SOLUTIONS MOBILE COMPUTING Total Compute Provides Scalable Solutions for Mobile Computing As mobile computing expands into every aspect of our lives, Arm-based smartphones, laptops, wearables, and other smart devices are everywhere. The number of compute-intensive use cases for these devices is rising every year, performing tasks we could only dream of in the past. Arm offers a broad range of IP, software, and tools to support these advanced compute requirements. Moving to a focused solution built on a Total Compute strategy enables increased chip performance and efficiency in a smaller area. This also enables developers, semiconductor companies and OEMs to respond quickly to increased demand for innovative digital immersion experiences on mobile devices. 1:53 Sparking the Potential of Mobile Computing Explore All Solution Areas Laptops Learn More Smartphones Learn More Smart Homes Learn More Gaming Learn More AR/VR Learn More Total Compute Solutions Powering the Next Decade of Mobile Computing A solution-focused approach that spans across Arm technology components including 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. Watch Webinar Components of a Total Compute Solution Cortex-A CPUs for Complex Processing Designed for complex compute tasks, such as hosting a rich operating system platform and supporting multiple software applications. See Products Mali GPUs for Superior Graphics Provides the ultimate user experience for entertainment and visual applications across a wide range of smartphone devices. See Products Ethos Processors for ML Workload Delivers the highest throughput and efficiency in the lowest area for machine learning inference for mobile computing devices. See Products System IP to Enable the SoC Enables system designers to configure and build high-performance, power-efficient SoCs. See Products Cortex-R for Modems Used for 5G modems in modern mobile computing SoCs. See Products Cortex-X Custom Program A partner program that focuses on ultimate performance. Through close collaboration with lead partners, Arm enables ultimate performance on devices. Learn More The Basis for a Solution Approach Armv9 Architecture Armv9-A supports the 128-bit wide fixed-length vector extensions first seen in Armv7 and Armv8. SVE2 goes further to provide variable length vectors, enabling vector length agnostic programming for enhanced application performance on mobile computing devices. Learn More 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. Learn More Explore the Future of Consumer Technology Join technologist and neuroscientist, Poppy Crum, in the Arm New Reality video and podcast series as she reviews today’s innovations in consumer technology and how they are creating new realities for tomorrow. View New Episode Recommended For You Virtual Conference Arm DevSummit Learn how to write fast and run fast with Arm. Catch the best of Arm DevSummit at any time and from anywhere. Catch up On-Demand Products IoT Solutions Processors AI Platform Graphics and Multimedia Development Tools Custom SoCs Technologies Arm Architecture DynamIQ big.LITTLE Arm NN CMSIS Neon TrustZone Partner Ecosystem Arm Approved Program Artificial Intelligence Automotive HPC Infrastructure Mbed Partners Support Design Reviews Developer Forums Training Documentation Downloads Contact Support About Arm Leadership Security on Arm Arm Blog News Arm Offices English Cookie Policy Terms of Use Privacy Policy Accessibility Subscription Center Trademarks Glossary Copyright © 1995-2021 Arm Limited (or its affiliates). All rights reserved. Important Information for the Arm website. This site uses cookies to store information on your computer. By continuing to use our site, you consent to our cookies. If you are not happy with the use of these cookies, please review our Cookie Policy to learn how they can be disabled. By disabling cookies, some features of the site will not work. Accept and hide this message