![[Image]SANEI HYTECHS](/en/shared/img/logo_w.png){kind=logo}
Automotive Software Development
A unified design that integrates software and hardware,
from artificial intelligence (AI) to device implementation.
Advancing our capabilities in environmental adaptation, driving assistance, and autonomous driving. Developing in-vehicle embedded systems that are installed throughout modern cars with extensive expertise and consistent design. We use model-based development and tailor our approach to meet your needs, from the application layer to the hardware layer.from artificial intelligence (AI) to device implementation.
Automotive Services
SANEI HYTECHS leverages our experience and track record to propose the best solutions to meet our customers' needs.
Integrated Design
We have a wealth of experience ranging from application layer development to hardware layer development.
| Application Layer | Artificial Intelligence (AI), Motor Control |
|---|---|
| BSW/RTE | Driver, AUTOSAR MCAL Development |
| Hardware Layer | LSI/Semiconductor Design, FPGA Design, Board Design |
Model-Based Development
In the automotive industry, there is a strong demand for increased design efficiency due to factors such as the growth in software scale and the need to shorten delivery times. As a result, there is a growing need for model-based development. To meet this demand, we have introduced model-based development and is striving to achieve both high quality and productivity.
We implements this approach by gradually replacing parts of the model with physical components and comparing the results of each stage using MILS/SILS/HILS. We are working on model-based development using MATLAB/Simulink from Mathworks and prototyping units from dSPACE.
We implements this approach by gradually replacing parts of the model with physical components and comparing the results of each stage using MILS/SILS/HILS. We are working on model-based development using MATLAB/Simulink from Mathworks and prototyping units from dSPACE.
Research and Development: Model-Based Development
AUTOSAR MCAL Development
We provide MCAL development services tailored to your needs. We can accommodate your requirements for expanding or reducing the functionality and configuration of MCAL, as well as comply with the AUTOSAR specification.
In addition, we are capable of developing MCAL using a process based on Automotive SPICE to comply with the functional safety standard ISO26262. Based on our past experience and achievements, we provide customers with consistent services from the design process to the verification process in the development process for automotive applications.
In addition, we are capable of developing MCAL using a process based on Automotive SPICE to comply with the functional safety standard ISO26262. Based on our past experience and achievements, we provide customers with consistent services from the design process to the verification process in the development process for automotive applications.
Approach to Functional Safety
We have approximately 20 certified engineers, as of July 2020, who have completed ISO 26262 training by DNV GL and obtained the following certifications:
- Automotive Functional Safety Practitioner Basic (AFSP-B)
- Automotive Functional Safety Practitioner Competent (Software)(AFSP-C(SW))
Service Details:
Leveraging our experience and expertise, we propose the best solution tailored to our clients' needs.
Artificial Intelligence (AI)
Application Layer
Based on the technology we have cultivated in LSI design and development, we intelligently integrate edge devices using low-power FPGA and AI. We have an annotation center in Vietnam where we also create correct answer data for deep learning training.
Motor Control
Application Layer
We understand the characteristics of various motors, such as brushless DC motors and stepper motors, and have a proven track record of developing different platforms.We offer consultations for motor control applications based on your requirements. By entrusting us with the challenges on the platform side, you can focus on improving the value of your application.
RTOS
Application Layer
We build platforms that not only consider implementation with bare metal but also utilize Real-time Operating Systems (RTOS) to suit your target application.AUTOSAR MCAL Development
RTE (Runtime Environment) / BSW (Basic Software) Layer
- Clock / Power saving control
- Communication system (CAN / LIN / SPI / CXPI / Ethernet, etc.)
- Others (FLASH / timer / AD, etc.)
If you have any difficulties in these areas, please consult with us.
By entrusting us with microcontroller-dependent issues, you can focus on enhancing the value of your product.
Unit Testing Outsourcing
Application Layer RTE (Runtime Environment) / BSW (Basic Software) Layer
From test design to environment setup, execution (including proficient use of tools), result verification and reporting, we possess consistent expertise in each stage of the process. We propose a homogeneous service that adheres to our process, utilizing our expertise.By utilizing our service, our customers can focus on activities that enhance the value of their product.
Model Development (including motors).
Hardware Layer
We propose model development at an optimal level for MATLAB/Simulink-based model simulation and RCP-based operation verification. For brushless DC motors, we can implement both plant and control models, enabling us to assist in verifying the validity of control algorithms and parameters (such as Kp/Ki and target values) within the model before generating production code.RH850 and Various Microcontrollers
Hardware Layer BSW (Basic Software) Layer
Through our long-standing business relationship with Renesas Electronics Corporation, we have accumulated extensive knowledge regarding driver/AUTOSAR MCAL development for the RH850. We also have numerous in-house development achievements for other microcontrollers.FPGA/GPU/Raspberry Pi/Arduino/RISC-V
Hardware Layer
We can implement on various platforms according to your needs, not only RH850 and various microcontrollers. Drawing on our expertise in LSI/semiconductor design, we offer flexible functionality leveraging the features of FPGA, in particular.
Development Achievements
Compliance with Automotive Standards
Software Development and Verification
- Body Control ECU
- Steering Control ECU
- Air Conditioner Control ECU
- Battery Control ECU
Electric drive system
Automotive technology has shifted from primarily internal combustion engines to motor-driven systems. Following this trend, our company is focusing on the design and development of electric drive systems.
We have a long-standing track record in software development that considers quality for ECU products, especially in the development of MCAL. We have collaborated closely with microcontroller manufacturers in this area, and consider it one of our strengths.
In recent years, we have accumulated a wealth of experience in Model-Based Development (MBD) in addition to software development using traditional methods, and have also achieved many successes in the hardware domain.
Furthermore, we have a proven track record in LSI/semiconductor design for many areas, such as gate drivers for power circuits, inverter circuits for motor control, and analog front-end circuits (sensor AFE) for processing signals from rotation sensors and current sensors for motors.
In this way, our strength lies in being able to undertake the total design of LSI/semiconductor for electric drive systems, centered around analog circuit design.
We have a long-standing track record in software development that considers quality for ECU products, especially in the development of MCAL. We have collaborated closely with microcontroller manufacturers in this area, and consider it one of our strengths.
In recent years, we have accumulated a wealth of experience in Model-Based Development (MBD) in addition to software development using traditional methods, and have also achieved many successes in the hardware domain.
Furthermore, we have a proven track record in LSI/semiconductor design for many areas, such as gate drivers for power circuits, inverter circuits for motor control, and analog front-end circuits (sensor AFE) for processing signals from rotation sensors and current sensors for motors.
In this way, our strength lies in being able to undertake the total design of LSI/semiconductor for electric drive systems, centered around analog circuit design.
Partner
SANEI HYTECHS is an Adaptive Computing Partner of AMD.