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  • Overview

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Solid functional safety and security features built on a foundation of high performance and low power consumption. Scalable architecture covering the low end through the high end.

RH850/F1x product details here

The first products are the RH850/F1x Series for body control systems

Concept of the RH850 Family

High Performance、High Scalability、High Reliability Low power consumption for more eco-friendly vehicles Guaranteed high-temperature operation for a higher level of confidence Multicore technology for more advanced functional safety Full support for control applications for basic through luxury models Scalability and AUTOSAR support for easier software development

Full Support for Control Applications Covering the low end through the high end with scalable architecture Covering the low end through the high end with scalable architecture

40nm microcontrollers utilizing global state-of-the-art MONOS* technology

  • Rich memory lineup of 256 KB to 8 MB
  • Data flash area and EEPROM emulation function
  • Minimum data retention time of 20 years, and 125 K write/erase cycles (data flash)
  • Realizes even lower power consumption

* MONOS: Metal Oxide Nitride Oxide Silicon

Industry's first RENESAS 40nm

Contributes to the realization of environment-friendly and people-friendly vehicles and smart cars

High Perfoemance
  • Contributes to improved fuel consumption with the highest CPU core performance in the industry
  • Thorough low power capabilities contribute to reduced overall power consumption of automobiles; multi-core technology for low power consumption
High Scalability
  • Scalable CPU core, memory, and peripherals allow reuse of software resources
High Reliability
  • Hardware failure detection technology for meeting functional safety requirements
  • Security technology for preventing system alteration contributes to safe automotive network security

Functional Safety Solutions

AUTOSAR Solutions

High Perfoemance

High-performance CPU core

Greatly improved response performance for frequently used interrupt handling

  • Batch save/restore of multiple registers
    Stop currently running program in an instant
    Resume from interrupt handling in an instant
  • Branch prediction mechanism
    Predict the flow of a program using a learning function
  • High-speed flash access
    Read and run the next program in an instant
Low power consumption

Comparison of power consumption at same operating frequency

Thorough low power capabilities contribute to reduced overall power consumption of automobiles

  • Reduced operating power
    Use of 40nm process enables finer circuitry and reduced operating power
  • Reduced leakage power
    Use of low leak transistor reduces leakage power
  • Reduced standby power consumption
    Cut power to circuits that are idle during standby to further reduce power consumption
Multi-core technology

Low power consumption and high performance are realized using multi-core technology.

  • Cores performing functional safety, high-speed calculation, and input/output processing can be combined to achieve a high-performance core configuration.

Three types of cores which play different

High Scalability

Scalability

Scalable CPU core, memory, and peripherals allow reuse of software resources

  • Integrated peripheral function IPs and scalability
    • General specifications of basic IPs (serial, counter, etc.) have been refined from existing specifications, and will continue to retain compatibility in the future
    • Specifications of differentiated IPs (engine control, motor control timer, etc.) have been evolved even further to help increase the competitiveness of the customer's product

PWM: Pulse Width Modulation
LVD: Low Voltage Detection
CAN: Control Area Network
LIN: Local Interconnect Network
FlexRay: An in-vehicle network (in-vehicle LAN) standard


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