Accelerating Digital Immersion Through a Total Compute Strategy
Advances in digital immersion continue to inspire more natural and intuitive ways to interact with digital information and devices. This in turn is creating more advanced, complex, and demanding multi-compute workloads, especially for cutting-edge XR, gaming, viewing, and AI-based experiences.
To realize these requirements, there has to be a massive shift in the approach to SoC design. Total Compute from Arm is a way to move beyond optimizing individual IP to take a system-level solution view of the SoC that puts use cases and experiences at the heart of the designs.
Total Compute focuses on optimizing these key features across Arm’s IP and software and tools. This means higher-performing, more immersive and more secure experiences on devices, and an easier app development process.
Providing the performance, efficiency and AI capabilities required to make all the future digital immersion experiences on the next generation of devices work and run seamlessly.
Delivering security ‘defense in depth’ for protection across the entire ecosystem based on three layers – application, in-process and platform security.
Unleashing improved accessibility and increased performance across software and tools, which delivers more performance by default for every developer within their own developer environment.
Smartphones
One of the most fundamental pieces of technology, smartphones are the world's most dynamic personal computers, connecting more than 4 billion people.
XR
The ongoing XR (AR and VR) revolution demonstrates the power and potential of digital immersion in specialty systems and use cases.
AI and Machine Learning
AI and machine learning are expanding and defining more applications than ever before, changing how we interact with technology everywhere.
Security
Achieving secure devices requires a symbiotic relationship between hardware and software where security is no longer an afterthought and is built on an expanding portfolio of secure IP and software within a collaborative ecosystem.
Arm and its global partner ecosystem is one of the largest, most prolific and creative communities of product innovators. We’re providing power-efficient intelligence as the foundation for transformative applications and business ideas. See how Arm makes smart possible.
Cortex-A Processor
The Cortex-A processor series is designed for devices undertaking complex compute tasks, such as hosting a rich operating system platform and supporting multiple software applications and embedded designs. Cortex-A processors power intelligent solutions, from edge to cloud, for next-generation experiences.
Mali Technologies
Mali GPUs include both graphics and GPU compute technology to offer a diverse selection of scalable solutions for low-power to high-performance smartphones, tablets, and digital TVs.
System IP
Arm System IP enables system designers to configure and build high-performance, power-efficient SoCs while further differentiating with Arm processors and integrating proprietary IP elements via industry-standard AMBA interfaces.
Ethos-N Processors
The Arm Ethos-N processor series delivers the highest throughput and efficiency in the lowest area for machine learning inference from cloud to edge to endpoint.
Development Tools and Software
Arm’s development solutions help accelerate product engineering from SoC architecture through to software application development.
Security IP
Arm security IP is a comprehensive solution for keeping up to date with digital security requirements and protecting target use cases. Used in addition to the TrustZone technology, it creates a system-wide approach to security.
Total Compute offers the flexibility and ease required to innovate around immersive experiences. Discover how your project can benefit from a Total Compute approach by talking to an Arm expert.
Arm-based chips, device architectures, and technologies orchestrate the performance of everything that makes modern life possible — from smartphones to agricultural sensors and from medical instruments to servers.
Armv8-A Architecture
The latest-generation Arm architecture targets the Applications (“A”) profile and introduces changes for the design of significantly higher performance processor implementations, including a large physical address, 64-bit virtual addressing, a new exception model, and efficient cache management.
DynamIQ
Combines big and LITTLE CPUs into a single, fully integrated cluster, bringing benefits in power and performance for everything from mobile devices to infrastructure.
big.LITTLE
Arm big.LITTLE technology is a heterogeneous processing architecture that uses two types of processor. 'LITTLE' processors are designed for maximum power efficiency, while 'big' processors are designed to provide maximum compute performance.
AMBA
AMBA is the open standard for on-chip communications. It ensures compatibility between different components, which enables design reuse, low-friction integration, reduced cost of ownership, and accelerated time to market.
Arm NN
Arm NN bridges the gap between existing NN frameworks and the underlying IP. It supports the efficient translation of existing neural network frameworks, such as TensorFlow and Caffe, allowing them to run efficiently – without modification – across Arm Cortex-A CPUs, and Arm Mali GPUs and the Ethos-N NPUs.
CoreSight
Arm CoreSight technology is a set of tools that are used to debug and trace software that runs on Arm-based SoCs.
Total Compute Resources
News
Blogs
- Delivering security ‘defense in depth’ through Total Compute
- Unleashing Developer Potential Through Total Compute
- Total Compute: Providing the Compute Performance for Future Digital Immersion
- The Security Arms Race on Devices
- The New Era of Augmented Reality
- 5G: transforming user experiences on devices
Reports
Blueprint
