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Electronic Circuit

Embedded  Product Design

ARM,FPGA,single chip microcontroller, Product design outsourcing

Innovative Embedded Product Development Solutions

Our designs cover consumer electronics products, industrial electronics products, detection instrument products, IoT products, and more.


Consumer Electronics Product Development

Consumer electronics product development services at our company turn innovative ideas into reality. We provide end-to-end support, from concept to mass production. Our team of experts ensures your product is functional, user-friendly, and visually appealing. We work closely with clients to deliver customized solutions tailored to their needs.


With high-quality and cost-effective services, clients can create the next big thing in consumer electronics and revolutionize the market!


Industrial Electronics Product R&D

Our Industrial Electronics R&D service specializes in custom design and development solutions, empowering businesses to create innovative, dependable, and efficient products. With a seasoned team of engineers, we provide comprehensive assistance for top-tier, cost-efficient solutions tailored to clients' unique needs.

Our services include testing, prototyping, production, and post-sales support. Using cutting-edge technology, we craft tailored industrial electronic products, including controllers, automation systems, sensors, and more.


Instrumentation Development

Our commitment revolves around furnishing our clients with precision-driven, dependable measurement instruments and tailored solutions.


Our adept team of engineers collaborates closely with each client to craft bespoke solutions precisely aligned with their unique research and production prerequisites. Our array of cutting-edge instruments, encompassing high-precision concentration meters, X-ray fluorescence spectrometers, salinometers, and refractometers, is meticulously engineered to yield exacting, stable, and swift measurement outcomes.

Product Reverse Engineering Design

The process of analyzing the functionality of a prototype provided by the customer and developing our own implementation plan is part of reverse engineering design. Here are the general steps:

  1. Prototype Analysis: Thoroughly examine the prototype provided by the customer, including its appearance, internal structure, electronic components, sensors, controllers, and more. Document various aspects of the prototype, such as dimensions, shape, and connection interfaces.

  2. Functional Analysis: Determine the key functions and performance of the prototype. Understand how it operates, including input, processing, and output processes. Identify all control and sensor components.

  3. Circuit Analysis: If electronic components are involved, conduct circuit analysis, including circuit boards, components, and connections. This may require drawing circuit diagrams or using electronic testing equipment.

  4. Software Analysis: If the prototype includes embedded software, perform software analysis to understand its functions and operational principles. This may involve techniques such as disassembly and reverse engineering.

  5. Data Collection: Collect all data and information obtained from the prototype analysis, including photos, drawings, technical specifications, circuit diagrams, source code, and more.

  6. Develop a New Implementation Plan: Based on the analysis results, formulate a new implementation plan to meet the customer's needs and requirements. This may include redesigning circuits, modifying software, replacing components, and more.

  7. Prototype Development: Create a prototype of the new implementation plan to validate its functionality and performance. Prototyping helps assess the feasibility of the new design and allows for necessary improvements.

  8. Verification and Testing: Verify and test the new implementation plan to ensure it meets the customer's functional and performance requirements.

  9. Manufacturing and Production: Once the new implementation plan is validated and meets the requirements, mass production can begin.

Verilog Programming

With a team of experienced engineers proficient in CPLD design, we can harness this technology to address various challenges in digital logic design.


Whether you're seeking CPLD-based solutions for control systems, signal processing, or any other application, we have the expertise to deliver

Electronic Parking System

Our Electronic Parking System Design Services Include:

  • System Architecture: We perform system architecture design early in the project to ensure seamless coordination of all components and functions.

  • Hardware Design: We can design the necessary hardware for electronic parking systems, including sensors, control units, circuit boards, and more.

  • Software Development: We provide embedded software development to ensure the stability and performance of electronic parking systems.

  • System Integration: We efficiently integrate and test all components to ensure the reliability and consistency of the system.

STM32 ARM-based design solutions

  • Custom Firmware Development: We can develop tailored firmware solutions optimized for STM32 ARM microcontrollers, ensuring efficient performance and functionality.

  • Hardware Design: Our expertise extends to hardware design, where we can create PCB layouts and designs that seamlessly integrate STM32 microcontrollers into your projects.

  • Prototyping: We offer rapid prototyping services to validate your ideas and concepts, ensuring a smooth transition from design to implementation.

  • Full-System Integration: From concept to final product, we provide end-to-end support, including system integration, testing, and deployment.

IOT design

  • NB-IoT Solutions: We design and develop embedded systems that leverage NB-IoT technology, ideal for low-power, wide-area IoT applications that require extended battery life and reliable connectivity.

  • LTE Cat1 Solutions: Our LTE Cat1 solutions are optimized for applications demanding higher data rates and low latency, while still being power-efficient and cost-effective.

  • Prototyping and Testing: Our services include rapid prototyping and thorough testing to validate the functionality and performance of your embedded systems.

Successful Cases

Our cases include the design of industrial controls, instrumentation, household appliances, and more. In recent years, we have developed a multitude of products for clients around the world.

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