Digital circuit design (logic circuit design) and verification - LSI design (semiconductor design)
Digital circuit design (logic circuit design) and verification
Fully utilizing the latest design and verification technologies.
I have been involved in many semiconductor designs and have honed my skills in logic circuit design and verification technology. Based on that experience and achievements, I provide services across various processes in FPGA design/logic design development, including architecture design (detailed design), logic design, logic verification, and physical verification. I also accept development methods such as FPGA development and Model-Based Development (MBD) upon request. Additionally, I flexibly adapt to design flows such as waterfall and agile according to the project's objectives and characteristics. To quickly respond to the rapid large-scale integration of circuits, I skillfully use not only traditional HDL but also high-level modern languages such as C/C++ and SystemC, promoting further efficiency. - FPGA Design - ASIC Development - Design Achievements I provide refined services in architecture design, logic design, and logic verification with polished digital design and verification technology. - Development of sensor image evaluation systems for automotive applications - Development of a platform for hardware implementation of OpenCV for automotive applications - Development of camera systems for industrial applications - CIS logic circuit design - Mixed-Signal LSI logic circuit design - Digital signal processing design
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basic information
○ FPGA Design We are focusing on FPGA design using the digital design techniques accumulated through LSI design. By leveraging the know-how of various departments within the company, we provide optimal system solutions. ○ ASIC Development ASIC development, which requires even higher quality management due to its non-programmable nature. We work closely with our customers to ensure reliable development through detailed documentation and evidence. ○ Design Achievements With refined digital design and verification techniques, we offer sophisticated services in architecture design, logic design, and logic verification.
Applications/Examples of results
○ Development of a Sensor Image Evaluation System for Automotive Use A platform for demonstration experiments that allows algorithm examination using images captured on a PC. Development costs were reduced by utilizing general-purpose interfaces and modules. ○ Development of a Platform for H/W Implementation of OpenCV for Automotive Use Contributed to agile development through processing performance from H/W implementation, support for demonstration experiments, and standardization of the platform. Achieved a reduction in development man-hours. ○ Development of a Camera System for Industrial Use An example that meets requests through differentiation based on an existing camera system. Proposed a design that reflects the required specifications while understanding the specifications of the source being reused. ○ CIS Logic Circuit Design An example of logic circuit design in the development of CMOS image sensors for surveillance cameras, automotive applications, and medical use. ○ Mixed-Signal LSI Logic Circuit Design An example of logic circuit design in Mixed-Signal LSI such as delta-sigma ADCs. ○ Digital Signal Processing Design Designed digital signal processing consistently for audio/speech CODECs, microcurrent detection ICs, and radio clock ICs.
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Sanei Hitec Co., Ltd. Company Profile
Company information
Our company has built a track record as a professional group in LSI design, distinguishing ourselves as an independent design specialist firm by having an LSI design environment equivalent to that of our clients and being able to handle the entire process of LSI design, from circuit design to layout and verification, for both analog and digital. Over the past half-century since our founding, the environment surrounding the LSI industry has continued to change, with semiconductor needs constantly expanding across various fields such as home appliances, musical instruments, gaming consoles, smartphones, and automobiles. With the advent of the IoT era, we believe this change will accelerate even further. Therefore, we have established overseas subsidiaries to enhance our responsiveness with a view to global expansion. Furthermore, by maximizing the strengths of our professional group, where 90% of our employees are engineers, we are continuing our efforts toward the future, including a full-scale entry into artificial intelligence (AI) as a new pillar of our engineering business and promoting joint technology development with academia and government, aiming for further evolution as a company that can meet societal expectations and fulfill its responsibilities.
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