Set a new standard for high-performance real-time control, digital power, and edge AI sensing in industrial applications.
STM32H7P products combine an Arm® Cortex®-M7 running at up to 520MHz with dedicated hardware acceleration for DSP and edge AI, helping designers build smarter, faster, and more efficient industrial systems.
Built for demanding applications such as digital power, motor control, and condition monitoring, STM32H7P products deliver deterministic performance, rich peripherals, and a memory architecture optimized for real-time execution.
Designed for industrial robustness, STM32H7P products support high ambient temperatures, with exposed-pad-up packages enabling operation at up to 125 °C. Advanced security foundations and a cost-optimized architecture also help reduce system complexity.
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Set a new standard for high-performance real-time control, digital power, and edge AI sensing in industrial applications.
STM32H7P products combine an Arm® Cortex®-M7 running at up to 520MHz with dedicated hardware acceleration for DSP and edge AI, helping designers build smarter, faster, and more efficient industrial systems.
Built for demanding applications such as digital power, motor control, and condition monitoring, STM32H7P products deliver deterministic performance, rich peripherals, and a memory architecture optimized for real-time execution.
Designed for industrial robustness, STM32H7P products support high ambient temperatures, with exposed-pad-up packages enabling operation at up to 125 °C. Advanced security foundations and a cost-optimized architecture also help reduce system complexity.
Key benefits
Accelerate edge AI
- Neural-ART NPU delivering 85 GOPS to accelerate AI inference and offload the Arm® Cortex®-M7
- Up to 44× faster inference on the AFCI AI model
Hardware signal processing for real-time control and DSP
- High-performance signal processing for demanding use cases
- More than 4.7× faster FFT execution compared to software implementation on Cortex-M7 than typical products
Improve system responsiveness and determinism with a high-performance memory architecture
- 192 KB ITCM RAM for deterministic or critical real-time code
- 128 KB DTCM RAM for critical data such as stack/heap
- 320 KB AXIM RAM for additional application buffering and data management
- Up to 2 MB dual-bank Flash for larger software images and easier update strategies
Enriched timers and analog
- 2 high-resolution timers enabling up to 24 high-resolution PWM channels
- 3 motor control timers for richer motor and digital power control
- Up to 44 ADC channels with 4 embedded 12-bit ADC instances for advanced sensing and control loops
Applications
Solar inverters
Power conversion and management
Motor control drives
Energy storage systems
Discover our portfolio
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Getting started with STM32H7P
A broad, affordable range of evaluation kits
NUCLEO-H7P5II
STM32H7P5I-DK
