It's starting to veer a bit off topic, but utilising 212 MHz in OR's current G.fast deployment (via cabinets) is going to provide very little benefit since line lengths would probably need to be approx. 150m or less under real world conditions for it to make a difference.
Some old data from TBB says 20% of premises are 150m or shoter, and those people could already exceed 330 Mbps without 212 MHz. I am ~190m at I have seen attainables around 400 Mbps for the downstream. Those closer to 100m probably could see over 500 Mbps on 106 MHz.
It probably doesn't make sense to deploy 212 MHz unless you're doing it from nodes much closer to the property, where the distance is ≤100m (which is about 11% when it comes to cabinets overall, but will vary area to area) where 1 Gbps is possible downstream. Even at my distance, I do not think my line is capable of frequencies above ~90 MHz so it doesn't bother me.
The key to increasing speeds and distance for all is finding a way to reduce the starting frequency for G.fast, but without interrupting VDSL signals. With low takeup, maybe it is just best it is treated as a stopgap and not focus on upgrading existing cabinet-based deployments at least. With the cabinet-based approach, it looks like 1/6 of those who could get G.fast would see a good benefit from 212 MHz, with the rest being marginal or no benefit at all - and how many customers would actually take up new packages?