ARM Announces New ARM Cortex-A72 Processor That Will Power Premium Mobile Devices In 2016
3 min. read
Published on
Read our disclosure page to find out how can you help MSPoweruser sustain the editorial team Read more

ARM yesterday announced the new Cortex-A72 processor that will enable premium experiences on 2016 mobile devices. This Cortex-A72 processor will deliver CPU performance that is 50X greater than the leading smartphones from just five years ago and it supports up to 4K120fps resolution. It will offer console-class gaming performance and graphics in addition to the support for Natural language user interfaces capable of running natively on a smartphone.
The new suite of IP includes the following,
- New ARMv8-A-based ARM® Cortex®-A72 processor, 50X increase in CPU performance compared to just five years ago
- New ARM CoreLink™ CCI-500 Cache Coherent Interconnect, allowing higher system bandwidth, and increasing system efficiency
- New ARM Mali™-T880 GPU delivers console-quality gaming and stunning visuals in a mobile power envelope
Read more about it from the press release below,
Introducing Cortex-A72, the Highest Performance ARM Cortex Processor
More than ten partners, including HiSilicon, MediaTek and Rockchip, have already licensed the Cortex-A72 processor, which is based on the ARMv8-A architecture that delivers energy-efficient 64-bit processing while providing full backward compatibility to existing 32-bit software. The Cortex-A72 processor will deliver substantial new benefits:
- Sustained operation within the constrained mobile power envelope at frequencies of 2.5 GHz in a 16nm FinFET process and scalable to higher frequencies for deployment in larger form factor devices
- 3.5X the performance of 2014 devices based on the Cortex-A15 processor
- Improved energy efficiency that delivers a 75 percent reduction in energy consumption when matching performance of 2014 devices
- Extended performance and efficiency when the Cortex-A72 CPU is combined with a Cortex-A53 CPU in ARM big.LITTLE™ processor configurations.
CoreLink CCI-500, Extending Efficiency Across the SoC
The CoreLink CCI-500 Cache Coherent Interconnect enables big.LITTLE processing and delivers system power savings thanks to an integrated snoop filter. CoreLink CCI-500 delivers double the peak memory system bandwidth and offers a 30 percent increase in processor memory performance compared to the previous generation CoreLink CCI-400. This enables more responsive user interfaces and accelerates memory intensive workloads such as productivity applications, video editing and multi-tasking. CoreLink CCI-500 fully supports ARM TrustZone® technology for a secure media path enabling protection of multimedia content when used with the Mali product family.
Mali-T880, A Ground-Breaking Mobile Graphics and Visual Experience
The new Mali-T880 GPU delivers 1.8X the graphics performance of today’s Mali-T760 based devices and a 40 percent reduction in energy consumption across identical workloads. The Mali-T880 enables high-end, complex use cases to be enjoyed on power-constrained mobile and consumer platforms with its advances in energy efficiency, additional arithmetic capabilities and scalability. For mobile gamers, the result is a more advanced gaming and console-like experience. Native support for 10-bit YUV provides stunning fidelity for premium 4K content, complementing the Mali-V550 video processor and Mali-DP550 display processors.
Energy-efficiency continues to be the guiding design principle across the spectrum of the Mali product family, including a diverse set of proven, system-wide bandwidth reduction technologies. In premium device configurations, the Mali-V550 video processor fully supports HEVC decode and encode on a single core. In addition, it offers scalability up to 4K120fps with its full eight cores. The Mali-DP550 display processor offers enhanced capabilities for offloading tasks such as composition, scaling, rotation and image post-processing from the GPU to maximize battery life.
Source: ARM
User forum
0 messages