Renesas Electronics RA8E2 480MHz Arm® Cortex® M85 Microcontrollers
Renesas Electronics RA8E2 480MHz Arm® Cortex® M85 Microcontrollers (MCUs) achieve 6.39CM/MHz (CoreMarks per MHz), enabling demanding and compute-intensive applications like endpoint AI and robotics. Using the Arm CM85 MCU core with a 7-stage superscalar pipeline (vs. 6-stage on the CM7 core) brings an unprecedented 30% higher scalar performance, improving efficiency versus the predecessor. The BGA-packaged Renesas 480MHz MCUs include the Helium M-profile vector extension that delivers 4x AI/ML performance compared to the existing M7 core. This eliminates the need for low-to-mid-tier additional DSPs in user system designs. Thus, the entire system can be managed under a single toolchain and avoids the overhead of having multiple cores.
Features
- 480MHz Arm Cortex-M85 with 1MB Flash Memory and 672KB SRAM
- MCU core with Helium MVE providing 4x/3x uplift in AI/DSP use cases versus Arm Cortex-M7
- Operates at 480MHz with an optimized feature set
- 32KB I/D L1 caches and 32KB of tightly coupled memory (TCM)
- Parallel graphics LCD interface and 2D drawing engine
- 12-bit A/D converters and D/A converter, comparators, and temperature sensors
- Communication peripherals such as SCI (UART, Simple SPI, Simple I2C), SPI/ I2C multi-master interface, SSI, CAN-FD, and USB FS
- Wide-range timer integration with support for low-power timers and RTC
- OSPI with XIP and 16-bit external memory interface
- High peripheral integration, expansive on-chip memory, and wide external memory interfaces enable a wide array of graphic applications up to WVGA
- Pin-to-pin compatible with RA8D1 for seamless security feature upgrades, wider peripherals availability, and MIPI DSI
- Easy migration and scalability within the RA8 Series thanks to hardware and software compatibility from the entry-line to the mainstream-line devices
Applications
- Industrial automation
- Building automation
- Home appliances
- Smart offices
- Healthcare and medical equipment
- AIot markets
Block Diagram
Application Example
Additional Resources
Published: 2024-11-04
| Updated: 2024-11-18