Category: SPC56 microcontrollers
SPC56 Microcontrollers: Advanced Solutions for Modern Applications
SPC56 microcontrollers are modern, technologically advanced systems that form the foundation of many contemporary industrial and automotive applications. Thanks to their versatility and high performance, SPC56 microcontrollers have found applications in systems requiring reliability, precision, and energy efficiency. Their innovative architecture and wide range of functions make them the ideal choice for engineers and designers seeking efficient solutions for future projects. Additionally, these microcontrollers offer advanced security mechanisms that are crucial in critical applications such as braking systems and traction control in cars. Combined with excellent technical support and a rich ecosystem of development tools, SPC56 microcontrollers become an indispensable element in developing innovative technologies.
There are 8 products.
32-bit MCU, built on the embedded Power Architecture, 4MB Flash, 192 KB SRAM, 3xeSCI, 3xCAN, 3xSPI, ADC, LQFP176, STM, RoHS
32-bit MCU for automotive applications, Power Architecture (e200z0h), 512 kB Flash, LQFP144, STM, RoHS
32-bit MCU for automotive applications, Power Architecture (e200z0h), 512 kB Flash, LQFP100, STM, RoHS
32-bit Power Architecture® based MCU, 1536 KB Flash, 94KB SRAM, 2xeSCI, 2xDSPI, FMPLL, NDI class 2+, LQFP176, STM, RoHS
32-bit MCU for automotive applications, Power Architecture (e200z0h), 576 kB Flash, LQFP144, STM, RoHS
32-bit MCU for automotive applications, Power Architecture (e200z0h), 1024 kB Flash, LQFP100, STM, RoHS
32-bit MCU for automotive applications, Power Architecture (e200z0h), 576 kB Flash, LQFP100, STM, RoHS
32-bit MCU for automotive applications, Power Architecture (e200z0h), 256 kB Flash, LQFP64, STM, RoHS
Advanced Technologies of SPC56 Microcontrollers
SPC56 microcontrollers stand out from the competition thanks to the use of modern technologies, such as advanced processor cores, extensive peripherals, and support for advanced communication interfaces. Their architecture, based on Power Architecture® cores, provides high computational performance and low power consumption, which is crucial in automotive and industrial applications.
Wide Applications in Industry and Automotive
SPC56 microcontrollers find wide applications in various industries, from the automotive industry, where they control safety systems, powertrains, and advanced driver assistance systems (ADAS), to industrial control systems, automation, and IoT devices. Thanks to their reliability and versatility, SPC56 microcontrollers are a key component of modern technological solutions.
The Future of SPC56 Microcontrollers
The future of SPC56 microcontrollers looks bright, thanks to continuous technological development and the growing demand for advanced control systems. New versions of SPC56 microcontrollers offer increasing computational power, better energy efficiency, and greater integration with modern communication systems. As a result, these microcontrollers form the foundation of future applications that require reliability, precision, and advanced functionality.
Innovation and Performance
SPC56 microcontrollers are advanced systems that, thanks to their technological advantage and wide range of applications, are the ideal solution for modern industrial and automotive projects. The innovation, performance, and reliability of SPC56 microcontrollers make them the future of many advanced control systems, contributing to technological development worldwide.