At the end of February, Renesas released the RX64M group of microcontrollers, becoming the first product in the 32-bit RX family of microcontrollers. These MCUs were created through a 40-nm process, as the collection as a whole contains 112 products that can run up to 120 MHz. The RX64M MCUs have a terrific high-speed embedded flash memory, rapid performance, and large memory capabilities that function effiectively in real-time. These MCUs provide a solution for designers who require tools and equipment to develop efficient technology and gear.
With the rising ideas of the Internet of Things, there are many products on the rise that plan to help expand this field. Such products strive to offer a highly connected network that can be used with industrial equipment and building automation. These materials can be applied to an array of technologies that require immense CPU power.
The RX64 MCUs embed up to 4 Mbytes of super-fast flash memory, 120-MHz operation, and 512 Mbytes of SRAM. These devices have consume 40% less power than other comparable MCUs. This product has an RX64M core, achieving a CPU performance of a 504 CoreMark. It functions 1.6 times more efficiently than earlier devices and expands memory capabilities.
There is a widespread set of peripheral functions for industrial applications with this RX64 group of MCUs. The abilities of the MCUs include motor control timer functions, an IEEE 1588-compliant Ethernet function that works with industrial applications. These MCUs can help the synchronized performance, providing ample support of motor controls. The abilities of the RX64 MCUs can withstand high-speed communications like two USB interfaces and two Ethernet MACs. The OTG functions, SD host interface, and QSPI (quad serial peripheral interface) can also be hosted by the RX MCUs. The internal coding ability helps to ensure the communication and reliability of the device.
The powerful tools onboard the RX64 MCUs support hardware and software development. All RX64M MCUs bolster the tool environment of third-party devices. Some examples include Micrium, Express Logic, CMX, SEFFER, and freeRTOS. This technology also works with the Embedded Workbench for RX IDE Systems that can construct and debug all RX64M support. This microcontroller comes with a Renesas Starter Kit, an RX Driver Package, and an interactive tool to build GUI-based code.
Samples for this portion of the RX family will be released this month. The RX64 MCUs will be fully produced and stocked by August.
Story via Renesas
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