MPU & MCU

Lineup:

The Extreme Evolution to embedded systems led by Renesas' new RX MCU family. Equipped with a new-generation core, the RX family can respond to the ever-increasing demands and challenges on the MCUs of today and tomorrow.

RX200 | RX600

Reach Further

Renesas Electronics, the world's number 1 provider of microcontrollers, takes you where your imagination leads

SH-Mobile

Renesas has introduced the SH-Mobile (SuperH Mobile Application Processor); designed to ease system development and realise significant performance improvement. Using the DSP instructions of the SH3-DSP, an average performance increase of 200% can be achieved for most middleware. This reduces CPU speed requirements and in turn power consumption.

H8 Value Series

16-bit high performance devices with up to 128KB of ROM and high integration of on-chip peripherals

H8/3062BL, H8/3024BL, H8/3008BL Series | H8S/2317BL Series | H8S/2327BL Series | H8S/2337BL Series

RL78 Family

RL78 is Renesas Electronics' next-generation microcontroller family combining advanced features from both the 78K and R8C families to deliver low power consumption and high performance.
RL78 is based on a 16-bit CISC architecture with rich analog functionality. The platform lineup will include General Purpose, LCDs and ASSPs including lighting, and Automotive microcontrollers.
RL78 is designed specifically for ultra-low power applications allowing you to build compact and energy-efficient systems at lower cost.

RL78/F1x | RL78/G1x | RL78/I1x | RL78/L1x

78K Family

The extensive 78K series lineup provides the ideal product for almost any application. For a compact, low-power MCU, choose one of the products in the 8-bit 78K0 and 78K0S series, and for a controller that offers the performance of a 32-bit MCU but consumes the power of an 8-bit one, look no further than the 16-bit 78K0R.

M32R Family

The M32R family 32-bit RISC microcomputers were developed by Renesas specifically to enable users to incorporate high-level functions into their systems. They incorporate the M32R CPU, a compact CPU core that delivers excellent performance. The M32R family is an ideal system solution for applications including general industrial and car-mounted systems, digital AV equipment, digital imaging equipment, and portable consumer products.

M32R/ECU

M16C Family (R32C/M32C/M16C)

The M16C Family offers a robust platform of 32/16-bit CISC microcomputers featuring high ROM code efficiency, extensive EMI/EMS noise immunity, ultra-low power consumption, high-speed processing in actual applications, and numerous and varied integrated peripherals.

R32C/100 | M32C/80 | M16C/60 | M16C/50 | M16C/30 | M16C/Tiny | M16C/20 | M16C/10 | M16C/80

R8C Family

The 16-bit CISC MCUs of the R8C Family feature high ROM code efficiency, superb noise performance, low power consumption, high processing performance for real applications, and so on. With the advantage of abundant on-chip peripherals such as comprehensive timer functions and various serial communication functions, the R8C Family supports a wide range of application fields. The R8C Family also retains compatibility with the M16C Family, so software resources and development tools can be shared.

R8C/Lx | R8C/Mx | R8C/5x | R8C/3x | R8C/2x | R8C/1x

H8SX Family

H8SX family offers a 32bit CISC microcomputer with improved performance and an internal Multiplier/Divider with a maximum operating frequency of 50 MHz.

H8SX/1500 | H8SX/1600 | H8SX/1700

SuperH Family

SuperH is an embedded RISC developed for high cost-performance, miniaturization, and performance per unit of power consumption (MIPS/W). We are developing CPU cores for a wide range of applications and functions and have many products available.

V850 Family

The V850 microcontrollers can be used in various applications from middle-range to high-end. The V850ES core products are affordable and can be easily incorporated In systems that use 16-bit controllers. The V850E1 core, was developed to provide high performance, and its successor, the V850E2M core, is the best choice for applications requiring top-level processing power.