AI bubble pops but robots keep RAM prices high
The next frontier of computing isn’t just about smarter algorithms; it’s about moving smarter. In a shift that is redefining the landscape of semiconductor demand, Micron has issued a startling prediction that physical AI and humanoid robots are poised to become the next colossal drivers of memory and storage growth, potentially eclipsing the demands of traditional AI data centers.
This is not just theoretical speculation; it is an economic forecast rooted in the rapidly accelerating development of tangible robotic systems. During the recent earnings guidance for fiscal year 2027, Micron laid out a scenario where the demand for memory chips will be significantly boosted by the physical infrastructure of artificial intelligence embodied in robotics.
The sheer scale of the requirement for these new digital bodies is staggering. As CEO Sanjay Mehrotra highlighted, powering a single humanoid robot is an undertaking that demands massive computational resources. To bring a physical AI into reality, each unit requires at least around 200GB of DRAM—the primary memory that dictates how quickly and effectively these systems can think and operate.
Beyond the immediate processing needs, the storage requirements compound the challenge. These sophisticated machines need several terabytes of storage to house their operational data, sensory inputs, and complex programming. This means the robotics revolution is not just about moving objects; it’s about packing massive amounts of data into increasingly complex physical forms.
This development signals a profound shift in where the semiconductor industry must focus its expansion. While AI data centers are a major consumer, the burgeoning field of physical robotics is setting a new benchmark for memory utilization. The pursuit of highly functional, mobile intelligence is effectively creating an entirely new, massive market for high-density memory solutions.
Micron’s guidance places the spotlight firmly on the intersection of hardware and physical reality. The future of computing will require not just powerful processors, but the immense, reliable memory required to fuel the next generation of physical, intelligent machines. The demands of the robot age are set to keep memory prices firmly on the high side.
Credit
