Qwen3 235B vs Qwen3.8 27B benchmark

Side-by-Side Benchmark Matrix

Recommended Workload Routing

Frequently Asked Questions

Which is better overall, Qwen3 235B or Qwen3.8 27B?

Qwen3 235B has the higher preference Elo in our latest snapshot (1,440). “Better” still depends on coding, price, and latency — see the table.

Which is better at coding, Qwen3 235B or Qwen3.8 27B?

Qwen3 235B leads SWE-bench at 59.4% vs 58.8%. SWE-bench is one harness, not your repo.

Which is cheaper to run in production?

Qwen3.8 27B output tokens are $0.4/1M versus $0.88/1M. Input prices and retry rates still move the real bill.

Which is faster, Qwen3 235B or Qwen3.8 27B?

Qwen3.8 27B has the lower time-to-first-token (140 ms vs 320 ms). Tokens/sec is a separate column if you care about long completions.

Which has the larger context window?

Qwen3 235B accepts 131k tokens versus 131k.

Can I self-host either model?

Both Qwen3 235B and Qwen3.8 27B are marked open-weights. Hosting cost is not in this table.

Are these scores from CompareLLM’s own evals?

No. V1 aggregates public leaderboards (and optional first-party latency pings). Each cell names its source and date. Read /methodology.

What does preference Elo mean on this page?

Preference Elo is a crowd vote from LMArena / Arena. People see two hidden answers and pick the one they like more. The model that wins more often gets a higher Elo. That means people preferred it — not that it passed a school test. It is not SWE-bench, not accuracy, and not a number we invent. Qwen3 235B and Qwen3.8 27B Elo cells are dated snapshots from the named source — we do not compute Arena ourselves.