With its first Multi-Chip Module (MCM) GPUs, NVIDIA, the computing giant, is about to shake up the business world again. “Blackwell” is the code name for these chips, which offer speed and flexibility that can’t be beat. So far, this is what we know:
The Blackwell Architecture Dual-Die Configuration: The Blackwell MCM GPUs have two die that are tightly connected to each other on the same base. There are more than 10,000 CUDA cores and about 128GB of HBM2e/HBM3 RAM on each die. This new design makes it possible for operations to run smoothly and data to move quickly.
Transistor Boost: The Blackwell chips are better than their predecessors because they have an amazing 208 billion transistors. People think that these chips will have a lot of computing power for AI, science models, and games.
Power Use and TDP
NVIDIA’s MCM GPUs are not for the faint of heart because they use a lot of power. The top-of-the-line Hopper GH180 is said to use more than 1,000 watts of power. This unbelievable number shows how powerful the chips are.
Efficient Process Node: The Blackwell GPUs push the limits even though they use TSMC’s most advanced process node. Based on the same design, the RTX 4080/4090 is expected to use up to 500 watts of power when it’s fully loaded. This rise in power use is reasonable because the hardware has gotten a lot better.
Costs and availability
Premium Prices: The Blackwell MCM GPUs will not be cheap because they use cutting edge technology. You can expect to pay a lot for them because of how well they work and how rare they are.
Focus on the Data Center: At first, these GPUs will be made for AI and data centers. Versions for consumers may come later, but the details have not been revealed yet.
Opinions of experts
Professionals in the field are very excited. The Blackwell GPUs are a big step forward in GPU design. They make it possible for games, machine learning, and science study to do new things.
