Research Collaboration and Enablement

Connective and machine learning technologies offer previously unimagined solutions to solve complex real-world challenges that impact real lives. Haiyan Zhang, Director of Innovation at Microsoft Research…

In this blog series, we take a look back at some of the highlights from last year's Arm Research Summit. Interested in attending this year? Find out more here. Alasdair Russell from Cancer Research…

2019 was yet another year of incredible technology discovery for Arm Research. Inspiring advancements have been made across the research community, and Arm Research has contributed to this. Our teams have…

Rob Aitken is an Arm Research Fellow. Here, he shares his thoughts and key takeaways from the Future Chips Forum, held last December in Beijing.

Dr Nathan Chong (Principal Researcher, Arm) discusses his work with Tyler Sorensen (PhD student, Imperial College London) and Dr John Wickerson (Research Fellow, Imperial College London) on the semantics…

In previous posts we've looked at how Arm Helium technology handles vector instructions. The problem is that whenever code is vectorized, it’s not long before Amdahl's law sneaks up on you! Amdahl's law…

In part two, we delve into improving HPC performance, and how we applied tasking to the miniAMR code across MPI and OpenMP, leveraging TAMPI.

John Biggs, one of Arm’s founders and a Distinguished Engineer, has been awarded the Ron Waxman Award by the Design Automation Standards Committee (DASC).

Arm is changing the landscape of HPC today. Following an exciting ISC 2019, and recent ecosystem announcements set to deliver energy-efficient supercomputing based on Arm technology across three continents…

The Arm Research Summit is just around the corner, taking place between 17-19 September in Cambridge, UK. If you missed out on tickets to the event, you can watch it live on YouTube across all three days…

The decreasing cost and power consumption of intelligent, interconnected, and interactive devices at the edge of the internet are creating opportunities to instrument our cities, factories, farms and environment…

Having a clear interest in a field and being self-driven helps with the challenges encountered before and during a PhD. It turns out, however, that finding the the ideal place to do is much trickier than…

Logic IP, such as Standard Cell (SC) libraries, are the foundation for the entire backend design and optimization flow in modern application-specific integrated circuit designs. Arm has long been building high…

Power delivery is a well-known challenge for high-end enterprise server and desktop-class systems. Guaranteeing a tolerance on the supply rails even while delivering a high current at low supply voltages…

Mango is an open source Python library for hyperparameter optimization, built for AutoML systems. Developed by Arm Research, Mango presents many useful features.

A group of French researchers are collaborating on Arm IP to build defences against one particular type of attack, fault injection.

Project Trishul demonstrates the feasibility and readiness of high-density, face-to-face, wafer-bonded 3D stacking technologies for high performance, energy-efficient designs.

The Arm Research Summit has been engaging academics, industry experts and researchers since 2016, promoting collaboration in a research led environment. Overtime the Summit has grown and developed, seeing…

The Internet Engineering Task Force met in London from March 17th – 23rd for the first face-to-face meeting of the IETF Software Updates group for Internet of Things (SUIT). The SUIT working group is chartered…

There are just a few weeks to go before the 2018 Arm Research Summit! We’re pleased to announce that our full agenda is now available, featuring a wide range of talks, workshops and demos, and keynotes…

Arm has prioritised security, introducing TrustZone. A key component of TrustZone is the Secure Monitor, providing context switching between REE and TEE.