DeepSeek vs Qwen vs Kimi vs GLM vs MiniMax: Which Fits Your Work?

Quick answer: There is no single winner. Start with Qwen when you want a broad range of sizes and strong multilingual local options; DeepSeek when reasoning or coding performance is the main experiment; Kimi when long-context and document-heavy work matters; GLM when bilingual general work and its surrounding ecosystem fit; and MiniMax when you are evaluating its efficient long-context or multimodal releases. Then test two realistic candidates on your own files, because the app, model size, quantization, and data path can matter more than the family name.
This comparison is about choosing a first test, not declaring a permanent ranking.
Compare releases, not brand names
Each name covers multiple models:
- full server-scale releases;
- smaller dense or mixture-of-experts variants;
- reasoning and general-purpose lines;
- distilled or quantized community packages;
- hosted APIs and downloadable weights.
“Qwen beats DeepSeek” is incomplete unless it names the exact releases, runtime, task, and evaluation. The same family can contain a laptop-friendly model and a model intended for a server cluster.
A practical first-choice table
| Family | Start here when | Watch for |
|---|---|---|
| DeepSeek | You want to test reasoning, coding, or distilled R1-style models | Full releases can be server-scale; distinguish hosted from local |
| Qwen | You want many size choices, multilingual work, and broad local-runtime availability | License and modality vary by exact release |
| Kimi | Your work is document-heavy or benefits from long context | A long context limit does not guarantee every detail is used well |
| GLM | You need Chinese-English general work and want to compare its ecosystem | Check the exact open-weight release and deployment requirements |
| MiniMax | You are testing long-context, efficient, or multimodal model lines | Product/API names and downloadable releases are not interchangeable |
These are routing suggestions, not measured winners for every task.
Exact releases to put on the shortlist
As of August 6, 2026, these names turn the family comparison into an actionable first check:
| Family | Exact release to inspect first | Deployment reality | Official source |
|---|---|---|---|
| DeepSeek | DeepSeek-R1-Distill-Qwen-7B or DeepSeek-R1-Distill-Qwen-14B |
Practical laptop candidates when a supported compact package fits; intended for reasoning tests | DeepSeek-R1 repository |
| Qwen | Qwen/Qwen3.5-4B or Qwen/Qwen3.5-9B |
Practical small and mid-sized starting points for multilingual local work | Qwen3.6 / Qwen3.5 repository |
| Kimi | Kimi-K3 |
Server-class flagship; not a normal laptop download | Kimi-K3 repository |
| GLM | GLM-4.7-Flash |
30B-A3B workstation/server candidate; verify the exact compact artifact before calling it laptop-sized | GLM-4.7-Flash model card |
| MiniMax | MiniMax-M3 |
Server-class 427B release, not a normal Mac download | MiniMax-M3 model card |
For a Mac-first shortlist, begin with the Qwen or DeepSeek rows. Kimi, GLM, and MiniMax may still fit through controlled servers or explicitly approved hosted endpoints, but their current flagship or named release should not be presented as a peer laptop install.
Choose by the work you actually do
Documents and research
Test Kimi and Qwen first, then include GLM or MiniMax if their current long-context release fits your runtime. Use a folder of real reports and require page or section references. Context-window size is only a capacity claim; extraction quality and citation discipline still need testing.
Writing in Chinese and English
Qwen, GLM, Kimi, DeepSeek, and MiniMax all warrant a same-prompt test. Use your actual tone, terminology, and editing standard. Count factual corrections and editing time instead of choosing the most fluent first paragraph.
Reasoning and structured analysis
DeepSeek reasoning releases are an obvious candidate, but compare them with a suitable Qwen or GLM reasoning model at a similar deployment budget. Require a final table or calculation artifact; do not treat an exposed reasoning trace as proof.
Coding
Choose code-focused releases and test them inside the actual coding tool. Repository navigation, tool use, latency, and context handling affect the result. A general chat benchmark does not predict a complete coding-agent workflow.
Local use on a Mac
Model size becomes the first filter. A smaller quantized Qwen, DeepSeek distill, or another compact release may be more useful than a flagship model that does not fit comfortably. Use the Mac model guide to estimate memory before downloading.
Run one same-task comparison
Use the same ten representative files and the same work order for every candidate:
Task:
Turn ten customer-interview transcripts into a decision brief.
Required artifact:
Themes table, supporting source anchors, contradictions, unanswered questions,
and a one-page recommendation draft.
Checks:
No claim without a source anchor. Count missed themes, invented statements,
human corrections, runtime, and peak memory.
Data path:
Record whether inference, embeddings, search, tools, and logs are local or remote.
Score the useful result, not just output speed:
| Measure | Why it matters |
|---|---|
| Required fields complete | Can you use the artifact? |
| Source anchors correct | Can you verify it? |
| Unsupported claims | How much risk and cleanup? |
| Human edit time | Did the model save work? |
| Runtime and memory | Does it fit your normal machine? |
| Data path | Is it acceptable for these files? |
Hosted and local are separate choices
The same model family can be accessed through a vendor API, another cloud provider, or a local runtime. A hosted endpoint receives the context you send. A local model keeps inference on your machine, but the surrounding app may still use remote search, embeddings, telemetry, or tools.
Check the whole workflow rather than treating “open weights” as a privacy setting.
Check the exact license
Do not infer terms from the family name. Read the exact model card, license file, base-model conditions, and redistribution terms. Model providers update lines and names; record the URL and date you checked.
Where Agenaxy fits
Agenaxy lets you choose a model per task while keeping selected files, instructions, Activity, and Artifacts in one local workspace. That makes a same-task comparison easier: reuse the work order and acceptance checks, then inspect the outputs.
Standard can use a selected local or cloud model. A remote model receives the context sent to it. In Vault, every model Connection must be explicitly authorized; outbound-data tools remain unavailable and agent-run scripts are blocked from network access.
Read the individual guides to DeepSeek, Qwen, Kimi, GLM, and MiniMax before selecting exact releases.
Try the same task across models
Describe a non-confidential task and the artifact you would compare in Try Agenaxy. Do not submit files, credentials, customer records, or production data through the form.
FAQ
Which model is best for Chinese documents?
All five families deserve a task-specific test. Choose exact releases that fit your hardware, then compare source accuracy, terminology, and edit time on your documents.
Which is easiest to run locally?
Usually the smallest compatible quantized release, not a particular brand. Qwen and DeepSeek distills offer many commonly packaged sizes, but runtime availability changes.
Can benchmark scores choose for me?
They can narrow candidates. They do not measure your document formats, terminology, tool integration, acceptable latency, or review cost.
Sources and Fact-Checking Notes
- The release-specific facts and official links are maintained in the Agenaxy guides for DeepSeek, Qwen, Kimi, GLM, and MiniMax.
- Product and model facts were checked on August 6, 2026. Re-check each official model card and license before deployment.
- The task-fit table is an editorial routing heuristic, not a benchmark result or undisclosed hands-on ranking.
- Agenaxy product statements are checked against
agenaxy/apps/site/public/llms-full.txtand ADR-066.