CYT2B75CADQ0AZSGS

What is CYT2B75CADQ0AZSGS?

The 32-bit Arm automotive MCU has advanced performance, safety, and security features, making it suitable for use in automotive body electronic applications. These MCUs use a single Arm ® Cortex ®-

M4F and dual Cortex ® – The M7F has 1500DMIPS enhanced performance in the TraveoII series. Traveo ™ Automobile MCU can provide scalability across the entire range of memory size and pin

count. IP compatibility enables customers to design and develop their systems through a single platform MCU solution.

These MCUs have advanced security features, such as hardware security modules (HSMs) and dedicated Cortex for secure processing ®- M0+, as well as dual group mode embedded flash memory for

firmware wireless (FOTA) requirements.

Traveo ™ The II MCU has six power modes and supports ECU, which can minimize overall power consumption. These MCUs have an optimized software platform that can be used for Cypress

AUTOSAR microcontroller abstraction layer (MCAL), self checking library, flash EEPROM simulation, and secure low-level drivers for installing third-party firmware. This car is designed with MCU for

future cars. The Traveo II series also features advanced security features, including ECC for memory, power voltage and clock monitors, watchdog, and self checking libraries. The Traveo II series

supports six power modes. Active, sleep, low-power active, low-power sleep, deep sleep, and sleep modes (typical value of 5uA). These microcontrollers also support cyclic wake-up from deep sleep to

optimize power consumption.

CYT2B75CADQ0AZSGS Applications：

Advanced performance, safety, and security features suitable for automotive body electronic applications Using a single Arm ® Cortex ®- M4F and dual Cortex ®- M7F, with 1500DMIPS enhanced

performance in the Traveo II series Provide scalability across the entire range of memory size and pin count IP compatibility enables customers to design and develop their systems through a single

platform MCU solution.

Advanced security features, such as Hardware Security Module (HSM), dedicated Cortex for secure processing ®- M0+and dual mode embedded flash memory for FOTA requirements.