CES 2025 Keynote with NVIDIA Founder and CEO, Jensen Huang

NVIDIA founder and CEO Jensen Huang will deliver a keynote at CES 2025. CES 2025 will take place in Las Vegas from January 7-10, 2025. Huang will deliver his keynote Monday, January 6, at 6:30 p.m.

Known for his forward-thinking approach and passion for technology, Huang has been named the world’s best CEO by Fortune and The Economist, as well as one of TIME magazine’s 100 most influential people in the world. His CES 2025 keynote will set the scene for an exciting conference featuring the latest in technology

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Start of presentation: 23:12
RTX Introduction: 38:37
Pricing: 42:38

[jasa]

Ngl this whole presentation brings a good vibe to the start of the year

[TheDWehrle]

I love how he had me going for just a bit there when he said it was "Windows...." and then " WSL". LOL!

[abstractwater]

I love that he asked for a sip of a beer halfway through 😂

[zurugula]

Quick summary:
AI mentioned 119 times
Aritificial Intelligence mentioned 20 times.
That gives 139 AIs over 100 minutes of keynote. 1, 39 AIPM.

And yes, I used AI to count all the mentions of it.

[ejiroigbesoko]

The future is truly bright; so excited! 🥰

[tvbuddy]

It looks like announcement of iPhone and iPhone 4, many wow factors to shine the whole world.

[Hairballs_]

Where did the first guy learn to say nvidia?

[TeddyLeppard]

That jacket he's wearing is a crime against the eyes.

[TimikLOL]

if 5070 really = 4090 it's massive bang for the buck

[jayclarke]

Understandable why AMD's RDNA4 is a no-show then.

Nvidia crushing everything.

[LordSaliss]

They should really start making new generation monitor modules that kind of like the original G-Sync modules were, only the new generation ones have an efficient GPU built in that specializes in only frame generation of the already completed frames that are sent to the monitor. Then have the monitor double or even quadruple the framerate output by the GPU and do it all on local to the monitor processing so we don't exceed the HDMI/DP cable bandwidth. With no real rendering of geometry, or shader computation or any of that, simple interpolation generation of frames the GPU should be capable of doing a 4x frame gen with a fairly small GPU core wise.

[Jvo_Rien]

I'm a French 13yo boy and I got my high school diploma last year. I started learning machine learning before looking for a university. I own a 6 year old laptop with NVIDIA GPU and I need a lot of creativity to optimize my code. I look forward to get such an amazing supercomputer. BTW I also need creativity because no budget

[BotMod-zx]

Where do I get the waiting music before the event. Is this Nvidia corporate music?

[sinnercpt]

So raster basically unchanged from previous generations, possibly improved slightly due to GDDR7? However more synthetic frames are created?

[MarcS]

Bravo to Jensen and the entire Nvdia team for this presentation, and more importantly for the AI-future to come. This is incredibly exciting, yet scary at the same time...what AI tech can bring goodness to humanity, or harm it if we are not careful.

[alidadgar]

Kudos to Nvidia! A humble comment to Jensen: You mentioned "transformers" a few times and made very positive remarks about them ... they have fundamental flaws making them hallucinated and very poor in state tracking and solving nonlinear physical problems; those are not the ultimate architectural solutions ... industry is moving away from them.

[MrFester]

Is CES not going to post the hundreds of other tech talks going on?

[stephonhines]

When people think a 5070 can beat a 4090 😂😂😂😂

[davidleeh]

"In his 2050 CES keynote speech, Jensen Huang mentioned that quantum computers would not become a reality for another 20 years. However, Korea's LK99 is set to finalize its room-temperature and atmospheric pressure superconductor patent by 2025 and release pilot products within the next two years. Given this, it seems Jensen Huang has made a significant miscalculation. Quantum computers and room-temperature and atmospheric pressure superconductors are directly related, and he is overlooking the fact that the commercialization of room-temperature and atmospheric pressure superconductors will happen much sooner than he predicts.
The patent for room-temperature and atmospheric pressure superconductors has already been registered in Eurasia and South Africa. By mid-January, the foundational patent will be completed in Korea, followed by PCT patent registration, and patents will also be registered in the US, Japan, and Europe. Meanwhile, the zero-resistance test results will be announced with the guarantee of the Korea Institute of Basic Science (KBSi). The Quantum Energy Research Institute in Korea has already produced a prototype power transmission line using room-temperature and atmospheric pressure superconductor technology, and they are just waiting for the patent registration announcement. Jensen Huang is completely unaware of the development status of Korea's superconductor technology and delivered an outdated lecture. As a result of this lecture, the stock prices of the quantum computer sector in the US market plummeted, showing a temporary adjustment in response to Jensen Huang's speech. However, as the commercialization of room-temperature and atmospheric pressure superconductor technology becomes imminent, both Jensen Huang and the general public will come to realize this. If Jensen Huang does not drastically revise his business plans, businesses including NVIDIA will surely suffer. Misleading information like this has negatively impacted the US stock market, but it must be corrected with accurate information acknowledging that Korea's room-temperature and atmospheric pressure superconductors are on the verge of commercialization. Quantum computers utilizing room-temperature and atmospheric pressure superconductors will become commercially viable within three years. Thus, the US stock market should not waver but continue its upward trend. This accurate information represents the fair functioning of a market economy in capitalism."