APOLLO achieves fast, yet accurate power-modelling for both design- and runtime power-introspection within the same unified framework.

In part-two we continue to explore the simulation, characterization, and analysis of MRAM stochasticity, sharing a compact model and framework.

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.

PlasticArm is bringing the possibility of seamlessly embedding billions of extremely low-cost, ultra-thin, conformable microprocessors into everyday objects – a significant leap forward in realising the…

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

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

Designing any power-converter is a matter of compromises. For M0N0, we focused on efficiency at an extremely low output power - but how?

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).

M0N0 is advertised at 10nW shutdown power, but it is not all sleeping power. There is a piece of circuit constantly monitoring your battery, ensuring there is enough energy stored for M0N0 to perform…

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.

Changing the batteries: A routine task just about manageable if it is needed once a month on household devices. But what if your devices are deployed in their thousands in remote, inaccessible locations…

At the heart of computing at the edge, we find efficient low-power signal processors and ML accelerators. However, limits on compute and memory resources restrict the size and the complexity of the ML…

Presenting his SkyTalk at DAC 2020, Greg Yeric discusses his predictions for design and manufacturing in 2030.

The story behind our flexible processors paper started with how to make billions of everyday things smart.

Arm Research Collaboration's Centres of Excellence represent our collaborative links with academia, supporting cutting-edge research. The University of Southampton is one of these Centres where we part…

STEM for Britain is an annual poster competition for early-career researchers in science, technology, engineering and maths. This year, Ben Fletcher was selected to present his research in the finals to…

In the current technology scaling paradigm, semiconductor device physics and conductor parasitics are fundamentally limiting microprocessor performance beyond the 7nm process node. There are two major…

IoT sensor nodes place severe energy constraints on computing platforms. Duty-cycling helps to reduce the power of the sensor node to save energy, but requires an ultra-low-power timer for reliable timed…