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Estimador de Latencia IA

Estimar tiempos de respuesta y latencia de APIs LLM según número de tokens

Estimated Latency

225ms
(0.23 seconds)
Input processing:10ms
Output generation:15ms
Base overhead:~200ms
Note: Estimates are approximate and vary based on server load, network conditions, and model availability. Actual latency may differ.

How Estimador de Latencia IA Works

An AI Latency Estimator is a performance-planning utility used to predict the "Wait Time" for an AI's response. This tool is essential for product designers, performance engineers, and developers optimizing UX for real-time apps, choosing the right model for low-latency chat, or determining if "Streaming" is required for a better user experience.\n\nThe processing engine handles time estimation through a rigorous three-stage performance pipeline:\n\n1. Model Bottleneck Profiling: The tool utilizes Latest Benchmark Data for various models (e.g., GPT-4o is fast, Claude 3.5 Sonnet is moderate, GPT-4 is slow).\n2. Network + Inference Summation: The engine calculates the total latency by adding:\n * TTFT (Time To First Token): The "Server Processing" delay plus network round-trip.\n * TBT (Tokens Per Second): The speed at which the AI "Types" its response.\n * Prompt Load: Higher input volume proportionally increases the initial delay.\n3. Statistical Distribution (P99): The tool provides not just an "Average," but a distribution of speeds to account for internet variability and server "Cold Starts."\n4. Reactive Real-time Rendering: Your "Response Timeline" and "Cumulative UX Score" update instantly as you adjust the output length or model type.\n\n## The History of Latency: From Telegraph to Instant Inference\nMeasuring "Response Time" has been the goal of digital engineering for a century.\n\n- The Morse Gap (1840s): The first "Latency" was the time it took for a telegraph operator to tap a key. Operators measured Words Per Minute (WPM). This tool Digitalizes that WPM.\n- The "Three Second Rule" (1990s): As the web grew, psychologists discovered that users begin to Lose interest in a webpage if it takes longer than 3 seconds to load.\n- The Intelligence "Wait" (2024): AI introduced a new kind of waiting—watching a model "Think." This tool Automates the trade-off between Quality (slow, reasoning models) and Quantity (fast, small models).\n\n## Technical Comparison: Speed Paradigms\nUnderstanding your "Intelligence Lag" is vital for AI UX and Product Satisfaction.\n\n| Model Class | Avg TTFT | Tokens / Sec | Feel |\n| :--- | :--- | :--- | :--- |\n| Edge / mini | < 200ms | 100+ | Instant |\n| Mid-range | 400 - 600ms | 60 - 80 | Natural Chat |\n| Reasoning (L)| 1s - 3s | 20 - 40 | "Thinking" |\n| Legacy / Heavy| 2s - 5s | 10 - 20 | Frustrating |\n| On-Device | < 50ms | 150+ | True Real-time |\n\nBy using this tool, you ensure your AI User Experience is smooth and responsive.\n\n## Security and Privacy Considerations\nYour performance planning is performed in a secure, local environment:\n\n- Local Logical Execution: All latency and token-per-second calculations are performed locally in your browser. Your sensitive UX targets—which define your product's competitive edge—never touch our servers.\n- Zero Log Policy: We do not store or track your inputs. Your Latency Profiles and Performance Targets remain entirely confidential.\n- W3C Security Compliance: The tool operates within the standard browser sandbox, ensuring no interaction with your local file system or Private Metadata.\n- Privacy First: To maintain absolute Data Privacy, the tool functions as an anonymous utility.\n

Frequently Asked Questions

Time To First Token. It's the moment the User sees the very first word appearing. If TTFT is high, users think the app is broken.

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