G92 is at roughly 750M and I'm afraid we still haven't seen it's peak frequencies if there's going to be a high end single chip variant out of it.
If you'd take in a purely hypothetical case 1800M vs. 750M, that's an increase of 2.4x in terms of transistors. If the 1.8B rate should be close to the truth and the result is barely 50-60% faster than a single G92, then there's something horribly wrong with that chip.
No no i mean it should be about 50-60% faster tha single G92 if it has about 1billion of transistors With 1,8b it should give 100% or more performance boost imo