According to the forecast from Global Market Insight, the automotive electronics market is set for rapid growth driven by the advancement of electric vehicles and the maturation of autonomous driving technology. The Asia-Pacific region is expected to reach a market size of $145 billion by 2023. China’s significance in this region, and globally, cannot be overstated. At the SAECCE 2017 conference, the enthusiasm from global players was evident. Fujitsu, a key player in automotive electronics, showcased a wide range of products and solutions at its booth, drawing significant attention.
For the first time, Fujitsu presented its core offering: a combination of automotive-grade FRAM, virtual instrumentation solutions, and automotive foundry services. This lineup perfectly aligns with the needs of China’s automotive electronics industry, spanning from chip design to system development. The response from the audience was enthusiastic, highlighting the relevance and innovation behind these offerings.
The new automotive-grade FRAM has become a standout product at the exhibition due to its extensive use in battery management systems, tire pressure monitoring systems, and infotainment systems. The full virtual instrumentation solution also attracted considerable interest. The development kit based on the Triton-C series, using the eSOL operating system, offers a complete software and hardware platform tailored for Chinese automakers and their electronic components, significantly reducing development cycles. This makes it highly appealing to system vendors.
Additionally, Fujitsu’s foundry service, built on ultra-low-power processes, embedded non-volatile memory, and millimeter-wave RF technology, is well-suited for automotive semiconductor manufacturing. This is particularly beneficial for the booming integrated circuit design industry in China, providing a reliable and high-quality option for chip production.
Fujitsu’s FRAM technology is playing a crucial role in the era of new energy vehicles. With many countries setting clear timelines for phasing out traditional fuel vehicles, the demand for reliable data storage and real-time monitoring in automotive systems has never been higher. From tire pressure monitoring to battery management and advanced driver assistance systems (ADAS), FRAM provides the necessary performance and durability.
Fujitsu’s latest automotive FRAM devices offer up to 10MB of write capacity, operating at voltages between 1.8V and 3.6V, and can function in temperatures ranging from -40°C to 125°C—meeting both automotive and industrial standards. These features make them ideal for applications like automotive radar, car voice systems, and GPS.
In ADAS systems, where real-time data processing is critical, FRAM’s non-volatile nature, fast write speed, and high endurance are essential. Feng Yixin, Director of Fujitsu’s Electronic Product Management Department, emphasized that FRAM will play a key role in upgrading China’s auto industry and is open to collaborating with MCU and main control manufacturers to integrate FRAM into automotive designs.
Fujitsu’s virtual instrumentation solutions have also gained traction. Starting in 2012, they have been instrumental in the shift toward digital dashboards. Major automakers like Land Rover, Volvo, Audi, Ford, and Toyota have successfully implemented these solutions. The Jade and Emerald series have powered over a million applications, proving their reliability and appeal.
At this year’s SAECCE, Fujitsu introduced a SOC solution based on the Triton-C series, featuring GDC and GPU integration, two powerful ARM Cortex-A9 processors, and a unique SEERIS engine for instrument applications. With OpenGL ES 2.0 and shader graphics capabilities, the Triton-C supports multiple video inputs and outputs, making it ideal for high-resolution displays.
The full virtual instrumentation development kit is a highlight of the booth, offering a rich ecosystem of tools and libraries to help manufacturers create intuitive and responsive dashboards. Fujitsu’s comprehensive toolchain, including OS, software, and hardware, ensures cost-effective and efficient development from prototype to mass production.
In the foundry space, Triple Fujitsu Semiconductor is making waves. As the only international foundry manufacturer at the event, it focuses on three key technologies: ultra-low power consumption, embedded non-volatile memory, and millimeter-wave RF. These innovations position it as a leader in automotive and IoT semiconductor manufacturing.
Triple Fujitsu is preparing a 40nm production line and has developed standard IP for vehicle communication. It is also working on millimeter-wave MMIC technology using CMOS, with potential applications in vehicle radar. As the automotive industry evolves, Fujitsu’s strategic focus on differentiated technologies ensures it remains at the forefront of innovation.
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