Artificial Intelligence (AI) Stocks have been among the biggest market movers this year. Since the AI ​​trend still appears to be in its early stages, it appears that a number of them could also help drive the market higher next year.

These three AI stocks, in particular, are all trading at reasonable valuations and seem like smart buys right now.

Nvidia (NASDAQ:NVDA) has been the biggest winner in building AI infrastructure, as its graphics processing units (GPUs) are the go-to chips that data centers can use for their computing needs to train extended language models (LLMs) and run AI inference. As AI models advance, they need more and more computing power. For example, xAI and Metaplatforms both used 10x more GPUs to train their latest LLMs than their previous versions.

It’s this continued need for exponentially increased computing power along with the wide gap the company has created with the help of its CUDA software platform that makes Nvidia a buy right now. CUDA was initially created to make it easier for developers to program its GPUs for uses other than accelerating graphics rendering in video games, the task for which they were originally designed. This led CUDA to become the standard platform on which developers learned to program GPUs, contributing to the gap that NVIDIA now enjoys.

With spending on AI infrastructure only expected to increase in 2025 and beyond, Nvidia still has a big opportunity ahead of it. At the same time, the stock is attractively valued with a forward price-to-earnings (P/E) ratio of around 31.5 based on analyst estimates for 2025 and a price-to-earnings-to-growth (PEG) ratio about 0.98. A stock with a positive PEG ratio less than 1 is generally considered undervalued, but growth stocks will often have PEG ratios well above 1.

Today, many chip companies use a fabless model, meaning they design chips but then outsource manufacturing to third parties. The reasons are simple. Building chip manufacturing facilities (also called fab plants or foundries) requires a lot of capital (it costs a lot of money) and for a foundry to be profitable, it must be operated at as close to its capacity as possible. maximum capacity. Producing chips for multiple customers helps these companies keep their foundries busy. Chip manufacturing also requires a high degree of expertise and, in many cases, adaptation to the latest technologies that continue to shrink chip sizes and increase wafer sizes.