Qwen/Qwen3 Vl 235b A22b Thinking
Qwen/Qwen3 Vl 235b A22b Thinking is available via Novita AI with a 131K context window and up to 32,768 output tokens. Pricing: $0.9800/1M input tokens, $3.95/1M output tokens.
Qwen/Qwen3 Vl 235b A22b Thinking Pricing & Specifications
What is Qwen/Qwen3 Vl 235b A22b Thinking?
Qwen/Qwen3 Vl 235b A22b Thinking is a large language model by Novita AI with a 131K context window and up to 32,768 output tokens. It costs $0.98 per 1M input tokens and $3.95 per 1M output tokens. Qwen/Qwen3 Vl 235b A22b Thinking is available via Novita AI with a 131K context window and up to 32,768 output tokens. Pricing: $0.9800/1M input tokens, $3.95/1M output tokens.
Capabilities
text vision reasoning
Qwen/Qwen3 Vl 235b A22b Thinking Cost Examples
Short prompt (500 tokens)
$0.000490
Medium prompt (2K tokens)
$0.00196
Long output (4K tokens)
$0.01580
Count tokens for Qwen/Qwen3 Vl 235b A22b Thinking
Paste your prompt to see exact token counts and API cost estimates.
Open Token CounterSimilar Models to Qwen/Qwen3 Vl 235b A22b Thinking
Frequently Asked Questions
How much does Qwen/Qwen3 Vl 235b A22b Thinking cost per token? +
Qwen/Qwen3 Vl 235b A22b Thinking costs $0.98 per 1M input tokens and $3.95 per 1M output tokens. For a typical 1,000-token request with a 500-token response, that works out to roughly $0.002955.
What is the context window for Qwen/Qwen3 Vl 235b A22b Thinking? +
Qwen/Qwen3 Vl 235b A22b Thinking supports a context window of 131,072 tokens (131K). This determines the maximum combined length of your prompt and conversation history in a single API call.
What is the maximum output length for Qwen/Qwen3 Vl 235b A22b Thinking? +
Qwen/Qwen3 Vl 235b A22b Thinking can generate up to 32,768 tokens in a single response. If you need longer outputs, you can make multiple API calls and concatenate the results.
Is Qwen/Qwen3 Vl 235b A22b Thinking good for coding tasks? +
Qwen/Qwen3 Vl 235b A22b Thinking can handle basic coding tasks, but there are models specifically optimized for code generation that may perform better on complex programming problems.