Intelligent End-to-End Solutions for Industrial Automation
Industrial automation and the shift to smart manufacturing has sparked innovations in robotics and the industrial IoT (IIoT). Introducing artificial intelligence (AI), interoperability, and secure connectivity enables real-time monitoring, control, and optimization of processes, resources, and systems—all of which can lead to increased productivity, improved safety, and reduced costs.
Arm’s scalable solutions and strong ecosystem of partners allow our customers to operate seamlessly across a single architecture, from sensor to cloud, while addressing varied performance, real-time, functional safety, and security needs.
A Software-first Mindset for Industrial IoT
As more and more IoT devices are connected, industrial IoT plays an increasingly crucial role in supporting diverse systems with a range of power and performance requirements. A key element in the transition to industrial high-performance IoT is the move away from traditional approaches to cloud-native techniques, which allow developers to focus on innovation and differentiation.
Schneider Electric, Arm, and system integrators Witekio and Capgemini have produced a software-defined platform for industrial automation and energy management. The platform uses cloud-native techniques to create a flexible, energy-efficient reference design that uses virtualization to enable real-time, mixed-criticality services at the embedded edge, and is described in this insightful white paper.
Industrial Compute Solutions
The high-performance Cortex-A processor series supports the complex compute needs of industrial autonomous systems and safety-critical applications such as robotics, gateways and programmable logic controllers (PLCs).
With real-time deterministic control, the Cortex-R processor series offers reliable, high-performance computing for functionally safe electronic systems, including production lines and human machine interfaces (HMI).
Arm IoT Reference Design Platforms are designed to help reduce design complexity and speed time to market. They balance trade offs between performance and energy efficiency by providing a large amount of software, IP blocks, and a configurable, modifiable, heterogeneous subsystem.
Scalable, high-performance GPUs able to address the complex safety requirements of industrial applications, such as fixed and mobile robots and smart manufacturing systems.
ISPs suited to achieve SIL 2 diagnostic requirements and SIL 3 for the avoidance of systematic failure. Ideal for production line monitoring, quality control and mobile robotics.
From SoC architecture through to software application development, Arm’s tools and software accelerate engineering and help developers deliver market leading products.
Raspberry Pi Powering Innovation
Raspberry Pi has grown from a small education-focused initiative to a major player in the industrial, IoT and embedded electronics market. Every Raspberry Pi computer and chip shipped over the past 12 years has incorporated Arm technology and today, that partnership continues to drive innovation in the industry and improve the power, efficiency, and flexibility of IoT devices.
Commitment to Functional Safety
Safety is critical to industrial environments as people work close to machinery and robots.
The Arm Safety Ready portfolio and our trusted functional safety partners help reduce
the complexity and time –to market associated with designing and deploying
safety-capable products for industrial applications.
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Learn more about the range of processing options for industrial uses.
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