GLM 5.2 — Especificaciones
| Desarrollador | Zhipu AI |
|---|---|
| Tipo | LLM (para programación/agentes, MoE) |
| Modalidad | Texto → Texto |
| Parámetros | 744 mil millones totales / ~40 mil millones activos (MoE) |
| Ventana de contexto | 1 millón |
| Salida máxima | 131 000 |
| Licencia | MIT (abierto) |
| Pesos abiertos | Sí |
| Lanzado | 2026-06 |
| Precio de entrada | 1,40 $/millón |
| Precio de salida | 4,40 $/millón |
| Proveedores de API | Zhipu (Z.ai), OpenRouter |
Ejecútelo localmente
| VRAM (4 bits) | ~370 GB |
|---|---|
| GPU mínima | Servidor multi-GPU (p. ej., 5× H100 de 80 GB) |
What is GLM 5.2?
GLM 5.2 is Zhipu AI’s open 1M-context model — a 744-billion-parameter mixture-of-experts
activating roughly 40B parameters per token, built on a new “IndexShare” sparse-attention
design, and notably trained entirely on Huawei chips. The weights are MIT-licensed and it is
strong on coding, design and agentic tasks. Pricing is $1.40 in / $4.40 out per million
tokens.
The Huawei training detail is the strategically interesting one: it is a demonstration that
a frontier-scale model can be trained end to end outside the NVIDIA ecosystem, which has
implications for anyone modelling long-term compute supply. For a buyer, though, the relevant
numbers are simpler. GLM 5.2 blends to roughly $2 per million tokens while scoring near the
top of the open-weight field, which makes it one of the best capability-per-dollar picks
available for agentic and coding workloads and a serious alternative to frontier models
costing five times more. Self-hosting needs around 370 GB at 4-bit — a five-H100 server — so
in practice most teams will use the API and treat the MIT licence as portability insurance.
GLM 5.2 pricing: API cost per 1M tokens
| Entrada (por cada millón de tokens) | $1.40 |
|---|---|
| Salida (por cada millón de tokens) | $4.40 |
| Output/input ratio | 3,1× |
| Blended (4:1 in:out) | $2.00 per 1M tokens |
What GLM 5.2 costs per month
Real monthly spend at a 4:1 input-to-output mix — the ratio a typical chat or RAG workload actually produces.
| Carga de trabajo | Tokens/mes | Cost / month |
|---|---|---|
| Proyecto secundario | 1 millón de tokens de entrada / 0,25 millones de tokens de salida | $2.50 |
| Pequeño equipo | 20 millones de tokens de entrada / 5 millones de tokens de salida | $50 |
| Producción | 200 millones de tokens de entrada / 50 millones de tokens de salida | $500 |
Run your own numbers in the Calculadora de costos de API de IA.
Cheaper alternatives to GLM 5.2
| Modelos | Dólares por millón combinados | You save |
|---|---|---|
| DeepSeek V4-Pro abierta | $0.522 | 74% cheaper |
| Kimi K2.7 Code abierta | $0.980 | 51% cheaper |
| DeepSeek V4-Flash abierta | $0.168 | 92% cheaper |
Self-host or pay the API?
GLM 5.2 is open-weight, so you can run it yourself. It needs ~370 GB of VRAM at 4-bit (Multi-GPU server (e.g. 5× H100 80GB)). Self-hosting only beats the API once your volume is high enough to keep that hardware busy — the calculadora de autohospedaje frente a API works out the break-even point for your token volume.
Preguntas frecuentes
How much does GLM 5.2 cost per 1M tokens?
GLM 5.2 costs $1.40 per 1M input tokens and $4.40 per 1M output tokens. At a typical 4:1 input-to-output mix that blends to about $2.00 per 1M tokens.
How much does GLM 5.2 cost per month?
A small-team workload of 20M input and 5M output tokens a month costs about $50 on GLM 5.2. A side project (1M in / 0.25M out) costs roughly $2.50.
What is a cheaper alternative to GLM 5.2?
DeepSeek V4-Pro is the strongest cheaper option in our database at $0.522 per 1M blended — about 74% less than GLM 5.2. It is also open-weight, so self-hosting is an option.
Can I run GLM 5.2 locally?
Yes. GLM 5.2 is open-weight and needs about ~370 GB of VRAM at 4-bit quantisation (Multi-GPU server (e.g. 5× H100 80GB)).
Why does GLM 5.2 charge more for output than input?
Output tokens are generated one at a time and cannot be batched the way a prompt can, so they cost the provider more to serve. GLM 5.2 charges 3.1× more for output, which is why prompt-heavy workloads are far cheaper to run than generation-heavy ones.
Prices are the published list rates for the model's primary API and are reviewed as providers change them. Volume, batch and cached-input discounts are not included. Compare every model side by side in the Base de datos de modelos de IA o el Clasificación de modelos de lenguaje grande (LLM).
