News Overview
- A leaked Geekbench entry reveals an NVIDIA GPU with 96GB of VRAM and 24,576 CUDA cores, sparking speculation and excitement.
- The card is likely a workstation-class GPU based on the Blackwell architecture, not a consumer gaming card like the rumored RTX 5070 Super.
- While solving VRAM concerns for some, the price point will undoubtedly place it far outside the reach of most gamers.
🔗 Original article link: Forget the rumoured 18 GB RTX 5070 Super, this utterly epic 96 GB Nvidia GPU will solve all your VRAM worries—kinda
In-Depth Analysis
The article focuses on a leaked Geekbench result that shows an NVIDIA GPU boasting an impressive 96GB of memory and 24,576 CUDA cores. This is a significant leap in memory capacity compared to current high-end consumer cards. While the article doesn’t explicitly name the GPU, it strongly suggests it’s a workstation-class card based on NVIDIA’s upcoming Blackwell architecture.
Key details highlighted in the leak:
- Memory Size: 96GB, a substantial amount pointing towards professional use cases.
- CUDA Cores: 24,576, indicating high computational power suitable for demanding tasks.
- Geekbench Score: The GPU was tested with an AMD Ryzen 9 7950X3D, and the results showed that it was tested on the Geekbench platform, but no meaningful performance metrics were discussed in the original article.
The article contrasts this leak with ongoing rumors about an RTX 5070 Super, which is expected to have a more modest 16GB or 18GB of VRAM. The author emphasizes that the 96GB GPU is not a replacement or alternative to the 5070 Super, as it targets a completely different market segment.
Commentary
This leaked GPU confirms NVIDIA is pushing the boundaries of GPU technology, but it’s crucial to contextualize it. A 96GB workstation GPU isn’t designed for gaming. It is geared towards professionals in fields like AI, data science, and high-end content creation, where massive datasets and complex simulations require vast amounts of memory.
The pricing of such a card will likely be astronomical, easily exceeding the cost of an entire high-end gaming PC. The leak indicates NVIDIA’s commitment to the professional market, offering solutions for memory-intensive workflows. While gamers might dream of having such a powerful card, they shouldn’t expect to see anything remotely similar in a consumer-grade GPU anytime soon. A focus remains on optimizing VRAM utilization and performance efficiency for the gaming market, rather than simply increasing capacity.
The existence of such a potent workstation card could eventually trickle down to consumer products, potentially influencing the design and capabilities of future generations of gaming GPUs. However, that impact is likely years away.