ScaleFlux develops smarter SSD controllers for AI memory
SiliconANGLE: ScaleFlux bets smarter SSD controllers can break the AI memory bottleneck
AI factories run on graphics processing units that cost a fortune and work at blistering speed, yet those chips increasingly sit idle waiting for data. As the bottleneck moves from compute to memory and storage, NAND flash is being asked to do far more than hold files. That shift is putting data movement constraints at […] The post ScaleFlux bets smarter SSD controllers can break the AI memory bottleneck appeared first on SiliconANGLE.
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AI systems rely on graphics processing units that operate at extremely fast speeds, but these chips frequently sit idle waiting for data to arrive. The bottleneck has shifted from computing power to memory and storage, with each layer of the data hierarchy operating significantly slower than the previous one: DRAM is 37 to 40 times slower than GPU speed, while storage is approximately 800 times slower. One company is addressing this problem by developing smarter SSD controllers that treat NAND flash as active memory rather than passive storage, allowing it to store conversational context and other data needed by AI workloads more efficiently than traditional memory tiers.
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