Renesas Electronics Europe and its Alliance Partner port GmbH have announced efficient multi-protocol connectivity solutions for PROFINET (CCA / CCB RT1), Ethernet/IP and CANopen stacks, as well as the associated design tools for the RX64M. The RX64M is Renesas’ 32-bit high-performance microcontroller group. Working with port GmbH, Renesas has ported the widely adopted PROFINET, Ethernet/IP and CANopen software stack to its latest RX controller.
The RX64M provides a universal platform for implementing field bus and communication technologies. It offers RAM of up to 512 KB, up to 4 MB of embedded flash, up to three controller area network (CAN) interface channels and two integrated Ethernet MACs. The new multi-protocol solution now expands the stacks available for the RX64M group with the addition of CANopen, PROFINET (CCA/CCB RT1) and Ethernet/IP. Solutions for EtherCAT and POWERLINK are also available as an on-demand option. The solution ensures that the Renesas RX64M product group is tailored to applications in the manufacturing, automation and process industries. The multi-protocol approach enables the RX64M group to cover all the major global communication technologies.
The new RX64M group comprises 112 products that all include high-speed flash memory clocked at 120 MHz. They are based on the new RXv2 CPU core, which is a trendsetter in its class with its 4.25 CoreMark/MHz performance. Along with its high level of real-time processing power, the RX64M also includes up to 4 MB flash and 512 KB RAM, which are required for today’s industrial electronic and network devices. Using these new MCUs, system developers can now quickly develop extremely powerful industrial applications with low power consumption and a wide range of communication functions.
“The evolution and connectivity of industrial equipment in manufacturing and building automation have prompted significant growth in products that include comprehensive communications technologies,” explains Bernd Westhoff, RX Product Manager at Renesas Electronics Europe. “Our RX64M products are a response to this trend, as well as to the need for a large memory capacity to support Ethernet, CAN, USB and many other communications functions.”
The 32-bit RX64M MCU components have a maximum clock speed of 120 MHz. Combined with the extended CPU core architecture, they produce total computing power of over 240 DMIPS when executing code from integrated zero-wait state flash memory. The MCUs also provide significantly better processing performance for computing operations, due to their integrated 32-bit multiplier, a single-precision floating-point unit (FPU), and an extended 32-bit barrel shifter.
The stacks and drivers provided by port GmbH meet stringent and highly efficient coding and documentation standards, which were developed by port itself. These standards ensure that CANopen only needs a very small amount of memory while enabling high execution speeds and easy-to-read code. The company also offers active support for device certification (PNO, EPSG, CiA etc.). Customers can ensure they always receive stack and driver versions that comply with the most recent standards.