Introduction
  • Independent research and development for 14 years, deep accumulation of technology
  • %
    Research and development investment accounts for 26%
  • %
    Mature IC design team
    Research and development personnel accounted for 79%
  • %
    Our customers are satisfied with CHIPLON's after-sales service, which includes technical support
  • Serving over 1000 customers

Chiplon Microelectronics (Beijing) Co., Ltd. was established in November 2011. It is a national high-tech enterprise specializing in the design of full signal chain (SC) chips, Ethernet physical layer (PHY) chips, and digital signal processor (DSP) integrated circuits, as well as system solutions for industrial control applications.

For over a decade, the company has been providing customers with development solutions for standard and customized products based on industrial Ethernet fieldbus protocols such as EtherCAT, Profinet, Profibus, Ethernet/IP, CC-Link I Family and TSN, serving fields including servo drives, servo motors, motion control, industrial automation, industrial robots, frequency converters, HMI, and numerical control systems. In the customer base of industrial communication and industrial control in China, Chiplon Microelectronics has a leading market penetration rate.

The company has profound cultural heritage and was founded by a number of returnees who have studied and worked in Europe and the United States.Solid theoretical foundation and rich experience in chip design have laid a high starting point and high standard for Chiplon Microelectronics, and have rapidly grown into one of the Chinese IC design brands with independent intellectual property rights in the industry. Chiplon Microelectronics has an elite R&D team of over 30 people, with core designers having over 15 years of experience in the development of industrial control products. They have designed multiple mature industrial control products and successfully mass-produced them. At the same time, we also have an advisory committee composed of senior cross disciplinary technical experts and professors, which collaborates with renowned universities and research institutions to form a distributed innovation network. By building a forward-looking product development roadmap and technical support platform, we can continuously provide customers with more innovative products and solutions. In addition, our design team has mastered various design methods and has rich experience and profound understanding in product design scheme line selection, compatibility design, and design methods. We can provide effective and complete system solutions, including product market evaluation, scheme and concept verification, product design and development, kit development, software development, and other design services. At the same time, the company has a professional testing and analysis laboratory that can complete product failure analysis, high and low temperature testing, aging testing, and finished product testing and other work.

The R&D team of Chiplon Microelectronics has been striving for excellence and currently has independent design capabilities for 16/32-bit DSP cores. After successfully developing the first DSP digital signal processor in China in 2014, they have also developed and mass-produced dozens of 32-bit fixed-point operation, 32-bit floating-point operation, and 16 bit fixed-point operation digital signal processor products.Since then,it has broken the monopoly situation of foreign enterprises on digital signal processor (DSP) in the field of industrial communication and control, and Chiplon Microelectronics' products persisted in continuous optimization and self breakthrough. In terms of performance indicators, it has already surpassed similar foreign products, with higher frequency, lower power consumption, and stronger anti-interference ability.And it has brought efficient and reliable applications to customers, significantly reducing development and usage costs, making due contributions to the localization of chips in China's industrial communication and industrial control fields.

2019‘ s

Chiplon Microelectronics has recently launched a series of MCS®96 microcontroller products for industrial applications. CLM87C196KC is an enhanced 80C196KB with 488 bytes of RAM and operating frequencies of 16 and 20 MHz. Direct PIN to PIN replaces Intel 87C196KC series products without changing the circuit board or system software, achieving 100% complete replacement compatibility. Qilong Microelectronics has developed a test program for testing to ensure that the factory products meet or exceed the original specifications, and support the extended industrial temperature range of -40℃ to +125℃.

2018‘ s

Chiplon recently launched a series of MCS®96 microcontroller series products for industrial applications. CLM80C196KC is an enhanced 80C196KB with 488 bytes of RAM and operating frequencies of 16 and 20 MHz. Direct PIN to PIN replaces Intel 80C196KC series products without changing the circuit board or system software, achieving 100% complete replacement compatibility. Qilong Microelectronics has developed a test program for testing to ensure that the factory products meet or exceed the original specifications, and support the extended industrial temperature range of -40℃ to +125℃.

2017‘ s

Chiplon Microelectronics has recently launched a series of MCS®96 microcontroller series products for industrial applications. CLM320VC33 is an enhanced type with 488 bytes of RAM and operating frequencies of 16 and 20 MHz. Direct PIN to PIN replaces Intel 80C196KC series products without changing the circuit board or system software, achieving 100% complete replacement compatibility. Qilong Microelectronics has developed a test program for testing to ensure that the factory products meet or exceed the original specifications, and support the extended industrial temperature range of -40℃ to +125℃.

2016‘ s

Chiplon Microelectronics recently launched a series of MCS®96 microcontroller series products for industrial applications. CLM80C196KC is an enhanced 80C196KB with 488 bytes of RAM and operating frequencies of 16 and 20 MHz. Direct PIN to PIN replaces Intel 80C196KC series products without changing the circuit board or system software, achieving 100% complete replacement compatibility. Qilong Microelectronics has developed a test program for testing to ensure that the factory products meet or exceed the original specifications, and support the extended industrial temperature range of -40℃ to +125℃.

2015‘ s

Chiplon Microelectronics recently launched a series of MCS®96 microcontroller series products for industrial applications. CLM80C196KC is an enhanced 80C196KB with 488 bytes of RAM and operating frequencies of 16 and 20 MHz. Direct PIN to PIN replaces Intel 80C196KC series products without changing the circuit board or system software, achieving 100% complete replacement compatibility. Qilong Microelectronics has developed a test program for testing to ensure that the factory products meet or exceed the original specifications, and support the extended industrial temperature range of -40℃ to +125℃.

2014‘ s

Chiplon Microelectronics recently launched a series of MCS®96 microcontroller series products for industrial applications. CLM80C196KC is an enhanced 80C196KB with 488 bytes of RAM and operating frequencies of 16 and 20 MHz. Direct PIN to PIN replaces Intel 80C196KC series products without changing the circuit board or system software, achieving 100% complete replacement compatibility. Qilong Microelectronics has developed a test program for testing to ensure that the factory products meet or exceed the original specifications, and support the extended industrial temperature range of -40℃ to +125℃.

2013‘ s

Chiplon Microelectronics recently launched a series of MCS®96 microcontroller series products for industrial applications. CLM80C196KC is an enhanced 80C196KB with 488 bytes of RAM and operating frequencies of 16 and 20 MHz. Direct PIN to PIN replaces Intel 80C196KC series products without changing the circuit board or system software, achieving 100% complete replacement compatibility. Qilong Microelectronics has developed a test program for testing to ensure that the factory products meet or exceed the original specifications, and support the extended industrial temperature range of -40℃ to +125℃.

2012‘ s

Recognized as a Shenzhen high-tech enterprise

2011‘ s

Chiplon Microelectronics Ltd was established

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