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.