Overview
Description
The RX66N Group microcontrollers feature flash memory that can be read with zero wait states from the CPU, delivering superior real-time performance. They are equipped with the third-generation RX CPU core, the RXv3 core, and these high-performance products operate at 120MHz. Real-time control and networking of equipment are realized with a single chip with 4MB flash memory capable of read operations at 120MHz, 1MB of SRAM and 182 general-purpose I/O ports. The device also supports high-end HMI functionality for advanced display capability. The device also has complete security capability, vital for industrial and consumer equipment today. The RX66N can also contribute to the miniaturization of the housing and the shortening of the development cycle.
Features
- 120MHz RXv3 core, double-precision FPU, and register bank save function that speeds up interrupt response
- 4MB flash memory (120MHz read access, dual bank), 1MB SRAM
- 182 general I/O ports
- Ethernet, SD Host interface, USB 2.0 Full Speed, 3-channel CAN, QSPI
- TFT LCD controller, 2D drawing engine, serial sound interface, CMOS camera interface
- Encryption engines (AES, 3DES, RSA, ECC, SHA, TRNG), key management, flash memory protection
- Single power supply with operation from 2.7V to 3.6V
- Operating ambient temperature: -40 to 85°C or -40 to 105°C
Comparison
Applications
Design & Development
Software & Tools
Sample Code
Boards & Kits
Models
ECAD Models
Schematic symbols, PCB footprints, and 3D CAD models from SamacSys can be found by clicking on the CAD Model links in the Product Options table. If a symbol or model isn't available, it can be requested directly from SamacSys.
Support
Support Communities
Get quick technical support online from Renesas Engineering Community technical staff.
Support Communities
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RX66N Target Board - Error when attempting to connect via JTAG
Hello, I recently obtained an RX66N target board, installed all the necessary software, but when attempting to connect to it via JTAG, I encounter the following error message: PowerSuppy() Failed RxTargetDevice::startConnection() Rx_Init_E1_E20() Failed GDB Server for Renesas targets. Version 9.5.0.v20240410-100424 [1a8868bc] (Apr ...
Jul 12, 2024 -
Smart Configurator; RX23E-B; RX66N
... find "Application Note" (R01AN1692EJ0290 Rev.2.90) with the following API: Is there any application note for the changed API? I have also noticed that I get a different "Developer Assistance" display for the RX66N: RX23E-B vs. RX66N Any tips on what I am doing wrong? Best regards, Roger
Jul 3, 2024 -
SIL3 SW KIT Evaluation_Ver.2.12_RX66N_E
Hi, I'm evaluating Functional Safety Platform Software (PL-SW software evaluation Ver 2.12) on R5F566NDDDFC. I Simply configured SCI6 Rx Interrupt in app1 user in the PL-SW. After receiving a few characters an overrun error appears in serial status register and reception stops. I think I didn ...
Mar 18, 2024
FAQs
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Evaluation Board for RX72M, RX72N and RX66N
... RJ45 connector, and Wi-Fi/BLE module. There are no dedicated kits for the RX66N. The RX72N kits can be used to evaluate the RX66N by reducing the clock from 240MHz to 120MHz. Either the RSK+ or the Envision Kit can be used for RX66N development. Note that to ...
Apr 7, 2020 -
Is there any limitation when using Double-Precision Floating-Point Coprocessor on some RXv3 devices (RX66N, RX72N, RX72M)?
... double precision floating handling isn't enabled, there isn't any byte-alignement limitation on the RXv3 core. For more information, Chapter 2.8 of RX66N user's manual describes this feature: https://www.renesas.com/en/document/mah/rx66n-group-users-manual-hardware ...
Dec 10, 2024 -
Target Application of RX72M, RX72N and RX66N
The RX72M, RX72N, and RX66N have built-in flash memory capable of reading data at 120 MHz with no wait-states, which is the industry’s fastest class, so these devices exhibit stable CPU performance. These devices are optimal for industrial robots, general-purpose inverters, block-type PLCs and remote ...
Apr 7, 2020
