Arm’s Unrivalled Commitment to Safety
IoT and automotive markets are becoming more autonomous and require more complex computing workloads due to the rise of software-defined vehicles, industry 4.0, and the next generation of robots. As a result, safety-critical computation is an essential design consideration.
We provide high-performance safety-capable products to the IoT and automotive industries through our leadership in functional safety technologies across real-time systems, lock step, hybrid mode, and software test libraries. This enables our partners to develop systems, products, and features for safe compute solutions.
The Arm Safety Ready Portfolio
The comprehensive Arm Safety Ready portfolio is developed through the application of a well-defined process combined with safety tools and software components for faster than ever safety development. Arm strives to provide best-in-class documentation and certify our product portfolio with independent assessment teams to deliver the Arm Safety Ready strategy.
Arm offer products, tools, platforms, and software to enable functional safety, thereby accelerating time to market for deploying these safety-critical applications.
Development tools include Software Test Libraries (STL), Functional Safety Run-Time System (FuSa RTS) and .
Key:
Arm Run-Time System for Functional Safety
Arm Compiler for Embedded FuSa (Planning for deployment)
Arm Safety Ready IP |
||||
|---|---|---|---|---|
| Arm IP | Software Test Library support |
Level of Functional Safety support |
Tools and Software support |
Processor available in Arm Flexible Access* |
| Cortex-A720AE |
? |
Extended |
|
|
| Cortex-A520AE |
|
Extended |
|
|
| Cortex-A78AE |
? |
Extended |
|
|
| Cortex-A78C |
|
Extended |
|
|
| Cortex-A78 |
|
Extended |
|
|
| Cortex-A76AE |
Extended |
|
||
| Cortex-A76 |
Extended |
|
||
| Cortex-A75 |
Standard |
|
||
| Cortex-A72 |
? |
Extended |
|
|
| Cortex-A65AE |
Extended |
|
|
|
| Cortex-A65 |
Extended |
|
||
|
Standard |
|
|||
| Cortex-A55 |
? |
Extended |
|
|
| Cortex-A53 |
? |
Standard |
|
? |
| Cortex-A35 |
Standard |
|
? |
|
| Cortex-A34 |
Standard |
|
? |
|
| Cortex-A32 |
Standard |
|
? |
|
| Cortex-R82AE |
? |
Extended |
|
|
| Cortex-R52+ |
? |
Extended |
|
? |
| Cortex-R52 |
? |
Extended |
|
? |
| Cortex-R5 |
? |
Extended |
|
? |
| Cortex-M85 |
|
Extended |
|
? |
| Cortex-M55 |
? |
Extended |
|
? |
| Cortex-M33 |
|
Extended |
|
? |
| Cortex-M23 |
Extended |
|
? |
|
| Cortex-M7 |
Extended |
|
? |
|
| Cortex-M4 |
? |
Standard |
|
? |
| Cortex-M3 |
? |
Standard |
|
? |
| Cortex-M0+ |
? |
Standard |
|
? |
| Mali-G78AE |
N/A |
Extended |
||
| Mali-C78AE |
N/A |
Extended |
||
| Mali-C720AE |
N/A |
Extended |
||
| Mali-C71AE |
N/A |
Extended |
||
| GIC-720AE |
N/A |
Extended |
||
| GIC-600AE |
N/A |
Extended |
||
| MMU-S3 |
N/A |
Extended |
||
| MMU-600AE |
N/A |
Extended |
||
| CMN S3AE |
N/A |
Extended |
|
|
| CMN-600AE |
N/A |
Extended |
||
| DSU-120AE |
N/A |
Extended |
||
| NI-710AE |
N/A |
Extended |
|
|
| Neoverse V3AE |
N/A |
Extended |
|
|
* Selected IP is available in Arm Flexible Access.
* Extended portfolio refers to products assessed by independent third-party functional safety assessment bodies.