The RX631 Group 32-bit microcontrollers are capable of operating at up to 100 MHz. The built-in flash is capable of accessing with no wait, and at 100 MHz high-performance processing of 165 DMIPS (Dhrystone MIPS) is realized. A broad memory lineup from 2 MB to 256 KB built-in Flash (+ ROM less) to 256 KB to 64 KB built-in RAM is available to match the scale of your system. Furthermore, all products also contain 32 KB of built-in flash memory for data storage. An abundant selection of packages is also available, from 48 to 177 pins.The RX631/RX63N Series has an extremely comprehensive set of built-in functions, as shown below.1) Up to 21 channels of 12-bit A/D converter and up to 2 channels of D/A converter.2) High-function timer and pulse output functions which make PWM output for motor control possible.3) Independent watchdog timer and CRC function for supporting the home appliance safety standard (IEC 60730) for Europe.4) Abundant communication functions, such as SCI, RSPI, and I2C.1) Connectivity.The RX63N and the RX631 have built-in USB 2.0. full-speed (Function/Host/OTG) functionality, and CAN can be selected as an option. There are also RX631 products that have two built-in USB channels, while still having a low pin count. The RX63N has an Ethernet controller which is suitable for networking equipment. Since the RX631 and the RX63N have 192 KB/256 KB large-capacity on-chip RAM, which can be used for buffering a variety of communication functions, they are also suitable for gateway devices such as HEMS and BEMS and industrial networking equipment.2) Sensing by CMOS camera, and image display.The RX631 has a built-in parallel data capture unit (PDC) that can connect to a CMOS camera module. The PDC can capture images from the CMOS camera for simple image sensor applications such as a motion detector or barcode reader. Furthermore, by using the built-in USB or ExDMAC of the RX631, the entire process from image capture to display can be performed using a single chip.3) Security.The RX63N and the RX631 have a built-in data encryption unit (DEU) that processes AES encryption/decryption by hardware without putting a load on the CPU, making them suitable for devices that handle private information or require security.
