This article discusses the process of building a workstation specifically designed for AI and deep learning, weighing both its benefits and potential drawbacks. The author explains the rationale for creating such a system, highlighting its advantages for those interested in the hardware side of AI, local development, or conducting research on a budget. Key technical considerations are covered, such as selecting a powerful GPU, a compatible CPU, and a motherboard that meets performance needs. Sufficient RAM, a spacious case for housing the GPU, and a robust power supply are also emphasized to ensure the system handles energy demands efficiently.

In addition to discussing component selection, the article examines the costs associated with high-end hardware like GPUs and the technical knowledge required to assemble a system. Although the author notes the availability of free resources like Google Colab and Kaggle, they suggest that building a workstation is advantageous for hands-on experience, local development, and budget-friendly, continuous research. The article concludes with a detailed look at component choices, covering GPUs, CPUs, motherboards, RAM, storage, power supplies, and considerations for multi-GPU setups. Drawing on their personal experience, the author shares their choice to use a refurbished PC and explains their selection process, offering practical advice for anyone considering building an AI workstation of their own.

Listen to the podcast version of the article part 1 and part 2 generated by NotebookLM. If you'd like to learn more, read my another article about why GPUs are used for Deep Learning and AI and check a searchable list of GPUs aggregated from Amazon, an app that I build in my spare time.