ARM explained: How a chip designer became central to modern computing

Humanoid robots, autonomous vehicles, smartphones, smart home devices, and even something as mundane as a TV remote or a coffee machine all share a quiet commonality. At the heart of most of this technology sits a processor built on designs created by one company. Arm. Unlike most household tech giants, ARM does not manufacture physical chips. Yet it has become one of the most influential forces in modern computing, shaping how billions of devices think, calculate, and conserve power.

As companies like Qualcomm push ARM-based processors into Windows laptops, and as Apple continues to redefine performance expectations with its M-series chips, the industry appears to be entering one of the most significant computing transitions in decades.

At the same time, emerging fields such as robotics, autonomous driving, and artificial intelligence are making energy efficiency just as important as raw performance. This is where ARM’s capabilities and long-standing design philosophy become central to the future of computing.

To read more, click here.