Cerebras Wafer-Scale cluster (R2.0.3)

Get started

Get started by setting up your Cerebras virtual environment. Try out our state-of-the-art deep learning models that reside in our Model Zoo and proceed to launch your first job in the Cerebras Wafer-Scale cluster:

• Set up a Cerebras virtual environment
• Clone the Cerebras Model Zoo
• Launch your first job on the Cerebras Wafer-Scale cluster

Familiarize yourself with the Cerebras PyTorch package and learn how to write your own training loop for your PyTorch model by using the Cerebras PyTorch API. This package includes functions and data structures specifically tailored to facilitate the utilization of Cerebras Wafer-Scale cluster. By mastering this package, you'll be well-equipped to craft your own training loop for your PyTorch models.

Beginner Tutorials

Get accustomed with using Cerebras's Wafer-Scale to preprocess data, load data, train, and fine-tune deep neural networks using our step-by-step beginner-level instructional tutorials:

• Train and fine-tune a Large Language Model (LLM)
• Train a UNet model for large image segmentation

How-to Guides

Take advantage of our advanced how-to guides that use the Cerebras PyTorch API and other Cerebras-enhanced features:

• Write a custom training loop using the Cerebras PyTorch API
• Train a GPT model using Maximum Update Parametrization
• Train a model with a large or small context window
• Fine-tune an LLM on a dataset using instructions
• Train a model with weight sparsity
• Restart a dataloader
• Port a trained and fine-tuned model to Hugging Face
• Control numerical precision level
• Deploy Cerebras models

Port your model

If your model is one of the supported models in Cerebras Model Zoo, you will port your model by:

• Preprocessing your data using Cerebras Model Zoo, including Hugging Face datasets
• Creating your own data processors
• Modifying configuration files
• Converting configurations and checkpoints from Hugging Face

If you are developing a new model, you will use the layers supported in the Cerebras Layer API and one of these approaches:

• Port your model using run function from Cerebras Model Zoo
• Create your own run function using Cerebras PyTorch API.

Cerebras Features

When developing your model:

• Understand kernel autogeneration with Autogen
• Define environment variables for input workers
• Import user-specific dependencies to Cerebras environments
• Follow best practices for CV dataloaders

When training and evaluating your model:

• Evaluate your model during training
• Summarize scalars and tensors
• Use dynamic loss scaling

To boost the performance of your model:

• Measure throughput of your model
• Train with number of tokens loss scaling
• Train with gradient accumulation

 

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