Micron: a single humanoid robot could need 200GB+ of DRAM and 1TB of storage

Micron told investors this week that a single humanoid robot could require more than 200GB of DRAM and up to 1TB of storage — more memory than many laptops ship with today.

The company’s chief business officer described humanoid robots as a new "demand engine" for the memory industry, arguing that vision-language-action models, on-device inference, and constant sensor logging turn every robot into a walking data center.

The logic is straightforward: if humanoid shipments scale from tens of thousands to millions of units a year, memory suppliers capture value regardless of which robot company wins the hardware race.

It also reframes where the humanoid bottleneck sits. Beyond actuators and dexterous hands, the constraints may be silicon — high-bandwidth memory, low-latency inference, and the power budget to run it all on battery.

The robot wars, in other words, will be fought in fabs as much as in factories.