AI & Machine Learning / 22:06

Explore distributed inference and training with MLX

AI & Machine Learningmacos

Key Points

  • Scale the machine learning workloads across multiple Macs using MLX.
  • Explains how to tackle interconnect efficiency, large model inference, request batching, and distributed training challenges.
  • Covers how a few Macs on the desk can replace expensive cloud infrastructure for demanding AI workloads.
  • The session moves through Distributed communication, Setting up the cluster, Distributed inference and fine-tuning, Model parallelism strategies, Distributed fine-tuning, CLI, Python, Swift, and C++ APIs.
  • Key concepts include MLX, RDMA, JACCL, MacBook, LLMs, macOS 26.2.
  • Platform coverage: macos.

Condensed Flow

01

Distributed communication:

Focuses on MLX.

02

Setting up the cluster:

Focuses on RDMA.

03

Distributed inference and fine-tuning:

Focuses on MLX.

04

Model parallelism strategies:

Focuses on MLX.

05

Distributed fine-tuning:

Focuses on MLX.

06

CLI, Python, Swift, and C++ APIs:

Focuses on JACCL, MLX.

More Detail

Additional details

  • Detailed flow: Distributed communication -> Setting up the cluster -> Distributed inference and fine-tuning -> Model parallelism strategies -> Distributed fine-tuning -> CLI, Python, Swift, and C++ APIs.
  • APIs and concepts to recognize: MLX, RDMA, JACCL, MacBook, LLMs, macOS 26.2.
  • Version and support notes focus on macOS 26.2, RDMA.
  • Implementation focus: MLX, JACCL.

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