🟡 Hollywood's AI trick work
Semafor Technology · Semafor Technology · 2026-06-26
Semafor Technology's June 26 briefing covers OpenAI's new Jalapeño inference chip and near-autonomous chemistry AI that boosted drug synthesis yields by 50%, Qualcomm's plan to bring data-center chip-stacking architecture to smartphones by 2028, and arguments that AI streamlines Hollywood production without replacing artists.
Extraction
Topics: ai-chipsopenai-chemistry-aiqualcomm-mobilehollywood-aiai-jobs
Claims
- OpenAI's custom Jalapeño inference chip is designed to reduce the cost of serving AI models to consumers and improve performance per watt.
- Qualcomm plans to bring its High Bandwidth Compute chip-stacking architecture from data centers to smartphones and other devices, targeting commercial availability in 2028.
- OpenAI's near-autonomous chemistry AI agent autonomously selected a drug synthesis problem and improved reaction yield by approximately 50%.
- AI real-time hybrid filmmaking techniques are collapsing production steps and enabling faster iteration rather than displacing human artists.
- Distilled Chinese AI models are structurally weaker than frontier models for complex tasks, limiting their long-term business threat to American AI labs.
Key quotes
It's breaking down silos between the actor, the director, the producer, and then on the soundstage, they also have solution architects and data scientists that are working with them in real time.
What starts in data centers is not going to end there.
Models that were created using distillation might be good for purely cost-saving purposes, but not for the most complex tasks.