NVIDIA’s Blackwell Will Reshape The Computing As We Know It.

by | Mar 28, 2024

NVIDIA’s CEO, Jensen Huang, has recently revealed the latest AI chip dubbed “Blackwell,” signaling a rush among tech firms to acquire this cutting-edge technology.

In the past eight years, pace of progress in computing has been stupendous with computational power increasing by a factor of 1,000. It is far beyond the predictions of Moore’s Law. This exponential growth surpasses the expectations set by Moore’s Law, which predicted a 10x increase every five years or a 100x increase every ten years. In the midst of the PC revolution, the rate was 100 times every decade. However, in the last eight years, we’ve seen a staggering leap of 1,000 times in computing power, showcasing the rapid evolution of technology.

The current generation Hopper GPU is fantastic; however, NVIDIA has now come up with a game-changing GPU. The chip is packed with 208 billion transistors which is 128 billion more than the Hopper, seamlessly integrating two dies for unparalleled efficiency. Blackwell, a revolutionary platform, redefines chip architecture with lightning-fast data transfer and effortless compatibility, setting new industry standards. This dual-die B200 GPU has 4X the AI training performance and 30X the inference performance of its predecessor.

The Blackwell B200 isn’t a typical single GPU. It’s actually composed of two closely connected die, although they operate together seamlessly as a unified Compute Unified Device Architecture (CUDA) GPU, as stated by Nvidia. These two chips are interconnected through a high-speed 10 TB/s NV-HBI (Nvidia High Bandwidth Interface) link to guarantee their cohesive operation as a single entity.

The fusion of Hopper and Blackwell unlocks unparalleled computational power, fueled by a new Transformer engine and fifth gen MV link. This transformative synergy amplifies performance, enhancing speed, inference, and energy efficiency.

Generative AI represents a fundamental shift, magnifying computational capabilities while reducing energy consumption. Advanced formats like fp4 and content token generation revolutionize inference and parameter storage, propelling us into a new era of computing.

Nvidia’s MVlink switch, boasting 50 billion transistors and lightning-fast communication, paves the way for exascale computing. Liquid-cooled exaflops AI systems exemplify unprecedented innovation, delivering optimal performance with minimal energy consumption.

Nvidia’s venture into robotics signals a new era of automation and AI integration. By combining DGX, AGX, and OVX systems, Nvidia offers a comprehensive robotics solution, empowering industries to embrace transformative technologies.

Powered by Jetson processors, humanoid robots trained in Isaac Sim showcase AI’s potential in physical applications. Nvidia’s commitment to advancing robotics technology underscores its role in reshaping industries and revolutionizing human-machine interaction.

In conclusion, Nvidia’s relentless pursuit of innovation is reshaping computing and AI landscapes. From groundbreaking GPU architectures to transformative AI systems, Nvidia continues to drive progress and innovation, propelling us into a future defined by technological advancement.

NVIDIA’s latest AI supercomputer and AI factories are poised to revolutionize the landscape of computing, particularly in the realm of generative AI technologies such as ChatGPT and SORA developed by OpenAI. With unparalleled computational power and advanced manufacturing capabilities, these innovations are set to reshape the very foundations of computing as we know it. By harnessing the transformative potential of generative AI, NVIDIA is driving forward a new era of technology, paving the way for groundbreaking advancements and unprecedented possibilities in artificial intelligence.