Second-Generation Total Compute Solutions Redefine Visual Experiences with Immortalis
As mobile computing expands into every aspect of our lives, new, more compute-intensive use cases and visual experiences on top consumer devices are rising every year, performing tasks we could only dream of in the past.
Arm offers a broad range of IP, software, tools, and standards to support these advanced compute requirements and shape the visual experiences of tomorrow through our second-generation Total Compute Solutions (TCS22). These address all consumer-device markets, offering different levels of performance, efficiency, and scalability for specialized compute on Arm.
TCS22 features the new Arm flagship GPU, Immortalis-G715, for gaming performance unleashed, delivering ultimate gaming experiences on next-generation flagship smartphones.
Register for TCS22 and Immortalis Webinars
Join this webinar to learn about the new IP and upgrades to Arm’s Total Compute Solutions, alongside the latest security, software, and tool support for developers.
Join this webinar for a detailed examination of the latest graphics features made possible by Immortalis-G715, including hardware-based ray tracing support for more realistic and immersive mobile gaming experiences.
Sparking the Potential of Mobile Computing
Total Compute Solutions Powering the Next Decade of Mobile Computing
A solution-focused approach that spans across Arm technology components to include hardware IP, physical IP, software, tools, and standards.
Click the hotspots to learn more about the elements that make up a Total Compute Solution, from processors to the software ecosystem.
Cortex-X Custom Program
A partner program that focuses on ultimate performance. Through close collaboration with lead partners, Arm enables ultimate performance on devices.
The Basis for a Solution Approach
Arm’s Total Compute Strategy
Total Compute is the evolution from a product focus to use-case driven solutions. It adopts a holistic system approach that ensures compute platforms can seamlessly and securely handle the workloads of tomorrow—even with the proliferation of more devices, use cases and killer apps that require powerful compute resources.
