Innovative CPU Designs to Meet the Needs of Next-Generation Devices

Ultimate Performance for Next-Generation Smartphones and Laptops

The technology sector's compute performance need...

Armv9 High-Efficiency "LITTLE" Cortex CPU Based on Arm DynamIQ Technology

Scalability to serve multiple consumer devices

Cortex-A510 is a high-efficiency Armv9 CPU with a grou...

A Multithreaded DynamIQ CPU

Arm Cortex-A65 is a multithreaded Cortex-A DynamIQ CPU, delivering highest levels of throughput efficiency. It can process two threads simultaneously and scales up...

First-Generation Armv9 "big" Cortex CPU Based on Arm DynamIQ Technology

A perfect balance of performance and efficiency for a range of devices

Cortex-A710 provides the best ba...

Second-Generation Armv9 "big" Cortex CPU For Best-In-Class Efficient Performance

Cortex-A715 offers the perfect balance of performance and efficiency through targeted improvements t...

Cortex-A720 is the first Armv9.2 premium-efficiency CPU, continuing to push the boundaries of sustained high performance in a constrained power envelope. Optimized for many use cases, including ext...

First High Performance Split-Lock DynamIQ CPU

The high performance Cortex-A76AE processor is designed for devices undertaking complex and demanding safety critical tasks. Arm Cortex-A76AE bri...

Fourth-Generation, High-Performance CPU Based on DynamIQ Technology

Transforming next-generation user experiences

Designed for high-end performance at best efficiency, Cortex-A78 enable...

Designed Specifically for Implementation in FPGAs

Cortex-M1 is highly optimized for FPGA implementation. Developers can easily implement Cortex-M1 as a soft processor inside programmable logi...

Smallest Real-Time Processor

The Cortex-R family of processors is designed for applications where high-performance, real-time, safe, and cost-effective processing is required. Cortex-R4 offer...

As more functionality is integrated into an SoC, it is costly and time consuming to develop and maintain necessary functional blocks that are complex, but are not considered differentiating technol...