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Developer shares "two-queue" discipline for managing local and cloud LLMs

A developer experienced system instability, including kernel panics, when running multiple local Large Language Models (LLMs) concurrently with cloud-based LLM API calls. The issue stemmed from the unified memory architecture on Apple Silicon, where loading large local models consumes significant RAM and fragments the address space, preventing the OS from efficiently managing resources. To prevent this, a "two-queue discipline" is recommended: local-heavy tasks should run serially, while remote-API fleet tasks should run with bounded concurrency, and these two types of tasks should never be mixed. AI

IMPACT Provides a practical strategy for developers to avoid system instability when running local LLMs alongside cloud services.

RANK_REASON Developer shares a practical tip for managing local LLM resources.

Read on dev.to — LLM tag →

AI-generated summary · Google Gemini · from 1 sources. How we write summaries →

Developer shares "two-queue" discipline for managing local and cloud LLMs

COVERAGE [1]

  1. dev.to — LLM tag TIER_1 (CA) · praveenlavu ·

    Two queues for local-LLM fleets

    <h1> Two queues for local-LLM fleets </h1> <p>Two ollama pulls, plus an LM Studio Llama 70B load, plus two subagents hitting a cloud LLM provider's API, plus seven daemons running scheduled scans. All at once. 2026-05-13, 10:58 UTC. Kernel panic.</p> <p>I'd triggered all of them …