sglang-glm46-glm47-optimization

To optimize GLM-4.7 shared-expert fusion in SGLang, consult the PR-backed optimization manual to recover and extend fusion pathways. This involves auditing PR-level changes and validating against runtime tests for production-ready workflows.

Dual-stream MoE GEMM overlap for GLM-4.6 is an optimization technique that overlaps Matrix Multiplication operations in Mixture of Experts pathways. It is documented through PR-based dossiers and diff auditing to ensure efficient production execution.

Handling the GLM-4.7 tool parser in SGLang requires consulting the PR-backed optimization documentation. This manual captures parser handling logic, ensuring accurate, audit-ready documentation validated against runtime tests and hardware backends.

SGLang supports NVFP4 and MTP validation for GLM-4.7-Flash. The optimization playbook provides guidance for loading, MTP and draft quant configuration, alongside validation implications for AMD and NPU hardware backends.

GLM-4.7-Flash loading issues during quantization often stem from incorrect MTP or draft quant configuration. Use the optimization playbook to audit loading procedures, verify PR histories, and validate hardware backend compatibility.

Yes, you can validate GLM-4.6 MoE optimizations on AMD or NPU hardware backends. The playbook includes validation implications and audit-ready documentation to ensure shared-expert fusion and MoE pathways function correctly across hardware.