effects of natural forces such as gravity and motion imposed on objects in real time. PhysX can be used on all gaming platforms, including PCs, gaming consoles, and iPhones. CUDA in particular makes NVIDIA® proud . CUDA is a parallel computing architecture that allows the GPU to process countless data and geometric figures and pixels of images.
NVIDIA Semiconductor Technology (Shanghai) Co., Ltd.
NVIDIA® was co-founded in 1993 by Jen-Hsun Huang, Chris Malachowsky and Curtis Priem, and is headquartered in Santa Clara, California, USA. NVIDIA® was listed on the Nasdaq in 1999 with the stock trading code NVDA. The company has about 5,700 employees in more than 20 countries and regions. In 1999, NVIDIA® invented GPUs (graphics processors), allowing the world to re-understand the power of computer graphics. Since then, NVIDIA® (NVIDIA™) has continuously set new standards for visual computing, with its breathtaking interactive graphics products widely used on devices ranging from tablets and portable media players to notebooks and workstations. . NVIDIA® has expertise in programmable GPUs (graphics processors), and has made many breakthroughs in parallel processing, thus popularizing the use of low-cost supercomputers. The company holds more than 1,100 U.S. patents, covering many designs and insights about the fundamentals of modern computing. As demand for GPUs continues to grow rapidly, NVIDIA® has developed five major product brands to meet the needs of specific market segments: Tegra™ has launched a revolution in mobile computing. It is a complex system-on-a-Chip with eight dedicated processors, and its power consumption is 50 times lower than that of a regular laptop PC chip. Tegra™ can power the next generation of tablets, smartphones, portable media players and on-board driver safety/assistance/information systems. ION™ can improve the performance of netbooks. It can present rich high-definition media in games, movies, and web-based videos, and also provides support for Windows Home Premium. With the powerful complement of NVIDIA® Optimus technology, ION™ is flawless. GeForce® (Qingshi™) accelerates consumer desktop PCs and notebooks. GeForce® is an excellent product line of NVIDIA® , which enables abundant performance for users who play games, enjoy movies, or experience other forms of digital entertainment using a PC. Quadro is the source of power for powerful workstations, and animation companies, broadcasters, visual effects artists and industrial designers all use Quadro to help them create more complex projects and visualize them. Most of the world's cars, aircraft and a wide variety of consumer-grade products are designed using Quadro's professional graphics solutions. Tesla is revolutionizing the supercomputing world. By leveraging the parallel processing power of GPUs, Tesla can provide powerful performance to scientists and researchers who need supercomputer processing power, yet its cost and power consumption is much lower than conventional solutions. NVIDIA® also launched a large number of important technologies: 3D stereoscopic mirror™ combines specialized shutter glasses and software to achieve immersive 3D visualization effects for games, videos, photos and Blu-ray 3D. SLI® (Speed Power™) can leverage the processing power of multiple GPUs on the same motherboard to create a high-resolution gaming experience. Optimus can leverage the processing power of multiple GPUs on the same motherboard to create a high-resolution gaming experience. PhysX is a graphics engine that reproduces the dynamic effects of natural forces such as gravity and motion imposed on objects in real time. PhysX can be used on all gaming platforms, including PCs, gaming consoles, and iPhones. CUDA in particular makes NVIDIA® proud . CUDA is a parallel computing architecture that allows the GPU to process countless data and geometric figures and pixels of images.
Qualcomm Wireless Communications Technologies (China) Co., Ltd.
Qualcomm is a world-leading wireless technology innovator and a driving force for 5G research and development, commercialization and scale. We are committed to inventing breakthrough fundamental technologies. Changed the way the world connects, calculates and communicates. Connecting your mobile phone to the Internet, Qualcomm's invention opened the era of mobile Internet. Today, Qualcomm's basic technology empowers the entire mobile ecosystem, with inventions found in every 3G, 4G and 5G smartphone. Qualcomm brings the advantages of mobile technology to new industries such as automobiles, the Internet of Things, and computing, creating a new world where people and everything can communicate and interact smoothly. The basic technology invented by Qualcomm , through the technology licensing model, widely share the invention results with the entire mobile industry, becoming a strong backing for customers and partners to innovate, compete and global development. This model started in 1995 and is the foundation of Qualcomm's core mission, value and culture, driving the market to flourish and keeping consumers benefiting. Qualcomm is committed to transforming all walks of life around the world, including mobile phones, cars, mobile computing, network devices and the Internet of Things industries, and connects millions of terminals in ways beyond imagination, ultimately enriching human life. Qualcomm Incorporated includes the Technology Licensing Business (QTL) and most of our patent portfolios. Qualcomm Technologies, Inc. (QTI) is a wholly owned subsidiary of Qualcomm, with its subsidiaries, operating all Qualcomm engineering, R&D activities and all product and service businesses, including its semiconductor business.
Qualcomm Wireless Communications Technologies (China) Co., Ltd.
Qualcomm is a world-leading wireless technology innovator and a driving force for 5G research and development, commercialization and scale. We are committed to inventing breakthrough fundamental technologies. Changed the way the world connects, calculates and communicates. Connecting your mobile phone to the Internet, Qualcomm's invention opened the era of mobile Internet. Today, Qualcomm's basic technology empowers the entire mobile ecosystem, with inventions found in every 3G, 4G and 5G smartphone. Qualcomm brings the advantages of mobile technology to new industries such as automobiles, the Internet of Things, and computing, creating a new world where people and everything can communicate and interact smoothly. The basic technology invented by Qualcomm , through the technology licensing model, widely share the invention results with the entire mobile industry, becoming a strong backing for customers and partners to innovate, compete and global development. This model started in 1995 and is the foundation of Qualcomm's core mission, value and culture, driving the market to flourish and keeping consumers benefiting. Qualcomm is committed to transforming all walks of life around the world, including mobile phones, cars, mobile computing, network devices and the Internet of Things industries, and connects millions of terminals in ways beyond imagination, ultimately enriching human life. Qualcomm Incorporated includes the Technology Licensing Business (QTL) and most of our patent portfolios. Qualcomm Technologies, Inc. (QTI) is a wholly owned subsidiary of Qualcomm, with its subsidiaries, operating all Qualcomm engineering, R&D activities and all product and service businesses, including its semiconductor business.
Toshiba (China) Co., Ltd.
Toshiba was founded in July 1875 and was originally named Tokyo Shibaura Electric Co., Ltd. In 1939, Tokyo Electric Appliances and Shibaura Productions officially merged into today's Toshiba. The new names are the beginning of the two companies. Its English name is also combined according to the pinyin of Japanese. To represents the pronunciation of Dong in Japanese, and Shiba represents the pronunciation of Shiba. Since the 1980s, Toshiba has transformed from a company with household appliances and heavy-duty motors to a comprehensive electronic appliance company including communications and electronics. Entering the 1990s, Toshiba has achieved rapid development in the fields of digital technology, mobile communication technology and network technology, and has successfully transformed from a giant in the home appliance industry to a pioneer in the IT industry. Since Toshiba entered China in 1972 to start its business, it has developed in China for more than 50 years. In terms of contributing to society through the development of its own business, Toshiba's thermal, hydropower technology and equipment are adopted by many power stations in the field of energy. In other fields, such as parts for railway electrical locomotives, electronic components necessary for information society, etc. Toshiba products have participated in the development process of China.
Toshiba (China) Co., Ltd.
Toshiba was founded in July 1875 and was originally named Tokyo Shibaura Electric Co., Ltd. In 1939, Tokyo Electric Appliances and Shibaura Productions officially merged into today's Toshiba. The new names are the beginning of the two companies. Its English name is also combined according to the pinyin of Japanese. To represents the pronunciation of Dong in Japanese, and Shiba represents the pronunciation of Shiba. Since the 1980s, Toshiba has transformed from a company with household appliances and heavy-duty motors to a comprehensive electronic appliance company including communications and electronics. Entering the 1990s, Toshiba has achieved rapid development in the fields of digital technology, mobile communication technology and network technology, and has successfully transformed from a giant in the home appliance industry to a pioneer in the IT industry. Since Toshiba entered China in 1972 to start its business, it has developed in China for more than 50 years. In terms of contributing to society through the development of its own business, Toshiba's thermal, hydropower technology and equipment are adopted by many power stations in the field of energy. In other fields, such as parts for railway electrical locomotives, electronic components necessary for information society, etc. Toshiba products have participated in the development process of China.
Texas Instruments Semiconductor Technology (Shanghai) Co., Ltd.
Texas Instruments (TI) (NYSE: TXN) is a global semiconductor company and a world-class designer and provider of real-time digital processing solutions. TI's business is divided into two parts: semiconductors and educational products. Headquartered in Dallas, Texas, USA, TI has approximately 30,300 employees worldwide and owns companies in more than 25 countries in Asia, Europe and the Americas, conducting sales and manufacturing operations. With a long history of more than 70 years, TI began to transform its company in 1996, focusing on producing semiconductors for the signal processing market and driving tremendous changes in the wireless and mobile Internet markets. This transformation, along with the subsequent series of acquisitions, divestitures and other actions, makes TI one of the top semiconductor companies today. Over the past few years, TI has been continuously investing in the future, developing new technologies and improving financial robustness. TI has successfully escaped from the recent market downturn and reached an unprecedented advantage, and has begun to explore the potential that real-time signal processing technology brings to the electronic world. As information can continue to be popularized on the mobile Internet anytime, anywhere and broadband enters the home, TI has benefited greatly from the increasing importance of signal processing. Signal processing is a technology that reflects the company's research and development capabilities in digital signal processors (DSPs) and analog signal processors. Digital signal processors (DSPs) and analog signal processors are the development engines of many of the fastest-growing market segments in the electronics industry. To be precise, three trends in the final market will have a positive impact on the company's future development: Digital phones transition from pure voice to high-speed multimedia devices. The rapidly growing broadband user base around the world and the demand for broadband functions by families. Consumer Electronics Transition to Digital Technology – A large number of products can provide information, entertainment and connectivity to consumers no matter where they are. In addition to the chip technology provided to these markets, TI's software and system expertise can also help customers differentiate their products. TI's market position is built on decades of semiconductor production experience and its tradition of innovation and integrity. Today, TI provides customers with a wide range of product ranges, software and development tools, as well as system expertise and cutting-edge manufacturing expertise for emerging markets that are developing rapidly.
Texas Instruments Semiconductor Technology (Shanghai) Co., Ltd.
Texas Instruments (TI) (NYSE: TXN) is a global semiconductor company and a world-class designer and provider of real-time digital processing solutions. TI's business is divided into two parts: semiconductors and educational products. Headquartered in Dallas, Texas, USA, TI has approximately 30,300 employees worldwide and owns companies in more than 25 countries in Asia, Europe and the Americas, conducting sales and manufacturing operations. With a long history of more than 70 years, TI began to transform its company in 1996, focusing on producing semiconductors for the signal processing market and driving tremendous changes in the wireless and mobile Internet markets. This transformation, along with the subsequent series of acquisitions, divestitures and other actions, makes TI one of the top semiconductor companies today. Over the past few years, TI has been continuously investing in the future, developing new technologies and improving financial robustness. TI has successfully escaped from the recent market downturn and reached an unprecedented advantage, and has begun to explore the potential that real-time signal processing technology brings to the electronic world. As information can continue to be popularized on the mobile Internet anytime, anywhere and broadband enters the home, TI has benefited greatly from the increasing importance of signal processing. Signal processing is a technology that reflects the company's research and development capabilities in digital signal processors (DSPs) and analog signal processors. Digital signal processors (DSPs) and analog signal processors are the development engines of many of the fastest-growing market segments in the electronics industry. To be precise, three trends in the final market will have a positive impact on the company's future development: Digital phones transition from pure voice to high-speed multimedia devices. The rapidly growing broadband user base around the world and the demand for broadband functions by families. Consumer Electronics Transition to Digital Technology – A large number of products can provide information, entertainment and connectivity to consumers no matter where they are. In addition to the chip technology provided to these markets, TI's software and system expertise can also help customers differentiate their products. TI's market position is built on decades of semiconductor production experience and its tradition of innovation and integrity. Today, TI provides customers with a wide range of product ranges, software and development tools, as well as system expertise and cutting-edge manufacturing expertise for emerging markets that are developing rapidly.
Intel is a global leader in the semiconductor industry and computing innovation field, founded in 1968. Today, Intel is transforming into a data-centric company. Intel and its partners are promoting innovation and application breakthroughs in turning technologies such as artificial intelligence, 5G, and smart edge, and driving the intelligent interconnected world. Intel makes chips in Silicon Valley. For over 50 years, Intel and its employees have had a profound impact on the world, pushing businesses and society forward by creating powerful innovations that revolutionize lifestyles. Today, Intel is leveraging reach, scale and resources to enable customers to leverage the power of digital technology more fully. Inspired by Moore's Law, we are constantly committed to promoting semiconductor design and manufacturing to help customers meet the most important challenges. Intel has moved from meeting the needs of computer-centric companies to meeting the needs of a new data-centric world, expanding its product range and providing end-to-end solutions, extending from edge computing to 5G networks, cloud, and AI and autonomous driving and other emerging fields.
Intel (China) Co., Ltd.
Intel is a global leader in the semiconductor industry and computing innovation field, founded in 1968. Today, Intel is transforming into a data-centric company. Intel and its partners are promoting innovation and application breakthroughs in turning technologies such as artificial intelligence, 5G, and smart edge, and driving the intelligent interconnected world. Intel makes chips in Silicon Valley. For over 50 years, Intel and its employees have had a profound impact on the world, pushing businesses and society forward by creating powerful innovations that revolutionize lifestyles. Today, Intel is leveraging reach, scale and resources to enable customers to leverage the power of digital technology more fully. Inspired by Moore's Law, we are constantly committed to promoting semiconductor design and manufacturing to help customers meet the most important challenges. Intel has moved from meeting the needs of computer-centric companies to meeting the needs of a new data-centric world, expanding its product range and providing end-to-end solutions, extending from edge computing to 5G networks, cloud, and AI and autonomous driving and other emerging fields.
AMD Products (China) Co., Ltd.
AMD is a leading enterprise in the field of high-performance and adaptive computing, committed to providing high-quality products and services to help customers solve various major challenges. AMD's technology drives the data center, embedded systems, gaming and PC markets into the future. Founded in Silicon Valley in 1969, AMD initially had only a few dozen employees. Since then, AMD has embarked on the road of innovation and is committed to leading the forefront of semiconductor products. Today, AMD has grown into a modern global enterprise, setting a new benchmark for modern computing with advanced technology and many breakthrough industry innovations. As a company that performs well in the field of high-performance computing, AMD is committed to developing innovative technologies to accelerate various data center workloads across the board, helping scientists, engineers and designers to get insights and more accurate results faster. In today's world, artificial intelligence is gradually being applied to all aspects. It empowers smart technology to many industries such as retail, urban management, and healthcare, and also makes smart homes change with each passing day. From data centers and edge devices, AMD can provide advanced AI acceleration technologies that bring high performance and efficiency to make the world smarter. Google Cloud confidential computing based on AMD computing technology. Achieve good security without affecting performance and drive business development. Supercomputers based on AMD processors are helping advance scientific research in areas ranging from climate change to subatomic structures, addressing the world's tough challenges. Learn how the LUMI supercomputer can help advance this groundbreaking scientific research. The entertainment industry has endless room for imagination. Therefore, AMD creates more advanced processors for faster rendering. From visual effects to virtual production to 3D modeling, AMD helps many movie, TV and game creators to create their creativity. AMD is passionate about creating more advanced processors, graphics cards and software, living up to gamers who are also passionate about using them. This is also the reason why AMD processors are commonly built in various computers, game consoles and handheld computers.
AMD Products (China) Co., Ltd.
AMD is a leading enterprise in the field of high-performance and adaptive computing, committed to providing high-quality products and services to help customers solve various major challenges. AMD's technology drives the data center, embedded systems, gaming and PC markets into the future. Founded in Silicon Valley in 1969, AMD initially had only a few dozen employees. Since then, AMD has embarked on the road of innovation and is committed to leading the forefront of semiconductor products. Today, AMD has grown into a modern global enterprise, setting a new benchmark for modern computing with advanced technology and many breakthrough industry innovations. As a company that performs well in the field of high-performance computing, AMD is committed to developing innovative technologies to accelerate various data center workloads across the board, helping scientists, engineers and designers to get insights and more accurate results faster. In today's world, artificial intelligence is gradually being applied to all aspects. It empowers smart technology to many industries such as retail, urban management, and healthcare, and also makes smart homes change with each passing day. From data centers and edge devices, AMD can provide advanced AI acceleration technologies that bring high performance and efficiency to make the world smarter. Google Cloud confidential computing based on AMD computing technology. Achieve good security without affecting performance and drive business development. Supercomputers based on AMD processors are helping advance scientific research in areas ranging from climate change to subatomic structures, addressing the world's tough challenges. Learn how the LUMI supercomputer can help advance this groundbreaking scientific research. The entertainment industry has endless room for imagination. Therefore, AMD creates more advanced processors for faster rendering. From visual effects to virtual production to 3D modeling, AMD helps many movie, TV and game creators to create their creativity. AMD is passionate about creating more advanced processors, graphics cards and software, living up to gamers who are also passionate about using them. This is also the reason why AMD processors are commonly built in various computers, game consoles and handheld computers.
ADI (NASDAQ: ADI) is a global leader in the semiconductor industry, committed to building a bridge between the reality and the digital world, with the aim of achieving breakthroughs in the field of smart edges. ADI combines analog, digital and software technologies to create high-quality solutions to help promote the development of digital factories, automobiles and digital medical fields, actively respond to climate change, and reliable connection between people and the world. The company has approximately 25,000 employees worldwide and joins hands with 125,000 customers worldwide to help today's innovators surpass everything possible. ADI is committed to creating innovative analog, digital and software solutions that empower the smart edge and accelerate technological breakthroughs that can benefit society and the planet. Its outstanding product range and technical talent bridge the reality and the digital world, drawing valuable insights from difficult-to-measure signals, transforming ADI itself into a smart edge pioneer. ADI focuses on enabling customers to turn raw data into actionable insights. ADI's solutions, such as analog and mixed signals, power management, RF and edge processors and sensors, bridge the real and digital world by utilizing and activating data, making connected devices smarter and more responsive; Aerospace, automobiles, sustainable energy, communications, digital healthcare, industrial automation, instrumentation and consumer electronics, etc.
Analog Devices, Inc.
ADI (NASDAQ: ADI) is a global leader in the semiconductor industry, committed to building a bridge between the reality and the digital world, with the aim of achieving breakthroughs in the field of smart edges. ADI combines analog, digital and software technologies to create high-quality solutions to help promote the development of digital factories, automobiles and digital medical fields, actively respond to climate change, and reliable connection between people and the world. The company has approximately 25,000 employees worldwide and joins hands with 125,000 customers worldwide to help today's innovators surpass everything possible. ADI is committed to creating innovative analog, digital and software solutions that empower the smart edge and accelerate technological breakthroughs that can benefit society and the planet. Its outstanding product range and technical talent bridge the reality and the digital world, drawing valuable insights from difficult-to-measure signals, transforming ADI itself into a smart edge pioneer. ADI focuses on enabling customers to turn raw data into actionable insights. ADI's solutions, such as analog and mixed signals, power management, RF and edge processors and sensors, bridge the real and digital world by utilizing and activating data, making connected devices smarter and more responsive; Aerospace, automobiles, sustainable energy, communications, digital healthcare, industrial automation, instrumentation and consumer electronics, etc.
STMicroelectronics (China) Investment Co., Ltd.
STMicroelectronics (ST) Group was established in 1988 and was formed by the merger of Italy's SGS Microelectronics and France's Thomson Semiconductor. In May 1998, SGS-THOMSON Microelectronics changed its company name to STMicroelectronics Co., Ltd. STMicroelectronics is one of the world's largest semiconductor companies, aiming to be a market leader in multimedia application integration and power solutions. STMicroelectronics has a strong product lineup in the world, with dedicated products with high intellectual property content. , there are also innovative products in many fields, such as discrete devices, high-performance microcontrollers, secure smart card chips, and microelectromechanical systems (MEMS) devices. In strict application fields such as mobile multimedia, set-top boxes and computer peripherals, STMicroelectronics is a pioneer in the development of complex ICs using platform design methods and constantly improves this design method. STMicroelectronics has a balanced product portfolio that can meet the needs of all microelectronic users. The system-on-chip (SoC ) projects of strategic customers around the world all designate STMicroelectronics as partners, and the company also provides full-process support to local companies to meet local customers' needs for general-purpose devices and solutions. STMicroelectronics has announced its intention to jointly establish an independent semiconductor company with Intel and Francisco Partners. The new company called Numonyx will mainly provide nonvolatile memory solutions for consumer electronics and industrial equipment.
STMicroelectronics (China) Investment Co., Ltd.
STMicroelectronics (ST) Group was established in 1988 and was formed by the merger of Italy's SGS Microelectronics and France's Thomson Semiconductor. In May 1998, SGS-THOMSON Microelectronics changed its company name to STMicroelectronics Co., Ltd. STMicroelectronics is one of the world's largest semiconductor companies, aiming to be a market leader in multimedia application integration and power solutions. STMicroelectronics has a strong product lineup in the world, with dedicated products with high intellectual property content. , there are also innovative products in many fields, such as discrete devices, high-performance microcontrollers, secure smart card chips, and microelectromechanical systems (MEMS) devices. In strict application fields such as mobile multimedia, set-top boxes and computer peripherals, STMicroelectronics is a pioneer in the development of complex ICs using platform design methods and constantly improves this design method. STMicroelectronics has a balanced product portfolio that can meet the needs of all microelectronic users. The system-on-chip (SoC ) projects of strategic customers around the world all designate STMicroelectronics as partners, and the company also provides full-process support to local companies to meet local customers' needs for general-purpose devices and solutions. STMicroelectronics has announced its intention to jointly establish an independent semiconductor company with Intel and Francisco Partners. The new company called Numonyx will mainly provide nonvolatile memory solutions for consumer electronics and industrial equipment.
