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HIP Workshop | Using HIP on Setonix | GPU node configuration (Batch jobs on GPU)

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Pawsey Supercomputing Research Centre

This video is part of the HIP workshop playlist. View full playlist here: • HIP Workshop

On the GPU nodes of Setonix there is 1 CPU and 8 Graphics Compute Dies (GCD's). Each of the 8 chiplets in the CPU is intended to have optimal access to one of the 8 available GCD's (compute devices).

Pawsey has extensive documentation available for running jobs, at this site: https://pawsey.atlassian.net/wiki/spa...

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HIP Workshop | Matrix multiplication | Introduction

HIP Workshop | Matrix multiplication | Introduction

HIP Workshop | Using HIP on Setonix | Compile and run your first MPI enabled HIP application

HIP Workshop | Using HIP on Setonix | Compile and run your first MPI enabled HIP application

HIP Workshop | Measuring performance in HIP applications | Tracing with Omnitrace

HIP Workshop | Measuring performance in HIP applications | Tracing with Omnitrace

HIP Workshop | Measuring performance in HIP applications | Introduction

HIP Workshop | Measuring performance in HIP applications | Introduction

HIP Workshop | Measuring performance in HIP applications | Performance measurement with AMD tools

HIP Workshop | Measuring performance in HIP applications | Performance measurement with AMD tools

HIP Workshop | Introduction to HIP | How Does HIP Work?

HIP Workshop | Introduction to HIP | How Does HIP Work?

HIP Workshop | Introduction to HIP | HIP installation

HIP Workshop | Introduction to HIP | HIP installation

Advanced HIP Workshop | Optimising compute with concurrent IO | Converting output to pinned memory

Advanced HIP Workshop | Optimising compute with concurrent IO | Converting output to pinned memory

Advanced HIP Workshop | Optimising compute with concurrent IO | HipMemcpy3D and asynchronous copies

Advanced HIP Workshop | Optimising compute with concurrent IO | HipMemcpy3D and asynchronous copies

HIP Workshop | Measuring performance in HIP applications | Rocprof under a job manager

HIP Workshop | Measuring performance in HIP applications | Rocprof under a job manager

Advanced HIP Workshop | Memory Management in HIP | Using pinned memory in a kernel

Advanced HIP Workshop | Memory Management in HIP | Using pinned memory in a kernel

Advanced HIP Workshop | Optimising HIP kernels | Introduction

Advanced HIP Workshop | Optimising HIP kernels | Introduction

Advanced HIP Workshop | Memory Management in HIP | Managed Memory

Advanced HIP Workshop | Memory Management in HIP | Managed Memory

Advanced HIP Workshop | Memory Management in HIP | Zero Copy Allocation

Advanced HIP Workshop | Memory Management in HIP | Zero Copy Allocation

HIP Workshop | Introduction to HIP | Elements of an accelerated application

HIP Workshop | Introduction to HIP | Elements of an accelerated application

Advanced HIP Workshop | Memory Management in HIP | Introduction

Advanced HIP Workshop | Memory Management in HIP | Introduction

Advanced HIP Workshop | Porting CUDA programs to HIP | Case studies in porting codes

Advanced HIP Workshop | Porting CUDA programs to HIP | Case studies in porting codes

Advanced HIP Workshop | Memory Management in HIP | Shared memory

Advanced HIP Workshop | Memory Management in HIP | Shared memory

Advanced HIP Workshop | Porting CUDA programs to HIP | Porting techniques with hipify tools

Advanced HIP Workshop | Porting CUDA programs to HIP | Porting techniques with hipify tools

Advanced HIP Workshop | Memory Management in HIP | Memory spaces visible to the kernel

Advanced HIP Workshop | Memory Management in HIP | Memory spaces visible to the kernel

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