20VC: OpenAI and Anthropic Will Build Their Own Chips | NVIDIA Will Be Worth $10TRN | How to Solve the Energy Required for AI... Nuclear | Why China is Behind the US in the Race for AGI with Jonathan Ross, Groq Founder
20VC: OpenAI and Anthropic Will Build Their Own Chips | NVIDIA Will Be Worth $10TRN | How to Solve the Energy Required for AI... Nuclear | Why China is Behind the US in the Race for AGI with Jonathan Ross, Groq Founder
20VC: OpenAI and Anthropic Will Build Their Own Chips | NVIDIA Will Be Worth $10TRN | How to Solve the Energy Required for AI... Nuclear | Why China is Behind the US in the Race for AGI with Jonathan Ross, Groq Founder
The future of artificial intelligence is being shaped not just by algorithms and data, but by who controls the underlying compute infrastructure. As AI models grow more powerful, the race for faster chips, cheaper energy, and scalable systems has become central to global technological leadership. This conversation explores the economic, geopolitical, and engineering forces defining the next era of AI innovation.
Control over compute is the cornerstone of AI dominance, with the U.S. maintaining a lead through superior semiconductor access and energy resources. Hyperscalers are investing heavily in AI, driven by real-world applications like Vibe Coding that automate development. Companies like OpenAI and Anthropic may need to build custom chips to overcome NVIDIA’s memory bottlenecks and ensure speed, a key factor in user retention. Despite high costs, older chips remain profitable due to sustained demand. The U.S. also holds a cost advantage in training and inference over China, where models like Deepseek are more expensive to run. Europe lags due to regulatory caution, though it has potential via renewable energy. AI will likely create more jobs than it displaces, triggering labor shortages and new markets. Low margins are strategic for AI firms to maintain trust and scale. Nuclear energy and faster permitting are critical to meeting AI’s power demands. Talent scarcity, not technology, is now the biggest bottleneck. Meanwhile, Groq emerges as a nimble competitor in chip design, challenging NVIDIA’s dominance.
07:33
07:33
Vibe Coding deployed a feature in four hours with no human-written code
15:18
15:18
NVIDIA has a monopsony on HBM, limiting GPU production capacity
19:56
19:56
Older chips like H100s remain profitable to operate despite inefficiency due to soaring compute demand.
32:24
32:24
Both nuclear and renewables are efficient and cost-effective for powering AI
41:25
41:25
Doubling compute can double AI users and improve model quality
42:51
42:51
AI will cause massive labor shortages due to job growth outpacing workforce availability
43:19
43:19
AI reduces costs and drives workforce opt-outs due to deflationary pressures
45:51
45:51
Everyone will need to code in various jobs, making it as common as reading and writing.
47:15
47:15
Keep margins low to build customer trust and brand equity while ensuring cash flow through volume
54:54
54:54
The biggest problem in AI is that good engineers can easily raise large amounts of money to start their own companies
1:01:45
1:01:45
Raised $750 million at a nearly $7 billion valuation, initially targeting only $300 million.
1:03:58
1:03:58
NVIDIA will be worth $10 trillion in five years
