Reka Edge is an extremely efficient 7B multimodal vision-language model that accepts image/video+text inputs and generates text outputs. This model is optimized specifically to deliver industry-leading performance in image understanding, video analysis, object detection, and agentic tool-use.
Modalities
Input Price
$0.10per 1M
Output Price
$0.10per 1M
Context
16K
Weekly Tokens
5.33M
Released
Mar 20, 2026
Sample code and API for Reka Edge
OpenRouter normalizes requests and responses across providers for you.
1
Get your API key
Create an API key from your OpenRouter dashboard and set it as an environment variable:
2
Make your first request
Use rekaai/reka-edge with the OpenRouter API:
OpenRouter supports reasoning-enabled models that can show their step-by-step thinking process. Use the reasoning parameter in your request to enable reasoning, and access the reasoning_details array in the response to see the model's internal reasoning before the final answer. When continuing a conversation, preserve the complete reasoning_details when passing messages back to the model so it can continue reasoning from where it left off. Learn more about reasoning tokens.
In the examples below, the OpenRouter-specific headers are optional. Setting them allows your app to appear on the OpenRouter leaderboards.
Using third-party SDKs
For information about using third-party SDKs and frameworks with OpenRouter, please see our frameworks documentation.
3
Enable streaming
Add "stream": true to your request body to receive responses as server-sent events:
Endpoint
POSThttps://openrouter.ai/api/v1/chat/completions
AuthorizationBearer $OPENROUTER_API_KEY
Content-Typeapplication/json
HTTP-Refereroptional — your site URL, for rankings
X-Titleoptional — your site name, for rankings
Modelrekaai/reka-edge
Parameters
Name
Type
Default
Description
tool_choice
string or object
—
Controls which (if any) tool is called by the model.
tools
array
—
Tool calling parameter, following OpenAI's tool calling request shape.
top_k
integer
0
This limits the model's choice of tokens at each step, making it choose from a smaller set.
top_p
float
1
This setting limits the model's choices to a percentage of likely tokens: only the top tokens whose probabilities add up to P.
stop
array
—
Stop generation immediately if the model encounter any token specified in the stop array.
seed
integer
—
If specified, the inferencing will sample deterministically, such that repeated requests with the same seed and parameters should return the same result.
temperature
float
1
This setting influences the variety in the model's responses.
frequency_penalty
float
0
This setting aims to control the repetition of tokens based on how often they appear in the input.
presence_penalty
float
0
Adjusts how often the model repeats specific tokens already used in the input.
max_tokens
integer
—
This sets the upper limit for the number of tokens the model can generate in response.