GLM 5.2 is a large-scale reasoning model from Z.ai. It supports text input and output with a 1M-token context window, and is suited for long-horizon agent workflows, project-level software engineering, and complex multi-step automation.
Reasoning efforts high and xhigh are supported; xhigh maps to max reasoning. It is particularly strong at coding and tool use across long-running tasks, able to maintain engineering context and follow standards consistently through a full development workflow, from requirements to multi-platform deployment, in a single task.
| US$0.006 | US$6.80 | US$0.005 | 0.33s | 118 tps | ||
| US$0.0065 | US$7.9057 | US$0.0065 | 1.46s | 97 tps | ||
| US$0.078 | US$1.40 | US$0.069 | 1.97s | 16 tps | ||
| US$0.19 | US$8.00 | US$0.18 | 0.35s | 100 tps | ||
| US$0.19 | US$8.00 | US$0.19 | 0.84s | 90 tps | ||
| US$0.75US$0.5625 | US$2.40US$1.80 | US$0.14US$0.105 | 2.04s | 38 tps | ||
56% off | US$1.40US$0.6131 | US$4.40US$1.927 | US$0.26US$0.1139 | 1.08s | 53 tps | |
| US$0.62 | US$2.42 | US$0.14 | 0.54s | 157 tps | ||
54% off | US$1.40US$0.6496 | US$4.40US$2.042 | US$0.26US$0.1206 | 1.93s | 58 tps | |
| US$0.70 | US$2.20 | US$0.105 | 0.82s | 85 tps | ||
50% off | US$1.40US$0.70 | US$4.40US$2.20 | US$0.26US$0.13 | 1.02s | 84 tps | |
33% off | US$1.40US$0.938 | US$4.40US$2.948 | US$0.26US$0.1742 | 0.94s | 55 tps | |
| US$0.966 | US$3.036 | US$0.1932 | 0.95s | 72 tps | ||
| US$1.12 | US$3.52 | US$0.224 | 0.97s | 52 tps | ||
| US$1.40 | US$4.40 | US$0.14 | 1.07s | 83 tps | ||
| US$1.40 | US$4.40 | US$0.14 | 2.83s | 49 tps | ||
| US$1.40 | US$4.40 | US$0.19 | 0.32s | 115 tps | ||
| US$1.40 | US$4.40 | US$0.26 | 0.30s | 153 tps | ||
| US$1.40 | US$4.40 | US$0.26 | 0.98s | 57 tps | ||
| US$1.40 | US$4.40 | US$0.14 | 2.26s | 49 tps | ||
| US$1.40 | US$4.40 | US$0.26 | 2.62s | 49 tps | ||
| US$1.40 | US$4.40 | US$0.26 | 2.59s | 26 tps | ||
| US$1.40 | US$4.40 | US$0.26 | 0.56s | 152 tps | ||
| US$1.40 | US$4.40 | US$0.26 | 0.77s | 102 tps | ||
| US$1.40 | US$4.40 | US$0.26 | 1.49s | 64 tps | ||
| US$2.10 | US$6.60 | US$0.21 | 0.33s | 247 tps | ||
Fast | US$2.10 | US$6.60 | US$0.21 | 0.30s | 261 tps | |
Fast | US$2.25 | US$7.88 | US$0.56 | 0.97s | 80 tps | |
Fast | US$2.31 | US$7.26 | US$0.462 | 0.78s | 93 tps | |
| US$1.40 | US$4.40 | US$0.14 | 1.25s | 82 tps | ||
| US$0.60 | US$2.00 | US$0.15 | 50.15s | 4 tps | ||
Standard 라우팅에서 사용되지 않음:이 엔드포인트가 사용되지 않는 이유 | ||||||
| US$0.60US$0.45 | US$1.92US$1.44 | US$0.112US$0.084 | 3.74s | 34 tps | ||
| US$1.54 | US$4.84 | US$0.154 | -- | -- | ||
P50, 제공업체 중 최고
P50, 최상의 제공업체
업스트림 제공업체에서 오류가 발생하면 요청 필터가 허용하는 경우 정상 상태인 다른 제공업체로 라우팅하여 복구할 수 있습니다. 제공업체별 가동 시간 데이터에 프로그래밍 방식으로 액세스할 때 사용하는 API는 엔드포인트 API입니다. 자세히 알아볼 수 있는 관련 옵션은 부하 분산 및 제공업체 라우팅 옵션입니다.
