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Home > All Products > Integrated Circuit Terminal Stock and Chinese Manufacturing Alternative Solutions > STM32H757XIH6/STM32H757XIH6TR Terminal Surplus Inventory in Stock | STMicroelectronics Dual-Core 480MHz MCU | 2MB Flash / 1MB RAM

STM32H757XIH6/STM32H757XIH6TR Terminal Surplus Inventory in Stock | STMicroelectronics Dual-Core 480MHz MCU | 2MB Flash / 1MB RAM

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STM32H757XIH6/STM32H757XIH6TR Terminal Surplus Inventory in Stock | STMicroelectronics High-Performance Dual-Core MCU

We offer end-of-project surplus inventory of STMicroelectronics’ STM32H757XIH6/TR microcontrollers, featuring a 480MHz Cortex-M7 + 240MHz Cortex-M4 dual-core architecture, 2MB Flash, and 1MB RAM. Designed for industrial automation, automotive HMI, and edge AI applications, this MCU delivers unmatched processing power with MIPI-DSI display support, AES-256 hardware encryption, and -40°C to +105°C operational range for harsh environments.

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  • Type:
    STM32H757XIH6TR(SPQ 1400PCS / MOQ 7000PCS)
    STM32H757XIH6(SPQ 714PCS / MOQ 7140PCS)
Quantity:
  • STM32H757XIH6/STM32H757XIH6TR Terminal Surplus Inventory in Stock | STMicroelectronics Dual-Core 480MHz MCU | 2MB Flash / 1MB RAM
  • STM32H757XIH6/STM32H757XIH6TR Terminal Surplus Inventory in Stock | STMicroelectronics Dual-Core 480MHz MCU | 2MB Flash / 1MB RAM
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  • STM32H757XIH6/STM32H757XIH6TR Terminal Surplus Inventory in Stock | STMicroelectronics Dual-Core 480MHz MCU | 2MB Flash / 1MB RAM
  • Description

STM32H757XIH6/STM32H757XIH6TR,The inventory of Fortune 500 terminal factories is 100% original and genuine. Due to uncontrollable factors, the project has been replaced with a new plan, resulting in inventory. The delivery time is 1-2 weeks, D/C 22+ /23+

Application Areas of STM32H757XIH6/STM32H757XIH6TR: Detailed Introduction

1. Industrial Automation

  • Core Advantages:
    The STM32H757XIH6/TR leverages a 480MHz Cortex-M7 + 240MHz Cortex-M4 dual-core architecture to handle complex logic and real-time control tasks in parallel. For instance, in factory automation systems, the Cortex-M7 manages data computation and communication, while the Cortex-M4 focuses on motor control or sensor signal processing, significantly enhancing system responsiveness.
    • Typical Applications:
      • Industrial robot controllers: Dual-core task allocation enables real-time motion control and path planning.
      • Programmable Logic Controllers (PLCs): Support multi-axis synchronous control via 168 I/O ports and multiple timers.
      • Sensor networks: Utilize dual 16-bit ADCs (36 channels) and hardware encryption accelerators for high-precision data acquisition and secure transmission.
  • Technical Support:
    • Triple power domain architecture: Independently powers down non-critical peripherals, reducing power consumption by up to 60% (e.g., STM32H745 consumes only 60μA in Stop mode with SMPS).
    • Industrial-grade temperature range (-40°C to +105°C) for harsh environments.

2. Automotive Electronics

  • Core Advantages:
    Certified with AEC-Q100, the STM32H757XIH6/TR supports high-reliability applications such as in-vehicle infotainment systems and Body Control Modules (BCMs). Its dual-core architecture separates safety-critical tasks (e.g., CAN bus communication) from non-critical tasks (e.g., multimedia playback), enhancing system stability.
    • Typical Applications:
      • Instrument clusters: Cortex-M7 drives TFT-LCD displays, while Cortex-M4 handles touch feedback and CAN signals.
      • Battery Management Systems (BMS): Leverage high-resolution timers and 12-bit DACs for precise voltage monitoring and balancing.
      • Advanced Driver Assistance Systems (ADAS): Connect cameras via MIPI-DSI interfaces for real-time image processing.
  • Technical Support:
    • Hardware security modules: Support Return-Oriented Programming (ROP) protection, PC-ROP, and secure firmware updates to prevent malicious attacks.
    • Low-power design: STM32H7A3 consumes just 32μA in Stop mode, extending battery life for in-vehicle devices.

3. Medical Devices

  • Core Advantages:
    High-precision computing and low-power performance meet the demands of portable medical equipment. For example, electronic blood pressure monitors require real-time pulse wave signal processing, while glucose meters need rapid blood sugar concentration calculations. The dual-precision FPU and DSP instruction set accelerate algorithm execution.
    • Typical Applications:
      • Portable ultrasound scanners: Cortex-M7 processes image reconstruction algorithms, while Cortex-M4 controls probe scanning.
      • Electrocardiogram (ECG) machines: Achieve high-precision signal acquisition via 24-bit ADCs and hardware filters.
      • Smart infusion pumps: Ensure precise drug delivery and data security using PWM timers and encrypted communication.
  • Technical Support:
    • 1MB RAM allocation: 64KB ITCM (Instruction Tightly Coupled Memory) and 128KB DTCM (Data Tightly Coupled Memory) for time-critical code execution, minimizing latency.
    • Backup SRAM: 4KB region retains critical data during system power-off to prevent loss.

4. Communication Equipment

  • Core Advantages:
    Supports high-speed interfaces like Gigabit Ethernet, USB 3.0 HS, and dual Quad-SPI, meeting the communication needs of routers and switches. Its dual-core architecture separates the data plane (e.g., packet forwarding) from the control plane (e.g., routing protocol management), boosting throughput.
    • Typical Applications:
      • Industrial routers: Cortex-M7 handles packet forwarding, while Cortex-M4 manages wireless modules (e.g., Wi-Fi/5G).
      • SD-WAN devices: Secure VPN tunnel encryption/decryption using hardware encryption accelerators.
      • IoT gateways: Display device status and network topology in real-time via MIPI-DSI-connected screens.
  • Technical Support:
    • AXI bus: 1MB contiguous SRAM supports high-speed data caching, improving bus efficiency.
    • Multi-protocol support: Integrated I²C, SPI, UART, and other standard interfaces for compatibility with diverse peripherals.

5. Smart Home & Consumer Electronics

  • Core Advantages:
    Balances high performance and low power consumption for smart appliances and wearables. For example, smart thermostats require simultaneous GUI operation and temperature/humidity sensing algorithms. The Chrom-ART Graphics Accelerator reduces CPU load, enhancing display fluidity.
    • Typical Applications:
      • Smart speakers: Cortex-M7 processes voice recognition, while Cortex-M4 manages audio playback and Bluetooth connectivity.
      • 8K smart TVs: Decode high-definition images and display content via JPEG codecs and MIPI-DSI.
      • AR/VR headsets: Separate sensor fusion and graphics rendering tasks with dual-core parallel processing to minimize latency.
  • Technical Support:
    • Flexible power management: Supports Dynamic Voltage Scaling (DVFS) to optimize power consumption based on workload.
    • Compact packaging: 240+25-TFBGA (14x14mm) saves PCB space for space-constrained designs.
    •  
    • Why choose our surplus stock?

      • Cost-Effective: Save 20–30% vs. new pricing, ideal for budget-sensitive projects.
      • Authenticity Guaranteed: 100% original parts with full traceability, tested via X-ray inspection and functional verification.
      • Flexible MOQ: Small-batch orders accepted, perfect for prototyping or production ramp-up.
      • Fast Delivery: Ship within 48 hours globally, with technical support for seamless integration.
      • E-mail:yuan@shwaypcb.com,  +8618476481213
       

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