Codestral 2508 vs Mistral Small 3.2 24B
In our testing, Codestral 2508 is the better pick for coding and developer workflows that need precise structured output, reliable function selection, and long-context fidelity (it scores 5/5 on tool_calling, structured_output, faithfulness, long_context). Mistral Small 3.2 24B wins constrained_rewriting (4 vs 3) and is the clear cost-efficient choice: it charges $0.075/$0.20 in/out versus Codestral's $0.30/$0.90, a ~4.5× price ratio.
mistral
Codestral 2508
Benchmark Scores
External Benchmarks
Pricing
Input
$0.300/MTok
Output
$0.900/MTok
modelpicker.net
mistral
Mistral Small 3.2 24B
Benchmark Scores
External Benchmarks
Pricing
Input
$0.075/MTok
Output
$0.200/MTok
modelpicker.net
Benchmark Analysis
Across our 12-test suite, Codestral 2508 wins 4 tests, Mistral Small 3.2 24B wins 1, and 7 tests tie. Detailed head-to-head (scores shown are from our testing):
- Structured output: Codestral 2508 5 vs Mistral Small 3.2 24B 4. Codestral ties for 1st on structured_output in our rankings (tied for 1st with 24 others out of 54), so expect better JSON/schema compliance and fewer format errors when schema fidelity matters.
- Tool calling: Codestral 2508 5 vs Mistral Small 3.2 24B 4. Codestral is tied for 1st on tool_calling (tied with 16 others out of 54), meaning more accurate function selection and argument sequencing in our tests.
- Faithfulness: Codestral 2508 5 vs Mistral Small 3.2 24B 4. Codestral is tied for 1st in faithfulness (tied with 32 others out of 55), so it sticks to source material more reliably in our benchmarks.
- Long context: Codestral 2508 5 vs Mistral Small 3.2 24B 4. Codestral ties for 1st on long_context (tied with 36 others of 55), indicating stronger retrieval and accuracy at 30K+ token ranges in our tests.
- Constrained rewriting: Codestral 2508 3 vs Mistral Small 3.2 24B 4. Mistral Small ranks 6 of 53 on constrained_rewriting (our tests), so it handles aggressive compression/character limits better.
The remaining tests are ties: strategic_analysis (2/2), creative_problem_solving (2/2), classification (3/3), safety_calibration (1/1), persona_consistency (3/3), agentic_planning (4/4), multilingual (4/4). Where scores tie, both models perform similarly in our suite (e.g., both score 4/5 on multilingual and 4/5 on agentic_planning).
Practical implications: pick Codestral 2508 when your workflow needs strict output format, reliable function calls, long-context retrieval, or fidelity to source code/text. Pick Mistral Small 3.2 24B when you need to compress text into tight limits (constrained rewriting) or when price per token is the priority.
Pricing Analysis
Pricing per 1,000 tokens (mTok): Codestral 2508 charges $0.30 input / $0.90 output; Mistral Small 3.2 24B charges $0.075 input / $0.20 output. Assuming a 50/50 split of input/output tokens, monthly costs for total tokens are: 1M tokens → Codestral $600 vs Mistral Small $137.50; 10M → Codestral $6,000 vs Mistral Small $1,375; 100M → Codestral $60,000 vs Mistral Small $13,750. The ~4.5× price gap (priceRatio 4.5) matters when you scale: teams generating millions of tokens monthly (chat platforms, large-scale code generation, analytics) will save tens of thousands by choosing Mistral Small 3.2 24B. Choose Codestral 2508 only when the quality differences on structured output, tool calling, or long-context fidelity measurably reduce downstream costs (debugging, failed function calls, rework).
Real-World Cost Comparison
Bottom Line
Choose Codestral 2508 if you prioritize: precise structured output (5/5), accurate tool calling (5/5), faithfulness (5/5), or long-context retrieval (5/5) in developer/coding workflows and can justify higher monthly spend. Choose Mistral Small 3.2 24B if you prioritize: lower cost ($0.075/$0.20 in/out), better constrained rewriting (4/5), or broad instruction-following and multimodal input (payload shows text+image→text modality) at scale—the cheaper model saves material amounts once you exceed millions of tokens per month.
How We Test
We test every model against our 12-benchmark suite covering tool calling, agentic planning, creative problem solving, safety calibration, and more. Each test is scored 1–5 by an LLM judge. Read our full methodology.