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[EOL Measures] Replacement Design and Development for Embedded Systems

Experienced engineers will solve your requests for embedded system replacement design development and EOL support design in a way that meets your needs.

Are you facing any issues due to the retirement of development designers, the absence of former design developers who worked on past design developments, the discontinuation of parts manufacturing, or prolonged delivery times, making continued production difficult? In light of the above situation, our service, Reproduction Engineering, offers redesign, EOL (End of Life) response design replacement, and reverse engineering. We will design and manufacture alternative products with the same functionality by conducting design analysis, updating parts, circuits, and software from existing devices, substrates, enclosures, and systems. We will create alternative products with the same functionality by performing design analysis and updating parts, circuits, and software from existing devices, design drawings, and source code. We respond to various requests, from investigating alternative parts for discontinued manufacturer components to replacing passive components and analog ICs, and integrating microcontrollers and FPGAs into a single chip. At Yamato Technology Research Institute, we deliver the realization of concepts from both hardware and software perspectives in a ONE-STOP manner.

  • Embedded system design service
  • EMS
  • Microcomputer
  • Replacement design and development

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【Development Case】 - Transformer Type Battery Charger Circuit Board - 【EOL Support】

Replacement Design for Embedded Systems - Strategies for Alternative Component Solutions and Cost Reduction Achieved through Microcontroller Integration -

Due to the discontinuation of the timer IC and level display IC, it has become urgent for customers to switch to alternative products before running out of stock. However, suitable components could not be found from domestic and international manufacturers, making it difficult to maintain the functionality of existing products. In response, our company proposed a new approach to integrate the more than ten existing circuit board versions, which varied according to battery voltage and capacity, into a single version controlled by a microcontroller. This made it easier to switch settings for each model using a rotary switch on the circuit board, eliminating the need for volume adjustments during inspection, while also successfully reducing costs in circuit board management and inspection processes. As a result, we were able to respond flexibly to the issue of alternative parts, ensuring stable product supply and overall cost reduction. We encourage design engineers, procurement, and production management to consider this case as a reference for measures against component obsolescence risks and for improving operational efficiency. Please feel free to contact us!

  • Embedded system design service
  • Charger
  • Microcomputer
  • Replacement design and development

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Automotive EOL measures for embedded system replacement design and development.

Avoiding the crisis of production interruption! Achieving EOL response through replacement design.

In the automotive industry, the EOL (End of Life) of electronic components can significantly impact the continuity of product production. This is especially urgent for automotive parts with advanced functions, where securing alternative components and making design changes become critical. The cessation of component supply due to EOL carries the risk of production line stoppages and degradation of product functionality. Our company offers replacement design and reverse engineering solutions to address these challenges. 【Use Cases】 - Automotive ECU (Electronic Control Unit) - In-vehicle infotainment systems - ADAS (Advanced Driver-Assistance Systems) - Various sensor systems 【Benefits of Implementation】 - Avoidance of production interruption risks - Improvement of functionality and maintenance of performance - Potential cost reduction - Adaptation to the latest technologies

  • Circuit board design and manufacturing
  • Microcomputer
  • EMS
  • Replacement design and development

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