A developer has shared a practical guide on clustering three NVIDIA Jetson Nano Orin Super boards, leveraging their Ampere CUDA cores and unified memory. This project is part of 'smolcluster,' an initiative to make distributed AI training and inference accessible using everyday hardware like Macs, Raspberry Pis, and Jetsons. The series aims to explore whether heterogeneous clusters (mixing different hardware architectures) can effectively run local LLMs.
As the scale of AI models and the volume of training data grow dramatically, the computational capacity and memory (RAM) of a single machine often become…
This technical blog post from Hugging Face documents in detail the practical process of optimizing inference for BLOOM, the open-source multilingual large…
BLOOM is a massive open-source multilingual model with 176 billion parameters. Running BLOOM at FP16 precision requires at least 352 GB of video memory (VRAM)…
Retrieval-Augmented Generation (RAG) is a powerful architecture that combines a "retriever" with a "generator." It enables language models to dynamically…