North Mini Code
● ExcellentNorth Mini Code is Cohere's first agentic coding model and the debut of its North family. A sparse mixture-of-experts model with 30B total parameters and 3B active, it is optimized...
Specifications
| Attribute | Value |
|---|---|
| Lab | Cohere |
| Tags | Coding Agentic Open Weight |
| Overall Score | 8.0/10 |
| Release Date | 2026-06 |
| Context Window | 256,000 tokens |
| Input Price / 1M | $0.00 |
| Output Price / 1M | $0.00 |
| Input Modalities | Text |
| Output Modalities | Text |
Strengths
- Sparse MoE architecture (30B total / 3B active) delivers efficient coding performance
- Agentic coding design with tool use and reasoning support
- 256K context window handles large codebases and long files
- Open-weight release on HuggingFace with CohereLabs weights
Weaknesses
- Smaller active parameter count may limit performance vs. full-size code models
- Free-tier availability may come with rate limits or availability constraints
Best For
- Code generation and editing in agentic workflows
- IDE copilots and coding assistants
- Budget-conscious projects needing a capable coding model
In Depth: North Mini Code
Draft layout · copy TKBenchmark Performance
[Lead paragraph — ~60 words. Anchor North Mini Code's overall score of 8.0/10 against the headline benchmarks it actually competes on (MMLU, HumanEval, MATH, GSM8K, LMSYS Arena). Name the closest peers above and below it on this leaderboard so the reader instantly understands the tier.]
[Detail paragraph — ~80 words. Walk through 2–3 specific benchmark numbers with citations: e.g. "scores X on MMLU vs. Y for the next-best model in its class," "Arena ELO of Z places it between A and B." Mention where the model over- or under-performs its overall rank — a 9.0 model that's a 9.5 on coding but a 8.2 on math is the kind of nuance that wins long-tail queries like "North Mini Code coding benchmark" or "North Mini Code vs [peer]".]
Pricing & Value
[Lead paragraph — ~50 words. State the input/output prices in plain English ("$0.00 in, $0.00 out per million tokens") and convert to something tangible — cost of a 10k-token analysis, cost of a 1M-token agentic run, cost vs. the cheapest model on the leaderboard.]
[Detail paragraph — ~90 words. Compare North Mini Code's price-per-point-of-score against 2–3 named peers. Call out whether you're paying for raw intelligence, long context (256,000 tokens here), low latency, or brand premium. Flag any tier discounts, batch pricing, or caching that materially change the effective cost. If this model is overpriced for its score, say so plainly — that honesty is what ranks.]
Who Should Use This
[Lead paragraph — ~50 words. One sentence per persona: the developer building X, the analyst doing Y, the team that already runs Z. Each should resolve to a concrete decision: "pick North Mini Code if…" and "skip it if…".]
- [Persona 1 — e.g. "Backend engineers wiring up production agents." One sentence on why this model fits, one on the tradeoff they accept.]
- [Persona 2 — e.g. "Solo founders prototyping fast." Same structure: why it fits, what they give up.]
- [Persona 3 — e.g. "Enterprise teams that need a long-context workhorse." Why it fits, the constraint.]
- [Anti-persona — "Skip North Mini Code if you're optimizing for X or Y." Be specific; this is the most-cited line in a review.]
Release & Version History
[Lead paragraph — ~50 words. Anchor the 2026-06 release in context: what it replaced inside Cohere's lineup, what the lab claimed it improved, and how those claims held up against independent benchmarks in the weeks after launch.]
[Detail paragraph — ~90 words. Walk the version trail: previous generation, this model, any planned successor or sibling (mini/flash/opus tier). Note pricing or context-window changes vs. the predecessor. Mention deprecation timelines if the lab has announced any — readers searching "North Mini Code deprecated" or "North Mini Code successor" land directly here. Close with the editorial verdict: is this the version to standardize on for the next 6 months, or a stopgap?]
Sources & Further Reading
Related Models
Scores are aggregated from public benchmarks (MMLU, HumanEval, MATH, GSM8K, LMSYS) and normalized to a 1–10 scale. Methodology →