UBYTE-S32K312 SmartWheels Micro EV2 NXP S32K312 Evaluation Board with Segger J-Link, 6 Axis IMU and CAN

S32K312 SmartWheels Micro EV2 Product Description

The S32K312 SmartWheels Micro EV2 is a low cost development board based on the NXP S32K312NHT0VPASR ARM Cortex M7 @120MHz Automotive microcontroller. The S32K312 offers functional safety compliance with ISO 26262 up to ASIL B and HSE B standard security. The S32K312 SmartWheels Micro EV2 is equipped with onboard Segger J-Link Debugger along with CAN2.0B transceiver and ICM-42670-P IMU sensor. This makes the S32K312 SmartWheels Micro EV2 a complete development package in itself. The S32K312 SmartWheels Micro EV2 also allows the user to switch between 3.3V and 5V logic along with the ability to change the ADC Reference voltage between 3.3V and 5V. It makes the S32K312 SmartWheels Micro EV2 extremely flexible for prototyping. The S32K312 SmartWheels Micro EV2 is made in a breadboard Compatible form factor offering 71 GPIOs for utilizing various peripherals of the S32K312 microcontroller. The board also integrated a RGB LED along with 2 push buttons. A 4 pin header with onboard level shifters is provided for a 1.3” OLED display.

●       NXP S32K312NHT0VPASR ASIL-B Cortex M7 @120MHz Automotive MCU

●       Onboard Segger J-Link Debugger

●       USB Type-C for power supply and debugging

●       ICM-42670-P 6-Axis IMU sensor

●       USB to UART through Segger J-Link.

●       CAN2.0B Transceiver supporting CAN FD with extended frame

●       2MB Flash, 192KB RAM

●       Onboard 4Kb I2C EEPROM

●       RGB LED

●       Two User Push Buttons

●       10P JTAG for external debugger

●       16 MHz high-speed external oscillator (HSE)

●       High-precision (3.3V ± 0.2%) voltage reference for ADC

●      Switchable ADC reference voltage between 3.3V and 5V