An interesting rumor says that NVIDIA could be preparing a new TITAN based on the Ada Lovelace architecture. Said graphics card would keep the focus of the NVIDIA TITAN RTXwhich was the last graphics card that the company launched within that series, at least until today, and which, as some of our readers may remember, used the Turing architecture and was manufactured on the 12nm node.
That new TITAN would be based on AD102 graphics core, a very powerful chip with which NVIDIA could also shape the GeForce RTX 4080, RTX 4090 and RTX 4090 Ti. The latter could be precisely the starting point for developing this new TITAN, since it is possible that it maintains an almost identical configuration at the GPU level (the differences would not go beyond a slight increase in shaders, also known as FP32 cores). ).
The main difference between the new generation NVIDIA TITAN and the GeForce RTX 4090 Ti would be in the graphics memory, since the first could count on 48 GB of GDDR6X, while the second would be limited to 24 GB of GDDR6X memory. This has an explanation, and that is that the first would be more focused on the professional sector, while the second would have a much more marked gaming side. However, it is clear that for power it would also be more than capable of offering fantastic performance with professional applications.
Said graphic memory would work at 24 GHz on a 384-bit bus, which would leave us a bandwidth of 1,152 TB/s, an impressive figure that, until a few years ago, seemed the exclusive preserve of HBM memory. As far as the core configuration is concerned, it is rumored that the new NVIDIA TITAN based on Ada Lovelace could have 18,432 shaders, and that your TGP would be located between 800 and 900 wattstwo huge figures that would require the use of two 16-pin power connectors.
We do not have details about its possible working frequencies, but starting from an estimated value of 2.2 GHz in turbo mode we would get a result of 81 TFLOPs in FP32. Impressive, especially considering that the GeForce RTX 3090 Ti has a raw power at FP32 of 40 TFLOPs. It goes without saying that the price of this hypothetical new generation TITAN would be quite high, although it would not be as high as that of an NVIDIA RTX series A, successor to those previously known as NVIDIA Quadro.
