• Device features & performance
• Safety support
• Evaluation/design tools & collaterals
• Custom OTP prototyping flow & tools introduction
• Device features & performance
• Safety support
• Evaluation/design tools & collaterals
• Custom OTP prototyping flow & tools introduction
• BYLink PMIC strategy & portfolio introduction
• Target market & success story examples with NXP & non-NXP MPU
• Customization flow & tools overview
We shall talk about load switch design for PC and mobile; PMIC in MCU reference design for industrial and portable application.
Learn more about the broad NXP portfolio of products that deliver safety and power scalable solutions to enable your platform strategy for autonomous, electric and user-defined cars.
Learn more about the broad NXP portfolio of products that deliver safety and power scalable solutions to enable your platform strategy for autonomous, electric, and user-defined cars.
The growing demand of power delivery in various applications like in ADAS for example, requires the design of multiple safety PMICs in the same module. The approach of this multi-PMIC configuration with various SoCs becomes complex and must satisfy the functional safety requirements at system level. During this session we will cover how to use a multi-PMIC approach and meet the safety requirements using NXP solutions.
The growing demand for power delivery in various applications like in ADAS for example requires the design of multiple safety PMICs in the same module. The approach of this multi-PMIC configuration with various SoCs becomes complex and must satisfy the functional safety requirements at the system level. During this session, we will cover how to use a multi-PMIC approach and meet the safety requirements using NXP solutions.
The growing demand for power delivery in various applications like ADAS or gateway requires the design of complex multiple safety PMICs in the same module which must satisfy the functional safety requirement at system level. This session discusses proposed solutions from NXP to simplify your ASIL multi-PMIC architecture. It also explains how to manage the interactions between Safety PMICs and ASIL domains at system level.