NVIDIA GTC 2025 Keynote: Expectations and Updates
- NVIDIA GTC 2025 will take place from March 17-21
- CEO Jensen Huang's keynote speech will be on March 18
- The event will feature updates on AI, quantum computing, and more
- NVIDIA is expected to introduce new GPUs with improved specs
- The company will share updates on its projects in automotive, robotics, and quantum computing
- NVIDIA is facing increased competition in the tech industry
NVIDIA GTC 2025 Overview
NVIDIA's GPU Technology Conference (GTC) is a highly anticipated event in the tech industry, and the 2025 edition is expected to be no exception. The conference will take place from March 17-21 in San Jose, with a liveblog and livestream of the keynote speech by CEO Jensen Huang on March 18.
The session catalog on NVIDIA's website provides some insight into the topics that will be covered during the event. These include quantum computing, physical AI, robotics, healthcare, and Agentic AI. Huang will be hosting a session on quantum computing, which will feature participants from companies like Microsoft and Amazon.
Artificial intelligence is expected to be a major focus of the conference, given NVIDIA's significant investments in this area. The company has been at the forefront of AI development, and its GPUs are widely used in AI applications. Last year's GTC saw the unveiling of the Blackwell line of GPUs, which are designed for faster and less demanding computations. It is likely that Huang will introduce another iteration of these GPUs with improved specs.
NVIDIA is also expected to share updates on its projects in automotive, robotics, and quantum computing. The company has been working on various initiatives in these areas, including the development of AI-powered autonomous vehicles and robots.
However, NVIDIA is facing increased competition in the tech industry, particularly from DeepSeek's reasoning model, which has caused a plunge in tech stocks, including NVIDIA's. The company needs to make a significant impact at this year's GTC to regain its momentum.