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Models

Choosing a Model

Choosing the Right Model

Selecting the appropriate SAGEA model is crucial for optimal performance, cost efficiency, and user experience. This guide helps you choose between VORA voice models and SAGE language models based on your specific requirements.

Quick Selection Guide

Voice Synthesis Models (VORA)

VORA-V1

⭐Studio-grade quality
🌍30+ languages
🎭Advanced emotions

Best for production apps, media content, and accessibility tools

VORA-L1

⚑6Γ— faster inference
πŸ“±Edge deployment
πŸ”‹50% less memory

Perfect for mobile apps, IoT devices, and offline use

VORA-E0

πŸš€Ultra-low latency
🎯Real-time streaming
βš™οΈMinimal resources

Ideal for conversational AI and embedded systems

Language Models (SAGE)

SAGE (Flagship)

🧠Advanced reasoning
πŸ“š200K context window
πŸ”—Multimodal capabilities

Best for complex tasks, research, and enterprise applications

SAGE-mini

⚑Fast responses
πŸ’°Cost-effective
πŸ“32K context window

Perfect for simple tasks, chatbots, and high-volume applications

Decision Framework

1. Define Your Use Case

Voice Applications:

  • Media & Content: Choose VORA-V1 for studio-quality audio
  • Mobile Apps: Choose VORA-L1 for efficient performance
  • Real-time Chat: Choose VORA-E0 for instant responses
  • Offline Apps: Choose VORA-L1 or VORA-E0 for edge deployment

Language Applications:

  • Complex Analysis: Choose SAGE for advanced reasoning
  • Simple Q&A: Choose SAGE-mini for cost efficiency
  • Research Tasks: Choose SAGE for comprehensive understanding
  • High Volume: Choose SAGE-mini for scalability

2. Consider Performance Requirements

RequirementVORA-V1VORA-L1VORA-E0SAGESAGE-mini
QualityHighestHighGoodHighestGood
SpeedFastFasterFastestFastFastest
MemoryStandardLowMinimalStandardLow
CostHigherMediumLowerHigherLower

3. Evaluate Technical Constraints

Deployment Environment:

  • Cloud-only: Any model works well
  • Edge/Mobile: Choose VORA-L1/E0 or SAGE-mini
  • Offline: VORA-L1/E0 with edge deployment
  • Real-time: VORA-E0 or SAGE-mini for low latency

Resource Constraints:

  • Limited Memory: VORA-L1/E0, SAGE-mini
  • Limited Bandwidth: Edge deployment preferred
  • Battery-powered: VORA-L1/E0 for efficiency
  • High Throughput: VORA-E0, SAGE-mini

4. Language and Regional Considerations

VORA Language Support:

  • VORA-V1: 30+ languages with native pronunciation
  • VORA-L1: 30+ languages with optimized inference
  • VORA-E0: 15+ core languages for efficiency

SAGE Language Support:

  • SAGE: 100+ languages with cultural understanding
  • SAGE-mini: 50+ languages with basic proficiency

Use Case Examples

Content Creation Platform

# High-quality narration for videos
vora_client = sagea.VoraClient(model="vora-v1")
 
audio = vora_client.synthesize(
    text="Welcome to our educational series on AI technology.",
    emotion="professional",
    voice="narrator"
)

Why VORA-V1? Studio-grade quality essential for professional content.

Mobile Voice Assistant

# Real-time responses on mobile
vora_client = sagea.VoraClient(model="vora-l1")
 
response = vora_client.stream(
    text="Your appointment is scheduled for 3 PM.",
    emotion="helpful"
)

Why VORA-L1? Optimized for mobile with offline capabilities.

Customer Support Chatbot

# Quick responses for common queries
sage_client = sagea.ChatClient(model="sage-mini")
 
response = sage_client.chat(
    messages=[{"role": "user", "content": "How do I reset my password?"}]
)

Why SAGE-mini? Cost-effective for high-volume, simple queries.

Research Assistant

# Complex analysis and reasoning
sage_client = sagea.ChatClient(model="sage")
 
response = sage_client.chat(
    messages=[{
        "role": "user", 
        "content": "Analyze the implications of quantum computing on cryptography"
    }]
)

Why SAGE? Advanced reasoning required for complex topics.

Cost Optimization

Voice Synthesis

  1. Cache Generated Audio: Store frequently used phrases
  2. Use Appropriate Models: Don't over-engineer for simple use cases
  3. Batch Processing: Generate multiple audio files efficiently
  4. Edge Deployment: Reduce API costs with local processing

Language Models

  1. Choose Right Context: Don't use full context when unnecessary
  2. Prompt Optimization: Write efficient prompts
  3. Model Selection: Use SAGE-mini for simple tasks
  4. Streaming: Use streaming for better user experience

Migration Strategies

Upgrading Models

When moving to newer models:

  1. Test Thoroughly: Compare quality and performance
  2. Gradual Rollout: Use A/B testing for comparison
  3. Monitor Metrics: Track latency, quality, and costs
  4. Fallback Plan: Keep previous model as backup

Scaling Considerations

As your application grows:

  • Monitor Usage: Track API calls and costs
  • Optimize Prompts: Improve efficiency over time
  • Consider Enterprise: Volume discounts and custom models
  • Edge Deployment: Reduce latency and costs at scale

Getting Help

Need assistance choosing the right model?

The right model choice can significantly impact your application's success. Take time to evaluate your requirements and test different options in our console before making your final decision.