Ranked by source signals (HN, Lobsters, authority domains, official posts) and recency. Summaries are generated from a stored copy of the article text; every sentence cites a span of that text, and nothing is shown that failed the citation check.
Official4
z.ai2025-12-22officialauthorityHN front pageabout the GLM 4.7 familyHN 437 pts · 235 comments2,892 words
Z.ai released GLM-4.7, which supports thinking before acting to improve performance in complex tasks within mainstream agent frameworks. The model achieves 73.8% on SWE-bench, 66.7% on SWE-bench Multilingual, and 41% on Terminal Bench 2.0. It delivers a 42.8% score on the HLE benchmark and shows gains across 17 benchmarks compared to GLM-4.6.written, reviewed, cited
- GLM-4.7 achieves 42.8% on the HLE benchmark with tools, a specific improvement over its 30.4% score without them.
- The model produces cleaner webpages and generates slides with more accurate layout and sizing for UI tasks.
- GLM-4.7 achieves significantly better performance on web browsing via BrowseComp compared to other models like Gemini 3.0 Pro.
docs.z.ai2025-12-22officialauthorityabout the GLM 4.7 familyHN 25 pts · 6 comments949 words
Z.AI released GLM-4.7, a model series featuring enhanced programming capabilities and stable multi-step reasoning. It supports 200K context length and 128K maximum output tokens, offering multiple thinking modes and real-time streaming responses for complex agent tasks. The model scores 67 points on the BrowseComp web task evaluation and achieves an open-source SOTA of 84.7 points on the τ²-Bench interactive tool invocation benchmark. Additionally, it reaches 42.8% on the HLE benchmark, representing a 41% increase over GLM-4.6.written, reviewed, cited
- GLM-4.7 implements a 'think before acting' mechanism within programming frameworks like Claude Code, Kilo Code, TRAE, Cline, and Roo Code.
- The model achieves 73.8% on SWE-bench Verified, marking a 5.8% improvement over GLM-4.6.
unsloth.ai2026-01-20authorityHN 4 pts · 0 comments1,214 words
GLM-4.7-Flash is a 30B MoE reasoning model from Z.ai that uses ~3.6B parameters and supports a 202,752 token context window. Running the 4-bit quantized version requires around 18GB RAM, while Unsloth's FP8 Dynamic quant reduces KV cache memory usage by 50% on 4 GPUs. However, using the MTP module for speculative decoding drops generation throughput from 13,000 tokens/s to 1,300 tokens/s on a single B200 GPU.written, reviewed, cited
- The 30B model does not fit on a free Colab GPU for fine-tuning.
- Fine-tuning the router layer is disabled by default to preserve reasoning capabilities.
- Using llama.cpp requires setting --min-p 0.01 because the default is 0.05.
cerebras.ai2026-01-08about the GLM 4.7 familyHN 9 pts · 1 comments748 words
Z.ai released GLM-4.7, an open-weight model available on Cerebras Inference Cloud that achieves approximately 1,000 tokens per second and up to 1,700 TPS for specific use cases. The model delivers roughly 10x higher price-performance than Claude Sonnet 4.5 while maintaining comparable intelligence to DeepSeek-V3.2 on developer benchmarks. Teams can access the model via Cerebras Cloud starting at a $10 pay-as-you-go developer tier.written, reviewed, cited
- GLM-4.7 introduces preserved thinking, allowing reasoning context to persist across turns.
- The model interleaves thinking before each action, tool call, or response rather than treating reasoning as a single upfront step.
- Migration requires updating the model name while keeping the same API surface as GLM-4.6.
Analysis5
blog.kilo.ai2026-01-09about the GLM 4.7 familyHN 16 pts · 0 comments1,537 words
GLM 4.7 and MiniMax M2.1 successfully built a CLI task runner with 20 features in a multi-phase test. GLM 4.7 completed the task in 10 minutes with a 741-line plan and full README, whereas MiniMax M2.1 finished in 14 minutes with a 284-line plan and no documentation. MiniMax M2.1 cost $0.15 for the task and is currently free to use in Kilo Code for a limited time.written, reviewed, cited
- MiniMax M2.1 used batch-based execution where tasks are grouped by dependency level.
- GLM 4.7 implemented argument parsing manually to avoid external dependencies.
- MiniMax M2.1 uses SHA256 for hashing, which is technically more collision-resistant than GLM 4.7's MD5.
github.com2025-12-27authorityabout the GLM 4.7 familyHN 2 pts · 1 comments2,986 words
curateclick.com2026-01-20HN 1 pts · 1 comments3,017 words
Community1
old.reddit.com2026-04-27about the GLM 4.7 familyHN 2 pts · 4 comments