Co-founder, president, and CEO of NVIDIA
Jensen Huang
Jensen Huang is the co-founder, president, and CEO of NVIDIA, whose work spans graphics processors, accelerated computing, and generative AI.
About Jensen Huang
Jensen Huang co-founded NVIDIA in 1993 and has served as its president, CEO, and a board member since its founding. The company's work spans graphics processors, accelerated computing, and computing platforms for generative AI.
Before NVIDIA, Huang worked at LSI Logic and Advanced Micro Devices. He holds a bachelor's degree in electrical engineering from Oregon State University and a master's degree in electrical engineering from Stanford University.
Mentioned in our coverage
35 articles name Jensen Huang, excluding author credits.
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- NVIDIA DLSS 5: Neural Rendering or an AI Slop Filter? →
NVIDIA used SIGGRAPH 2026 to explain the architecture and artist controls behind DLSS 5, its real-time neural renderer first previewed at GTC. This deep dive separates what the model changes from what it preserves, then steelmans the backlash over photoreal homogenization and NVIDIA's artistic-intent defense.
- NVIDIA SIGGRAPH 2026: Cosmos 3 Edge, MCP Creative Agents, and the Physical AI Stack →
NVIDIA's July 20 SIGGRAPH keynote tied neural rendering, open world models, and agentic DCC tools into one physical-AI narrative. Cosmos 3 Edge ships at 4B for Jetson; MCP lands in Adobe, Houdini 22, and Unreal; DGX Station runs Nemotron 3 Ultra locally. explainx.ai maps what changed and who should care.
- Nvidia's Revenue-Share Program: Compute Now, Pay From Future Sales →
Nvidia launched a program that lets AI startups access GPU compute through token credits instead of massive upfront bills — in exchange for a cut of their product and cloud revenue. With 1GW AI factories approaching $100 billion, Nvidia is becoming a financier, not just a chip vendor.
- OpenAI Beneficial Trait RL: When Good Alignment Generalizes Like Bad Alignment →
Training on beneficial traits in realistic conversations—health, law, engineering—produced broad alignment gains that crossed domains OpenAI never trained on. The mirror image of emergent misalignment, with early proof it may persist under jailbreaks and harmful fine-tuning.
- NVIDIA Cosmos 3: Open Physical AI World Models for Robots and Autonomous Systems →
NVIDIA's Cosmos 3 release turns Cosmos from a broad world-model platform into an open developer stack for omnimodal Physical AI. This guide explains the Reasoner and Generator surfaces, the model family, supported inputs and outputs, setup paths, benchmarks, and where the limits still are.