Cortex-A Series Characteristics Edited by Agoston at 2015-12-18 07:17
Cortex-A Series Characteristics In consumer electronics, Cortex-A processors are ideal for providing fast and immersive connected experiences. Their low-power architecture enables all-day browsing, connectivity, console-quality gaming, technologies such as NEON™ and support for the widest mobile app ecosystem. Across enterprise and networking solutions, Cortex-A processors enable highly scalable solutions to match performance requirements for more power-efficient package transfer, basestations, edge routers and servers. All Cortex-A based processors share a commonly supported architecture and feature set, with each processor based on either the ARMv7-A or ARMv8-A architecture and feature set. The ARMv8-A architecture has a 64-bit execution state and can also support existing 32-bit applications. This backwards compatibility strengthens the 64-bit ecosystem. This commonality makes them the best solution for open platform design where compatibility and portability of software between designs is of upmost importance. Cortex-A processors offer support for a rage of full Operating Systems including Linux, as well as others requiring a Memory Management Unit such as Android, Chrome and MontaVista. On top of the ARMv7-A and ARMv8-A architecture support, Cortex-A series processors have been developed to run a number of architecture extensions to provide support for security (TrustZone®), SIMD, and Advanced SIMD (NEON) technologies. Other extensions and technologies supported by Cortex-A series processors include:
Multicore Technology All ARMv7-A and ARMv8-A based processor cores featured in the current ARM Processor Portfolio support ARM's multicore technologies.
Industry Standard The success of the Cortex-A processors is built on the innovation of ARM partners who have licensed these processors and developed a wide array of success stories in various markets. Click here for a list of the currently public Silicon Partners. | |
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