Auto Inflection

Despite the ups and downs of the automotive segment, a transition is underway to more advanced/autonomous command and control systems, gaming-level driver and passenger information and entertainment (infotainment) systems, advanced 5G and beyond communications systems. Future vehicles have been dubbed the “software-defined vehicle,” but “AI-vehicle” would be a better description given the integration of AI throughout the three key platforms found in modern automotive electronics design – Advanced Driver Assistance Systems (ADAS), infotainment, and telematics.

This transition shifts the focus from microcontrollers and analog semiconductors to more advanced architectures that arguably are starting to look more like an AI data center on wheels. As a result, high-performance/low-power computing, high-end user experience, and connectivity are critical factors. One company is leveraging its expertise across all three to become a powerhouse in the automotive sector.

Multi-decade Insurrection

In just the past five years, Qualcomm’s Snapdragon Digital Chassis platform has achieved a 35%+ growth rate, reaching an annualized run rate of over $5 billion, and is forecasting a run rate of more than $6 billion by the end of 2026. This far outpaces overall industry growth of roughly 11%. This propels Qualcomm into the fourth-largest automotive semiconductor vendor position, behind Infineon, NXP, and TI, all of which have struggled to post flat-to-slow revenue growth over the same period. It also puts Qualcomm well above Mobileye and Nvidia, the early ADAS entrants.

Qualcomm has long been the leader in auto telematics solutions for commercial and consumer transportation, but its recent, more far-reaching success into the auto market builds on the company’s mobile and AI expertise. Qualcomm’s rise to prominence can be attributed to a few key factors, including but not limited to its expertise in developing heterogeneous compute solutions with the highest performance efficiency, its early investment in optimizing AI for edge applications, its continued investment in open-source software solutions and last, but certainly not least, its effectiveness in building an ecosystem around its solutions. Bringing these factors to bear was spearheaded by Nakul Duggal, (EVP and Group GM of Automotive, Industrial & Embedded IoT and Robotics) along with Anshuman Saxena (VP & GM, ADAS and Robotics) and Ahmed Sadek (VP of Engineering, ADAS and Robotics), who are the main architects of Qualcomm's ADAS and platform strategy. It is worth noting that this is the same leadership team that has been tapped to lead its further expansion into industrial and robotics – two key revenue diversification targets for the company.

Qualcomm is now the only company with complete ADAS, infotainment and telematics solutions and that leverages these solutions in a single software platform - The Snapdragon Digital Chassis. The Snapdragon Ride ADAS software stack was co-developed with BMW and includes an automated driving stack, digital cockpit platform and centralized compute architecture built on Qualcomm’s technology. BMW is shipping cars with the platform now and will use information from those platforms to further enhance it going forward. While developed with BMW, the entire software stack is available to other automotive vendors. The BMW iX3 will be available in the U.S. starting in September. More recently, Qualcomm announced a partnership with Wayve to integrate its AI Driver solution into Snapdragon Ride for full autonomous driving.

Qualcomm was already working with every major auto OEM due to its leadership in telematics with its Snapdragon Auto Connectivity platform, and garnered 21 design wins for Snapdragon Cockpit infotainment in the first year after its announcement. With this level of engagement and a common software solution across the entire Snapdragon Digital Chassis platform, the Snapdragon Ride platform has become a primary contender for future ADAS solutions, especially as they move beyond basic Level 2 safety enhancements to full Level 4/5 autonomy.

According to recent earnings, more than a million cars are using Qualcomm’s Snapdragon Ride ADAS solutions. Additionally, the company will begin shipping its 5th-generation Snapdragon Digital Chassis platform by the end of 2026, which promises 3x higher CPU throughput, 3x higher GPU performance, and 12x higher NPU performance, enabling up to Level 4 autonomy.

The challenge the company faces now is transitioning its expertise and success into other markets, such as robotics and industrial automation. If auto is any indication, Qualcomm will be able to leverage the same AI expertise to penetrate those markets.