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LM Studio users seek dual-GPU benchmarks

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LM Studio users seek dual-GPU benchmarks
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// 45d agoINFRASTRUCTURE

LM Studio users seek dual-GPU benchmarks

A LocalLLaMA user asks for a reliable way to compare tokens per second on single-GPU offload versus split-across-two-GPU setups for larger models. The post captures a common local-LLM problem: bigger models are easy to want, but hard to keep fast enough for coding work.

// ANALYSIS

There is no single authoritative chart for this because multi-GPU inference speed depends on the engine, quantization, context size, PCIe lanes, and whether the cards have a fast interconnect. The practical answer is usually to benchmark your exact stack, not trust a generic “2 GPUs is faster” rule.

  • Consumer dual-GPU setups often hit PCIe bottlenecks, so the second card can add capacity without adding much speed
  • Backend choice matters a lot: llama.cpp, vLLM, and other runtimes can produce very different tok/sec on the same hardware
  • The post is really about a workflow tradeoff, not raw horsepower: interactive coding needs enough throughput to stay usable, not just a larger model window
  • LM Studio is relevant because it exposes local offload and MCP-friendly workflows, but the hardware economics still dominate the decision
  • The best public references are scattered benchmarks and per-project repos, so this is still a “measure your own stack” problem for serious buyers
// TAGS
lm-studiollama.cppllminferencegpubenchmark

DISCOVERED

45d ago

2026-04-19

PUBLISHED

45d ago

2026-04-19

RELEVANCE

7/ 10

AUTHOR

misanthrophiccunt