Future augmented reality (AR) devices execute workloads that create immersive experiences - a synergy between real and virtual worlds. Just like our current mobile devices, it is not enough to perform just a single task efficiently, so a collection of…

Today’s mobile devices act as hub for everything we do with thousands of different use-cases and millions of apps. The modern smartphone, for instance, not only makes phone calls and sends messages. It emails, takes photos, records and streams videos…

We are excited to expand our Mali graphics portfolio with the new Arm Mali-G57 GPU, bringing a range of new features and immersive experiences to the mainstream market. Mali-G57 is the first mainstream GPU based on the new Valhall architecture, following…

Following the great success of last year’s Arm Cortex-A76 CPU, we are excited to launch the third generation DynamIQ ‘big’ core Arm Cortex-A77 CPU. It is the second in the family of high-performance, highly efficient CPU products built…

At Arm it’s always a challenge topping previous year’s premium IP. In 2018, we launched the Arm Mali-G76 GPU which, at the time, boasted our highest ever GPU performance. Already Mali-G76 has seen great success, delivering on the performance…

Introduction

Augmented reality (AR) and machine learning (ML) are two leading-edge technologies. AR brings virtual objects into the real world by overlaying digital content above physical objects. ML, on the other hand, helps the program to recognize physical…

The rapid uptake and advancement of new and exciting use cases in the smartphone market means previous generation devices eventually won’t be able to run the advanced software workloads and immersive use-cases that are becoming increasingly common, and…

Augmented reality (AR) is a technology where virtual content is overlaid on top of the real world. If you’ve ever played with Snapchat “Lenses” on your mobile phone, to transform a selfie with a cartoon monocle or dog ears, you will…