Hey everyone! and just like you, I’ve been fascinated with the recent progress of artificial intelligence. Realizing that I needed to stay abreast with all the developments happening, I decided to embark on a personal journey of learning, thus was born! With this series, I will be learning about LLMs and share ideas, experiments, opinions, trends & learnings through my blog posts. You can follow along the journey on HackerNoon or my personal website . In today’s article, we’ll be talking about take aways from Nvidia’s , I’m Nataraj 100 days of AI here here If AI is a gold rush, Nvidia is the ultimate picks and shovels company. All things AI go through Nvidia because of its dominance as the sole company that creates the chips (GPUs) needed to deploy the computationally expensive large language models. As the models scale, it increases the need for more powerful GPUs and the entire world is relying on Nvidia to deliver on them. Its not an exaggeration to say Nvidia is at the core of all things AI and they recently had their semi-annual developer conference GTC (March 18-21). In this post I am going to summarize my key takeaways from this very special GTC conference and what it means for the gen AI space. Takeaway 1: AI is not limited to the tech sector The power of what gen AI can do and deliver has not been lost on non-tech sectors. Companies across all the sectors in the economy think that there is a need for them to adopt AI and find a way to partner, execute and stay ahead. The proof here is looking at how many non-tech sector companies have partnered with Nvidia. Companies from retail, automobile, construction, design and everything else have announced partnerships with Nvidia. Takeaway 2: We need much bigger GPUs Ever since transformers were invented, we are doubling the scale of LLMs every 6 months. For example, look at the parameter count of Open AI models below. In GPT-3 series alone the parameter count ranged from 125M to 175B. And the latest models expected to come out of Open AI are rumored to have parameter counts above trillion and soon could hit trillions in less than two years, if the rate of scaling continues. To support the increasing scale of LLMs we need increased computational power. To capture the market, Nvidia is launching a new series of GPUs called as Blackwell, named after statistician & mathematician David Blackwell. Blackwell is a new series of GPUs (GB200) but also a new super computer platform. Here’s a performance comparison of the new Blackwell GPU with its previous generation GPU Hopper. Takeaway 3: Moving from retrieval to generation In the current generation of computing, everything is about retrieving a piece of data stored in different formats and presenting it in a way that is useful to the user. But in the coming generation of computing and apps, we are about to see more of generating things at the user’s request and giving it back to the user. In case of chat-gpt for example, the answer you are getting is not stored in some database before hand, but is being generated in real time to serve the user’s question. We are about to see the generation of text, images, videos, chemicals, proteins and more. Takeaway 4: Inference is getting better Inferencing is when you ask chat-gpt a question, the model is figuring out the answer in the form of token generation and returning the answer in the form of tokens. If inference is not fast enough, then the consumers will not be able to use any of the AI applications. Inference is especially tricky because LLMs are getting larger and larger and they don’t fit in one GPU, so parallelizing the inference across GPUs is a difficult task and involves programming Nvidia GPUs to use multiple optimization techniques. With Blackwell GPUs, Nvidia is able to achieve 30x faster inference speeds. Takeaway 5: The real metaverse is NVidia’s Omniverse As I learnt more and more about Omniverse by Nvidia I am more and more bullish on the product and the idea. This is because to really leverage AI and unlock all the possibilities in automation and robotics, we actually do not have all the data needed. For example, say you want to create a robot which cooks great food of all kinds. There is no data where you have first person view of chefs cooking various kinds of dishes. We have general data of various cooking in the form of YouTube videos, but to get the robots learn the physical movements involved in cooking a first person data is needed. A 3d simulation of the world in Omniverse can help bridge that gap of data needed for unlocking all these use cases. I am extremely bullish on the idea. That’s it for Day 22 of 100 Days of AI. 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