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Device Finder
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Product
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Applications
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Partners
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Software
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Solutions
We have different solution kit available for you to use. We have kit developed by Renesas and in collaboration with out partners. I will show here few of them and they are many others coming. Make sure you check our RX web site for updates.
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Search
Sometimes you know what you're looking for. This section allows you to type in a complete or partial RX part number and find the exact device you want.
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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
RX610 General Purpose
These groups come with a rich set of communication peripherals such as Ethernet MAC, USB 2.0 full-speed (Host, Device, and OTG), and CAN. They are also equipped with several DMA controllers including a dedicated External DMA controller which can be used to drive a TFT-LCD.
>View Products
These groups come with a rich set of communication peripherals such as Ethernet MAC, USB 2.0 full-speed (Host, Device, and OTG), and CAN. They are also equipped with several DMA controllers including a dedicated External DMA controller which can be used to drive a TFT-LCD.>View Products
RX621, RX62N Connectivity
These groups come with a rich set of communication peripherals such as Ethernet MAC, USB 2.0 full-speed (Host, Device, and OTG), and CAN. They are also equipped with several DMA controllers including a dedicated External DMA controller which can be used to drive a TFT-LCD.
>View Products
These groups come with a rich set of communication peripherals such as Ethernet MAC, USB 2.0 full-speed (Host, Device, and OTG), and CAN. They are also equipped with several DMA controllers including a dedicated External DMA controller which can be used to drive a TFT-LCD.>View Products
RX62T Motor & Inverter Control
Optimized for motor control and inverter control applications, the RX62T devices include advanced PWM timers and advanced analog-to-digital converter sub-systems with six programmable op amps, six sample/hold circuits, and six window comparators. With one RX62T device, it is possible to drive two three phase motors at the same time.
>View Products
Optimized for motor control and inverter control applications, the RX62T devices include advanced PWM timers and advanced analog-to-digital converter sub-systems with six programmable op amps, six sample/hold circuits, and six window comparators. With one RX62T device, it is possible to drive two three phase motors at the same time.>View Products
RX630 Group
The RX630 Group has only 2.5uA standby power and enhanced analog, communication, and timer functions. The products are equipped with 21 channels of 12-bit A/D and another 8 channels of 10-bit A/D making up to 29 A/D channels available.
>View Products
The RX630 Group has only 2.5uA standby power and enhanced analog, communication, and timer functions. The products are equipped with 21 channels of 12-bit A/D and another 8 channels of 10-bit A/D making up to 29 A/D channels available.>View Products
RX631 Group
Offering only 2.5uA standby power; the RX631 Group is built around the RX core and is equipped with 2 channels of USB 2.0 full-speed (Host, Function and OTG) and up to 3 CAN channels.
>View Products
Offering only 2.5uA standby power; the RX631 Group is built around the RX core and is equipped with 2 channels of USB 2.0 full-speed (Host, Function and OTG) and up to 3 CAN channels.>View Products
RX63N Group
The RX63N Group is built around the RX core and comes equipped with an Ethernet 10/100 MAC with DMA. The RX63N Group also includes 2 channels of USB 2.0 Full-Speed (Host, Function and OTG), 3 channels of CAN interface, 4 I2C, 13 SCI, 3 SPI, and an external bus.
>View Products
The RX63N Group is built around the RX core and comes equipped with an Ethernet 10/100 MAC with DMA. The RX63N Group also includes 2 channels of USB 2.0 Full-Speed (Host, Function and OTG), 3 channels of CAN interface, 4 I2C, 13 SCI, 3 SPI, and an external bus.>View Products
RX63T Group
The RX63T Group is a complement to the RX62T group, bringing lower memory, lower pin-count variants and featuring enhanced safety functions over the RX62T Group. In addition to its use as a general-purpose microcontroller (MCU), the RX63T is a cost effective solution for single vector motor control in consumer devices and industrial equipments.
>View Products
The RX63T Group is a complement to the RX62T group, bringing lower memory, lower pin-count variants and featuring enhanced safety functions over the RX62T Group. In addition to its use as a general-purpose microcontroller (MCU), the RX63T is a cost effective solution for single vector motor control in consumer devices and industrial equipments. >View Products
RX600 MCU Series - Performance without Sacrifice
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Performance without SacrificeRX600 series microcontrollers deliver the very latest technology from Renesas, the world's #1MCU supplier. New RX600 chips areMCU/DSP hybrids: Digital Signal Controllers. They provide both superbMCU performance and powerful signal-processing capabilities, bolstered by the industry's fastest embedded Flash memory - all while achieving very low power consumption. These versatile and economicalMCUs are scalable for many applications and are supported by a rich ecosystem offering development tools and middleware. |
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165 DMIPS at 100MHz
» Gives the most performance in class, or offers maximum power efficiency when operated at slower speeds. Enhanced Harvard architecture and 5-stage pipeline » Achieves one instruction per clock with simultaneous data access for best efficiency More than six internal busses » Reduces bottlenecks between CPU, memory, DMA, peripherals, and external bus Multiple Direct Memory Access control » Provides flexible hardware- and software- based DMA channels for maximum data flow Rapid interrupt response » Reacts to interrupts in as few as five CPU clock cycles for handling difficult real-time control applications |
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32-bit Floating Point Unit (IEEE-754)
» Perform complex non-linear math in fewer clock cycles, reduce code and data size, and benefit from easy firmware development 32-bit Multiply-Accumulate w/ 80-bit result » Can eliminate the need for a separate DSP or ASIC device in signal processing application |
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Zero wait-state access at 100MHz
» CPU receives instructions from Flash with no delay even at 100MHz for optimum predictable performance Mature and reliable silicon process » Process has been in production for 3 years |
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Wide selection of memory and packages
» Maximize your software investment across small. medium, and large projects Key peripherals at your fingertips » Connectivity abounds with Ethernet, USB, CAN plus human-machine interface TFT-LCD » Specialized motor control timers with 1µsec 12-bit ADCs and programmable gain opamps |
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Very low power consumption
» 1mW per DMIP with all peripherals active » Under 1µA Deep Standby on RX610 » Extends battery life in portable applications Extremely compact code » Variable-length CISC instructions can reduce code size as much a 28% compared to popular 32-bit RISC MCUs in the market |
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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 | |
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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eLearning - Renesas Interactive
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Get in depth technical information on Renesas products. Learn on your terms, at your speed, from anywhere, 24/7. click to launch






