Unlimited Possibilities for IoT
Arm’s unrivalled processing capabilities have made us the leading architecture for SoCs, which combined with our software and development tools, training and support services, and vast partner ecosystem, enables our customers to build innovative IoT products in an efficient, affordable, and secure way.
Arm IoT Reference Design Platform
The development of IoT systems is complex. To simplify the design process and streamline product development, Arm brings software and hardware together into a simple, cohesive integration ready to implement or build upon. Arm's IoT Reference Design Platform accelerates the development and deployment of IoT devices and reduces SoC design complexity.
Unleash IoT Innovation
The Armv9 architecture provides the programming tools and environment necessary to innovate at pace for the rapidly expanding AI market. It delivers faster than ever compute for high-performance use cases and includes a suite of security features.
Constantly evolving devices and use cases demands high-performance and power-efficient CPUs that continually enhance user experiences. Arm Cortex processors address performance, power, and cost requirements for edge AI devices.
With edge AI use cases becoming increasingly sophisticated, NPUs are critical for running portions of AI workloads in concert with the CPU or the GPU. Arm Ethos NPUs can be paired easily with a CPU for AI acceleration at the edge.
Add unique application-specific features to enhance differentiation, performance and the efficiency of embedded devices. Arm Custom Instructions ensure easy integration with the existing software ecosystem for innovation without fragmentation.
Achieve efficient signal processing capability for a wide range of applications with Arm’s DSP extensions in Cortex processors. They provide a unique combination of compute scalability, power efficiency, and determinism, for simplified designs, reduced system complexity, and lower development costs.
Enhance compute capabilities with Arm Helium technology, the M-Profile Vector Extension (MVE) for Cortex-M CPUs. Designed for the Armv8.1-M architecture, it also provides a significant uplift in DSP and ML performance, combined with the energy-efficiency required for IoT devices.
Foundations for Secure and Safe Compute
Security cannot be an afterthought. It must be considered at inception, and each threat addressed with the appropriate countermeasure. Arm offers a portfolio of security IP designed to protect against a variety of different vulnerabilities, including physical attacks.
Arm TrustZone technology is a hardware-based protection mechanism to isolate security critical resources from normal applications, which enables system- level protection against software attacks to provide software confidentiality and system integrity.
TrustZone for Cortex-M
TrustZone for Cortex-A
Arm is a co-founder of PSA Certified, a global partnership that simplifies IoT security and accelerates the deployment of more secure devices. It unites the ecosystem under a common language with a comprehensive framework and lab-validated certification for the entire value chain, reducing risk around data reliability.
Integrated functional safety is critical for safeguarding human-machine interaction, such as robotics and industrial IoT. Arm’s specialized functional safety partners and our Safety Ready portfolio help to enable safety-critical systems.
Scalable Software and Tools for Rapid IoT Development
Arm Keil MDK
Keil MDK simplifies software development for Cortex‑M and Ethos‑U processors, offering flexibility through CLI, IDE, or CI workflows.
Arm Kleidi
Arm Kleidi accelerates AI workloads on Arm CPUs through seamless integration into popular ML frameworks.
CMSIS
CMSIS simplifies software reuse, reduces the learning curve for microcontroller developers, and reduces time to market for new devices.
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