Hello Bill, and 'brothers'
Just browsing through this discussion about T2/F75 comparison re iron discrimination.
If both units employ the same frequency, and use the same search-head, then fundamentally they perform the same (regardless of targets). That means that the raw signal from the 'head' is basically similar. (i.e. The resolution is the same.)
After that it is down to filtering and endeavouring to optimise on the integrity of the original signals.
The aim is to remove ground effect and 'out-of-band' interference with minimal degradation of the 'fidelity' of that target information.
One of the things that Dave J. does design-wise that appears different between the T2 and F75, is to 'morph' or electronically 'expand' the relative scaling.
He also provides differing 'processes' for each unit.
These extra choices with the F75's 'processes may offer advantages over the T2, but there again without knowing technically what these processes involve, then it is down to each person's perception of how they as individuals audibly interpret them.
Dave J. naturally wont explain matters in detail, because in his own words "They are trade secrets"
The real $1,000,000 question (in my opinion), is what exactly you think you achieve with the T2 that you can't do with the F75, in iron infested situations? (Or visa versa)
How would you go about trying to prove either unit's superiority?
I am NOT saying who is right or wrong in this debate, but rather how does each exponent think they can 'prove' their argument without they do so experimentally, in some common situation?
Good debate, and to each his own oppinion.........MattR.UK.