What is the Qualcomm Flex SoC?

The Qualcomm Flex SoC is a single chip that can control both driver assistance and infotainment features in vehicles.

How will Qualcomm's Flex SoC benefit carmakers?

It is designed to reduce hardware and software complexity, leading to lower costs for automakers and enabling more standard advanced features.

What AI powers the Qualcomm Flex SoC system?

Google's Gemini AI is integrated into the system to handle voice commands and local requests within the car.

Home / Technology / Qualcomm Flex SoC: Cars Get Smarter Infotainment

Qualcomm Flex SoC: Cars Get Smarter Infotainment

6 Jan

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Summary

Qualcomm's Flex SoC merges driver assistance and infotainment on one chip.
The SoC aims to reduce complexity and costs for automakers.
Gemini AI and Unreal Engine enhance the in-car digital experience.

Qualcomm Flex SoC: Cars Get Smarter Infotainment

Qualcomm has unveiled its Flex SoC, an all-in-one system designed to manage both advanced driver assistance and infotainment features within a single chip. This groundbreaking technology promises to streamline hardware and software complexities for automakers, potentially reducing costs and making advanced features standard in more vehicles. The chip's "mixed criticality" design allows for simultaneous operation of safety-critical functions and less vital tasks like media playback.

This integrated approach enables a richer in-car experience, featuring Google's Gemini AI for intelligent assistance and local requests, alongside Unreal Engine for dynamic, real-time 3D graphics. Even mid-tier packages can now offer sophisticated features such as lane-keeping assist and driver monitoring, with more advanced sensor suites available for premium options.

Currently operational in China, Qualcomm is set to deploy its efficient computing architecture into U.S. vehicles. This strategic move signifies a future where even basic car models will likely include advanced safety systems, touchscreens, and AI-powered digital assistants, fundamentally reshaping the automotive interior.