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This article addresses critical engineering strategies for optimizing Large Language Model inference latency, focusing on techniques like quantization and speculative decoding. It provides a technical breakdown of prefill versus decode phases to help production teams reduce Time to First Token (TTFT) and improve overall system responsiveness without relying on hype or general consumer advice.
Sources coveringKDnuggets, Latent Space, SiliconANGLE, AWS
What this isA model's reading of the article and related coverage, written for aiqbench. Not the publisher's words.

7 Approaches to Reduce Inference Latency in Your LLM Workflows

KDnuggets7 min read

From quantization to speculative decoding, here are seven engineering strategies to ship faster, more responsive generative AI applications in production.

As large language models (LLMs) move from research prototypes into production, engineering teams run into a hard truth: building an intelligent model is only half the battle. Serving that model to users in real time is a different engineering challenge entirely. In generative AI, inference is the phase where a trained model processes your input (the prompt) and generates an output (the response). Inference latency is the time delay during this process. Unlike standard web applications where latency is usually measured in milliseconds, LLM latency can stretch into seconds or longer if left unoptimized, leading to poor user experiences and high compute costs. Understanding the anatomy of a slow response is the first step. LLM generation happens in two distinct phases: The Prefill Phase (Reading): The model ingests the entire prompt at once. This phase is compute-bound.…

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