[Development Case] Control Board for LED Near Ultraviolet Irradiation Device - [EOL Support]
Replacement design of embedded systems - Transition to a high-functionality microcontroller 1Chip that achieves stable supply and cost reduction.
By adopting overseas microcontrollers and FPGAs, we have implemented alternative board designs that achieve stable supply and high performance for customers facing increased component procurement risks due to changes in the global situation. While maintaining the conventional configuration, we have replaced it with a high-functionality microcontroller from a domestic manufacturer, eliminating the need for complex circuit designs and FPGA circuits. This allows us to break free from dependence on overseas components and significantly reduce component supply risks. Furthermore, by simplifying design changes and management burdens, we have achieved improved productivity and reduced total costs. We have realized stable supply to end users while enhancing product safety and market competitiveness through a consistent development process. Design engineers, procurement, and production management can solve on-site challenges and improve operational efficiency through our replacement design examples. Please feel free to contact us!
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[EOL Measures] Replacement Design and Development for Embedded Systems <Case Study Collection Available> https://mono.ipros.com/product/detail/2001469992 *For more details, please refer to the PDF document or feel free to contact us.
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**Customer's Challenges and Requests** Due to the use of overseas manufacturers' microcontrollers and FPGAs, the risk of component procurement increased with changes in the global situation, raising concerns about the supply of products to end users. The customer sought an alternative board design that would ensure stable supply and high performance while maintaining the traditional configuration (microcontroller + FPGA). **Our Proposal and Response** After thorough discussions with the customer, we implemented a replacement design using high-performance microcontrollers from domestic manufacturers. By achieving the traditional microcontroller + FPGA configuration with a simple single-chip microcontroller, we provided comprehensive support not only for design replacement but also for circuit design, alternative considerations, and microcontroller firmware development. This led to stabilization of component procurement, increased productivity, and overall cost reduction. *For more details, please refer to the PDF document or feel free to contact us.*
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