Cutting edge and innovative AI hardware research from China.

Looks like Amerikan sanctions are driving a new wave of innovation in China.

" This work addresses that gap by introducing the Ten- sor Manipulation Unit (TMU): a reconfigurable, near-memory hardware block designed to execute data-movement-intensive (DMI) operators efficiently. TMU manipulates long datastreams in a memory-to-memory fashion using a RISC-inspired execution model and a unified addressing abstraction, enabling broad support for both coarse- and fine-grained tensor transformations.

The proposed architecture integrates TMU alongside a TPU within a high-throughput AI SoC, leveraging double buffering and output forwarding to improve pipeline utilization. Fab- ricated in SMIC 40 nm technology, the TMU occupies only 0.019 mm2 while supporting over 10 representative TM operators. Benchmarking shows that TMU alone achieves up to 1413.43× and 8.54× operator-level latency reduction over ARM A72 and NVIDIA Jetson TX2, respectively.

When integrated with the in- house TPU, the complete system achieves a 34.6% reduction in end-to-end inference latency, demonstrating the effectiveness and scalability of reconfigurable tensor manipulation in modern AI SoCs."

It's not like AI hardware acceleration is some niche field that nobody would be researching if there were no sanctions. Academics started flocking towards hardware for AI workloads as soon as it became a trendy topic to be working on (of course back then it was mostly convnets). Maybe recent sanctions have increased the total funding pool, but that's not something you can infer by just gesturing at a single paper.