Tightly coordinated data movement and low-latency on-chip storage for real-time environments.
The race to build smarter and faster AI chips continues to surge. This is especially true in autonomous vehicles that interpret the world in milliseconds, edge accelerators that push trillions of operations per second, hyperscale data-center processors that drive massive workloads, and next-generation consumer devices that demand ever-higher intelligence. As modern system-on-chip (SoC) architectures become increasingly complex, they produce rapidly growing volumes of on-chip data. Managing this data…