kimi-for-coding vs step-3.7-flash speed comparison

Based on 114 anonymous user runs.

Verdict: step-3.7-flash has faster output (median 164 vs 104 tok/s); kimi-for-coding has faster TTFT (1.41s vs 1.50s).
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[![step-3.7-flash is faster than kimi-for-coding: 164 tok/s on TOKRACE](https://tokrace.com/api/badge/compare/kimi-for-coding-vs-step-3-7-flash?locale=en)](https://tokrace.com/en/compare/kimi-for-coding-vs-step-3-7-flash)
Median output tok/s104164
Average output tok/s170176
TTFT1.41s1.50s
Peak tok/s565528
Samples7440

· Data comes from voluntary anonymous sharing; medians reduce jitter · Updates every 5 minutes

· Speed is affected by network, time of day and provider load · Methodology

How to use this comparison

Writing/long output: Prioritize median output tok/s and peak speed.

Chat/agents: TTFT usually has a bigger UX impact.

Model selection: Rerun your real Prompt and inspect output quality too.

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FAQ

Which model outputs faster, kimi-for-coding or step-3.7-flash?

step-3.7-flash has faster output (median 164 vs 104 tok/s); kimi-for-coding has faster TTFT (1.41s vs 1.50s).

Why can output speed and TTFT have different winners?

Output tok/s measures sustained generation speed, while TTFT measures the wait until the first token. A model can generate long text faster while still taking longer to start.

How should I rerun this comparison?

Use the arena with the same Prompt, temperature and network conditions, then repeat a few times and combine the speed data with output quality.

Can I embed this comparison in GitHub or an article?

Yes. This page provides Markdown and HTML badges. The badge image URL is https://tokrace.com/api/badge/compare/kimi-for-coding-vs-step-3-7-flash?locale=en.