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This article provides a technical breakdown of LLM batching strategies—static, dynamic, and continuous—focusing on how they optimize GPU memory utilization and throughput during inference. By grouping multiple requests into single forward passes, these methods directly address the hardware bottlenecks inherent in token-by-token generation, making them critical for efficient large-scale AI deployment.
LLM Batching Explained: Static vs Dynamic vs Continuous Batching

Imagine four people booking a ride to the same destination. If each person takes a separate taxi, four vehicles make the same trip. But if they travel together in a bus, everyone reaches the destination in a single trip. The bus carries more people at once and makes better use of the resources. Batching in […] The post LLM Batching Explained: Static vs Dynamic vs Continuous Batching appeared first on Analytics Vidhya.
Imagine four people booking a ride to the same destination. If each person takes a separate taxi, four vehicles make the same trip. But if they travel together in a bus, everyone reaches the destination in a single trip. The bus carries more people at once and makes better use of the resources. Batching in AI works in a similar way. Instead of processing one request at a time, a server groups multiple requests together so the GPU can process them more efficiently. This helps serve more users while making better use of expensive computing resources. But how those requests are grouped and scheduled also affects how quickly users get responses and how much it costs to serve them. There are three common approaches to batching: static batching, dynamic batching, and continuous batching. Let’s understand what batching means technically and how these approaches differ. What is Batching? Why LLMs Need Batching? What is Batching? Batching is the process of running…
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