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Explore
Find a wealth of 3rd parties, online forums, training, events, and other programs to kick start your next Renesas design.
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Getting Started
Following the 6 quick steps below, you can quickly find out where to go for information on the RX, hardware and software tools, code and drivers, third party support, and solution specific boards and kits.
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Core
The RX CPU core was designed to provide both superb MCU performance and powerful signal-processing capabilities, bolstered by the industry’s fastest embedded Flash memory.
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Floating Point Unit
The RX core and its Floating point Unit (FPU) are here today to meet the most demanding applications.
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System Advantages
RX600 microcontroller was designed with a holistic system level vision. The RX600 uses an Enhanced Harvard architecture to connect to internal 100MHz Flash and internal 100MHz SRAM.…
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Advanced Peripherals
The RX600 includes a broad range of peripherals. In addition to the many standard communication, analog, and timer peripherals there are also advanced connectivity peripherals for Ethernet, USB and CAN…
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RX News
Welecome to The RX News, the quarterly newsletter from Renesas for engineers and everyone interested in embedded applications using the Renesas RX family of 32-bit MCUs.
RX Family
RX600 Series
Combining the revolutionary new RX core with the industry's fastest
embedded flash memory, the RX600 series microcontrollers deliver an
industry leading 1.65 DMIPS per MHz and include support for digital
signal processing and floating point operations.
> View Products
Combining the revolutionary new RX core with the industry's fastest
embedded flash memory, the RX600 series microcontrollers deliver an
industry leading 1.65 DMIPS per MHz and include support for digital
signal processing and floating point operations.
> View Products
The RX Core
RX is a revolutionary new core developed by the world's #1 microcontroller supplier, Renesas Electronics. Follow the link here to learn more about this advanced 32-bit core that includes floating point operations and built in digital signal processing capabilities.
> Read more about The Core Difference
RX is a revolutionary new core developed by the world's #1 microcontroller supplier, Renesas Electronics. Follow the link here to learn more about this advanced 32-bit core that includes floating point operations and built in digital signal processing capabilities.
> Read more about The Core Difference
RX200 Series
Ultra Low Power: 130 µA/DMIPS Active, 1.3 µA RTC Self-Wake. Low and Wide Voltage: 1.62V to 5.5V operation. Powerful CPU: 1.56 DMIPS/MHz,78 DMIPS at 50 Mhz. Safety Spec Compliance,IEC 60730.
The new RX200 series brings industry-leading benefits making a perfect fit for smart metering, medical, appliances...
> View Products
Ultra Low Power: 130 µA/DMIPS Active, 1.3 µA RTC Self-Wake. Low and Wide Voltage: 1.62V to 5.5V operation. Powerful CPU: 1.56 DMIPS/MHz,78 DMIPS at 50 Mhz. Safety Spec Compliance,IEC 60730.
The new RX200 series brings industry-leading benefits making a perfect fit for smart metering, medical, appliances... > View Products
RX 32-bit MCU Family - The Core Difference in Your Design
These next generation microcontrollers based on the revolutionary RX CPU core enable a new class of MCUs blending the best traits of RISC and CISC MCU architectures while adding DSP and floating point math capability.
This hybrid Digital Signal Controller approach meets the demands of today's embedded applications requiring high performance yet very low power consumption; the smallest possible code and data size; the lowest cost; and the need for digital signal processing.
Drawing from a rich heritage of existing CPU cores from the world's #1 MCU supplier, the RX CPU core design leads the industry for performance and capability in embedded MCUs. There are two compatible RX series to best match your needs starting with RX600 for extreme performance and connectivity, followed by RX200 for ultra-low power applications. Tools, firmware libraries, and documentation make it easy to migrate to RX from any other MCU platform, or to start a new RX design.
This hybrid Digital Signal Controller approach meets the demands of today's embedded applications requiring high performance yet very low power consumption; the smallest possible code and data size; the lowest cost; and the need for digital signal processing.
Drawing from a rich heritage of existing CPU cores from the world's #1 MCU supplier, the RX CPU core design leads the industry for performance and capability in embedded MCUs. There are two compatible RX series to best match your needs starting with RX600 for extreme performance and connectivity, followed by RX200 for ultra-low power applications. Tools, firmware libraries, and documentation make it easy to migrate to RX from any other MCU platform, or to start a new RX design.
RenesasRulz Widget
- Forums
- Video
- Blogs
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RX System Interfaces
2011/04/07
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Renesas RX Direct Drive LCD Solution
2011/04/07
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RX System Exceptions & Interrupts
2011/04/07
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Demonstration of audio frequency analysis and display
2010/08/30
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Demonstration of musical scale recognition using piano tones
2010/08/30
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Demonstration of bouncing ball
2010/08/30
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RX600 FPU Video
2010/08/25
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RX-Stick Demo
2010/07/23
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| > Go to ReneSas Rx Channel | |
Latest News
Doctor Micro
Maury Wright
Maury Wright is an electronics engineer turned technology journalist and industry consultant with broad experience in techno-logy areas ranging from microproc-essors to digital media to wireless to power management. Wright worked at EDN Magazine for 22 years – serving as Editor-In-Chief and Editorial Director for five years. Wright also served as Editor of the EE Times' Digital Home and Power Management web sites.
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Maury Wright is an electronics engineer turned technology journalist and industry consultant with broad experience in techno-logy areas ranging from microproc-essors to digital media to wireless to power management. Wright worked at EDN Magazine for 22 years – serving as Editor-In-Chief and Editorial Director for five years. Wright also served as Editor of the EE Times' Digital Home and Power Management web sites.
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