STMicroelectronics Extends Longevity Program for SPC56 Automotive MCUs to 20 Years

Article By : STMicroelectronics

Availability of STMicroelectronics' SPC56 automotive MCUs assured until at least 2034 by extension of longevity program to 20 years.

STMicroelectronics is extending its long-term commitment to support customers of the company’s SPC56 automotive microcontrollers, which are deployed in millions of powertrain, chassis, and body-electronics applications worldwide.

“The SPC56 series has enjoyed enduring success and it remains the go-to automotive controller for a wide range of design projects, blending performance, robustness and reliability,” said Luca Rodeschini, Automotive Processing and RF Division General Manager, STMicroelectronics. “To ensure lifetime support for our customers’ new applications, and those already in the market, we are today unveiling the extension to 20 years, of our unique product longevity commitment, which we launched in 2014, assuring the availability of SPC56 MCUs until at least 2034.”

Customers can extend the lifetime of their successful products and continue to count on SPC56 general-purpose and performance automotive microcontrollers for new designs, thanks to the simple porting of a consolidated design and proven software into new applications, saving development resources and costs.

The SPC56 series of Power Architecture 32-bit automotive MCUs delivers scalable performance through single- and multi-core options, with non-volatile memory density ranging from 256kB to 4MB. The MCUs come with a variety of external interfaces and support for popular automotive connectivity standards such as LINFlex, FlexCAN, and FlexRay, while including 10- and 12-bit resolution ADCs, and multiple DSPI serial peripheral interfaces.

The SPC56 series includes general-purpose automotive microcontrollers tailored to body and gateway applications providing rich connectivity options including I2C, Fast Ethernet, flexible ADC channels with watchdog and timers (eTPU, eMIOS). The SPC56 performance MCUs target powertrain and chassis-safety segments such as airbag control, delivering increased performance through multicore options. For safety-critical applications, designers can choose from devices featured to support ASIL-D functional safety. Built-in safety features include memory error correction code (ECC) protection, a Fault Collection and Control Unit (FCCU), and chip fail-safe mode.

The SPC56 ecosystem comprises multiple evaluation boards and the SPC5Studio Integrated Development Environment (IDE), which provides a comprehensive framework to help develop and deploy applications.

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