This full review limits GLM-5V-Turbo's strengths to vision-to-code, GUI agents, and video/document inputs, while also warning that the key scores are company-supplied measurements and that independent verification of this model is still pending.
Suitable tasks: Recreating frontend designs, visual regression, GUI/web navigation prototypes, and Agent workflows involving images, videos, or documents.
Unsuitable tasks: Replacing a general-purpose coding model based solely on the 94.8 Design2Code score; backend coding, repository exploration, and complex text-based architecture still require separate comparisons.
Applicable model version: glm-5v-turbo as described in the article, dated 2026-04-01.
Applicable clients, Agents, or APIs: Z.AI API, OpenRouter, OpenClaw, and Claude Code; the article does not provide a unified reproduction harness.
Recommended reasoning tier and parameters: Not disclosed; use the thinking configuration in the official documentation and run A/B tests on actual visual regression tasks.
Model/version: GLM-5V-Turbo; compared with Claude Opus 4.6, Qwen 2.5 VL, GPT-4o, and others.
Tools and runtime environment: The article compiles official Z.ai documentation, OpenRouter data, and other developer/media materials; there is no unified test machine, complete prompt, or random seed.
Evaluation method: Cites public/vendor results for Design2Code, AndroidWorld, WebVoyager, BrowseComp, CC-Bench-V2, and others, and performs task-fit analysis.
The article's table records approximately 200K context, 131,072 maximum output, and $1.20 per million input tokens/$4.00 per million output tokens; the current page in the official Z.ai documentation records 200K context and 128K maximum output, indicating a discrepancy in stated specifications. In deployment, use the values returned by the current official interface as the source of truth. The article does not disclose temperature, the thinking switch, image dimensions, video-frame sampling, or the number of repetitions.
| Test/metric | GLM-5V-Turbo recorded in the article | Comparison/notes |
|---|---|---|
| Design2Code | 94.8 | Claude Opus 4.6 scored 77.3; the article explicitly calls this a company-supplied value |
| AndroidWorld | Leading (no value given) | The article says it leads Claude Opus 4.6, but does not provide a complete run configuration |
| WebVoyager | Leading (no value given) | Same as above; this cannot be converted into a success rate |
| BrowseComp | Above Claude Opus 4.6 (no value given) | The article does not provide the original questions for verification |
| Artificial Analysis Intelligence Index | 43 | The article says the average at the same price point is 13; this should be checked against the platform's current page |
| API pricing | $1.20/M input, $4.00/M output | The article was updated on 2026-04-02; prices may change |
When the core inputs are interface images, videos, or document layouts, GLM-5V-Turbo is worth adding to the candidate set as a vision specialist and pairing with an execution-oriented Agent. When the task is primarily backend work, repository understanding, or text-based architecture, these vision leaderboard results should not be taken to imply that it will lead.
Limitations: The article itself states that the key scores are company-supplied measurements and that GLM-5V-Turbo's multimodal-specific results still await independent verification; many claims of being "leading" are only relative descriptions.
Reproduction steps: Prepare a public or in-house set of design files/screenshots; fix the image resolution, prompt, thinking, maximum output, and model snapshot; run Design2Code-style visual regression, GUI, and pure-text backend tasks for at least three rounds each; record launch rate, pixel/structural differences, tool success rate, tokens, latency, and the amount of manual fixing.
Comparison: Add Claude Opus, Gemini, or GPT vision models to the same harness to avoid directly comparing internal benchmarks from different vendors.
The article body provides a Design2Code table with 94.8/77.3, model specifications, task division, and limitations; it also explicitly writes “company-supplied measurements” and “independent verification ... pending”. This article retains only the figures directly visible in the source and does not turn “Leading” into a percentage.
The evidence level is personal experience/composite analysis and cannot be labeled a reproducible independent test.
Third-party materials cited by the article are blended into the same narrative; the original harness for each figure needs to be traced separately through the article's Sources.
Pricing, context, and maximum output have discrepancies between pages; check the current Z.AI documentation before production integration.
The article explicitly warns that these are “company-supplied measurements” and says that the model is not a general-purpose replacement for pure-text backend/repository tasks; these two points are where its value for model selection lies.
GLM-5V Turbo
