
Guangyun Huang developed and integrated the Gated Delta Rule (GDN) for Hopper architectures in the flashinfer-ai/flashinfer repository, focusing on production-ready delta-rule workflows for deep learning models. Leveraging CUDA and GPU programming in both C++ and Python, Guangyun implemented a Python API for GDN prefill, including chunked and host-launched variants, and exported the functionality via FFI. The work included SM90-optimized performance enhancements, comprehensive benchmarks measuring runtime, TFLOPs, and bandwidth, and thorough test coverage to validate correctness. This feature established a robust foundation for delta-rule operations on Hopper-enabled systems, aligning with Qwen-next-like model requirements and production deployment standards.
January 2026 monthly summary for flashinfer: Implemented Gated Delta Rule (GDN) on Hopper with a Python API for prefill, accompanied by performance benchmarks and comprehensive tests. This lays groundwork for production-grade delta-rule workflows on Hopper-enabled architectures and aligns with Qwen-next-like models.
January 2026 monthly summary for flashinfer: Implemented Gated Delta Rule (GDN) on Hopper with a Python API for prefill, accompanied by performance benchmarks and comprehensive tests. This lays groundwork for production-grade delta-rule workflows on Hopper-enabled architectures and aligns with Qwen-next-like models.

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