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Overview

Description

The RX660 Group is the first 5V-compatible product among the RX600 and RX700 high-end general-purpose microcontrollers. With this 5V support, it gives excellent noise tolerance and does not require any external coils for noise suppression, which contribute to the reduction of the overall system cost. The RXv3 core operates at 120 MHz with no wait access to the flash memory, resulting in stable arithmetic processing and achieving excellent real-time performance. The number of effective general-purpose IO pins has been increased by approximately 10% from the previous 5V-compatible RX210, enabling an increase in the number of sensors that can be connected with the same package, contributing to easier system upgrades. For peripheral functions, this is the first in the RX series to incorporate CAN FD, enabling the implementation of next-generation networks such as industrial networks. Furthermore, HOCO oscillation accuracy of 1.0% can be guaranteed in a high-end product for the first time, enabling a reduction in external oscillators and contributing to lower system costs. A wide range of customer platform development can be handled with a single chip with a LFQFP package lineup ranging from 48-pin to 144-pin, and featuring up to 1MB flash memory and 128KB SRAM. This easily improves the performance and expands the functionality of home appliances and industrial equipment.

Features

  • Wide operating voltage range of 2.7 to 5.5V
  • 120MHz RXv3 CPU core on-board (721CoreMark)
  • Single-precision FPU, batch register save function for faster interrupt response, trigonometric function accelerator (TFU)
  • Up to 1MB flash memory (120MHz read access) and 128KB SRAM
  • 32KB data flash that can store data like an EEPROM
  • Pin layout is compatible with existing RX products, peripheral function compatible
  • +/-1.0% accuracy high-speed on-chip oscillator
  • CAN FD (ISO 11898-1:2015 standard)
  • Infrared remote control receiver circuit
  • SCI (up to 13 ch) supporting a variety of communication functions
  • SCI (up to 2 ch) with 16-byte transmit/receive FIFO
  • I2C bus interface (RIICa) (2 ch)
  • RSPI (1 ch) up to 30 Mbps transfer
  • 16-bit general-purpose PWM timer (complementary PWM output possible)
  • 12-bit A/D converter (1 unit: 24 ch), 12-bit D/A converter (2 ch), comparator (4 ch)
  • Real-Time Clock (RTC)
  • Diverse package lineup from 48 to 144 pins
  • Up to 134 general-purpose I/O ports

Comparison

Applications

Documentation

Design & Development

Software & Tools

Sample Code

Boards & Kits

Models

ECAD Models

Schematic symbols, PCB footprints, and 3D CAD models from SamacSys can be found by clicking on the CAD Model links in the Product Options table. If a symbol or model isn't available, it can be requested directly from SamacSys.

Diagram of ECAD Models

Models

Type Title Date
Model - IBIS Log in to Download ZIP 546 KB
1 item

Product Options

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Support

Support Communities

Support Communities

Get quick technical support online from Renesas Engineering Community technical staff.
Browse FAQs

FAQs

Browse our knowledge base of common questions and answers.
Submit a Ticket

Submit a Ticket

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Support Communities

  1. RX660 TMR0 ... TMR3

    Hello I am trying to configure any one of the 8bit timers TMR0 ... TMR3 in Configurator and cannot set the timer period to be what I need.  I am looking for a 1mS timer and set configurator as follows : Clock source PCLK/1024Counter clear DisabledCompare match A value(TCORA ...

    Jan 1, 2023
  2. RX660 User Boot Mode | Error: call to undefined function '_r_flash_control'

    Hello everyone,I am working on accessing User Boot mode on the RX660 chip to implement a bootloader program for my project. According to the manufacturer’s documentation, there are 32 kbytes allocated for the User Boot memory, located at the address range (0xFF7F8000 - 0xFF7FFFFF). I have modified the linker ...

    Nov 29, 2024
  3. RX660 PINs

    Hello I am using the RX660 (100pin QFP) and on the document R01DS0393EJ0100 Rev.1.00 on page 43 PIN76/PE2 can be used as RX12 and PIN77/PE1 can be used as TXD12 yet when I add SCI communication module using the Smart Configurator and select SCI12 ...

    Dec 24, 2022
View All Results from Support Communities (10)

FAQs

  1. Sample software

    The following sample software is provided. Target Board for RX660 LED Lighting Control Program (R20AN0658) Renesas Starter Kit for RX660 LED Lighting Control Program Initial Register Setting Program (R01AN6015)

    Aug 2, 2022
  2. How to set input order of ID codes for authentication in each tool of RX Family Groups

    Input orders of ID codes are different for each device and tool.Please refer to the table below. RX Family Tool The input order of ID codes RX72T, RX72N, RX72M, RX71M, RX671, RX66T, RX66N, RX660, RX65W-A, RX65N, RX651, RX64M, RX26T Renesas Flash Programmer Enter the values sorted by ID ...

    Jan 1, 1970
  3. Function differences by product model name

    Refer to “1.2 Product List” in the hardware manual. Caution: The product model name differs depending on whether or not the JTAG, SubOSC, and CANFD functions are available, so select a model name according to the functions to be used. In addition, the model name differs depending on the ...

    Aug 2, 2022
View All Results from FAQs (5)

Videos & Training

This video explains the newly designed RX660 voice recognition solution, including board information, relevant tools, and evaluation results in an environment that appears in daily life.

News & Blog Posts

Blog Post
Apr 6, 2023
Say Goodbye to Hardware Manual Confusion with Our Comprehensive Guide!
Blog Post
Mar 20, 2023
Upgrade MCUs with the Latest Industry-leading 32-bit RX Family MCUs! RX Portfolio is Expanding
Blog Post
Mar 3, 2023
Tips for Selecting Low Power Consumption Modes on the RX MCU
Blog Post
Jan 23, 2023
RX Family Software – The Past and the Future - #6
Blog Post
Sep 1, 2022
RX Family Software – The Past and the Future - #5
Blog Post
Aug 5, 2022
RXv3 Core has achieved 6.0 CoreMarks/MHz with CC-RX V3.04!
Blog Post
Aug 2, 2022
A Single 5V Powered RX660 Microcontroller for Both System Control and Inverter Control
Blog Post
Jul 22, 2022
Target Board for RX Family: where your creativity comes to life
Blog Post
Jul 11, 2022
RX Family Software – The Past and the Future - #4
Blog Post
Jun 17, 2022
Bringing DSPs Closer to You! Realizing Digital Filters with the Latest Low-End RX140 Microcontroller of the RX Family!
Blog Post
Apr 19, 2022
Design Guide for RX MCU Board Wiring Pattern
Blog Post
Apr 5, 2022
RX Family Software – The Past and the Future - #3
Blog Post
Mar 15, 2022
Realizing OTA Function of a Secondary MCU with the RX MCU – FreeRTOS Version
Blog Post
Mar 4, 2022
Supporting a Smooth Start of Your Development with RX by Video!
Blog Post
Feb 1, 2022
RX Family Software – The Past and the Future - #1
Blog Post
Dec 6, 2021
To Seamlessly Switch to a 32-Bit RX Family MCU
Blog Post
Oct 15, 2021
Interview with RX MCU Family User, HITACHI Solutions Technology
Blog Post
Oct 6, 2021
Introducing the Smart Configurator Board Support Feature for Quick Project Setup
Blog Post
Sep 21, 2021
How Renesas Approaches Functional Safety over EtherCAT (FSoE)
Blog Post
Aug 4, 2021
Introducing the RX Family Firmware Update Middleware that Can Easily Realize FOTA (Firmware Update Over-The-Air) Implementation
Blog Post
Aug 2, 2021
DSP Experience with RX Family MCU! Visualizing DSP Behavior with Free Sample Program!
Blog Post
Jul 13, 2021
Introducing the RX MCU Product Longevity Program (PLP) that Goes Beyond 15 years of Support!
Blog Post
Jul 2, 2021
Let’s Get Started with RX MCU Software Development! First Step is to Start with e² studio.