

January 2026 monthly summary: Delivered targeted performance and stability improvements across ROCm repos, focusing on FP8 blockscale optimization and MoE workloads to drive throughput, robustness, and scalability for large-model deployments. Key features delivered include FP8 Blockscale Performance Enhancements and Stability Fixes in ROCm/composable_kernel, and MoE optimizations and tuning in ROCm/aiter; alongside a regression fix to strengthen MoE deployment reliability.
January 2026 monthly summary: Delivered targeted performance and stability improvements across ROCm repos, focusing on FP8 blockscale optimization and MoE workloads to drive throughput, robustness, and scalability for large-model deployments. Key features delivered include FP8 Blockscale Performance Enhancements and Stability Fixes in ROCm/composable_kernel, and MoE optimizations and tuning in ROCm/aiter; alongside a regression fix to strengthen MoE deployment reliability.
December 2025 performance and platform improvements focused on scalable GEMM and MOE workflows across ROCm/ repos. Delivered Split-K support in GEMM paths for MOE and A16W4 kernels, stabilized CI/tests, and enhanced observability and performance instrumentation. Business value: enables larger models, higher throughput, and more reliable builds for MOE workloads.
December 2025 performance and platform improvements focused on scalable GEMM and MOE workflows across ROCm/ repos. Delivered Split-K support in GEMM paths for MOE and A16W4 kernels, stabilized CI/tests, and enhanced observability and performance instrumentation. Business value: enables larger models, higher throughput, and more reliable builds for MOE workloads.
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