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David Ha runs K3 locally on M5 Max

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David Ha runs K3 locally on M5 Max
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// 1h agoNEWS

David Ha runs K3 locally on M5 Max

AI researcher David Ha (@hardmaru) shared an experiment running the massive K3 language model locally on Apple's M5 Max chip. Operating at a throughput of approximately 0.3 tokens per second, the test demonstrates the capability of high-capacity Apple Silicon unified memory to host huge models, even if the current performance is exceptionally slow.

// ANALYSIS

Local execution of massive frontier models on workstation hardware is technically impressive but currently constrained by severe compute and memory bandwidth bottlenecks.

  • Unified memory architecture allows consumer-tier workstations to fit multi-hundred-billion parameter models that previously required enterprise GPU clusters.
  • An inference speed of 0.3 tokens per second is impractical for interactive workflows, serving primarily as an early proof-of-concept.
  • Future optimizations in quantization, MoE sparse execution, and specialized matrix kernels will likely improve local token generation speeds substantially.
// TAGS
k3local-aiapple-siliconm5-maxllm-inferencehardware

DISCOVERED

1h ago

2026-07-28

PUBLISHED

1h ago

2026-07-28

RELEVANCE

6/ 10

AUTHOR

hardmaru