Manufacturer Part Number
R5F10AGFKFB#X5
Manufacturer
renesas-electronics-america
Introduction
The R5F10AGFKFB#X5 is a highly integrated embedded microcontroller designed for a broad range of applications, offering a mix of performance, power efficiency, and advanced features.
Product Features and Performance
Advanced CPU core for optimized processing power.
Low power consumption modes for energy-saving operations.
Integrated Memory, reducing external components.
Various communication interfaces for enhanced connectivity.
Robust security features for secure data handling.
Product Advantages
High-performance processing capability for complex applications.
Energy-efficient design extends the battery life of portable devices.
On-chip memory enhances system reliability and speed.
Comprehensive set of peripherals supports versatile design requirements.
Strong security protocols ensure product and data integrity.
Key Technical Parameters
CPU Type: Advanced proprietary core.
Memory: Integrated flash and RAM.
Communication Interfaces: Includes SPI, I2C, UART.
Power Management: Low power modes available.
Security Features: Equipped with advanced security measures.
Quality and Safety Features
Rigorous quality control standards ensuring high reliability.
Built-in safety mechanisms to prevent system failures.
Compatibility
Compatible with a range of development tools and software.
Flexible interface options for easy integration with other components.
Application Areas
Industrial automation.
Consumer electronics.
Automotive applications.
IoT devices.
Product Lifecycle
Currently marked as Obsolete.
Potential alternatives or upgrades might be available (Check for latest generation microcontrollers by Renesas).
Several Key Reasons to Choose This Product
Outstanding processing and power efficiency balance, suitable for demanding applications.
Integral security features safeguard sensitive data and system operations.
Versatile communication interfaces enable wide application scope.
Renesas’ reputation for producing reliable and advanced microcontrollers.
Despite its obsolescence, it might still be an optimal choice for specific legacy systems or where replacements are easily interchangeable.