NVIDIA’s Next-Gen Titan Graphics Card Does Exist & Based on Flagship Blackwell GPU
NVIDIA reportedly already has a Titan-class graphics card based on its next-gen Blackwell GPU architecture but its launch is doubtful.
NVIDIA Titan Series Graphics Cards Do Exist But Behind Curtains As Leaker Suggests A Next-Gen Design Powered By Blackwell GPUs
NVIDIA's Titan series of graphics cards have long seen no action. The last Titan card was the Titan RTX which launched back in 2018 and features the Turing GPU architecture. Since then, NVIDIA has released two new generations of GPUs, Ampere and Ada Lovelace, both of which didn't see a Titan-class graphics card.
Related Story NVIDIA GeForce RTX 50 “Blackwell” Gaming GPUs Reportedly Launching At CES 2025
For some time, it was believed that the new "90" class graphics cards were the replacement of the Titan series however, early engineering samples and prototypes of possible Titan-class graphics cards within the Ampere and Ada Lovelace family were spotted online. These designs were very different than the standard RTX "Founders Edition" cards, featuring massive coolers and using 4-slot designs with non-standard PCBs.
According to Kopite7kimi, it looks like NVIDIA already has a Titan-class graphics card as the leaker mentioned that it "exists". There are no reports on what the possible specifications of this monster would look like but they would feature the GB202 GPU with lots of cores & lots of VRAM. The issue is that while such Titan-class graphics cards may exist in the form of prototypes, or early samples, it remains highly unlikely that we would see the launch of such cards.
- GB202 = 24,576 Cores (512-bit G7) / +33% More Cores Vs AD102
The NVIDIA GB202 GPU is expected to feature a total of 12 SMs, each with 8 TPCs for a total of 96 TPCs and each TPC will be housing 2 SMs for a total of 192 SMs. The GPU will support a memory bus interface of up to 512-bit which can be cut into different configurations depending on the SKU such as 448-bit, 384-bit, 320-bit, and more unique designs as NVIDIA desires for its
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