RX FAMILY Renesas 32-Bit

2018.02 02-03

Maintaining and Advancing the Renesas Tradition Mid-range 32-bit microcontrollers built around an exclusive CPU core developed by Renesas

The RX (MCU) family is designed around a cutting-edge CPU core that is exclusive to Renesas. Built on differentiated technologies perfected over many years, RX MCUs deliver superior performance with excellent power efficiency. The 32-bit enhanced provides very high code density, with sizes typical of 16-bit CPUs.

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The flagship of the RX Family, with the highest speed and 32-bit best performance (4MB Flash / 512KB RAM) microcontroller The mainstream of family the RX Family, with high performance and an extensive product lineup The best balance between (4MB Flash / 512KB RAM) power efficiency and RX700 high performance (240MHz) (1MB Flash / 96KB RAM) RX600 The entry-level series (120MHz) designed for ultra-low power consumption RX200 (512KB Flash) (80MHz)

CPU, Software, Tool Compatibility CONTENT RX100 (32MHz) RX Family Product Evolution...... 04 RX Family Specifications...... 63 RX Family Roadmap and Extensibility...... 06 RX Family Safety Functions and Product Support...... 130 Power and functionality poised to dominate the market: RX Family Solutions...... 08 RX Family Package Lineup...... 132 RX Core Features...... 14 How to Read RX Family Product Numbers...... 133 The four powerful product series that compose the RX Family RXv2 Core Features...... 17 RX Family Features...... 18 • New products added: The RX Family of 32-bit microcontrollers are built around Renesas’ exclusive RXv1/RXv2 CPU RX Family Motor Control...... 20 RX600 Series: RX65N Group and RX651 Group core and combine excellent operation performance with superior power efficiency. RX700 Series...... 22 RX200 Series: RX24U Group and RX24T Group It consists of four product series: the flagship RX700 Series, with the fastest performance • Product lineup expanded RX600 Series...... 24 RX100 Series: RX130 Group and most advanced functions; the standard RX600 Series; the RX200 Series, which delivers RX200 Series...... 28 • Information on solutions added: an optimal balance of power efficiency and high performance; and the entry-level RX100 RX100 Series...... 30 Security solutions RX Family Development Tools...... 54 Human-machine interface (HMI) solutions Series, with extremely low power consumption. These four series encompass a range of RX Family Group Lineup...... 60 • RX Family motor control products that provide seamless scalability from small-scale to large-scale applications. 04-05 RX Family Product Evolution

About the RX Family RX700 Series

The RX Family is the new generation of microcontrollers built around the revolutionary RX core, which combines the strengths of RISC and CISC Top Series in the RX Family: RX700 Series architectures. It is the mainstay 32-bit family within the range of microcontroller products offered by Renesas. Products in the RX Family feature The RX700 Series is the top product series in the RX family. It combines up to 4MB of that can operate at up to max.120MHz and an on-chip integrated digital signal (DSP) and floating point arithmetic processor modules. The RX700 and RX600 Series are optimized for high advanced fetch unit (AFU) to deliver excellent real-time performance even at the maximum operating frequency of 240MHz. In addition, it employs a 40nm speed and superior performance. The ultra-low-power RX200 and RX100 Series are designed to deliver excellent power efficiency. process, the most advanced in the industry, to achieve a 70% reduction in current consumption relative to operating frequency. This makes possible excellent performance and low power consumption during high-speed operation at 240MHz. It also provides integrated support for numerous RX Family: Lineup communication interfaces, including USB 2.0 High Speed, Ethernet, and SD Host, making it ideal for applications requiring network connectivity. Security features include hardware encryption functionality to prevent data leaks by means of AES, DES, SHA, and RNG authentication and data encryption, as well Unified architecture covering the low end to the high end as the ability to use a special area of the on-chip flash memory as trusted memory from which code cannot be read (copied). High performance

High-performance High speed, Numerous peripheral functions The flagship of the RX Family, with the highest speed and best performance large-capacity flash memory Safety functions Series 32-bit RX CPU Ethernet, USB HS/FS, timers and RX700 Max. 240MHz operation, 4MB flash memory Max. 120MHz flash access Security IEEE 1588, Ethernet × 2, USB, CAN 1044 CoreMark@240MHz ADC for motor control Up to 240MHz Max. 4MB

The mainstream of the RX Family, with high performance and an extensive product lineup RX600 Series RX600 Series Max. 120MHz operation, 4MB flash memory RXv2 Core

Up to 120MHz IEEE 1588, Ethernet, USB, CAN, motor control Up to 100MHz RX Family High-Speed, High-Performance Series: RX600 Series The best balance between power efficiency and high performance The RX600 Series is optimized for high speed and excellent performance. In addition to the RXv2 core operating at up to 120MHz, it is available with up to RX200 Series Max. 80MHz operation, 1MB flash memory, 1.62 to 5.5V operation 4MB of zero-wait access flash memory to realize the full performance potential of the CPU. It is provided with a single-precision FPU, 32-bit multiplier and Up to 80MHz Up to 50MHz RXv1 Core capacitive touch, USB, CAN, 24-bit ∆∑ A/D, motor control divider, and 32-bit multiply-and-accumulate (MAC) unit. These enable the fast execution and real-time performance required for filtering operation or motor feedback control. In addition to peripheral functions compatible with earlier products, such as timers, A/D converters, and serial interfaces, the RX600 The entry-level series designed for ultra-low power consumption Series includes products with enhanced communication functions, such as USB modules (Host/Function), CAN interface, Ethernet, and IEEE 1588 support; RX100 Series Max. 32MHz operation, 8 to 512KB flash memory, 1.8 to 5.5V products with timer functions designed for AC servo or inverter motor control; products with LCD functionality; and products optimized for applications Up to 32MHz operation capacitive touch, LCD, USB such as security using AES encryption. The extensive product lineup provides support for a broad range of applications. Low Power High-performance High speed, Extensive lineup Large memory capacity large-capacity flash memory Wide range of products for Safety functions Ethernet Connectivity Security functions 32-bit RX CPU High performance Max. 120MHz flash access applications involving Security Up to 4.55 CoreMark/MHz Max. 4MB Ethernet, motor control, LCD, etc. Hardware support for ASSP for Motor control Touch functions Power efficient/battery safety functions RX200 Series Flash memory RX Family Balance of Power Efficiency and Performance: RX200 Series 4MB RX700 RX700 The RX200 Series provides a balance between power efficiency and performance. In addition to conventional system control applications in fields such as 3MB RX600 32KB to 4MB 2MB to 4MB industrial equipment, home appliances, office equipment, healthcare products, meters, and digital consumer products, it is suitable for use in systems 48 to 177pins 100 to 177pins 2.5MB RX200 requiring power efficiency or IoT capabilities. Current consumption is low, at only 0.12mA/MHz during operation and 0.8μA (RAM contents retained) in the standby state. The CPU operates at up to 80MHz and delivers high performance of 4.33 CoreMark/MHz. A wide operating voltage range from 1.62V to 5.5V RX100 2MB is supported. The lineup ranges from general-purpose products with functions covering communication, capacitive touch, security, and functional safety to 1.5MB specialized motor control products with support for operation at up to 80MHz and products equipped with a 24-bit Δ∑ A/D converter module specifically 8KB to 512KB for use in measuring equipment. 1MB 36 to 100pins RX200 32KB to 1MB High-performance Low power consumption Numerous peripheral functions 768KB RX100 48 to 145pins Safety functions 32-bit RX CPU 0.12mA/MHz (operation) Communication, touch, motors, Security 512KB Up to 4.33 Core Mark/MHz 0.8μA (standby) analog, 5V interface 384KB 256KB RX100 Series 128KB RX Family Ultra-Power-Efficient Series: RX100 Series 96KB The RX100 Series delivers the lowest power consumption in the RX Family. Current consumption is among the lowest in the industry at 0.1mA/MHz during 64KB operation and 0.35μA in standby mode (with RAM contents retained). Wakeup from standby requires as little as 4.8μs. The maximum operating frequency 48KB is 32MHz. The RX100 Series lineup offers memory capacities from 8KB to 512KB and compact packages with pin counts from 36 to 100 pins. All product versions include timers with many channels, 12-bit A/D converter, and serial interfaces, while support for USB, LCD, and touch panel interfaces is also 32KB available. The RX100 Series is suitable for system control or user interface applications in systems such as healthcare devices, communication devices, 16KB home appliances, office equipment, and measuring equipment.

8KB High-performance Ultralow power consumption Safety functions Numerous peripheral functions 32-bit RX CPU 0.1mA/MHz (operation) Excellent cost/ 36/40 48 52 64 80 85 100 112/120 144/145 176/177 LCD, touch, 5V interface Pin 3.08 Core Mark/MHz 0.35μA (standby) performance ratio 06-07 RX Family Roadmap and Extensibility

Positioning of the RX Family RX Family Compatibility

The RX Family is designed to maintain compatibility between the CPU instructions, pin assignments, and functions of the various product SH-4A SH-4 versions. The instruction set of the RXv2 core is downward compatible with the instruction set of the RXv1 core. In addition, the functions of the 32-bit SH-3 Broad lineup extending from the low end to the high end SH-2A V850E2M • (High end) SH-2 V850E2 Extensive range of MCUs and MPUs to choose from RX Family are based on common IP to allow easy migration among RX products. The RX pin assignments retain the basic pin assignments of SH-1 V850E1 Continued supply of products currently in mass production earlier products. Finally, the pin positions of the digital peripheral functions are selectable among multiple alternatives to simplify the process of 32-bit V850ES • (Midrange) RZ Family developing printed circuit boards. Some product series provide complete pin compatibility, allowing the developer to switch to a new RX product H8SX Advanced embedded ready for the “smart society” 400MHz to 1.5GHz to support systems combining high performance and advanced without making other modifications to the system. In addition to compatibility between products, the RX Family offers enhanced compatibility 16-bit functionality with the development environment. This allows customers to select the RX product with the performance best suited to their applications while (Low end) H8S RX Family lightening the development burden, reducing the cost of tools, and simplifying program management. 32-bit microcontrollers built around a next-generation CPU core exclusive to Renesas M32R 8-bit H8 Seamless coverage from 32MHz to 240MHz RX100 RX200 RX600 RX700 R32C, M16C 32MHz Up to 80MHz Up to 120MHz 240MHz RL78 Family 4-bit Reliable and ultra-power-efficient microcontrollers suitable for a wide range of fields Pin assignments Partial in some cases Pin compatibility Support for systems that are more energy efficient, more compact, 78K0R and lower in cost Functions Common IP 78K0 78K0S RX CPU RX CPU FPU

Integrated 2 development environments CS+/e studio Compatibility On-chip debugging emulators RX Family Roadmap E1 emulator/E2 emulator Lite E20 emulator Compiler RX Compiler Plans to further extend the RX100, RX200, RX600, and RX700 Series

Industrial, electric home appliances, OA/ICT 240MHz Existing Products and RX Extensibility RXv2 Higher speed/ RX71M USB-HS, CAN, Ethernet/IEEE1588 RX7xx enhanced functions, Up to 4MB Flash The RX Family covers with a single CPU core the performance ranges of a variety of existing CPU cores. This makes it possible to boost software larger capacity Extension of functions/lineup reusability and the use of common development tools. The RX Family offers seamless scalability from the bottom to the top of the product line. 120MHz RXv2 RX64M USB, CAN, Ethernet/IEEE1588 100MHz 100MHz Up to 4MB Flash 240MHz RX62N RX63N USB, CAN, Ethernet RXv2 RX700 RX65N USB, CAN, Ethernet, LCD, Security V850E2 SH-2A RX621 USB, CAN RX6xx RX631 RXv2 120MHz V850E Better CPU performance/ Larger RX651 USB, CAN, LCD, Security Extension of R32C RX600 RX610 capacity RX630 USB, CAN enhanced functions functions/lineup Up to 2MB Flash H8SX Up to 2MB Flash 80MHz SH-1/2 V850ES 54MHz M16C RX200 5V support RX634 HDMI-CEC 32MHz H8S H8 RX100 54MHz 50MHz RXv2 Better CPU performance/ 5V support RX231 5V support RX210 enhanced functions Touch, USB, CAN, Security RX2xx RXv2 Contributing to the development of platforms in a variety of fields RX21A 24-bit∆∑A/D RX230 5V support Extension of Touch functions/lineup 32MHz Wide performance range from 32MHz to 240MHz, abundant peripheral functions for many applications, and excellent compatibility RX220 5V support Industrial Home appliances 32MHz 32MHz 5V support Drive RX111 Control Control USB Touch screen IP RX130 Touch Motor control Functional safety RX1xx Drive Fast processing Inverter control Large memory capacity Energy efficiency RX600 RX110 RX113 Touch, LCD, USB Motor control RX700 Extension of Inverter control Functional safety RX600 RXxxT RX200 functions/lineup RXxxT UI UI RX100 Capacitive touch Communication Capacitive touch Communication RX600 Industrial networks RX600 ASSP for motor control Voice output Voice output Wi-Fi RX200 LCDs CAN RX700 LCDs RX200 RX200 3-inverter control support 100MHz RX100 RX600 RX100 RX100 Enhanced functions 5V support RX63T Inverter×3, CAN, HPWM*1 RXxxT 100MHz Office equipment RXRX FAMILYFamily Meter Enhanced CPU, 2-inverter control, 80MHz Extension of 5V support RXv2 RXv2 functions/lineup RX62T Inverter×2, CAN optimization Drive Control RX24T RX24U 5V support Motor control 5V support Inverter×2 Large memory capacity Control Inverter control Real-time performance RX700 RX62G Inverter×2, CAN, HPWM*1 Enhanced CPU, CPU performance Security RXxxT Energy efficiency RX600 RTC 1-inverter control, 40MHz RXxxT Encryption RXv2 RX200 Large RAM optimization RX600 capacity RX600 RX23T 5V support Extension of Communication RX100 RX700 Security RX200 Measurement RX200 Inverter×1 functions/lineup RX600 Ethernet RX700 USB Encryption RX100 ∆∑ADC RX200 RX600 Serial RX200 Note: 1. HPWM: High-resolution PWM RX100 RX200 08-09 RX Family Solutions

Motor Control Solutions Capacitive Touch Solutions

Renesas offers motor control solutions incorporating microcontrollers and analog products that are designed to enable reduced power RX Capacitive Touch Functionality consumption and quieter operation when driving AC induction motors and brushless DC motors. Development tools optimized for each stage in  Support for two capacitive touch technologies on a single chip: self-capacitance, which provides high sensitivity and proximity sensing, and self-capacitance, which the customer’s development workflow are available. They help shorten the time needed for development. provides superior water resistance.  Accurate touch input even in harsh environments and excellent design flexibility. Development Workflow  The Workbench6 program simplifies development by letting you easily adjust the sensitivity of touch sensors, previously a complex task, and control system operation.

Features Advantages for the User Self-capacitance Mutual-capacitance Circuit design High sensitivity/improved Support for thick overlay panels or wood panels, operation when wearing Noise tolerance Specification design Debugging and tuning Evaluation Mass production noise tolerance gloves, and air gaps. High sensitivity — Device selection Software design Improved water resistance Enables capacitive touch operation in wet environments or outdoors. Water resistance — The development tool can generate detection programs Analysis of issues Sample development automatically, provides self-calibration functions to shorten development time, and reduces resource requirements.

Normally one to three months from study of specifications to design Tuning and evaluation using cut-and-try approach Roadmap  More products with capacitive touch functions will be added to the RX Family moving forward. Used as reference Large time reduction Using tools Large time reduction  The RX130 group with small ROM capacity and low pin count can handle input from multiple touch controls.  The RX113 Group has integrated LCD functions that can be combined with a touch panel to create an HMI. Motor drive checking is easy with a starter kit! Displays microcontroller internal variables as  The RX231 and RX230 Groups combine the RXv2 core with enhanced DSP and FPU with low-power-consumption technology for superior power efficiency. Application notes and sample software let you try out waveforms in real time! a variety of control methods immediately! Smoother debugging! RL78 (software support) RX230

R8C/3xT RX130 RX113 RX231 Motor Control Starter Kit (Renesas Solution Starter Kit) Motor Control Development Support Tool Renesas Motor Workbench Just connect a power supply to get started checking your motor drive application. Analyzer function reduces the debugging workload. Tuner function enables simple CPU core RL78/R8C core (16-bit) RXv1, 32MHz operation RXv2, 54MHz, improved DSP and FPU 1 This kit consists of a motor and an inverter board.* vector control, even if you have no specialized knowledge. Touch 1st generation capacitive touch IP 2nd generation capacitive touch IP The provided “sample programs” are ideal for leaning about different control IP generation Development methods. tools Workbench5 Workbench6

USB, CAN Functions Simple functions, 5V operation 5V operation, HMI USB, LCD 5V operation, security

Target Electric home appliances, Healthcare, EMS, BA, HA, EMS, FA Electric home appliances, measurement RX24U CPU card (option) applications measurement, healthcare measurement devices BA, HA

Product Lineup  Lineup of packages with pin counts from 48 to 100 pins to accommodate the number of touch controls required by the system and the mounting area  Many ROM size options ranging from 64KB to 512KB to match the required scale of system control RX23T motor control starter kit RX24T CPU card (option) Analyzer Function (24V Motor Control Evaluation System for RX23T) =RX130 =RX113 =RX230 =RX231  Realtime debugging tool that does not require halting the CPU Numerals indicate number of touch control channels.  Motor control board (populated with MCU, power elements, etc.) ROM  RX230 12 24 Target MCUs: RX62T, RX23T, RX24T, RX24U Provides oscilloscope-like display for monitoring internal microcontroller 512KB 24 RX231 6 32 10 36 36  Brushless DC motor (permanent-magnet synchronous motor, 24V)*2 information. 6 10 12 24  Kit user’s manual and sample software are available on the website. Tuner Function 384KB 24 32 36 36 Available on website: Kit user’s manual, circuit diagrams, parts lists, application notes,  Automated measurement of motor-specific parameters 6 6 24 32 10 10 36 36 12 24 24 sample software  Allows manual fine adjustment of PI gain after parameter identification 256KB Note: The above are supplied on a DVD-ROM with the RX62T kit. 12 24 24 128KB 24 6 6 32 10 10 36 36 Related URL 24 32 Renesas motor control solutions: www.renesas.com/solutions/motor 64KB 36 RX130 RX113 Notes: 1. The RX23T kit does not include the E1 or a power supply. These must be provided by the customer. The RX62T kit includes the E1. 2. The specifications of the supplied motor differ depending on the kit. For details, refer to the product specifications of specific kit. Pin 48-pin 64-pin 80-pin 100-pin Capacitive Touch Evaluation System with RX130 (RTK0EG0003S02001BJ) RX Family Lineup for Motor Control Numerals in chart indicate number of inverters controlled Flash Start evaluating your capacitive touch system right away. Evaluation of custom electrodes can be accomplished easily  A seamless range of products is available ranging from 48 to 144 pins and (3-phase complementary PWM control). RX24U RX63T RX24U RX63T 32KB to 512KB of memory, and offering control of one to three inverters. 512KB 2 3 2 3 through development on the application board side. For details, refer to www.renesas.com/RTK0EG0003S02001BJ. Choose the product that best matches your requirements. Product configuration 384KB 2 3 2 3  All advanced timer functions for motor control are upward compatible, so it is  CPU board populated with RX130  easy to switch devices to achieve improved performance. 256KB 1 2 2 2 3 2 3 Touch application board RX23T Self-capacitance evaluation board

128KB 1 1 1 2 2 2 RX24T Allows evaluation of controls such as wheels, sliders, and buttons employing self-capacitance. Mutual-capacitance matrix key + self-capacitance proximity sensor evaluation board 1 1 1 2 64KB RX62T Self-capacitance and mutual-capacitance controls can operate at the same time, opening up possibilities for a wide range of applications. 32/48KB 1 RX63T 1 RX63T  USB cable  Quick start guide 48-pin 52-pin 64-pin 80-pin 100/112-pin 120/144-pin The following items are available on the Renesas website: Workbench6, sample software, user’s manual, application notes, RX130 CPU board Self-capacitance evaluation board Mutual-capacitance matrix key + circuit diagrams, pattern diagrams self-capacitance proximity sensor evaluation board 10-11 RX Family Solutions

Functional Safety Solutions for the Industrial Field Security Solutions

In the industrial equipment field the importance of “functional safety,” which aims to maintain safety even Features of RX231 Communication Security Evaluation Kit RX231 Communication Security Server Renesas functional Evaluation Kit when malfunctions occur, is increasing as a way to prevent the adverse effect of breakdowns and accidents on safety solutions Protect IoT edge devices from eavesdropping and from the

plant operation, the adverse effect of injuries to personnel on society, and the associated economic losses. The Safety packages infiltration and execution of viruses. Start evaluating Gateway European Union’s Machinery Directive also requires that equipment meet functional safety standards. To reduce encrypted communication, secure boot, and secure update Threat Security Safety reference kits Eavesdropping 1. Encrypted communication the development burden on customers as the application of functional safety standards expands within many functionality in your wireless LAN and USB communication Edge devices Virus infiltration 2. Secure update Development tools with RX231 industrial fields, Renesas offers as functional safety solutions safety packages, safety reference kits, and safety support applications right away. Virus execution 3. Secure boot development tools with safety support. Robust Security with Trusted Secure IP Solution Roadmap The Trusted Secure IP creates a secure area inside the IP module by monitoring for unauthorized access attempts. It ensures that the encryption engine and encryption key can be utilized safely. Safety package (microcontroller self-diagnostic library) Consists of safety manual and self-diagnostic software library. The encryption key, the most important element in reliable and secure encryption, is linked to a unique ID and stored in the flash memory in a IEC 61508 SIL3 certified. safe, undecipherable format. Evaluation version and full product version available. General-purpose MCU with conventional RX231 general-purpose MCU with RX631/63N RX111 Extension for encryption engine Trusted Secure IP Available Available a wider product Safety package now Safety package now support is Conventional RX231 Functions of AES* encryption engine of CPU CPU ongoing microcontroller Trusted Secure IP Safety reference kit • Key length: 128 bits/256 bits Reference hardware (board), software, and documentation to assist application development • Encryption modes used: Encryption/decryption: ECB, CBC, GCM RX631/63N RX111 Tampering detection: CMAC Safety reference kit Safety reference kit Available now Available now Trusted Encryption engine Flash memory Flash memory Secure IP * AES: Advanced Encryption Standard. Secure Development tools with safety support (IAR Systems) Development tools with safety support (Genuine Renesas Product) An encryption method, established by the storage of IAR embedded workbench for RX safety version CC-RX compiler V2.03.00 (Software for Unprotected National Institute of Standards and Technology Available now encrypting/ storage of Secure area encryption IEC 61508 SIL3 certified compiler environment IEC 61508 SIL3 certified compiler environment (NIST), that is the standard in the United CC-RX compiler Available now decrypting keys) encryption key key States. Encryption key Key generation information Encryption key AES encryption engine Unique ID Renesas safety packages each include a safety manual and self-diagnostic software library, based on a previously completed safety analysis of the RX microcontroller. System developers can select the information they require from the safety manual and make use of the self-diagnostic RX231 Communication Security Evaluation Kit Configuration software library, thereby reducing the development burden associated with providing functional safety support. Safety packages are available Renesas provides a one-stop source for communication hardware, software, and security solutions, which previously were available only from for the RX631 and RX63N, and for the RX111. To further lighten the development burden for customers, Renesas safety reference kit offers separate sources, making them difficult to obtain. industrial safety system specifications, hardware, and software which customers developed conventionally. Documentation needed for Hardware Software authentication is also available. Renesas is working to extend the range of industrial solutions moving forward. No.1 No.2 No.3 No.4 Wireless LAN expansion RX231 CPU board Protocol stack Trusted Secure IP driver Solution Application Example Solution board d-broad wireless LAN Renesas SDHI d-broad Renesas Renesas Encryption, decryption, secure boot, Illustration of application in sensor system (Uses Broadcom wireless FreeRTOS (wireless LAN wireless LAN RX231 RSK with security TCP/IP secure update Safety control LAN chip.) interface control) Driver (safety-related block) Seller Renesas Renesas Renesas Renesas Safety output Illustration of application RX111RX111 in motor system R0K505231S010BE (with E1) Functional safety solution Product No. RTK0ZZZZZZP00000BR R0MRX60PT0020RRC RTM0RX0000SMWT0000RP Light curtain for industrial equipment R0K505231S910BE (without E1) (example) Safety reference kit Motor control block Stop control Reference hardware circuit Secure Boot and Secure Update Functions to Guard Against Viruses Sensor unit RX24T, etc. 1. Secure boot Immediately after startup the secure 2. Secure update Reference software When a user program is downloaded via a boot program runs to verify whether data transfer route in order to perform an or not the user program has been Safety control Trusted • Authentication code Trusted • Authentication code checking update, verification is performed to Reference documents CPU CPU (safety-related block) Secure IP checking tampered with. If modification is Secure IP • Tampering detected if no match determine whether or not the user RX631 • Tampering detected detected, execution of the user program has been tampered with. If Virus if no match RX631, RX63N, RX111 RX63N Status monitoring execution program is prohibited to prevent the modification is detected, updating of the Comparison Comparison safety package prevention possibility of a virus running. An user program is prohibited to prevent the Flash authentication code generated with Flash possibility of virus infiltration. An Self-diagnostic software library The encryption key is Authentication code AES-CMAC is used for tampering protected, so the Virus Authentication code The encryption authentication code generated with authentication code detection. The AES-CMAC key is AES-CMAC is used for tampering Modified infiltration key is protected, so Safety manual Motor drive unit cannot be forged. protected by the Trusted Secure IP Modified the authentication program prevention detection. The AES-CMAC key is protected module to prevent the authentication program code cannot be by the Trusted Secure IP module to prevent forged. code from being forged. the authentication code from being forged. Functional Safety Solution Products for the Industrial Field Effectiveness in Shortening Development Time Safety package Reference hardware You can get started using the security evaluation kit immediately, making it possible to dramatically shorten the development time needed to For IAR tool RX631/63N: RTK0EF0002D01001BJ RX631/63N product version: RTK5631NSPF04000SJ RX111: RTK0EF0011D01001BJ incorporate security features into your system. RX631/63N evaluation version: RTK5631NSPF02001SJ Reference software Study of security consideration Key management consideration Implementation in RX111 product version: RTK51110SPF01000SJ Creation of security software Communication startup communication RX111 evaluation version: RTK51110SPF02000SJ RX631/63N: RTK0EF0004F01001SJ For CC-RX compiler RX111: RTK0EF0017F01001SJ Starting from scratch Approx. 18 months RX631/63N product version: RTK0EF0040F01001SJ Reference documents 1 month 0.5 0.5 6 months 5 months 3 months months months RX111 evaluation version: RTK0EF0041F01001SJ Full documentation set (total 18 documents) Development using Common documentation for RX631, RX63N, and RX111: RTK0EF0005Z01001ZJ RX231 Communication Approx. Implement in around 1/6 the time. Concept phase documentation set (selection of 4 from the full set) Security Kit 2.5 months Common documentation for RX631, RX63N, and RX111: RTK0EF0031Z01001ZJ 12-13

Human-Machine Interface (HMI) Solutions

RX231 HMI Evaluation Kit (R0K5RX231D000BR) RX65N HMI Evaluation Kit (Envision Kit RTK5RX65N2C00000BR) This reference solution simplifies the process of developing user interfaces for This reference solution simplifies the process of developing user interfaces

home appliances, industrial equipment, healthcare equipment, or office Pyroelectric infrared for household appliances, industrial equipment, or office equipment. It sensor Accelerometer equipment. It enables you to create attractive designs and user-friendly comes pre-programmed with demo software that allows you to experience SD I/F LCD I/F (Do Not Fit) interfaces. high-speed processing and utilization of dual-bank flash memory for  Highly power efficient 32-bit RX231 microcontroller with integrated firmware updates and bank swapping. Just connect to power to capacitive touch and USB functionality immediately start exploring the functions of the RX65N.  SAIC101 Smart Analog IC for controlling 16-bit A/D converter, amplifier  LCDC and 2D graphics engine allowing gain, etc., allowing evaluation of the following functions: evaluation of image rendering performance - Capacitive touch functions  Ability to evaluate firmware updates via - Audio recording and playback functions (audio middleware) USB or remote networks and bank - LCD panel (character) swapping Audio middleware for - Pyroelectric infrared sensor, accelerometer Touch panel  Availability at no charge of Envision Kit recording and playback Ether Release notes (User’s manual, circuit diagrams, parts lists, etc., are available circuit diagrams and demo software code (Do Not Fit) USB for download on the Renesas website.)

URL www.renesas.com/envision Home appliances Industrial Healthcare Office equipment

140 140 140 88 88 88 86 86 86 Home appliances Industrial Office equipment

140 140 88 88 86 86

GR-KAEDE (RX64M) GR-KAEDE Gadget Renesas board populated with a RX64M Group microcontroller. Ethernet Pin compatibility with the UNO and library availability mean that this Topics board can be utilized even without specialized knowledge of microcontrollers. RX65N Evaluation Kit Entry Model (Target Board for RX65N)

When combined with middleware for the RX64M’s integrated image processing URL www.renesas.com/rxtb functions and an optional camera board, it can be used for evaluation of USB The RX65N evaluation board is available in three versions to match different user requirements: Renesas Starter applications such as network cameras and motion sensors. Available from Kit, Envision Kit, and Target Board for RX Family. Target Board for RX Family version is an entry-level model Marutsu Elec Co., Ltd. and Akizuki Denshi Tsusho Co., Ltd. intended for users just getting started with RX microcontrollers. The board is equipped only with the MCU and For details of the Gadget Renesas project, visit http://gadget.renesas.com. an on-chip debugger. FIT and other sample code is available for download free of charge on the Renesas

GR-KAEDE website. This is an inexpensive and easy way to start exploring the RX Family.

Home appliances Industrial Rank Premium Special Entry CMOS camera Kit name RSK+ Envision Kit Target Board for RX Family 140 140 88 88 86 86 All RX MCU Target MCU RX65N RX130/RX231/RX65N (except RX110/RX21A/RX634)

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Includes evaluation board as well as Entry-level model intended for users the E1 on-chip debugging emulator, A reference kit for use in the just getting started with RX Features evaluation version of the C/C++ development of HMI solutions microcontrollers. Includes MCU and compiler package, sample code, etc. on-chip debugger only. 14-15 RX Core Features

RX Core Roadmap Feature 1: New-Generation CPU That Inherits the Strengths of Its Predecessors

As products gain added value and systems become more complex, customers demand ever higher performance from microcontrollers. At the The RX core combines the strengths of the CISC architecture same time, they require microcontrollers with low power consumption to improve energy efficiency and extend battery life. The new RX core of the H8S, H8SX, M16C, and R32C Families and the agility of incorporates advances designed to meet these needs. It is called the RXv2 core. the RISC architecture of the SuperH Family to achieve clearly •Variable-byte-length •General-purpose register instructions RISC methods to machine superior performance. Specifically, it brings together CISC •Multiplier/divider and boost speed •Multiplier/divider and RXv2 Core Enhancements multiply-and-accumulate •Harvard architecture multiply-and-accumulate (MAC) features such as variable-byte-length instructions and RISC (MAC) units •5-stage pipeline units  Improved per-cycle execution performance Register-relative addressing •Out-of-order completion •Array and pointer addressing features such as the general-purpose register machine, • Optimization by the compiler   Improved DSP and FPU functions Higher •FPU • •Support for bi-endian data access •2 stack pointers Performance Harvard architecture, and five-stage pipeline in a “new- generation” CPU architecture. This fusion of the best of the CISC and RISC architectures is just the sort of innovation RXv2 customers expect from Renesas. M16C H8S SH Up to 4.55 R32C H8SX RXv1 CoreMark/MHz Up to 3.12 CoreMark/MHz Feature 2: 32-bit class operation performance with 16-bit class code size

High Exclusive Renesas CPU with highly efficient pipeline and improved FPU and DSP for excellent operation efficiency!! RX700 performance The RX CPU core is exclusive to Renesas and employs a CISC Improved pipeline and FPU/DSP instructions for better operation efficiency

RX600 architecture that enables more compact code and faster operation. 5 CoreMark/MHz RX200 Refinements such as relocation of frequently used instructions, RX600 4.55 4 RX200 Low power improved instruction addressing, and a three-operand format contribute 1.46× 1.34× to higher code efficiency. Speed is increased through the use of a 3 3.40 RX100 consumption 3.12 five-stage pipeline, Harvard architecture, and out-of-order completion, Five years after the appearance of the RXv1 core in 2008, the even more advanced RXv2 core 2 combined with a speedup of basic instructions and the integration of a has arrived. It maintains compatibility with existing RX instructions while adding powerful multiply-and-accumulate (MAC) unit and FPU. The RX CPU core is 1 arithmetic capabilities and excellent power efficiency. The RXv2 takes the features of the earlier RXv1 High code compact, but it delivers powerful 32-bit class operation performance still further: 0 efficiency with 16-bit class code size. The RXv2 core incorporates enhancements RXv1 Cortex-M4 RXv2  1.46 times the operation performance (CoreMark equivalent) at the same operating frequency to the pipeline and FPU/DSP, resulting in even better operation efficiency. Note: CoreMark scores are published by EEMBC (www.eembc.org).  40nm process for 40% lower power consumption  Reduced memory usage thanks to high code efficiency Feature 3: Optimal Number of Registers Comparison of RXv1 Core and RXv2 Core Hardware volume In the study and development stage of the RX core there was a strong Application A Code size RX core RXv1 RXv2 emphasis on identifying ways to optimize code efficiency and Optimization point Architecture 32-bit CISC, Harvard architecture performance, though benchmark testing on application software for the 32-bit × 16 channels General-purpose registers Bits 5 office equipment, consumer, industrial, and automotive fields, and Number of specification bits Compatibility RXv1 Downward compatible with RXv1

Instruction set 90 instructions 90 instructions of RXv1 + 19 instructions applying the results in the design of the RX core. The choice of 16 as Application B Improved 5-stage pipeline, enhanced performance through parallel execution of memory access the number of 32-bit general-purpose registers provides a suitable 4 Pipeline 5-stage and operations balance between overhead and performance. Supported, single-cycle MAC instructions added (32-bit × 32-bit + 72-bit), accumulator added DSP function instructions Supported, accumulator × 1 for a total of 2  Performance is excellent when using general-purpose registers for 3 FPU (single-precision) Support for IEEE 754 conformant data types and exceptions, pipeline processing both operation- and control-heavy applications. Number of 32 30 28 26 24 22 20 18 14 12 10 8 Operating frequency Max. 100MHz Max. 300MHz as architecture  With eight registers performance suffers due to the frequency of registers 16 Up to 1 Up to 4.55 CoreMark/MHz Performance* 3.12 CoreMark/MHz save-restore processing, and the code size grows. Note: 1. Value current as of date of issue.  As the number of registers increases, both the hardware volume and the number of specification bits in the instruction codes increase. 16-17 RX Core Features RXv2 Core Features

Feature 4: Revised Instruction Set RXv2 Core: CPU Block Diagram RXv2 CPU Block Configuration Diagram With regard to basic instructions and addressing modes, the number of Instruction frequency analysis The RXv2 core maintains compatibility with the RXv1 core RXv2 CPU Downward compatible Subroutine branch with RXv1 core Conditional Dual issue core Pipeline improvements instructions and the code size where reduced by identifying the most Transfer Compare Other while providing the following enhancements: for increased instructions 31% branch 11% 6%8% 29% 5-stage pipeline per cycle (IPC), up to 15% frequently used instructions and addressing modes and assigning them the  Improved pipeline for substantial increase in the number Integer Divide Advanced 4.55 CoreMark/MHz Improvements based on Add fetch unit shortest formats. Also, additional enhancements to the addressing modes of (IPC) MAC Improved CPU performance instruction frequency for fewer flash memory Floating point unit accesses and reduced Two-byte shortening of transfer instruction •  Memory current consumption were made to increase the efficiency of table manipulation. (MOV: immediate value ⇒ memory, memory ⇒ register) Advanced fetch unit with improved interface to on-chip Indirect addressing of indexed registers protection • Register set Improved DPS functions  Instructions have variable byte lengths, and the most frequently used Utilization of post-increment transfer instructions and pre-increment transfer instructions flash memory. Reduces re-fetching of instructions due to • General-purpose and instructions, addition registers: registers: of one more accumulator instructions are assigned to the shortest instruction codes •One-byte shortening of conditional branch instruction (BEQ and BNE) penalty imposed by branch instructions and reduces the 16 × 32-bit 10 × 32-bit for total of two On-chip Improved FPU instructions  The most frequently used instructions were identified by analyzing actual •Two-byte shortening of compare instruction (CMP: memory ⇒ register) number of flash memory accesses. Achieves improved Accumulators: 2 × 72-bit debugger application software. •One-byte shortening of subroutine branch instruction (BSR) CPU performance alongside reduced power consumption. Strengths of RXv2 core  Some instructions were eliminated by adding addressing modes and •Two-byte shortening of add instruction  Improved instructions for DSP and FPU functions. (ADD: memory + register, immediate value + register) adopting a three-operand format. •Utilization of three-operand format  Through benchmark testing of various types of application software, Strengths of RXv2 Core: Pipeline program size was reduced compared with earlier products. RXv2 Pipeline Processing Stage Configuration To enhance the pipeline processing of the RXv2 core beyond that of the RXv1

Instruction Decode Execution Memory access Write-back core, the execution stage and memory access stage have been configured to Feature 5: Register Allocation for Faster Interrupts fetch stage (IF) stage (D) stage (E) stage (M) stage (WB) Bypass Operation enable parallel execution of floating-point operations. This allows an integer processing processing, Conventional register banks Example of allocation by software Instruction Instruction decode address operation instruction and an FPU instruction, or a memory access and an FPU With regard to the method of saving values to registers Write-back 31 0 31 0 fetch processing calculation processing R2R0 R0(SP) processing instruction, to be executed at the same time. Not only do FPU instructions when interrupts occur, the conventional method employing R1 Register FPU instruction FPU instruction R3R1 With the increased R2 fetch Load/store Memory access register banks was dropped in favor of a register allocation number of registers, R3 complete faster, but the hit on CPU performance caused by complex R6R4 R4 Application registers banks R7R5 R5 The memory access stage is only used when accessing the memory. addressing modes, etc., is substantially reduced. method designed for efficient and rapid interrupt handling. are not needed and R6 A0 interrupt handling R7 R8 This allows all registers to be used as table registers. In A1 is faster. R9 addition to faster interrupt handling, users can allocate A2 R10 R11 Interrupt registers A3 R12 Strengths of RXv2 Core: Improved FPU and DSP R13 registers freely to achieve better optimization. Bank 0 R14 Application registers,  The increased number of general-purpose registers Bank 1 R15 base register, etc. In addition to the revisions to the pipeline configuration of the RXv2 core, 0 20 40 60 80 100 64-p complex FFT User can flexibly allocate the optimal number of registers includes registers dedicated to interrupts for faster the functionality of the FPU and DSP have both been improved. The number (in: ci16, out: ci16) Bank switching using interrupts to interrupts to match the application. interrupt handling. of cycles required by existing instructions has been reduced and new FFT 64-p complex FFT (in: ci32, out: ci32) instructions added. 128-p real FFT Also, the number of accumulators (dedicated buffer registers) in the DSP (in: f32, out: cf32) Feature 6: Pipeline Stage Configuration IIR Biquad has been increased from one to two to improve the efficiency of DSP Matrix IIR (in: ci16, out: ci16) IIR Biquad Harvard architecture is used for the pipeline configuration to allow instruction fetching and data access to occur in parallel. A five-stage pipeline operations. The performance of some filtering operations is now four times (in: ci32, out: ci32) better than that of the RXv1 core. The improvements to the FPU and DSP Matrix Multiply configuration is used in combination with out-of-order completion. This means that in cases where previously wait states would (in: ci16, out: ci16) have been inserted into the pipeline, an instruction in a later stage can be executed before an instruction in an earlier stage, provided there is functions show up clearly in the difference in filtering performance between Matrix Multiply (in: i32, out: i32) the RXv1 and RXv2. no dependency between the instructions, thereby eliminating the need to insert wait states and further speeding up processing. RXv1 RXv2 The smaller, the better

Pipeline Stage Configuration Out-of-Order Completion FPU functions DSP functions  5-stage pipeline for faster processing  Out-of-order completion boots the efficiency and speed of instruction execution. (new instructions added, existing instructions speeded up) (new instructions added, accumulator for operations added)  Through benchmark testing of various types of application software, processing FFSQRT( ),FTOU,UTOF 32×32=acc, acc EMULA, EMACA, EMSBA performance was more than doubled compared with earlier products. New instructions ±32×32=acc 1MOV[R1], R2 IF D E M M M M WB Three-operand format Order 2ADD R4, R5 IF D S S S S E WB 16×16=acc, acc Instruction Decode Execution Memory access Write-back Completion FADD/FSUB: 4 cycles → 2 cycles HULLH, MACLH, MSB (LH, HI, LO) Speed [cycles] ±16×16=acc fetch stage (IF) stage (D) stage (E) stage (M) stage (WB) 3SUB R6, R7 IF S S S S D E WB FMUL: 3 cycles → 2 cycles Bypass Time loss during instruction execution processing Operation Accumulator rounding instructions Instruction Single-cycle throughput Pipelined FPU RDACW, RDACL, RACL Instruction decode processing, Write-back (16-/32-bit, round off/down) fetch processing address processing 1MOV[R1], R2 IF D E M M M M WB Improvements are shown in red. processing Register Operand access Out-of-Order Accumulator added 1 → 2 calculation IF D E WB fetch processing Completion 2ADD R4, R5 The memory access stage is only used when accessing the memory. 3SUB R6, R7 IF D E WB

If they have no dependencies on IF : Instruction Fetch D : Decode E : Execution later instructions, no stall occurs in the pipeline for the next and M : Memory access WB : Write Back S : Stall subsequent instructions. Instruction execution sequence 18-19 RX Family Features

Feature 1: Up to 4MB of 120MHz Zero-Wait High-Speed Flash Memory Feature 5: Efficient Bus Configuration That Boosts System Performance RX family microcontrollers come with high-speed flash memory and flash memory for data storage. Support for The separate internal high-speed bus allows parallel processing of DMAC/DTC data transfers while a program background operation (BGO) allows a program to run while erasing or programming take place in parallel. runs on the CPU. The RX Family includes products utilizing the cutting-edge 40nm ultrafine The hierarchical bus configuration of the RX Family comprises main bus 1, which is used exclusively by the CPU; main bus 2, which is used Renesas High-Speed Flash Memory fabrication process and on-chip flash memory employing MONOS*1 technology. exclusively by the DMAC and DTC; and peripheral and external buses. Parallel processing on different buses is supported. In addition, some This allows for fast reading of data with zero-wait access at speeds up to products incorporate a dedicated DMAC (EXDMAC) for external bus transfers. This enables transfer of external data to take place alongside the The improved performance of the RX family supports operating 120MHz, allowing the performance of the CPU to be used to the full. The ultrafine frequencies up to 120MHz. parallel operation of the internal buses. This has the potential to significantly boost the system performance of embedded devices. It is Processing fabrication process allows up to 4MB of flash memory to be integrated on-chip. performance gap particularly effective in systems with communication capabilities such as Ethernet, USB, and CAN. RX Family products with on-chip flash memory also include flash memory for data storage. These two types of flash memory support background operation (BGO), RX600 Series Internal Bus Configuration Example CPU, DMAC, DTC, and EXDMAC Operation Example

so a user’s program can run while the flash memory for data storage is being Processing performance does RX CPU erased or programmed at the same time. This can provide a substantial boost to performance Processing not rise in linear fashion as the operating frequency increases Instruction bus Conventional due to the need to insert wait CPU system performance. states. Operand bus EDMAC Note: 1. Metal Oxide Nitride Oxide Silicon 1 wait state 2 wait states 3 or more wait states ROM RAM 120MHz DMAC DTC EtherC Internal main bus 1 CPU RX Improved system Internal main bus 2 throughput Feature 2: Variety of Package Types to Match Different Applications DMAC/DTC EXDMAC On-chip peripheral bus Each series within the RX Family includes a variety of package options. The RX100 Series is available in packages with pin counts ranging from Transfers between external EXDMAC devices can take place Data External bus control TMR CMT SCI A/D USB CAN TMR simultaneously. 36 to 100 pins, while the RX200 Series is available in packages with pin counts ranging from 48 to 145 pins. In addition to the basic LQFP, the flash compact LGA is also available in the lineup. There are also plans to add ASSP products to the lineup for some specialized fields. The RX600 External bus Series has a particularly wide variety of package options, with pin counts from 48 to 177 pins and LQFP, LGA, and BGA as the available package types. The RX700 Series is available in packages with pin counts ranging from 100 to 177 pins. The pin assignments of RX Family microcontrollers were selected to provide backward compatibility with the well-established M16C Family. This simplifies the task of adapting the Feature 6: Hardware Safety Functions board layout when switching microcontroller products. The RX Family features hardware implementation of system safety functions, greatly RX Family Safety Functions reducing the load imposed by software. These safety functions can be used to build electric WDT/IWDT DOC Feature 3: Excellent Power Efficiency: Improved Operating Performance and Reduced Power Consumption home appliances that comply with the IEC 60730 Class B safety standard. CPU On-chip memory Standby current C The unique RX CPU core combines a design optimized for power efficiency CoreMark/mA R (CPU and RAM contents retained) A/D C and an exclusive fabrication process to achieve excellent operation Self-diagnostics Communication 40 14.0µA Low-end MCU High-end MCU disconnection detection performance and low power consumption. In particular, the new RX65N 30 Better and RX651 Groups deliver ultrahigh efficiency of 34.4 CoreMark/mA. The 20 Clock 4.40µA Pins 10 Oscillation-stop detection standby power consumption of RX is also among the best anywhere in 0.7µA 1.62µA 1.10µA 0.35µA 0 Company Company Company Company Company Company Company this class of microcontroller. This translates into reduced power RX111 RX65N RX111 CAC/MCK POE A B A B C D E consumption by the system overall and extended battery life, contributing Calculation based on CPU’s CoreMark value Renesas research based on datasheets of and typical current value on datasheet. competing products. Function Safety functions that use this function to more eco-friendly products. Note: Renesas research based on information from competing companies. CPU runaway detection using WDT based on clock other than CPU CPU Independent watchdog timer (IWDT) clock Oscillation-stop detection Oscillation-stop detection Feature 4: Fast Interrupt Response Performance Clock Clock frequency accuracy measurement function (CAC) Clock frequency error detection Frequency measurement function (MCK) Interrupt response performance and standby time are substantially Interrupt response time ratio: Standby recovery time On-chip Data operation circuit (DOC) System memory assist 1 improved by the use of technologies developed for earlier products, CPU comparison* (CPU and RAM contents retained) memory Memory error detection (µs) CRC calculation circuit (CRC) such as high-speed flash memory that enables zero-wait access, and 1.0 10 Serial Communication data error detection optimized register assignment. RX Family microcontrollers are ideal 0.9 A/D self-diagnostics A/D converter unit error detection Better 0.8 Better A/D 5 A/D disconnection detection Analog input disconnection detection assist for applications requiring a high level of responsiveness, such as fine 0.7 Pins Port output enable (POE) Protection of pins from overcurrent positioning control for motors. 0.6 0.5 0 Company Company Company RX71M@ RX64M@ Company A Company B RX231 operating operating A B C 240MHz 120MHz at 216MHz at 168MHz Operation at maximum speed Renesas research based on datasheets of competing products. Time from interrupt request generation to end of interrupt handling Note: 1. Renesas research based on information from competing companies. Interrupt handler processing for each company is equivalent. 20-21 RX Family Motor Control

Motor Types and Recommended Microcontrollers RX for Motor Control

Consumer/office equipment Industrial RX delivers high-speed arithmetic performance alongside MTU2 or MTU3, GPT timer, 12-bit A/D converter, and POE functions to simplify the process of implementing motor control!

High-speed arithmetic operations (RX core) Waveform control/feedback control (MTU2 and MTU3, GPT, etc.)

High-speed vector calculations PWM waveform output Printers/ General- Robots/ Air Washing Surveillance Refrigerators multifunction Pumps Fans purpose machine tools/ AC servos  High-speed processing at 240MHz  PWM output with 0 to 100% duty conditioners machines units cameras inverters industrial motors  FPU for high-speed floating point  3-phase complementary PWM waveform output operations Inverter BLDC BLDC BLDC BLDC BLDC BLDC BLDC BLDC BLDC  Automatic insertion of dead time Motors BLDC  On-chip MAC  A/D activation at user-defined timing for 1-shunt current detection IM IM IM STM IM IM STM IM STM (multiply–accumulate unit) RL78 RL78 RL78 RL78 RL78 Feedback control  Acquisition of feedback information (position/rotation rate) from encoder RX100 RX100 RX100 RX100 RX100 RX100 RX100 Encoder Recommended RX200 RX200 RX200 RX200 RX200 RX200 RX200 RX200 RX200 Error detection/system protection (POE) microcontrollers RX600 RX600 RX600 Abnormal wave detection and system protection RX700 RX700 RX700  Complementary PWM waveform error detection and protection RZ/T1 RZ/T1 BLDC: Brushless DC motor, IM: AC induction motor, STM: Stepping motor Feedback control (high-speed 12-bit A/D converter)

Acquisition of feedback information using motor current Iu Iv  High-speed (1.0µs) 12-bit A/D converter Iw  Simultaneous sampling of three tracks for 3-shunt current detection Motor Types, Control Methods, and Recommended RX Series

Performance required by application and recommended RX microcontroller Up to 20MHz Up to 50MHz Up to 100MHz Over 100MHz Motor type Control method Necessary functions Examples of Motor Control Functions Provided by RX RX200 (RX24T/U) RX700 RX100 RX200 RX600 RX600 ASSPs for motor For general-purpose/network applications Compact robots, surveillance cameras, control general-purpose inverters, General-purpose PWM × 6, printers/multifunction units inverters, Vector control dead time generation, Compact industrial Washing machines Air conditioner outdoor machine tools, (180-degree POE, motors (1-motor), units (2-motor), industrial robots, conducting control) A/D converter Brushless refrigerators (1-motor), washing machines AC servos Description (PWM link) DC motor pumps, compressors (2-motor) RX110 RX210 RX634 RX62T RX21A Fans RX111/RX113 RX130/RX220 RX230/RX231 RX62G/RX63T RX651/RX65N RX64M/RX71M

Square wave control Refrigerators, Refrigerators, RX23T/RX24T/RX24U PWM × 6, (120-degree fans, pumps, A/D converter RX621/RX62N/RX631//RX63N conducting control) compact robots compressors PWM output with 0 to 100% duty Vector control Industrial pumps General-purpose inverters (fans, pumps) Waveform output PWM × 6, control dead time generation, Synchronous output on multiple channels AC induction Fans, POE, refrigerators, Air conditioner outdoor Chopping or level waveform output in AC synchronous motor drive mode motor V/f control General-purpose inverters (fans, pumps) A/D converter washing machines units, pumps 3-phase complementary PWM output with dead time (left-right symmetric (PWM link) pumps dead time amplitude) Port control or Stepping motor Pulse output Printers/multifunction units, surveillance cameras Industrial motors 3-phase complementary PWM output with dead time (left-right PWM control asymmetric dead time amplitude) High-resolution PWM output

Feedback Phase counting mode detection ASSP Microcontrollers for Motor Control (RX63T, RX62T, RX62G, RX24T, RX24U, RX23T) High-speed 12-bit A/D converter using sequential conversion A/D converter activation requests at user-defined timing ASSP microcontrollers for motor control provide the features listed below, which are specifically applicable for motor control applications: (for 1-shunt current detection)  12-bit A/D converter double-trigger function Advanced-functionality timers optimized for motor control (storage of data from two conversions in separate registers) 1  A/D converter (3-channel sample-and-hold per unit, PGA,* trigger support for 1-channel control, comparator, etc.) for feedback control 12-bit A/D converter with simultaneous sampling of three tracks  5V single power supply support Increased speed Compare match and A/D conversion start request skipping function FPU for high-speed arithmetic operations Note: 1. PGA: Programmable-gain amplifier Double buffering function (provision of two register buffer stages for compare match operation)

Safety functions Error detection and PWM output auto-cutoff using port output enable

Other Compare match/input capture 5V power supply 32-bit counter support 22-23 RX700 Series

RX700 Series Features Renesas’ Exclusive RXv2 Core and Industry-Leading 40nm Process for Superior Power Efficiency

Renesas’ exclusive RXv2 core and the use of a 40nm fabrication process, among the most advanced in the industry, make possible a combination High-performance 32-bit RX High-speed/large-capacity Numerous peripheral functions flash Ethernet, USB HS/FS, CPU Security of high performance and low power consumption that were unattainable with earlier technology. Current consumption relative to operating Max. 120MHz flash access timers for A/D converter for 1,044 CoreMark/240MHz Max. 4MB motor control frequency is approximately 70% less than that of earlier products, making it possible for developers to boost system performance without

Top microcontroller in the RX family Large-capacity flash eliminates the need for Multiple communication interfaces including Encryption functions such as AES and SHA for increasing power consumption. Max. 240MHz operation external memory. Ethernet × 2 channels, USB High Speed, and SD enhanced communication security for 1,044 CoreMark performance High-speed access for superior real-time performance. Host, and timers for advanced-functionality motor control 1200 30 Main Applications of RX700 Series 800 20 Industrial Office equipment

PLC Semiconductor fabrication equipment machine tools Compact printers and copiers CoreMark 400 10 Better General-purpose inverters LCD panel manufacturing equipment Industrial robot POS terminals CoreMark/mA 0 0 Competing Competing Competing Competing RX71M RX71M product A product B product A product B 240MHz 216MHz 180MHz 240MHz 216MHz 180MHz

Max. 240MHz RXv2 core*1 FPU Safety functions Ethernet External bus CAN Compatibility with RX600 Series and Enhanced Peripheral Functions 2MB to 4MB flash RX71M USB Host/Func SDHI Motor control Encryption Power control IEEE1588 2.7V to 3.6V The RX71M Group retains the peripheral functions of the RX600 Series while adding new functions such as USB High-Speed, thereby ensuring

Note: 1. The RXv2 CPU core has advanced performance features such as a DSP. a high level of backward compatibility. If you are currently using the RX600 Series, migrating to the RX700 Series provides an easy way to achieve a speed boost. This means that development of higher-level or next-generation products can be accomplished in less time. In particular, Large memory ASSP for Hardware support Security Ethernet Connectivity capacity motor control for safety functions functions the RX64M Group retains the earlier peripheral functions alongside pin compatibility, making it possible to easily create a development platform High performance based on reuse of existing software and hardware resources.

RXv2 Core and 40nm Process Flash Memory: Announcing the RX71M with Top Speed and Functionality CPU Memory Timer Communications Analog Security Others IEEE1588 3ch CAN 9ch SCI Memory CMTW Trusted IWDT HOCO WDT TRNG QSPI TMR CMT 2ch 12-bit

USB VBAT SRC TPU RTC SHA SSI DES 240MHz Up to Up to 64KB 3ph 3ph 2ch 4ch SDHI AES 2.0OTG RSPI A/D 12-bit High speed and low current consumption RXv2 4MB 512KB E2 Motor Motor Ether SCI w MMC RX71M FS/HS 2ch 2Unit D/A with FPU Flash RAM Flash MTU3 GPT MAC FIFO IF Performance is 1,044 CoreMark when operating at 240MHz, for shorter processing time even in increasingly w PHY RIIC 3S/H complex systems. Cutting-edge 40nm process enables low current consumption of 0.2mA/MHz during operation, so system performance can be improved without concerns about current consumption. IEEE1588 RX71M 3ch CAN 9ch SCI Memory CMTW Trusted

12-bit TRNG IWDT HOCO WDT QSPI TMR CMT 1ch 2xUSB VBAT SRC TPU RTC SHA SSI DES 120MHz Up to Up to 64KB 3ph 3ph 2ch 4ch SDHI AES 2.0OTG RSPI A/D 12-bit High performance: RXv2 4MB 512KB E2 Motor Motor Ether SCI w MMC Large-capacity, high-speed memory RX64M FS 2ch 2Unit D/A RXv2 core 1,044 CoreMark with FPU Flash RAM Flash MTU3 GPT MAC FIFO IF w PHY RIIC 3S/H Up to 4MB of on-chip flash memory and 512KB of on-chip SRAM reduce the need for external memory, for Max. 240MHz Low power consumption: operation 0.2mA/MHz Excellent real-time lower BOM cost and reduced mounting area. Both flash memory and SRAM support high-speed access, performance 40nm process No need for 11ch SCI making it possible to extract the full potential of the CPU. 2ch CAN Memory CMTW Trusted IWDT external memory HOCO WDT

Max. 4MB LCDC TMR CMT TRNG QSPI USB 3ch VBAT

TPU 12-bit RTC SHA RSA DES 120MHz Up to Up to 32KB 3ph 2ch SDHI 12-bit AES flash memory 2.0OTG RSPI A/D RXv2 2MB 640KB E2 Motor Ether SCI w MMC D/A Improved security RX65N FS 2ch 2Unit Security 512KB SRAM with FPU Flash RAM Flash MTU3 MAC FIFO IF w PHY RIIC 3S/H Encryption functions (AES, DES, SHA, and RNG) are implemented in hardware, reducing the CPU load while boosting the reliability of communication functions. The Trusted Memory function prevents unauthorized access to or copying of a special area in the on-chip flash memory to protect important . Hardware Encryption Functions Allowing Simple Creation of Secure Systems with Low Processing Load Exclusive Renesas High-Speed On-Chip Flash Memory for Rock-Solid Performance The RX71M Group implements multiple encryption functions in hardware. This means that the associated processing imposes no additional load The RX71M Group incorporates an accelerator (advanced fetch unit: AFU) to accommodate the faster CPU. This enables no-wait access at up to on the CPU. Hash values generated using a Secure Hash Algorithm (SHA) enable detection of data tampering and malicious exploits by third 240MHz. The accelerator functions as cache memory for programs, but it is still necessary to access the flash memory when cache misses occur parties. Support for the Advanced Encryption Standard (AES) and Data Encryption Standard (DES) makes possible fast encryption and decryption due to branch instructions or interrupts. In such cases program read accesses only require one wait state because the on-chip flash memory of data using your preferred method. Data can be transferred over a variety of interfaces, including Ethernet, USB, SD Host, UART, SPI, and I2C, supports high-speed access at 120MHz. This allows the CPU to continue to perform at the highest level. and protected using encryption to ensure secure communication. Access route from CPU Program read time Poorer Module Function Application Performance performance Cache hit: 50 AES Encryption/decryption Protection of communication data Up to 12 times faster than software processing Cache miss: 40 DES Encryption/decryption Protection of communication data Up to 32 times faster than software processing 30 High performance maintained when cache SHA Hash value generation Authentication Up to 65 times faster than software processing 20 misses occur on RX71M!

Accelerator Time [ns] CPU Flash memory TRNG True random number generation Secret key generation True random number generation time: Typ. 3.6 ms (AFU) 10 0 RX71M Competing product Cache hit: CPU: 240MHz CPU: 240MHz Cache miss: Flash: 120MHz Flash: 24MHz 24-25 RX600 Series

RX600 Series Features Announcing the New RX65N and RX651 Groups, the Next-Generation Mainstream Microcontrollers of the RX Family

High-performance High-speed/large-capacity Extensive lineup RX65N and RX651 Groups of next-generation 32-bit microcontrollers built around the RXv2 core Renesas RX65N and RX651 32-bit flash Ethernet, motor control, LCD, etc. Safety functions 32-bit RX CPU  Employs the same 40nm process as the RX64M. Optimized for high power efficiency, unlike the microcontrollers enable secure and Max. 120MHz flash access Many product versions for Security Up to 4.55 CoreMark/MHz Max. 4MB a variety of applications RX64M, which focuses on real-time performance. Processing power of 34.4 CoreMark/mA is four safe communication and control in industrial applications. Up to 546 CoreMark at 120MHz Ability to extract 100% of Connectivity, motor control, LCD, etc. Support for industrial safety standards times that of earlier products. Substantially improved operation capacity CPU’s performance potential Functions suitable for many applications Encryption functionality to protect communication  Fewer components for Many pin count and memory options Enhanced system safety Retains the communication functions of its predecessors while supporting multiple reduced power consumption communication interfaces, such as SD interface. This allow connection of a wireless module or Main Applications of RX600 Series SD card via the SD. In addition the AES hardware encryption engine protects communication Industrial Office equipment Electric home appliances data, preventing its deciphering or modification by third parties. Robots, General-purpose Meter Building automation Copiers Air conditioners  Pin and function compatibility with earlier products simplifies migration. In addition, software machine tools inverters Printers Refrigerators Washing machines resources can be made portable by utilizing FIT driver middleware, which supports common APIs. This helps reduce the time and cost associated with development. Benchmark Comparisons with Competing Microcontrollers High level of software and Better arithmetic performance (left graph) and vastly superior power efficiency (right graph) than hardware compatibility max120MHz RXv2 core*1 FPU Safety functions Ethernet External bus CAN competing microcontrollers

2MB to 4MB Flash 1 2 Pin compatible + RX64M/ RX64M CoreMark* CoreMark/mA* USB Host/Func SDHI Motor control Encryption Power control IEEE1588 600 35 functionally compatible RX71M 2.7V to 3.6V 35 566 500 30 F I T 546 520 1.3× 25 RX65N/ 400 26 408 2.7× RX651 max120MHz 1 20 RX651/ RXv2 core* FPU Safety functions Ethernet External bus CAN 300 F I T 512KB to 2MB Flash Better 312 15 RX65N USB Host/Func SDHI Motor control Encryption Power control IEEE1588 200 13 14 2.7V to 3.6V 120MHz products 10 RX63N/ 120MHz products 100 5 8 RX631 Easy portability software among devices with FIT support!! 0 0 Notes: 1. Calculated from EEMBC nominal max100MHz RXv1 core FPU Safety functions Ethernet External bus CAN values and product data sheets. RX631/ RX63N RX64M RX63N RX64M 256KB to 2MB Flash RX65N/1 RX65N/1 2. Calculated based on CoreMark Competing Competing Competing Competing scores and typical current values RX63N 2.7V to 3.6V USB Host/Func SDHI Motor control Encryption Power control IEEE1588 120MHz product168MHz product 120MHz product168MHz product from product data sheets.

RXv2 Core, 40nm Process Flash Memory: High-Speed, Large-Capacity RX64M RX621/ max100MHz RXv1 core FPU Safety functions Ethernet External bus CAN 256KB to 512KB Flash USB Host/Func SDHI Motor control Encryption Power control IEEE1588 RX62N 2.7V to 3.6V The RX64M Group of 32-bit microcontrollers retains compatibility with the RX64M earlier RXv1 core while offering the more powerful RXv2 core. The RXv2 core max100MHz RXv2 core High performance: 4.55 CoreMark/MHz RXv1 core FPU Safety functions Ethernet External bus CAN delivers 1.7 times the performance of earlier RX products and reduces operating 32KB to 512KB Flash Max. 120MHz Low power consumption: 0.3mA/MHz RX63T 2.7V to 3.6V, USB Host/Func SDHI Motor control Encryption Power control IEEE1588 current consumption by some 40%, making it possible to build systems that 4.0V to 5.5V 40nm process combine high-speed operation and low current consumption. The RX64M Excellent real-time performance High-speed: Zero-wait access Large-capacity: max100MHz Group is fabricated using the cutting-edge 40nm process. This makes it possible No need for external memory RXv1 core FPU Safety functions Ethernet External bus CAN Max. 4MB of flash memory RX62T 64KB to 256KB Flash to integrate large on-chip memory capacity—up to 4MB of flash memory and and 512KB of SRAM Improved security 2.7V to 3.6V, USB Host/Func SDHI Motor control Encryption Power control IEEE1588 4.0V to 5.5V 512KB or SRAM—operating at high speeds up to 120MHz. This high-speed, large-capacity memory enables storage of both user programs and data on a

max100MHz RXv1 core FPU Safety functions Ethernet External bus CAN single chip. Excellent real-time performance is possible without the need for RX62G 128KB to 256KB Flash 4.0V to 5.5V USB Host/Func SDHI Motor control Encryption Power control IEEE1588 external memory, and security is enhanced as well. Substantially Enhanced Peripheral Functions and Compatibility with RX651, RX65N, and RX64M max100MHz RXv1 core FPU Safety functions Ethernet External bus CAN 384KB to 2MB Flash RX630 USB Func SDHI Motor control Encryption Power control IEEE1588 The communication functions of the RX651, RX65N, and RX64M have been extended, and a new general-purpose PWM timer added. In 2.7V to 3.6V addition, it retains the various functions of the earlier RX600 Series, providing a high level of compatibility. The RX651 and RX65N offer, first of

max 54MHz all, improved CPU core performance (RXv1 core upgraded to RXv2 core), enhanced timer functionality for motor control (MTU2 upgraded to 1MB to 2MB Flash RXv1 core FPU Safety functions Ethernet External bus CAN RX634 MTU3), extended communication functions (SD Host interface, QSPI, SCI with FIFO), and enhanced security (TRNG added, trusted memory 2.7V to 3.6V, USB Host/Func SDHI Motor control Encryption Power control IEEE1588 4.0V to 5.5V area). The RX64M supports IEEE 1588, which is in high demand for industrial Ethernet applications, alongside enhanced security features such as SHA. This product lineup allows customers to select the that optimally matches the intended application. max100MHz RXv1 core FPU Safety functions Ethernet External bus CAN CPU Memory Timer Communications Analog Security Others 768KB to 2MB Flash 120MHz Up to Up to 64KB 3ph 3ph 2xUSB 2ch 4ch 1ch SDHI 12-bit TMR CMT WDT IEEE 3ch 9ch SSI 12-bit AES Trusted RX610 RXv2 4MB 512KB E2 Motor Motor RTC 2.0OTG Ethernet SCI w RSPI QSPI MMC A/D SHA TRNG HOCO VBAT USB Host/Func SDHI Motor control Encryption Power control IEEE1588 RX64M TPU CMTW IWDT FS 1588 CAN SCI 2ch SRC 2Unit D/A DES Memory 3.0V to 3.6V with FPU Flash RAM Flash MTU3 GPT w PHY MAC FIFO RIIC IF 3S/H

USB Ethernet 3ch 12-bit 120MHz Up to Up to 32KB 3ph TMR CMT WDT 2ch 11ch 2ch SDHI 12-bit AES SHA Trusted Note: 1. The RXv2 CPU core has advanced performance features such as a DSP. RX65N 2MB 640KB E2 RTC 2.0OTG MAC RSPI QSPI MMC A/D TRNG HOCO VBAT RXv2 Motor TPU CMTW IWDT FS (N models CAN SCI SCI w 2ch 2Unit D/A DES RSA Memory RX651 with FPU Flash RAM Flash MTU3 w PHY only) FIFO RIIC IF 3S/H

Large memory ASSPs for Hardware Security capacity Ethernet Connectivity support for USB Ethernet 3ch 12-bit motor control functions RX63N 100MHz Up to Up to 32KB 3ph TMR WDT 3ch 12ch 10-bit DEU High performance safety functions 2MB 256KB E2 CMT RTC 2.0OTG MAC RSPI A/D HOCO VBAT RXv1 Motor TPU IWDT FS (N models CAN SCI 4ch 10-bit D/A (AES) RX631 with FPU Flash RAM Flash MTU2 w PHY only) RIIC A/D 26-27 RX600 Series

RX600 Series Memory/Pin Configurations Simplifying Networking of Industrial Equipment

=RX651/RX65N =RX64M =RX634 =RX630/RX631/RX63N =RX621/RX62N =RX62T/RX62G/RX63T =RX610 Integrated support for numerous communication interfaces, including USB 2.0 Full Speed (Host, Function, OTG), Ethernet controller, SDHI, and Flash memory SDIO. In addition, drivers and middleware are available free of charge for functions such as TCP/IP, making it easy to add network connectivity 4MB 3MB to existing industrial and office equipment. 2.5MB 2MB Industrial network Office equipment network 1.5MB 1MB 768KB Ethernet 512KB Wireless LAN 384KB 256KB PLC 128KB Ethernet, CAN, serial, USB Ethernet SD card interface 64KB (wireless LAN) 48KB MFP Industrial network 32KB ROMLESS pins 48 64 80/85 100 112/120 144/145 176/177

Products for General-Purpose, Network, and Security Applications PPC

RX64M, RX65N, RX651, RX63N, RX631, RX630 Ethernet AC servo Industrial robot General-purpose inverter SD card interface (wireless LAN) USB 4MB RX64M Projector Ethernet, CAN, serial, USB Ethernet, CAN, serial, USB Ethernet, CAN, serial, USB 2MB Timers for motor control Timers for motor control Timers for motor control Ethernet 1MB RX63N 12-bit ADC 12-bit ADC 12-bit ADC SD card interface (wireless LAN) 768KB RX651/RX65N

512KB RX630 256KB RX631 Software Support for Development 48-pin 100-pin 144-pin 176-pin Drivers Middleware Sample code Application notes Ethernet Available TCP/IP protocol stack Available Available RX64M, RX65N, RX651, RX63N, RX631, RX630: Supported Applications USB Available — Available Available

General-purpose applications Network and security applications CAN Available — Available Available Ethernet/IEEE1588 USB Host/Function/OTG Industrial network devices RX64M • • Serial Available — Available Available •Security (encryption) •Safety functions (real-time Ethernet) Ethernet USB Host/Function/OTG Security systems File system — FAT file system Available Available RX65N • • Copiers Security (encryption) Safety functions LCD Printers Encrypted communication Network support devices • • • applications Encryption Available Encryption library Available Available Ethernet USB Host/Function/OTG Audio equipment HEMS, gateway devices RX63N • • Data protection applications Security (encryption) Safety functions Programmable logic controllers • • Smart meters Ingress/egress management USB Host/Function/OTG Security (encryption) RX651 • • HVAC controllers systems Image capture Safety functions • • Vending machines POS terminals USB Host/Function/OTG Security (encryption) RX631 • • Machine tools •Image capture •Safety functions RX630 •USB Function •Safety functions Security Using Hardware Encryption Functions

Some product versions in the RX600 Applications Lineup of RX Family Products for Motor Control Series have an on-chip hardware module Ideal for applications such as smart electric home appliances, security systems, and encrypted that implements encryption and RX64M RX63N 3-inverter control communication where it is important to prevent data Flash RX65N RX631 RX24T RX24U RX24T RX24U decryption standards such as AES and leaks to untrusted third parties. Enhanced security 512KB RX63T RX63T RX63T RX63T for network communication RX651 DES without imposing any additional load Products with Support RX24T RX24U RX24T RX24U Image data, 384KB on the CPU. This is ideal for equipment for Encryption sales data, RX63T RX63T RX63T RX63T RX631/RX63N: AES personal that processes personal information or Personal or information, RX24T RX24U RX24T RX24U RX64M: AES/DES/SHA/TRNG confidential RX CPU etc. RAM Tablet 1-inverter control 2-inverter control RX63T RX63T RX63T RX63T requires enhanced security. RX651/RX65N: AES/TRNG/TDES/ information, 256KB etc. Encryption RX62T RX62T RX62T RX62T RX62T SHA/RSA RX24T RX24T RX24T RX24T RX62G RX62G EtherC Server BSC EXDMAC RX24T RX24T RX24T RX24T RX62G RX62G Secure storage of personal USB SDRAM SCI 128KB or confidential information RX62T RX62T RX62T RX62T RX62T in on-chip memory or etc. RX23T RX23T RX23T external memory Headquarters RX23T RX23T RX23T 64KB RX62T RX62T RX62T RX63T RX63T

48KB RX63T RX63T

32KB RX63T RX63T

48-pin 52-pin 64-pin 64-pin 80-pin 80-pin 100-pin 112-pin 120-pin 144-pin 7×7mm 10×10mm 10×10mm 14×14mm 12×12mm 14×14mm 14×14mm 20×20mm 16×16mm 20×20mm 0.65mm pitch 0.8mm pitch 0.65mm pitch 0.65mm pitch Note: When not otherwise indicated, the package pin pitch is 0.5mm. 28-29 RX200 Series

RX200 Series Features RX200 Series Lineup

=RX231 =RX230 =RX23T =RX24U =RX24T =RX210 =RX220 =RX21A High-performance Low power consumption Numerous peripheral functions Numbers indicate RAM size (KB) Safety functions ROM 32-bit RX CPU 0.12mA/MHz (operation) Communication, touch, motors, Security 96 96 96 96 Up to 4.33 CoreMark/MHz 0.8μA (standby) analog, 5V interface 1MB 96 96 96 96 768KB 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 DSP and FPU with Superior power efficiency through intermittent Simplified support for system control, motor Simplified support for safety standards 512KB improved processing capacity operation control, and IoT Protection against threats such as viruses 64 64 64 64 64 64 64 32 32 64 64 32 64 64 64 64 64 64 64 64 384KB

32 32 32 16 32 32 16 32 16 32 16 32 32 32 32 32 32 16 32 32 32 32 16 32 16 32 32 32 32 32 32 32 32 32 16 32 32 32 32 256KB

Main Applications of RX200 Series 32 32 12 20 8 32 32 12 16 20 8 16 20 32 32 32 32 8 20 12 8 20 16 32 32 32 32 32 32 32 32 20 8 20 128KB 32 20 20 20

Consumer devices (battery drive) Healthcare devices Industrial Electric home appliances 16 16 16 96KB

Digital cameras Wearable devices Power meters Air conditioners 12 12 8 12 12 8 8 12 8 12 8 64KB Gadgets Blood sugar gauges Pressure, temperature, Refrigerators and flow volume meters Inverters Washing machines 32KB 4 4 4

Pin count 48-pin 64-pin 80-pin 100-pin 144-pin 52-pin 64-pin 80-pin 48-pin 64-pin 64-pin 100-pin 145-pin 100-pin 69-pin Package LFQFP LFQFP LFQFP LFQFP LFQFP LQFP LQFP LQFP HWQFN HWQFN WFLGA TFLGA TFLGA TFLGA WFBGA 140 140 140140 88 88 88 88 Pitch (mm) 0.5 0.5 0.5 0.5 0.5 0.65 0.8 0.65 0.5 0.5 0.5 0.5 0.5 0.65 0.4 86 86 86 86 Size (mm) 7×7 10×10 12×12 14×14 20×20 10×10 14×14 14×14 7×7 9×9 5×5 5.5×5.5 7×7 7×7 3.91×4.26

Excellent Balance of Low Power Consumption and High Performance Wide Voltage Range max 80MHz RXv2 core*1 FPU Safety functions Touch External bus CAN RX24U 256KB to 512KB 2.7V to 5.5V USB Host/Func SDHI Motor control Encryption ∆∑A/D Excellent Balance of Low Power Consumption (0.12 to 0.2 mA/MHz) The RX200 can operate at the high speed of 20MHz even when the power and High Performance (3.08 to 4.33 CoreMark/MHz) supply voltage is as low as 1.62V, providing a 10% margin in systems designed for 1.8V. It also supports 5V operation in applications such as max 80MHz RXv2 core*1 FPU Safety functions Touch External bus CAN electric home appliances and industrial equipment. RX24T 128KB to 512KB Power Processing 2.7V to 5.5V USB Host/Func SDHI Motor control Encryption ∆∑A/D consumption performance RX200 Operating Voltage and Frequency 6 Support for 5V 2.7 to 5.5V 54MHz power supply max 40MHz 1 required by electric 5 RX231 RX210 RX600 RXv2 core* FPU Safety functions Touch External bus CAN home appliances 64KB to 128KB  During operation  RXv2 core and industrial Some products RX23T equipment 4 2.7V to 5.5V USB Host/Func SDHI Motor control Encryption ∆∑A/D 0.12 to 0.2mA/MHz 4.16 CoreMark/MHz  During standby with RAM  RXv1 core RX600 Voltage (V) Voltage 3 contents retained 0.8μA*1 3.08 CoreMark/MHz 2.7 to 5.5V 50MHz 2 max 54MHz RXv2 core*1 FPU Safety functions Touch External bus CAN  Fast recovery  DSP/FPU instruction 128KB to 512KB Min. 5μs*1 extension*1 Shutoff 1.62V 1.8 to 5.5V 32MHz RX231 voltage of 1 1.8V to 5.5V USB Host/Func SDHI Motor control Encryption ∆∑A/D two dry 1.62 to 5.5V 20MHz batteries

Note: 1. Example of RX231, details of other products differ. 0 10 20 30 40 50 60 70 80 90 100 Frequency (MHz) 1.8 to 5.5V 8MHz 2.4 to 5.5V 16MHz max 54MHz RXv2 core*1 FPU Safety functions Touch External bus CAN RX230 128KB to 256KB 1.8V to 5.5V USB Host/Func SDHI Motor control Encryption ∆∑A/D Numerous Peripheral Functions Robust Security Equipped with functions suitable for capacitive touch, communication, and max 50MHz RXv1 core FPU Safety functions Touch External bus CAN The RX231 is a general-purpose microcontroller that is equipped with a RX210 64KB to 1MB motor control applications. In addition to support for control and 1.62V to 5.5V USB Host/Func SDHI Motor control Encryption ∆∑A/D manipulation, implementation of IoT capabilities is simplified. Trusted Secure IP module offering robust security. This module protects the encryption engine and encryption key from unauthorized access. The encryption key, which is the most important element in the encryption max 32MHz RXv1 core FPU Safety functions Touch External bus CAN process, is linked to a unique ID and stored in a safe and undecipherable RX220 32KB to 256KB 1.62V to 5.5V USB Host/Func SDHI Motor control Encryption ∆∑A/D CAN Motor control format in the flash memory.

max 50MHz RX231 RXv1 core FPU Safety functions Touch External bus CAN CPU RX21A 256KB to 512KB general-purpose microcontroller 1.8V to 3.6V USB Host/Func SDHI Motor control Encryption ∆∑A/D with Trusted Secure IP Capacitive USB touch Note: 1. The RXv2 CPU core has advanced performance features such as a DSP. Functions of AES encryption engine  Key length: Trusted 128 bits/256 bits Flash memory  Encryption modes used: Power Touch ASSPs for Hardware Security Secure IP Connectivity efficient/battery support for Encryption/decryption: drive functions motor control safety functions functions Secure storage of ECB, CBC, GCM Secure area encryption key Tampering detection: CMAC Encryption key SDHI Key generation information AES encryption engine Unique ID

Wireless communication module (Wi-Fi, etc.) 30-31 RX100 Series

RX100 Series Features RX100 Series Lineup

=RX110 =RX111 =RX113 =RX130 The microcontrollers in the RX100 ROM High-performance Ultralow power consumption Numerous peripheral functions Excellent 768KB 32-bit RX CPU 0.1mA/MHz (operation) LCD, capacitive touch, Series range from products with only cost/performance ratio 512KB 3.08 CoreMark/MHz 0.35μA (standby) 5V interface 36 pins and 8KB of memory to 384KB 256KB High performance CPU for Contributes to energy efficiency and Simplifies support for healthcare, On-chip peripheral functions reduce products with 100 pins and 512KB low power consumption through longer battery life. industrial sensors, and home appliances. BOM cost. 128KB intermittent operation of memory. They are available in 96KB compact LGA and QFN packages 64KB Main Applications of RX100 Series that are suitable for applications 32KB Consumer devices (battery drive) Healthcare Electric home appliances Industrial 16KB such as healthcare devices, 8KB Sensor hubs Healthcare devices, Cooking appliances, Power meters, detectors (smartphones, game consoles, PCs, tablets), wearable devices water heaters (smoke detectors, etc.), wearable devices, and Pin count 36-pin 40-pin 48-pin 48-pin 64-pin 64-pin 64-pin 80-pin 100-pin 100-pin digital cameras, digital camcorders pressure gauges, thermostats Package WFLGA HWQFN HWQFN LFQFP WFLGA LFQFP LQFP LFQFP TFLGA LFQFP communication equipment. Pitch (mm) 0.5 0.5 0.5 0.5 0.5 0.5 0.8 0.5 0.65 0.5 Size (mm) 4×4 6×6 7×7 7×7 5×5 10×10 14×14 12×12 7×7 14×14

140 140 140 140 88 88 88 88 86 86 86 86 Power Consumption Among the Lowest in the Industry Essential Peripheral Functions for Measuring Equipment and Household Appliances RX100 Series Specifications Ultralow current consumption during standby and during operation Common specifications Standby current: 0.35μA  Integrates peripheral functions suitable for measuring equipment and RX110 Group RX111 Group RX113 Group RX130 Group Normal operation current: 0.1mA/MHz Entry-level, LCD Capacitive touch Capacitive touch household appliances, such as capacitive touch/LCD, communication, and USB 32MHz Recovery time: 4.8μs Low power 32MHz USB 32MHz 32MHz 12-bit ADC.  Support for applications ranging from system control in household appliances Operating current: 0.1mA/MHz Operating 1.8 to 3.6V 1.8 to 3.6V 1.8 to 3.6V 1.8 to 5.5V Low-Power Timer (LPT) for Reduced Standby Current During voltage or industrial equipment to user interfaces for wet environments. Software standby current: 0.35µA Intermittent Operation On-chip 8KB to 128KB 16KB to 512KB 128KB to 512KB 64KB to 512KB memory  LPT generates wakeup events to recover from standby mode. Water heaters Deep sleep mode: 2.3µA  Current can be transitioned to standby state in standby periods during RX130 Control panels for E2 data flash: 8KB E2 data flash: 8KB E2 data flash: 8KB wet environments intermittent operation. • Capacitive touch CPU Safety functions Pin count 36-pin to 64-pin 36-pin to 64-pin 64-pin to 100-pin 48-pin to 100-pin Reduced current • 5V operation Current LPT LPT Data operation circuit (DOC) Without LPT during LPT standby 32-bit RXv1 CPU wakeup wakeup 5.3mA*1 3.08 CoreMark/MHz RAM tester Communication SCI × 3 channels SCI × 3 channels SCI × 8 channels SCI × 7 channels Sleep Sleep Sleep Healthcare

Clock frequency accuracy With LPT measurement circuit (CAC) RIIC × 1 channel RIIC × 1 channel RIIC × 1 channel RIIC × 1 channel 0.74µA*2 System Standby Standby Standby frequency error detection Time RX113 Data transfer controller (DTC) RSPI × 1 channel RSPI × 1 channel RSPI × 1 channel RSPI × 1 channel System state Standby Operation Standby Operation Standby • USB Oscillation-stop detection Notes: 1. Current value during all-peripheral operation at 32MHz on the RX130. • LCD / SSI Remote control signal 2. Current value including LPT operating current (0.37μA) on the RX130. Interrupt controller (ICU) USB2.0 (H/F/OTG) USB2.0 (H/F/OTG) • Capacitive Control/display devices CRC calculator (CRC) reception function touch Power-on reset (POR), Independent watchdog timer SSI × 1 channel Current Consumption Comparison (RAM Contents Retained, Standby) • 12-bit ADC voltage detection circuit (LVD) (IWDT) 14.0µA 4.40µA MTU2 (16-bit 3-phase MTU2 (16-bit 3-phase MTU2 (16-bit 3-phase Timers MTU2 × 4 channels motor) × 6 channels motor) × 6 channels motor) × 6 channels Clocks High usability CMT (16-bit) CMT (16-bit) CMT (16-bit) CMP (16-bit) Measuring equipment Home appliances High-speed on-chip oscillator × 2 channels × 2 channels × 4 channels × 2 channels 1.62µA 1.10µA RX111 (HOCO) Event link controller (ELC)*1 0.7µA TMR (8-bit) TMR (8-bit) 0.35µA Low-speed on-chip oscillator (peripheral startup without × 4 channels × 4 channels • 4mm square (LOCO) an interrupt) Competitor Competitor Competitor Competitor Competitor RX111 compact package LPT (16-bit) LPT (16-bit) A B C D E • USB Main clock generator Multifunction pin controller × 1 channel × 1 channel (MPC) Sub-controllers for Portable products Sub-clock generator (pin assignment selection function) Analog 12-bit A/D, 1.0µs 12-bit A/D, 1.0µs 12-bit A/D, 1.0µs 12-bit A/D, 1.0µs Superior Cost/Performance Ratio RX110 office equipment Note: 1. Not available on RX110 Temperature Temperature Temperature Temperature • 4mm square sensor sensor sensor sensor  Performance reduced to cut power consumption and lower costs. compact package Specifications differ according to product number.  Lineup includes low-cost products with low pin count and small ROM capacity. • Simple 8-bit D/A 12-bit D/A 8-bit D/A  Integration of peripheral functions reduces BOM cost. Comparator Comparator Integration of Peripheral Functions for Reduced Cost Functions and Lineup Selected for Enhanced Flexibility User LCD: 40 seg. interface × 4 com. Level shifter IC RX100 Capacitive touch Capacitive touch POR/LVD Reset IC Notes: 1. The 5V-tolerant ports of Functions Lineup × 12 channels × 36 channels 5V the RX110, RX111, and 5V-compatible ports*1 Package with I/F RX113 are compatible. 5V interface 0.8mm pin pitch RTC RTC The RX130 has a Temperature sensor Temperature sensor External maximum power supply voltage of 5.5V, so all its 12-bit ADC/DAC 36-pin to 100-pin 2 resonator EEPROM E2 data flash* ports are compatible. RX100 On-chip oscillator 2. The RX110 has no E2 LCD / capacitive touch ROM 8KB to 512KB data flash. 3. Comparison with Renesas system product. USB 4mm square package Reduced system cost Up to 1/3*3 smaller mounting area 32-33 RX71M Group RX65N Group and RX651 Group

240MHz Operation, Fastest in the RX Family, and 4MB On-Chip Flash Memory: The RX Flagship Product Next-Generation Mainstream RX Microcontrollers with RXv2 Core, Large-Capacity RAM, and Enhanced Connectivity

The RX71M Group’ s maximum operating frequency of 240MHz is twice that of the RX600 Series, making possible solid real-time performance  A next-generation MCU that implements Roots of Trust (RoT) to strengthen the security of IoT edge devices suitable for industrial applications. A cache (AFU) optimized for flash memory enables access speeds equivalent to 240MHz, so the full potential New “Trusted Secure IP” and “Area Protection” functionality support encryption of communication data based on AES, etc., and protection of encryption of the CPU can be extracted. Up to 4MB of flash memory and 552KB of SRAM are available to accommodate the rapidly expanding code and keys. User programs stored in the on-chip memory are protected against tampering by third parties. This constitutes Roots of Trust (RoT) implementation to protect IoT edge devices. work area requirements of IoT network control applications, and the like. AES, DES, SHA, and RNG functions are provided to protect data on the  Single-chip solution combining graphic LCD controller, large-capacity SRAM, and HMI functionality ideal for IoT endpoints network, and the Trusted Memory function protects code located in a special area of the on-chip flash memory from unauthorized access. This Functionality necessary for affordably priced color TFT LCD image display on a single chip. Separate internal buses for the SRAM for graphic data and makes it easier to build a secure system. Peripheral functions include Ethernet MAC with IEEE 1588 support, intelligent multifunction timers regular SRAM boost efficiency of CPU access and display data transfers. 2D imaging engine for TFT LCD graphics is not limited to simple geometric (MTU3 and GPT) suitable for motor control, and SD host interface enabling high-speed communication for SD card applications. In addition, for shapes such as lines, triangles, and circles but supports geometry for all sorts of objects. the first time in the RX Family USB High-Speed (Host/Function/OTG) support is provided. Package pin counts range from 100 to 177 pins,  Flash memory functionality to assure safe and secure firmware updates providing support for a broad range of applications not limited to the industrial field. Area protection prevents unintended overwriting of data. Trusted Secure IP detects attempts to modify programs. Dual bank functionality allows one program to run while another in the other bank is being updated. Cumbersome address management is unnecessary. RX71M Group Block Diagram RX71M Group Memory/Package Options RX65N/RX651 Group Product Block Diagram RX65N/RX651 Group Memory/Package Options Encryption functions, SDHI Memory RX 32-bit CPU Flash Encryption functions (Trusted Secure IP), SD function No encryption functions, SDHI Memory RXv2 32-bit CPU Flash (v2 Core: enhanced DSP and FPU) 1044 CoreMark@240MHz RAM No encryption functions (Trusted Secure IP), SD function Flash: 4MB 120MHz Encryption functions, no SDHI Code flash memory: 2MB RAM Encryption functions (AES, RNG), SD function Floating point unit E2 data flash No encryption functions, no SDHI Dual bank Floating point unit E2 data flash R5F565Nxxxxx No encryption functions (AES, RNG), SD function SRAM (with parity): 512KB R5F571Mxxxxx (1MB + 1MB) R5F5651xxxxx Encryption functions (AES, RNG), no SD function DSP instructions (See below for portion represented by xxxx.) Encryption functions: AES, DES, SHA, RNG DSP instructions ECC RAM: 32KB (See below for portion represented by xxxx.) No encryption functions (AES, RNG), no SD function Standby RAM: 8KB Register-indirect MAC (80-bit result) SRAM: 640KB Register-indirect MAC (80-bit result) Register-direct MAC (72-bit result) (256KB + 384KB) Register-direct MAC (72-bit result) EHDFP EHDLJ EHDFB EHDLK EHDFC EHDBG EHDLC E2 data flash: 64KB 32-bit LHDFP LHDLJ LHDFB LHDLK LHDFC LHDBG LHDLC Standby RAM: 8KB 32-bit barrel shifter 2048KB 4096KB EDDFP EDDLJ EDDFB EDDLK EDDFC EDDBG EDDLC LDDFP LDDLJ LDDFB LDDLK LDDFC LDDBG LDDLC 640KB 512KB Data flash: 32KB System Timers Communication functions Encryption and safety functions Timers Communication functions Encryption and safety functions 32KB 64KB LGDFP LGDLJ LGDFB LGDLK LGDFC LGDBG LGDLC Data transfer controller Multifunction timer Ethernet controller Encryption modules: LCDFP LCDLJ LCDFB LCDLK LCDFC LCDBG LCDLC Multifunction timer RX65N RX651 Trusted Secure IP EXDMA controller pulse unit: × 2 channels AES, DES, SHA, RNG System pulse unit (MTU3): Ethernet Encryption modules: CHDFP CHDLJ CHDFB CHDLK CHDFC CHDBG CHDLC × 2 channels 16-bit × 8 channels, 16-bit × 8 channels AES/DES/RSA/ECC/ 1536KB IEEE 1588 time Data transfer controller controller CDDFP CDDLJ CDDFB CDDLK CDDFC CDDBG CDDLC DMA controller 32-bit × 1 channel 32-bit × 1 channel SHA/TRNG 640KB synchronization control EXDMA controller × 1 channel × 8 channels JHDFP JHDLJ JHDFB JHDLK JHDFC JHDBG JHDLC 32KB General-purpose × 2 channels USB 2.0 3072KB Timer pulse unit (TPU): USB 2.0 Full Speed PWM timer: DMA controller 16-bit × 6 channels Trusted Memory function Interrupt controller: High-Speed Host/ JDDFP JDDLJ JDDFB JDDLK JDDFC JDDBG JDDLC Host/Function module 16-bit × 4 channels 512KB × 8 channels 16 levels, 16 pins Function module Register write JGDFP JGDLJ JGDFB JGDLK JGDFC JGDBG JGDLC 64KB Programmable pulse Area protection 9FDFP 9FDLJ 9FDFB 9FDLK New functions including security, USB 2.0 protection unit Interrupt controller: CAN × 2 channels 1024KB Clock oscillator Timer pulse unit: JCDFP JCDLJ JCDFB JCDLK JCDFC JCDBG JCDLC generator (PPG) 9BDFP 9BDLJ 9BDFB 9BDLK HMI, and dual bank flash Full-Speed Host/ 16 levels, 16 pins 256KB PLL 16-bit × 6 channels 2 Function module Clock frequency accuracy 8-bit timer (TMR) I C bus interface Memory protection unit 9EDFP 9EDLJ 9EDFB 9EDLK Low-speed/high-speed Clock oscillator 0KB measurement circuit × 4 channels × 3 channels on-chip oscillator Programmable PLL 9ADFP 9ADLJ 9ADFB 9ADLK CAN × 3 channels (1MB × 2 channels) pulse generator Register write GHDFP GHDLJ GHDFB GHDLK GHDFC GHDBG GHDLC High-speed on-chip oscillator 16-bit timer (CMT) Power-on reset 2 2560KB Low-speed on-chip oscillator Serial communication protection unit 7FDFP 7FDLJ 7FDFB 7FDLK I C bus interface CRC calculator × 4 channels Voltage detection circuit GDDFP GDDLJ GDDFB GDDLK GDDFC GDDBG GDDLC interface × 13 channels 768KB 8-bit timer × 4 channels × 2 channels 512KB 32-bit timer (WCMT) 7BDFP 7BDLJ 7BDFB 7BDLK Power-on reset (with FIFO × 2 channels) Clock frequency accuracy 64KB GGDFP GGDLJ GGDFB GGDLK GGDFC GGDBG GGDLC × 2 channels 256KB Serial communication Voltage detection circuit measurement circuit 0KB 7EDFP 7EDLJ 7EDFB 7EDLK Event link controller Serial peripheral Compare match timer interface × 13 channels Data operation circuit GCDFP GCDLJ GCDFB GCDLK GCDFC GCDBG GCDLC Real-time clock 7ADFP 7ADLJ 7ADFB 7ADLK 16-bit × 4 channels (4 channels with FIFO) Event link controller interface × 3 channels Improved performance and functions Calendar function CRC calculator compared with RX63x Group 32-bit × 2 channels Analog Serial peripheral interface Quad serial peripheral 4FDFP 4FDLJ 4FDFB 4FDLK × 2 channels 14-bit watchdog timer interface × 1 channel Data operation circuit 512KB 12-bit A/D × 29 channels FHDFP FHDLJ FHDFB FHDLK FHDFC FHDBG FHDLC Analog Image capture 4BDFP 4BDLJ 4BDFB 4BDLK Real-time clock 2048KB 256KB (21 channels + 8 channels) Quad serial 4EDFP 4EDLJ 4EDFB 4EDLK FDDFP FDDLJ FDDFB FDDLK FDDFC FDDBG FDDLC 12-bit A/D converter Parallel data capture unit SD host interface 0KB Simultaneous peripheral interface 14-bit independent 512KB 14-bit watchdog timer × 29 channels × 1 channel × 1 channel 4ADFP 4ADLJ 4ADFB 4ADLK sample-and-hold of watchdog timer 64KB FGDFP FGDLJ FGDFB FGDLK FGDFC FGDBG FGDLC × 1 channel 3 channels SD host interface (21 channels + 8 channels) SD slave interface FCDFP FCDLJ FCDFB FCDLK FCDFC FCDBG FCDLC × 1 channel 14-bit independent watchdog Pin count 100-pin 100-pin 144-pin 145-pin 176-pin 176-pin 177-pin 12-bit D/A 12-bit D/A converter HMI Package LQFP LGA LQFP TFLGA LQFP LFBGA TFLGA × 2 channels MMC host interface Image capture timer × 1 channel × 2 channels MMC host interface 0.5 0.65 0.5 0.5 0.5 0.8 0.5 Pin count 100-pin 100-pin 144-pin 145-pin 176-pin 176-pin 177-pin Graphic LCD controller Pitch (mm) × 1 channel Size (mm) 14×14 7×7 20×20 7×7 24×24 13×13 9×9 Temperature sensor Serial sound interface Parallel data capture unit Package LFQFP TFLGA LFQFP TFLGA LFQFP LFBGA TFLGA Temperature sensor Pitch (mm) 0.5 0.65 0.5 0.5 0.5 0.8 0.5 2D rendering engine Note: 1. Maximum specifications for the group are listed above. Size (mm) 14×14 7×7 20×20 7×7 24×24 13×13 8×8 Note: Maximum specifications for the group are listed above. 2. Items printed in blue are not implemented on code flash Dual Bank Functionality memory is less than 1.0MB products. The dual bank functionality supports switching of RX65N/RX651 Industrial Robot: Application Example Example Applications Supporting IoT and Industry 4.0 CPU Hardware Implementation of Root of Trust Technologies Essential to Security the startup bank.  CPU performance for realizing multi-axis control The RX71M Group is built around the RXv2 and when operating at 240MHz 1. Trusted Secure IP to prevent leaking of “encryption keys”  One program can run while another in the other High-speed flash memory for real-time performance delivers twice the processing performance of the RX600 Series. Its on-chip 2. “Area protection” to prevent modification of “authentication program”  Many timers and analog functions to control a variety of motors peripheral functions are more powerful than those of the RX600 Series and bank is being updated. The two banks can be Code flash switched following the update. memory include USB High Speed support as a new feature. A high level of compatibility is Dedicated IP providing robust Area protection bank 1 protection of “encryption keys” RX65N/RX651 CPU protects the Code flash memory maintained with the RX64M in particular, so hardware and software resources authentication Also, program overwrite and run addresses are bank 0 developed for the RX64M can be reused. This makes it easy to quickly develop Fast processing by encryption program itself against fixed. Cumbersome address management is Switchable engine incorporated in IP modification. new product versions matched to specific performance ranges. Trusted Flash unnecessary. run areas Secure IP Memory High-speed network in Encryption engine: Encryption key Area protection • Multi-axis feedback control and synchronized Usage Example Factory network large-scale factory AES, DES, RSA, SHA, TRNG Encryption engine Authentication program operation (PWM output, encoder input, analog input)  A single-chip solution that ensures safe and secure firmware updates through a combination of Trusted Secure IP, area protection, and dual bank functionality Graphic LCD Controller (GLCDC) Support for TFT LCD Add-on, Motor Timer Enabling Max. WQVGA (480 × 272), 16-Bit Display Resolutions Distribution of 12-bit ADC Specified value firmware update RS 232C IEEE1588 Support for single-chip configuration using large-capacity SRAM as a display Cloud Larger scale, ASIC RX71M Ethernet buffer. On-chip 2D rendering faster RX65N/RX651 TFT LCD Trusted Secure IP and area RX64M RX71M engine enables sophisticated GUI FPU, DSP Position 256KB + 384KB protection detect viruses and Secure communication rendering with low CPU load. SRAM WQVGA 272 pixels Easy external High-speed flash memory information 16-bit color prevent infected software for data protection expansion via sensor input GLCDC from running. bus connection 480 pixels Dual bank functionality for Tools providing powerful support for GUI development STOP simple firmware updating Reuse of resources  GUI editing tools: Available from Renesas partner vendors Making an existing factory network larger in scale and faster A wealth of API functions that make GUI editing a breeze Example applications  LCD adjustment tool: QE for Display Industrial system controllers Smart meter communication units HVAC controllers Adjust timing and other settings while viewing the results on the LCD screen. Printer system controllers Industrial inverter controllers etc. 34-35 RX64M Group RX631 Group and RX63N Group

RXv2 Core for High Performance (120MHz Operation) and Low Power Consumption, Large-Capacity Flash Memory Up to 4MB Extending the RX621/RX62N Lineup to Provide Enhanced Security, Image Capture, Etc.

The RX64M Group occupies the highest position in the RX600 Series. Like the RX651 and RX65N Groups it is built around the RXv2 core running The RX631 and RX63N Groups are available in an extensive range of package options to match the scale of each customer’s system. Standard at 120MHz, but it offers beefed up real-time performance for industrial applications. It has up to 4MB of ROM supporting no-wait access at functions such as 12-bit A/D converter, timers for motor applications, SCI, RSPI, I2C, CAN, and safety functions are joined by improved 120MHz, alongside 552KB of RAM for use as a work area. Like the RX71M Group it supports a wide variety of interfaces. Ethernet, USB 2.0 Full connectivity functions such as Ethernet and USB with Host capability. Additional specialized features are available, including CMOS camera Speed, and SDHI are implemented on-chip as network interfaces with other devices, and QSPI and SDRAM interfaces are provided for external support for sensing and image display and security (hardware AES encryption). Product versions with support for high-temperature operation I/O. These peripheral functions and the large-capacity on-chip memory provide on a single chip the means to boost product functions, store (105°C) are also available. middleware or drivers, or network with other devices. In addition, the on-chip hardware encryption engine with support for AES, DES, and SHA, Applications: Copiers, audio components, large-scale systems, machine tools, security systems, POS terminals, HEMS, gateway devices, human and the 12-bit A/D and D/A converters, provide additional flexibility. Package pin counts range from 100 to 177 pins, providing support for a sensors, monitor cameras, building interior sensors, etc. wide range of applications not limited to the industrial field or network devices. RX631/RX63N Group Block Diagram RX631/RX63N Group (Products Supporting Operation at 85°C) Memory/Package Options Flash R5F563Nxxxx (See below for portion represented by xxxx.) Memory RAM CAN, DEU, no PDC RX 32-bit CPU E2 data flash R5F5631xxxx (See below for portion represented by xxxx.) RX64M Group Block Diagram RX64M Group Memory/Package Options 165DMIPS@100MHz CAN, no DEU, no PDC 2MB Zero-wait flash: 2MB FHDFP FHDFB FHDFC CAN, no DEU, PDC Encryption engine, SDHI 32-bit floating point unit 256KB No CAN, no DEU, no PDC Memory RX 32-bit CPU FDDFP FDDFB FDDFC No encryption engine, SDHI 32KB (v2 Core: enhanced DSP and FPU) 546 CoreMark@120MHz Flash DSP instructions Zero-wait flash: 4MB RAM Encryption engine, no SDHI SRAM: 256KB Register-indirect MAC (80-bit result) 2MB DSP instructions E2 data flash No encryption engine, no SDHI 192KB KDDFP KDDFB KDDFC R5F564Mxxxx Register-direct MAC (48-bit result) SRAM (with parity): 512KB Register-indirect MAC (80-bit result) 32KB ECC RAM: 32KB (See below for portion represented by xxxx.) E2 data flash: 32KB Register-direct MAC (72-bit result) 32-bit barrel shifter 2MB Standby RAM: 8KB EDDFP EDDLJ EDDFB EDDLK EDDFC EDDBG EDDLC 128KB ECDFP ECDLJ ECDFB ECDLK ECDFC ECDBG ECDLC 32-bit barrel shifter 32KB E2 data flash 64KB LHDFP LHDLJ LHDFB LHDLK LHDFC LHDBG LHDLC System Timers Communication functions 1.5MB 4096KB LDDFP LDDLJ LDDFB LDDLK LDDFC LDDBG LDDLC Data transfer controller RX631 RX63N 512KB Multifunction timer 256KB JDDFP RX631 only JDDFB RX631 only System Timers Communication functions Encryption and safety functions LGDFP LGDLJ LGDFB LGDLK LGDFC LGDBG LGDLC EXDMA controller pulse unit: 32KB 64KB × 2 channels Ethernet 16-bit × 6 channels 1.5MB Data transfer controller Multifunction Ethernet controller Encryption functions: LCDFP LCDLJ LCDFB LCDLK LCDFC LCDBG LCDLC DMA controller controller 192KB GDDFP RX631 only GDDFB RX631 only EXDMA controller timer pulse unit: × 2 channels AES, DES, SHA, RNG Timer pulse unit: × 4 channels 32KB × 2 channels 16-bit × 8 channels, 16-bit × 12 channels USB 2.0 Full-Speed IEEE 1588 time DMA controller 32-bit × 1 channel Memory protection unit Interrupt controller: Host/Function module 1.5MB synchronization control JHDFP JHDLJ JHDFB JHDLK JHDFC JHDBG JHDLC DDDFP DDDLJ DDDFB DDDLK DDDFC DDDBG DDDLC × 8 channels 16 levels, 16 pins Programmable USB 2.0 Full-Speed 128KB General-purpose 3072KB DCDFP DCDLJ DCDFB DCDLK DCDFC DCDBG DCDLC USB 2.0 Trusted memory/register JDDFP JDDLJ JDDFB JDDLK JDDFC JDDBG JDDLC pulse generator Function module 32KB Interrupt controller: PWM timer: 512KB Full-Speed Host/ write protection Clock oscillator 1024KB 16-bit × 4 channels 64KB JGDFP JGDLJ JGDFB JGDLK JGDFC JGDBG JGDLC YHDFP YHDFB YHDFC 16 levels, 16 pins PLL 8-bit timer × 4 channels CAN × 3 channels 256KB Function module YDDFP YDDFB YDDFC Clock frequency JCDFP JCDLJ JCDFB JCDLK JCDFC JCDBG JCDLC Low-speed/high-speed 32KB Clock oscillator Timer pulse unit: × 2 channels 2 accuracy on-chip oscillator Compare match timer I C bus interface PLL 16-bit × 6 channels 1024KB measurement circuit × 4 channels WHDFP WHDFB WHDFC Low-speed/high-speed CAN × 3 channels 16-bit × 4 channels 192KB Power-on reset WDDFP WDDFB WDDFC on-chip oscillator Programmable GHDFP GHDLJ GHDFB GHDLK GHDFC GHDBG GHDLC Serial communication 32KB 2 Data operation circuit Voltage detection circuit pulse generator I C bus interface 2560KB Real-time clock GDDFP GDDLJ GDDFB GDDLK GDDFC GDDBG GDDLC interface 1024KB Power-on reset × 2 channels 512KB × 13 channels 128KB BDDFP BDDLJ BDDFB BDDLK BDDFC BDDBG BDDLC Voltage detection circuit 14-bit watchdog timer 64KB GGDFP GGDLJ GGDFB GGDLK GGDFC GGDBG GGDLC 8-bit timer × 4 channels Serial communication Analog 32KB BCDFP BCDLJ BCDFB BCDLK BCDFC BCDBG BCDLC Encryption and safety functions Serial peripheral Event link controller interface GCDFP GCDLJ GCDFB GCDLK GCDFC GCDBG GCDLC interface 768KB Compare match timer 14-bit independent 12-bit A/D × 21 channels × 13 channels Encryption functions: AES × 3 channels 128KB ADDFP ADDLJ ADDFB ADDLK ADDFC ADDBG ADDLC 16-bit × 4 channels (4 channels with FIFO) watchdog timer 10-bit A/D × 8 channels 32KB ACDFP ACDLJ ACDFB ACDLK ACDFC ACDBG ACDLC 32-bit × 2 channels Analog Serial peripheral interface FHDFP FHDLJ FHDFB FHDLK FHDFC FHDBG FHDLC 14-bit watchdog timer 512KB 8SDFB 8SDLK 8SDFC 8SDBG 8SDLC 2048KB Image capture 12-bit A/D × 29 channels Image capture FDDFP FDDLJ FDDFB FDDLK FDDFC FDDBG FDDLC 10-bit D/A × 2 channels 128(64)KB PDDFL PDDFM PFDLH 8DDFP 8DDLJ 8DDFB 8DDLK 8DDFC 8DDBG 8DDLC RX631 only Real-time clock 512KB *1 (21 channels + 8 channels) Quad serial peripheral 14-bit independent Parallel data capture unit 32KB PCDFL PCDFM 8CDFP 8CDLJ 8CDFB 8CDLK 8CDFC 8CDBG 8CDLC Parallel data capture unit 64KB FGDFP FGDLJ FGDFB FGDLK FGDFC FGDBG FGDLC Temperature sensor (RX631 only) Simultaneous interface watchdog timer 384KB 7SDFB 7SDLK 7SDFC 7SDBG 7SDLC sample-and-hold of FCDFP FCDLJ FCDFB FCDLK FCDFC FCDBG FCDLC 128(64)KB NDDFL NDDFM 7DDFP 7DDLJ 7DDFB 7DDLK 7DDFC 7DDBG 7DDLC 3 channels SD host interface Note: Maximum specifications for the group are listed above. 32KB*1 NCDFL NCDFM 7CDFP 7CDLJ 7CDFB 7CDLK 7CDFC 7CDBG 7CDLC Pin count 100-pin 100-pin 144-pin 145-pin 176-pin 176-pin 177-pin 256KB 12-bit D/A × 2 channels 6BDLD 6SDFB 6SDLK 6SDFC 6SDBG 6SDLC MMC host interface Package LFQFP TFLGA LFQFP TFLGA LFQFP LFBGA TFLGA 28(64)KB MDDFL MDDFM MFDLH 6DDFP 6DDLJ 6DDFB 6DDLK 6DDFC 6DDBG 6DDLC Pitch (mm) 32KB*1 MCDFL MCDFM 6CDFP 6CDLJ 6CDFB 6CDLK 6CDFC 6CDBG 6CDLC Temperature sensor 0.5 0.65 0.5 0.5 0.5 0.8 0.5 Serial sound interface Size (mm) 14×14 7×7 20×20 7×7 24×24 13×13 8×8 ROMLESS 128KB OCDFC Note: Maximum specifications for the group are listed above. 0KB Pin count 48-pin 64-pin 64-pin 100-pin 100-pin 144-pin 145-pin 176-pin 176-pin 177-pin Package LFQFP LFQFP TFLGA LFQFP TFLGA LFQFP TFLGA LFQFP LFBGA TFLGA Zero-Wait Flash Memory for Excellent Real-Time Performance Example Applications Supporting IoT and Industry 4.0 Pitch (mm) 0.5 0.5 0.65 0.5 0.65 0.5 0.5 0.5 0.8 0.5 Notes:Size (mm)Refer to7×7 the group lineup10×10 at the 6end×6 of this catalog14×14 for products7×7 supporting20×20 operation7×7 at 105°C.24×24 13×13 8×8 Program read time  With the advance of Industry 4.0 and the Internet of Things (IoT), industrial 1. The RAM size of the R5F5631Pxxxx, R5F5631Nxxxx, and R5F5631Mxxxx is 64KB. 50 The high-speed flash with 120MHz Cache miss devices that once operated independently now require network connectivity. Big performance 40 access eliminates the need for Support for Large-Scale Solutions Enhanced Functions and Reduced Component Count hit from cache miss cache memory, assuring high CPU  Network connectivity means more storage capacity is needed for middleware 30 performance at all times. SCI × 13 channels Large memory capacity Reduced component count High-speed flash and drivers, and CPU loads increase. 2 Time [ns] Time • Applications eliminates need Ethernet (+ simple I C, simple SPI) (ROM/RAM/EEPROM) 20 for cache!  Numerous peripheral functions, up to 4MB of ROM, and a high-speed CPU • OS Flash 2 Cache hit I C × 4 channels POR/LVD 10 I2C • Middleware make it possible to easily boost the performance of existing systems and add 2MB • Drivers RX63N 0 CAN × 3 channels Temperature sensor RX64M Competing product network connectivity within the factory and in other locations. SCI CPU: 120MHz CPU: 120MHz RX63N Enhanced functions RTC Flash: 120MHz Flash: 24MHz Standalone Factory network Large-capacity flash memory 12-bit and 10-bit A/D (max. 2MB) provides support (operating on dedicated power supply) for large-scale solutions. General-Purpose Inverter: Application Example USB High-speed RXv2 core and 120MHz zero-wait flash memory for agile real-time control Application Example: Entry/Exit Control System

SDRAM (SRAM) RX63N Improved RX CPU USB2.0 USB memory (maintenance) Display block key input performance from EXDMAC Full Speed × 2 channels 100MHz Serial, GPIO existing system, RX64M Connection to host DMA transfer LAN Control room RX64M 120MHz RXv2 core RX71M RTC Ethernet MAC × 1 channel machine such as network support Flash 2MB PC High-speed communication interface PC (parameter USB Host/Function, Ethernet adjustment, SCI × 13 channels CAN × 3 channels Large-capacity, high-speed program updating) LCD E2 data flash: 32KB Peripheral device flash memory and RAM I 2C × 4 channels 12-bit A/D RSPI × 2 channels BSC Motor control 3 channels simultaneous RAM: 256KB timer sample and hold

PWM output Analog input External bus: 8-, 16-, or 32-bit, 50MHz Power block (IGBT, IPM) Entry/exit Power supply card reader ASIC SDRAM 36-37 RX621 Group and RX62N Group RX634 Group

100MHz High-Speed Operation and Connectivity Functions Such as Ethernet and USB Host Max. Operating Frequency of 54MHz, Equipped with HDMI-CEC and Remote Control Reception Functions for Linking with Electric Home Appliances The RX621 and RX62N Groups combine 100MHz high-speed operation with enhanced communication functions. Ethernet and CAN are joined by two USB 2.0 Host/Function controller circuits. Also integrated into the single chip are peripheral functions including multifunction The RX634 Group supports operation at both 3.3V and 5V, and the maximum operating frequency is 54MHz. The RX634 Group dispenses with timers (MTU2: 2 units), 10-bit or 12-bit A/D converter, and DMA controller. Up to 512KB of flash memory and 96KB of RAM are available, in some functions of the RX630 Group, such as CAN, USB, and RTC, and instead provides HDMI-CEC, which is essential for digital electric home addition to 32KB of flash memory for data storage. Package pin counts range from 85 to 176 pins. appliances, and remote control reception. The RX634’s on-chip HDMI-CEC module can operate more quickly than a software HDMI-CEC Applications: Inverters, AC servos, robots, NC machine tools, sequencers, measuring devices, POS peripheral devices, printers, etc. implementation, making this microcontroller ideal for multimedia devices.

RX634 Group Block Diagram RX634 Group Memory/Package Options Power supply voltage: 4V to 5.5V RX621/RX62N Group Block Diagram RX621/RX62N Group Memory/Package Options Memory RX 32-bit CPU Flash 54MHz 89.1DMIPS RAM R5F5634xxxxx Power supply voltage: 2.7V to 3.6V RX62N/EtherC, USB Zero-wait flash: 2MB Memory RX 32-bit CPU R5F562Nxxxxx 32-bit floating point unit E2 data flash (See below for portion represented by xxxx.) 165DMIPS@100MHz (See below for portion represented by xxxx.) RX62N/EtherC, USB, CAN Flash Zero-wait flash: 512KB R5F5621xxxxx RX621/USB, CAN DSP instructions 32-bit floating point unit RAM SRAM: 128KB 2MB (See below for portion represented by xxxx.) Register-indirect MAC (80-bit result) EYDFB DSP instructions Data flash 128KB SRAM: 96KB Register-direct MAC (48-bit result) Register-indirect MAC (80-bit result) 32KB E2 data flash: 32KB 32-bit barrel shifter ECDFB Register-direct MAC (48-bit result) 8ADFP 8ADFB 8ADLE 8ADBG 512KB Data flash: 32KB 32-bit barrel shifter 96KB 8BDFP 8BDFB 8BDLE 8BDBG System Timers Communication functions 1.5MB 32KB DYDFB 8BDLD 8BDFP 8BDFB 8BDLE 8BDBG 128KB Data transfer controller Multifunction I2C bus interface System Timers Communication functions 32KB RX621 RX62N RX621 RX62N DMA controller timer pulse unit: × 3 channels DCDFB Data transfer controller 16-bit × 6 channels Ethernet Interrupt controller: Serial communication EXDMA controller Multifunction timer controller 7ADFP 7ADFB 7ADLE 7ADBG 16 levels, 13 pins interface DMA controller pulse unit: 384KB Timer pulse unit: 1MB 16-bit × 12 channels Clock oscillator × 13 channels BYDFB 64KB 7BDFP 7BDFB 7BDLE 7BDBG 16-bit × 6 channels 128KB Interrupt controller: USB 2.0 Full-Speed 32KB PLL Programmable Programmable Serial peripheral 32KB BCDFB 16 levels, 16 pins Host/Function module 7BDLD 7BDFP 7BDFB 7BDLE 7BDBG Power-on reset pulse generator interface × 2 channels pulse generator Clock oscillator Voltage detection circuit × 2 channels PLL 8-bit timer × 4 channels Clock frequency 8-bit timer × 4 channels Pin count 144-pin CAN 256KB accuracy measurement circuit Power-on reset Other Package LFQFP Voltage detection circuit Compare match timer 64KB Event link controller Compare match timer 16-bit × 4 channels I2C bus interface 32KB 16-bit × 4 channels HDMI (CEC) Pitch (mm) 0.5 6BDLD 6BDFP 6BDFB 6BDLE 6BDBG × 2 channels Data operation circuit transmit/receive circuit Size (mm) 20×20 8-bit watchdog timer 14-bit watchdog timer Analog Remote control Serial communication interface 12-bit A/D × 8 channels*1 Analog 14-bit independent signal reception 14-bit independent × 6 channels Pin count 85-pin 100-pin 144-pin 145-pin 176-pin 10-bit A/D × 8 channels*1 watchdog timer function (RCR) watchdog timer Package TFLGA LFQFP LFQFP TFLGA LFBGA 12-bit A/D × 16 channels Serial peripheral interface Pitch (mm) 0.65 0.5 0.5 0.65 0.8 Simultaneous 10-bit D/A × 2 channels Real-time clock × 2 channels Size (mm) 7×7 14×14 20×20 9×9 13×13 sample-and-hold of 3 channels

Note: 1. 10-bit A/D converter and 12-bit A/D converter cannot be used simultaneously. 10-bit D/A × 2 channels

Note: Maximum specifications for the group are listed above. Integrated Communication Functions for Single-Chip Control LCD Direct Drive Using EXDMAC For application Excellent Extensibility from Other RX Family Products Product Lineup with Large-Capacity Flash Memory (2MB) for RX62N SRAM System Migration/Succession, 3V/5V Compatibility Data RX62N • Transmission of (SDRAM) Combines the pin assignments of the RX210 with the peripheral functions of the measurement data USB transmission/ CPU USB reception • Transmission/reception RX630 to provide an easy upgrade path. Covers the top memory capacities of Slimmed-down upset of RX630 of command and data RSPI Memory card LCD RX210 products features 3V/5V support EtherC EXDMAC Ethernet EtherC USB Verification Flash TFT-LCD (QVGA) 2048 LCD direct drive RX634 RX 634 1024 100MHz 54MHz 512 Application Example: Single-Chip Implementation of Motor Inverter Control and Ethernet, CAN, and USB Connectivity RX210 USB/CAN × Pin assignments Functions 256 RX62N 3V 3V/5V RTC USB 2.0 USB memory RX CPU Full Speed Current detection 100MHz 12-bit A/D Ethernet 64 Ethernet MAC RX210 RX630 6-phase PWM output CAN 48 64 80 100 144 Pin count Flash: 512KB CAN Peripheral device MTU2 USB 2.0 Data flash: 32KB Full Speed Hardware HDMI-CEC and Remote Control Reception Function RX634 Applications I2C 1ch EEPROM  1.4mA in communication standby state Digital multimedia devices Industrial equipment Electric home appliances (white goods) 3-phase RAM: 96KB SPI 1ch inverter motor POE SCI 5ch Sub-microcontroller, etc. Error detection signal  Ability to select low-speed mode when in communication-ready state External bus (8-, 16-, or 32-bit) ⇒ Power consumption of only 1.45mA Reduced standby power consumption External bus: 50MHz (Typ8mA) ASIC SDRAM (Typ1.4mA) (Typ1.45mA)

Communication Communication-ready Communication-ready standby state state (low-speed mode) state (high-speed mode) 38-39 RX630 Group RX610 Group

Extending the Memory and Package Options of the RX610 Group and Adding Enhanced Peripheral Functions such as High Operating Speed (100MHz), Large Memory Capacity, High-Speed A/D On-Chip: The First General-Purpose RX Product USB and 12-Bit A/D The RX610 Group combines 100MHz high-speed operation and large on-chip memory capacity. Basic functions such as timers and The RX630 Group is available in small to large flash memory capacities and packages with low to high pin counts to meet the requirements of a communication functions are joined by four independent A/D converter units supporting conversion speeds up to 0.8μs. The maximum memory broad range of embedded devices. All product versions have E2 data flash supporting 100,000 erase/programming cycles. The many peripheral capacity is 2MB of flash and 128KB of RAM. In addition, there is 32KB of flash memory for data storage. The ability to configure a system functions include timers, USB 2.0 Function module, serial communication interface, I2C bus interface, CAN, 10-bit and 12-bit A/D converters, without the need for peripheral memory or other external devices helps reduce costs overall. and 10-bit D/A converter. These are enhanced with increased channel counts and improved functionality. Other functions such as RTC with time Applications: Copiers, laser printers, industrial equipment stamping, temperature sensor, independent WDT, and POR/LVD help reduce the need for external components. Product versions with support for high-temperature operation (105°C) are also available. RX610 Group Block Diagram RX610 Group Memory/Package Options Flash Applications: Copiers, printers, audio components, large-scale systems, vending machines, machine tools, etc. Memory RX 32-bit CPU R5F6510xxxxx (See below for portion represented by xxxx.) –40 to 85°C RAM 165DMIPS@100MHz –20 to 85°C Data flash Zero-wait flash: 2MB 32-bit floating point unit DSP instructions RX630 Group Block Diagram RX630 Group (Products Supporting Operation at 85°C) Memory/Package Options SRAM: 128KB 2MB 8VDFP 8WDBG Register-indirect MAC (80-bit result) 128KB Register-direct MAC (48-bit result) Memory Flash 32KB 8VNFP 8WNBG RX 32-bit CPU RAM Data flash: 32KB 165DMIPS@100MHz 32-bit barrel shifter E2 data flash Zero-wait flash: 2MB 32-bit floating point unit No CAN R5F5630xxxxx (See below for portion represented by xxxx.) 1.5MB DSP instructions CAN System Timers Communication functions 7VDFP 7WDBG SRAM: 128KB 128KB Register-indirect MAC (80-bit result) Data transfer Programmable I2C bus interface 2MB 32KB 7VNFP 7WNBG Register-direct MAC (48-bit result) ECDFP ECDFB ECDLK ECDFC ECDBG ECDLC controller 128KB pulse generator × 2 channels E2 data flash: 32KB 32-bit barrel shifter DMA controller 32KB EDDFP EDDFB EDDLK EDDFC EDDBG EDDLC 8-bit timer Serial communication Interrupt controller: × 4 channels interface 1MB 6VDFP 6WDBG System Timers Communication functions 1.5MB DCDFP DCDFB DCDLK DCDFC DCDBG DCDLC 8 levels, 16 pins × 7 channels 128KB 128KB Compare match timer Multifunction USB 2.0 32KB 6VNFP 6WNBG Data transfer controller 32KB DDDFP DDDFB DDDLK DDDFC DDDBG DDDLC Clock oscillator 16-bit × 4 channels DMA controller timer pulse unit: Full-Speed PLL 16-bit × 6 channels Function module 16-bit timer Interrupt controller: 1MB BCDFP BCDFB BCDLK BCDFC BCDBG BCDLC × 12 channels 768KB Timer pulse unit: 96KB 4VDFP 4WDBG 16 levels, 16 pins CAN × 3 channels Analog 128KB 16-bit × 12 channels: 32KB BDDFP BDDFB BDDLK BDDFC BDDBG BDDLC 8-bit 32KB Clock oscillator 10-bit A/D watchdog timer 4VNFP 4WNBG I2C bus interface PLL Programmable 768KB × 4 channels: × 4 channels ACDFP ACDFB ACDLK ACDFC ACDBG ACDLC Low-speed/high-speed pulse generator 96KB 4 on-chip circuits on-chip oscillator 32KB ADDFP ADDFB ADDLK ADDFC ADDBG ADDLC Pin count 144-pin 176-pin 8-bit timer Serial communication 10-bit D/A Package LFQFP LFBGA Power-on reset × 4 channels interface × 2 channels Pitch (mm) Voltage detection circuit × 13 channel 512KB 8CDFN 8CDFP 8CDLA 0.5 0.8 Compare match timer 64KB Size (mm) 20×20 13×13 16-bit × 4 channels Serial peripheral 32KB 8DDFN 8DDFP 8DDLA Analog interface 14-bit × 3 channels 12-bit A/D × 21 channels watchdog timer 384KB 7CDFN 7CDFP 7CDLA 64KB 7DDFN 7DDFP 7DDLA 14-bit independent 32KB 10-bit A/D × 8 channels watchdog timer Large-Capacity Flash Memory: 2MB High-Speed A/D Converter Capable of Simultaneous Conversion on Pin count 80-pin 100-pin 100-pin 144-pin 145-pin 176-pin 176-pin 177-pin 4 Channels 10-bit D/A × 2 channels Real-time clock Package LFQFP LFQFP TFLGA LFQFP TFLGA LFQFP LFBGA TFLGA The on-chip flash memory can store drivers and middleware, eliminating the need Pitch (mm) 0.5 0.5 0.5 0.5 0.5 0.5 0.8 0.5 for external flash memory. Temperature sensor Size (mm) 12×12 14×14 5.5×5.5 20×20 7×7 24×24 13×13 8×8 Timer Note: Refer to the group lineup at the end of this catalog for products supporting operation at 105°C. Can be eliminated Compare match RX610 flash memory: 2MB External flash memory RX610 A/D trigger Communication device driver Extensive Lineup and Many Peripheral Functions Enhanced Functions and Reduced Component Count Simultaneous A/D conversion Communication device A/D conversion Pulse output A/D converter unit 0 Enhanced functions Reduced component count Analog device driver on 4 channels SCI × 13 channels Large memory capacity A/D converter unit 1 Analog device A/D conversion High pin count USB (+ simple I2C, simple SPI) (ROM/RAM/EEPROM) DSP driver (flash memory A/D converter unit 2 programming) A/D conversion Low pin USB 2.0 Function POR/LVD Expanded count Middleware DSP A/D converter unit 3 communication External I/O RX RX630 A/D conversion interface External bus External bus CAN × 3 channels Temperature sensor

RTC (operating on 12-bit and 10-bit A/D • Range from low to high pin counts dedicated power supply) Sensor input • Extensive memory options • Timers ideal for mechanical control Application Example: Block Diagram of Laser Printer/Copier Mechanism Control Block RX610

Sensors 10-bit A/D RX CPU DMAC/DTC Block Diagram of Audio System Using RX630: Application Example 100MHz Memory, Main SCI ASIC, etc. controller RX630 PPG0 TPU0 Flash: 2MB

2 Sensors 10-bit/12-bit A/D RX CPU USB 2.0 Full Speed PC, etc. Data flash: 32KB I C I/O ports/ DMAC/DTC PPG1 TPU1 Key input CMT (used by OS) external interrupts Flash: 2MB RAM: 128KB SCI Memory, Stepping motor Communication with SCI × 13 channels, other chip mechanisms RSPI × 3 channels E2 data flash: 32KB RI2C 4ch External bus (8- or 16-bit)

TPU/MTU2 RAM: 128KB CMT (used by OS)

External bus (8-, 16-, or 32-bit), 25MHz EEPROM 40-41 RX63T Group RX62T Group and RX62G Group

Peripheral Functions Ideal for Motor Control or Digital Power Control, and Enhanced Safety Functions On-Chip Peripheral Functions Ideal for Motor Control or Digital Power Control

The RX63T Group offers more package pin count and memory options, and better safety functions, than the RX62T Group. In addition, it provides The RX62T and RX62G Groups comprise general-purpose microcontrollers operating at up to 100MHz that are ideal for motor control or inverter a PWM delayed generation function (max. resolution: 312.5 ps), digital power supply controller (DPC), and many safety functions on-chip. In control. On-chip functions such as multifunction timers (MTU3 and GPT), high-speed 10-bit A/D converter, and 12-bit A/D converter simplify addition to motor control or inverter control, it is ideal for digital power supply and solar power supply applications. motor control. In addition, the RX62G has a PWM delayed generation function (min. resolution: 312.5ps) that is ideal for digital power supply The maximum on-chip memory capacity is 512KB of flash memory and 48KB of RAM, supplemented by up to 32KB of E2 data flash. Package pin and solar power supply applications. These microcontrollers also support the IEC 60730 safety standard for electric home appliances. The counts range from 48 to 144 pins, and product versions supporting high-temperature operation (105°C) are available. maximum on-chip memory capacity is 256KB of flash memory and 16KB of RAM, supplemented by up to 32KB of flash memory for data storage. Applications: Office equipment/consumer devices: electric home appliances (white goods); industrial equipment: general-purpose inverters, AC Package pin counts range from 64 to 112 pins, and product versions supporting high-temperature operation (105°C) are available. servos, machine tools, sequencers, digital power supplies, solar power supplies Applications: Office equipment/consumer devices: electric home appliances (white goods); industrial equipment: general-purpose inverters, AC servos, machine tools, PLCs, digital power supplies, solar power supplies RX63T Group Block Diagram RX63T Group (Products Supporting Operation at 85°C) Memory/Package Options

5V, CAN Memory RX62T/RX62G Group Block Diagram RX62T/RX62G Group (Products Supporting Operation at 85°C) Memory/Package Options RX 32-bit CPU Flash R5F563Txxxx (See below for portion represented by xxxx.) 3.3V, CAN 165DMIPS@100MHz RAM 5V, no CAN 3.3V, no CAN RX62T 5V, CAN RX62T 5V, no CAN RX62T 3V, no CAN Zero-wait flash: 512KB 32-bit floating point unit E2 data flash Memory RX 32-bit CPU RX62T RX62G 165DMIPS@100MHz RX62T 5V, no CAN RX62T 3V, no CAN RX62G 5V, no CAN DSP instructions EADFP EADFH EADFA EADFB 32-bit floating point unit Flash R5F562Txxxxx (See below for portion represented by xxxx.) SRAM: 48KB 512KB Zero-wait flash: 256KB Register-indirect MAC (80-bit result) EBDFP EBDFH EBDFA EBDFB RAM R5F562Gxxxxx (See below for portion represented by xxxx.) 48KB DSP instructions Register-direct MAC (48-bit result) 32KB EDDFP EDDFH EDDFA EDDFB Data flash Register-indirect MAC (80-bit result) E2 data flash: 32KB 32-bit barrel shifter SRAM: 16KB AADFK AADFM AADFF AADFP AADFH EEDFP EEDFH EEDFA EEDFB Register-direct MAC (48-bit result) ABDFK ABDFM ABDFF ABDFP ABDFH Data flash: 32KB 32-bit barrel shifter 256KB ADDFK ADDFM AGDFF ADDFP ADDFH System Timers Communication functions CADFP CADFH CADFA CADFB 16KB 384KB AEDFK AEDFM ADDFF AEDFP AEDFH Data transfer Multifunction USB 2.0 Full-Speed CBDFP CBDFH CBDFA CBDFB 32KB 32KB System Timers Communication functions AEDFF AADFP AADFH controller timer pulse unit: Host/Function module 32KB CDDFP CDDFH CDDFA CDDFB RX62T RX62G RX62T RX62G DMA controller 16-bit × 8 channels Data transfer controller ADDFP ADDFH I2C bus interface CEDFP CEDFH CEDFA CEDFB Multifunction Interrupt controller: General-purpose CAN channel 16 levels, 6 pins PWM timer: × 2 channels Interrupt controller: timer pulse unit: 1 or 0 7ADFK 7ADFM 7ADFF 7ADFP 7ADFH 16 levels, 9 pins 16-bit × 8 channels 16-bit × 8 channels Serial communication BADFP BADFM BADFA BADFB 7BDFK 7BDFM 7BDFF 7BDFP 7BDFH Clock oscillator 128KB Compare match timer: interface 256KB BBDFP BBDFM BBDFA BBDFB Clock oscillator General-purpose LIN 7DDFK 7DDFM 7GDFF 7DDFP 7DDFH PLL 24KB 8KB 16-bit × 4 channels × 5 channels 32KB BDDFP BDDFM BDDFA BDDFB PLL PWM timer: 7EDFK 7EDFM 7DDFF 7EDFP 7EDFH Power-on reset 8KB 16-bit × 4 channels I2C bus interface 7EDFF 7ADFP 7ADFH Voltage detection 14-bit Serial peripheral BEDFP BEDFM BEDFA BEDFB Power-on reset circuit*1 watchdog timer interface Voltage detection circuit Compare match timer: 7DDFP 7DDFH 64KB Serial × 2 channels 8KB 6EDFL 6EDFM 16-bit × 4 channels Digital power supply 14-bit independent communication Control functional unit 8KB 6ADFK 6ADFM 6ADFF watchdog timer CAN 48KB Analog interface 64KB 8KB 8-bit watchdog timer 6BDFK 6BDFM 6BDFF 5EDFL 5EDFM RX62T RX62G × 3 channels 8KB 8KB 6DDFK 6DDFM 6DDFF Analog 32KB 12-bit A/D × 8 channels 14-bit independent Serial peripheral 8KB 8KB 4EDFL 4EDFM (4 channels × 2 units) 2 on-chip circuits 6EDFK 6EDFM 6EDFF 8KB watchdog timer interface 12-bit A/D × 8 channels Simultaneous Pin count 48-pin 64-pin 100-pin 112-pin 120-pin 144-pin Pin count 64-pin 64-pin 80-pin 100-pin 112-pin Simultaneous sample-and-hold of 3 channels Package LFQFP LFQFP LFQFP LQFP LFQFP LFQFP Package LQFP LQFP LQFP LFQFP LQFP sample-and-hold of Programmable gain amplifier 3 channels Pitch (mm) 0.5 0.5 0.5 0.65 0.5 0.5 Pitch (mm) 0.8 0.5 0.65 0.5 0.65 Size (mm) 7×7 10×10 14×14 20×20 16×16 20×20 Size (mm) 14×14 10×10 14×14 14×14 20×20 10-bit A/D × 20 channels Notes: Maximum specifications for the group are listed above. 10-bit A/D × 12 channels 1. Av ailable only on product versions with pin counts 100 Note: Refer to the group lineup at the end of this catalog for products supporting operation at 105°C. Note: Refer to the group lineup at the end of this catalog for products supporting operation at 105°C. 10-bit D/A × 2 channels or more.

MTU3: Complementary PWM Mode with Low Software Load Application Example: Single-Chip Control of IH Cooking Heater (2 Burners) High-Functionality 12-Bit A/D Converter Reduction of Peripheral Components Buffer register enhancements make it easy to generate PWM output at 10ns Block diagram of IH 2-burner cooking heater system Two systems for one-shunt control, two systems for three-shunt control, and On-chip peripheral RX62T POR/ PFC control block*1 ability to combine one- and three-shunt control resolution using triangle waves. Inverter control block LVD Grill functions help keep CMP PWM waveform generation at 10ns resolution using older product heater TRIAC Simultaneous sample and hold on seven channels using two 12-bit A/D units plus (MTU2S) BCR16CM-12LA U V W system cost down. RX63T (MTU3) IGBT: IGBT: CMP RJH60FxDPK RJH60FxDPK Compare match register A B Compare match register A B CT one 10-bit A/D unit Current Inverter circuit Trough transfer Trough transfer Peak transfer CMP Peak transfer sensor A/D Up-down/buffer register A B Double Up buffer register A IH coil PGA buffering CT 3 S/H for 3-shunt control Double data registers for 1-shunt control Photocoupler Current sensor 12-bit Interrupt Down buffer register B Simultaneous PGA Up PS25xx Op-amp: A/D units Programmable gain amplifier ch0 Easy continuous Shunt resistor Down Down HA1630xxx µPC358 Photocoupler sampling of 3 inputs compare value Ability to generate IGBT: Data register A A/D conversion on Resolution: compare value Down PS9306 PGA setting PWM output at RJH60FxDPK ch0 S/H Data register B 1 count 10ns setting Control Compare value PS9506 same channel (software) (software) 10ns resolution target setting ch1 using half the ch1 S/H (software) Data register B interrupts B Serial I/O IH coil A A ADC PWM CT ch2 4 Current sensor ch2 S/H CMP: Comparator PGA: Programmable gain amplifier Note 1. PFC: Power Factor POR * *3 *2 Data register

Correction Op-amp: A/D converter ch3 • PFC control HA1630xxx µPC358 ch3 Compare • IH inverter control Temperature sensor Data register match Note 2. PWM: Pulse Width • Grill control ADC register Modulation • Temperature control *3 10ns resolution • Error detection Comparator PWM Interrupts not needed due to improved buffers Note 3. ADC: Analog to Digital RX62T/RX62G/RX63T PWM PWM Converter Note 4. POR: Power On Reset Application Example: Single-Chip Control of Air Conditioner Outdoor Unit Improved Safety Functions RX62T/62G RX-T63 Group microcontrollers incorporate hardware that supports the IEC 60730 safety standard for electric home appliances (white goods). Outdoor temperature RX CPU 100MHz Single-precision FPU Humidity IEC 60730 item Hardware support Sensor information Flash: 256KB 10-bit A/D Bus voltage Notes: 1. Clock generation circuit/oscillation-stop detection 1 2 Clock monitoring Implementation in hardware of oscillation stop monitoring* and frequency error monitoring function* control register (OSTDCR): Detects when 12-bit A/D (PGA, CMP) Current detection E2PROM 3-phase inverter oscillation by the main clock oscillator stops. Data flash: 32KB (30,000 E/P cycles) 12-bit A/D (PGA, CMP) Complementary PWM mode with 2. GPT/LOCO count function: Monitors the main low software load Monitoring of interrupt handling Implementation in hardware of independent watchdog timer*3 (WDT with dedicated OCO) that is unaffected by the system clock Can be eliminated thanks clock period using the watchdog timer’s to on-chip data flash. RAM: 16KB MTU3 (100MHz) Gate driver M dedicated low-speed on-chip oscillator. (inverter control) Improved quality of Shunt resistor Compressor Implementation in hardware of cyclic redundancy check (CRC) calculator for improved serial communication quality 3. Independent watchdog timer (IWDT): Counts SCI (with noise canceller) POE3 Error detection signal external communication Communication 3-phase inverter motor using the watchdog timer’s dedicated low-speed Complementary PWM mode with indoor unit with low software load on-chip oscillator. Monitoring of Power-on reset POR MTU3 (100MHz) Gate Implementation in hardware of CRC calculator for checking of memory contents 4. Port register (PORT): Read register that reflects RESET IC M flash memory contents (inverter control) driver the pin states. Low-voltage detection circuit LVD Can be eliminated thanks Shunt resistor 5. 12-bit A/D/self-diagnostic mode: Self-diagnostics to on-chip POR and LVD. POE3 Error detection signal Fan motor I/O port monitoring Implementation in hardware of function for reading pin state*4 of output ports Independent WDT (WDT with on-chip oscillator) Converter block using VREFH0 × 0, × 1/2, and × 1. Gate 6. 10-bit A/D/A/D self-diagnostic register WDT IC I2C,RSPI,CAN,LIN I/F GPT (100MHz) (software PFC control) driver A/D converter monitoring Implementation in hardware of self-test function*5, *6 employing internal reference level (ADDIAGR): Self-diagnostics using × 0, × 1/2, Can be eliminated thanks CMT,WDT,DTC etc. to on-chip independent WDT POE3 Error detection signal and × 1. (IEC 60730 support). 42-43 RX24T Group and RX24U Group RX23T Group

32-bit microcontrollers with 80MHz RXv2 core, three high-precision 12-bit A/D converters, and PGA, enabling Microcontrollers for Inverter Control with FPU, 5V Power Supply, Highly Accurate 12-Bit A/D, and Functions Inherited from RX62T simultaneous control of two inverters The RX23T Group of 32-bit microcontrollers are based on the RX62T Group and optimized for single-inverter control. The CPU is the RXv2 core, The RX24T Group and RX24U Group comprise 32-bit microcontrollers that are capable of controlling two inverters at the same time. The RXv2 CPU core with enhanced with enhanced DSP and FPU modules, and low-power-consumption technology provides an excellent balance between performance and power DSP and FPU operates at 80MHz, twice the maximum speed of RX23T Group microcontrollers. This enables the high-speed floating-point operations required for inverter efficiency. It delivers fast floating-point arithmetic operations and high-precision processing needed for inverter control. The power supply and control and ensures high-precision processing. The supported power supply voltage range is from 2.7V to 5.5V, and timer and analog functions specifically designed for peripheral I/O operate at 5V, as required in the inverter control field, providing improved noise tolerance and enabling easy reuse of existing timer control are provided. Of these, the 12-bit A/D converter can be configured as a single unit that can simultaneously detect three shunt currents and supports simultaneous sample and hold functionality on three channels. When configured as two units, it can be used as a programmable gain amplifier (one unit with three design assets. The RX23T Group maintains a high level of pin and function compatibility with the earlier RX62T Group to allow for easy migration. channels and one unit with one channel) for amplifying inverter shunt currents. The RX24U Group has a differential programmable amplifier capable of signal amplification while eliminating the ground noise generated by inverter control systems. The RX24T Group provides a high level of pin and function compatibility with the RX23T Group Block Diagram RX23T Group Memory/Package Options RX62T Group to allow for easy migration. Memory Products supporting operation at 105°C RX 32-bit CPU Flash (v2 Core: enhanced DSP and FPU) 40MHz R5F523Txxxxx Products supporting operation at 85°C Flash: 128KB RAM RX24T/RX24U Group Block Diagram RX24T/RX24U Group Memory/Package Options Floating point unit (FPU) (See below for portion represented by xxxx.) R5F524Txxxxx (See below for portion represented by xxxx.) Products supporting operation at 85°C DSP instructions Memory RX 32-bit CPU Flash SRAM: 12KB Register-indirect MAC (80-bit result) 128KB 5AGFL 5AGFD 5AGFM (v2 Core: enhanced DSP and FPU) 80MHz RAM R5F524Uxxxxx (See below for portion represented by xxxx.) Products supporting operation at 85°C Flash: 512KB E2 data flash Register-direct MAC (72-bit result) 12KB Floating point unit (FPU) 5ADFL 5ADFD 5ADFM System 32-bit barrel shifter DSP instructions 512KB SRAM: 32KB 32KB EADFP EADFP EADFB Register-indirect MAC (80-bit result) Data transfer controller 64KB 3AGFL 3AGFD 3AGFM Register-direct MAC (72-bit result × 2) 8KB Timers Communication functions 12KB 3ADFL 3ADFD 3ADFM Data flash: 8KB Interrupt controller: Multifunction timer I2C bus interface 32-bit barrel shifter 384KB 16 levels, 7 pins pulse unit: × 1 channel 32KB CADFP CADFP CADFB 16-bit × 6 channels Pin count 48-pin 52-pin 64-pin System Timers Communication functions 8KB Clock oscillator Serial communication interface Package LFQFP LQFP LFQFP PLL Compare match timer: × 2 channels Multifunction timer I2C bus interface Pitch (mm) 0.5 0.65 0.5 Data transfer controller 256KB Low-speed/high-speed 16-bit × 4 channels pulse unit: × 1 channel Size (mm) 7×7 10×10 10×10 32KB on-chip oscillator 8-bit timer: Serial peripheral interface Interrupt controller: 16-bit × 9 channels BADFP BADFP BADFB 8KB 8-bit × 4 channels × 1 channel 16 levels, 9 pins Serial communication Power-on reset General-purpose PWM timer: interface Clock oscillator 2 Voltage detection circuit × 6 channels* 256KB Comparison of Execution Cycle Performance and Code Size With PLL 16-bit × 4 channels Safety functions Memory protection 16KB AADFM AADFN AADFF AADFP Low-speed/high-speed Serial peripheral interface DOC (RAM test assist) and Without FPU on-chip oscillator Compare match timer 8KB Analog Memory protection unit × 1 channel Note: Comparison with earlier Renesas product (comparison of performance with and without FPU using Renesas motor 16-bit × 4 channels 12-bit A/D × 10 channels A/D self-diagnostics, Power-on reset control software) Voltage detection circuit 128KB Simultaneous disconnection detection With FPU CAN × 1 channel 8ADFM 8ADFN 8ADFF 8ADFP 8-bit timer × 8 channels 16KB sample-and-hold of 3 channels Independent watchdog timer Without FPU 8KB Analog Frequency accuracy check Execution cycle 84% Code size 30% Comparator × 3 channels reduction 12-bit A/D0 × 5 channels Safety functions Memory protection Pin count 64-pin 80-pin 80-pin 100-pin 144-pin performance reduction Oscillation-stop detection Differential programmable*1 Package LFQFP LFQFP LQFP LFQFP LFQFP DOC (RAM test assist) Memory protection unit 239 345 gain amplifier × 1 channel Pitch (mm) 0.5 0.5 0.65 0.5 0.5 CRC calculation circuit 12-bit A/D1 × 5 channels Independent Size (mm) 10×10 12×12 14×14 14×14 20×20 Simultaneous watchdog timer Note: Maximum specifications for the group are listed above. 1,472 497 sample-and-hold of 3 channels Differential programmable*1 Frequency accuracy check Notes: Maximum specifications for the Advanced 12-Bit A/D Converter with Simultaneous Sample and gain amplifier × 1 channel group are listed above. Floating point arithmetic unit (FPU) for dramatically better floating-point operation performance 0 500 1000 1500 0 100 200 300 400 500 Oscillation-stop detection Hold on Three Channels cycle byte 12-bit A/D2 × 12 channels 1. The programmable gain 1.  Improved accuracy and substantially reduced processing time in motor control applications amplifier of the RX24T Group This advanced A/D converter can control two motors at once! Comparator × 4 channels CRC calculation circuit is the single-end type.  Smaller code size, for operation using smaller ROM size 2. The serial communication  Sample and hold function allowing simultaneous sampling on three channels  No need for bothersome scaling when performing fixed-point calculations A/D self-diagnostics, Scaling Unnecessary with FPU disconnection detection interface of the RX24T   Impro ved program readability, easier maintenance, and substantially reduced development Group has three channels. PGA for current detection using shunt resistors time Without FPU With FPU

CMP 12-bit int mtr_L = 0.0009447 *1099511627776: /*mtr_L = 0.0009447*/ A/D RXv2 core (high-performance CPU core) for faster operation completion without raising the Migrating from Earlier Products PGA Unit 0 int lq: float lq: V WU int Omega: float Omega: CMP frequency Inverter circuit 1-shunt int Vd: Scaling float Vd: Pin and function compatible with RX62T RX62T RX24T CMP current detection 2. Higher efficiency for frequency used instruction codes and improved pipeline processing, int temp0: Group! Shunt resistor CMP 12-bit A/D resulting in better operation performance per unit of frequency (among the best in the industry /*Vd=Vd - (Omega* mtr_L *lq) */ /*Vd=Vd - (Omega* mtr_L *lq)*/ PGA S/H Unit 1 Shunt resistor among embedded devices) temp0 = (mtr_L*lq) >>31: /*Vd=Vd - (Omega*0.0009447*lq) : High level of compatibility with pin PGA S/H U V W U V W 3-shunt temp0 = (Omega *tempo0) >>29: Inverter circuit assignments and functions of RX62T current detection PGA S/H - RX23T (RXv2 core): 166 CoreMark (when operating at 40MHz) Vd = Vd - temp0: V WU 12-bit CMP: Comparator Group simplifies migration! A/D PGA: Programmable gain amplifier Unit 2 Processing is complex and difficult Processing is simple and easy S/H: Sample and hold circuit to understand. to understand. PWM Output Forced Cutoff Circuit (POE) Programmable Gain Amplifier with Differential Input: Functions Supporting the Realization of Safe and Reliable Products Functions Suitable for Sensor-less Vector Control Immediate sensing of abnormal inverter drive voltages and forced cutoff of Effects of Differential Input 3-channel sample and hold circuit, double trigger mode complementary PWM output used for inverter drive! Enables a failsafe system Disconnection detection function Signal to be amplified Detection of disconnection of sensors, etc. Simultaneous sampling of 3 channels Conversion result register for single-shunt without the need for external components! Sensor Prevents system malfunctions from occurring. Signal source output current detection Self-diagnostics RX MCU Signal source ground Conversion start Single-shunt current RX23T Self-diagnostics for detecting ADC faults Sample and hold circuit Trigger A detection register A

Complementary A/D converter Cutoff PWM timer Independent WDT Multiplexer ADC (A/D converter) Trigger B Single-shunt current (MTU3/GPT) Support for system recovering using the independent WDT Sample and hold circuit U V W Analog detection register B Dedicated OCO in the event of a system error inputs Forced cutoff CRC Sample and hold circuit circuit (POE) Serial communication Data register Signal when Amplification processing Serial communication error detection abnormal Data register voltage detected Signal source output amplified using RAM DOC Signal source output amplified without modification Data register Comparator signal source ground as reference RAM fault detection function Oscillator circuit Analog input CAC A/D Power supply circuit Detection of system clock frequency errors Oscillation-stop detection circuit RX23T Group Application Examples POE: Port output enable Automatic switching to on-chip oscillator when oscillation-stop detection occurs, enabling system recovery Refrigerators Washing machines Air conditioners IH cooking heaters Office equipment Industrial equipment RX24T/RX24U Group Application Examples Amplification result POR/LVD The differential between Power supply low voltage detection function Washing machines Air conditioners Dishwashers IH cooking heaters Office equipment Industrial equipment Signal containing noise is the signal source signal amplified without and ground is amplified, modification, so noise so common-mode noise is components are amplified. eliminated. 44-45 RX231 Group RX230 Group

32-Bit Microcontrollers with DSP/FPU and Low-Power Operation for Communication, Security, and Touch Applications Highly Robust 32-bit Microcontrollers with 5V Power Supply Support, External Bus, and High-Sensitivity Capacitive Touch Functionality

The RX231 Group combines the RXv2 core with enhanced DSP/FPU and technology for low power consumption to provide an optimal balance The RX230 Group is ideal for the home appliance and industrial fields, where 5V operation, external bus, and capacitive touch support are essential. for high power efficiency. It can handle high-load processing such as digital filtering even in environments with low current supply capacity, The CPU is the RXv2 core, with enhanced DSP and FPU modules, and low-power-consumption technology provides an excellent balance between making it suitable for applications such as industrial sensors, measuring devices, and healthcare devices. SDHI, CAN, and USB communication performance and power efficiency. This makes practical high-load processing such as digital filtering even with industrial sensors or measuring and security functions among the best in the industry simplify the task of supporting IoT applications. High noise tolerance and support for devices with a small current supply capacity. In addition to the safety functions of earlier predicts, the RX230 Group provides enhanced RAM high-sensitivity capacitive touch sensors and 5V power supply make it possible to implement a robust user interface and system control using a protection for memory protection unit (MPU) support. A high level of pin and function compatibility with the earlier RX210 allows for easy migration. single chip, making the RX231 suitable as a controller for both industrial equipment and electric home appliances. High compatibility with the RX230 Group Block Diagram RX230 Group Memory/Package Options earlier RX210 in both pin assignments and peripheral functions eases the migration process. Memory RX 32-bit CPU Flash RAM (v2 Core: enhanced DSP and FPU) 54MHz R5F5230xxxxx (See below for portion represented by xxxx.) RX231 Group Block Diagram RX231 Group Memory/Package Options Flash: 256KB E2 data flash Floating point unit (FPU) Memory CAN, TSIP, SDHI DSP instructions RX 32-bit CPU SRAM: 32KB (v2 Core: enhanced DSP and FPU) 54MHz CAN, no TSIP, no SDHI Register-indirect MAC (80-bit result) 256KB Flash R5F5231xxxxx Flash: 512KB Register-direct MAC (72-bit result) 32KB Floating point unit (FPU) RAM (See below for portion represented by xxxx.) No CAN, no TSIP, no SDHI 6ADFL 6ADNE 6ADFM 6ADND 6ADLF 6ADFP 6ADLA E2 data flash: 8KB 8KB DSP instructions E2 data flash 32-bit barrel shifter SRAM: 64KB Register-indirect MAC (80-bit result) 8BDFL*1 8BDNE*1 8BDFM 8BDND 8BDFP 8BDLA Register-direct MAC (72-bit result) System Timers Communication functions 128KB E2 data flash: 8KB 512KB 32-bit barrel shifter Data transfer controller Multifunction timer 32KB 5ADFL 5ADNE 5ADFM 5ADND 5ADLF 5ADFP 5ADLA 64KB 8ADFL 8ADNE 8ADFM 8ADND 8ADFP 8ADLA Serial sound interface DMA × 4 channels pulse unit: × 1 channel 8KB 8KB 16-bit × 6 channels System Timers Communication functions Interrupt controller: 2 16 levels, 9 pins Timer pulse unit: I C bus interface Data transfer controller Multifunction timer USB 2.0 Full-Speed × 1 channel Pin count 48-pin 48-pin 64-pin 64-pin 64-pin 100-pin 100-pin DMA × 4 channels Host/Function module 16-bit × 6 channels pulse unit: 7BDFL*1 7BDNE*1 7BDFM 7BDND 7BDFP 7BDLA Clock oscillator Package LFQFP HWQFN LFQFP HWQFN WFLGA LFQFP TFLGA Interrupt controller: 16-bit × 6 channels PLL Compare match timer: Serial communication interface Pitch (mm) 0.5 0.5 0.5 0.5 0.5 0.5 0.5 CAN × 1 channel*1 16 levels, 9 pins 384KB Low-speed/high-speed 16-bit × 4 channels × 7 channels Timer pulse unit: 7ADFL 7ADNE 7ADFM 7ADND 7ADFP 7ADLA Size (mm) 7×7 7×7 10×10 9×9 5×5 14×14 5.5×5.5 Clock oscillator 16-bit × 6 channels SD host interface 64KB on-chip oscillator PLL/USB dedicated PLL × 1 channel*1 8-bit timer × 4 channels Serial peripheral interface 8KB Power-on reset Note: Refer to the group lineup at the end of this catalog for products supporting operation at 105°C. Low-speed/high-speed Compare match timer: × 1 channel Serial sound interface on-chip oscillator 16-bit × 4 channels Voltage detection circuit × 1 channel Real-time clock Power-on reset 8-bit timer × 4 channels I2C bus interface Event link controller Voltage detection circuit Memory protection × 1 channel Low-power timer External bus interface 5V + External Bus Real-time clock 256KB Event link controller Serial communication interface 6ADFL 6ADNE 6ADFM 6ADND 6ADFP 6ADLA (16-bit) Memory protection unit × 7 channels 32KB Support for 16-bit external bus interface External bus Low-power timer 8KB Safety functions interface (16-bit) Serial peripheral interface 6CDFL 6CDNE 6CDFM 6CDND 6CDLF 6CDFP 6CDLA × 1 channel Analog DOC (RAM test assist) Support for 5V parallel bus such as older ASIC as well Analog Safety functions 12-bit A/D × 24 channels A/D self-diagnostics, Easy migration from M16C, H8, or RX200 Security functions/ disconnection detection DOC (RAM test assist) 12-bit D/C × 2 channels 12-bit A/D × 24 channels memory protection 128KB A/D self-diagnostics, 5ADFL 5ADNE 5ADFM 5ADND 5ADFP 5ADLA Independent watchdog timer 12-bit D/C × 2 channels AES 32KB Comparator × 4 channels disconnection detection 1 (GCM mode support)* Frequency accuracy check 8KB Temperature sensor Comparator × 4 channels Independent 5CDFL 5CDNE 5CDFM 5CDND 5CDLF 5CFP 5CDLA True random number Proven watchdog timer 1 Oscillation-stop detection Temperature sensor generator (RNG)* RX230 Frequency accuracy check Pin count User interface ASIC, etc. Trusted IP-Lite 48-pin 48-pin 64-pin 64-pin 64-pin 100-pin 100-pin CRC calculation circuit Package Capacitive touch sensor User interface (TSIP-Lite)*1 LFQFP HWQFN LFQFP HWQFN WFLGA LFQFP TFLGA Oscillation-stop detection Pitch (mm) × 24 channels Capacitive touch sensor 0.5 0.5 0.5 0.5 0.5 0.5 0.5 CRC calculation circuit Memory protection unit Size (mm) 7×7 7×7 10×10 9×9 5×5 14×14 5.5×5.5 × 24 channels Note: Maximum specifications for the group are listed above. Notes: Maximum specifications for the group are listed above. Notes: Refer to the group lineup at the end of this catalog for products supporting operation at 105°C. 1. 48-pin products do not support SDHI. 1. Not available on all product versions. High Power Efficiency Capacitive Touch High Power Efficiency Communication Capacitive Touch  RXv2 core with enhanced DSP and FPU delivers twice the power efficiency in Support for capacitive touch sensors with sensitivity and noise tolerance among the best processing such as digital filtering. in the industry  RXv2 core with enhanced DSP and FPU delivers twice A variety of communication functions for the age of IoT. Support for capacitive touch sensors with sensitivity and  Standby current with RAM and register contents retained is 0.8μA, among the best in the power efficiency in processing such as digital noise tolerance among the best in the industry Operation possible with wood panels Operation possible when wearing gloves the industry. filtering. CAN  Fast recovery from the standby state in as little as 5μs (when using LOCO at 4MHz).  Standby current with RAM and register contents RX231 Operation possible with wood panels Operation possible when wearing gloves retained is 0.8μA, among the best in the industry. IIR digital filter  Signal input Target signal Fast recovery from the standby state in as little as 5μs USB 000 000 000 000 000 000 000 000 RX231 000 000 (when using LOCO at 4MHz). 000 000 RX230 RXv2 core 000 000 000 000 000 000 000 000 000 000 Current 000 000 RX210 RXv1 core IIR digital filter

000 Signal input 000 Target signal 000 000 Capacitive touch examples 000 000 Capacitive touch examples 000 000 RX231 RXv2 core 000 000 SDHI 000 000 000 000 000 000 Current 000 000 Wheel Keys Slider 000 000 000 000 RX210 RXv1 core 000 000 RX231 boost Wheel Keys Slider 7 − + boost Wi-Fi/Wi-SUN/BLE 7 Time Standby Operating Standby Operating Standby Operating Time Standby Operating Standby Operating Standby Operating

Reduction of power consumption RX210 recovery time during standby recovery to 1,088 cycles approx. 1/20 previous level RX231 recovery time Reduction of power RX210 recovery time 90µs → 5µs 585 cycles consumption during standby Reduction of power 1,088 cycles Reduction of power recovery to RX230 recovery time consumption during consumption by approx. 1/2 Security Migration from Earlier Products approx. 1/20 previous level Migration from Earlier Products standby by approx. 1/2 (90µs → 5µs) 585 cycles 1.8µA → 0.8µA Reduction of power consumption Trusted Secure IP for robust security Same pin assignments as RX210 Reduction of power by approx. 1/2 Same pin assignments and IP modules as RX210 consumption during Same IP modules as RX210 standby by approx. 1/2  Prevention of RX231 communication (1.8µA → 0.8µA) 1 Pin assignments Pin assignments RX231 Group Application Examples unauthorized access security kit* simplifies implementation of security Maintains compatibility Healthcare devices Office equipment Industrial equipment  AES encryption engine for easy migration features.  Unique chip ID 140 14014088 RX230 Group Application Examples Maintains 140868888  Memory protection unit RX230 RX210 140868688 compatibility 88 86 86 (MPU) RX231 RX210 Industrial equipment Office equipment Electric home appliances for easy  Flash ID code protection migration Smart meters IoT CPU Communication CPU Communication Note: 1.6Refer to the Security Solutions page for details. Timers Analog Timers Analog CPU Communication CPU Communication Vbatt and USB pins excluded. Timers Analog Timers Analog Vbatt and USB pins excluded. 46-47 RX220 Group RX21A Group

Slimmed Down Model with 32MHz Operation, Maintains Compatibility with More Powerful RX210 Group 50MHz Operation and Key Smart Meter Functions Such as ∆∑ A/D Converter and Encryption

The RX220 Group comprises the RX Family’s entry-level power-efficient 32-bit microcontrollers. They deliver high performance of 50DMIPS at The RX21A Group of 32-bit microcontrollers provides key functions required by smart meters, including 24-bit ∆∑ A/D converter (SNDR = 85dB), 32MHz and low power consumption at prices typical of 16-bit microcontrollers. Power consumption is less than half that of the RX210 Group in encryption engine, RTC, and IrDA. The lineup spans 12 product versions with a variety of options for number of ∆∑ A/D converter channels, the low-frequency range down to 8MHz when only the CPU is operating. RX220 Group microcontrollers are slimmed down versions of their flash memory capacity, and package type. This ensures support for a wide range of smart meters, from single-phase models mainly for home use higher-end RX210 Group counterparts, and they provide a very high level of compatibility both in pin assignments and at the software level. This to three-phase models primarily for industrial applications. The high-performance RX CPU and large-capacity 512KB flash memory make the greatly simplifies the process of upgrading products incorporating RX220 Group microcontrollers. Product versions with support for high- RX21A Group suitable for general-purpose applications requiring high-resolution A/D conversion as well. Product versions with support for temperature operation (105°C) are also available. high-temperature operation (105°C) are also available.

RX220 Group Block Diagram RX220 Group Memory/Package Options RX21A Group Block Diagram RX21A Group Memory/Package Options Memory RX 32-bit CPU Flash RAM Flash R5F521Axxxxx (See below for portion represented by xxxx.) 50DMIPS@32MHz R5F5220xxxxx (See below for portion represented by xxxx.) Memory RX 32-bit CPU Zero-wait flash: 256KB E2 data flash 78DMIPS@50MHz RAM DSP instructions Zero-wait flash: 512KB DSP instructions E2 data flash Register-indirect MAC (80-bit result) SRAM: 16KB Register-direct MAC (48-bit result) Register-indirect MAC (80-bit result) 256KB SRAM: 64KB Register-direct MAC (48-bit result) 32KB 6BDFL 6BDFM 6BDFK 6BDFP 512KB E2 data flash: 8KB 32-bit barrel shifter 8KB E2 data flash: 8KB 32-bit barrel shifter 64KB 8BDFM 8BDFN 8BDFP 8BDLJ 8KB System Timers Communication functions 128KB System Timers Communication functions Multifunction timer Data transfer controller I2C bus interface 8KB 5BDFL 5BDFM 5BDFK 5BDFP 2 pulse unit: Data transfer Multifunction timer I C bus interface DMA controller 8KB × 2 channels 384KB 16-bit × 6 channels controller pulse unit: Serial communication DMA controller 64KB Interrupt controller: 16-bit × 6 channels Serial communication 7BDFM 7BDFN 7BDFP 7BDLJ 8-bit timer interface 16 levels, 9 pins interface 8KB × 5 channels 64KB Interrupt controller: 8-bit timer × 4 channels × 5 channels Clock oscillator 8KB 3BDFL 3BDFM 3BDFK 3BDFP 16 levels, 9 pins × 4 channels Compare match timer: Serial peripheral Low-speed/high-speed Serial peripheral interface 8KB Clock oscillator Compare match 16-bit × 4 channels interface on-chip oscillator PLL timer: × 2 channels 256KB Low-speed/high-speed 16-bit × 4 channels Power-on reset 14-bit 32KB 6BDFM 6BDFN 6BDFP 6BDLJ independent Analog 32KB on-chip oscillator Voltage detection circuit 14-bit 8KB 4KB 1BDFL 1BDFM 1BDFK Analog watchdog timer Comparator Power-on reset watchdog timer 8KB Event link controller × 2 channels Voltage detection circuit Comparator × 4 channels Real-time clock 14-bit 12-bit A/D Clock frequency accuracy Event link controller independent 24-bit ∆∑ A/D Pin count 64-pin 80-pin 100-pin 100-pin × 16 channels Pin count measurement circuit 48-pin 64-pin 64-pin 100-pin watchdog timer × 7 channels Package LFQFP LFQFP LFQFP TFLGA Package Data operation circuit LFQFP LFQFP LQFP LFQFP Clock frequency Pitch (mm) 0.5 0.5 0.5 0.65 Pitch (mm) Real-time clock 10-bit A/D × 7 channels CRC calculator 0.5 0.5 0.8 0.5 accuracy measurement Size (mm) 10×10 12×12 14×14 7×7 Size (mm) 7×7 10×10 14×14 14×14 circuit Data operation circuit 10-bit D/A × 2 channels Note: Refer to the group lineup at the end of this catalog for products supporting operation at 105°C. Note: Refer to the group lineup at the end of this catalog for products supporting operation at 105°C. CRC calculator Temperature sensor

Enhanced Safety Functions Compatibility with RX210 Ideal for applications where safety is a priority. Simplifies the task of supporting the IEC 60730 RX210 and RX220 microcontrollers are completely pin compatible. safety standard for electric home appliances!! This makes it a simple task to upgrade products incorporating these Application Example: Block Diagram of RX21A Power Meter System microcontrollers. RX200 Independent clock WDT RX CPU Encryption Flash Advantages of RX21A WDT System recovery unaffected Simply switch with RX21A RAM test assist DOC RAM IWDT dedicated by the system clock 50MHz engine 512KB clock no modifications SCI Graphics LCD Module

Phase1 Neutral Phase2 Phase3 1 Reduced system cost Communication Serial ∆∑ Decimation filter Data register CRC communication Disconnection detection modulator error detection for sensors, etc. RX210 PGA IO LED, etc. Disconnection ∆∑ Decimation filter Data register A/D detection Prevention of system functions modulator Single chip for improved security converter PGA Frequency error detection CAC Disconnection 2 (ADC) SCI Communication modem: Clock RX220 PLC, ZigBee Oscillation-stop detection Oscillation-stop Self- A/D error detection Reduced software flash programming detection circuit diagnostics Prevention of system functions 3

Internal data bus workload IrDA IrDA module Reduced mounting area and cost RTC 4 Application Example: System Block Diagram of Digital Camera Demo Using RX210/RX220 with 32-bit 32kHz binary counter crystal oscillator Source RX200 Audio output (D/A converter) 3phase AC

GPS module UART reception CPU Motor drive (MTU) RX21A Application Examples JPEG expansion Database search engine Address data Power meters Measuring devices, healthcare devices HEMS, power monitoring Industrial equipment 2 Latitude/longitude Motion sensor I C data reception correction Address search Movement log External 140 140 140 140 88 88 88 88 bus 86 86 86 86 interface Camera SoC (standby) 48-49 RX210 Group RX130 Group

High Performance (50MHz Operation) and Low Power Consumption, Wide Voltage Range, External Bus Support 32-Bit Microcontrollers Supporting Capacitive Touch Sensors with Up to 36 Channels

The RX210 Group supports a wide range of power supply voltages extending from 1.62V to 5.5V, delivers operation performance of 78DMIPS The RX130 Group has on-chip support for up to 36 capacitive touch sensor (CTSU) channels, the most in the RX Family. The lineup includes when running at 50MHz, and low power consumption of 0.2mA/MHz. Current consumption in deep software standby mode is only 0.4μA. The products with low ROM capacity and low pin count. The high-performance 32-bit RX core makes it easy to control a human-machine interface maximum available on-chip memory is 1MB of flash memory, 96KB of RAM, and 8KB of E2 data flash. Usability is increased by functions such (HMI) for an electric home appliance such as a washing machine and implement system control using a single chip. The on-chip capacitive as the event link controller (ELC), which allows peripheral modules to activate other peripheral modules while bypassing the CPU, and the touch sensor functionality supports capacitive touch free of detection errors even when wet. In addition, the need for external components for multi-function pin controller (MPC), which enables flexible selection of functions by allowing the same pins to be allocated to a variety of sensitivity calibration is reduced substantially, and noise tolerance is greatly improved. The RX130 Group is also the first in the RX100 Series to functions. Other powerful peripheral functions include the 12-bit A/D converter with a conversion time of 1μs and the MTU2, which enables a support 5V operation and interfaces. This makes it possible to ensure a wider dynamic range and to build systems that are unaffected by noise wide variety of PWM control methods. Package pin counts range from 48 to 145 pins, and the TFLGA compact package and WLBGA ultracompact from sources such as IF heaters and microwave ovens. package (3.91 × 4.26mm) are also available. Product versions with support for high-temperature operation (105°C) are also available. RX130 Group Block Diagram RX130 Group Memory/Package Options

Memory RX 32-bit CPU Flash RAM Products supporting operation at 105°C 3.08 CoreMark/MHz R5F5130xxxxx RX210 Group Block Diagram RX21A Group Memory/Package Options E2 data flash Products supporting operation at 85°C Zero-wait flash: 512KB DSP instructions (See below for portion represented by xxxx.) Version C: Product that eliminates the limitations on Memory RX 32-bit CPU Register-indirect MAC (80-bit result) Flash the main oscillation circuit of version A 512KB 78DMIPS@50MHz Version B: Product that eliminates the limitations on SRAM: 48KB 8AGFL 8AGNE 8AGFM 8AGFK 8AGFN 8AGFP RAM R5F5210xxxxx Register-direct MAC (48-bit result) 48KB Zero-wait flash: 1MB (See below for portion represented by xxxx.) the main oscillation circuit of version A DSP instructions E2 data flash and adds new operating modes to improve 8KB 8ADFL 8ADNE 8ADFM 8ADFK 8ADFN 8ADFP 32-bit barrel shifter Register-indirect MAC (80-bit result) current consumption during operation E2 data flash: 8KB 384KB 7AGFL 7AGNE 7AGFM 7AGFK 7AGFN 7AGFP SRAM: 96KB Register-direct MAC (48-bit result) 1MB 48KB 8KB 7ADFL 7ADNE 7ADFM 7ADFK 7ADFN 7ADFP 96KB BBDFP BBDLJ BBDFB BBDLK E2 data flash: 8KB 32-bit barrel shifter System Timers Communication functions 8KB 256KB 6AGFL 6AGNE 6AGFM 6AGFK 6AGFN 6AGFP Data transfer Multifunction timer I2C bus interface 32KB 768KB controller pulse unit: 8KB 6ADFL 6ADNE 6ADFM 6ADFK 6ADFN 6ADFP System Timers Communication functions 96KB ABDFP ABDLJ ABDFB ABDLK 16-bit × 6 channels Serial communication Interrupt controller: 128KB 5AGFL 5AGNE 5AGFM 5AGFK 5AGFN 5AGFP 8KB interface 16KB Data transfer Multifunction 2 16 levels, 9 pins Compare match timer: I C bus interface × 4 channels 8KB 5ADFL 5ADNE 5ADFM 5ADFK 5ADFN 5ADFP controller timer pulse unit: 512KB 16-bit × 2 channels DMA controller 16-bit × 6 channels Serial peripheral Serial communication 64KB 8CDFM 8CDFN 8CDFF 8CDFP 8CDLJ 8BDFB 8BDLK Clock oscillator 64KB 3AGFL 3AGNE 3AGFM 3AGFK 3AGFN PLL 8-bit timer × 4 channels interface Interrupt controller: interface 8KB 10KB Timer pulse unit: Low-speed/high-speed × 1 channel 3ADFL 3ADNE 3ADFM 3ADFK 3ADFN 16 levels, 9 pins × 13 channels 14-bit 8KB 16-bit × 6 channels 384KB on-chip oscillator independent Remote control signal Clock oscillator Serial peripheral 64KB 7CDFM 7CDFN 7CDFF 7CDFP 7CDLJ 7BDFB 7BDLK receiver function (REMC) Pin count 48-pin 48-pin 64-pin 64-pin 80-pin 100-pin 8-bit timer × 4 channels Power-on reset watchdog timer PLL interface 8KB × 1 channel Package LFQFP HWQFN LFQFP LQFP LFQFP LFQFP Low-speed/high-speed Voltage detection circuit Real-time clock Compare match timer: 256KB Pitch (mm) 0.5 0.5 0.5 0.8 0.5 0.5 on-chip oscillator Analog Size (mm) 7×7 7×7 10×10 14×14 12×12 14×14 16-bit × 4 channels 32KB 6BDFL 6BDFM 6BDBM 6BDFN 6BDFF 6BDFP 6BDLA 6BDLJ 6BDFB 6BDLK Event link controller Low-power timer Analog Power-on reset 8KB 14-bit Comparator × 4 channels 12-bit A/D × 17 channels Voltage detection circuit Clock frequency accuracy watchdog timers 128KB Capacitive measurement 12-bit A/D × 16 channels measurement circuit 8-bit D/A × 2 channels 20KB (CTSU) Event link controller 14-bit independent Simultaneous 5BDFL 5BDFM 6BDBM 5BDFN 5BDFF 5BDFP 5BDLA 5BDLJ 5BDFB 5BDLK Data operation circuit Capacitive Touch 8KB CRC calculator 36 channels Comparator × 2 channels watchdog timer sample-and-hold of Support for capacitive touch sensors with sensitivity and noise tolerance among the best Clock frequency accuracy 3 channels 96KB measurement circuit Temperature sensor Real-time clock 16KB 4BDFL 4BDFM 4BDFF Note: Maximum specifications for the group are listed above. in the industry Data operation circuit 10-bit D/A × 2 channels 8KB CRC calculator Operation possible with wood panels Operation possible when wearing gloves Temperature sensor 64KB 12KB 3BDFL 3BDFM 3BDFF 8KB Application Example: Block Diagram of Washing Machine UI Pin count 48-pin 64-pin 69-pin 80-pin 80-pin 100-pin 100-pin 100-pin 144-pin 145-pin Package LFQFP LFQFP WFBGA LFQFP LQFP LFQFP TFLGA TFLGA LFQFP TFLGA Using RX130 Pitch (mm) 0.5 0.5 0.4 0.5 0.65 0.5 0.5 0.65 0.5 0.5 Size (mm) 7×7 10×10 3.91×4.26 12×12 14×14 14×14 5.5×5.5 7×7 20×20 7×7 Note: Refer to the group lineup at the end of this catalog for products supporting operation at 105°C. 12-bit A/D Level sensor Capacitive touch examples Display LED I/O PWM output or Wheel Keys Slider Event Link Controller (ELC) Incorporation of External Components 8-bit D/A Audio amplifier Speaker boost zZZ… 7 POR/LVD CTSU Buttons Interrupt controller CPU (sleep) (capacitive measurement) × 36 channels RX210 ELC Temperature sensor POR/LVD Wheel Comparator Timers RTC Activation request RTC Slider Functions and Lineup Selected for Enhanced Flexibility A/D Temperature sensor Capacitive touch input SCI E2 data flash Functions Lineup • Faster activation than using an interrupt. EEPROM Crystal OCO oscillator • Bypasses the CPU for improved code efficiency. 5V interface Package with • Peripheral modules can be activated even from 0.8mm pin pitch the sleep state. Many Peripheral Functions Level shifter Capacitive touch RX130 48-pin to 100-pin IC POR/LVD Reset IC RX210 Application Examples 5V I/F Port with 5V support 12-bit ADC ROM 64KB to 128KB Digital cameras Smartphones Power meters Healthcare devices Refrigerators Washing machines Air conditioners IH cooking heaters RTC RTC Temperature sensor Temperature sensor 140 140140 140140140 140 140 88 88 88 88 88 88 88 88 EEPROM E2 data flash 86 86 86 86 86 86 86 86 External oscillator On-chip oscillator RX130 Application Examples Healthcare devices Office equipment Electric home appliances (white goods) Home equipment Incorporating external components into the microcontroller reduces the component count 140 140 140 140 88 88 88 88 86 86 86 86 Lower system cost and smaller mounting area 50-51 RX113 Group RX111 Group

User Interface (LCD Capacitive Touch) and Communication (USB, IrDA) Functions RX100 Series Microcontrollers with USB 2.0 (Full Speed/Low Speed) Support

The RX113 Group provides UI functions such as LCD and capacitive touch, and communication functions such as USB and IrDA. It is suitable for The RX111 Group has an extensive product lineup at the low end of the ROM capacity and pin count range of the RX Family. It implements USB 2.0 systems requiring single-chip implementation of a bidirectional human-machine interface (HMI) or interfaces with a variety of peripheral devices functionality with battery charger (BC1.2) support. With the low current consumption typical of the RX100 Series, and fast standby recovery in in application fields such as healthcare, home automation, building automation, and energy management systems. For the first time in the RX as little as 4.8μs, RX111 Group microcontrollers are suitable for applications such as PC peripheral devices, healthcare devices, and wearable Family, the HMI functions include support for 12 capacitive touch sensor (CTSU) channels and an LCD controller for up to 40 seg. × 4 com. Two devices. To the standard functions of the RX110 Group it adds, in addition to USB, 3-phase motor control functionality, event link controller (ELC), CTSU detection methods are supported: self-capacitance, which builds on the proven implementation on the R8C with improved noise tolerance, and E2 data flash. This makes it easy to support the requirements of both electric home appliances and industrial equipment. Product versions and mutual-capacitance. To the features of the RX111 are added functions that improve ease of use, such as an ultra-energy-efficient low-power with support for high-temperature operation (105°C) are also available. timer (LPT) that is ideal for generating standby recovery events and a 12-bit D/A converter that supports highly accurate external sensor calibration. RX111 Group Block Diagram RX111 Group Memory/Package Options

RX113 Group Block Diagram RX113 Group Memory/Package Options Flash Products supporting operation at 105°C Memory RX 32-bit CPU RAM R5F5111xxxxx 50DMIPS@32MHz (See below for portion represented by xxxx.) Products supporting operation at 85°C Memory RX 32-bit CPU Flash E2 data flash RAM Zero-wait flash: 128KB DSP instructions 3.08 CoreMark/MHz R5F113xxxxx E2 data flash Products supporting operation at 105°C 512KB Zero-wait flash: 512KB DSP instructions (See below for portion represented by xxxx.) Register-indirect MAC (80-bit result) 8AGFL 8AGNE 8AGFM 8AGFK Products supporting operation at 85°C SRAM: 16KB Register-direct MAC (48-bit result) 64KB Register-indirect MAC (80-bit result) 8KB 8ADFL 8ADNE 8ADFM 8ADLF 8ADFK SRAM: 64KB Register-direct MAC (48-bit result) 512KB 8AGFM 8AGFP 32-bit barrel shifter 64KB E2 data flash: 8KB 384KB 7AGFL 7AGNE 7AGFM 7AGFK E2 data flash: 8KB 32-bit barrel shifter 8KB 8ADFM 8ADLJ 8ADFP 64KB 8KB 7ADFL 7ADNE 7ADFM 7ADLF 7ADFK System Timers Communication functions 384KB 7AGFM 7AGFP System Timers Communication functions Data transfer controller Multifunction timer USB 2.0 Full-Speed 256KB 6AGFL 6AGNE 6AGFM 6AGFK 64KB pulse unit: Host/Function module 32KB Data transfer Multifunction timer USB 2.0 7ADFM 7ADLJ 7ADFP 8KB 16-bit × 6 channels 8KB 6ADFL 6ADNE 6ADFM 6ADLF 6ADFK controller pulse unit: Full-Speed Host/Function Interrupt controller: 16 levels, 9 pins I2C bus interface 16-bit × 6 channels module Compare match timer: Interrupt controller: 256KB 6AGFM 6AGFP 16-bit × 2 channels 128KB 5AGFL 5AGNE 5AGFM 5AGFK 16 levels, 9 pins Compare match timer: I2C bus interface 32KB Clock oscillator Serial communication 16KB 16-bit × 4 channels 8KB 6ADFM 6ADLJ 6ADFP PLL 5ADFL 5ADNE 5ADFM 5ADLF 5ADFK 14-bit independent interface 8KB Clock oscillator Serial communication Low-speed/high-speed watchdog timer × 3 channels PLL 14-bit independent interface On-chip oscillator watchdog timer 128KB 5AGFM 5AGFP 96KB Low-speed/high-speed × 8 channels Serial peripheral 4AGFL 4AGNE 4AGFM 4AGFK on-chip oscillator 32KB Power-on reset Real-time clock 16KB 5ADFM 5ADLJ 5ADFP interface 4ADFL 4ADNE 4ADFM 4ADLF 4ADFK Real-time clock Serial peripheral interface 8KB Voltage detection circuit 8KB Power-on reset Low-power timer Voltage detection circuit IrDA Pin count 64-pin 100-pin 100-pin Event link controller Analog 64KB 3AGNF 3AGFL 3AGNE 3AGFM 3AGFK Package LFQFP TFLGA LFQFP 10KB Pitch (mm) 8KB 3ADLM 3ADNF 3ADFL 3ADNE 3ADFM 3ADLF 3ADFK Event link controller LCDC Serial sound interface 0.5 0.65 0.5 Clock frequency 12-bit A/D × 14 channels Size (mm) 10×10 7×7 14×14 accuracy Clock frequency accuracy 40 seg. × 4 com. measurement circuit 8-bit D/A × 2 channels 32KB 1AGNF 1AGFL 1AGNE 1AGFM 1AGFK measurement circuit 36 seg. × 8 com. Analog Data operation circuit 10KB Data operation circuit CRC calculator 8KB 1ADLM 1ADNF 1ADFL 1ADNE 1ADFM 1ADLF 1ADFK CRC calculator 12-bit A/D × 17 channels Temperature sensor Capacitive measurement Capacitive Touch (CTSU) 12-bit D/A × 2 channels 16KB JAGNF JAGFL JAGNE JAGFM JAGFK Support for capacitive touch sensors with sensitivity and noise tolerance among the best in the Note: Maximum specifications for the group are listed above. 8KB 12 channels Temperature sensor 8KB JADLM JADNF JADFL JADNE JADFM JADLF JADFK industry Note: Maximum specifications for the group are listed above. Pin count 36-pin 40-pin 48-pin 48-pin 64-pin 64-pin 64-pin Operation possible with wood panels Operation possible when wearing gloves Package WFLGA HWQFN LFQFP HWQFN LFQFP WFLGA LQFP Pitch (mm) 0.5 0.5 0.5 0.5 0.5 0.5 0.8 Size (mm) 4×4 6×6 7×7 7×7 10×10 5×5 14×14 Ultralow-Power LCD Controller Supports switching between A and B patterns using the RTC period Fast Standby Recovery for Reduced Current Consumption during USB Functions interrupt and flashing operation if inverted A and B patterns are Intermittent Operation The RX111 Group supports USB 2.0 Full Speed (12Mbps) and Low Speed (1.5Mbps) prepared. Flashing operation is also possible during standby by When the RX100 Series is in the standby state current consumption is limited modes. Class drivers are available for HID, CDC, and MSC. The microcontroller operating the RTC and LCD only. The internal voltage step-up circuit Capacitive touch examples while RAM contents are retained, and fast recovery from standby occurs in as can be programmed via USB using tools from Renesas. provides support for LCD display panels with a 5V interface and for Wheel Keys Slider boost little as 4.8μs. Current loss during recovery is minimized, and intermittent 16-step display contrast adjustment. 7 operation with repeated standby states helps keep current consumption low. RTC period Min. recovery time: USB 2.0 Host, Function, OTG interrupt 90µs Full Speed (12Mbps) LCD segment RX200 Pattern A Pattern B Pattern A Application Example: Block Diagram of Measuring Device Using RX113 Standards Low Speed (1.5Mbps) display microcontroller Battery Charging Specification with low power RX200 Operating current: RX113 consumption and 6.4mA Revision 1.2 Display LCD high performance 12-bit D/A Operating LCDC 4com×40seg Control transfer, bulk transfer, interrupt transfer, ×2channels RX100 current: Transfer modes microcontroller 3.2mA Standby current: isochronous transfer 1.8µA Speaker Audio 12-bit A/D with ultra-low RX100 SSI×1channel HID, CDC, MSC USB Functions device ×14channels power Standby current: Device class drivers Sensors consumption Min. recovery time: 0.35µA The RX113 group supports USB 2.0 Full Speed (12Mbps) and Low CTSU (capacitive 4.8µs USB Function measurement pin) Speed (1.5Mbps) modes. Class drivers are available for HID, CDC, On-board programming of ×12 channels on-chip flash memory and MSC. The microcontroller can be programmed via USB using Capacitive touch input Less current loss during recovery tools from Renesas. RX111 Group Applications Examples  USB 2.0 Host, Function, OTG RX113 Application Examples Full Speed (12Mbps) Healthcare devices Measuring devices Electric home appliances (white goods) HEMS, power monitoring PC peripherals Electric home appliances (white goods) Office equipment Healthcare devices Standards Low Speed (1.5Mbps)  Battery Charging Specification 140 140 140 140 140 88 88 88 88 88 140 86 Revision 1.2 86 88 86 86 86 86 Device class drivers  HID, CDC, MSC 52-53 RX110 Group MEMO Simple Functionality and Extensive ROM/RAM Capacity and Package Options

RX110 Group microcontrollers have the simplest configurations in the RX100 Series. The product lineup includes small ROM/RAM memory capacities from 8KB/8KB to 128KB/16KB and low pin counts from 36 to 64 pins. Built around a 32-bit RX core operating at 32MHz and with on-chip functions such as 12-bit A/D converter, 16-bit timer, I2C, SCI, and RSPI, RX110 microcontrollers are available in packages as small as 4mm × 4mm. This makes them suitable for applications such as sensor hubs where both compact size and processing performance are needed. In fields such as electric home appliances, industrial equipment, and office equipment they can also serve as sub-microcontrollers in systems where the more powerful RX700, RX600, or RX200 Series is used as the main microcontroller. In such cases the common CPU core, peripheral functions, and development environment contribute to development efficiency. Product versions with support for high-temperature operation (105°C) are also available.

RX110 Group Block Diagram RX110 Group Memory/Package Options

Memory Flash R5F5110xxxxx Products supporting operation at 105°C RX 32-bit CPU RAM 50DMIPS@32MHz (See below for portion represented by xxxx.) Products supporting operation at 85°C Zero-wait flash: 128KB DSP instructions Register-indirect MAC (80-bit result) 128KB 5AGFL 5AGNE 5AGFM 5AGFK SRAM: 16KB Register-direct MAC (48-bit result) 16KB 5ADFL 5ADNE 5ADFM 5ADLF 5ADFK

32-bit barrel shifter System 96KB 4AGFL 4AGNE 4AGFM 4AGFK 16KB 4ADFL 4ADNE 4ADFM 4ADLF 4ADFK Data transfer controller Timers Communication functions Interrupt controller: Multifunction timer I2C bus interface 64KB 3AGNF 3AGFL 3AGNE 3AGFM 3AGFK 16 levels, 9 pins pulse unit: 10KB 16-bit × 4 channels Serial communication 3ADLM 3ADNF 3ADFL 3ADNE 3ADFM 3ADLF 3ADFK Clock oscillator interface PLL Compare match timer: × 3 channels 1AGNF 1AGFL 1AGNE 1AGFM 1AGFK Low-speed/high-speed 16-bit × 2 channels 32KB 10KB On-chip oscillator Serial peripheral interface 1ADLM 1ADNF 1ADFL 1ADNE 1ADFM 1ADLF 1ADFK 14-bit Power-on reset independent Voltage detection circuit watchdog timer 16KB JAGNF JAGFL JAGNE JAGFM JAGFK Analog 8KB Clock frequency accuracy JADLM JADNF JADFL JADNE JADFM JADLF JADFK Real-time clock measurement circuit 12-bit A/D × 14 channels Data operation circuit 8KB CRC calculator Temperature sensor 8KB HADLM HADNF

Note: Maximum specifications for the group are listed above. Pin count 36-pin 40-pin 48-pin 48-pin 64-pin 64-pin 64-pin Package WFLGA HWQFN LFQFP HWQFN LFQFP WFLGA LQFP Pitch (mm) 0.5 0.5 0.5 0.5 0.5 0.5 0.8 Size (mm) 4×4 6×6 7×7 7×7 10×10 5×5 14×14

Sensor Hub Application Example Devices such as smartphones and tablets obtain information required by their application software via sensors. Office equipment also uses information from sensors for control. The job of the sensor hub microcontroller is to gather all of this information together in one place.

RX110 Sensor hub microcontroller requirements High performance, low power consumption, compact package, high pin count, SCI Sensor hub microcontroller Acceleration RX110 support requirements Angular velocity

2 High performance 1.56DMIPS/MHz Air pressure Communication (I C, SPI, SCI, etc.) Main processor 3.2mA Brightness Low current consumption (32MHz during normal operation) Temperature 4 × 4mm, 36-pin LGA Geomagnetism Compact, high-pin-count package Rapid integration Data transmitted by 5 × 5mm, 64-pin LGA of data collected Transmission of integrated data the RX110 is used SCIe × 2, SCIf × 1 from sensors unaltered by applications SCI RSPI × 1, RI2C × 1

RX110 Group Application Examples Industrial equipment Office equipment Smartphones/tablet sensors Electric home appliances (white goods) HEMS, power monitoring 54-55 RX Family Development Tools

Development Tools Designed to Maximize the Features of the RX Family

Renesas supports all stages of the development of RX applications by supplying integrated development environments, real-time OSes, middleware, and programming tools that dramatically enhance the development process. Renesas integrated development environments enable you to accomplish coding, building, and debugging tasks quickly and easily, helping to reduce system development time.

Introduction Development Mass production Introduction Development Mass production

Renesas integrated development environments Renesas Flash Programmer Free flash memory programming software Abundant application notes, sample code, and middleware evaluation versions  A large selection of documented sample code is available, illustrating the use of peripheral functions and a variety of system examples. Free evaluation  Extensive middleware covering areas such as the file system, networking, security, signal processing, and voice is available versions of tools High-performance for use in application development. compiler and build  The abundant sample code and middleware enables customers to bring their products to market in less time. Starter kit management Build  Some sample code (middleware and drivers) incorporates Firmware Integration Technology (FIT) that provides powerful you can use right away functions support when migrating among RX products.

PG-FP6 standalone  Image processing  Security (drivers)  Memory drivers

Coding Debug flash programmer Graphics library AES, SHA, DES, and RNG driver software for RX64M and RX71M SPI mode multimedia card driver GUI builder TSIP driver software for RX231 SPI mode multimedia card/SD memory card driver JPEG encoder  Communication SPI/QSPI serial flash memory driver JPEG decoder TCP/IP protocol stack (T4) SPI single master driver (SCI/RSPI)  Audio DTMF encoder/decoder Renesas SPI serial EEPROM driver Easy-to-use editor and automated code E2 Lite, E1 and E20 on-chip debugging emulators MP3 decoder  Signal processing/numeric calculation Renesas I2C serial EEPROM driver generation function that provide a low-cost and  Voice FFT library I2C single master driver convenient debugging environment ADPCM encoder/decoder DSP library Data flash driver Software Sample code Note: CS+ is not generally promoted in  Security (libraries) Fixed-point library E2 data flash driver the U.S. and Europe. For DES encryption library  File system Flash memory data management driver Middleware customers in the U.S. and Europe Hash function library (SHA-1/SHA-256) Open source FAT file system (TFAT) QSPI single master driver who are interested in CS+, please RSA encryption library (Supports short file names only (FAT12/16/32).) Drivers contact our regional marketing SCIF single master driver AES encryption library FAT file system departments for details. SD mode SD memory card driver  USB drivers OSes (Version with support for short file names (FAT12/16/32) and MMC mode MMCIF driver USB basic firmware version with support for long file names (FAT12/16/32) USB host device class drivers (mass storage, CDC, HID) available.) USB peripheral device class drivers (mass storage, CDC, HID)

URL www.renesas.com/software Introduction Development Mass production Reducing the burden of software development and management of software resources: Firmware Integration Technology (FIT) Try out RX!! A range of software is available for the RX Family (middleware modules and peripheral function modules) that incorporates a new concept called Firmware Integration • CPU board mounted with RX microprocessor Renesas Starter Kit Technology (FIT). • E1 on-chip debugging emulator Want to dive right into evaluating RX microcontrollers? A Renesas Starter Kit is what you  Easy integration into user applications need. Each kit contains all the necessary components of a development environment for • Evaluation version of C/C++ compiler package Information used in common by the various peripheral function modules (clock settings, device information, etc.) is managed by a board support package (BSP). This evaluation and initial introduction of an RX microcontroller product. The microcontroller’s (with simulator) control signals are output to an expansion board of the CPU board. This can be connected • Free evaluation version of flash memory programming tool makes it easy to add peripheral function modules to a project and easy to use them in combination with each other. 2 to the system under development for easy debugging. • Integrated development environment By using the Smart Configurator function with the e studio or CS+ integrated development environment, you can easily integrate FIT-compatible modules and code 2 URL www.renesas.com/rsk automatically generated by e studio or CS+ into your own projects. Envision Kit  Easy migration between RX microcontroller products A low-cost evaluation kit equipped with a promotional demo and an on-board emulator. Sample code (middleware and drivers) with FIT support shares a common application interface. This means that migration from one RX microcontroller product to Code generation another can be accomplished by simply replacing the BSP with the one for the new RX microcontroller. Rich environment to start using RX right away!! function Easy coding for peripheral functions Simple GUI operation Source code output by the code generation function of 2 Advantage 1. User application The e studio and CS+ integrated development environments each feature built-in code e2 studio can be used together with FIT! It’s easy to add USB Common APIs generation functions to assist you with coding for peripheral functions. Simply select the new functions desired functions using the GUI, and source code for initialization, etc., is generated to a project! FIT Advantage 2. automatically. Middleware module I2C EEPROM with FIT support middlewar … Migration is as simple as replacing the BSP with the one Sharing pin information between software and hardware designers Peripheral function for the new RX microcontroller! USB RI2C Timer ADC … Lists of API functions output by the code generator and pin information settings applied module with FIT support to the microcontroller’s peripheral functions can be output to a file in Excel or HTML format. Microcontroller initial settings with FIT support Microcontroller initial settings (BSP) BSP for RX64M Numerous application notes, sample code, and middleware A large number of documents explaining how to use RX peripheral functions as well as RX65N RX64M documented sample program code for example systems are available. Extensive middleware for implementing display system, file system, network, audio, and security functions in RX URL www.renesas.com/fit applications is also available. These resources constitute powerful support that can Easy confirmation of pin assignments dramatically reduce the time needed to develop products incorporating RX microcontrollers. 56-57 RX Family Development Tools Introduction Development Mass production Introduction Development Mass production

Two integrated development environments Compilers that extract the full performance of RX Low-cost and convenient debugging environment!! designed to meet the needs of customers CC-RX compiler from Renesas: Also supports migration from older CPUs E2 Lite, E1 and E20 on-chip debugging emulators CS+: Simple, convenient, reliable! The powerful optimization function enables this compiler to generate code that extracts (also usable as flash programmers) This integrated development environment includes the full performance potential of RX microcontrollers. Migration from older CPUs is  Simple connection. Debug by connecting to the RX microcontroller support for Renesas microcontrollers ranging from 8 to supported in addition to a variety of embedded functions. A MISRA-C checking function mounted in the system under development. USB bus powered, so no 32 bits in a single package. It provides powerful backup that helps improve program reliability is included as a standard feature. external power supply is needed. URL www.renesas.com/rx_c 1 for all aspects of application development, from coding Build  Provides an array of functions needed for debugging.* E1 emulator E20 emulator*2 E2 emulator Lite*3 and building through debugging. Even novices will find URL www.renesas.com/e2lite Compilers from IAR Systems Suitable for evaluating The more advanced sibling of the E1. A more affordably priced using CS+ simple, convenient, and reliable. CS+ is URL www.renesas.com/e1 basic debugging functions. Supports sophisticated debugging alternative to the E1 emulator.  The compiler delivers code generation efficiency among the best in recommended for customers who use a wide range of Coding Debug URL www.renesas.com/e20 Supports on-chip trace. functions such as enhanced trace Suitable for a range of applications Renesas microcontroller products. the industry (IAR-exclusive compiler). and real-time RAM monitoring. from study or hobby use to  The integrated development environment includes a debugger with advanced Notes: 1. The supported functions differ depending on the emulator and microcontroller used. full-scale development work. URL www.renesas.com/cs+ 2. On the RX200 and RX100, the usable functions are equivalent to those of the E1. functions. 3. Supports e2 studio integrated development environment only. e2 studio: An integrated development environment  A functional safety version that has been certified under the IEC 61508/ISO 26262 Programming tools from Renesas to match your usage scenario based on Eclipse! international functional safety standard is available.  Global tools that are used worldwide. Renesas Flash Programmer: Suitable for development, prototyping, PG-FP6: Support for Programming with No PC Based on Eclipse, an open source integrated  URL www.iar.com/ewrx and small-quantity programming Successor to the PG-FP5, designed with an emphasis on compatibility development environment that has achieved widespread  Simple GUI optimized for programming devices.  Improved support for high-speed programming and large-capacity flash memory adoption worldwide, e2 studio supports the main GNURX GNU tool  Automated programming using scripting function.  PC-controlled or standalone programming: Suitable for a broad range of use cases Renesas microcontroller products, including the RX This open source compiler is available free of charge. It can be used in combination with  Uses E1, E2 Lite, or E20 as the programmer unit. from development through mass production Family. If you are already familiar with the Eclipse the e2 studio integrated development environment. URL www.renesas.com/rfp  Ability to store settings for up to eight programming environments environment, or if you are interested in using some of  URL Specialized for use on production lines (command control via serial communication, 2 gcc-renesas.com Renesas Flash Programmer the many open source plugins available, e studio is the E2 Lite, remote control using signals from an external device) ideal choice. E1 and E20  Ability to write a unique code to a specified area of flash memory URL www.renesas.com/e2studio System configuration example: Standalone (offline) setup Serial or USB Realizing high-quality real-time multitasking systems Note: CS+ is not generally promoted in the U.S. and Europe. For customers in the U.S. and Europe who are interested in CS+, User system please contact our regional marketing departments for details. 14-pin connector RI600V4 and RI600PX real-time OSes for the RX Family Power adapter Compliant with the industry standard μITRON4.0 standard. RI600PX with memory Programmers and flash programming services are also available from Renesas protection support is available for use with RX microcontrollers equipped with the partner companies. Target cable User system memory protection function. The affinity with integrated development environments and PG-FP6 easily configurable kernel architecture make it possible to develop applications that QE Development Support Tools for Various Applications Easily create a programming extract the full performance potential of RX microcontrollers in a short amount of time. (Quick and Effective Tool Solutions) environment and program flash memory URL www.renesas.com/ri600v4 Targeted at applications using protocols such as USB, BLE, or TCP/IP, these tools support URL www.renesas.com/ri600px system-level debugging. Support for additional applications will be added moving forward.

Convenient functions of e2 studio 1: It is easy to display descriptions of peripheral I/O registers and API functions in the integrated development environment.

A function that provides easy reference to hardware manuals and information on APIs is Move the cursor over 2 Easily search in a the name of QE for USB — A Solution Toolkit Specifically Designed for Making USB System Development More Efficient included in e studio. In Smart Manual view you can reference the hardware manual or Smart Manual view. a register in the editor search its contents by specifying a peripheral I/O register*1 or keyword.*2 In the editor to see a description of that register. QE for USB boosts development efficiency by providing four functions that solve simply hover the mouse cursor over the name of a peripheral I/O register or API function*3 Descriptions of API functions can be problems that can arise in the initial stage of USB system development. A solution QE for USB displayed as pop-ups. (Successful to pop up a description of its specifications. 2 connection) toolkit that runs on top of theCheck e USB studio state transitions integrated development environment, QE for Notes: 1. You can search for information on peripheral I/O registers and their individual bits. at a glance. Specifically for 2. You can search the manual using topic keywords. USB is an embedded software development tool specifically designed for the Technical preview 3. Popup information is available for functions output by automated code generation, FIT modules, and service calls of the Renesas development of USB systems using RX Family microcontrollers (some microcontroller USB development edition currently real-time OS (RI600V4). products not supported). QE for USB with the e2 studio integrated development available free of Custom view for checkingwww.renesas.com/qe charge environment can simplify the development and debugging of USB systems and help USB descriptor settings. shorten the time and reduce the cost required for development. USB-related registers are listed. 2 Notifications alert you to incorrect settings. Smart Configurator: A Convenient Function of e studio and CS+ (Successful Quickly launch the protocol analyzer tool. connection) Check USB state transitions Both e2 studio and CS+ come with Smart Configurator, a function that makes it simple to incorporate at a glance. Technical preview Renesas drivers into your projects. The following driver integration functions are supported: edition currently  Driver code generation available free of You enter settings for peripheral functions via a GUI, and driver source code is generated Custom view for checking charge automatically. USB descriptor settings.  Importing of FIT modules You can easily download and install FIT modules and use them in combination with the generated USB-related registers are listed. Notifications alert you to incorrect settings. driver code. Quickly launch the protocol analyzer tool.  Pin conflict checking This function checks in real time for conflicts among the pins used by the driver code and FIT modules. URL www.renesas.com/smart-configurator 58-59

Software tools with CS+ support Compiler: RX Family C/C++ compiler package (with integrated development environment) (includes integrated development environment, simulator, and debugger) The professional and standard edition, the floating license and RX Family Development Tools node-lock License and packages with/without install media are available. For the detail, see www.renesas.com/rx_c. Real-time OS: RI600 V4 or RI600PX (with memory protection function, supported by RX600 Series with memory protection unit (MPU)) Note: Evaluation license and mass production license available. List of RX Family Development Tools Software tools with e2 studio support Compiler: RX Family C/C++ compiler package (without integrated development environment) The professional and standard edition, the floating license and node-lock License and packages with/without install media are available. Low-cost evaluation/ Microcontroller Software tools Hardware tools Programming tools For the detail, see www.renesas.com/rx_c. development toolkits Note: The package does not include an integrated development environment, simulator, or emulator/debugger. Can be used in combination with e2 studio. (Must be downloaded from the website and installed separately.) Integrated development Real-time OSes On-chip debugging emulators Real-time OS: RI600 V4 environments, compilers, 1 (µITRON) Flash programming Series Group Starter kit* and simulators Programmer units Note: Evaluation license and mass production license available. (See information software (See information High-functionality in lower margin.) Low-cost version Debugging MCU boards Isolators Software tools with High-performance Embedded Workshop support in lower margin.) version Compiler: RX Family C/C++ compiler package (with High-performance Embedded Workshop) (includes integrated development environment and simulator) (R0C5RX00XSW01R) For 176-pin 0.5 mm pin pitch products: R0E5571MLDMB00 Note: An emulator/debugger is bundled with each emulator system. Renesas Starter Kit+ for RX71M 9 Renesas Flash (Part No.: R0K50571MS000BE CS+ support CS+ support * Real-time OS: RI600 V4 or RI600PX (with memory protection function, supported by RX600 Series with memory protection unit (MPU)) RX700 RX71M For 144-pin 0.5 mm pin pitch Programmer (with CS+) or YR0K50571MS000BE 2 2 products: R0E5571MLDMB01 (R0C00000FDW13R) Note: Evaluation license and mass production license available. 2 e studio support e studio support 5 7 (with e studio)) For 100-pin 0.5 mm pin pitch * * products: R0E5571MLDMB02 Notes: 1. Includes CPU board mounted with RX microcontroller, on-chip debugging emulator E1 or E2 Lite, software (integrated development environment, evaluation version of C/C++ compiler package, and free evaluation version of Renesas Flash flash programming software), etc. Renesas Starter Kit for RX610 RX610 — Programmer Even more affordable starter kits that do not include an on-chip debugging emulator are available for some microcontroller products. (Part No.: R0K556100S000BE) (R0C00000FDW13R) 2. High-end extended version of the E1 with enhanced trace functions (approx. 2 million branches/cycle), real-time RAM monitoring functions, etc., to support more sophisticated debugging. *5 *6 For 144-pin 0.5 mm pin pitch 3. The microcontroller’s D/A converter functionality is unavailable when using the debugging MCU board for 100-pin versions of RX621 and RX62N Group products. products: R0E5562N8PFK00 Renesas Flash 4. Microcontr oller ports PF0 and PF1 are unavailable when using the debugging MCU board for 120-pin versions of RX63T Group products. RX621 Renesas Starter Kit+ for RX62N Programmer RX62N (Part No.: R0K5562N0S000BE) For 100-pin 0.5 mm pin pitch (R0C00000FDW13R) 5. Renesas Flash Programmer (product No.: R0C00000FDW13R) is available in a commercial edition (commercial product, support available) and a free-of-charge edition (free of charge, no support available). The support status products: R0E5562N8PFK10 *5 *7 can be checked on the following webpage by referring to the microcontroller product number. *3 Renesas Starter Kit for RX62G For 100-pin 0.5 mm pin pitch www.renesas.com/rfp RX62G (Part No.: R0K50562GS000BE) products: R0E5562GAPFK00 6. Renesas Flash Programmer can be used to program this microcontroller without employing the E2 Lite or E1 or E20 by making a direct connection to the microcontroller via the RS-232C interface. For 100-pin 0.5 mm pin pitch Renesas Flash 7. Renesas Flash Programmer can be used to program this microcontroller without employing the E2 Lite or E1 or E20 by making a direct connection to the microcontroller via the RS-232C or USB interface. products: R0E5562GAPFK00 Programmer 8. Includes programming software. The power adapter (QB-COMMON-PW-xx) is not included and must be purchased separately. Standalone programming is supported. Renesas Starter Kit for RX62T For 80-pin 0.65 mm pin pitch RX62T (R0C00000FDW13R) 9. Microcontroller ports PF0, PF1, PF2, PF3, and PF4 are unavailable when using the debugging MCU board for 176-pin versions of RX71M Group products. (Part No.: R0K5562T0S000BE) products: R0E5562GAPFJ00 *5 *6 CS+ support CS+ support For 64-pin 0.5 mm pin pitch products: 10. Not supported by CS+ integrated development environment. R0E5562GAPFK10 e2 studio support e2 studio support : New product : Under development For 144-pin 0.5 mm pin pitch For E2 Lite or E1: Renesas Starter Kit for RX630 E20 products: R0E55630EDMB00 RX630 High-performance High-performance R0E000010ACB10 (Part No.: R0K505630S000BE) Embedded Workshop Embedded Workshop (R0E000200KCT00) For 100-pin 0.5 mm pin pitch 2 For E20: support support * products: R0E55630EDMB01 Renesas Flash R0E000200ACB10 Programmer Renesas Starter Kit+ for For 144-pin 0.5 mm pin pitch (R0C00000FDW13R) RX63N-256K RX631 products: R0E5563NEDMB00 *5 *7 Solutions from Partner Vendors for RX Family (Part No.: R0K50563NS010BE RX63N (with CS+) or YR0K50563NS010BE For 100-pin 0.5 mm pin pitch (with e2 studio)) products: R0E5563NEDMB01 RX600 Compilers Programmers RX63T Renesas Starter Kit for RX63T Renesas Flash (64 or fewer (64-pin) — Programmer IAR Systems AB Data I/O Corporation pins) (Part No.: R0K50563TS000BE) (R0C00000FDW13R) *5 *6 CyberTHOR Studios Limited DTS INSIGHT Corporation For 120-pin 0.5 mm pin pitch Renesas Starter Kit for RX63T products: R0E5563TEDMB00 OS/Middleware E-Globaledge Corporation 4 Renesas Flash RX63T (144-pin) * (100 or more (Part No.: R0K5563THS000BE For 112-pin 0.65 mm pin pitch Programmer CMX Systems, Inc. Flash Support Group Company pins) (with CS+) or YR0K5563THS000BE products: R0E5563TEDMB01 (R0C00000FDW13R) 5 7 Express Logic, Inc. Falcon Denshi K.K. (with e2 studio)) For 100-pin 0.5 mm pin pitch * * products: R0E5563TEDMB02 FreeRTOS.org Minato Holdings Inc. Renesas Flash GainSpan Corporation Sunny Giken Inc. RX634 — Programmer (R0C00000FDW13R) Micrium SMH Technologies *5 *6 Renesas Starter Kit+ for RX64M SEGGER Microcontroller SUISEI SYSTEM CO., LTD. (Part No.: R0K50564MS000BE RX64M (with CS+) or Emulators TESSERA TECHNOLOGY INC. 8 YR0K50564MS000BE CS+ support CS+ support PG-FP5* 2 or SEGGER Microcontroller Wave Technology Co., Ltd. (with e studio)) e2 studio support e2 studio support Renesas Flash E2 Lite*10 E2 Lite Renesas Starter Kit for RX65N Programmer Lauterbach GmbH Programming Services (RTE0T0002LKCE00000R) or (Part No.: RTK500565NS00000BE (R0C00000FDW13R) or E1 (R0E000010KCE00) E1 (with CS+ and E1) or 5 7 Falcon Denshi K.K. (Exclusive distributor of HI-LO SYSTEMS for Japanese customers) RX65N * * YRTK500565NS00000BE or RX651 2 (with e studio and E2 Lite)) E20 Flash Support Group Company Renesas Stater Kit+ for RX65N-2MB (Part No.: RTK50565N2S10000BE) Renesas Starter Kit for RX210B RX210 Visit the following page to search for partner companies and their products, register as a new partner, or log in if your company is already a partner. (Part No.: R0K505210S003BE) CS+ support CS+ support Renesas Starter Kit for RX220 2 2 Renesas Flash RX220 e studio support e studio support (Part No.: R0K505220S000BE) Programmer High-performance High-performance (R0C00000FDW13R) Embedded Workshop Embedded Workshop *5 *6 www.renesaspartners.com/ RX21A — support support

Renesas Starter Kit for RX231 (Part No.: R0K505231S000BE (with CS+) or YR0K505231S000BE Renesas Flash RX230 2 (with e studio)) Programmer RX231 Renesas Starter Kit for RX231 (R0C00000FDW13R) 5 7 (B Mask: built-in Trusted Secure IP) * * RX200 (with CS+) — Renesas Starter Kit for RX23T (Part No.: RTK500523TS00000BE CS+ support CS+ support E20 RX23T (with CS+) or e2 studio support e2 studio support (R0E000200KCT00) YRTK500523TS00000BE *2 2 For E2 Lite or E1: (with e studio)) Note: Debugging R0E000010ACB10 functions Renesas Starter Kit for RX24T Renesas Flash equivalent E1 (Part No.: RTK500524TS00000BE Programmer emulator only RX24T (with CS+ and E1) or (R0C00000FDW13R) YRTK500524TS00000BE *5 *6 (with e2 studio and E2 Lite)) Renesas Stater Kit for RX24U RX24U (Part No.: RTK500524US00000BE)

RX110 — Renesas Starter Kit for RX111 (Part No.: R0K505111S000BE RX111 (with CS+) or YR0K505111S000BE 2 Renesas Flash (with e studio)) Programmer Renesas Starter Kit for RX113 (R0C00000FDW13R) (Part No.: R0K505113S000BE *5 *7 RX113 (with CS+) or CS+ support CS+ support RX100 YR0K505113S000BE 2 2 (with e2 studio)) e studio support e studio support Renesas Starter Kit for RX130 (Part No.: RTK5005130S00000BE (with CS+ and E1) or Renesas Flash YRTK5005130S00000BE Programmer RX130 2 (with e studio and E2 Lite)) (R0C00000FDW13R) Renesas Stater Kit for RX130-512KB *5 *6 (Part No.: RTK5051308S00000BE) 60-61 RX Family Group Lineup

RX700 Series and RX600 Series RX63T, RX62T, RX62G, RX24U, RX24T, RX23T

Group RX71M RX64M RX65N RX63N RX62N RX651 RX631 RX621 Group RX63T RX62T RX62G RX24U RX24T RX23T CPU core RXv2 RXv2 RXv2 RXv1 RXv1 RXv2 RXv1 RXv1 CPU core RXv1 RXv1 RXv1 RXv2 RXv2 RXv2 Operating voltage Vcc 2.7 to 3.6 V 2.7 to 3.6 V 2.7 to 3.6 V 2.7 to 3.6 V 2.7 to 3.6 V 2.7 to 3.6 V 2.7 to 3.6 V 2.7 to 3.6 V Operating voltage Vcc 2.7 to 3.6 V or 4.0 to 5.5 V 2.7 to 3.6 V or 4.0 to 5.5 V 4.0 to 5.5 V 2.7 to 5.5 V 2.7 to 5.5 V 2.7 to 5.5 V Maximum operating CPU 240 120 120 100 100 120 100 100 Maximum operating CPU 100 100 100 80 80 40 frequency (MHz) BCLK/BCLK pin 120/60 120/60 120/60 100/50 100/50 120/60 100/50 100/50 frequency (MHz) BCLK/BCLK pin 50/50 — — — — — Code flash memory 4 MB 4 MB 2,048 KB (dual bank) 2 MB 512 KB 2,048 KB (dual bank) 2 MB 512 KB Code flash memory 512 KB 256 KB 256 KB 512 KB 512 KB 128 KB Data flash memory 64 KB 64 KB 32 KB 32 KB 32 KB 32 KB 32 KB 32 KB Data flash memory 32 KB 32 KB 32 KB 8 KB 8 KB — SRAM 512 KB + 8 KB + 32 KB 512 KB + 8 KB + 32 KB 640 KB 256 KB 96 KB 640 KB 256 KB 96 KB SRAM 48 KB 16 KB 16 KB 32 KB 32 KB 12 KB External bus External bus width/SDRAM interface 8, 16, 32/Yes 8, 16, 32/Yes 8, 16, 32/Yes 8, 16, 32/Yes 8, 16, 32/Yes 8, 16, 32/Yes 8, 16, 32/Yes 8, 16, 32/Yes External bus External bus width/SDRAM interface 8, 16/— —/— —/— —/— —/— —/— Data transfer DMAC/DTC/EXDMAC 8 channels/Yes/2 channels 8 channels/Yes/2 channels 8 channels/Yes/2 channels 4 channels/Yes/2 channels 4 channels/Yes/2 channels 8 channels/Yes/2 channels 4 channels/Yes/2 channels 4 channels/Yes/2 channels Data transfer DMAC/DTC/EXDMAC 4 channels/Yes/— — /Yes/— — /Yes/— — /Yes/— — /Yes/— — /Yes/— Ethernet 2 channels 2 channels 1 channel 1 channel 1 channel — — — USB-FS 1 channel (Host/Function/OTG) — — — — — Time sync control (IEEE1588) Yes Yes — — — — — — Serial CAN 1 channel 1 channel 1 channel 1 channel 1 channel — HS: 1 channel interfaces FS: 1 channel FS: 1 channel 2 (Host/Function/OTG) FS: 2 channels FS: 1 channel FS: 2 channels FS: 1 channel FS: 2 channels SCI/RSPI/I C 5 channels/2 channels/2 channels 3 channels/1 channel/1 channel 3 channels/1 channel/1 channel 6 channels/1 channel/1 channel 3 channels/1 channel/1 channel 2 channels/1 channel/1 channel USB (Host/Function/OTG) (Host/Function/OTG) FS: 1 channel (Host/Function/OTG) (Host/Function/OTG) (Host/Function/OTG) (Host/Function/OTG) (Host/Function/OTG) 16-bit timer 20 channels 16 channels 16 channels 17 channels 13 channels 10 channels FS: 1 channel (Function) FS: 1 channel (Function) (Host/Function/OTG) Serial Watchdog timer/ Yes (8-bit)/Yes (14-bit) Yes (8-bit)/Yes (14-bit) Yes (8-bit)/Yes (14-bit) —/Yes (14-bit) —/Yes (14-bit) —/Yes (14-bit) interfaces USB-LS Host Yes Yes Yes — — Yes — — independent watchdog timer CAN 3 channels 3 channels 2 channels 3 channels 1 channel 2 channels 3 channels 1 channel 3-phase PWM outputs 3 2 2 3 2 1 Timers 9 channels + 4 channels 9 channels + 4 channels 13 channels/3 channels/ 13 channels/3 channels/ 6 channels/2 channels/ 13 channels/3 channels/ 13 channels/3 channels/ 6 channels/2 channels/ PWM delay generation SCI/RSPI/I2C (with FIFO)/ (with FIFO)/ Yes — Yes — — — 2 channels 4 channels 2 channels 2 channels 4 channels 2 channels Peripheral function 2 channels/2 channels 1 channel/2 channels functions Digital power supply Yes — — — — — QSPI/SSI 1 channel/2 channels 1 channel/2 channels 1 channel/— —/— —/— 1 channel/— —/— —/— control unit 32-bit timer 3 channels 3 channels 3 channels — — 3 channels — — 1 unit: 12-bit × 5 channels 1 unit: 12-bit × 5 channels 2 units: 12-bit × 4 channels 2 units: 12-bit × 4 channels 2 units: 12-bit × 4 channels (1 differential PGA, sample and hold channel) (1 sample and hold channel) 16-bit timer 22 channels 22 channels 18 channels 22 channels 16 channels 18 channels 22 channels 16 channels 12-bit × 10 channels A/D (sample-and-hold of 3 channels), (sample-and-hold of 3 channels), (sample-and-hold of 3 channels), 1 unit: 12-bit × 5 channels 1 unit: 12-bit × 5 channels 8-bit timer 4 channels 4 channels 4 channels 4 channels 4 channels 4 channels 4 channels 4 channels Analog (sample-and-hold of 3 channels) Peripheral Timers 10-bit × 20 channels 10-bit × 12 channels 10-bit × 12 channels (3 differential PGA, sample and hold channels) (sample-and-hold of 3 channels) Watchdog timer/ 1 unit: 12-bit × 12 channels 1 unit: 12-bit × 10 channels functions Yes (14-bit)/Yes (14-bit) Yes (14-bit)/Yes (14-bit) Yes (14-bit) Yes (14-bit)/Yes (14-bit) Yes (8-bit)/Yes (14-bit) Yes (14-bit) Yes (14-bit)/Yes (14-bit) Yes (8-bit)/Yes (14-bit) independent watchdog timer D/A 10-bit × 2 channels — — 8-bit × 2 channels 8-bit × 1 channel — Real-time clock Yes Yes Yes Yes Yes Yes Yes Yes LVD, POR, CRC, CAC, DOC, LVD, POR, CRC, CAC, DOC, LVD, POR, CRC, CAC, DOC, LVD, POR, CRC, CAC, DOC, Other LVD, POR, CRC, temperature sensor LVD, POR, CRC, temperature sensor 12-bit × 8 channels 12-bit × 8 channels 12-bit × 8 channels 2 units: 12-bit × 8 channels 12-bit × 8 channels 2 units: 12-bit × 8 channels temperature sensor temperature sensor temperature sensor temperature sensor (sample-and-hold of (sample-and-hold of (sample-and-hold of 12-bit × 21 channels and 10-bit × 4 channels (sample-and-hold of 12-bit × 21 channels and 10-bit × 4 channels A/D Operating ambient temperature –40 to 85 °C, –40 to 105 °C –40 to 85 °C, –40 to 105 °C –40 to 85 °C, –40 to 105 °C –40 to 85 °C –40 to 85 °C –40 to 85 °C, –40 to 105 °C Analog 3 channels) 3 channels) 3 channels) 10-bit × 8 channels (12-bit A/D and 10-bit A/D 3 channels) 10-bit × 8 channels (12-bit A/D and 10-bit A/D 12-bit × 21 channels 12-bit × 21 channels 12-bit × 21 channels not usable simultaneously) 12-bit × 21 channels not usable simultaneously) LFQFP-144 (20 × 20) Yes — — Yes — — D/A 12-bit × 2 channels 12-bit × 2 channels 12-bit × 2 channels 10-bit × 2 channels 10-bit × 2 channels 12-bit × 2 channels 10-bit × 2 channels 10-bit × 2 channels LFQFP-120 (16 × 16) Yes — — — — — Trusted Secure IP Trusted Secure IP Security AES/DES/SHA/TRNG AES/DES/SHA/TRNG (AES) — (AES) — LQFP-112 (20 × 20) Yes Yes Yes — — — (AES/DES/SHA/RSA/TRNG) (AES/DES/SHA/RSA/TRNG) LFQFP-100 (14 × 14) Yes Yes Yes Yes Yes — LCD — — Yes — — Yes — — LFQFP-80 (12 × 12) — — — — Yes — SDHI/MMC 1 channel/1 channel 1 channel/1 channel 1 channel/1 channel — — 1 channel/1 channel — — Packages LQFP-80 (14 × 14) — Yes — — Yes — SD slave — — 1 channel — — 1 channel — — Other LQFP-64 (14 × 14) — Yes — — — — Image capture (PDC) 1 channel 1 channel 1 channel — — 1 channel 1 channel — LFQFP-64 (10 × 10) Yes Yes — — Yes Yes LVD, POR, CRC, CAC, DOC, LVD, POR, CRC, CAC, DOC, LVD, POR, CRC, DOC, ELC, LVD, POR, CRC, LVD, POR, CRC, LVD, POR, CRC, DOC, ELC, LVD, POR, CRC, LVD, POR, CRC, Other functions ELC, temperature sensor ELC, temperature sensor temperature sensor temperature sensor temperature sensor temperature sensor temperature sensor temperature sensor LQFP-52 (10 × 10) — — — — — Yes Operating ambient temperature –40 to 85 °C –40 to 85 °C –40 to 85 °C –40 to 85 °C, –40 to 105 °C –40 to 85 °C –40 to 85 °C –40 to 85 °C, –40 to 105 °C –40 to 85 °C LFQFP-48 (7 × 7) Yes — — — — Yes TFLGA-177 (8 × 8) Yes Yes Yes Yes — Yes Yes — LFQFP-176 (24 × 24) Yes Yes Yes Yes — Yes Yes — LFBGA-176 (13 × 13) Yes Yes Yes Yes Yes Yes Yes Yes RX200 Series TFLGA-145 (9 × 9) — — Yes — Yes Yes — Yes TFLGA-145 (7 × 7) Yes Yes Yes Yes — Yes Yes — Group RX231 RX230 RX210 RX220 RX21A LFQFP-144 (20 × 20) Yes Yes Yes Yes Yes Yes Yes Yes Packages CPU core RXv2 RXv2 RXv1 RXv1 RXv1 LFQFP-100 (14 × 14) Yes Yes Yes Yes Yes Yes Yes Yes Operating voltage Vcc 1.8 to 5.5 V 1.8 to 5.5 V 1.62 to 5.5 V 1.62 to 5.5 V 1.8 to 3.6 V TFLGA-100 (7 × 7) Yes Yes Yes Yes — Yes Yes — Maximum operating CPU 54 54 50 32 50 TFLGA-85 (7 × 7) — — — — — — — Yes frequency (MHz) BCLK/BCLK pin 32/16 32/16 25/12.5 — — LFQFP-64 (10 × 10) — — — — — — Yes — Code flash memory 512 KB 256 KB 1 MB 256 KB 512 KB TFLGA-64 (6 × 6) — — — — — — Yes — Data flash memory 8 KB 8 KB 8 KB 8 KB 8 KB LFQFP-48 (7 × 7) — — — — — — Yes — SRAM 64 KB 32 KB 96 KB 16 KB 64 KB Group RX630 RX634 RX610 External bus External bus width 8-bit, 16-bit 8-bit, 16-bit 8-bit, 16-bit — — CPU core RXv1 RXv1 RXv1 Data transfer DMAC/DTC 4 channels/Yes 4 channels/Yes 4 channels/Yes 4 channels/Yes 4 channels/Yes Operating voltage Vcc 2.7 to 3.6 V 2.7 to 3.6 V or 4.0 to 5.5 V 3.0 to 3.6 V USB FS: 1 channel (Host/Function/OTG) — — — — CAN 1 channel — — — — Maximum operating CPU 100 54 100 Serial SCI/RSPI/I2C 7 channels/1 channel/1 channel 7 channels/1 channel/1 channel 13 channels/1 channel/1 channel 5 channels/1 channel/1 channel 5 channels/2 channels/2 channels frequency (MHz) BCLK/BCLK pin 50/25 54/27 25/25 SSI 1 channel 1 channel — — — Code flash memory 2 MB 2 MB 2 MB 16-bit timer 17 channels 17 channels 16 channels 10 channels 10 channels Data flash memory 32 KB 32 KB 32 KB 8-bit timer 4 channels 4 channels 4 channels 4 channels 4 channels SRAM 128 KB 128 KB 128 KB Timers Watchdog timer/ Yes (14-bit)/Yes (14-bit) Yes (14-bit)/Yes (14-bit) Yes (14-bit)/Yes (14-bit) —/Yes (14-bit) Yes (14-bit)/Yes (14-bit) External bus External bus width/SDRAM interface 8, 16, 32/— 8, 16/— 8, 16/— independent watchdog timer Data transfer DMAC/DTC/EXDMAC 4 channels/Yes/— 4 channels/Yes/— 4 channels/Yes/— Peripheral Real-time clock Yes Yes Yes Yes Yes functions USB-FS FS: 1 channel (Function) — — 12-bit × 16 channels 24-bitΔ∑ × 7 channels Serial A/D 12-bit × 24 channels 12-bit × 24 channels 12-bit × 16 channels CAN 3 channels — — Analog (sample-and-hold of 3 channels) 10-bit × 7 channels interfaces SCI/RSPI/I2C 13 channels/3 channels/4 channels 13 channels/2 channels/3 channels 7 channels/—/2 channels D/A 12-bit × 2 channels 12-bit × 2 channels 10-bit × 2 channels — 10-bit × 2 channels Security Security functions AES/TSIP–Lite — — — AES 16-bit timer 22 channels 16 channels 16 channels User 8-bit timer 4 channels 4 channels 4 channels Capacitive touch sensor 24 channels 24 channels — — — interface Timers Watchdog timer/ Yes (14-bit)/Yes (14-bit) Yes (14-bit)/Yes (14-bit) Yes (8-bit)/— SDHI 1 channel — — — — Peripheral independent watchdog timer functions Other Memory protection YES (MPU) YES (MPU) — — YES (MPU) Real-time clock Yes — — Other functions LVD, POR, CRC, temperature sensor LVD, POR, CRC, temperature sensor LVD, POR, CRC, temperature sensor LVD, POR, CRC LVD, POR, CRC, temperature sensor 12-bit × 21 channels A/D 12-bit × 16 channels 10-bit × 16 channels Operating ambient temperature –40 to 85 °C, –40 to 105 °C –40 to 85 °C, –40 to 105 °C –40 to 85 °C, –40 to 105 °C –40 to 85 °C, –40 to 105 °C –40 to 85 °C, –40 to 105 °C Analog 10-bit × 8 channels D/A 10-bit × 2 channels — 10-bit × 2 channels TFLGA-145 (7 × 7) — — Yes — — HDMI-CEC/ LFQFP-144 (20 × 20) — — Yes — — — Yes/Yes — Other remote control reception LFQFP-100 (14 × 14) Yes Yes Yes Yes Yes Other functions LVD, POR, CRC, temperature sensor LVD, POR, CRC, CAC, DOC, ELC, temperature sensor CRC TFLGA-100 (7 × 7) — — Yes — Yes Operating ambient temperature –40 to 85 °C, –40 to 105 °C –40 to 85 °C –20 to 85 °C, –40 to 85 °C TFLGA-100 (5.5 × 5.5) Yes Yes Yes — — TFLGA-177 (8 × 8) Yes — — LFQFP-80 (12 × 12) — — Yes — Yes LFQFP-176 (24 × 24) Yes — — LQFP-80 (14 × 14) — — Yes — — Packages LFBGA-176 (13 × 13) Yes — Yes LQFP-64 (14 × 14) — — — Yes — TFLGA-145 (7 × 7) Yes — — LFQFP-64 (10 × 10) Yes Yes Yes Yes — Packages LFQFP-144 (20 × 20) Yes Yes Yes WFLGA-64 (5 × 5) Yes Yes — — — LFQFP-100 (14 × 14) Yes — — WFBGA-69 (3.91 × 4.26) — — Yes — — TFLGA-100 (5.5 × 5.5) Yes — — WQFN-64 (9 × 9) Yes Yes — — — LFQFP-80 (12 × 12) Yes — — LFQFP-48 (7 × 7) Yes Yes Yes Yes — WQFN-48 (7 × 7) Yes Yes — — — 62-63 RX Family Group Lineup RX Family Specifications

RX100 Series RX71M (100 to 177 pins)

Group RX113 RX111 RX110 RX130 Group RX71M CPU core RXv1 RXv1 RXv1 RXv1 Operating voltage Vcc 1.8 to 3.6 V 1.8 to 3.6 V 1.8 to 3.6 V 1.8 to 5.5 V Pin count 100 Maximum operating CPU 32 32 32 32 frequency (MHz) Product name Code flash memory 512 KB 512 KB 128 KB 512 KB Data flash memory 8 KB 8 KB 8 KB 8 KB SRAM 64 KB 64 KB 16 KB 48 KB Data transfer DTC Yes Yes Yes Yes

USB FS/LS: 1 channel (Host/Function/OTG) FS/LS: 1 channel (Host/Function/OTG) — — R5F571MFCDFP R5F571MFDDFP R5F571MFGDFP R5F571MFHDFP R5F571MGCDFP R5F571MGDDFP R5F571MGGDFP R5F571MGHDFP R5F571MJCDFP R5F571MJDDFP R5F571MJGDFP R5F571MJHDFP R5F571MLCDFP R5F571MLDDFP R5F571MLGDFP R5F571MLHDFP R5F571MFCDLJ R5F571MFDDLJ R5F571MFGDLJ R5F571MFHDLJ Serial SCI/RSPI/I2C 8 channels/1 channel/1 channel 3 channels/1 channel/1 channel 3 channels/1 channel/1 channel 4 channels/1 channel/1 channel CPU CPU core RXv2 SSI 1 channel — — — 16-bit timer 6 channels + 4 channels 6 channels + 2 channels 4 channels + 2 channels 6 channels + 2 channels Maximum operating frequency (MHz) 240 8-bit timer 4 channels — — 4 channels FPU YES independent watchdog Timers Yes (14-bit) Yes (14-bit) Yes (14-bit) Yes (14-bit) timer Memory ROM (KB) 2048 2560 3072 4096 2048 Peripheral Real-time clock Yes Yes Yes Yes functions Low-power timer (LPT) Yes — — Yes RAM (KB) 552 A/D 12-bit × 17 channels 12-bit × 14 channels 12-bit × 14 channels 12-bit × 17 channels Analog comparator 2 channels — — 2 channels Data flash/E2 data flash (KB) 64 D/A 12-bit × 2 channels 8-bit × 2 channels — 8-bit × 2 channels Clocks Subclock (external: 32.768 kHz) YES User Capacitive touch sensor 12 channels — — 36 channels interface LCD driver 40 seg × 4 com — — — RTC YES Other LVD, POR, CRC, temperature sensor LVD, POR, CRC, temperature sensor LVD, POR, CRC, temperature sensor LVD, POR, CRC, temperature sensor Operating ambient temperature –40 to 85 °C, –40 to 105 °C –40 to 85 °C, –40 to 105 °C –40 to 85 °C, –40 to 105 °C –40 to 85 °C, –40 to 105 °C On-chip oscillator YES (16/18/20 MHz) LFQFP-100 (14 × 14) Yes — Yes Yes Data transfer DMAC (channels) 8 TFLGA-100 (7 × 7) Yes — — — LFQFP-80 (12 × 12) — — — Yes EXDMAC (channels) 2 LQFP-64 (14 × 14) — Yes Yes Yes LFQFP-64 (10 × 10) Yes Yes Yes Yes DTC YES Packages WFLGA-64 (5 × 5) — Yes Yes — Bus BSC YES LFQFP-48 (7 × 7) — Yes Yes Yes WQFN-48 (7 × 7) — Yes Yes Yes Analog A/D (resolution × channels) 12-bit × 22 HWQFN-40 (6 × 6) — Yes Yes — WFLGA-36 (4 × 4) — Yes Yes — D/A (resolution × channels) 12-bit × 1

Timers 8-/16-/32-bit timers (channels) 4/22/3

PWM outputs 57

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 7+2 (with FIFO) (channels)

SPI/QSPI (clock-synchronous only) (channels) 9/1

I2C (channels) 9

CAN (channels) 2

SSI (channels) 2

SD Host/MMC (channels) —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1

Ether (channels) 1

IEEE1588 YES

USB Host/Function/High Speed support YES/YES/—

Security Encryption — YES*1 — YES*1 — YES*1 — YES*1 — YES*1

I/O I/O ports 79

Other functions ELC YES

Safety functions YES

PDC YES

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C

Package 100-LQFP (14 × 14 mm) 100-TFLGA (7 × 7 mm)

Note: 1. AES/DES/SHA/TRNG 64-65

RX71M (100 to 177 pins)

Group RX71M Pin count 100 144 145 176

Product name R5F571MGCDLJ R5F571MGDDLJ R5F571MGGDLJ R5F571MGHDLJ R5F571MJCDLJ R5F571MJDDLJ R5F571MJGDLJ R5F571MJHDLJ R5F571MLCDLJ R5F571MLDDLJ R5F571MLGDLJ R5F571MLHDLJ R5F571MFCDFB R5F571MFDDFB R5F571MFGDFB R5F571MFHDFB R5F571MGCDFB R5F571MGDDFB R5F571MGGDFB R5F571MGHDFB R5F571MJCDFB R5F571MJDDFB R5F571MJGDFB R5F571MJHDFB R5F571MLCDFB R5F571MLDDFB R5F571MLGDFB R5F571MLHDFB R5F571MFCDLK R5F571MFDDLK R5F571MFGDLK R5F571MFHDLK R5F571MGCDLK R5F571MGDDLK R5F571MGGDLK R5F571MGHDLK R5F571MJCDLK R5F571MJDDLK R5F571MJGDLK R5F571MJHDLK R5F571MLCDLK R5F571MLDDLK R5F571MLGDLK R5F571MLHDLK R5F571MFCDBG R5F571MFDDBG R5F571MFGDBG R5F571MFHDBG R5F571MGCDBG R5F571MGDDBG R5F571MGGDBG R5F571MGHDBG R5F571MJCDBG R5F571MJDDBG R5F571MJGDBG R5F571MJHDBG

CPU CPU core RXv2

Maximum operating frequency (MHz) 240

FPU YES

Memory ROM (KB) 2560 3072 4096 2048 2560 3072 4096 2048 2560 3072 4096 2048 2560 3072

RAM (KB) 552

Data flash/E2 data flash (KB) 64

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (16/18/20 MHz)

Data transfer DMAC (channels) 8

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 12-bit × 22 12-bit × 29

D/A (resolution × channels) 12-bit × 1 12-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/22/3

PWM outputs 57 66 63

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 7 + 2 (with FIFO) 9 + 4 (with FIFO) (channels)

SPI/QSPI (clock-synchronous only) (channels) 9/1 11/1

I2C (channels) 9 11

CAN (channels) 2 3

SSI (channels) 2

SD Host/MMC (channels) —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1

Ether (channels) 1 2

IEEE1588 YES

USB Host/Function/High Speed support YES/YES/— YES/YES/YES

Security Encryption — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1

I/O I/O ports 79 112 128

Other functions ELC YES

Safety functions YES

PDC YES

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C

Package 100-TFLGA (7 × 7 mm) 144-LQFP (20 × 20 mm) 145-TFLGA (7 × 7 mm) 176-LFBGA (13 × 13 mm)

Note: 1. AES/DES/SHA/TRNG 66-67

RX71M (100 to 177 pins)

Group RX71M Pin count 176 177

Product name R5F571MLCDBG R5F571MLDDBG R5F571MLGDBG R5F571MLHDBG R5F571MFCDFC R5F571MFDDFC R5F571MFGDFC R5F571MFHDFC R5F571MGCDFC R5F571MGDDFC R5F571MGGDFC R5F571MGHDFC R5F571MJCDFC R5F571MJDDFC R5F571MJGDFC R5F571MJHDFC R5F571MLCDFC R5F571MLDDFC R5F571MLGDFC R5F571MLHDFC R5F571MFCDLC R5F571MFDDLC R5F571MFGDLC R5F571MFHDLC R5F571MGCDLC R5F571MGDDLC R5F571MGGDLC R5F571MGHDLC R5F571MJCDLC R5F571MJDDLC R5F571MJGDLC R5F571MJHDLC R5F571MLCDLC R5F571MLDDLC R5F571MLGDLC R5F571MLHDLC

CPU CPU core RXv2

Maximum operating frequency (MHz) 240

FPU YES

Memory ROM (KB) 4096 2048 2560 3072 4096 2048 2560 3072 4096

RAM (KB) 552

Data flash/E2 data flash (KB) 64

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (16/18/20 MHz)

Data transfer DMAC (channels) 8

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 12-bit × 29

D/A (resolution × channels) 12-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/22/3

PWM outputs 63

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 9 + 4 (with FIFO) (channels)

SPI/QSPI (clock-synchronous only) (channels) 11/1

I2C (channels) 11

CAN (channels) 3

SSI (channels) 2

SD Host/MMC (channels) —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1

Ether (channels) 2

IEEE1588 YES

USB Host/Function/High Speed support YES/YES/YES

Security Encryption — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1

I/O I/O ports 128

Other functions ELC YES

Safety functions YES

PDC YES

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C 176-LFBGA Package 176-LQFP (24 × 24 mm) 177-TFLGA (8 × 8 mm) (13 × 13 mm) Note: 1. AES/DES/SHA/TRNG 68-69

RX651 (100 to 177 pins)

Group RX651 Pin count 144 100 145 100 144 100 145 100 144 100 145 100

Product name R5F56514ADFB R5F56514BDFB R5F56514EDFB R5F56514FDFB R5F56514ADFP R5F56514BDFP R5F56514EDFP R5F56514FDFP R5F56514ADLK R5F56514BDLK R5F56514EDLK R5F56514FDLK R5F56514ADLJ R5F56514BDLJ R5F56514EDLJ R5F56514FDLJ R5F56517ADFB R5F56517BDFB R5F56517EDFB R5F56517FDFB R5F56517ADFP R5F56517BDFP R5F56517EDFP R5F56517FDFP R5F56517ADLK R5F56517BDLK R5F56517EDLK R5F56517FDLK R5F56517ADLJ R5F56517BDLJ R5F56517EDLJ R5F56517FDLJ R5F56519ADFB R5F56519BDFB R5F56519EDFB R5F56519FDFB R5F56519ADFP R5F56519BDFP R5F56519EDFP R5F56519FDFP R5F56519ADLK R5F56519BDLK R5F56519EDLK R5F56519FDLK R5F56519ADLJ R5F56519BDLJ R5F56519EDLJ R5F56519FDLJ

CPU CPU core RXv2

Maximum operating frequency (MHz) 120

FPU YES

Memory ROM (KB) 512 768 1,048

RAM (KB) 256

Dual bank function NO

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (16/18/20 MHz, low speed oscillator 240 KHz)

Data transfer DMAC (channels) 8

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22

D/A (resolution × channels) 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1

Timers 8-/16-/32-bit timers (channels) 4/18/3

PWM outputs 48

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 13 11 13 11 13 11 13 11 13 11 13 11 (channels)

SPI/QSPI (clock-synchronous only) (channels) 16/1 14/1 16/1 14/1 16/1 14/1 16/1 14/1 16/1 14/1 16/1 14/1

I2C (channels) 15 13 15 13 15 13 15 13 15 13 15 13

CAN (channels) 2

Ether (channels) 0

SD Host/SD Slave/MMC (channels) 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1

USB Host/Func YES/YES

Graphics Graphic LCD controller NO

2D rendering engine NO

Security Encryption NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1

I/O I/O ports 112 79 112 79 112 79 112 79 112 79 112 79

Other functions ELC YES

Safety functions YES

PDC YES NO YES NO YES NO YES NO YES NO YES NO

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C

Package 144-LFQFP 100-LFQFP 144-TFLGA 100-TFLGA 144-LFQFP 100-LFQFP 144-TFLGA 100-TFLGA 144-LFQFP 100-LFQFP 144-TFLGA 100-TFLGA (20 × 20 mm) (14 × 14 mm) (7 × 7 mm) (7 × 7 mm) (20 × 20 mm) (14 × 14 mm) (7 × 7 mm) (7 × 7 mm) (20 × 20 mm) (14 × 14 mm) (7 × 7 mm) (7 × 7 mm) Notes: 1. AES/TRNG 2. Incorporates Trusted Secure IP (integrated AES, DES, RSA, SHA, and TRNG) 70-71

RX651 (100 to 177 pins)

Group RX651 Pin count 176 144 100 177 145 100 176 144 100 177 145 100 176

Product name R5F5651CDDFC R5F5651CHDFC R5F5651CDDFB R5F5651CHDFB R5F5651CDDFP R5F5651CHDFP R5F5651CDDLC R5F5651CHDLC R5F5651CDDLK R5F5651CHDFB R5F5651CDDLJ R5F5651CHDLJ R5F5651CDDBG R5F5651CHDBG R5F5651EDDFC R5F5651EHDFC R5F5651EDDFB R5F5651EHDFB R5F5651EDDFP R5F5651EHDFP R5F5651EDDLC R5F5651EHDLC R5F5651EDDLK R5F5651EHDFB R5F5651EDDLJ R5F5651EHDLJ R5F5651EDDBG R5F5651EHDBG

CPU CPU core RXv2

Maximum operating frequency (MHz) 120

FPU YES

Memory ROM (KB) 1,536 2,096

RAM (KB) 640

Dual bank function YES

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (16/18/20 MHz, low speed oscillator 240 KHz)

Data transfer DMAC (channels) 8

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29

D/A (resolution × channels) 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/18/3

PWM outputs 48

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 13 11 13 11 13 11 13 11 13 (channels)

SPI/QSPI (clock-synchronous only) (channels) 16/1 14/1 16/1 14/1 16/1 14/1 16/1 14/1 16/1

I2C (channels) 16 13 16 13 16 13 16 13 16

CAN (channels) 2

Ether (channels) 0

SD Host/SD Slave/MMC (channels) 1/1/1

USB Host/Func YES/YES

Graphics Graphic LCD controller YES

2D rendering engine YES

Security Encryption NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2

I/O I/O ports 137

Other functions ELC YES

Safety functions YES

PDC YES NO YES NO YES NO YES NO YES

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C

Package 176-LQFP 144-LQFP 100-LQFP 177-TFLGA 145-TFLGA 100-TFLGA 176-LFBGA 176-LQFP 144-LQFP 100-LQFP 177-TFLGA 145-TFLGA 100-TFLGA 176-LFBGA (24 × 24 mm) (20 × 20 mm) (14 × 14 mm) (9 × 9 mm) (7 × 7 mm) (7 × 7 mm) (13 × 13 mm) (24 × 24 mm) (20 × 20 mm) (14 × 14 mm) (9 × 9 mm) (7 × 7 mm) (7 × 7 mm) (13 × 13 mm) Notes: 1. AES/TRNG 2. Incorporates Trusted Secure IP (integrated AES, DES, RSA, SHA, and TRNG) 72-73

RX65N (100 to 177 pins)

Group RX65N Pin count 144 100 145 100 144 100 145 100 144 100 145 100

Product name R5F565N4ADFB R5F565N4BDFB R5F565N4EDFB R5F565N4FDFB R5F565N4ADFP R5F565N4BDFP R5F565N4EDFP R5F565N4FDFP R5F565N4ADLK R5F565N4BDLK R5F565N4EDLK R5F565N4FDLK R5F565N4ADLJ R5F565N4BDLJ R5F565N4EDLJ R5F565N4FDLJ R5F565N7ADFB R5F565N7BDFB R5F565N7EDFB R5F565N7FDFB R5F565N7ADFP R5F565N7BDFP R5F565N7EDFP R5F565N7FDFP R5F565N7ADLK R5F565N7BDLK R5F565N7EDLK R5F565N7FDLK R5F565N7ADLJ R5F565N7BDLJ R5F565N7EDLJ R5F565N7FDLJ R5F565N9ADFB R5F565N9BDFB R5F565N9EDFB R5F565N9FDFB R5F565N9ADFP R5F565N9BDFP R5F565N9EDFP R5F565N9FDFP R5F565N9ADLK R5F565N9BDLK R5F565N9EDLK R5F565N9FDLK R5F565N9ADLJ R5F565N9BDLJ R5F565N9EDLJ R5F565N9FDLJ

CPU CPU core RXv2

Maximum operating frequency (MHz) 120

FPU YES

Memory ROM (KB) 512 768 1,048

RAM (KB) 256

Dual bank function NO

BGO function NO

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (16/18/20 MHz, low speed oscillator 240 KHz)

Data transfer DMAC (channels) 8

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22

D/A (resolution × channels) 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1

Timers 8-/16-/32-bit timers (channels) 4/18/3

PWM outputs 48

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 13 11 13 11 13 11 13 11 13 11 13 11 (channels)

SPI/QSPI (clock-synchronous only) (channels) 16/1 14/1 16/1 14/1 16/1 14/1 16/1 14/1 16/1 14/1 16/1 14/1

I2C (channels) 15 13 15 13 15 13 15 13 15 13 15 13

CAN (channels) 2

Ether (channels) 1

SD Host/SD Slave/MMC (channels) 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1 0/0/1 1/1/1

USB Host/Func YES/YES

Graphics Graphic LCD controller NO

2D rendering engine NO

Security Encryption NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1 NO YES*1

I/O I/O ports 112 79 112 79 112 79 112 79 112 79 112 79

Other functions ELC YES

Safety functions YES

PDC YES NO YES NO YES NO YES NO YES NO YES NO

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C

Package 144-LFQFP 100-LFQFP 144-TFLGA 100-TFLGA 144-LFQFP 100-LFQFP 144-TFLGA 100-TFLGA 144-LFQFP 100-LFQFP 144-TFLGA 100-TFLGA (20 × 20 mm) (14 × 14 mm) (7 × 7 mm) (7 × 7 mm) (20 × 20 mm) (14 × 14 mm) (7 × 7 mm) (7 × 7 mm) (20 × 20 mm) (14 × 14 mm) (7 × 7 mm) (7 × 7 mm) Notes: 1. AES/TRNG 2. Incorporates Trusted Secure IP (integrated AES, DES, RSA, SHA, and TRNG) 74-75

RX65N (100 to 177 pins)

Group RX65N Pin count 176 144 100 177 145 100 176 144 100 177 145 100 176

Product name R5F565NCDDFC R5F565NCHDFC R5F565NCDDFB R5F565NCHDFB R5F565NCDDFP R5F565NCHDFP R5F565NCDDLC R5F565NCHDLC R5F565NCDDLK R5F565NCHDFB R5F565NCDDLJ R5F565NCHDLJ R5F565NCDDBG R5F565NCHDBG R5F565NEDDFC R5F565NEHDFC R5F565NEDDFB R5F565NEHDFB R5F565NEDDFP R5F565NEHDFP R5F565NEDDLC R5F565NEHDLC R5F565NEDDLK R5F565NEHDFB R5F565NEDDLJ R5F565NEHDLJ R5F565NEDDBG R5F565NEHDBG

CPU CPU core RXv2

Maximum operating frequency (MHz) 120

FPU YES

Memory ROM (KB) 1,536 2,096

RAM (KB) 640

Dual bank function YES

BGO function YES

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (16/18/20 MHz, low speed oscillator 240 KHz)

Data transfer DMAC (channels) 8

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29 12-bit × 22 12-bit × 29

D/A (resolution × channels) 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2 12-bit × 1 12-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/18/3

PWM outputs 48

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 13 11 13 11 13 11 13 11 13 (channels)

SPI/QSPI (clock-synchronous only) (channels) 16/1 14/1 16/1 14/1 16/1 14/1 16/1 14/1 16/1

I2C (channels) 16 13 16 13 16 13 16 13 16

CAN (channels) 2

Ether (channels) 1

SD Host/SD Slave/MMC (channels) 1/1/1

USB Host/Func YES/YES

Graphics Graphic LCD controller YES

2D rendering engine YES

Security Encryption NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2 NO YES*2

I/O I/O ports 137

Other functions ELC YES

Safety functions YES

PDC YES NO YES NO YES NO YES NO YES

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C

Package 176-LQFP 144-LQFP 100-LQFP 177-TFLGA 145-TFLGA 100-TFLGA 176-LFBGA 176-LQFP 144-LQFP 100-LQFP 177-TFLGA 145-TFLGA 100-TFLGA 176-LFBGA (24 × 24 mm) (20 × 20 mm) (14 × 14 mm) (9 × 9 mm) (7 × 7 mm) (7 × 7 mm) (13 × 13 mm) (24 × 24 mm) (20 × 20 mm) (14 × 14 mm) (9 × 9 mm) (7 × 7 mm) (7 × 7 mm) (13 × 13 mm) Notes: 1. AES/TRNG 2. Incorporates Trusted Secure IP (integrated AES, DES, RSA, SHA, and TRNG) 76-77

RX64M (100 to 177 pins)

Group RX64M Pin count 100 144 145

Product name R5F564MFCDFP R5F564MFDDFP R5F564MFGDFP R5F564MFHDFP R5F564MGCDFP R5F564MGDDFP R5F564MGGDFP R5F564MGHDFP R5F564MJCDFP R5F564MJDDFP R5F564MJGDFP R5F564MJHDFP R5F564MLCDFP R5F564MLDDFP R5F564MLGDFP R5F564MLHDFP R5F564MFCDLJ R5F564MFDDLJ R5F564MFGDLJ R5F564MFHDLJ R5F564MGCDLJ R5F564MGDDLJ R5F564MGGDLJ R5F564MGHDLJ R5F564MJCDLJ R5F564MJDDLJ R5F564MJGDLJ R5F564MJHDLJ R5F564MLCDLJ R5F564MLDDLJ R5F564MLGDLJ R5F564MLHDLJ R5F564MFCDFB R5F564MFDDFB R5F564MFGDFB R5F564MFHDFB R5F564MGCDFB R5F564MGDDFB R5F564MGGDFB R5F564MGHDFB R5F564MJCDFB R5F564MJDDFB R5F564MJGDFB R5F564MJHDFB R5F564MLCDFB R5F564MLDDFB R5F564MLGDFB R5F564MLHDFB R5F564MFCDLK R5F564MFDDLK R5F564MFGDLK R5F564MFHDLK R5F564MGCDLK R5F564MGDDLK R5F564MGGDLK R5F564MGHDLK

CPU CPU core RXv2

Maximum operating frequency (MHz) 120

FPU YES

Memory ROM (KB) 2048 2560 3072 4096 2048 2560 3072 4096 2048 2560 3072 4096 2048 2560

RAM (KB) 552

Data flash/E2 data flash (KB) 64

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (16/18/20 MHz)

Data transfer DMAC (channels) 8

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 12-bit × 22 12-bit × 29

D/A (resolution × channels) 12-bit × 1 12-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/22/3

PWM outputs 57 66

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 7 + 2 (with FIFO) 9 + 4 (with FIFO) (channels)

SPI/QSPI (clock-synchronous only) (channels) 8/1 10/1

I2C (channels) 9 11

CAN (channels) 2 3

SSI (channels) 2

SD Host/MMC (channels) —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1

Ether (channels) 1

IEEE1588 YES

USB Host/Func YES/YES

Security Encryption — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1

I/O I/O ports 79 112

Other functions ELC YES

Safety functions YES

PDC — YES

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C

Package 100-LQFP (14 × 14 mm) 100-TFLGA (7 × 7 mm) 144-LQFP (20 × 20 mm) 145-TFLGA (7 × 7 mm)

Note: 1. AES/DES/SHA/TRNG 78-79

RX64M (100 to 177 pins)

Group RX64M Pin count 145 176 177

Product name R5F564MJCDLK R5F564MJDDLK R5F564MJGDLK R5F564MJHDLK R5F564MLCDLK R5F564MLDDLK R5F564MLGDLK R5F564MLHDLK R5F564MFCDBG R5F564MFDDBG R5F564MFGDBG R5F564MFHDBG R5F564MGCDBG R5F564MGDDBG R5F564MGGDBG R5F564MGHDBG R5F564MJCDBG R5F564MJDDBG R5F564MJGDBG R5F564MJHDBG R5F564MLCDBG R5F564MLDDBG R5F564MLGDBG R5F564MLHDBG R5F564MFCDFC R5F564MFDDFC R5F564MFGDFC R5F564MFHDFC R5F564MGCDFC R5F564MGDDFC R5F564MGGDFC R5F564MGHDFC R5F564MJCDFC R5F564MJDDFC R5F564MJGDFC R5F564MJHDFC R5F564MLCDFC R5F564MLDDFC R5F564MLGDFC R5F564MLHDFC R5F564MFCDLC R5F564MFDDLC R5F564MFGDLC R5F564MFHDLC R5F564MGCDLC R5F564MGDDLC R5F564MGGDLC R5F564MGHDLC R5F564MJCDLC R5F564MJDDLC R5F564MJGDLC R5F564MJHDLC R5F564MLCDLC R5F564MLDDLC R5F564MLGDLC R5F564MLHDLC

CPU CPU core RXv2

Maximum operating frequency (MHz) 120

FPU YES

Memory ROM (KB) 3072 4096 2048 2560 3072 4096 2048 2560 3072 4096 2048 2560 3072 4096

RAM (KB) 552

Data flash/E2 data flash (KB) 64

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (16/18/20 MHz)

Data transfer DMAC (channels) 8

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 12-bit × 29

D/A (resolution × channels) 12-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/22/3

PWM outputs 66 63

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 9 + 4 (with FIFO) (channels)

SPI/QSPI (clock-synchronous only) (channels) 10/1

I2C (channels) 11

CAN (channels) 3

SSI (channels) 2

SD Host/MMC (channels) —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1 —/1 1/1

Ether (channels) 1 2

IEEE1588 YES

USB Host/Func YES/YES

Security Encryption — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1

I/O I/O ports 112 128

Other functions ELC YES

Safety functions YES

PDC YES

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C

Package 145-TFLGA (7 × 7 mm) 176-LFBGA (13 × 13 mm) 176-LQFP (24 × 24 mm) 177-TFLGA (8 × 8 mm)

Note: 1. AES/DES/SHA/TRNG 80-81

RX631 (48 to 176 pins)

Group RX631 Pin count 48 64 100 144

Product name R5F5631MCDFL R5F5631MDDFL R5F5631NCDFL R5F5631NDDFL R5F5631PCDFL R5F5631PDDFL R5F5631MCDFM R5F5631MDDFM R5F5631NCDFM R5F5631NDDFM R5F5631PCDFM R5F5631PDDFM R5F5631MFDLH R5F5631PFDLH R5F56316CDFP R5F56316DDFP R5F56317CDFP R5F56317DDFP R5F56318CDFP R5F56318DDFP R5F5631ACDFP R5F5631ADDFP R5F5631BCDFP R5F5631BDDFP R5F5631WDDFP R5F5631WHDFP R5F5631YDDFP R5F5631YHDFP R5F5631DCDFP R5F5631DDDFP R5F5631GDDFP R5F5631JDDFP R5F5631ECDFP R5F5631EDDFP R5F5631KDDFP R5F5631FDDFP R5F5631FHDFP R5F56316CDLJ R5F56316DDLJ R5F56317CDLJ R5F56317DDLJ R5F56318CDLJ R5F56318DDLJ R5F5631ACDLJ R5F5631ADDLJ R5F5631BCDLJ R5F5631BDDLJ R5F5631DCDLJ R5F5631DDDLJ R5F5631ECDLJ R5F5631EDDLJ R5F56316CDFB R5F56316DDFB R5F56316SDFB R5F56317CDFB R5F56317DDFB R5F56317SDFB

CPU CPU core RXv1

Maximum operating frequency (MHz) 100

FPU YES

Memory ROM (KB) 256 384 512 256 384 512 256 512 256 384 512 768 1024 1536 2048 256 384 512 768 1024 1536 2048 256 384

RAM (KB) 64 128 192 256 128 192 256 128 192 256 128

Data flash/E2 data flash (KB) 32

Clocks Subclock (external: 32.768 kHz) NO YES

RTC NO YES

On-chip oscillator YES (50 MHz, low speed oscillator 125 kHz)

Data transfer DMAC (channels) 4

EXDMAC (channels) — 2

DTC YES

Bus BSC — YES

Analog A/D (resolution × channels) 12-bit × 8 12-bit × 12 10-bit × 8, 12-bit × 14 10-bit × 8, 12-bit × 21

D/A (resolution × channels) — 10-bit × 1 10-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/16/— 4/22/—

PWM outputs 32 48

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 5 6 9 13 (channels)

SPI/QSPI (clock-synchronous only) (channels) 7/— 8/— 11/— 16/—

I2C (channels) 6 7 11 17

CAN (channels) —1—1—1—1—1— 1 —2—2—2—2— 2 — 2 — 2 —2—2—2—2—2—2—2—2—2

USB Host/Func YES/YES

Security Encryption — YES*1 — YES*1 — YES*1 —

I/O I/O ports 30 42 40 79 112

Other functions Safety functions YES

PDC — YES — YES

External interrupts (pins) 13 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C 64-TFLGA Package 48-LFQFP (7 × 7 mm) 64-LFQFP (10 × 10 mm) 100-LFQFP (14 × 14 mm) 100-TFLGA (7 × 7 mm) 144-LFQFP (20 × 20 mm) (6 × 6 mm) Note: 1. AES 82-83

RX631 (48 to 176 pins)

Group RX631 Pin count 144 145 176

Product name R5F56318CDFB R5F56318DDFB R5F56318SDFB R5F5631ACDFB R5F5631ADDFB R5F5631BCDFB R5F5631BDDFB R5F5631WDDFB R5F5631WHDFB R5F5631YDDFB R5F5631YHDFB R5F5631DCDFB R5F5631DDDFB R5F5631GDDFB R5F5631JDDFB R5F5631ECDFB R5F5631EDDFB R5F5631KDDFB R5F5631FDDFB R5F5631FHDFB R5F56316CDLK R5F56316DDLK R5F56316SDLK R5F56317CDLK R5F56317DDLK R5F56317SDLK R5F56318CDLK R5F56318DDLK R5F56318SDLK R5F5631ACDLK R5F5631ADDLK R5F5631BCDLK R5F5631BDDLK R5F5631DCDLK R5F5631DDDLK R5F5631ECDLK R5F5631EDDLK R5F56316CDBG R5F56316DDBG R5F56316SDBG R5F56317CDBG R5F56317DDBG R5F56317SDBG R5F56318CDBG R5F56318DDBG R5F56318SDBG R5F5631ACDBG R5F5631ADDBG R5F5631BCDBG R5F5631BDDBG R5F5631DCDBG R5F5631DDDBG R5F5631ECDBG R5F5631EDDBG

CPU CPU core RXv1

Maximum operating frequency (MHz) 100

FPU YES

Memory ROM (KB) 512 768 1024 1536 2048 256 384 512 768 1024 1536 2048 256 384 512 768 1024 1536 2048

RAM (KB) 128 192 256 128 192 256 128 192 256 128

Data flash/E2 data flash (KB) 32

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (50 MHz, low speed oscillator 125 kHz)

Data transfer DMAC (channels) 4

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 10-bit × 8, 12-bit × 21

D/A (resolution × channels) 10-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/22/—

PWM outputs 48

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 13 (channels)

SPI/QSPI (clock-synchronous only) (channels) 16/—

I2C (channels) 17

CAN (channels) — 2 — 2 — 2 — 3 — 3 — 2 — 2 — 2 —2—2—3—3— 2 — 2 — 2 —2—2—3—3

USB Host/Func YES/YES YES/YES

Security Encryption — YES*1 — YES*1 — YES*1 — —

I/O I/O ports 112 134

Other functions Safety functions YES YES

PDC — YES — YES — YES — YES — YES — YES — YES —

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C

Package 144-LFQFP (20 × 20 mm) 145-TFLGA (7 × 7 mm) 176-LFBGA (13 × 13 mm)

Note: 1. AES 84-85

RX631 (48 to 176 pins)

Group RX631 Pin count 176 177 48 64 100

Product name R5S56310CDFC R5F56316CDFC R5F56316DDFC R5F56316SDFC R5F56317CDFC R5F56317DDFC R5F56317SDFC R5F56318CDFC R5F56318DDFC R5F56318SDFC R5F5631ACDFC R5F5631ADDFC R5F5631BCDFC R5F5631BDDFC R5F5631WDDFC R5F5631WHDFC R5F5631YDDFC R5F5631YHDFC R5F5631DCDFC R5F5631DDDFC R5F5631ECDFC R5F5631EDDFC R5F5631KDDFC R5F5631FDDFC R5F5631FHDFC R5F56316CDLC R5F56316DDLC R5F56316SDLC R5F56317CDLC R5F56317DDLC R5F56317SDLC R5F56318CDLC R5F56318DDLC R5F56318SDLC R5F5631ACDLC R5F5631ADDLC R5F5631BCDLC R5F5631BDDLC R5F5631DCDLC R5F5631DDDLC R5F5631ECDLC R5F5631EDDLC R5F5631MDGFL R5F5631NDGFL R5F5631PDGFL R5F5631MDGFM R5F5631NDGFM R5F5631PDGFM R5F56316DGFP R5F56317DGFP R5F56318DGFP R5F5631ADGFP R5F5631BDGFP R5F5631WDGFP R5F5631YDGFP

CPU CPU core RXv1

Maximum operating frequency (MHz) 100

FPU YES

Memory ROM (KB) 0 256 384 512 768 1024 1536 2048 256 384 512 768 1024 1536 2048 256 384 512 256 384 512 256 384 512 768 1024

RAM (KB) 128 192 256 128 192 256 128 64 128 192 256

Data flash/E2 data flash (KB) 0 32

Clocks Subclock (external: 32.768 kHz) YES NO YES

RTC YES NO YES

On-chip oscillator YES (50 MHz, low speed oscillator 125 kHz)

Data transfer DMAC (channels) 4

EXDMAC (channels) 2 — 2

DTC YES

Bus BSC YES — YES

Analog A/D (resolution × channels) 10-bit × 8, 12-bit × 21 12-bit × 8 12-bit × 12 10-bit × 8, 12-bit × 14

D/A (resolution × channels) 10-bit × 2 — 10-bit × 1

Timers 8-/16-/32-bit timers (channels) 4/22/— 4/16/—

PWM outputs 48 32

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 13 5 6 9 (channels)

SPI/QSPI (clock-synchronous only) (channels) 16/— 7/— 8/— 11/—

I2C (channels) 17 6 7 11

CAN (channels) — 2 — 2 — 2 — 2 — 2 — 3 — 3 —2—2—2—2—2—3—3 1 2

USB Host/Func YES/YES

Security Encryption — YES*1 — YES*1 — YES*1 —

I/O I/O ports 134 30 42 79

Other functions Safety functions YES

PDC — YES — YES — YES — YES — YES — YES —

External interrupts (pins) 16 13 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C 48-LFQFP 64-LFQFP Package 176-LFQFP (24 × 24 mm) 177-TFLGA (8 × 8 mm) 100-LFQFP (14 × 14 mm) (7 × 7 mm) (10 × 10 mm) Note: 1. AES 86-87

RX631 (48 to 176 pins)

Group RX631 Pin count 100 144 176

Product name R5F5631DDGFP R5F5631GDGFP R5F5631JDGFP R5F5631EDGFP R5F5631KDGFP R5F5631FDGFP R5F56316DGFB R5F56316SGFB R5F56317DGFB R5F56317SGFB R5F56318DGFB R5F56318SGFB R5F5631ADGFB R5F5631BDGFB R5F5631WDGFB R5F5631YDGFB R5F5631DDGFB R5F5631GDGFB R5F5631JDGFB R5F5631EDGFB R5F5631KDGFB R5F5631FDGFB R5F56316DGFC R5F56316SGFC R5F56317DGFC R5F56317SGFC R5F56318DGFC R5F56318SGFC R5F5631ADGFC R5F5631BDGFC R5F5631WDGFC R5F5631YDGFC R5F5631DDGFC R5F5631EDGFC R5F5631KDGFC R5F5631FDGFC

CPU CPU core RXv1

Maximum operating frequency (MHz) 100

FPU YES

Memory ROM (KB) 1536 2048 256 384 512 768 1024 1536 2048 256 384 512 768 1024 1536 2048

RAM (KB) 128 192 256 128 192 256 128 192 256 128 192 256 128 192 256 128 192 256 128 192 256

Data flash/E2 data flash (KB) 32

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (50 MHz, low speed oscillator 125 kHz)

Data transfer DMAC (channels) 4

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 10-bit × 8, 12-bit × 14 10-bit × 8, 12-bit × 21

D/A (resolution × channels) 10-bit × 1 10-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/16/— 4/22/—

PWM outputs 32 48

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 9 13 (channels)

SPI/QSPI (clock-synchronous only) (channels) 11/— 16/—

I2C (channels) 11 17

CAN (channels) 2 3 2

USB Host/Func YES/YES

Security Encryption —

I/O I/O ports 79 112 134

Other functions Safety functions YES

PDC — YES — YES — YES — YES — YES — YES —

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 105 °C

Package 100-LFQFP (14 × 14 mm) 144-LFQFP (20 × 20 mm) 176-LFQFP (24 × 24 mm)

Note: 1. AES 88-89

RX63N (100 to 176 pins)

Group RX63N Pin count 100 144 145 176

Product name R5F563NACDFP R5F563NADDFP R5F563NBCDFP R5F563NBDDFP R5F563NWDDFP R5F563NWHDFP R5F563NYDDFP R5F563NYHDFP R5F563NDCDFP R5F563NDDDFP R5F563NECDFP R5F563NEDDFP R5F563NKDDFP R5F563NFDDFP R5F563NFHDFP R5F563NACDLJ R5F563NADDLJ R5F563NBCDLJ R5F563NBDDLJ R5F563NDCDLJ R5F563NDDDLJ R5F563NECDLJ R5F563NEDDLJ R5F563NACDFB R5F563NADDFB R5F563NBCDFB R5F563NBDDFB R5F563NWDDFB R5F563NWHDFB R5F563NYDDFB R5F563NYHDFB R5F563NDCDFB R5F563NDDDFB R5F563NECDFB R5F563NEDDFB R5F563NKDDFB R5F563NFDDFB R5F563NFHDFB R5F563NACDLK R5F563NADDLK R5F563NBCDLK R5F563NBDDLK R5F563NDCDLK R5F563NDDDLK R5F563NECDLK R5F563NEDDLK R5F563NACDBG R5F563NADDBG R5F563NBCDBG R5F563NBDDBG R5F563NDCDBG R5F563NDDDBG R5F563NECDBG R5F563NEDDBG

CPU CPU core RXv1

Maximum operating frequency (MHz) 100

FPU YES

Memory ROM (KB) 768 1024 1536 2048 768 1024 1536 2048 768 1024 1536 2048 768 1024 1536 2048 768 1024 1536 2048

RAM (KB) 128 192 256 128 192 256 128 192 256 128 192 256 128

Data flash/E2 data flash (KB) 32

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (50 MHz, low speed oscillator 125 kHz)

Data transfer DMAC (channels) 4

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 10-bit × 8, 12-bit × 14 10-bit × 8, 12-bit × 21

D/A (resolution × channels) 10-bit × 1 10-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/16/— 4/22/—

PWM outputs 32 48

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 9 13 (channels)

SPI/QSPI (clock-synchronous only) (channels) 11/— 16/—

I2C (channels) 11 17

CAN (channels) — 2 — 2 —2— 2 —2—2—2—2 — 2 — 2 — 3 — 3 —2—2—3—3—2—2—3—3

Ether (channels) YES

USB Host/Func YES/YES

Security Encryption — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 —

I/O I/O ports 79 112 134

Other functions Safety functions YES

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C

Package 100-LFQFP (14 × 14 mm) 100-TFLGA (7 × 7 mm) 144-LFQFP (20 × 20 mm) 145-TFLGA (7 × 7 mm) 176-LFBGA (13 × 13 mm)

Note: 1. AES 90-91

RX63N (100 to 176 pins)

Group RX63N Pin count 176 177 100 144 176

Product name R5F563NACDFC R5F563NADDFC R5F563NBCDFC R5F563NBDDFC R5F563NWDDFC R5F563NWHDFC R5F563NYDDFC R5F563NYHDFC R5F563NDCDFC R5F563NDDDFC R5F563NECDFC R5F563NEDDFC R5F563NKDDFC R5F563NFDDFC R5F563NFHDFC R5F563NACDLC R5F563NADDLC R5F563NBCDLC R5F563NBDDLC R5F563NDCDLC R5F563NDDDLC R5F563NECDLC R5F563NEDDLC R5F563NADGFP R5F563NBDGFP R5F563NWDGFP R5F563NWHGFP R5F563NYDGFP R5F563NYHGFP R5F563NDDGFP R5F563NEDGFP R5F563NKDGFP R5F563NFDGFP R5F563NFHGFP R5F563NADGFB R5F563NBDGFB R5F563NWDGFB R5F563NWHGFB R5F563NYDGFB R5F563NYHGFB R5F563NDDGFB R5F563NEDGFB R5F563NKDGFB R5F563NFDGFB R5F563NFHGFB R5F563NADGFC R5F563NBDGFC R5F563NWDGFC R5F563NWHGFC R5F563NYDGFC R5F563NYHGFC R5F563NDDGFC R5F563NEDGFC R5F563NKDGFC R5F563NFDGFC R5F563NFHGFC

CPU CPU core RXv1

Maximum operating frequency (MHz) 100

FPU YES

Memory ROM (KB) 768 1024 1536 2048 768 1024 1536 2048 768 1024 1536 2048 768 1024 1536 2048 768 1024 1536 2048

RAM (KB) 128 192 256 128 192 256 128 192 256 128 192 256 128 192 256 128 192 256 128 192 256 128 192 256

Data flash/E2 data flash (KB) 32

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (50 MHz, low speed oscillator 125 kHz)

Data transfer DMAC (channels) 4

EXDMAC (channels) 2

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 10-bit × 8, 12-bit × 21 10-bit × 8, 12-bit × 14 10-bit × 8, 12-bit × 21

D/A (resolution × channels) 10-bit × 2 10-bit × 1 10-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/22/— 4/16/— 4/22/—

PWM outputs 48 32 48

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 13 9 13 (channels)

SPI/QSPI (clock-synchronous only) (channels) 16/— 11/— 16/—

I2C (channels) 17 11 17

CAN (channels) — 2 — 2 —3— 3 —2—2—3—3 2 3 2 3

Ether (channels) YES

USB Host/Func YES/YES

Security Encryption — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1 — YES*1

I/O I/O ports 134 79 112 134

Other functions Safety functions YES

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C

Package 176-LFQFP (24 × 24 mm) 177-TFLGA (8 × 8 mm) 100-LFQFP (14 × 14 mm) 144-LFQFP (20 × 20 mm) 176-LFQFP (24 × 24 mm)

Note: 1. AES 92-93

RX621 (85 to 176 pins) RX62N (100 to 176 pins)

Group RX621 Group RX62N Pin count 85 100 144 145 176 Pin count 100 144 145 176

Product name Product name R5F56216BDLD R5F56217BDLD R5F56218BDLD R5F56216BDFP R5F56217BDFP R5F56218BDFP R5F56216BDFB R5F56217BDFB R5F56218BDFB R5F56216BDLE R5F56217BDLE R5F56218BDLE R5F56216BDBG R5F56217BDBG R5F56218BDBG R5F562N7ADFP R5F562N7BDFP R5F562N8ADFP R5F562N8BDFP R5F562N7ADFB R5F562N7BDFB R5F562N8ADFB R5F562N8BDFB R5F562N7ADLE R5F562N7BDLE R5F562N8ADLE R5F562N8BDLE R5F562N7ADBG R5F562N7BDBG R5F562N8ADBG R5F562N8BDBG

CPU CPU core RXv1 CPU CPU core RXv1

Maximum operating frequency (MHz) 100 Maximum operating frequency (MHz) 100

FPU YES FPU YES

Memory ROM (KB) 256 384 512 256 384 512 256 384 512 256 384 512 256 384 512 Memory ROM (KB) 384 512 384 512 384 512 384 512

RAM (KB) 64 96 64 96 64 96 64 96 64 96 RAM (KB) 64 96 64 96 64 96 64 96

Data flash/E2 data flash (KB) 32 Data flash/E2 data flash (KB) 32

Clocks Subclock (external: 32.768 kHz) YES Clocks Subclock (external: 32.768 kHz) YES

RTC YES RTC YES

On-chip oscillator YES (Low speed 125 kHz) On-chip oscillator YES (Low speed 125 kHz)

Data transfer DMAC (channels) 4 Data transfer DMAC (channels) 4

EXDMAC (channels) — 2 EXDMAC (channels) — 2

DTC YES DTC YES

Bus BSC YES Bus BSC YES

Analog A/D (resolution × channels) 10-bit × 8, 12-bit × 8 Analog A/D (resolution × channels) 10-bit × 8, 12-bit × 8

D/A (resolution × channels) 10-bit × 2 10-bit × 1 10-bit × 2 D/A (resolution × channels) 10-bit × 1 10-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/16/— Timers 8-/16-/32-bit timers (channels) 4/16/—

PWM outputs 32 PWM outputs 32

3-phase PWM output YES 3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) Communications SCI (clock-synchronous/asynchronous) 6 6 (channels) (channels)

SPI/QSPI (clock-synchronous only) (channels) 2/— SPI/QSPI (clock-synchronous only) (channels) 2/—

I2C (channels) 2 1 2 I2C (channels) 1 2

CAN (channels) 1 CAN (channels) —1—1—1—1—1—1—1—1

USB Host/Func YES/YES Ether (channels) 1

I/O I/O ports 60 74 105 128 USB Host/Func YES/YES

Other functions Safety functions YES I/O I/O ports 74 105 128

External interrupts (pins) 16 Other functions Safety functions YES

Other Power supply voltage (V) 2.7 V to 3.6 V External interrupts (pins) 16

Operating ambient temperature (°C) –40 to 85 °C Other Power supply voltage (V) 2.7 V to 3.6 V

Package 85-TFLGA 100-LFQFP 144-LFQFP 145-TFLGA 176-LFBGA Operating ambient temperature (°C) –40 to 85 °C (7 × 7 mm) (14 × 14 mm) (20 × 20 mm) (9 × 9 mm) (13 × 13 mm) Package 100-LFQFP 144-LFQFP 145-TFLGA 176-LFBGA (14 × 14 mm) (20 × 20 mm) (9 × 9 mm) (13 × 13 mm) 94-95

RX634 (144 pins) RX630 (100 to 144 pins)

Group RX634 Group RX630 Pin count 144 Pin count 80 100

Product name Product name R5F5634BCDFB R5F5634BYDFB R5F5634DCDFB R5F5634DYDFB R5F5634ECDFB R5F5634EYDFB R5F56307CDFN R5F56307DDFN R5F56308CDFN R5F56308DDFN R5F56307CDFP R5F56307DDFP R5F56308CDFP R5F56308DDFP R5F5630ACDFP R5F5630ADDFP R5F5630BCDFP R5F5630BDDFP R5F5630DCDFP R5F5630DDDFP R5F5630ECDFP R5F5630EDDFP R5F56307CDLA R5F56307DDLA R5F56308CDLA R5F56308DDLA

CPU CPU core RXv1 CPU CPU core RXv1

Maximum operating frequency (MHz) 54 Maximum operating frequency (MHz) 100

FPU YES FPU YES

Memory ROM (KB) 1024 1536 2048 Memory ROM (KB) 384 512 384 512 768 1024 1536 2048 384 512

RAM (KB) 128 RAM (KB) 64 96 128 64

Data flash/E2 data flash (KB) 32 Data flash/E2 data flash (KB) 32

Clocks On-chip oscillator YES (Low speed oscillator 125 kHz) Clocks Subclock (external: 32.768 kHz) YES

Data transfer DMAC (channels) 4 RTC YES

DTC YES On-chip oscillator YES (50 MHz, low speed oscillator 125 kHz)

Bus BSC YES Data transfer DMAC (channels) 4

Analog A/D (resolution × channels) 12-bit × 16 DTC YES

D/A (resolution × channels) 10-bit × 2 Bus BSC — YES 10-bit × 4, Timers 8-/16-/32-bit timers (channels) 4/16/— Analog A/D (resolution × channels) 10-bit × 8, 12-bit × 14 12-bit × 11 PWM outputs 32 D/A (resolution × channels) 10-bit × 1

3-phase PWM output YES Timers 8-/16-/32-bit timers (channels) 4/16/— Communications SCI (clock-synchronous/asynchronous) 13 PWM outputs 32 (channels) 3-phase PWM output YES SPI/QSPI (clock-synchronous only) (channels) 15/— Communications SCI (clock-synchronous/asynchronous) 2 6 9 I C (channels) 16 (channels)

I/O I/O ports 123 SPI/QSPI (clock-synchronous only) (channels) 8/— 11/—

Other functions ELC YES I2C (channels) 8 11

Safety functions YES CAN (channels) —1—1—1—1—2—2—2—2—1—1

External interrupts (pins) 13 USB Host/Func —/YES

CEC/RCR YES/YES — YES/YES — YES/YES — I/O I/O ports 59 79 2.7 V to 3.6 2.7 V to 3.6 2.7 V to 3.6 Other Power supply voltage (V) 4 V to 5.5 V 4 V to 5.5 V 4 V to 5.5 V V V V Other functions Safety functions YES Operating ambient temperature (°C) –40 to 85 °C External interrupts (pins) 16

Package 144-LFQFP (20 × 20 mm) Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 105 °C –40 to 85 °C

Package 80-LFQFP 100-LFQFP 100-TFLGA (12 × 12 mm) (14 × 14 mm) (5.5 × 5.5 mm) 96-97

RX630 (100 to 144 pins)

Group RX630 Pin count 144 145 176 177 80 100 144

Product name R5F5630ACDFB R5F5630ADDFB R5F5630BCDFB R5F5630BDDFB R5F5630DCDFB R5F5630DDDFB R5F5630ECDFB R5F5630EDDFB R5F5630ACDLK R5F5630ADDLK R5F5630BCDLK R5F5630BDDLK R5F5630DCDLK R5F5630DDDLK R5F5630ECDLK R5F5630EDDLK R5F5630ACDBG R5F5630ADDBG R5F5630BCDBG R5F5630BDDBG R5F5630DCDBG R5F5630DDDBG R5F5630ECDBG R5F5630EDDBG R5F5630ACDFC R5F5630ADDFC R5F5630BCDFC R5F5630BDDFC R5F5630DCDFC R5F5630DDDFC R5F5630ECDFC R5F5630EDDFC R5F5630ACDLC R5F5630ADDLC R5F5630BCDLC R5F5630BDDLC R5F5630DCDLC R5F5630DDDLC R5F5630ECDLC R5F5630EDDLC R5F56307DGFN R5F56308DGFN R5F56307DGFP R5F56308DGFP R5F5630ADGFP R5F5630BDGFP R5F5630ADGFB R5F5630BDGFB

CPU CPU core RXv1

Maximum operating frequency (MHz) 100

FPU YES

Memory ROM (KB) 768 1024 1536 2048 768 1024 1536 2048 768 1024 1536 2048 768 1024 1536 2048 768 1024 1536 2048 384 512 384 512 768 1024 768 1024

RAM (KB) 96 128 96 128 96 128 96 128 96 128 64 96

Data flash/E2 data flash (KB) 32

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (50 MHz, low speed oscillator 125 kHz)

Data transfer DMAC (channels) 4

DTC YES

Bus BSC YES — YES 10-bit × 4, 10-bit × 8, 10-bit × 8, Analog A/D (resolution × channels) 10-bit × 8, 12-bit × 21 12-bit × 11 12-bit × 14 12-bit × 21 D/A (resolution × channels) 10-bit × 2 10-bit × 1 10-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/22/— 4/16/— 4/22/—

PWM outputs 48 32 48

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 13 6 9 13 (channels)

SPI/QSPI (clock-synchronous only) (channels) 16/— 8/— 11/— 16/—

I2C (channels) 17 8 11 17

CAN (channels) —2—2—3—3—2—2—3—3—2—2 —3—3—2—2—3—3—2—2—3—3 1 2

USB Host/Func —/YES

I/O I/O ports 118 149 59 79 118

Other functions Safety functions YES

External interrupts (pins) 16

Other Power supply voltage (V) 2.7 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C 80-LFQFP 100-LFQFP 144-LFQFP Package 144-LFQFP (20 × 20 mm) 145-TFLGA (7 × 7 mm) 176-LFBGA (13 × 13 mm) 176-LFQFP (24 × 24 mm) 177-TFLGA (8 × 8 mm) (12 × 12 mm) (14 × 14 mm) (20 × 20 mm) 98-99

RX610 (144 to 176 pins) RX63T (48 to 144 pins)

Group RX610 Group RX63T Pin count 144 176 Pin count 48 64 100 1 1 1 1 1 1 1 1 1

Product name Product name 1 1 1 * * * * * * * * * * * * R5F56104 VDFP R5F56104 VNFP R5F56106 VDFP R5F56106 VNFP R5F56107 VDFP R5F56107 VNFP R5F56108 VDFP R5F56108 VNFP R5F56104WDBG R5F56104WNBG R5F56106WDBG R5F56106WNBG R5F56107WDBG R5F56107WNBG R5F56108WDBG R5F56108WNBG R5F563T4EDFL R5F563T5EDFL R5F563T6EDFL R5F563T4EDFM R5F563T5EDFM R5F563T6EDFM R5F563TBADFP R5F563TBBDFP R5F563TBDDFP R5F563TBEDFP R5F563TCADFP R5F563TCBDFP R5F563TCDDFP R5F563TCEDFP R5F563TEADFP R5F563TEBDFP R5F563TEDDFP R5F563TEEDFP

CPU CPU core RXv1 CPU CPU core RXv1

Maximum operating frequency (MHz) 100 Maximum operating frequency (MHz) 100

FPU YES FPU YES

Memory ROM (KB) 768 1024 1536 2048 768 1024 1536 2048 Memory ROM (KB) 32 48 64 32 48 64 256 384 512

RAM (KB) 128 RAM (KB) 8 24 32 48

Data flash/E2 data flash (KB) 32 Data flash/E2 data flash (KB) 8 32

Data transfer DMAC (channels) 4 Clocks On-chip oscillator YES (Low speed 125 kHz)

DTC YES Data transfer DMAC (channels) 4

Bus BSC YES DTC YES

Analog A/D (resolution × channels) 10-bit × 16 Bus BSC — YES

D/A (resolution × channels) 10-bit × 2 Analog A/D (resolution × channels) 12-bit × 6 12-bit × 8 10-bit × 12, 12-bit × 8

Timers 8-/16-/32-bit timers (channels) 4/16/— D/A (resolution × channels) — 10-bit × 2

PWM outputs 32 Timers 8-/16-/32-bit timers (channels) —/16/— —/20/—

3-phase PWM output YES PWM outputs 32

Communications SCI (clock-synchronous/asynchronous) 3-phase PWM output YES 7 (channels) Communications SCI (clock-synchronous/asynchronous) 3 4 I2C (channels) 2 (channels)

I/O I/O ports 117 140 SPI/QSPI (clock-synchronous only) (channels) 4/— 6/—

Other functions Safety functions — I2C (channels) 1 5

External interrupts (pins) 16 CAN (channels) — 1 — 1 — 1 —

Other Power supply voltage (V) 3 V to 3.6 V USB Host/Func —

Operating ambient temperature (°C) –40 to –20 to –40 to –20 to –40 to –20 to –40 to –20 to –40 to –20 to –40 to –20 to –40 to –20 to –40 to –20 to I/O I/O ports 32 48 78 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C 85 °C Package 144-LFQFP (20 × 20 mm) 176-LFBGA (13 × 13 mm) Other functions Safety functions YES External interrupts (pins) 6 8

Other Power supply voltage (V) 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 2.7 V to 3.6 V to to to to to to to to to to to to 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V Operating ambient temperature (°C) –40 to 85 °C 48-LFQFP 64-LFQFP Package 100-LFQFP (14 × 14 mm) (7 × 7 mm) (10 × 10 mm) Note: 1. Products supporting operation at 105°C are available. Product number: R5F563TxxGxx Temperature range: –40 to 105°C 100-101

RX63T (48 to 144 pins)

Group RX63T Pin count 112 120 144 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Product name 1 * * * * * * * * * * * * * * * * * * R5F563TCBDFB R5F563TCDDFB R5F563TCEDFB R5F563TEADFB R5F563TEBDFB R5F563TEDDFB R5F563TEEDFB R5F563TCDDFA R5F563TCEDFA R5F563TEADFA R5F563TEBDFA R5F563TEDDFA R5F563TEEDFA R5F563TBADFB R5F563TBBDFB R5F563TBDDFB R5F563TBEDFB R5F563TCADFB R5F563TCBDFA R5F563TBADFH R5F563TBBDFH R5F563TBDDFH R5F563TBEDFH R5F563TCADFH R5F563TCBDFH R5F563TCDDFH R5F563TCEDFH R5F563TEADFH R5F563TEBDFH R5F563TEDDFH R5F563TEEDFH R5F563TBADFA R5F563TBBDFA R5F563TBDDFA R5F563TBEDFA R5F563TCADFA

CPU CPU core RXv1

Maximum operating frequency (MHz) 100

FPU YES

Memory ROM (KB) 256 384 512 256 384 512 256 384 512

RAM (KB) 24 32 48 24 32 48 24 32 48

Data flash/E2 data flash (KB) 32

Clocks On-chip oscillator YES (Low speed 125 kHz)

Data transfer DMAC (channels) 4

DTC YES

Bus BSC YES

Analog A/D (resolution × channels) 10-bit × 12, 12-bit × 8 10-bit × 20, 12-bit × 8

D/A (resolution × channels) 10-bit × 2

Timers 8-/16-/32-bit timers (channels) —/20/—

PWM outputs 34

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 5 (channels)

SPI/QSPI (clock-synchronous only) (channels) 7/—

I2C (channels) 6 7

CAN (channels) 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 —

USB Host/Func — YES/YES

I/O I/O ports 90 93 110

Other functions Safety functions YES

External interrupts (pins) 8

Other Power supply voltage (V) 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V Operating ambient temperature (°C) –40 to 85 °C

Package 112-LQFP (20 × 20 mm) 120-LFQFP (16 × 16 mm) 144-LFQFP (20 × 20 mm)

Note: 1. Products supporting operation at 105°C are available. Product number: R5F563TxxGxx Temperature range: –40 to 105°C 102-103

RX62T (64 to 112 pins)

Group RX62T Pin count 64 80 100 112 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 * * Product name * * * * * * * * * * * * * R5F562T7BDFK R5F562T7DDFK R5F562T7EDFK R5F562TAADFK R5F562TABDFK R5F562TADDFK R5F562TAEDFK R5F562T6ADFF R5F562T6BDFF R5F562T6DDFF R5F562T6EDFF R5F562T7ADFF R5F562T7GDFF R5F562T7BDFF R5F562T7DDFF R5F562T7EDFF R5F562TAADFF R5F562TAGDFF R5F562TABDFF R5F562TADDFF R5F562TAEDFF R5F562T7ADFP R5F562T7BDFP R5F562T7DDFP R5F562T7EDFP R5F562TAADFP R5F562TABDFP R5F562TADDFP R5F562TAEDFP R5F562T7ADFH R5F562T7BDFH R5F562T7DDFH R5F562T7EDFH R5F562TAADFH R5F562TABDFH R5F562TADDFH R5F562TAEDFH R5F562T6BDFK R5F562T6DDFK R5F562T6EDFK R5F562T7ADFK R5F562T7BDFM R5F562T7DDFM R5F562T7EDFM R5F562TAADFM R5F562TABDFM R5F562TADDFM R5F562TAEDFM R5F562T6ADFK R5F562T6BDFM R5F562T6DDFM R5F562T6EDFM R5F562T7ADFM R5F562T6ADFM

CPU CPU core RXv1

Maximum operating frequency (MHz) 100

FPU YES

Memory ROM (KB) 64 128 256 64 128 256 64 128 256 128 256 128 256

RAM (KB) 8 16 8 16 8 16 8 16 8 16

Data flash/E2 data flash (KB) 8 32 8 32 8 32 8 32 8 32

Clocks On-chip oscillator YES (Low speed 125 kHz)

Data transfer DTC YES

Analog A/D (resolution × channels) 12-bit × 8 10-bit × 4, 12-bit × 8 10-bit × 12, 12-bit × 8

Timers 8-/16-/32-bit timers (channels) —/16/—

PWM outputs 25 26 32

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 3 (channels)

SPI/QSPI (clock-synchronous only) (channels) 1/—

I2C (channels) 1

CAN (channels) 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0

I/O I/O ports 46 57 76 82

Other functions Safety functions YES

External interrupts (pins) 5 9

Other Power supply voltage (V) 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 4 V 2.7 V 4 V 2.7 V 4 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V 4 V 2.7 V to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to to 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V 5.5 V 3.6 V Operating ambient temperature (°C) –40 to 85 °C

Package 64-LFQFP (10 × 10 mm) 64-LQFP (14 × 14 mm) 80-LQFP (14 × 14 mm) 100-LFQFP (14 × 14 mm) 112-LQFP (20 × 20 mm)

Note: 1. Products supporting operation at 105°C are available. Product number: R5F562TxxGxx Temperature range: –40 to 105°C 104-105

RX62G (100 to 112 pins) RX24U (100 to 144 pins)

Group RX62G Group RX24U

Pin count 100 112 Pin count 100 144 1 1 1 1

Product name * Product name * * * R5F562GADDFH R5F562G7DDFH R5F562GAADFH R5F562GADDFP R5F562G7ADFH R5F562G7DDFP R5F562GAADFP R5F562G7ADFP R5F524UBADFP R5F524UCADFP R5F524UEADFP R5F524UBADFB R5F524UCADFB R5F524UEADFB CPU CPU core RX CPU CPU core RXv2 Maximum operating frequency (MHz) 100 Maximum operating frequency (MHz) 80 FPU YES FPU YES Memory ROM (KB) 128 256 128 256 Memory ROM (KB) 256 384 512 256 384 512 RAM (KB) 8 16 8 16 RAM (KB) 32 Data flash/E2 data flash (KB) 8 32 8 32 Data flash (KB) 8 Clocks On-chip oscillator YES (Low speed 125 kHz) Clocks On-chip oscillator YES (High speed oscillator 32MHz/64MHz, low speed oscillator 4MHz) Data transfer DTC YES Data transfer DTC YES Analog A/D (resolution × channels) 10-bit × 12, 12-bit × 8 Analog A/D (Unit resolution × channels) Unit0 12-bit × 5 Unit0 12-bit × 5 Timers 8-/16-/32-bit timers (channels) —/16/— Unit1 12-bit × 5 Unit1 12-bit × 5 (simultaneous sample-and-hold of (simultaneous sample-and-hold of PWM outputs 32 3 channels) 3 channels) Unit2 12-bit × 10 Unit2 12-bit × 12 3-phase PWM output YES Programmable gain amplifier (channels) Differential × 4 Communications SCI (clock-synchronous/asynchronous) 3 (channels) Comparator (channels) 4 (no reference voltage external input)

SPI/QSPI (clock-synchronous only) (channels) 1/— D/A (resolution × channels) 8-bit × 2 (comparator reference voltage + external output)

I2C (channels) 1 Timers 8-/16-/32-bit timers (channels) 8/17/—

CAN (channels) 1 0 1 0 1 0 1 0 PWM outputs 44

I/O I/O ports 76 82 3-phase PWM output 3 Communications SCI (clock-synchronous/asynchronous) Other functions Safety functions YES 4 6 (channels) External interrupts (pins) 9 SPI/QSPI (clock-synchronous only) (channels) 5/— 7/— Other Power supply voltage (V) 4 V to 5.5 V I2C (channels) 5 7 Operating ambient temperature (°C) –40 to 85 °C CAN (channels) 1 Package 100-LFQFP (14 × 14 mm) 112-LQFP (20 × 20 mm) I/O I/O ports 80 111 Note: 1. Products supporting operation at 105°C are available. Product number: R5F562GxxGxx Other functions Safety functions YES Temperature range: –40 to 105°C External interrupts (pins) 9

Other Power supply voltage (V) 2.7 V to 5.5 V

Operating ambient temperature (°C) –40 to 85 °C

Package 100-LFQFP (14 × 14mm) 144-LFQFP (20 × 20mm) 106-107

RX24T (64 to 100 pins) RX23T (48 to 64 pins)

Group RX24T Group RX23T Pin count 64 80 100 Pin count 48 52 64 48 52 64

Product name Product name R5F523T3ADFL R5F523T5ADFL R5F523T3ADFD R5F523T5ADFD R5F523T3ADFM R5F523T5ADFM R5F523T3AGFL R5F523T5AGFL R5F523T3AGFD R5F523T5AGFD R5F523T3AGFM R5F523T5AGFM R5F524T8ADFM R5F524TAADFM R5F524T8ADFN R5F524TAADFN R5F524T8ADFF R5F524TAADFF R5F524T8ADFP R5F524TAADFP R5F524TBADFP R5F524TCADFP R5F524TEADFP CPU CPU core RXv2 CPU CPU core RXv2 Maximum operating frequency (MHz) 40 Maximum operating frequency (MHz) 80 FPU YES FPU YES Memory ROM (KB) 64 128 64 128 64 128 64 128 64 128 64 128 Memory ROM (KB) 128 256 128 256 128 256 128 256 256 384 512 RAM (KB) 12 RAM (KB) 16 32 Data flash (KB) — Data flash (KB) 8 Clocks On-chip oscillator YES (High speed oscillator 32 MHz, low speed oscillator 4 MHz) Clocks On-chip oscillator YES (High speed oscillator 32 MHz/64 MHz, low speed oscillator 4 MHz) Data transfer DTC YES Data transfer DTC YES Analog A/D (resolution × channels) 12-bit × 10 (simultaneous sample-and-hold of 3 channels) Unit0 12-bit × 3 Analog A/D (Unit resolution × channels) Unit0 12-bit × 5 Unit1 12-bit × 4 Unit0 12-bit × 5 Unit1 12-bit × 5 Programmable gain amplifier (channels) — (simultaneous Unit1 12-bit × 5 (simultaneous sample-and-hold of (simultaneous sample-and-hold of 3 channels) Comparator (channels) 3 sample-and-hold of 3 channels) 3 channels) Unit2 12-bit × 12 Unit2 12-bit × 7 Unit2 12-bit × 5 D/A (resolution × channels) 8-bit × 1 (comparator reference voltage only) Programmable gain amplifier (channels) 4 Timers 8-/16-/32-bit timers (channels) 4/10/— 4 (no reference voltage Comparator (channels) 4 (reference voltage external input) PWM outputs 16 18 20 16 18 20 external input) 8-bit × 2 (comparator reference 3-phase PWM output 1 D/A (resolution × channels) 8-bit × 1 (comparator reference voltage only) voltage + external output) Communications SCI (clock-synchronous/asynchronous) 2 Timers 8-/16-/32-bit timers (channels) 8/13/— 8/17/— (channels)

PWM outputs 24 29 36 44 SPI/QSPI (clock-synchronous only) (channels) 3/—

3-phase PWM output 2 3 I2C (channels) 3 Communications SCI (clock-synchronous/asynchronous) 3 I/O I/O ports 38 41 51 38 41 51 (channels) Other functions Safety functions YES SPI/QSPI (clock-synchronous only) (channels) 4/— External interrupts (pins) 7 I2C (channels) 4 Other Power supply voltage (V) 2.7 V to 5.5 V CAN (channels) 0 1 Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C I/O I/O ports 49 61 81 Package 48-LFQFP 52-LQFP 64-LFQFP 48-LFQFP 52-LQFP 64-LFQFP Other functions Safety functions YES (7 × 7 mm) (10 × 10 mm) (10 × 10 mm) (7 × 7 mm) (10 × 10 mm) (10 × 10 mm)

External interrupts (pins) 9

Other Power supply voltage (V) 2.7 V to 5.5 V

Operating ambient temperature (°C) –40 to 85 °C

Package 64-LFQFP 80-LFQFP 80-LQFP 100-LFQFP (10 × 10 mm) (12 × 12 mm) (14 × 14 mm) (14 × 14 mm) 108-109

RX231 (48 to 100 pins)

Group RX231 Pin count 48 64 100

Product name R5F52315ADNE R5F52315CDNE R5F52316ADNE R5F52316CDNE R5F52317ADNE R5F52317BDNE R5F52318ADNE R5F52318BDNE R5F52315ADFL R5F52315CDFL R5F52316ADFL R5F52316CDFL R5F52317ADFL R5F52317BDFL R5F52318ADFL R5F52318BDFL R5F52315ADND R5F52315CDND R5F52316ADND R5F52316CDND R5F52317ADND R5F52317BDND R5F52318ADND R5F52318BDND R5F52315ADFM R5F52315CDFM R5F52316ADFM R5F52316CDFM R5F52317ADFM R5F52317BDFM R5F52318ADFM R5F52318BDFM R5F52315CDLF R5F52316CDLF R5F52315ADFP R5F52315CDFP R5F52316ADFP R5F52316CDFP R5F52317ADFP R5F52317BDFP R5F52318ADFP R5F52318BDFP R5F52315ADLA R5F52315CDLA R5F52316ADLA R5F52316CDLA R5F52317ADLA R5F52317BDLA R5F52318ADLA R5F52318BDLA

CPU CPU core RXv2

Maximum operating frequency (MHz) 54

FPU YES

Memory ROM (KB) 128 256 384 512 128 256 384 512 128 256 384 512 128 256 384 512 128 256 128 256 384 512 128 256 384 512

RAM (KB) 32 64 32 64 32 64 32 64 32 64 32 64

Data flash/E2 data flash (KB) 8

Clocks Subclock (external: 32.768 kHz) — YES

RTC — YES

On-chip oscillator YES (54 MHz)

Data transfer DMAC (channels) 4

DTC YES

Bus BSC — YES

Analog A/D (resolution × channels) 12-bit × 8 12-bit × 12 12-bit × 24

D/A (resolution × channels) — 12-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/17/—

PWM outputs 36

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 5 6 7 (channels)

SPI/QSPI (clock-synchronous only) (channels) 6/— 7/— 8/—

I2C (channels) 6 7 8

CAN (channels) 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1

SSI (channels) 1

SD Host/MMC (channels) — 1/— — 1/— — 1/— — 1/— — 1/— — 1/— — 1/— — 1/—

USB Host/Func YES/YES

Security Encryption — YES — YES — YES — YES — YES — YES — YES — YES — YES — YES — YES — YES

I/O I/O ports 31 44 80

Other functions Touch key (channels) 6 10 24

ELC YES

Safety functions YES

External interrupts (pins) 7 8 9

Other Power supply voltage (V) 1.8 V to 5.5 V

Operating ambient temperature (°C) –40 to 85 °C 64-WFLGA Package 48-HWQFN (7 × 7 mm) 48-LFQFP (7 × 7 mm) 64-HWQFN (9 × 9 mm) 64-LFQFP (10 × 10 mm) 100-LFQFP (14 × 14 mm) 100-TFLGA (5.5 × 5.5 mm) (5 × 5 mm) 110-111

RX231 (48 to 100 pins)

Group RX231 Pin count 48 64 100

Product name R5F52315AGNE R5F52315CGNE R5F52316AGNE R5F52316CGNE R5F52317AGNE R5F52317BGNE R5F52318AGNE R5F52318BGNE R5F52315AGFL R5F52315CGFL R5F52316AGFL R5F52316CGFL R5F52317AGFL R5F52317BGFL R5F52318AGFL R5F52318BGFL R5F52315AGND R5F52315CGND R5F52316AGND R5F52316CGND R5F52317AGND R5F52317BGND R5F52318AGND R5F52318BGND R5F52315AGFM R5F52315CGFM R5F52316AGFM R5F52316CGFM R5F52317AGFM R5F52317BGFM R5F52318AGFM R5F52318BGFM R5F52315AGFP R5F52315CGFP R5F52316AGFP R5F52316CGFP R5F52317AGFP R5F52317BGFP R5F52318AGFP R5F52318BGFP

CPU CPU core RXv2

Maximum operating frequency (MHz) 54

FPU YES

Memory ROM (KB) 128 256 384 512 128 256 384 512 128 256 384 512 128 256 384 512 128 256 384 512

RAM (KB) 32 64 32 64 32 64 32 64 32 64

Data flash/E2 data flash (KB) 8

Clocks Subclock (external: 32.768 kHz) — YES

RTC — YES

On-chip oscillator YES (54 MHz)

Data transfer DMAC (channels) 4

DTC YES

Bus BSC — YES

Analog A/D (resolution × channels) 12-bit × 8 12-bit × 12 12-bit × 24

D/A (resolution × channels) — 12-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/17/—

PWM outputs 36

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 5 6 7 (channels)

SPI/QSPI (clock-synchronous only) (channels) 6/— 7/— 8/—

I2C (channels) 6 7 8

CAN (channels) 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1 — 1

SSI (channels) 1

SD Host/MMC (channels) — 1/— — 1/— — 1/— — 1/— — 1/— — 1/—

USB Host/Func YES/YES

Security Encryption — YES — YES — YES — YES — YES — YES — YES — YES — YES — YES

I/O I/O ports 31 44 80

Other functions Touch key (channels) 6 10 24

ELC YES

Safety functions YES

External interrupts (pins) 7 8 9

Other Power supply voltage (V) 1.8 V to 5.5 V

Operating ambient temperature (°C) –40 to 105 °C

Package 48-HWQFN (7 × 7 mm) 48-LFQFP (7 × 7 mm) 64-HWQFN (9 × 9 mm) 64-LFQFP (10 × 10 mm) 100-LFQFP (14 × 14 mm) 112-113

RX230 (48 to 100 pins)

Group RX230 Pin count 48 64 100 48 64 100

Product name R5F52305ADNE R5F52306ADNE R5F52305ADFL R5F52306ADFL R5F52305ADND R5F52306ADND R5F52305ADFM R5F52306ADFM R5F52305ADLF R5F52306ADLF R5F52305ADFP R5F52306ADFP R5F52305ADLA R5F52306ADLA R5F52305AGNE R5F52306AGNE R5F52305AGFL R5F52306AGFL R5F52305AGND R5F52306AGND R5F52305AGFM R5F52306AGFM R5F52305AGFP R5F52306AGFP

CPU CPU core RXv2

Maximum operating frequency (MHz) 54

FPU YES

Memory ROM (KB) 128 256 128 256 128 256 128 256 128 256 128 256 128 256 128 256 128 256 128 256 128 256 128 256

RAM (KB) 32

Data flash/E2 data flash (KB) 8

Clocks Subclock (external: 32.768 kHz) — YES — YES

RTC — YES — YES

On-chip oscillator YES (54 MHz)

Data transfer DMAC (channels) 4

DTC YES

Bus BSC — YES — YES

Analog A/D (resolution × channels) 12-bit × 8 12-bit × 12 12-bit × 24 12-bit × 8 12-bit × 12 12-bit × 24

D/A (resolution × channels) — 12-bit × 2 — 12-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/17/—

PWM outputs 36 32 36

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 5 6 7 5 6 7 (channels)

SPI/QSPI (clock-synchronous only) (channels) 6/— 7/— 8/— 6/— 7/— 8/—

I2C (channels) 6 7 8 6 7 8

SSI (channels) 1

I/O I/O ports 35 48 84 35 48 84

Other functions Touch key (channels) 6 10 24 6 10 24

ELC YES

Safety functions YES

External interrupts (pins) 7 8 9 7 8 9

Other Power supply voltage (V) 1.8 V to 5.5 V

Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C

Package 48-HWQFN 48-LFQFP 64-HWQFN 64-LFQFP 64-WFLGA 100-LFQFP 100-TFLGA 48-HWQFN 48-LFQFP 64-HWQFN 64-LFQFP 100-LFQFP (7 × 7 mm) (7 × 7 mm) (9 × 9 mm) (10 × 10 mm) (5 × 5 mm) (14 × 14 mm) (5.5 × 5.5 mm) (7 × 7 mm) (7 × 7 mm) (9 × 9 mm) (10 × 10 mm) (14 × 14 mm) 114-115

RX220 (48 to 100 pins)

Group RX220 Pin count 48 64 100 48 64 100

Product name R5F52201BDFL R5F52203BDFL R5F52205BDFL R5F52206BDFL R5F52201BDFM R5F52203BDFM R5F52205BDFM R5F52206BDFM R5F52201BDFK R5F52203BDFK R5F52205BDFK R5F52206BDFK R5F52203BDFP R5F52205BDFP R5F52206BDFP R5F52201BGFL R5F52203BGFL R5F52205BGFL R5F52206BGFL R5F52201BGFM R5F52203BGFM R5F52205BGFM R5F52206BGFM R5F52201BGFK R5F52203BGFK R5F52205BGFK R5F52206BGFK R5F52203BGFP R5F52205BGFP R5F52206BGFP

CPU CPU core RXv1

Maximum operating frequency (MHz) 32

Memory ROM (KB) 32 64 128 256 32 64 128 256 32 64 128 256 64 128 256 32 64 128 256 32 64 128 256 32 64 128 256 64 128 256

RAM (KB) 4 8 16 4 8 16 4 8 16 8 16 4 8 16 4 8 16 4 8 16 8 16

Data flash/E2 data flash (KB) 8

Clocks Subclock (external: 32.768 kHz) — YES — YES

RTC — YES — YES

On-chip oscillator YES (32 MHz)

Data transfer DMAC (channels) 4

DTC YES

Analog A/D (resolution × channels) 12-bit × 8 12-bit × 12 12-bit × 16 12-bit × 8 12-bit × 12 12-bit × 16

Timers 8-/16-/32-bit timers (channels) 4/10/—

PWM outputs 20

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 4 5 4 5 (channels)

SPI/QSPI (clock-synchronous only) (channels) 5/— 6/— 5/— 6/—

I2C (channels) 5 6 5 6

I/O I/O ports 35 49 85 35 49 85

Other functions ELC YES

Safety functions YES

External interrupts (pins) 7 8 9 7 8 9

Other Power supply voltage (V) 1.62 V to 5.5 V

Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C

Package 48-LFQFP 64-LFQFP 64-LFQFP 100-LFQFP 48-LFQFP 64-LFQFP 64-LFQFP 100-LFQFP (7 × 7 mm) (10 × 10 mm) (14 × 14 mm) (14 × 14 mm) (7 × 7 mm) (10 × 10 mm) (14 × 14 mm) (14 × 14 mm) 116-117

RX210 (48 to 145 pins)

Group RX210 Pin count 48 64 69 80 100 144 145

Product name R5F52103BDFL R5F52104BDFL R5F52105BDFL R5F52106BDFL R5F52103BDFM R5F52104BDFM R5F52105BDFM R5F52106BDFM R5F52107CDFM R5F52108CDFM R5F52105BDBM R5F52106BDBM R5F52105BDFN R5F52106BDFN R5F52107CDFN R5F52108CDFN R5F52103BDFF R5F52104BDFF R5F52105BDFF R5F52106BDFF R5F52107CDFF R5F52108CDFF R5F52105BDFP R5F52106BDFP R5F52107CDFP R5F52108CDFP R5F5210ABDFP R5F5210BBDFP R5F52105BDLA R5F52106BDLA R5F52105BDLJ R5F52106BDLJ R5F52107CDLJ R5F52108CDLJ R5F5210ABDLJ R5F5210BBDLJ R5F52105BDFB R5F52106BDFB R5F52107BDFB R5F52108BDFB R5F5210ABDFB R5F5210BBDFB R5F52105BDLK R5F52106BDLK R5F52107BDLK R5F52108BDLK R5F5210ABDLK R5F5210BBDLK

CPU CPU core RXv1

Maximum operating frequency (MHz) 50

Memory ROM (KB) 64 96 128 256 64 96 128 256 384 512 128 256 128 256 384 512 64 96 128 256 384 512 128 256 384 512 768 1024 128 256 128 256 384 512 768 1024 128 256 384 512 768 1024 128 256 384 512 768 1024

RAM (KB) 12 16 20 32 12 16 20 32 64 20 32 20 32 64 12 16 20 32 64 20 32 64 96 20 32 20 32 64 96 20 32 64 96 20 32 64 96

Data flash/E2 data flash (KB) 8

Clocks Subclock (external: 32.768 kHz) — YES

RTC — YES

On-chip oscillator YES (50 MHz)

Data transfer DMAC (channels) 4

DTC YES

Bus BSC — YES

Analog A/D (resolution × channels) 12-bit × 8 12-bit × 12 12-bit × 14 12-bit × 16

D/A (resolution × channels) — 10-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/10/— 4/16/—

PWM outputs 20 36

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 5 6 7 13 (channels)

SPI/QSPI (clock-synchronous only) (channels) 6/— 7/— 8/— 14/—

I2C (channels) 6 7 8 14

I/O I/O ports 35 49 65 85 123

Other functions ELC YES

Safety functions YES

External interrupts (pins) 7 8 9

Other Power supply voltage (V) 1.62 V to 5.5 V

Operating ambient temperature (°C) –40 to 85 °C 69-WFBGA 100-TFLGA Package 48-LFQFP (7 × 7 mm) 64-LFQFP (10 × 10 mm) 80-LFQFP (12 × 12 mm) 80-LQFP (14 × 14 mm) 100-LFQFP (14 × 14 mm) 100-TFLGA (7 × 7 mm) 144-LFQFP (20 × 20 mm) 145-TFLGA (7 × 7 mm) (3.91 × 4.26 mm) (5.5 × 5.5 mm) 118-119

RX210 (48 to 145 pins)

Group RX210 Pin count 48 64 80 100 144

Product name R5F52103BGFL R5F52104BGFL R5F52105BGFL R5F52106BGFL R5F52103BGFM R5F52104BGFM R5F52105BGFM R5F52106BGFM R5F52107CGFM R5F52108CGFM R5F52105BGFN R5F52106BGFN R5F52107CGFN R5F52108CGFN R5F52103BGFF R5F52104BGFF R5F52105BGFF R5F52106BGFF R5F52107CGFF R5F52108CGFF R5F52105BGFP R5F52106BGFP R5F52107CGFP R5F52108CGFP R5F5210ABGFP R5F5210BBGFP R5F52105BGFB R5F52106BGFB R5F52107BGFB R5F52108BGFB R5F5210ABGFB R5F5210BBGFB

CPU CPU core RXv1

Maximum operating frequency (MHz) 50

Memory ROM (KB) 64 96 128 256 64 96 128 256 384 512 128 256 384 512 64 96 128 256 384 512 128 256 384 512 768 1024 128 256 384 512 768 1024

RAM (KB) 12 16 20 32 12 16 20 32 64 20 32 64 12 16 20 32 64 20 32 64 96 20 32 64 96

Data flash/E2 data flash (KB) 8

Clocks Subclock (external: 32.768 kHz) — YES

RTC — YES

On-chip oscillator YES (50 MHz)

Data transfer DMAC (channels) 4

DTC YES

Bus BSC — — YES

Analog A/D (resolution × channels) 12-bit × 8 12-bit × 12 12-bit × 14 12-bit × 16

D/A (resolution × channels) — 10-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/10/— 4/16/—

PWM outputs 20 36

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 5 6 7 13 (channels)

SPI/QSPI (clock-synchronous only) (channels) 6/— 7/— 8/— 14/—

I2C (channels) 6 7 8 14

I/O I/O ports 35 49 65 85 123

Other functions ELC YES

Safety functions YES

External interrupts (pins) 7 8 9

Other Power supply voltage (V) 1.62 V to 5.5 V

Operating ambient temperature (°C) –40 to 105 °C

Package 48-LFQFP (7 × 7 mm) 64-LFQFP (10 × 10 mm) 80-LFQFP (12 × 12 mm) 80-LQFP (14 × 14 mm) 100-LFQFP (14 × 14 mm) 144-LFQFP (20 × 20 mm) 120-121

RX21A (64 to 100 pins) MEMO

Group RX21A Pin count 64 80 100 64 80 100

Product name R5F521A6BDFM R5F521A7BDFM R5F521A8BDFM R5F521A6BDFN R5F521A7BDFN R5F521A8BDFN R5F521A6BDFP R5F521A7BDFP R5F521A8BDFP R5F521A6BDLJ R5F521A7BDLJ R5F521A8BDLJ R5F521A6BGFM R5F521A7BGFM R5F521A8BGFM R5F521A6BGFN R5F521A7BGFN R5F521A8BGFN R5F521A6BGFP R5F521A7BGFP R5F521A8BGFP

CPU CPU core RXv1

Maximum operating frequency (MHz) 50

Memory ROM (KB) 256 384 512 256 384 512 256 384 512 256 384 512 256 384 512 256 384 512 256 384 512

RAM (KB) 32 64 32 64 32 64 32 64 32 64 32 64 32 64

Data flash/E2 data flash (KB) 8

Clocks Subclock (external: 32.768 kHz) YES

RTC YES

On-chip oscillator YES (50 MHz)

Data transfer DMAC (channels) 4

DTC YES

Analog A/D (resolution × channels) 10-bit × 4, 10-bit × 7, 10-bit × 7, 10-bit × 4, 10-bit × 7, 10-bit × 7, 24-bit × 3 24-bit × 4 24-bit × 7 24-bit × 3 24-bit × 4 24-bit × 7 D/A (resolution × channels) — 10-bit × 2 — 10-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/10/—

PWM outputs 20

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 5 (channels)

SPI/QSPI (clock-synchronous only) (channels) 7/—

I2C (channels) 6 7 6 7

I/O I/O ports 39 52 67 39 52 67

Other functions ELC YES

Safety functions YES

External interrupts (pins) 8 9 8 9

Other Power supply voltage (V) 1.8 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C

Package 64-LFQFP 80-LFQFP 100-LFQFP 100-TFLGA 64-LFQFP 80-LFQFP 100-LFQFP (10 × 10 mm) (12 × 12 mm) (14 × 14 mm) (7 × 7 mm) (10 × 10 mm) (12 × 12 mm) (14 × 14 mm) 122-123

RX130 (48 to 100 pins)

Group RX130 Pin count 48 64 80 100 48 64 80 100

Product name R5F51303ADNE R5F51305ADNE R5F51306ADNE R5F51307ADNE R5F51308ADNE R5F51303ADFL R5F51305ADFL R5F51306ADFL R5F51307ADFL R5F51308ADFL R5F51303ADFM R5F51305ADFM R5F51306ADFM R5F51307ADFM R5F51308ADFM R5F51303ADFK R5F51305ADFK R5F51306ADFK R5F51307ADFK R5F51308ADFK R5F51303ADFN R5F51305ADFN R5F51306ADFN R5F51307ADFN R5F51308ADFN R5F51305ADFP R5F51306ADFP R5F51307ADFP R5F51308ADFP R5F51303AGNE R5F51305AGNE R5F51306AGNE R5F51307AGNE R5F51308AGNE R5F51303AGFL R5F51305AGFL R5F51306AGFL R5F51307AGFL R5F51308AGFL R5F51303AGFM R5F51305AGFM R5F51306AGFM R5F51307AGFM R5F51308AGFM R5F51303AGFK R5F51305AGFK R5F51306AGFK R5F51307AGFK R5F51308AGFK R5F51303AGFN R5F51305AGFN R5F51306AGFN R5F51307AGFN R5F51308AGFN R5F51305AGFP R5F51306AGFP R5F51307AGFP R5F51308AGFP

CPU CPU core RXv1

Maximum operating frequency (MHz) 32

Memory ROM (KB) 64 128 256 384 512 64 128 256 384 512 64 128 256 384 512 64 128 256 384 512 64 128 256 384 512 128 256 384 512 64 128 256 384 512 64 128 256 384 512 64 128 256 384 512 64 128 256 384 512 64 128 256 384 512 128 256 384 512

RAM (KB) 10 16 32 48 10 16 32 48 10 16 32 48 10 16 32 48 10 16 32 48 16 32 48 10 16 32 48 10 16 32 48 10 16 32 48 10 16 32 48 10 16 32 48 16 32 48

Data flash/E2 data flash (KB) 8

Clocks Subclock (external: 32.768 kHz) — 1 — 1

RTC — 1 — 1

On-chip oscillator YES (32 MHz)

Data transfer DTC YES

Analog A/D (resolution × channels) 12-bit × 10 12-bit × 14 12-bit × 17 12-bit × 24 12-bit × 10 12-bit × 14 12-bit × 17 12-bit × 24

D/A (resolution × channels) — 8-bit × 2 — 8-bit × 2

Timers 8-/16-/32-bit timers (channels) 4/9/—

PWM outputs 20

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 4 7 4 7 (channels)

SPI/QSPI (clock-synchronous only) (channels) 5/— 8/— 5/— 8/—

I2C (channels) 5 8 5 8

I/O I/O ports 39 53 69 89 39 53 69 89

Other functions Touch key (channels) 24 32 36 24 32 36

ELC YES

Safety functions YES

External interrupts (pins) 9

Other Power supply voltage (V) 1.8 V to 5.5 V

Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C

Package 48-HWQFN 48-LFQFP 64-LFQFP 64-LQFP 80-LFQFP 100-LFQFP 48-HWQFN 48-LFQFP 64-LFQFP 64-LQFP 80-LFQFP 100-LFQFP (7 × 7 mm) (7 × 7 mm) (10 × 10 mm) (14 × 14 mm) (12 × 12 mm) (14 × 14 mm) (7 × 7 mm) (7 × 7 mm) (10 × 10 mm) (14 × 14 mm) (12 × 12 mm) (14 × 14 mm) 124-125

RX113 (64 to 100 pins) RX111 (36 to 64 pins)

Group RX113 Group RX111 Pin count 64 100 64 100 Pin count 36 40 48

Product name Product name R5F51135ADFM R5F51136ADFM R5F51137ADFM R5F51138ADFM R5F51135ADFP R5F51136ADFP R5F51137ADFP R5F51138ADFP R5F51135ADLJ R5F51136ADLJ R5F51137ADLJ R5F51138ADLJ R5F51135AGFM R5F51136AGFM R5F51137AGFM R5F51138AGFM R5F51135AGFP R5F51136AGFP R5F51137AGFP R5F51138AGFP R5F5111JADLM R5F51111ADLM R5F51113ADLM R5F5111JADNF R5F51111ADNF R5F51113ADNF R5F5111JADNE R5F51111ADNE R5F51113ADNE R5F51114ADNE R5F51115ADNE R5F51116ADNE R5F51117ADNE R5F51118ADNE R5F5111JADFL R5F51111ADFL R5F51113ADFL R5F51114ADFL R5F51115ADFL

CPU CPU core RXv1 CPU CPU core RXv1

Maximum operating frequency (MHz) 32 Maximum operating frequency (MHz) 32

Memory ROM (KB) 128 256 384 512 128 256 384 512 128 256 384 512 128 256 384 512 128 256 384 512 Memory ROM (KB) 16 32 64 16 32 64 16 32 64 96 128 256 384 512 16 32 64 96 128

RAM (KB) 32 64 32 64 32 64 32 64 32 64 RAM (KB) 8 10 8 10 8 10 16 32 64 8 10 16

Data flash/E2 data flash (KB) 8 Data flash/E2 data flash (KB) 8

Clocks Subclock (external: 32.768 kHz) YES Clocks Subclock (external: 32.768 kHz) — YES

RTC YES RTC — YES

On-chip oscillator YES (32 MHz) On-chip oscillator YES (32 MHz)

Data transfer DTC YES Data transfer DTC YES

Analog A/D (resolution × channels) 12-bit × 11 12-bit × 17 12-bit × 11 12-bit × 17 Analog A/D (resolution × channels) 12-bit × 7 12-bit × 8 12-bit × 10

D/A (resolution × channels) 12-bit × 2 D/A (resolution × channels) —

Timers 8-/16-/32-bit timers (channels) 4/11/— Timers 8-/16-/32-bit timers (channels) —/8/—

PWM outputs 20 PWM outputs 16

3-phase PWM output YES 3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) Communications SCI (clock-synchronous/asynchronous) 6 8 6 8 3 (channels) (channels)

SPI/QSPI (clock-synchronous only) (channels) 7/— 9/— 7/— 9/— SPI/QSPI (clock-synchronous only) (channels) 4/—

I2C (channels) 7 9 7 9 I2C (channels) 4

SSI (channels) 1 USB Host/Func YES/YES

USB Host/Func YES/YES I/O I/O ports 21 25 32

I/O I/O ports 48 84 48 84 Other functions ELC YES

Other functions Touch key (channels) — 12 — 12 Safety functions YES

ELC YES External interrupts (pins) 9

Safety functions YES Other Power supply voltage (V) 1.8 V to 3.6 V

External interrupts (pins) 9 Operating ambient temperature (°C) –40 to 85 °C 36-WFLGA 40-HWQFN Other Power supply voltage (V) 1.8 V to 3.6 V Package 48-HWQFN (7 × 7 mm) 48-LFQFP (7 × 7 mm) (4 × 4 mm) (6 × 6 mm) Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C

Package 64-LFQFP 100-LFQFP 100-TFLGA 64-LFQFP 100-LFQFP (10 × 10 mm) (14 × 14 mm) (7 × 7 mm) (10 × 10 mm) (14 × 14 mm) 126-127

RX111 (36 to 64 pins)

Group RX111 Pin count 48 64 40 48 64

Product name R5F51116ADFL R5F51117ADFL R5F51118ADFL R5F5111JADFM R5F51111ADFM R5F51113ADFM R5F51114ADFM R5F51115ADFM R5F51116ADFM R5F51117ADFM R5F51118ADFM R5F5111JADFK R5F51111ADFK R5F51113ADFK R5F51114ADFK R5F51115ADFK R5F51116ADFK R5F51117ADFK R5F51118ADFK R5F5111JADLF R5F51111ADLF R5F51113ADLF R5F51114ADLF R5F51115ADLF R5F51116ADLF R5F51117ADLF R5F51118ADLF R5F5111JAGNF R5F51111AGNF R5F51113AGNF R5F5111JAGNE R5F51111AGNE R5F51113AGNE R5F51114AGNE R5F51115AGNE R5F51116AGNE R5F51117AGNE R5F51118AGNE R5F5111JAGFL R5F51111AGFL R5F51113AGFL R5F51114AGFL R5F51115AGFL R5F51116AGFL R5F51117AGFL R5F51118AGFL R5F5111JAGFM R5F51111AGFM R5F51113AGFM

CPU CPU core RXv1

Maximum operating frequency (MHz) 32

Memory ROM (KB) 256 384 512 16 32 64 96 128 256 384 512 16 32 64 96 128 256 384 512 16 32 64 96 128 256 384 512 16 32 64 16 32 64 96 128 256 384 512 16 32 64 96 128 256 384 512 16 32 64

RAM (KB) 32 64 8 10 16 32 64 8 10 16 32 64 8 10 16 32 64 8 10 8 10 16 32 64 8 10 16 32 64 8 10

Data flash/E2 data flash (KB) 8

Clocks Subclock (external: 32.768 kHz) YES — YES

RTC YES — YES

On-chip oscillator YES (32 MHz)

Data transfer DTC YES

Analog A/D (resolution × channels) 12-bit × 10 12-bit × 14 12-bit × 8 12-bit × 10 12-bit × 14

D/A (resolution × channels) — 8-bit × 2 — 8-bit × 2

Timers 8-/16-/32-bit timers (channels) —/8/—

PWM outputs 16

3-phase PWM output YES

Communications SCI (clock-synchronous/asynchronous) 3 (channels)

SPI/QSPI (clock-synchronous only) (channels) 4/—

I2C (channels) 4

USB Host/Func YES/YES

I/O I/O ports 32 48 25 32 48

Other functions ELC YES

Safety functions YES

External interrupts (pins) 9

Other Power supply voltage (V) 1.8 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C 48-LFQFP 40-HWQFN 64-LFQFP Package 64-LFQFP (10 × 10 mm) 64-LQFP (14 × 14 mm) 64-WFLGA (5 × 5 mm) 48-HWQFN (7 × 7 mm) 48-LFQFP (7 × 7 mm) (7 × 7 mm) (6 × 6 mm) (10 × 10 mm) 128-129

RX111 (36 to 64 pins) RX110 (36 to 64 pins)

Group RX111 Group RX110 Pin count 64 Pin count 36 40 48

Product name Product name R5F51114AGFM R5F51115AGFM R5F51116AGFM R5F51117AGFM R5F51118AGFM R5F5111JAGFK R5F51111AGFK R5F51113AGFK R5F51114AGFK R5F51115AGFK R5F51116AGFK R5F51117AGFK R5F51118AGFK R5F5110HADLM R5F5110JADLM R5F51101ADLM R5F51103ADLM R5F5110HADNF R5F5110JADNF R5F51101ADNF R5F51103ADNF R5F5110JADNE R5F51101ADNE R5F51103ADNE R5F51104ADNE R5F51105ADNE R5F5110JADFL R5F51101ADFL R5F51103ADFL R5F51104ADFL R5F51105ADFL

CPU CPU core RXv1 CPU CPU core RXv1

Maximum operating frequency (MHz) 32 Maximum operating frequency (MHz) 32

Memory ROM (KB) 96 128 256 384 512 16 32 64 96 128 256 384 512 Memory ROM (KB) 8 16 32 64 8 16 32 64 16 32 64 96 128 16 32 64 96 128

RAM (KB) 16 32 64 8 10 16 32 64 RAM (KB) 8 10 8 10 8 10 16 8 10 16

Data flash/E2 data flash (KB) 8 Clocks Subclock (external: 32.768 kHz) — YES

Clocks Subclock (external: 32.768 kHz) YES RTC — YES

RTC YES On-chip oscillator YES (32 MHz)

On-chip oscillator YES (32 MHz) Data transfer DTC YES

Data transfer DTC YES Analog A/D (resolution × channels) 12-bit × 7 12-bit × 8 12-bit × 10

Analog A/D (resolution × channels) 12-bit × 14 Timers 8-/16-/32-bit timers (channels) —/6/—

D/A (resolution × channels) 8-bit × 2 PWM outputs 8

Timers 8-/16-/32-bit timers (channels) —/8/— Communications SCI (clock-synchronous/asynchronous) 3 (channels) PWM outputs 16 SPI/QSPI (clock-synchronous only) (channels) 4/— 3-phase PWM output YES I2C (channels) 4 Communications SCI (clock-synchronous/asynchronous) 3 (channels) I/O I/O ports 25 29 36

SPI/QSPI (clock-synchronous only) (channels) 4/— Other functions Safety functions YES

I2C (channels) 4 External interrupts (pins) 9

USB Host/Func YES/YES Other Power supply voltage (V) 1.8 V to 3.6 V

I/O I/O ports 48 Operating ambient temperature (°C) –40 to 85 °C

Other functions ELC YES Package 36-WFLGA (4 × 4 mm) 40-HWQFN (6 × 6 mm) 48-HWQFN (7 × 7 mm) 48-LFQFP (7 × 7 mm)

Safety functions YES

External interrupts (pins) 9

Other Power supply voltage (V) 1.8 V to 3.6 V

Operating ambient temperature (°C) –40 to 105 °C

Package 64-LFQFP (10 × 10 mm) 64-LQFP (14 × 14 mm) 130-131

RX110 (36 to 64 pins)

Group RX110 Pin count 64 40 48 64

Product name R5F5110JADFM R5F51101ADFM R5F51103ADFM R5F51104ADFM R5F51105ADFM R5F5110JADFK R5F51101ADFK R5F51103ADFK R5F51104ADFK R5F51105ADFK R5F5110JADLF R5F51101ADLF R5F51103ADLF R5F51104ADLF R5F51105ADLF R5F5110HAGNF R5F5110JAGNF R5F51101AGNF R5F51103AGNF R5F5110JAGNE R5F51101AGNE R5F51103AGNE R5F51104AGNE R5F51105AGNE R5F5110JAGFL R5F51101AGFL R5F51103AGFL R5F51104AGFL R5F51105AGFL R5F5110JAGFM R5F51101AGFM R5F51103AGFM R5F51104AGFM R5F51105AGFM R5F5110JAGFK R5F51101AGFK R5F51103AGFK R5F51104AGFK R5F51105AGFK

CPU CPU core RXv1

Maximum operating frequency (MHz) 32

Memory ROM (KB) 16 32 64 96 128 16 32 64 96 128 16 32 64 96 128 8 16 32 64 16 32 64 96 128 16 32 64 96 128 16 32 64 96 128 16 32 64 96 128

RAM (KB) 8 10 16 8 10 16 8 10 16 8 10 8 10 16 8 10 16 8 10 16 8 10 16

Clocks Subclock (external: 32.768 kHz) YES — YES

RTC YES — YES

On-chip oscillator YES (32 MHz)

Data transfer DTC YES

Analog A/D (resolution × channels) 12-bit × 14 12-bit × 8 12-bit × 10 12-bit × 14

Timers 8-/16-/32-bit timers (channels) —/6/—

PWM outputs 8

Communications SCI (clock-synchronous/asynchronous) 3 (channels)

SPI/QSPI (clock-synchronous only) (channels) 4/—

I2C (channels) 4

I/O I/O ports 52 29 36 52

Other functions Safety functions YES

External interrupts (pins) 9

Other Power supply voltage (V) 1.8 V to 3.6 V

Operating ambient temperature (°C) –40 to 85 °C –40 to 105 °C

Package 64-LFQFP (10 × 10 mm) 64-LQFP (14 × 14 mm) 64-WFLGA (5 × 5 mm) 40-HWQFN (6 × 6 mm) 48-HWQFN (7 × 7 mm) 48-LFQFP (7 × 7 mm) 64-LFQFP (10 × 10 mm) 64-LQFP (14 × 14 mm)

RX Family Safety Functions and Product Support

Supported By Safety Function Description RX71M RX64M RX651 RX65N RX631 RX63N RX621 RX62N RX634 RX630 RX610 RX63T RX62T RX62G RX24U RX24T RX23T RX231 RX230 RX220 RX210 RX21A RX130 RX113 RX111 RX110

CRC calculator (CRC) Detection of errors in communication data, etc.

CPU runaway monitoring using WDT employing Independent watchdog timer (IWDT) clock separate from the CPU clock

Oscillation-stop detection Oscillation-stop detection

Clock frequency accuracy measurement function (CAC)/ Clock frequency error detection frequency measurement function (MCK)

Data operation circuit (DOC) System memory test assist

Port output enable (POE) Pin protection

A/D self-diagnostics Fault detection function for A/D converter unit

A/D disconnection detection Analog input disconnection detection assist 132-133 RX Family Package Lineup How to Read RX Family Product Numbers •LQFP

52 64 80 112 PIN PIN PIN PIN R5 F 5 63N F D D FC #V 0 Renesas ROM Type RX 52-LQFP (10 × 10 mm) 64-LQFP (14 × 14 mm) 80-LQFP (14 × 14 mm) 112-LQFP (20 × 20 mm) MCU F: Flash Family Pitch 0.65 mm Pitch 0.80 mm Pitch 0.65 mm Pitch 0.65 mm Thickness (max.) 1.70 mm Thickness (max.) 1.70 mm Thickness (max.) 1.70 mm Thickness (max.) 1.70 mm S: ROM LESS Used by RX23T Used by RX62T, 220, 130, 111, 110 Used by RX62T, 24T, 210 Used by RX63T, 62T, 62G Product Group LFQFP • 71M RX71M 62G RX62G Product 64M RX64M 24U RX24U ROM/RAM/ identification code 48 64 80 100 PIN PIN PIN PIN data flash 651 RX651 24T RX24T capacity (KB)*1 48-LFQFP (7 × 7 mm) 64-LFQFP (10 × 10 mm) 80-LFQFP (12 × 12 mm) 100-LFQFP (14 × 14 mm) 65N RX65N 23T RX23T Packing specification + Tray Pitch 0.50 mm Pitch 0.50 mm Pitch 0.50 mm Pitch 0.50 mm Thickness (max.) 1.70 mm Thickness (max.) 1.70 mm Thickness (max.) 1.70 mm Thickness (max.) 1.70 mm Chip Original info*1 HWQFN, WFLGA, TFLGA, Used by RX631, 63T, 23T, 231, 230, 220, 210, Used by RX631, 63T, 62T, 24T, 23T, 231, 230, 220, 210, Used by RX630, 24T, 220, 210, Used by RX71M, 64M, 65N, 651, 631, 63N, 621, 62N, 630, 63T, 631 RX631 231 RX231 U, 2 130, 111, 110 21A, 130, 113, 111, 110 21A, 130 62T, 62G, 24U, 24T, 231, 230, 220, 210, 21A, 130, 113 LFBGA, WLBGA 63N RX63N 230 RX230 V, 3 LFQFP, LQFP Operating 621 RX621 220 RX220 ambient 144 temperature 120 PIN 176 62N RX62N 210 RX210 PIN PIN N –20 ˚C to 85 ˚C Package type/pin count/pin pitch 634 RX634 21A RX21A BG LFBGA 176 0.8 LA TFLGA 100 0.5 D –40 ˚C to 85 ˚C 144-LFQFP (20 × 20 mm) 630 RX630 130 RX130 (16 × 16 mm) (24 × 24 mm) BM WLBGA 69 0.4 LC TFLGA 177 0.5 120-LFQFP Pitch 0.50 mm 176-LFQFP G –40 ˚C to 105 ˚C Pitch 0.50 mm Thickness (max.) 1.70 mm Pitch 0.50 mm 610 RX610 113 RX113 Thickness (max.) 1.70 mm Used by RX71M, 64M, 65N, 651, 631, 63N, 621, 62N, 634, 630, 610, 63T, Thickness (max.) 1.70 mm FA LFQFP 120 0.5 LD TFLGA 85 0.65 Used by RX63T 24U, 210 Used by RX71M, 64M, 631, 63N, 630 63T RX63T 111 RX111 FB LFQFP 144 0.5 LE TFLGA 145 0.65 62T RX62T 110 RX110 •HWQFN •LFBGA •WFBGA FC LFQFP 176 0.5 LF WFLGA 64 0.5 FD LQFP 52 0.65 LH TFLGA 64 0.65

69 FF LQFP 80 0.65 LJ TFLGA 100 0.65 40 PIN PIN 48 64 PIN PIN 176 PIN Example of product information for RX63N (176-pin), FH LQFP 112 0.65 LK TFLGA 145 0.5 40-HWQFN (6 × 6 mm) 48-HWQFN (7 × 7 mm) 64-HWQFN (9 × 9 mm) 176-LFBGA (13 × 13 mm) 69-WFBGA (3.91 × 4.26 mm) product No. R5F563NFDDFC#V0 Pitch 0.50 mm Pitch 0.50 mm Pitch 0.50 mm Pitch 0.80 mm Pitch 0.40 mm FK LQFP 64 0.8 LM WFLGA 36 0.5 Thickness (max.) 0.80 mm Thickness (max.) 0.80 mm Thickness (max.) 0.80 mm Thickness (max.) 1.40 mm Thickness (max.) 0.70 mm This guide lists the values for individual product numbers. Used by RX111, 110 Used by RX230, 231, 130, 111, 110 Used by RX230, 231 Used by RX71M, 64M, 631, 63N, 621, 62N, 630, 610 Used by RX210 FL LFQFP 48 0.5 ND HWQFN 64 0.5 For information on the actual product lineup, refer to the relevant user’s manual. FM LFQFP 64 0.5 NE HWQFN 48 0.5 TFLGA Note: 1. This information is different for each RX group. • Refer to the relevant user’s manual for details. FN LFQFP 80 0.5 NF HWQFN 40 0.5 FP LFQFP 100 0.5 100 64 85 PIN 100 145 PIN PIN PIN PIN 64-TFLGA (6 × 6 mm) 85-TFLGA (7 × 7 mm) 100-TFLGA (5.5 × 5.5 mm) 100-TFLGA (7 × 7 mm) 145-TFLGA (7 × 7 mm) Pitch 0.65 mm Pitch 0.65 mm Pitch 0.50 mm Pitch 0.65 mm Pitch 0.50 mm Thickness (max.) 1.05 mm Thickness (max.) 1.20 mm Thickness (max.) 1.05 mm Thickness (max.) 1.05 mm Thickness (max.) 1.05 mm Used by RX631 Used by RX621 Used by RX630, 230, 231, 210 Used by RX71M, 64M, 65N, 651, 631, 63N, 210, 21A, 113 Used by RX71M, 64M, 65N, 651, 631, 63N, 630, 210 •WFLGA

145 177 36 64 PIN PIN PIN PIN 145-TFLGA (9 × 9 mm) 177-TFLGA (8 × 8 mm) 36-WFLGA (4 × 4 mm) 64-WFLGA (5 × 5 mm) Pitch 0.65 mm Pitch 0.50 mm Pitch 0.50 mm Pitch 0.50 mm Thickness (max.) 1.20 mm Thickness (max.) 1.05 mm Thickness (max.) 0.76 mm Thickness (max.) 0.76 mm Used by RX621, 62N Used by RX71M, 64M, 631, 63N, 630 Used by RX111, 110 Used by RX230, 231, 111, 110 © 2018 Corporation. All rights reserved. Document No. R01CL0009EJ0800