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Jensen Huang
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Jensen Huang
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Bloomberg Audio Studios Podcasts, Radio News we'd like to welcome.
Interviewer
Nvidia CEO Jensen Huang to the program. And Jensen, it's been an astonishingly busy day for you in Washington, dc, so I'm grateful for your time. You're sold out of Blackwell, that's what you said, but also that $500 billion forecast, which is Blackwell Rubin has room to grow. How do those fit together?
Jensen Huang
I said sales are off the charts for Blackwell and Nvidia GPUs in the Cloud are sold out. We got plenty of Blackwells to sell you. We have lots of Blackwells coming. We're making a lot of Blackwells and we have a bunch of Vera Rubins coming. And so business is very, very strong. But we've planned our supply chain incredibly well. We have the largest supply chain in the world. Our partners, tsmc, our memory partners, sk, Hynix, Micron, Samsung are doing a fantastic job supporting us and all of our systems partners, Foxconn and Quanta and Wiztron, our packaging partners, everybody's doing a fantastic job supporting us and we've done a good job planning for for a very, very strong year. And we've done a good job planning for Vera Rubin. So sales are off the charts. Nvidia GPUs in the cloud is sold out, but we've got a bunch of Blackwells to sell.
Interviewer
Jensen, what's the road ahead for Vera Rubin? It's one of the most common questions we get for you of how that ramp will go relative to what we saw with the Blackwell generations.
Jensen Huang
Well, the silicon for Vera Rubin. Seven different chips are back in our labs and the bring up is happening across engineering teams. Probably a couple of 20,000 people are working on bringing up Vera Rubin. From silicon to systems to software to algorithms, people are working around the clock and this bring up is going beautifully. We're on track to deliver vera Rubin about Q3 timeframe of next year. Continuing our once a year cycle. Vera Rubin is already assured a huge success. Everybody's incredibly excited about it. Can't wait to show everybody. And then one last thing is that the RAC architecture, the RAC scale architecture is completely revolutionary. It includes a scale up switch called the mv link mvlink72. Our fifth generation is the only one of its kind in the world. This rack architecture which is incredibly complex, started with Grace Blackwell, then Grace Blackwell Ultra it is transitioned to Grace Blackwell Ultra is incredibly seamless. The same rack scale architecture is going to be used for Vera Rubin. And so the supply chain is all used to it. This complexity that we enjoyed with Grace Blackwell Transition we're now incredibly smooth running and so I think Vera Rubin is going to be just really smooth and we're going to ramp it really hard.
Interviewer
Jensen, I tried to go through what the CFO collect Kress said about China in the quarter gone. It seemed like there was not meaningful H20 sales because the demand wasn't there. Even if you were permitted to sell H20 and then in the current period and going forward, Nvidia seems committed to working with both the United States and China to sell what Colette called more competitive compute. Where do we stand with that? And could you just clarify what what Colette was talking about in the current state of play for China?
Jensen Huang
The most important thing she said is that we've said for some time now our forecast for China is zero. All of our forecast guidance that we showed zero, we should start. That's the most important thing that she said. She also said that effectively China is a very important market to us. It's very important to United States, it's very important to China. We would love the opportunity to be able to re engage the Chinese market with excellent products that we deliver and to be able to compete globally. The Chinese market is very large this year. My guess is probably about $50 billion. It's great for the American people that we're able to compete in the Chinese market. It's great for the China market that we're able to provide Nvidia's technology to them. It's great for the rest of the world as Chinese software companies and Chinese open source models leave China and are used all over the world. And so I think it's fantastic that we're able, it would be fantastic if we're able to participate in the China market. But for now we should just assume the mark. Our Nvidia's forecast for China market is zero. We're going to continue to engage the US government, continue to engage the China government, to advise them and to encourage them to allow us to go back and compete in the open market. And so until then we should assume zero.
Interviewer
Jensen, during the call, the U.S. commerce Department issued a statement saying that you are now permitted to export up to 35,000 Blackwell chips each to both Saudis Humane and to the UAE through G42. But there are some requirements that the US has of you in particular around controls of preventing tech transfer to China through the Middle East. What can you tell us about your understanding of what the US Government's asking of you there?
Jensen Huang
That element has been around for a long time, is to prevent diversion. Of course, over the years people have speculated about diversion. We've chased down every single concern and we've repeatedly tested and sampled data centers around the world and found no diversion. And so this is an area that we'll continue to be rigorous on. And there's a lot of different ways to comply. And one of them of course, is to have it be run by American cloud. Another way is just to make sure that we have measures put in place, whether technology or processes, to ensure that no diversion happens.
Interviewer
Jensen, the number one question I get for you is always about energy. How severe is the energy shortage in the context of expansion? And would you talk a bit about power and whether power is a bigger constraint for this build out than the chips themselves?
Jensen Huang
When you're growing at the rate and scale of Nvidia, remember we're growing some 60% a year. Just quarter to quarter growth of our company is $10 billion. We grew an entire size of a company just in one quarter. And so the scale and the rate at which we're growing, everything's a challenge. Which is the reason why Nvidia has to be world class at our supply chain, working with incredible providers and suppliers like TSMC and the memory partners and all of our systems partners, but also working downstream to work with energy providers, power generator companies, all of the land, Power and shell providers so that we could make sure that as we launch into the marketplace, as we deploy into the marketplace, Land, Power and shell will, will be ready for us. One of our great advantages is that we have such a large network of go to market. We're in every single cloud, every single cloud service provider is a customer of ours. We're in every single GPU cloud. And so we have a large network. And not to mention OEMs, not to mention all around the world. Our customer base, our network of partners is so large that we will find nooks and crannies of power and large scale, medium scale, small scale in different parts of the world. And so this is a huge advantage of ours. And it stems from the fact, Ed, that Nvidia's architecture literally runs every model. And today, yesterday we announced a big news with Anthropic. And so now the Premier Frontier models, OpenAI, Anthropic, XAI, Gemini, all the open sources, biological models, physical AI models, everything in the world runs on Nvidia. And as a result of that, irrespective of which cloud provider you are, it is fantastic that we can deploy in your cloud because the offtake will be incredible.
Interviewer
Jensen, we can see where the hyperscalers are getting the money, where they have the money to deploy and build. But you mentioned Anthropic. With anthropic or indeed OpenAI, they have tens of billions of dollars of commitments around the world. Very simple. Like how do you know that Open Air is good for it, that it will be able to find the money?
Jensen Huang
Well, we're thoughtful along with OpenAI, thoughtful in aligning on and taking into consideration visibility of demand and their financing capabilities. All of that has to be in accordance, has to be aligned, has to be coherent before we start to build out. And so I think the ambition is large, but the execution is disciplined. And that's really, really important to recognize. We're very disciplined with our investment, we're disciplined with our build out. These are very large scale investments. And so the two teams are quite disciplined, very disciplined in thinking through the investment levels. Now it's also important to take a step back and realize that OpenAI, anthropic, these are the fastest growing company in the history of humanity. Their offtake, their end market demand is absolutely real and absolutely incredible. And you could see that they're really struggling to keep up with the demand that they have. The engineering teams, we work incredibly hard to make sure that we bring them on more capacity, but also optimizing their stack. So that the usage of whatever capacity is as efficient as possible. And meanwhile there's so many new use cases that they want to put back put out into the world and is currently limited by the capacity they have. And so this is a really important time. You're seeing an exponential growth in the amount of compute demand necessary for AI. You're seeing an exponential growth of adoption and use of AI and the number of applications that are going to be using these AI is also growing. And so we've got to do our best to support the scaling out of two of the most consequential companies in history. And we're delighted to be part of the partnered with them.
Interviewer
Jensen investors have been worrying about depreciation. Software can actually extend life. There are a 1/ hundreds out there in the real world still at full utilization. Are people underestimating how long your chips stay useful or are they kind of misunderstanding in the context of depreciation, how you're handling generation to generation updates in GPU?
Jensen Huang
Nvidia's architect Nvidia is unlike any other accelerator. And the reason for that is because of CUDA's diversity of capability and versatility. Remember I said two things earlier. I said the fact, the fact that Nvidia participates and could accelerate every phase of AI. Pre training, post training and inference. We're the only architecture in the world that does that fantastically. The second thing we do, we run every single model. Most agentic systems, most clouds are running so many different diverse type of models, language models, vision models, biological models, chemical models. For all the different fields of science, Nvidia could be used across the entire lifespan of of the technology. And so if you look at products that we shipped Ampere A100 we shipped six years ago. But because we continue our install base is so large, our diversity is so great. We could continuously update our software, bring value to our customers on the one hand. But because our versatility is so great, based on the capability they need, they could use our GPUs for a very, very long time. Now remember, a 100 is six years old. However, it is still an order of a magnitude faster than any CPU could put to bear. So it is still the best computer, it is still the best processor for much of the workload in the cloud. And most people misunderstand that because unlike us, most accelerators are kind of singular use because they don't have diversity, because they don't have versatility, because they're not great at every phase of AI once they're used for whatever they were designed to do their value falls off a cliff. That is not true with Nvidia Jensen.
Interviewer
My final question is a point of clarification, if I may. You were asked on the call about content and Nvidia's contribution to any given piece of AI infrastructure and what you said was hopper around 20 to 25 Blackwell about 30 with those figures. Billions of dollars in dollar terms on a 1 GW data center. Or were you talking about percentages of total cost?
Jensen Huang
Oh, thank you. Billions of dollars. Billions of dollars, yeah. And so for our Vera Rubin system, a 1 gigawatt data center is probably something along the lines of 50 to 55 and various contribution is probably about 35 of that.
Interviewer
Nvidia CEO billion. Noted. I was asked to ask you. The question's been asked and answered. Astonishingly. Busy day for you in the nation's capital.
Jensen Huang
That's a great question. The difference between percentages and billions. A big deal. Yeah, it's in billions.
Interviewer
The stakes are high, but we're always grateful for your time. I know it's been a busy day. Thank you for joining us on Bloomberg Television. That's Nvidia CEO Jens Wong.
Podcast Host
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Episode: Bloomberg Tech Special: Nvidia CEO Jensen Huang on Upbeat Forecast
Date: November 20, 2025
Host(s): Scarlet Fu, Paul Sweeney
Guest: Jensen Huang, CEO of Nvidia
This episode features an in-depth interview with Nvidia CEO Jensen Huang, focusing on Nvidia's record-breaking forecasts, product roadmap (including Blackwell and Vera Rubin chips), global supply chain and energy constraints, the complexities of selling to China amid regulatory restrictions, relationships with major cloud and AI players (including OpenAI and Anthropic), and industry concerns around product longevity and depreciation. Insights on Nvidia’s unique approach to architecture and its strategy for global market leadership are prominent throughout.
Vera Rubin is progressing through engineering stages; launch is targeted for Q3 of the following year.
Seven variants of the chip are in the labs, with a large engineering task force.
The new “rack scale architecture” (starting with Grace Blackwell) brings seamless, revolutionary data center integration.
Quote [03:14]: “Probably a couple of 20,000 people are working on bringing up Vera Rubin...this bring up is going beautifully. We’re on track to deliver Vera Rubin about Q3...”
Quote [03:54]: “This rack architecture... is incredibly complex... transitioned to Grace Blackwell Ultra is incredibly seamless. The same rack scale architecture is going to be used for Vera Rubin.”
[04:47–06:51]
[06:51–08:15]
Jensen argues Nvidia's GPUs (like the Ampere A100, now six years old) remain highly valuable and widely deployed, due to continual software and architectural updates.
Nvidia’s diversity and versatility (via CUDA) mean chips don’t suffer the same rapid depreciation as competitors’ more specialized accelerators.
GPUs retain relevance far beyond their official release cycle, sustaining their value and utility.
Quote [13:31]: “Nvidia's architect... unlike any other accelerator. And the reason for that is because of CUDA's diversity of capability and versatility... we run every single model.”
Quote [14:49]: “A100 is six years old. However, it is still an order of a magnitude faster than any CPU could put to bear. So it is still the best processor for much of the workload in the cloud.”
On the cost composition of a 1 GW data center: Nvidia hardware can account for “billions of dollars” (not percentages).
For the Vera Rubin system, of the $50–55 billion total, Nvidia’s share is about $35 billion.
Quote [15:57]: “Billions of dollars. ... for our Vera Rubin system, a 1 gigawatt data center is probably something along the lines of 50 to 55 and various contribution is probably about 35 of that.”
On Nvidia’s Architecture and Value Proposition:
“We're the only architecture in the world that does [pre-training, post-training, and inference] fantastically. ... Most agentic systems, most clouds are running so many different diverse type of models... For all the different fields of science, Nvidia could be used across the entire lifespan of the technology.” (Jensen Huang, 13:31–14:17)
On the Growth of AI Compute Demand:
“You're seeing an exponential growth in the amount of compute demand necessary for AI. ... The number of applications that are going to be using these AIs is also growing.” (Jensen Huang, 12:43–13:02)
On China Sales Outlook:
“Our forecast for China is zero... we’re going to continue to engage the US government, continue to engage the China government, to advise them and to encourage them to allow us to go back and compete in the open market.” (Jensen Huang, 05:24–06:51)
This episode delivers a rare executive-level look at Nvidia’s multipronged strategy for maintaining leadership in the AI hardware market, their risk management in a geopolitically complex environment, and how their technology underpins the current AI revolution. Huang’s emphasis on supply chain readiness, architectural flexibility, disciplined investment, and constant engagement with regulators and partners paint a picture of a company powering—and shaping—the exponential trajectory of AI’s global impact.