Research Collaboration and Enablement

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

For present-day microprocessors, it is even more challenging to identify bugs. Using (ML) to efficiently identify bugs, we've seen a 25% increase in efficiency than the default verification workflow. …

We are pleased to announce our three inspirational keynote speakers, and that registration for the Arm Research Summit 2019 is open! Now in its fourth year, the Summit will be coming to the USA for the…

Computing Frontiers seeks to explore novel and innovative approaches for design of various types of computing systems: embedded, mobile, high-performance, and more, in order to address increasing complexity…

SpiNNaker1 connected a million mobile phone processors, operating in some ways like a brain. SpiNNaker2 will drive the next generation of AI.

Fixed functional hardware accelerators have been researched for many years, and it is well understood that they improve the performance and energy efficiency of a system. Integrating hardware accelerators…

When Dr. Timothy Jones finished his PhD and was looking to establish his career, one email to Arm changed everything. It led to new collaborators, invaluable industry insight and a high-level mentor.

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. Jeremy Singer from The University of Glasgow…

In the first and second parts of this blog series, I have explored the challenges in designing reliable power-delivery networks, the roles of various elements of these networks and where Arm Research has…

A new class of low-power TCO-optimised appliances with built-in efficiency and dependability enhancements is being developed at EU level by the M2DC project. It is easy to integrate with a broad ecosystem…

When the University of Michigan partnered with Arm Research on a project for DARPA, there was a remaining technical gap the team needed to bridge, and Arm Research knew the ideal partner.

Buried interconnects can help mitigate the interconnect resistance issue and augment the technology scaling roadmap for sub-5nm process nodes.

The workshop held in conjunction with MLSys 2021 brought researchers and practitioners together to discuss key issues, share new research results and practical tutorial material.

On-device automatic speech recognition is now becoming feasible and is useful in scenarios without internet connection or when data privacy is a concern.

Arm Research is working together with Applied Materials and Symetrix to develop a “neuromorphic” electronic switch that functions like the neurons and synapses of the human brain, as part of DARPA’s Electronics…

Smaller, cheaper, more efficient; three considerations when designing a power converter, and one usually prioritises one theme. Designing a power converter for M0N0 is no different.

Researchers have studied neural network compression for quite some time. However, the need for always on compute has led to a recent trend towards executing these applications on even smaller IoT devices…

Part two of the SMARTER blog series, decentralizing applications from data centers to machines closer to where valuable data is collected has become an catalyst for rethinking the way we manage application…

A decade of collaboration from the Arm-ECS Research Centre was marked at a special anniversary reception uniting past and present researchers in Cambridge. The award-winning Centre, based in the University…

We are celebrating National Inclusion Week, and in part two of our three part series, we're exploring the career paths of some of our colleagues in Arm Research.

In part-two of the scalable MTJ simulation, we share a compact model and framework for the efficient and scalable simulation of circuits with MRAMs.