The NVIDIA TITAN RTX Ada Lovelace has been the target of numerous rumors in recent months, although the truth is that NVIDIA has not yet officially announced anything, and taking into account the dimensions and consumption that said graphics card could have, its materialization It’s something that It still raises a lot of questions.
It is understandable, and the latest images that have been leaked highlight it. Think that the NVIDIA TITAN RTX Ada Lovelace would be a graphics card that would use the AD102 core in its entirety, that is, with its configuration of 18,432 shaders. Said chip is the same one that mounts the GeForce RTX 4090, but said graphics card comes with a configuration cut to 16,384 shaders. Other rumors suggest that the NVIDIA TITAN RTX Ada Lovelace would have 18,176 shaders, a configuration that would mean a slight cut and that also makes sense.
The rest of its specifications would be completed with 576 texturing units, 576 tensor cores, 144 SM units (full AD102 chip), 144 RT cores, 192 raster units, 384-bit bus and 48GB of 24GHz GDDR6X memory. There is no doubt that it would be a real monster in terms of performance, but its consumption would not be far behind either, since we are talking about a graphics card that would have a 800 watt TGP. For comparative purposes 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 enormous size that the NVIDIA TITAN RTX Ada Lovelace would have, in fact we can perfectly see that would occupy four expansion slots, and that the image connectors would have a different position, since instead of being oriented horizontally they would be displayed vertically. However, these would not change, since we would continue to have three DisplayPort and one HDMI.
Such a graphics card It would not be aimed at the general consumer market, but would be aimed at professionals within 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 fields where total precision is required.
To be able to feed 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 1,000 watt supply would not suffice, we would need much more power to power an entire rig with this graphics card). It’s still unclear if the NVIDIA TITAN RTX Ada Lovelace will make it through and eventually hit the market or if it will be scrapped, so right now we can only wait. NVIDIA has the last word.
