Accelerate your existing NumPy and pandas code with massive speedups on GPUs. Learn about drop-in replacement libraries that require minimal code changes.
#1about 1 minute
The evolution of GPU programming with Python
Python has become a first-class citizen in the CUDA ecosystem, making it easier to accelerate software on GPUs.
#2about 2 minutes
How GPUs evolved from graphics to AI powerhouses
The development of CUDA unlocked general-purpose GPU computing, which was supercharged by the AlexNet breakthrough in AI.
#3about 2 minutes
Understanding modern GPU architecture for parallelism
A look inside a modern data center GPU reveals thousands of cores and specialized hardware like Tensor Cores designed for massive parallelism.
#4about 2 minutes
Navigating the CUDA Python software ecosystem
The CUDA platform provides a layered stack of libraries, frameworks, and tools to access GPU power at your preferred level of abstraction.
#5about 3 minutes
Using high-level frameworks like Rapids for acceleration
Frameworks like Rapids provide GPU-accelerated versions of tools like pandas and scikit-learn, often requiring zero code changes for massive speedups.
#6about 1 minute
Using CuPy as a drop-in replacement for NumPy
CuPy offers a familiar NumPy-like API that allows you to move array computations to the GPU by simply changing the import statement.
#7about 5 minutes
Optimizing code with nvmath-python and a case study
The nvmath-python library enables kernel fusion for significant speedups, as demonstrated by a supernova detection project that went from 45 minutes to one minute.
#8about 2 minutes
A look at upcoming Python GPU programming tools
New tools like CuTe for array-based programming and Python bindings for CUDA Core Compute Libraries are making GPU development even more accessible.
#9about 2 minutes
Strategies for scaling your code to multiple GPUs
Explore various approaches for multi-GPU programming, from high-level libraries like Dask and JAX to lower-level communication libraries like NCCL and NVSHMEM.
#10about 2 minutes
Profiling and debugging your GPU applications
Use essential developer tools like Nsight Systems and Nsight Compute to profile your application, identify bottlenecks, and optimize performance.
#11about 2 minutes
Resources for getting started with GPU programming
Find examples, labs, and free courses through the NVIDIA Accelerated Compute Hub and Developer Program to begin your GPU programming journey.
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