My own calculations suggest 4.1-4.3GHz max for the Ryzen ES, based upon known 2700X scores and the fairly widely predicted 9-13% IPC increase for Zen 2.
1900 for 2700X at 4.3GHz.
2057 for ES at unknown GHz.
1900*1.09= 2061 which implies clock parity.
1900*1.13= 2147 which implies ES was running lower than 4.3GHz. <5% difference in score, implying maximum clock difference of 0.2GHz.
Crude calculations of course, and CB runs do have varying results.
If we look at it from a 9900K perspective, with 2700X supposedly having a 5% MT IPC lead:
2700X at 4.3GHz = 1900
2700X at 4.7GHz = 2077
2700X at 4.3GHz with 9900K IPC = 1806
2700X at 4.7GHz with 9900K IPC = 1973
9900K at 5.0GHz = 2138 as per easyrider's image, and at 2700X IPC it'd be 2245.
In order for the ES to score 2057 at 4.7GHz there would need to be IPC regression from the last gen. That is simply not plausible given the core changes that have been made.
Given that the ES did only equal the 9900K, it could not have been clocked higher than 4.5GHz.
So we have an absolute upper limit for how that ES was clocked, and I very much doubt that it was even near to it.
I said this earlier in the thread, that i suspected the rumored 15% IPC increase they showed off with Epyc2 vs Epyc1 would translate to approximately that on the demo, that the ES chip was probably clocked to the same as the 2700x. Your maths just reinforces this for me.
So if the chips can actually clock to 4.7 or higher, there are going to be some very nervous people sweating at Intel.