Renesas has invested in key technologies to address the current mega trends within the automotive market such as environment, safety, information, and affordability. This effort has resulted in leadership positions in high-performance power conversions, state-of-the-art precision analog, cell balancing and battery charging ICs, power-efficient Class D audio amplifiers, and highly flexible TFT display controllers.
Renesas offers both standard and AEC-Q100 qualified products for automotive applications.
The scalable product portfolio from the RH850/F1Kx and RL78/F1x series are ideal for Automotive Body, Actuators & Sensors as well as Gateway applications. A wide range of low power consumption devices with embedded memory sizes (64kB to 8MB) and pin counts (20-pin to 324-pin) that are suitable for various applications. Supporting major state of the art interfaces, such as CAN-FD and Ethernet AVB, and compliant to ISO26262 ASIL-B, enabling sophisticated and highly secure development. Download documents and software examples and check out the third parties network and starter kits available right from the web.
- RL78/F13-LIN – 32MHz, up to 64KB ROM, 4KB RAM, LIN, lowest power consumption, Ta=150°C
- RL78/F13-CAN – 32MHz, up to 128KB ROM, 8KB RAM, LIN, CAN, lowest power consumption, Ta=150°C
- RL78/F14 – 32MHz, up to 256KB ROM, 20KB RAM, LIN, CAN, lowest power consumption, Ta=150°C
- RL78/F15 – 32MHz, up to 512KB ROM, 32KB RAM, LIN, CAN, lowest power consumption
- RH850/F1KM-S1 – 120MHz, up to 1MB ROM, 128KB RAM, CAN-FD, low power modules, ASIL-B
- RH850/F1K – 120MHz, up to 2MB ROM, 192KB RAM, CAN-FD, low power modules, ASIL-B
- RH850/F1KM-S4 – 240MHz, up to 4MB ROM, 512KB RAM, CAN-FD, Ethernet, low power modules, ASIL-B
- RH850/F1KH-D8 – 2x240MHz, up to 8MB ROM, 1MB RAM, CAN-FD, Ethernet, low power modules, ASIL-B
The highly integrated ISL78083 automotive camera PMIC provides an extensive feature-set and power density to fit inside ever-shrinking HD camera modules.
Renesas autonomy™ is an open, innovative and trusted platform for ADAS and automated driving, consisting of Renesas’ sustainable and scalable SoCs and microcontrollers.
The advanced ISL784x4 half-bridge drivers enable high current DC/DC conversion with adjustable dead time and maximum efficiency, and safely drive MOSFETs for bidirectional controllers in 12V - 48V automotive hybrid powertrains.
AEC-Q100 Qualified Products
AEC-Q100 is an industry standard specification that outlines the recommended new product and major change qualification requirements and procedures for packaged integrated circuits.
Renesas offers both standard and AEC-Q100 qualified products for automotive applications. Not all Renesas products are designed nor intended for use in automotive applications. Products that are qualified for and meet AEC-Q100 requirements are clearly designated in their datasheet.
Please visit the Quality and Reliability section of our website to view certification documentation.
Dedicated Customer Support
- Dedicated automotive product line and field support teams
- Automotive part qualification to AEC-Q/customer specific requirements
- TS16949 certified manufacturing sites
- Achieve 100% first time submission for approval of PPAP
- Renesas unique Ordering Part Number (OPN)
- Comprehensive in house device failure analysis capabilities with standard 8D reporting format
- Extensive quality systems
- Rigorous process change notice and change management support
- Timely specification review for technical, environmental (IMDS), and general quality requirements
Assured Product Supply
Long life cycles ensure a steady flow of product, which gives your design longevity. Renesas still supports products that have been in production for more than 40 years.
Four Ways Renesas Makes Cars Smarter
See behind your car within 500 milliseconds with TW88xx Display Processors.
Improve power efficiency by 5% with highly efficient Synchronous Regulators.
Get end-to-end, bi-directional communication with enhanced SerDes video links.
Eliminate costly CAN transceivers with proprietary cell-balancing diagnostic communications system.