Available Perplexity AI Models Overview.
The following Perplexity AI models are available. Each model offers distinct capabilities tailored for various applications and needs.
Models | Generate Text | Web Search | Reasoning | Research Depth | Context Window | Max Output Tokens | Availability |
---|---|---|---|---|---|---|---|
sonar-pro | ✅ | ✅ | ❌ | High | 200k tokens | 8k tokens | Pro |
sonar | ✅ | ✅ | ❌ | Medium | 128k tokens | - | Free |
Please note that some features may not be available within Giselle even if they are offered in the official API.
An advanced search model offering detailed responses with enhanced citation accuracy. Optimized for multi-step queries and tasks that require deep content understanding and comprehensive sourcing. Ideal for academic research, market analysis, and complex informational tasks.
A lightweight, cost-effective search model optimized for quick, accurate answers utilizing real-time web search with citations. Suitable for everyday queries, quick fact-checking, summarizations, and general-purpose use.
Guidelines for selecting the optimal Perplexity AI model:
In Giselle, you can set up multiple sonar-pro
nodes to approach different perspectives, creating detailed, multifaceted research outputs similar to original deep-research reports.
Both sonar
and sonar-pro
nodes in Giselle now support the search_domain_filter
option, allowing you to control which websites are included in or excluded from the search results used by the models. This feature is particularly useful for:
How to Use:
"wikipedia.org"
, "nasa.gov"
). The search will only use results from these domains."pinterest.com"
, "reddit.com"
). The search will exclude results from these domains.Best Practices:
example.com
) without protocol prefixes (http://
, https://
) or www.
.nytimes.com
) will filter all its subdomains as well.Performance Considerations:
For detailed specifications or additional assistance, please refer to Perplexity AI Documentation.
Available Perplexity AI Models Overview.
The following Perplexity AI models are available. Each model offers distinct capabilities tailored for various applications and needs.
Models | Generate Text | Web Search | Reasoning | Research Depth | Context Window | Max Output Tokens | Availability |
---|---|---|---|---|---|---|---|
sonar-pro | ✅ | ✅ | ❌ | High | 200k tokens | 8k tokens | Pro |
sonar | ✅ | ✅ | ❌ | Medium | 128k tokens | - | Free |
Please note that some features may not be available within Giselle even if they are offered in the official API.
An advanced search model offering detailed responses with enhanced citation accuracy. Optimized for multi-step queries and tasks that require deep content understanding and comprehensive sourcing. Ideal for academic research, market analysis, and complex informational tasks.
A lightweight, cost-effective search model optimized for quick, accurate answers utilizing real-time web search with citations. Suitable for everyday queries, quick fact-checking, summarizations, and general-purpose use.
Guidelines for selecting the optimal Perplexity AI model:
In Giselle, you can set up multiple sonar-pro
nodes to approach different perspectives, creating detailed, multifaceted research outputs similar to original deep-research reports.
Both sonar
and sonar-pro
nodes in Giselle now support the search_domain_filter
option, allowing you to control which websites are included in or excluded from the search results used by the models. This feature is particularly useful for:
How to Use:
"wikipedia.org"
, "nasa.gov"
). The search will only use results from these domains."pinterest.com"
, "reddit.com"
). The search will exclude results from these domains.Best Practices:
example.com
) without protocol prefixes (http://
, https://
) or www.
.nytimes.com
) will filter all its subdomains as well.Performance Considerations:
For detailed specifications or additional assistance, please refer to Perplexity AI Documentation.