Quantum computing has imprinted itself on our society as a weird, wacky way of computing that most of us can’t comprehend.

As AI infrastructure fragments into specialized tiers, CPUs are becoming the orchestration layer for agentic workloads.

It is tempting to picture UALink as a clean line between two accelerators: requests enter one side, responses emerge from the other. The abstraction is useful — but it conceals almost everything that ...

Soaring AI/HPC device demand is driving leading-edge foundries to support the transition from wafers to panels to accommodate increasingly larger device sizes. But to ensure that panels with multiple ...

The AI revolution is significantly outpacing the IC industry’s ability to sufficiently test multi-chip systems for all necessary failure mechanisms at probe, final test, and system-level test. The ...

AI is rocketing ahead. It is the biggest industrial revolution of our age. AI adoption is growing, but still most are at ...

Ethernet auto-negotiation; multiphysics to avoid overdesign; PCB design reuse; mobile LLM quantization; modeling BSPDNs.

Over the past several decades, the semiconductor industry has experienced sustained growth. Early expansion was driven by the ...

In this white paper, we will discuss the emerging trend in which hardware is increasingly designed to meet the end functionality of today’s systems, which is largely defined in software. This emerging ...

For most of the industry’s history, the lever for semiconductor performance gains was process-node scaling. That is no longer the whole story. As one recent industry analysis put it, advanced ...

In next-generation silicon, AI can interpret system behavior at scale, but only if observability is designed into the fabric ...

Electric vehicles, fast-charging infrastructure, renewable energy systems, and industrial power conversion are redefining what power semiconductors need to deliver: higher voltages, higher power ...