NVIDIA TITAN RTX Ada Lovelace has been the target of numerous rumors in recent months, although the truth is that NVIDIA has not officially announced anything yet, and considering the dimensions and consumption that said graphics card could have, its materialization is something It still raises a lot of questions.

It’s understandable, and the latest leaked images highlight it. Think that the NVIDIA TITAN RTX Ada Lovelace would be a graphics card that would use the AD102 core to its full extent, so with the configuration 18,432 shaders. The said chip is the same one on which the GeForce RTX 4090 is fixed, but the said graphics card comes with a configuration cut down to 16,384 shaders. Other rumors suggest that Ada Lovelace’s NVIDIA TITAN RTX would have 18,176 shaders, a configuration that would mean a slight cut and also makes sense.

Rounding out the rest of its specs would be 576 texturing units, 576 tensor cores, 144 SM units (full AD102 chip), 144 RT cores, 192 raster units, a 384-bit bus, and 48 GB GDDR6X 24 GHz memory. There is no doubt that in terms of performance it would be a real monster, but its consumption would not be left behind either, after all, we are talking about a graphics card that should 800W TGP. For comparison, I remind you that the GeForce RTX 4090 has a TGP of 450 watts.

The images that we accompany in the article are in theory a new leak that shows the huge size that the NVIDIA TITAN RTX Ada Lovelace would have, in fact we can see it perfectly would occupy four expansion slotsand that the image connectors would have a different position, as they would be displayed vertically instead of horizontally oriented. However, these would not change as we would still have three DisplayPorts and one HDMI.

Such a graphics card It would not be aimed at the general consumer market, but would be aimed at professionals in the world of design, rendering and content creation. If it comes with ECC (Error Correction Technology) memory, it would also be a perfect choice for simulations and scientific research, two areas where absolute accuracy is required.

In order to power this graphics card, it would be necessary to use two additional 16-pin power connectors, and would require a very powerful power supply (no, a 1000 watt power supply would not be enough, we would need a lot more power to power the whole rig with this graphics card). It’s still unclear if Ada Lovelace’s NVIDIA TITAN RTX will make it to market eventually or if it will be scrapped, so for now we can only wait. NVIDIA has the final say.