The Insane Rate of Computing Advancements: Introducing Blackwell

⚡In the last 8 years, computation has increased 1,000 times, far surpassing the progress of Moore's Law.

💥Blackwell, a breakthrough GPU chip, offers unprecedented performance and power, with 28 billion transistors.

🚀Hopper, another high-performance GPU, is already impressive, but Blackwell takes computing to new heights.

🌐The future of AI and robotics relies on powerful processors like Blackwell and Hopper, enabling generative AI and advanced robotic systems.

🤖The next wave of AI will revolutionize robotics, with autonomous systems and humanoid robots becoming more prevalent.

How has computation advanced in the past 8 years?

—Computation has increased by 1,000 times over the last 8 years, surpassing the progress of Moore's Law.

What is Blackwell?

—Blackwell is a revolutionary GPU chip with 28 billion transistors that offers unprecedented performance and power.

How does Blackwell compare to Hopper?

—While Hopper is already impressive, Blackwell takes computing to new heights with its cutting-edge features and capabilities.

What is the future of AI and robotics?

—The future of AI and robotics relies on powerful processors like Blackwell and Hopper, enabling generative AI and advanced robotic systems.

What can we expect in the next wave of AI?

—The next wave of AI will revolutionize robotics, with autonomous systems and humanoid robots becoming more prevalent.

00:00Over the past 8 years, computation has advanced at an astonishing rate, increasing by 1,000 times.

04:39Blackwell, a groundbreaking GPU chip, has been introduced to meet the growing demand for faster computing.

08:28Blackwell features 28 billion transistors, making it a revolutionary addition to the world of GPUs.

12:21The future of AI and robotics depends on powerful processors like Blackwell and Hopper.

15:41The next wave of AI will bring significant advancements in robotics, with autonomous systems and humanoid robots becoming more prevalent.