Click the above “Fudan Micro MCU Enthusiasts Community” to follow for more information
With the country’s strong push for the electrification, connectivity, intelligence, and sharing of automobiles, known as the “new four modernizations,” the application of semiconductors in automobiles is becoming increasingly common and widespread. According to data from IC Insights, the localization rate of automotive chips in China was less than 5% in 2021, due to the high requirements for performance indicators, lifespan, reliability, and safety, which set a high development threshold.
In response to the market situation, the Fudan Micro MCU team is actively positioning itself in the automotive market with its strong R&D capabilities. The Fudan Micro MCU team has accumulated a wealth of technical experience, deep technical strength, and market recognition in high-demand scenarios such as smart meters and water and gas thermal meters, using this as a foundation to bring low-power, highly safe, and long-lifespan high-reliability products to the automotive market.
Fudan Micro MCU has launched the FM33FT0xxA series chips based on considerations for the automotive market, featuring an ARMCortex-M0 core, a main frequency of 48MHz; a voltage range of 1.65~5.5V; and support for operation in a temperature range of -40℃ to +125℃; equipped with a 1*TAU timer array for easy expansion of timer resources; supports capacitive touch with a maximum of 14 independent key channels, supporting Slide and Button touch modes; includes LCD and LED segment display driver circuits for interactive operation; and safety features including power voltage monitoring, AES, and CRC data security hardware.
Figure 1. Characteristics of the FM33FT0xxA series chips
The FM33FT0xxA series chips launched by the Fudan Micro MCU team have a wide range of application scenarios, including seat control, air conditioning control panels, window lifts, seat ventilation and heating, dynamic ambient lighting, and wireless charging within the vehicle.
The FM33FT0xxA series chips support development environments such as Keil, IAR, Eclipse, and MFANG (a visual development tool independently developed by the Fudan Micro MCU team); they support program downloading and debugging with J-LINK and ULINK emulators, and feature development-level drivers (MCAL) compliant with AUTOSAR standards, reducing the development difficulty for automotive customers.
The Fudan Micro MCU team has always adhered to a customer service-centered approach, offering highly reliable products to the automotive market. In the future, the Fudan Micro MCU team will continue to launch highly reliable, high-performance, and highly secure MCUs to meet the diverse needs of different areas and performance requirements in the automotive industry, contributing to the development of the automotive industry.
More reading:
Fudan Micro’s 2022 Automotive Electronics MCU Technical Training Successfully Concluded
Domestic Automotive Chips Enter a “Window Period”, Fudan Micro Releases Its First Automotive MCU Product
New Release! “Magic Cube MFANG v2.0”