Arm’s First High-Performance GPU with Functional Safety
The Mali-G78AE GPU has been designed to address the complex requirements of autonomous use cases, bringing advanced features to fulfill the flexibility, scalability and safety requirements for automotive and industrial markets. Mali-G78AE is developed according to Arm’s rigorous functional safety flows and processes, and is safety capable to ASIL B/SIL 2 diagnostic requirements and ASIL D/SIL 3 for the avoidance of systematic failure.
Features and Benefits
The Mali-G78AE GPU incorporates a new Flexible Partitioning feature to enable up to four fully independent partitions for workload separation.
Flexible Partitioning allows the allocation of dedicated hardware resources to different workloads, enabling the full separation of safe and non-safe, or time sensitive, workloads.
Mali-G78AE brings hardware support for virtualization, enabling direct access for up to 16 virtual machines (VMs) to share resources in a standard time-slicing approach. To further enhance this, Mali-G78AE features several new interfaces to minimize software complexity in virtualized systems.
Mali-G78AE is designed to the ISO 26262 and IEC 61508 standards and is safety capable to ASIL B/SIL 2 diagnostic requirements, offering the heterogenous compute needed in autonomous systems. With help from Arm’s ecosystem partner, CoreAVI, GPU drivers targeting ASIL D will be supported. This software will include additional run time tests to enhance safety capability.
Where Innovation and Ideas Come to Life
Flexible Partitioning means up to four dedicated hardware partitions can be created for workload separation. This is a key feature for autonomous vehicles, which can potentially enable fixed route shuttles and last mile delivery vehicles or transform road-freight and ride-hailing services.
Talk with an Expert
Learn how Mali-G78AE provides advanced graphics performance for your autonomous products for automotive or industrial markets.
Explore More Options and Features
With the flexibility to run different workloads concurrently and a 30 percent performance uplift compared to its predecessor, Cortex-A78AE offers the scalable, heterogeneous compute required for complex automated driving and industrial autonomous systems.
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.
CMN-600AE is a highly scalable coherent mesh network optimized for Armv8-A processors and designed for high-performance IVI, digital cockpit and ADAS systems that need to meet ASIL B to ASIL D automotive safety requirements.
Arm’s latest GICv4 compatible interrupt controller incorporates advanced safety mechanisms to target up to ASIL D applications. In conjunction with Armv8-A class AE CPUs, the GIC-600AE enables high performance safety-oriented systems in IVI, ADAS and autonomous systems.
The Arm MMU-600AE handles all aspects of memory management, including memory virtualization and supporting PCIe address translation services and enables high-performance systems targeting ASIL B to ASIL D safety integrity levels.
A Foundation of Silicon Success
Arm-based chips, device architectures, and technologies orchestrate the performance of everything that makes modern life possible.
Everything you need to know to make the right decision for your project. Includes technical documentation, industry insights, and where to go for expert advice.
- The Future of Safety in the Digital Cockpit
- Fast Track to Autonomy with Software Development
- Mali-G78AE: Arm’s First High-Performance GPU with Functional Safety
- Enabling Next-Generation Autonomous Systems
- Achieving Safety-Critical Rendering with Mali-G78AE, CoreAVI and DiSTI
- Mali-G78AE: Arm's First High-Performance GPU with Functional Safety
- How To Accelerate The Journey To Autonomous Vehicles
- How To Navigate the Journey to Autonomous Factories, & Supply Chains