Get Ready for a New Era of Compute
Autonomous decision making will be the predominant new workload for the next era of computing. It will change the way we live and transform multiple markets, including automotive and industrial. This will not be an overnight transformation – it will be a journey.
In the video below, the Arm team explains how we’re accelerating this journey with brand new technology that offers the crucial stepping stones to help build confidence in autonomous devices. See how new CPU, GPU, and ISP technology for safety-critical systems enhances ADAS and IVI capabilities in vehicles and enables more intelligent, configurable production lines in factories as we move closer to autonomous decision making.
Computing is undergoing its most significant paradigm shift in decades as it moves to support autonomous decision making workloads that can enhance functional utility and human safety. The journey to autonomous is not an overnight transformation, but as the value of autonomy along the way increases, so will our work and leisure productivity. Only a flexible, scalable heterogeneous compute solution can address the range of process capabilities for complex and different workloads in a power efficient way.
The Journey to Autonomous
Join Chet Babla, vice president of Automotive at Arm, as he discusses his vision of the future for autonomous systems and how the power of computing can transform our lives with independent decision making and the safe completion of tasks.
Watch NowAutonomous workloads, supported by AI and other innovative technologies, are predicted to become the most pervasive workloads across the automotive and industrial sectors. Download these deep dives for valuable insights into the trends, technologies, and applications for autonomous workloads today and for the future.
Cortex-A78AE
With the flexibility to run different workloads concurrently and a 30% performance uplift compared to its predecessor, Cortex-A78AE offers the scalable, heterogeneous compute required for complex automated driving systems.
Mali-G78AE
This highly scalable GPU enables configurable workload separation and virtualization. Mali-G78AE is designed to the IEC 61508 and ISO 26262 safety standards for industrial and automotive applications respectively, and is ASIL B/SIL-2 safety-capable.
Mali-C71AE
As an advanced high-performance ISP, Mali-C71AE delivers key visual information to both computer vision (CV) systems and human display for clear and convenient viewing. Mali-C71AE is the first Arm ISP with built-in features for functional safety.
Arm Cortex-A78AE: On the Road to an Autonomous Future
Mali-G78AE: Arm's First High-Performance GPU with Functional Safety
Arm Mali-C71AE: High-Performance Image Signal Processing with Advanced Safety
Split-Lock Technology
We have added a new capability to the AE portfolio Split-Lock Technology called hybrid mode. Hybrid mode enables the cores to run independently or split, but the dynamic shared unit, shared by the cores, can be run in lock mode. This aids our partners to achieve higher coverage and reduce testing down time when targeting ASIL B/SIL-2 use cases.
Flexible Partitioning
Designed specifically for targeting both safety and flexibility, a single many core GPU can be divided into separate hardware partitions for different workloads. A single SoC can be designed and then configured at boot time into various domains or deployment use cases. Each domain can operate as a separate GPU. With Flexible Partitioning, these domains can be shown to be separate and isolated from each other.
Watch NowThe Arm team and our ecosystem of partners can help you accelerate your project. Learn more about how Arm technology can help with your automotive or industrial application.